public void RemoteActorRefProvider_should_create_RemoteActorRef_for_nonlocaladdress()
{
var nonLocalAddress = new Address("akka.trttl.gremlin.tcp", Sys.Name, "localhost", RARP.For(Sys).Provider.DefaultAddress.Port);
var nonLocalActorPath = new RootActorPath(nonLocalAddress) / "user" / "foo";
var resolved = RARP.For(Sys).Provider.ResolveActorRefWithLocalAddress(nonLocalActorPath.ToSerializationFormat(), nonLocalAddress);
Assert.IsType<RemoteActorRef>(resolved); // should be a remote actorref
}
private void HandleMemberUp(ClusterEvent.MemberUp x)
{
var rootPath = new RootActorPath(x.Member.Address);
var selection = Context.ActorSelection($"{rootPath}/user/*");
selection.Tell(new Identify("1"));
}
public void Inspecting_cluster_sharding_state_should_get_shard_state()
{
Within(TimeSpan.FromSeconds(10), () =>
{
AwaitAssert(() =>
{
var probe = CreateTestProbe();
_region.Value.Tell(GetCurrentRegions.Instance, probe.Ref);
var regions = probe.ExpectMsg <CurrentRegions>().Regions;
regions.Count.Should().Be(2);
foreach (var region in regions)
{
var path = new RootActorPath(region) / "system" / "sharding" / ShardTypeName;
Sys.ActorSelection(path).Tell(GetShardRegionState.Instance, probe.Ref);
}
var states = probe.ReceiveWhile(null, m => (CurrentShardRegionState)m, regions.Count);
var allEntityIds = states.SelectMany(i => i.Shards).SelectMany(j => j.EntityIds).ToImmutableHashSet();
allEntityIds.Should().BeEquivalentTo(new string[] { "1", "2", "3", "4" });
});
});
EnterBarrier("done");
}
public void A_child_pathIs_equal_to_itself()
{
var root = new RootActorPath("/");
var childActorPath = new ChildActorPath(root, "Path", 1);
childActorPath.Equals(childActorPath).Should().BeTrue();
}
public void Setup(BenchmarkContext context)
{
_remoteMessageThroughput = context.GetCounter(RemoteMessageCounterName);
System1 = ActorSystem.Create("SystemA" + ActorSystemNameCounter.Next(), CreateActorSystemConfig("SystemA" + ActorSystemNameCounter.Current, "127.0.0.1", 0));
_echo = System1.ActorOf(Props.Create(() => new EchoActor()), "echo");
System2 = ActorSystem.Create("SystemB" + ActorSystemNameCounter.Next(), CreateActorSystemConfig("SystemB" + ActorSystemNameCounter.Current, "127.0.0.1", 0));
_receiver =
System2.ActorOf(
Props.Create(() => new BenchmarkActor(_remoteMessageThroughput, RemoteMessageCount, _resetEvent)),
"benchmark");
var system1Address = RARP.For(System1).Provider.Transport.DefaultAddress;
var system2Address = RARP.For(System2).Provider.Transport.DefaultAddress;
var system1EchoActorPath = new RootActorPath(system1Address) / "user" / "echo";
var system2RemoteActorPath = new RootActorPath(system2Address) / "user" / "benchmark";
try
{
// set the timeout high here to avoid timeouts
// TL;DR; - on slow machines it can take longer than 2 seconds to form the association, do the handshake, and reply back
// using the in-memory transport.
_remoteReceiver =
System1.ActorSelection(system2RemoteActorPath).ResolveOne(TimeSpan.FromSeconds(30)).Result;
_remoteEcho =
System2.ActorSelection(system1EchoActorPath).ResolveOne(TimeSpan.FromSeconds(2)).Result;
}
catch (Exception ex)
{
context.Trace.Error(ex, "error occurred during setup.");
throw; // re-throw the error to blow up the benchmark
}
}
public void Two_root_paths_with_same_name_Are_equal()
{
var root1 = new RootActorPath("root");
var root2 = new RootActorPath("root");
root1.CompareTo(root2).Should().Be(0);
}
public void Must_quarantine_systems_after_unsuccessful_system_message_delivery_if_have_not_communicated_before()
{
// Synthesize an ActorRef to a remote system this one has never talked to before.
// This forces ReliableDeliverySupervisor to start with unknown remote system UID.
