public void Setup()
{
InnerTransport = new TestTransport(Self.EndPoint);
var configuration = new Mock <IBusConfiguration>();
configuration.Setup(x => x.IsPersistent).Returns(IsPersistent);
configuration.Setup(x => x.StartReplayTimeout).Returns(TimeSpan.FromMinutes(60));
PeerDirectory = new Mock <IPeerDirectory>();
PeerDirectory.Setup(dir => dir.GetPeersHandlingMessage(It.IsAny <StartMessageReplayCommand>())).Returns(new[] { PersistencePeer });
PeerDirectory.Setup(dir => dir.GetPeersHandlingMessage(It.IsAny <PersistMessageCommand>())).Returns(new[] { PersistencePeer });
PeerDirectory.Setup(dir => dir.GetPeersHandlingMessage(It.IsAny <MessageHandled>())).Returns(new[] { PersistencePeer });
PeerDirectory.Setup(dir => dir.IsPersistent(AnotherPersistentPeer.Id)).Returns(true);
PeerDirectory.Setup(dir => dir.IsPersistent(AnotherNonPersistentPeer.Id)).Returns(false);
Transport = new PersistentTransport(configuration.Object, InnerTransport, PeerDirectory.Object);
Transport.Configure(Self.Id, "test");
MessagesForwardedToBus = new ConcurrentQueue <TransportMessage>();
Transport.MessageReceived += MessagesForwardedToBus.Enqueue;
Transport.OnRegistered();
var startMessageReplayMessage = InnerTransport.Messages.FirstOrDefault(x => x.TransportMessage.MessageTypeId == MessageUtil.TypeId <StartMessageReplayCommand>());
if (startMessageReplayMessage != null)
{
StartMessageReplayCommand = (StartMessageReplayCommand)startMessageReplayMessage.TransportMessage.ToMessage();
StartMessageReplayCommandTargets = startMessageReplayMessage.Targets;
}
InnerTransport.Messages.Clear();
}
public void TestTransport_must_associate_successfully_with_another_TestTransport()
{
//arrange
var registry = new AssociationRegistry();
var transportA = new TestTransport(addressA, registry);
var transportB = new TestTransport(addressB, registry);
//act
//must complete returned promises to receive events
var localConnectionFuture = transportA.Listen();
localConnectionFuture.Wait(DefaultTimeout);
localConnectionFuture.Result.Item2.SetResult(new ActorAssociationEventListener(Self));
var remoteConnectionFuture = transportB.Listen();
remoteConnectionFuture.Wait(DefaultTimeout);
remoteConnectionFuture.Result.Item2.SetResult(new ActorAssociationEventListener(Self));
var ready = registry.TransportsReady(addressA, addressB);
Assert.True(ready);
transportA.Associate(addressB);
ExpectMsgPf <AssociationHandle>(DefaultTimeout, "Expect InboundAssociation from A",
m => m.AsInstanceOf <InboundAssociation>().Association);
//assert
var associateAttempt = (registry.LogSnapshot().Single(x => x is AssociateAttempt)).AsInstanceOf <AssociateAttempt>();
Assert.Equal(addressA, associateAttempt.LocalAddress);
Assert.Equal(addressB, associateAttempt.RemoteAddress);
}
public Collaborators(AssociationRegistry registry, TestTransport transport, TestAssociationHandle handle, TestFailureDetector failureDetector)
{
FailureDetector = failureDetector;
Handle = handle;
Transport = transport;
Registry = registry;
}
public void TestTransport_must_associate_successfully_with_another_TestTransport()
{
//arrange
var registry = new AssociationRegistry();
var transportA = new TestTransport(addressA, registry);
var transportB = new TestTransport(addressB, registry);
//act
//must complete returned promises to receive events
var localConnectionFuture = transportA.Listen();
localConnectionFuture.Wait(DefaultTimeout);
localConnectionFuture.Result.Item2.SetResult(new ActorAssociationEventListener(Self));
var remoteConnectionFuture = transportB.Listen();
remoteConnectionFuture.Wait(DefaultTimeout);
remoteConnectionFuture.Result.Item2.SetResult(new ActorAssociationEventListener(Self));
var ready = registry.TransportsReady(addressA, addressB);
Assert.True(ready);
transportA.Associate(addressB);
expectMsgPF<AssociationHandle>(DefaultTimeout, "Expect InboundAssociation from A",
m => m.AsInstanceOf<InboundAssociation>().Association);
//assert
var associateAttempt = (registry.LogSnapshot().Single(x => x is AssociateAttempt)).AsInstanceOf<AssociateAttempt>();
