Reorganized tests into matching subfolders.
Signed-off-by: Jonas Bonér <jonas@jonasboner.com>
This commit is contained in:
Jonas Bonér
parent
a0abd5ef57
commit
15addf2b87
49 changed files with 24 additions and 706 deletions
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@ -1,320 +0,0 @@
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/*
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package akka.cluster
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import org.scalatest.WordSpec
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import org.scalatest.matchers.MustMatchers
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import org.scalatest.{ BeforeAndAfterAll, BeforeAndAfterEach, Spec }
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import org.I0Itec.zkclient._
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import akka.actor._
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import akka.actor.Actor._
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import akka.serialization.{ Serializers, SerializerBasedActorFormat }
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import akka.util.Helpers._
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import akka.actor.DeploymentConfig._
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import java.util.concurrent.{ CyclicBarrier, TimeUnit }
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import scala.collection.JavaConversions._
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class MyJavaSerializableActor extends Actor with Serializable {
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var count = 0
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def receive = {
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case "hello" ⇒
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count = count + 1
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self.reply("world " + count)
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}
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}
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object BinaryFormatMyJavaSerializableActor {
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implicit object MyJavaSerializableActorFormat extends SerializerBasedActorFormat[MyJavaSerializableActor] with Serializable {
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val serializer = Serializers.Java
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}
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}
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class ClusterSpec extends WordSpec with MustMatchers with BeforeAndAfterAll with BeforeAndAfterEach {
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import Cluster._
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val dataPath = "_akka_cluster/data"
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val logPath = "_akka_cluster/log"
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var zkServer: ZkServer = _
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"A ClusterNode" should {
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"be able to migrate an actor between two nodes using address" in {
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val node1 = Cluster.newNode(nodeAddress = NodeAddress("test-cluster", "migrate-id-1", port = 9001))
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val node2 = Cluster.newNode(nodeAddress = NodeAddress("test-cluster", "migrate-id-2", port = 9002))
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node1.start
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node2.start
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// create actors
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val actorRef1 = actorOf[MyJavaSerializableActor]("actor-address").start
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val actorRef2 = actorOf[MyJavaSerializableActor]("actor-address").start
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// register actors
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var serializeMailbox = true
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import BinaryFormatMyJavaSerializableActor._
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node1.store(actorRef1, serializeMailbox)
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node1.store(actorRef2, serializeMailbox)
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node1.isClustered(actorRef1.address) must be(true)
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node1.addressesForClusteredActors.exists(_ == actorRef1.address) must be(true)
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// check out actor
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val actorRef1_2 = node1.use(actorRef1.address).head
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val actorRef2_2 = node1.use(actorRef2.address).head
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(actorRef1_2 !! "hello").getOrElse("_") must equal("world 1")
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(actorRef2_2 !! "hello").getOrElse("_") must equal("world 1")
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node1.isInUseOnNode(actorRef1.address, node = NodeAddress("test-cluster", "migrate-id-1")) must be(true)
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node1.isInUseOnNode(actorRef1.address, node = NodeAddress("test-cluster", "migrate-id-1")) must be(true)
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node1.addressesForActorsInUse.exists(_ == actorRef1.address) must be(true)
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node1.addressesForActorsInUse.exists(_ == actorRef2.address) must be(true)
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node1.isInUseOnNode(actorRef1.address, node = NodeAddress("test-cluster", "migrate-id-1")) must be(true)
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node1.isInUseOnNode(actorRef1.address, node = NodeAddress("test-cluster", "migrate-id-1")) must be(true)
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node1.isInUseOnNode(actorRef2.address, node = NodeAddress("test-cluster", "migrate-id-1")) must be(true)
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node1.isInUseOnNode(actorRef2.address, node = NodeAddress("test-cluster", "migrate-id-1")) must be(true)
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node2.addressesForActorsInUse.exists(_ == actorRef1.address) must be(false)
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node2.addressesForActorsInUse.exists(_ == actorRef2.address) must be(false)
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node2.isInUseOnNode(actorRef1.address, node = NodeAddress("test-cluster", "migrate-id-2")) must be(false)
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node2.isInUseOnNode(actorRef1.address, node = NodeAddress("test-cluster", "migrate-id-2")) must be(false)