var rarp = RARP.For(Sys).Provider;
int port = rarp.DefaultAddress.Port.Value;
while (port == rarp.DefaultAddress.Port.Value || port == 2666)
{
port = ThreadLocalRandom.Current.Next(1, 65535);
}
var extinctPath = new RootActorPath(new Address("akka.tcp", "extinct-system", "localhost", port)) / "user" / "noone";
var transport = rarp.Transport;
var extinctRef = new RemoteActorRef(transport, transport.LocalAddressForRemote(extinctPath.Address),
extinctPath, ActorRefs.Nobody, Props.None, Deploy.None);
var probe = CreateTestProbe();
probe.Watch(extinctRef);
probe.Unwatch(extinctRef);
probe.ExpectNoMsg(TimeSpan.FromSeconds(5));
Sys.EventStream.Subscribe(probe.Ref, typeof(Warning));
probe.ExpectNoMsg(TimeSpan.FromSeconds(rarp.RemoteSettings.RetryGateClosedFor.TotalSeconds * 2));
}
public RootGuardianSupervisor(RootActorPath root, IActorRefProvider provider, TaskCompletionSource<Status> terminationPromise, ILoggingAdapter log)
{
_log = log;
_terminationPromise = terminationPromise;
_provider = provider;
_path = root / "_Root-guardian-supervisor"; //In akka this is root / "bubble-walker"
}
public void Create_correct_ToString_with_address()
{
var local = new Address("akka.tcp", "mysys");
var a = new Address("akka.tcp", "mysys", "aaa", 2552);
var b = new Address("akka.tcp", "mysys", "bb", 2552);
var c = new Address("akka.tcp", "mysys", "cccc", 2552);
var d = new Address("akka.tcp", "mysys", "192.168.107.1", 2552);
var root = new RootActorPath(local);
root.ToStringWithAddress(a).ShouldBe("akka.tcp://mysys@aaa:2552/");
(root / "user").ToStringWithAddress(a).ShouldBe("akka.tcp://mysys@aaa:2552/user");
(root / "user" / "foo").ToStringWithAddress(a).ShouldBe("akka.tcp://mysys@aaa:2552/user/foo");
root.ToStringWithAddress(b).ShouldBe("akka.tcp://mysys@bb:2552/");
(root / "user").ToStringWithAddress(b).ShouldBe("akka.tcp://mysys@bb:2552/user");
(root / "user" / "foo").ToStringWithAddress(b).ShouldBe("akka.tcp://mysys@bb:2552/user/foo");
root.ToStringWithAddress(c).ShouldBe("akka.tcp://mysys@cccc:2552/");
(root / "user").ToStringWithAddress(c).ShouldBe("akka.tcp://mysys@cccc:2552/user");
(root / "user" / "foo").ToStringWithAddress(c).ShouldBe("akka.tcp://mysys@cccc:2552/user/foo");
root.ToStringWithAddress(d).ShouldBe("akka.tcp://[email protected]:2552/");
(root / "user").ToStringWithAddress(d).ShouldBe("akka.tcp://[email protected]:2552/user");
(root / "user" / "foo").ToStringWithAddress(d).ShouldBe("akka.tcp://[email protected]:2552/user/foo");
var rootA = new RootActorPath(a);
rootA.ToStringWithAddress(b).ShouldBe("akka.tcp://mysys@aaa:2552/");
(rootA / "user").ToStringWithAddress(b).ShouldBe("akka.tcp://mysys@aaa:2552/user");
(rootA / "user" / "foo").ToStringWithAddress(b).ShouldBe("akka.tcp://mysys@aaa:2552/user/foo");
}
public void Two_root_paths_with_different_name_Are_not_equal()
{
var root1 = new RootActorPath("root1");
var root2 = new RootActorPath("root2");
root1.Equals(root2).Should().BeFalse();
}
public void Setup(BenchmarkContext context)
{
_remoteMessageThroughput = context.GetCounter(RemoteMessageCounterName);
System1 = ActorSystem.Create("SystemA" + ActorSystemNameCounter.Next(), CreateActorSystemConfig("SystemA" + ActorSystemNameCounter.Current, "127.0.0.1", 0));
_echo = System1.ActorOf(Props.Create(() => new EchoActor()), "echo");
System2 = ActorSystem.Create("SystemB" + ActorSystemNameCounter.Next(), CreateActorSystemConfig("SystemB" + ActorSystemNameCounter.Current, "127.0.0.1", 0));
_receiver =
System2.ActorOf(
Props.Create(() => new BenchmarkActor(_remoteMessageThroughput, RemoteMessageCount, _resetEvent)),
"benchmark");
var system1Address = RARP.For(System1).Provider.Transport.DefaultAddress;
var system2Address = RARP.For(System2).Provider.Transport.DefaultAddress;
var system1EchoActorPath = new RootActorPath(system1Address) / "user" / "echo";
var system2RemoteActorPath = new RootActorPath(system2Address) / "user" / "benchmark";
// set the timeout high here to avoid timeouts
// TL;DR; - on slow machines it can take longer than 2 seconds to form the association, do the handshake, and reply back
// using the in-memory transport.
_remoteReceiver = System1.ActorSelection(system2RemoteActorPath).ResolveOne(TimeSpan.FromSeconds(30)).Result;
_remoteEcho =
System2.ActorSelection(system1EchoActorPath).ResolveOne(TimeSpan.FromSeconds(2)).Result;
}
public void A_child_pathIs_equal_to_itself()
{
var root = new RootActorPath("/");
var childActorPath = new ChildActorPath(root, "Path", 1);
childActorPath.CompareTo(childActorPath).Should().Be(0);
}
public void CreateCorrectToStringWithAddress()
{
var local = new Address("akka.tcp", "mysys");
var a = new Address("akka.tcp", "mysys", "aaa", 2552);
var b = new Address("akka.tcp", "mysys", "bb", 2552);