Assert.Equal(addressA, associateAttempt.LocalAddress);
Assert.Equal(addressB, associateAttempt.RemoteAddress);
}
public Collaborators(AssociationRegistry registry, TestTransport transport, TestAssociationHandle handle, TestFailureDetector failureDetector)
{
FailureDetector = failureDetector;
Handle = handle;
Transport = transport;
Registry = registry;
}
public void Setup()
{
_transportMessageSerializer = new TransportMessageSerializer();
_configurationMock = new Mock <IPersistenceConfiguration>();
_configurationMock.Setup(conf => conf.SafetyPhaseDuration).Returns(500.Milliseconds());
_configurationMock.SetupGet(x => x.ReplayBatchSize).Returns(_replayBatchSize);
_configurationMock.SetupGet(x => x.ReplayUnackedMessageCountThatReleasesNextBatch).Returns(200);
_selfPeer = new Peer(new PeerId("Abc.Testing.Self"), "tcp://abctest:888");
_targetPeer = new Peer(new PeerId("Abc.Testing.Target"), "tcp://abcother:123");
_anotherPeer = new Peer(new PeerId("Abc.Testing.Another"), "tcp://abcanother:123");
_bus = new TestBus();
_transport = new TestTransport(_selfPeer, "test");
_messageMatcherMock = new Mock <IInMemoryMessageMatcher>();
_replayId = Guid.NewGuid();
_insertedMessages = new List <byte[]>();
var readerMock = new Mock <IMessageReader>();
_storageMock = new Mock <IStorage>();
_storageMock.Setup(x => x.CreateMessageReader(It.IsAny <PeerId>())).Returns(readerMock.Object);
readerMock.Setup(x => x.GetUnackedMessages()).Returns(_insertedMessages);
var speedReporter = new Mock <IReporter>();
_replayer = new MessageReplayer(_configurationMock.Object, _storageMock.Object, _bus, _transport, _messageMatcherMock.Object, _targetPeer, _replayId, speedReporter.Object, new MessageSerializer());
_messageMatcherMock.Setup(x => x.EnqueueWaitHandle(It.IsAny <EventWaitHandle>())).Callback <EventWaitHandle>(x => x.Set());
}
public Collaborators GetCollaborators()
{
var registry = new AssociationRegistry();
var transport = new TestTransport(localAddress, registry);
var handle = new TestAssociationHandle(localAddress, remoteAddress, transport, true);
transport.WriteBehavior.PushConstant(true);
return new Collaborators(registry, transport, handle, new TestFailureDetector());
}
public void Setup()
{
_transport = new TestTransport();
_container = new Container();
_bus = new BusFactory(_container)
.WithHandlers(typeof(EventPublisherEventHandler))
.CreateAndStartInMemoryBus(new TestPeerDirectory(), _transport);
}
public Collaborators GetCollaborators()
{
var registry = new AssociationRegistry();
var transport = new TestTransport(localAddress, registry);
var handle = new TestAssociationHandle(localAddress, remoteAddress, transport, true);
transport.WriteBehavior.PushConstant(true);
return(new Collaborators(registry, transport, handle, new TestFailureDetector()));
}
public void SipTcpTransport_TransmitMultiple()
{
// Create two transport instances and send 10K messages from one to
// the other and verify that they got through.
TestTransport transport1 = new TestTransport();
TestTransport transport2 = new TestTransport();
SipRequest sentMsg;
SipRequest recvMsg;
try
{
transport1.Start(new NetworkBinding("127.0.0.1:5311"));
transport2.Start(new NetworkBinding("127.0.0.1:5312"));
for (int i = 0; i < 2500; i++)
{
sentMsg = new SipRequest(SipMethod.Register, "sip:[email protected]", SipHelper.SIP20);
sentMsg.AddHeader(SipHeader.Via, string.Format("SIP/2.0/TCP {0}", transport1.LocalEndpoint));
sentMsg.AddHeader("Count", i.ToString());
sentMsg.Contents = GetContents(i);
transport1.Send(transport2.LocalEndpoint, sentMsg);
recvMsg = (SipRequest)transport2.Receive();
Assert.AreEqual(SipMethod.Register, recvMsg.Method);
Assert.AreEqual("sip:[email protected]", recvMsg.Uri);
Assert.AreEqual(SipHelper.SIP20, recvMsg.SipVersion);
Assert.AreEqual(sentMsg[SipHeader.Via].FullText, recvMsg[SipHeader.Via].FullText);
Assert.AreEqual(i.ToString(), recvMsg["Count"].FullText);
CollectionAssert.AreEqual(sentMsg.Contents, recvMsg.Contents);
Assert.AreEqual(transport1.LocalEndpoint.Address, recvMsg.RemoteEndpoint.Address);
// Send a message the other way.