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node2.isInUseOnNode(actorRef2.address, node = NodeAddress("test-cluster", "migrate-id-2")) must be(false)
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node2.isInUseOnNode(actorRef2.address, node = NodeAddress("test-cluster", "migrate-id-2")) must be(false)
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// migrate to node2
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node1.migrate(node1.nodeAddress, node2.nodeAddress, actorRef1_2.address)
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val actorRef1_3 = node2.use(actorRef1.address).head
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val actorRef2_3 = node2.use(actorRef2.address).head
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(actorRef1_3 !! "hello").getOrElse("_") must equal("world 1")
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(actorRef2_3 !! "hello").getOrElse("_") must equal("world 1")
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node1.addressesForActorsInUse.exists(_ == actorRef1.address) must be(false)
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node1.addressesForActorsInUse.exists(_ == actorRef2.address) must be(false)
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node1.isInUseOnNode(actorRef1.address, node = NodeAddress("test-cluster", "migrate-id-1")) must be(false)
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node1.isInUseOnNode(actorRef1.address, node = NodeAddress("test-cluster", "migrate-id-1")) must be(false)
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node1.isInUseOnNode(actorRef2.address, node = NodeAddress("test-cluster", "migrate-id-1")) must be(false)
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node1.isInUseOnNode(actorRef2.address, node = NodeAddress("test-cluster", "migrate-id-1")) must be(false)
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node2.addressesForActorsInUse.exists(_ == actorRef1.address) must be(true)
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node2.addressesForActorsInUse.exists(_ == actorRef2.address) must be(true)
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node2.isInUseOnNode(actorRef1.address, node = NodeAddress("test-cluster", "migrate-id-2")) must be(true)
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node2.isInUseOnNode(actorRef1.address, node = NodeAddress("test-cluster", "migrate-id-2")) must be(true)
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node2.isInUseOnNode(actorRef2.address, node = NodeAddress("test-cluster", "migrate-id-2")) must be(true)
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node2.isInUseOnNode(actorRef2.address, node = NodeAddress("test-cluster", "migrate-id-2")) must be(true)
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actorRef1.stop
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actorRef2.stop
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actorRef1_2.stop
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actorRef2_2.stop
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node1.stop
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node2.stop
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}
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"automatically migrate actors of a failed node in a cluster of two nodes using address" in {
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val node1 = Cluster.newNode(nodeAddress = NodeAddress("test-cluster", "migrate-2-id-1", port = 9001))
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val node2 = Cluster.newNode(nodeAddress = NodeAddress("test-cluster", "migrate-2-id-2", port = 9002))
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node1.start
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node2.start
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// create actors
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val actorRef1 = actorOf[MyJavaSerializableActor]("actor-address").start
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val actorRef2 = actorOf[MyJavaSerializableActor]("actor-address").start
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// register actors
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var serializeMailbox = true
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import BinaryFormatMyJavaSerializableActor._
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node1.store(actorRef1, serializeMailbox)
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node1.store(actorRef2, serializeMailbox)
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node1.isClustered(actorRef1.address) must be(true)
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node1.addressesForClusteredActors.exists(_ == actorRef1.address) must be(true)
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// check out actor
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val actorRef1_2 = node1.use(actorRef1.address).head
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val actorRef2_2 = node1.use(actorRef2.address).head
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(actorRef1_2 !! "hello").getOrElse("_") must equal("world 1")
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(actorRef2_2 !! "hello").getOrElse("_") must equal("world 1")
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node1.addressesForActorsInUse.exists(_ == actorRef1.address) must be(true)
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node1.addressesForActorsInUse.exists(_ == actorRef2.address) must be(true)
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node1.isInUseOnNode(actorRef1.address, node = NodeAddress("test-cluster", "migrate-2-id-1")) must be(true)
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node1.isInUseOnNode(actorRef1.address, node = NodeAddress("test-cluster", "migrate-2-id-1")) must be(true)
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node1.isInUseOnNode(actorRef2.address, node = NodeAddress("test-cluster", "migrate-2-id-1")) must be(true)
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node1.isInUseOnNode(actorRef2.address, node = NodeAddress("test-cluster", "migrate-2-id-1")) must be(true)
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node2.addressesForActorsInUse.exists(_ == actorRef1.address) must be(false)
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node2.addressesForActorsInUse.exists(_ == actorRef2.address) must be(false)
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node2.isInUseOnNode(actorRef1.address, node = NodeAddress("test-cluster", "migrate-2-id-2")) must be(false)
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node2.isInUseOnNode(actorRef1.address, node = NodeAddress("test-cluster", "migrate-2-id-2")) must be(false)
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node2.isInUseOnNode(actorRef2.address, node = NodeAddress("test-cluster", "migrate-2-id-2")) must be(false)