var c = new Address("akka.tcp", "mysys", "cccc" , 2552);
var root = new RootActorPath(local);
root.ToStringWithAddress(a).ShouldBe("akka.tcp://mysys@aaa:2552/");
(root / "user").ToStringWithAddress(a).ShouldBe("akka.tcp://mysys@aaa:2552/user");
(root / "user" / "foo").ToStringWithAddress(a).ShouldBe("akka.tcp://mysys@aaa:2552/user/foo");
root.ToStringWithAddress(b).ShouldBe("akka.tcp://mysys@bb:2552/");
(root / "user").ToStringWithAddress(b).ShouldBe("akka.tcp://mysys@bb:2552/user");
(root / "user" / "foo").ToStringWithAddress(b).ShouldBe("akka.tcp://mysys@bb:2552/user/foo");
root.ToStringWithAddress(c).ShouldBe("akka.tcp://mysys@cccc:2552/");
(root / "user").ToStringWithAddress(c).ShouldBe("akka.tcp://mysys@cccc:2552/user");
(root / "user" / "foo").ToStringWithAddress(c).ShouldBe("akka.tcp://mysys@cccc:2552/user/foo");
var rootA = new RootActorPath(a);
rootA.ToStringWithAddress(b).ShouldBe("akka.tcp://mysys@aaa:2552/");
(rootA / "user").ToStringWithAddress(b).ShouldBe("akka.tcp://mysys@aaa:2552/user");
(rootA / "user" / "foo").ToStringWithAddress(b).ShouldBe("akka.tcp://mysys@aaa:2552/user/foo");
}
public TraceLocalActorRefProvider(string systemName, Settings settings, EventStream eventStream, Deployer deployer, Func <ActorPath, IInternalActorRef> deadLettersFactory)
{
var rootPath = new RootActorPath(new Address("akka", systemName));
Log = Logging.GetLogger(eventStream, "TraceLocalActorRefProvider(" + rootPath.Address + ")");
_localActorRefProvider = new LocalActorRefProvider(systemName, settings, eventStream, deployer, deadLettersFactory);
}
public void Two_root_paths_with_same_name_Have_same_hashcode()
{
var root1 = new RootActorPath("root");
var root2 = new RootActorPath("root");
root1.GetHashCode().Should().Be(root2.GetHashCode());
}
public void Two_root_paths_with_different_name_Have_different_hashcodes()
{
var root1 = new RootActorPath("root1");
var root2 = new RootActorPath("root2");
root1.GetHashCode().Should().NotBe(root2.GetHashCode());
}
public void Two_root_paths_with_same_name_Are_equal()
{
var root1 = new RootActorPath("root");
var root2 = new RootActorPath("root");
root1.Equals(root2).Should().BeTrue();
}
public void RemoteActorRefProvider_should_create_RemoteActorRef_for_nonlocaladdress()
{
var nonLocalAddress = new Address("akka.trttl.gremlin.tcp", Sys.Name, "localhost", RARP.For(Sys).Provider.DefaultAddress.Port);
var nonLocalActorPath = new RootActorPath(nonLocalAddress) / "user" / "foo";
var resolved = RARP.For(Sys).Provider.ResolveActorRefWithLocalAddress(nonLocalActorPath.ToSerializationFormat(), nonLocalAddress);
Assert.IsType <RemoteActorRef>(resolved); // should be a remote actorref
}
public void Fix2151_not_throw_NRE_on_RootActorPath_ElementsWithUid()
{
var a = new Address("akka.tcp", "mysys");
var rootA = new RootActorPath(a);
var uid = rootA.ElementsWithUid;
Assert.True(uid.Count == 0); // RootActorPaths return no elements
}
public void Two_child_paths_with_same_name_but_different_ids_Have_same_hashcodes()
{
var root = new RootActorPath("/");
var childActorPath1 = new ChildActorPath(root, "Path", 1);
var childActorPath2 = new ChildActorPath(root, "Path", 2);
childActorPath1.GetHashCode().Should().Be(childActorPath2.GetHashCode());
}
public void Two_child_paths_with_sane_name_Are_equal()
{
var root = new RootActorPath("/");
var childActorPath1 = new ChildActorPath(root, "Path 1", 1);
var childActorPath2 = new ChildActorPath(root, "Path 1", 1);
childActorPath1.GetHashCode().Should().Be(childActorPath2.GetHashCode());
}
public void Two_child_paths_with_different_name_Are_not_equal()
{
var root = new RootActorPath("/");
var childActorPath1 = new ChildActorPath(root, "Path 1", 1);
var childActorPath2 = new ChildActorPath(root, "Path 2", 1);
childActorPath1.Equals(childActorPath2).Should().BeFalse();
}
public void Two_root_paths_with_different_name_Are_compared_correctly()
{
var root1 = new RootActorPath("A");
var root2 = new RootActorPath("B");
root1.CompareTo(root2).Should().BeLessOrEqualTo(-1);
root2.CompareTo(root1).Should().BeLessOrEqualTo(1);
}
public void Two_child_paths_with_same_name_but_different_ids_Are_equal()
{
var root = new RootActorPath("/");
var childActorPath1 = new ChildActorPath(root, "Path", 1);
var childActorPath2 = new ChildActorPath(root, "Path", 2);
childActorPath1.Equals(childActorPath2).Should().BeTrue();
}
public void Can_resolve_absolute_path()
{
var actorPath = new RootActorPath(TestActor.Path.Address) / "user" / "test";
var selection = Sys.ActorSelection(actorPath);
selection.Tell("hello");
ExpectMsg("hello");
}
public void Fix2151_not_throw_NRE_on_RootActorPath_ElementsWithUid()
{
var a = new Address("akka.tcp", "mysys");
var rootA = new RootActorPath(a);
var uid = rootA.ElementsWithUid;