sentMsg = new SipRequest(SipMethod.Register, "sip:[email protected]", SipHelper.SIP20);
sentMsg.AddHeader(SipHeader.Via, string.Format("SIP/2.0/TCP {0}", transport1.LocalEndpoint));
sentMsg.Contents = GetContents(i);
transport2.Send(transport1.LocalEndpoint, sentMsg);
recvMsg = (SipRequest)transport1.Receive();
Assert.AreEqual(SipMethod.Register, recvMsg.Method);
Assert.AreEqual("sip:[email protected]", recvMsg.Uri);
Assert.AreEqual(SipHelper.SIP20, recvMsg.SipVersion);
Assert.AreEqual(sentMsg[SipHeader.Via].FullText, recvMsg[SipHeader.Via].FullText);
CollectionAssert.AreEqual(sentMsg.Contents, recvMsg.Contents);
Assert.AreEqual(transport2.LocalEndpoint.Address, recvMsg.RemoteEndpoint.Address);
}
}
finally
{
transport1.Stop();
transport2.Stop();
}
}
public void Setup()
{
_transport = new TestTransport();
_container = new Container();
_peerDirectory = new TestPeerDirectory();
_bus = new BusFactory(_container)
.WithHandlers(typeof(EventPublisherEventHandler), typeof(CommandHandleThatReplyAndThrow))
.CreateAndStartInMemoryBus(_peerDirectory, _transport);
}
public void SipTcpTransport_TransmitSingle()
{
// Create two transport instances and send a message from one to
// the other and verify that it got through.
TestTransport transport1 = new TestTransport();
TestTransport transport2 = new TestTransport();
SipRequest sentMsg;
SipRequest recvMsg;
try
{
transport1.Start(new NetworkBinding("127.0.0.1:5311"));
transport2.Start(new NetworkBinding("127.0.0.1:5312"));
Assert.IsTrue(transport1.IsStreaming);
Assert.AreEqual(SipTransportType.TCP, transport1.TransportType);
sentMsg = new SipRequest(SipMethod.Register, "sip:[email protected]", SipHelper.SIP20);
sentMsg.AddHeader(SipHeader.Via, string.Format("SIP/2.0/TCP {0}", transport1.LocalEndpoint));
transport1.Send(transport2.LocalEndpoint, sentMsg);
recvMsg = (SipRequest)transport2.Receive();
Assert.AreEqual(SipMethod.Register, recvMsg.Method);
Assert.AreEqual("sip:[email protected]", recvMsg.Uri);
Assert.AreEqual(SipHelper.SIP20, recvMsg.SipVersion);
Assert.AreEqual(sentMsg[SipHeader.Via].FullText, recvMsg[SipHeader.Via].FullText);
Assert.AreEqual(transport1.LocalEndpoint.Address, recvMsg.RemoteEndpoint.Address);
// Send a message the other way, this one with some content data
sentMsg = new SipRequest(SipMethod.Register, "sip:[email protected]", SipHelper.SIP20);
sentMsg.AddHeader(SipHeader.Via, string.Format("SIP/2.0/TCP {0}", transport1.LocalEndpoint));
sentMsg.Contents = new byte[] { 0, 1, 2, 3, 4 };
transport2.Send(transport1.LocalEndpoint, sentMsg);
recvMsg = (SipRequest)transport1.Receive();
Assert.AreEqual(SipMethod.Register, recvMsg.Method);
Assert.AreEqual("sip:[email protected]", recvMsg.Uri);
Assert.AreEqual(SipHelper.SIP20, recvMsg.SipVersion);
Assert.AreEqual(sentMsg[SipHeader.Via].FullText, recvMsg[SipHeader.Via].FullText);
CollectionAssert.AreEqual(new byte[] { 0, 1, 2, 3, 4 }, recvMsg.Contents);
Assert.AreEqual(transport2.LocalEndpoint.Address, recvMsg.RemoteEndpoint.Address);
}
finally
{
transport1.Stop();
transport2.Stop();
}
}
public Task StartAsyncTransferFormatOverridesOptions()
{
var transport = new TestTransport();
return(WithConnectionAsync(
CreateConnection(transport: transport, transferFormat: TransferFormat.Binary),
async(connection) =>
{
await connection.StartAsync(TransferFormat.Text).DefaultTimeout();
Assert.Equal(TransferFormat.Text, transport.Format);
}));
}
public void SipTcpTransport_MultipleChunks()
{
// Transmit a message to a transport in several chunks to make
// sure it can be reassembled properly.