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node2.isInUseOnNode(actorRef2.address, node = NodeAddress("test-cluster", "migrate-2-id-2")) must be(false)
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// should migrate to node2
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node1.stop
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node1.isRunning must be(false)
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Thread.sleep(500)
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val actorRef1_3 = node2.use(actorRef1.address).head
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val actorRef2_3 = node2.use(actorRef2.address).head
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(actorRef1_3 !! "hello").getOrElse("_") must equal("world 1")
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(actorRef2_3 !! "hello").getOrElse("_") must equal("world 1")
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node2.addressesForActorsInUse.exists(_ == actorRef1.address) must be(true)
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node2.addressesForActorsInUse.exists(_ == actorRef2.address) must be(true)
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node2.isInUseOnNode(actorRef1.address, node = NodeAddress("test-cluster", "migrate-2-id-2")) must be(true)
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node2.isInUseOnNode(actorRef1.address, node = NodeAddress("test-cluster", "migrate-2-id-2")) must be(true)
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node2.isInUseOnNode(actorRef2.address, node = NodeAddress("test-cluster", "migrate-2-id-2")) must be(true)
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node2.isInUseOnNode(actorRef2.address, node = NodeAddress("test-cluster", "migrate-2-id-2")) must be(true)
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actorRef1.stop
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actorRef2.stop
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actorRef1_2.stop
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actorRef2_2.stop
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node2.stop
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}
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"automatically migrate actors of a failed node in a cluster of three nodes using address" in {
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val node1 = Cluster.newNode(nodeAddress = NodeAddress("test-cluster", "migrate-3-id-1", port = 9001))
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val node2 = Cluster.newNode(nodeAddress = NodeAddress("test-cluster", "migrate-3-id-2", port = 9002))
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val node3 = Cluster.newNode(nodeAddress = NodeAddress("test-cluster", "migrate-3-id-3", port = 9003))
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node1.start
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node2.start
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node3.start
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// create actors
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val actorRef1 = actorOf[MyJavaSerializableActor]("actor-address").start
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val actorRef2 = actorOf[MyJavaSerializableActor]("actor-address").start
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// register actors
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var serializeMailbox = true
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import BinaryFormatMyJavaSerializableActor._
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node1.store(actorRef1, serializeMailbox)
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node1.store(actorRef2, serializeMailbox)
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node1.isClustered(actorRef1.address) must be(true)
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node1.addressesForClusteredActors.exists(_ == actorRef1.address) must be(true)
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// check out actor
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val actorRef1_2 = node1.use(actorRef1.address).head
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val actorRef2_2 = node1.use(actorRef2.address).head
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(actorRef1_2 !! "hello").getOrElse("_") must equal("world 1")
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(actorRef2_2 !! "hello").getOrElse("_") must equal("world 1")
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node1.addressesForActorsInUse.exists(_ == actorRef1.address) must be(true)
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node1.addressesForActorsInUse.exists(_ == actorRef2.address) must be(true)
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node1.isInUseOnNode(actorRef1.address, node = NodeAddress("test-cluster", "migrate-3-id-1")) must be(true)
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node1.isInUseOnNode(actorRef1.address, node = NodeAddress("test-cluster", "migrate-3-id-1")) must be(true)
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node1.isInUseOnNode(actorRef2.address, node = NodeAddress("test-cluster", "migrate-3-id-1")) must be(true)
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node1.isInUseOnNode(actorRef2.address, node = NodeAddress("test-cluster", "migrate-3-id-1")) must be(true)
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node2.addressesForActorsInUse.exists(_ == actorRef1.address) must be(false)
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node2.addressesForActorsInUse.exists(_ == actorRef2.address) must be(false)
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node2.isInUseOnNode(actorRef1.address, node = NodeAddress("test-cluster", "migrate-3-id-2")) must be(false)
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node2.isInUseOnNode(actorRef1.address, node = NodeAddress("test-cluster", "migrate-3-id-2")) must be(false)
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node2.isInUseOnNode(actorRef2.address, node = NodeAddress("test-cluster", "migrate-3-id-2")) must be(false)
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node2.isInUseOnNode(actorRef2.address, node = NodeAddress("test-cluster", "migrate-3-id-2")) must be(false)
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node3.addressesForActorsInUse.exists(_ == actorRef1.address) must be(false)
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node3.addressesForActorsInUse.exists(_ == actorRef2.address) must be(false)
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node3.isInUseOnNode(actorRef1.address, node = NodeAddress("test-cluster", "migrate-3-id-3")) must be(false)
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node3.isInUseOnNode(actorRef1.address, node = NodeAddress("test-cluster", "migrate-3-id-3")) must be(false)