Assert.True(uid.Count > 0); // always at least 1 element when UID is appended
}
public void Two_child_paths_with_different_name_Have_different_hashcodes()
{
var root = new RootActorPath("/");
var childActorPath1 = new ChildActorPath(root, "Path 1", 1);
var childActorPath2 = new ChildActorPath(root, "Path 2", 1);
childActorPath1.GetHashCode().Should().NotBe(childActorPath2.GetHashCode());
}
public void Two_child_paths_with_different_name_Are_compared_correctly()
{
var root = new RootActorPath("/");
var childActorPath1 = new ChildActorPath(root, "Path 1", 1);
var childActorPath2 = new ChildActorPath(root, "Path 2", 1);
childActorPath1.CompareTo(childActorPath2).Should().BeLessOrEqualTo(-1);
childActorPath2.CompareTo(childActorPath1).Should().BeLessOrEqualTo(1);
}
public void Two_child_paths_with_equal_parents_Have_same_hashcodes()
{
var root1 = new RootActorPath("/1");
var root2 = new RootActorPath("/1");
var childActorPath1 = new ChildActorPath(root1, "Path", 1);
var childActorPath2 = new ChildActorPath(root2, "Path", 1);
childActorPath1.GetHashCode().Should().Be(childActorPath2.GetHashCode());
}
public void RemoteActorRefProvider_should_correctly_resolve_valid_LocalActorRef_from_remote_address()
{
var actorRef = Sys.ActorOf(BlackHoleActor.Props, "myActor");
var localAddress = RARP.For(Sys).Provider.DefaultAddress;
var actorPath = new RootActorPath(localAddress) / "user" / "myActor";
var resolvedActorRef = RARP.For(Sys).Provider.ResolveActorRefWithLocalAddress(actorPath.ToStringWithAddress(), localAddress);
Assert.Equal(actorRef, resolvedActorRef);
}
public void Two_child_paths_with_different_parents_Are_not_equal()
{
var root1 = new RootActorPath("/1");
var root2 = new RootActorPath("/2");
var childActorPath1 = new ChildActorPath(root1, "Path", 1);
var childActorPath2 = new ChildActorPath(root2, "Path", 1);
childActorPath1.Equals(childActorPath2).Should().BeFalse();
}
public Property HeliosTransport_should_map_valid_IPEndpoints_to_ActorPath(IPEndPoint endpoint)
{
var addr = HeliosTransport.MapSocketToAddress(endpoint, "akka.tcp", "foo");
var actorPath = new RootActorPath(addr) / "user" / "foo";
var serializationFormat = actorPath.ToSerializationFormat();
var reparsedActorPath = ActorPath.Parse(serializationFormat);
return(actorPath.Equals(reparsedActorPath).Label($"Should be able to parse endpoint to ActorPath and back; expected {actorPath.ToSerializationFormat()} but was {reparsedActorPath.ToSerializationFormat()}"));
}
public Property ActorPath_Should_parse_from_any_valid_EndPoint(EndPoint ep)
{
var addr = EndpointGenerators.ParseAddress(ep);
var actorPath = new RootActorPath(addr) / "user" / "foo";
var serializationFormat = actorPath.ToSerializationFormat();
var reparsedActorPath = ActorPath.Parse(serializationFormat);
return(actorPath.Equals(reparsedActorPath).Label($"Should be able to parse endpoint to ActorPath and back; expected {actorPath.ToSerializationFormat()} but was {reparsedActorPath.ToSerializationFormat()}"));
}
public void Must_receive_ActorIdentity_null_when_identified_node_is_unknown_host()
{
var path = new RootActorPath(new Address("akka.tcp", Sys.Name, "unknownhost2", 2552)) / "user" / "subject";
Sys.ActorSelection(path).Tell(new Identify(path));
var identify = ExpectMsg <ActorIdentity>(TimeSpan.FromSeconds(60));
identify.Subject.ShouldBe(null);
identify.MessageId.ShouldBe(path);
}
public void Two_child_paths_with_different_parents_Are_Compared_correctly()
{
var root1 = new RootActorPath("/1");
var root2 = new RootActorPath("/2");
var childActorPath1 = new ChildActorPath(root1, "Path", 1);
var childActorPath2 = new ChildActorPath(root2, "Path", 1);
childActorPath1.CompareTo(childActorPath2).Should().BeLessOrEqualTo(-1);
childActorPath2.CompareTo(childActorPath1).Should().BeLessOrEqualTo(1);
}
/// <summary>
/// Initializes this instance.
/// </summary>
public virtual void Init()
{
RootPath = new RootActorPath(Address);
TempNode = RootPath / "temp";
RootCell = new ActorCell(System, "", new ConcurrentQueueMailbox());
DeadLetters = new DeadLetterActorRef(this, RootPath / "deadLetters", System.EventStream);
Guardian = (LocalActorRef)RootCell.ActorOf<GuardianActor>("user");
SystemGuardian = (LocalActorRef)RootCell.ActorOf<GuardianActor>("system");
TempContainer = new VirtualPathContainer(this, TempNode, null);
}
public LocalActorRefProvider(string systemName, Settings settings, EventStream eventStream, Deployer deployer, Func<ActorPath, InternalActorRef> deadLettersFactory)
{
_settings = settings;
_eventStream = eventStream;
_deployer = deployer ?? new Deployer(settings);
_rootPath = new RootActorPath(new Address("akka", systemName));
_log = Logging.GetLogger(eventStream, "LocalActorRefProvider(" + _rootPath.Address + ")");