TestTransport transport = new TestTransport();
EnhancedSocket sock = null;
SipRequest msg;
SipRequest recvMsg;
byte[] buf;
try
{
transport.Start(new NetworkBinding("127.0.0.1:5311"));
sock = new EnhancedSocket(AddressFamily.InterNetwork, SocketType.Stream, ProtocolType.Tcp);
sock.Connect("127.0.0.1", 5311);
sock.NoDelay = true;
msg = new SipRequest(SipMethod.Register, "sip:[email protected]", SipHelper.SIP20);
msg.AddHeader(SipHeader.Via, string.Format("SIP/2.0/TCP {0}", transport.LocalEndpoint));
msg.AddHeader("Count", "0");
msg.Contents = GetContents(25);
buf = msg.ToArray();
for (int i = 0; i < buf.Length; i++)
{
sock.Send(buf, i, 1, SocketFlags.None);
Thread.Sleep(1);
}
recvMsg = (SipRequest)transport.Receive();
Assert.AreEqual(SipMethod.Register, recvMsg.Method);
Assert.AreEqual("sip:[email protected]", recvMsg.Uri);
Assert.AreEqual(SipHelper.SIP20, recvMsg.SipVersion);
Assert.AreEqual(msg[SipHeader.Via].FullText, recvMsg[SipHeader.Via].FullText);
Assert.AreEqual("0", recvMsg["Count"].FullText);
CollectionAssert.AreEqual(msg.Contents, recvMsg.Contents);
}
finally
{
if (sock != null)
{
sock.Close();
}
transport.Stop();
}
}
public virtual void Setup()
{
_configuration = new Mock <IBusConfiguration>();
_transport = new TestTransport(_self.EndPoint);
_directoryMock = new Mock <IPeerDirectory>();
_messageDispatcherMock = new Mock <IMessageDispatcher>();
_messageSerializer = new TestMessageSerializer();
_bus = new Bus(_transport, _directoryMock.Object, _messageSerializer, _messageDispatcherMock.Object, new DefaultMessageSendingStrategy(), new DefaultStoppingStrategy(), Mock.Of <IBindingKeyPredicateBuilder>(), _configuration.Object);
_bus.Configure(_self.Id, _environment);
_invokers = new List <IMessageHandlerInvoker>();
_messageDispatcherMock.Setup(x => x.GetMessageHanlerInvokers()).Returns(_invokers);
_directoryMock.Setup(x => x.GetPeersHandlingMessage(It.IsAny <IMessage>())).Returns(new Peer[0]);
}
public Task TransportIsShutDownAfterDispose()
{
var transport = new TestTransport();
return(WithConnectionAsync(
CreateConnection(transport: transport),
async(connection) =>
{
await connection.StartAsync().DefaultTimeout();
await connection.DisposeAsync().DefaultTimeout();
// This will throw OperationCanceledException if it's forcibly terminated
// which we don't want
await transport.Receiving.DefaultTimeout();
}));
}
public void TestTransport_must_return_an_Address_and_TaskCompletionSource_on_Listen()
{
//arrange
var registry = new AssociationRegistry();
var transportA = new TestTransport(addressA, registry);
//act
var result = transportA.Listen();
result.Wait(DefaultTimeout);
//assert
Assert.Equal(addressA, result.Result.Item1);
Assert.NotNull(result.Result.Item2);
var snapshot = registry.LogSnapshot();
Assert.Equal(1, snapshot.Count);
Assert.IsType<ListenAttempt>(snapshot[0]);
Assert.Equal(addressA, ((ListenAttempt)snapshot[0]).BoundAddress);
}
public void TestTransport_fail_to_association_with_nonexisting_Address()
{
//arrange
var registry = new AssociationRegistry();
var transportA = new TestTransport(addressA, registry);
//act
var result = transportA.Listen();
result.Wait(DefaultTimeout);
result.Result.Item2.SetResult(new ActorAssociationEventListener(Self));
//assert
intercept<InvalidAssociationException>(() =>
{
var associateTask = transportA.Associate(nonExistantAddress);
associateTask.Wait(DefaultTimeout);
var fireException = associateTask.Result;
});
}
public void Setup()
{
_innerTransport = new TestTransport("tcp://abctest:888");
var peerDirectoryMock = new Mock <IPeerDirectory>();
_allPeers = new List <PeerDescriptor>
{
new PeerDescriptor(new PeerId("Abc.Testing.1"), "endpoint1", true, true, true, SystemDateTime.UtcNow),
new PeerDescriptor(new PeerId("Abc.Testing.2"), "endpoint2", false, true, true, SystemDateTime.UtcNow),