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node3.isInUseOnNode(actorRef2.address, node = NodeAddress("test-cluster", "migrate-3-id-3")) must be(false)
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node3.isInUseOnNode(actorRef2.address, node = NodeAddress("test-cluster", "migrate-3-id-3")) must be(false)
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// should migrate to node2
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node1.stop
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node1.isRunning must be(false)
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Thread.sleep(500)
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val actorRef1_3 = node3.use(actorRef1.address).head
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val actorRef2_3 = node3.use(actorRef2.address).head
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(actorRef1_3 !! "hello").getOrElse("_") must equal("world 1")
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(actorRef2_3 !! "hello").getOrElse("_") must equal("world 1")
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node3.addressesForActorsInUse.exists(_ == actorRef1.address) must be(true)
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node3.addressesForActorsInUse.exists(_ == actorRef2.address) must be(true)
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node3.isInUseOnNode(actorRef1.address, node = NodeAddress("test-cluster", "migrate-3-id-3")) must be(true)
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node3.isInUseOnNode(actorRef1.address, node = NodeAddress("test-cluster", "migrate-3-id-3")) must be(true)
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node3.isInUseOnNode(actorRef2.address, node = NodeAddress("test-cluster", "migrate-3-id-3")) must be(true)
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node3.isInUseOnNode(actorRef2.address, node = NodeAddress("test-cluster", "migrate-3-id-3")) must be(true)
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node2.addressesForActorsInUse.exists(_ == actorRef1.address) must be(false)
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node2.addressesForActorsInUse.exists(_ == actorRef2.address) must be(false)
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node2.isInUseOnNode(actorRef1.address, node = NodeAddress("test-cluster", "migrate-3-id-2")) must be(false)
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node2.isInUseOnNode(actorRef1.address, node = NodeAddress("test-cluster", "migrate-3-id-2")) must be(false)
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node2.isInUseOnNode(actorRef2.address, node = NodeAddress("test-cluster", "migrate-3-id-2")) must be(false)
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node2.isInUseOnNode(actorRef2.address, node = NodeAddress("test-cluster", "migrate-3-id-2")) must be(false)
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actorRef1.stop
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actorRef2.stop
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actorRef1_2.stop
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actorRef2_2.stop
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node2.stop
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node3.stop
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}
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"be able to migrate an actor between two nodes using address and see that 'ref' to it is redirected and continue to work" in {
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val node1 = Cluster.newNode(nodeAddress = NodeAddress("test-cluster", "migrate-id-and-see-ref-failover-1", port = 9001))
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val node2 = Cluster.newNode(nodeAddress = NodeAddress("test-cluster", "migrate-id-and-see-ref-failover-2", port = 9002))
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node1.start
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node2.start
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// create actors
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Deployer.deploy(Deploy(
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"actor-address", Direct,
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Clustered(Home("localhost", 2552), NoReplicas, Stateless)))
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val actorRef1 = actorOf[MyJavaSerializableActor]("actor-address").start
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Thread.sleep(500)
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// register actors
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import BinaryFormatMyJavaSerializableActor._
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node1.store(actorRef1)
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Thread.sleep(500)
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// use on node1
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node1.use(actorRef1.address)
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node1.isInUseOnNode(actorRef1.address, node = node1.nodeAddress) must be(true)
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// check out actor ref on node2
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val actorRef1_2 = node2.ref(actorRef1.address, router = Router.Direct)
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(actorRef1_2 !! "hello").getOrElse("_") must equal("world 1")
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// migrate to node2
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node1.migrate(node1.nodeAddress, node2.nodeAddress, actorRef1.address)
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Thread.sleep(500)
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(actorRef1_2 !! "hello").getOrElse("_") must equal("world 2")
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actorRef1.stop
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actorRef1_2.stop
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node1.stop
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node2.stop
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}
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}
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override def beforeAll() = {
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zkServer = Cluster.startLocalCluster(dataPath, logPath)
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}
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override def afterAll() = {
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Cluster.shutdownLocalCluster
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Actor.registry.local.shutdownAll
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}
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}
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*/
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