if (deadLettersFactory == null)
deadLettersFactory = p => new DeadLetterActorRef(this, p, _eventStream);
_deadLetters = deadLettersFactory(_rootPath / "deadLetters");
_tempNumber = new AtomicCounterLong(1);
_tempNode = _rootPath / "temp";
//TODO: _guardianSupervisorStrategyConfigurator = dynamicAccess.createInstanceFor[SupervisorStrategyConfigurator](settings.SupervisorStrategyClass, EmptyImmutableSeq).get
_systemGuardianStrategy = SupervisorStrategy.DefaultStrategy;
}
public void RemoteActorRefProvider_should_correctly_resolve_valid_LocalActorRef_from_second_remote_system()
{
var sys2 = ActorSystem.Create("Sys2", RemoteConfiguration);
try
{
Within(TimeSpan.FromSeconds(15), () =>
{
var actorRef = sys2.ActorOf(BlackHoleActor.Props, "myActor");
var sys2Address = RARP.For(sys2).Provider.DefaultAddress;
var actorPath = new RootActorPath(sys2Address) / "user" / "myActor";
// get a remoteactorref for the second system
var remoteActorRef = Sys.ActorSelection(actorPath).ResolveOne(TimeSpan.FromSeconds(3)).Result;
// disconnect us from the second actorsystem
var mc =
RARP.For(Sys)
.Provider.Transport.ManagementCommand(new SetThrottle(sys2Address,
ThrottleTransportAdapter.Direction.Both, Blackhole.Instance));
Assert.True(mc.Wait(TimeSpan.FromSeconds(3)));
// start deathwatch (won't be delivered initially)
Watch(remoteActorRef);
Task.Delay(TimeSpan.FromSeconds(3)).Wait(); // if we delay the initial send, this spec will fail
var mc2 =
RARP.For(Sys)
.Provider.Transport.ManagementCommand(new SetThrottle(sys2Address,
ThrottleTransportAdapter.Direction.Both, Unthrottled.Instance));
Assert.True(mc2.Wait(TimeSpan.FromSeconds(3)));
// fire off another non-system message
var ai =
Sys.ActorSelection(actorPath).Ask<ActorIdentity>(new Identify(null), TimeSpan.FromSeconds(3)).Result;
remoteActorRef.Tell(PoisonPill.Instance); // WATCH should be applied first
ExpectTerminated(remoteActorRef);
});
}
finally
{
Assert.True(sys2.Terminate().Wait(TimeSpan.FromSeconds(5)));
}
}
public void AssociationStress(BenchmarkContext context)
{
var registryKey = CreateRegistryKey();
using (
var system1 = ActorSystem.Create("SystemA" + ActorSystemNameCounter.Next(),
CreateActorSystemConfig("SystemA" + ActorSystemNameCounter.Current, "127.0.0.1", 0, registryKey)))
using (
var system2 = ActorSystem.Create("SystemB" + ActorSystemNameCounter.Next(),
CreateActorSystemConfig("SystemB" + ActorSystemNameCounter.Current, "127.0.0.1", 0, registryKey)))
{
var echo = system1.ActorOf(ActorProps, "echo");
var system1Address = RARP.For(system1).Provider.Transport.DefaultAddress;
var system1EchoActorPath = new RootActorPath(system1Address) / "user" / "echo";
var remoteActor = system2.ActorSelection(system1EchoActorPath)
.Ask<ActorIdentity>(new Identify(null), TimeSpan.FromSeconds(2)).Result.Subject;
AssociationCounter.Increment();
}
}
public void Must_receive_ActorIdentity_null_when_identified_node_is_unknown_host()
{
var path = new RootActorPath(new Address("akka.tcp", Sys.Name, "unknownhost2", 2552)) / "user" / "subject";
Sys.ActorSelection(path).Tell(new Identify(path));
var identify = ExpectMsg<ActorIdentity>(TimeSpan.FromSeconds(60));
identify.Subject.ShouldBe(null);
identify.MessageId.ShouldBe(path);
}
public void An_actor_watching_a_remote_actor_in_the_cluster_must_receive_terminated_when_watched_node_becomes_down_removed()
{
Within(TimeSpan.FromSeconds(30), () =>
{
AwaitClusterUp(_config.First, _config.Second, _config.Third, _config.Fourth);
EnterBarrier("cluster-up");
RunOn(() =>
{
EnterBarrier("subjected-started");
var path2 = new RootActorPath(GetAddress(_config.Second)) / "user" / "subject";
var path3 = new RootActorPath(GetAddress(_config.Third)) / "user" / "subject";
var watchEstablished = new TestLatch(2);
Sys.ActorOf(Props.Create(() => new Observer(path2, path3, watchEstablished, TestActor))
.WithDeploy(Deploy.Local), "observer1");
watchEstablished.Ready();
EnterBarrier("watch-established");
ExpectMsg(path2);
ExpectNoMsg(TimeSpan.FromSeconds(2));
EnterBarrier("second-terminated");
MarkNodeAsUnavailable(GetAddress(_config.Third));
AwaitAssert(() => Assert.True(ClusterView.UnreachableMembers.Select(x => x.Address).Contains(GetAddress(_config.Third))));
Cluster.Down(GetAddress(_config.Third));
//removed
AwaitAssert(() => Assert.False(ClusterView.Members.Select(x => x.Address).Contains(GetAddress(_config.Third))));
AwaitAssert(() => Assert.False(ClusterView.UnreachableMembers.Select(x => x.Address).Contains(GetAddress(_config.Third))));
ExpectMsg(path3);
EnterBarrier("third-terminated");
}, _config.First);
RunOn(() =>
{
Sys.ActorOf(BlackHoleActor.Props, "subject");
EnterBarrier("subjected-started");
EnterBarrier("watch-established");
RunOn(() =>
{
MarkNodeAsUnavailable(GetAddress(_config.Second));