};
peerDirectoryMock.Setup(dir => dir.GetPeerDescriptors())
.Returns(_allPeers);
_configurationMock.SetupGet(conf => conf.QueuingTransportStopTimeout).Returns(100.Milliseconds());
_transport = new QueueingTransport(_innerTransport, peerDirectoryMock.Object, _configurationMock.Object);
_targetPeer = new Peer(new PeerId("Abc.Testing.Target"), "tcp://abctest:999");
}
public void TestTransport_fail_to_association_with_nonexisting_Address()
{
//arrange
var registry = new AssociationRegistry();
var transportA = new TestTransport(addressA, registry);
//act
var result = transportA.Listen();
result.Wait(DefaultTimeout);
result.Result.Item2.SetResult(new ActorAssociationEventListener(Self));
//assert
XAssert.Throws <InvalidAssociationException>(() =>
{
var associateTask = transportA.Associate(nonExistantAddress);
associateTask.Wait(DefaultTimeout);
var fireException = associateTask.Result;
});
}
public void should_send_message_to_peer()
{
var directory = new TestPeerDirectory();
var transport = new TestTransport();
var bus = new BusFactory().CreateAndStartInMemoryBus(directory, transport);
var otherPeer = new Peer(new PeerId("Abc.Testing.Other.0"), "tcp://other-peer:1234");
directory.Peers[otherPeer.Id] = otherPeer.ToPeerDescriptor(false, typeof(CommandWithRemoteHandler));
bus.Send(new CommandWithRemoteHandler());
var sentMessage = transport.Messages.ExpectedSingle();
sentMessage.TransportMessage.MessageTypeId.GetMessageType().ShouldEqual(typeof(CommandWithRemoteHandler));
var target = sentMessage.Targets.ExpectedSingle();
target.Id.ShouldEqual(otherPeer.Id);
}
public void Setup()
{
_transport = new TestTransport(_self.EndPoint);
_directoryMock = new Mock <IPeerDirectory>();
_messageDispatcherMock = new Mock <IMessageDispatcher>();
_messageSerializer = new TestMessageSerializer();
_bus = new Bus(_transport, _directoryMock.Object, _messageSerializer, _messageDispatcherMock.Object, new DefaultStoppingStrategy());
_bus.Configure(_self.Id, "test");
_invokers = new List <IMessageHandlerInvoker>();
_messageDispatcherMock.Setup(x => x.GetMessageHanlerInvokers()).Returns(_invokers);
_expectedDumpDirectory = PathUtil.InBaseDirectory(_deserializationFailureDumpsDirectoryName);
if (System.IO.Directory.Exists(_expectedDumpDirectory))
{
System.IO.Directory.Delete(_expectedDumpDirectory, true);
}
_directoryMock.Setup(x => x.GetPeersHandlingMessage(It.IsAny <IMessage>())).Returns(new Peer[0]);
}
public void TestTransport_must_return_an_Address_and_TaskCompletionSource_on_Listen()
{
//arrange
var registry = new AssociationRegistry();
var transportA = new TestTransport(addressA, registry);
//act
var result = transportA.Listen();
result.Wait(DefaultTimeout);
//assert
Assert.Equal(addressA, result.Result.Item1);
Assert.NotNull(result.Result.Item2);
var snapshot = registry.LogSnapshot();
Assert.Equal(1, snapshot.Count);
Assert.IsType <ListenAttempt>(snapshot[0]);
Assert.Equal(addressA, ((ListenAttempt)snapshot[0]).BoundAddress);
}
public async Task TransportIsStoppedWhenConnectionIsDisposed()
{
var testHttpHandler = new TestHttpMessageHandler();
using (var httpClient = new HttpClient(testHttpHandler))
{
var testTransport = new TestTransport();
await WithConnectionAsync(
CreateConnection(transport : testTransport),
async (connection) =>
{
// Start the transport
await connection.StartAsync().DefaultTimeout();
Assert.NotNull(testTransport.Receiving);
Assert.False(testTransport.Receiving.IsCompleted);
// Stop the connection, and we should stop the transport
await connection.DisposeAsync().DefaultTimeout();
await testTransport.Receiving.DefaultTimeout();
});
}
}
public void SipUdpTransport_TransmitSingle()
{
// Create two transport instances and send a message from one to
// the other and verify that it got through.