AwaitAssert(() => Assert.True(ClusterView.UnreachableMembers.Select(x => x.Address).Contains(GetAddress(_config.Second))));
Cluster.Down(GetAddress(_config.Second));
//removed
AwaitAssert(() => Assert.False(ClusterView.Members.Select(x => x.Address).Contains(GetAddress(_config.Second))));
AwaitAssert(() => Assert.False(ClusterView.UnreachableMembers.Select(x => x.Address).Contains(GetAddress(_config.Second))));
}, _config.Third);
EnterBarrier("second-terminated");
EnterBarrier("third-terminated");
}, _config.Second, _config.Third, _config.Fourth);
RunOn(() =>
{
EnterBarrier("subjected-started");
EnterBarrier("watch-established");
EnterBarrier("second-terminated");
EnterBarrier("third-terminated");
}, _config.Fifth);
EnterBarrier("after-1");
});
}
public void Memory_footprint(BenchmarkContext context)
{
var actorPaths = new ActorPath[100000];
for (var i = 0; i < 100000;)
{
actorPaths[i] = new RootActorPath(Address.AllSystems);
++i;
_parseThroughput.Increment();
}
}
public BenchmarkActorRef(Counter counter, RemoteActorRefProvider provider)
{
_counter = counter;
Provider = provider;
Path = new RootActorPath(Provider.DefaultAddress) / "user" / "tempRef";
}
public Property HeliosTransport_should_map_valid_IPEndpoints_to_ActorPath(IPEndPoint endpoint)
{
// TODO: remove this once Mono Uris support IPV6 https://bugzilla.xamarin.com/show_bug.cgi?id=43649 (8/22/2016 Aaronontheweb)
if (IsMono && endpoint.AddressFamily == AddressFamily.InterNetworkV6)
return true.Label("Mono does not currently support Uri.TryParse for IPV6");
var addr = HeliosTransport.MapSocketToAddress(endpoint, "akka.tcp", "foo");
var actorPath = new RootActorPath(addr) / "user" / "foo";
var serializationFormat = actorPath.ToSerializationFormat();
var reparsedActorPath = ActorPath.Parse(serializationFormat);
return actorPath.Equals(reparsedActorPath).Label($"Should be able to parse endpoint to ActorPath and back; expected {actorPath.ToSerializationFormat()} but was {reparsedActorPath.ToSerializationFormat()}");
}
public ClusterSingletonProxy(string singletonManagerPath, ClusterSingletonProxySettings settings)
{
_settings = settings;
_singletonPath = (singletonManagerPath + "/" + settings.SingletonName).Split('/');
_identityId = CreateIdentifyId(_identityCounter);
Receive<ClusterEvent.CurrentClusterState>(s => HandleInitial(s));
Receive<ClusterEvent.MemberUp>(m => Add(m.Member));
Receive<ClusterEvent.MemberExited>(m => Remove(m.Member));
Receive<ClusterEvent.MemberRemoved>(m => Remove(m.Member));
Receive<ClusterEvent.IMemberEvent>(m =>
{
/* do nothing */
});
Receive<ActorIdentity>(identity =>
{
if (identity.Subject != null)
{
// if the new singleton is defined, deliver all buffered messages
var subject = identity.Subject;
Log.Info("Singleton identified at [{0}]", subject.Path);
_singleton = subject;
Context.Watch(subject);
CancelTimer();
SendBuffered();
}
});
Receive<TryToIdentifySingleton>(_ =>
{
var oldest = _membersByAge.FirstOrDefault();
if (oldest != null && _identityTimer != null)
{
var singletonAddress = new RootActorPath(oldest.Address) / _singletonPath;
Log.Debug("Trying to identify singleton at [{0}]", singletonAddress);
Context.ActorSelection(singletonAddress).Tell(new Identify(_identityId));
}
});
Receive<Terminated>(terminated =>
{
if (Equals(_singleton, terminated.ActorRef))
{
// buffering mode, identification of new will start when old node is removed
_singleton = null;
}
});
ReceiveAny(msg =>
{
if (_singleton != null)
{
if (Log.IsDebugEnabled)
Log.Debug("Forwarding message of type [{0}] to current singleton instance at [{1}]", msg.GetType(), _singleton.Path);
_singleton.Forward(msg);
}
else
Buffer(msg);
});
}
public void Must_receive_terminated_when_watched_node_is_unknown_host()
{
var path = new RootActorPath(new Address("akka.tcp", Sys.Name, "unknownhost", 2552)) / "user" / "subject";
var rarp = RARP.For(Sys).Provider;
Action<IActorDsl> act = dsl =>
{
dsl.OnPreStart = context =>
{
context.Watch(rarp.ResolveActorRef(path));
};
dsl.Receive<Terminated>((t, ctx) =>
{
TestActor.Tell(t.ActorRef.Path);
});
};
Sys.ActorOf(Props.Create(() => new Act(act)).WithDeploy(Deploy.Local), "observer2");
ExpectMsg(path, TimeSpan.FromSeconds(60));
}
public Property ActorPath_Should_parse_from_any_valid_EndPoint(EndPoint ep)
{
var addr = EndpointGenerators.ParseAddress(ep);
var actorPath = new RootActorPath(addr) / "user" / "foo";
var serializationFormat = actorPath.ToSerializationFormat();
var reparsedActorPath = ActorPath.Parse(serializationFormat);
return actorPath.Equals(reparsedActorPath).Label($"Should be able to parse endpoint to ActorPath and back; expected {actorPath.ToSerializationFormat()} but was {reparsedActorPath.ToSerializationFormat()}");
}