TestTransport transport1 = new TestTransport();
TestTransport transport2 = new TestTransport();
SipRequest sentMsg;
SipRequest recvMsg;
try
{
transport1.Start(new NetworkBinding("127.0.0.1:ANY"));
transport2.Start(new NetworkBinding("127.0.0.1:ANY"));
Assert.IsFalse(transport1.IsStreaming);
Assert.AreEqual(SipTransportType.UDP, transport1.TransportType);
sentMsg = new SipRequest(SipMethod.Register, "sip:[email protected]", SipHelper.SIP20);
sentMsg.AddHeader(SipHeader.Via, string.Format("SIP/2.0/UDP {0}", transport1.LocalEndpoint));
transport1.Send(transport2.LocalEndpoint, sentMsg);
recvMsg = (SipRequest)transport2.Receive();
Assert.AreEqual(SipMethod.Register, recvMsg.Method);
Assert.AreEqual("sip:[email protected]", recvMsg.Uri);
Assert.AreEqual(SipHelper.SIP20, recvMsg.SipVersion);
Assert.AreEqual(sentMsg[SipHeader.Via].FullText, recvMsg[SipHeader.Via].FullText);
Assert.AreEqual(transport1.LocalEndpoint.Address, recvMsg.RemoteEndpoint.Address);
Assert.AreEqual(transport1.LocalEndpoint.Port, recvMsg.RemoteEndpoint.Port);
}
finally
{
transport1.Stop();
transport2.Stop();
}
}
public void SipUdpTransport_External()
{
// Open a UDP transport on the standard SIP port,
// receive three messages, write their contents to
// the debug output and then terminate.
Assert.Inconclusive("Comment this out to enable the test");
IPAddress address, subnet;
TestTransport transport;
SipMessage message;
Helper.GetNetworkInfo(out address, out subnet);
transport = new TestTransport();
transport.Start(new NetworkBinding(address, NetworkPort.SIP));
transport.Timeout = -1;
try
{
for (int i = 0; i < 5; i++)
{
message = transport.Receive();
Debug.Write(message.ToString());
if (message.Contents.Length > 0)
{
Debug.Write(Helper.HexDump(message.Contents, 16, HexDumpOption.ShowAll));
}
}
}
finally
{
transport.Stop();
}
}
public void Properly_quarantine_stashed_inbound_connections()
{
var localAddress = new Address("akka.test", "system1", "localhost", 1);
var rawLocalAddress = new Address("test", "system1", "localhost", 1);
var remoteAddress = new Address("akka.test", "system2", "localhost", 2);
var rawRemoteAddress = new Address("test", "system2", "localhost", 2);
var remoteUID = 16;
var config = ConfigurationFactory.ParseString(@"
akka.remote.enabled-transports = [""akka.remote.test""]
akka.remote.retry-gate-closed-for = 5s
akka.remote.log-remote-lifecycle-events = on
akka.remote.test {
registry-key = JMeMndLLsw
local-address = """ + $"test://{localAddress.System}@{localAddress.Host}:{localAddress.Port}" + @"""
}").WithFallback(_remoteSystem.Settings.Config);
var thisSystem = ActorSystem.Create("this-system", config);
MuteSystem(thisSystem);
try
{
// Set up a mock remote system using the test transport
var registry = AssociationRegistry.Get("JMeMndLLsw");
var remoteTransport = new TestTransport(rawRemoteAddress, registry);
var remoteTransportProbe = CreateTestProbe();
registry.RegisterTransport(remoteTransport, Task.FromResult <IAssociationEventListener>
(new ActorAssociationEventListener(remoteTransportProbe)));
// Hijack associations through the test transport
AwaitCondition(() => registry.TransportsReady(rawLocalAddress, rawRemoteAddress));
var testTransport = registry.TransportFor(rawLocalAddress).Item1;
testTransport.WriteBehavior.PushConstant(true);
// Force an outbound associate on the real system (which we will hijack)
// we send no handshake packet, so this remains a pending connection
var dummySelection = thisSystem.ActorSelection(ActorPath.Parse(remoteAddress + "/user/noonethere"));
dummySelection.Tell("ping", Sys.DeadLetters);
var remoteHandle = remoteTransportProbe.ExpectMsg <InboundAssociation>(TimeSpan.FromMinutes(4));
remoteHandle.Association.ReadHandlerSource.TrySetResult((IHandleEventListener)(new ActionHandleEventListener(ev => {})));
// Now we initiate an emulated inbound connection to the real system
var inboundHandleProbe = CreateTestProbe();
var inboundHandleTask = remoteTransport.Associate(rawLocalAddress);
inboundHandleTask.Wait(TimeSpan.FromSeconds(3));
var inboundHandle = inboundHandleTask.Result;
inboundHandle.ReadHandlerSource.SetResult(new ActorHandleEventListener(inboundHandleProbe));
AwaitAssert(() =>
{
registry.GetRemoteReadHandlerFor(inboundHandle.AsInstanceOf <TestAssociationHandle>()).Should().NotBeNull();
});
var pduCodec = new AkkaPduProtobuffCodec(Sys);
var handshakePacket = pduCodec.ConstructAssociate(new HandshakeInfo(rawRemoteAddress, remoteUID));
// Finish the inbound handshake so now it is handed up to Remoting
inboundHandle.Write(handshakePacket);
// No disassociation now, the connection is still stashed
inboundHandleProbe.ExpectNoMsg(1000);
// Quarantine unrelated connection
RARP.For(thisSystem).Provider.Quarantine(remoteAddress, -1);
inboundHandleProbe.ExpectNoMsg(1000);
// Quarantine the connection
RARP.For(thisSystem).Provider.Quarantine(remoteAddress, remoteUID);
// Even though the connection is stashed it will be disassociated
inboundHandleProbe.ExpectMsg <Disassociated>();
}
finally
{
Shutdown(thisSystem);
}
}
/// <summary>
/// TBD
/// </summary>
/// <param name="localAddress">TBD</param>
/// <param name="remoteAddress">TBD</param>
/// <param name="transport">TBD</param>
/// <param name="inbound">TBD</param>
public TestAssociationHandle(Address localAddress, Address remoteAddress, TestTransport transport, bool inbound)
: base(localAddress, remoteAddress)
{
Inbound = inbound;
_transport = transport;
}
public void TestTransport_should_emulate_sending_PDUs()
{
//arrange
var registry = new AssociationRegistry();
var transportA = new TestTransport(addressA, registry);
var transportB = new TestTransport(addressB, registry);
//act
//must complete returned promises to receive events
var localConnectionFuture = transportA.Listen();
localConnectionFuture.Wait(DefaultTimeout);
localConnectionFuture.Result.Item2.SetResult(new ActorAssociationEventListener(Self));
var remoteConnectionFuture = transportB.Listen();
remoteConnectionFuture.Wait(DefaultTimeout);
remoteConnectionFuture.Result.Item2.SetResult(new ActorAssociationEventListener(Self));
var ready = registry.TransportsReady(addressA, addressB);
Assert.True(ready);
var associate = transportA.Associate(addressB);
var handleB = expectMsgPF<AssociationHandle>(DefaultTimeout, "Expect InboundAssociation from A", o =>
{
var handle = o as InboundAssociation;
if (handle != null && handle.Association.RemoteAddress.Equals(addressA)) return handle.Association;
return null;
});
handleB.ReadHandlerSource.SetResult(new ActorHandleEventListener(Self));
associate.Wait(DefaultTimeout);
var handleA = associate.Result;
//Initialize handles
handleA.ReadHandlerSource.SetResult(new ActorHandleEventListener(Self));
var akkaPDU = ByteString.CopyFromUtf8("AkkaPDU");
var exists = registry.ExistsAssociation(addressA, addressB);
Assert.True(exists);
handleA.Write(akkaPDU);
//assert
expectMsgPF(DefaultTimeout, "Expect InboundPayload from A", o =>
{
var payload = o as InboundPayload;
if (payload != null && payload.Payload.Equals(akkaPDU)) return akkaPDU;
return null;
});
var writeAttempt = (registry.LogSnapshot().Single(x => x is WriteAttempt)).AsInstanceOf<WriteAttempt>();
Assert.True(writeAttempt.Sender.Equals(addressA) && writeAttempt.Recipient.Equals(addressB)
&& writeAttempt.Payload.Equals(akkaPDU));
}
public void Stash_inbound_connections_until_UID_is_known_for_pending_outbound()
{
var localAddress = new Address("akka.test", "system1", "localhost", 1);
var rawLocalAddress = new Address("test", "system1", "localhost", 1);
var remoteAddress = new Address("akka.test", "system2", "localhost", 2);
var rawRemoteAddress = new Address("test", "system2", "localhost", 2);
var config = ConfigurationFactory.ParseString(@"