private void Setup(string inboundHostname, string outboundHostname, string inboundPublicHostname = null, string outboundPublicHostname = null, bool useIpv6Dns = false, bool enforceIpFamily = false)
{
_inbound = ActorSystem.Create("Sys1", BuildConfig(inboundHostname, 0, inboundPublicHostname, useIpv6Dns, enforceIpFamily));
_outbound = ActorSystem.Create("Sys2", BuildConfig(outboundHostname, 0, outboundPublicHostname, useIpv6Dns, enforceIpFamily));
_inbound.ActorOf(Props.Create(() => new AssociationAcker()), "ack");
_outbound.ActorOf(Props.Create(() => new AssociationAcker()), "ack");
var addrInbound = RARP.For(_inbound).Provider.DefaultAddress;
var addrOutbound = RARP.For(_outbound).Provider.DefaultAddress;
_inboundAck = new RootActorPath(addrInbound) / "user" / "ack";
_outboundAck = new RootActorPath(addrOutbound) / "user" / "ack";
_inboundProbe = CreateTestProbe(_inbound);
_outboundProbe = CreateTestProbe(_outbound);
}
protected override void OnReceive(object message)
{
message.Match()
.With<ClusterEvent.CurrentClusterState>(HandleInitial)
.With<ClusterEvent.MemberUp>(m => Add(m.Member))
.With<ClusterEvent.MemberExited>(m => Remove(m.Member))
.With<ClusterEvent.MemberRemoved>(m => Remove(m.Member))
.With<ActorIdentity>(identity =>
{
if (identity.Subject != null)
{
// if the new singleton is defined, deliver all buffered messages
var subject = identity.Subject;
Log.Info("Singleton identified at [{0}]", subject.Path);
_singleton = subject;
Context.Watch(subject);
CancelTimer();
SendBuffered();
}
})
.With<TryToIdentifySingleton>(() =>
{
var oldest = _membersByAge.FirstOrDefault();
if (oldest != null && _identityTimer != null)
{
var singletonAddress = new RootActorPath(oldest.Address) / _singletonPath;
Log.Debug("Trying to identify singleton at [{0}]", singletonAddress);
Context.ActorSelection(singletonAddress).Tell(new Identify(_identityId));
}
})
.With<Terminated>(terminated =>
{
if (Equals(_singleton, terminated.ActorRef))
{
// buffering mode, identification of new will start when old node is removed
_singleton = null;
}
})
.Default(msg =>
{
if (_singleton != null)
{
if (Log.IsDebugEnabled)
Log.Debug("Forwarding message of type [{0}] to current singleton instance at [{1}]", msg.GetType(), _singleton.Path);
_singleton.Forward(msg);
}
else
Buffer(msg);
});
}
public void SupportsParsingItsStringRep()
{
var path = new RootActorPath(new Address("akka.tcp", "mysys")) / "user";
ActorPathParse(path.ToString()).ShouldBe(path);
}
public LocalActorRefProvider(string systemName, Settings settings, EventStream eventStream, Deployer deployer, Func<ActorPath, IInternalActorRef> deadLettersFactory)
{
_settings = settings;
_eventStream = eventStream;
_deployer = deployer ?? new Deployer(settings);
_rootPath = new RootActorPath(new Address("akka", systemName));
_log = Logging.GetLogger(eventStream, "LocalActorRefProvider(" + _rootPath.Address + ")");
if(deadLettersFactory == null)
deadLettersFactory = p => new DeadLetterActorRef(this, p, _eventStream);
_deadLetters = deadLettersFactory(_rootPath / "deadLetters");
_tempNumber = new AtomicCounterLong(1);
_tempNode = _rootPath / "temp";
_systemGuardianStrategy = SupervisorStrategy.DefaultStrategy;
_userGuardianStrategyConfigurator = SupervisorStrategyConfigurator.CreateConfigurator(Settings.SupervisorStrategyClass);
}
public void Remoting_must_not_leak_actors()
{
var actorRef = Sys.ActorOf(EchoActor.Props(this, true), "echo");
var echoPath = new RootActorPath(RARP.For(Sys).Provider.DefaultAddress)/"user"/"echo";
var targets = new[] {"/system/endpointManager", "/system/transports"}.Select(x =>
{
Sys.ActorSelection(x).Tell(new Identify(0));
return ExpectMsg<ActorIdentity>().Subject;
}).ToList();
var initialActors = targets.SelectMany(CollectLiveActors).ToImmutableHashSet();
// Clean shutdown case
for (var i = 1; i <= 3; i++)
{
var remoteSystem = ActorSystem.Create("remote",
ConfigurationFactory.ParseString("akka.remote.helios.tcp.port = 0")
.WithFallback(Sys.Settings.Config));
try
{
var probe = CreateTestProbe(remoteSystem);
remoteSystem.ActorSelection(echoPath).Tell(new Identify(1), probe.Ref);
probe.ExpectMsg<ActorIdentity>().Subject.ShouldNotBe(null);
}
finally
{
remoteSystem.Terminate();
}
remoteSystem.WhenTerminated.Wait(TimeSpan.FromSeconds(10)).ShouldBeTrue();
}
// Quarantine an old incarnation case
for (var i = 1; i <= 3; i++)
{
// always use the same address
var remoteSystem = ActorSystem.Create("remote",
ConfigurationFactory.ParseString("akka.remote.helios.tcp.port = 2553")
.WithFallback(Sys.Settings.Config));
try
{
var remoteAddress = RARP.For(remoteSystem).Provider.DefaultAddress;
remoteSystem.ActorOf(Props.Create(() => new StoppableActor()), "stoppable");
// the message from remote to local will cause inbound connection established
var probe = CreateTestProbe(remoteSystem);
remoteSystem.ActorSelection(echoPath).Tell(new Identify(1), probe.Ref);
probe.ExpectMsg<ActorIdentity>().Subject.ShouldNotBe(null);
var beforeQuarantineActors = targets.SelectMany(CollectLiveActors).ToImmutableHashSet();
// it must not quarantine the current connection
RARP.For(Sys)
.Provider.Transport.Quarantine(remoteAddress, AddressUidExtension.Uid(remoteSystem) + 1);
// the message from local to remote should reuse passive inbound connection
Sys.ActorSelection(new RootActorPath(remoteAddress) / "user" / "stoppable").Tell(new Identify(1));
ExpectMsg<ActorIdentity>().Subject.ShouldNotBe(null);
var afterQuarantineActors = targets.SelectMany(CollectLiveActors).ToImmutableHashSet();
AssertActors(beforeQuarantineActors, afterQuarantineActors);
}
finally
{
remoteSystem.Terminate();
}
remoteSystem.WhenTerminated.Wait(TimeSpan.FromSeconds(10)).ShouldBeTrue();
}
// Missing SHUTDOWN case
for (var i = 1; i <= 3; i++)
{
var remoteSystem = ActorSystem.Create("remote",
ConfigurationFactory.ParseString("akka.remote.helios.tcp.port = 0")
.WithFallback(Sys.Settings.Config));
var remoteAddress = RARP.For(remoteSystem).Provider.DefaultAddress;
try
{
var probe = CreateTestProbe(remoteSystem);
remoteSystem.ActorSelection(echoPath).Tell(new Identify(1), probe.Ref);
probe.ExpectMsg<ActorIdentity>().Subject.ShouldNotBe(null);
// This will make sure that no SHUTDOWN message gets through
RARP.For(Sys).Provider.Transport.ManagementCommand(new ForceDisassociate(remoteAddress))
.Wait(TimeSpan.FromSeconds(3)).ShouldBeTrue();
}
finally
{
remoteSystem.Terminate();
}
EventFilter.Warning(contains: "Association with remote system").ExpectOne(() =>
{
remoteSystem.WhenTerminated.Wait(TimeSpan.FromSeconds(10)).ShouldBeTrue();
});
}
// Remote idle for too long case
var idleRemoteSystem = ActorSystem.Create("remote",
ConfigurationFactory.ParseString("akka.remote.helios.tcp.port = 0")
.WithFallback(Sys.Settings.Config));
var idleRemoteAddress = RARP.For(idleRemoteSystem).Provider.DefaultAddress;
idleRemoteSystem.ActorOf(Props.Create<StoppableActor>(), "stoppable");
try
{
var probe = CreateTestProbe(idleRemoteSystem);
idleRemoteSystem.ActorSelection(echoPath).Tell(new Identify(1), probe.Ref);
probe.ExpectMsg<ActorIdentity>().Subject.ShouldNotBe(null);
// Watch a remote actor - this results in system message traffic
Sys.ActorSelection(new RootActorPath(idleRemoteAddress) / "user" / "stoppable").Tell(new Identify(1));
var remoteActor = ExpectMsg<ActorIdentity>().Subject;
Watch(remoteActor);
remoteActor.Tell("stop");
ExpectTerminated(remoteActor);
// All system messages have been acked now on this side
// This will make sure that no SHUTDOWN message gets through
RARP.For(Sys).Provider.Transport.ManagementCommand(new ForceDisassociate(idleRemoteAddress))
.Wait(TimeSpan.FromSeconds(3)).ShouldBeTrue();
}
finally
{
idleRemoteSystem.Terminate();
}
EventFilter.Warning(contains: "Association with remote system").ExpectOne(() =>
{
idleRemoteSystem.WhenTerminated.Wait(TimeSpan.FromSeconds(10)).ShouldBeTrue();
});
/*
* Wait for the ReliableDeliverySupervisor to receive its "TooLongIdle" message,
* which will throw a HopelessAssociation wrapped around a TimeoutException.
*/
EventFilter.Exception<TimeoutException>().ExpectOne(() => { });
var finalActors = targets.SelectMany(CollectLiveActors).ToImmutableHashSet();
AssertActors(initialActors, finalActors);
}
public void Fix2151_not_throw_NRE_on_RootActorPath_ElementsWithUid()
{
var a = new Address("akka.tcp", "mysys");
var rootA = new RootActorPath(a);
var uid = rootA.ElementsWithUid;
Assert.True(uid.Count > 0); // always at least 1 element when UID is appended
}
public void Must_quarantine_systems_after_unsuccessful_system_message_delivery_if_have_not_communicated_before()
{
// Synthesize an ActorRef to a remote system this one has never talked to before.
// This forces ReliableDeliverySupervisor to start with unknown remote system UID.
var rarp = RARP.For(Sys).Provider;
int port = rarp.DefaultAddress.Port.Value;
while (port == rarp.DefaultAddress.Port.Value || port == 2666)
port = ThreadLocalRandom.Current.Next(1, 65535);
var extinctPath = new RootActorPath(new Address("akka.tcp", "extinct-system", "localhost", port)) / "user" / "noone";
var transport = rarp.Transport;
var extinctRef = new RemoteActorRef(transport, transport.LocalAddressForRemote(extinctPath.Address),
extinctPath, ActorRefs.Nobody, Props.None, Deploy.None);
var probe = CreateTestProbe();
probe.Watch(extinctRef);
probe.Unwatch(extinctRef);
probe.ExpectNoMsg(TimeSpan.FromSeconds(5));
Sys.EventStream.Subscribe(probe.Ref, typeof(Warning));
probe.ExpectNoMsg(TimeSpan.FromSeconds(rarp.RemoteSettings.RetryGateClosedFor.TotalSeconds * 2));
}