akka.remote.enabled-transports = [""akka.remote.test""]
akka.remote.retry-gate-closed-for = 5s
akka.remote.log-remote-lifecycle-events = on
akka.loglevel = DEBUG
akka.remote.test {
registry-key = TRKAzR
local-address = """ + $"test://{localAddress.System}@{localAddress.Host}:{localAddress.Port}" + @"""
}").WithFallback(_remoteSystem.Settings.Config);
var thisSystem = ActorSystem.Create("this-system", config);
MuteSystem(thisSystem);
try
{
// Set up a mock remote system using the test transport
var registry = AssociationRegistry.Get("TRKAzR");
var remoteTransport = new TestTransport(rawRemoteAddress, registry);
var remoteTransportProbe = CreateTestProbe();
registry.RegisterTransport(remoteTransport, Task.FromResult <IAssociationEventListener>
(new ActorAssociationEventListener(remoteTransportProbe)));
// Hijack associations through the test transport
AwaitCondition(() => registry.TransportsReady(rawLocalAddress, rawRemoteAddress));
var testTransport = registry.TransportFor(rawLocalAddress).Item1;
testTransport.WriteBehavior.PushConstant(true);
// Force an outbound associate on the real system (which we will hijack)
// we send no handshake packet, so this remains a pending connection
var dummySelection = thisSystem.ActorSelection(ActorPath.Parse(remoteAddress + "/user/noonethere"));
dummySelection.Tell("ping", Sys.DeadLetters);
var remoteHandle = remoteTransportProbe.ExpectMsg <InboundAssociation>(TimeSpan.FromMinutes(4));
remoteHandle.Association.ReadHandlerSource.TrySetResult((IHandleEventListener)(new ActionHandleEventListener(ev => { })));
// Now we initiate an emulated inbound connection to the real system
var inboundHandleProbe = CreateTestProbe();
var inboundHandleTask = remoteTransport.Associate(rawLocalAddress);
inboundHandleTask.Wait(TimeSpan.FromSeconds(3));
var inboundHandle = inboundHandleTask.Result;
inboundHandle.ReadHandlerSource.SetResult(new ActorHandleEventListener(inboundHandleProbe));
AwaitAssert(() =>
{
registry.GetRemoteReadHandlerFor(inboundHandle.AsInstanceOf <TestAssociationHandle>()).Should().NotBeNull();
});
var pduCodec = new AkkaPduProtobuffCodec(Sys);
var handshakePacket = pduCodec.ConstructAssociate(new HandshakeInfo(rawRemoteAddress, 0));
var brokenPacket = pduCodec.ConstructPayload(ByteString.CopyFrom(0, 1, 2, 3, 4, 5, 6));
// Finish the inbound handshake so now it is handed up to Remoting
inboundHandle.Write(handshakePacket);
// Now bork the connection with a malformed packet that can only signal an error if the Endpoint is already registered
// but not while it is stashed
inboundHandle.Write(brokenPacket);
// No disassociation now - the connection is still stashed
inboundHandleProbe.ExpectNoMsg(1000);
// Finish the handshake for the outbound connection - this will unstash the inbound pending connection.
remoteHandle.Association.Write(handshakePacket);
inboundHandleProbe.ExpectMsg <Disassociated>(TimeSpan.FromMinutes(5));
}
finally
{
Shutdown(thisSystem);
}
}
public void SipTcpTransport_MultipleBuffered()
{
// Render two messages into a single buffer and transmit them
// to a TCP transport in a single send. This will result in
// the two messages being processed out of the headerBuf which
// is what we want to test here.
TestTransport transport = new TestTransport();
EnhancedSocket sock = null;
SipRequest msg1, msg2;
SipRequest recvMsg;
byte[] buf;
int cb;
try
{
transport.Start(new NetworkBinding("127.0.0.1:5311"));
sock = new EnhancedSocket(AddressFamily.InterNetwork, SocketType.Stream, ProtocolType.Tcp);
sock.Connect("127.0.0.1", 5311);
msg1 = new SipRequest(SipMethod.Register, "sip:[email protected]", SipHelper.SIP20);
msg1.AddHeader(SipHeader.Via, string.Format("SIP/2.0/TCP {0}", transport.LocalEndpoint));
msg1.AddHeader("Count", "0");
msg1.Contents = GetContents(0);
msg2 = new SipRequest(SipMethod.Register, "sip:[email protected]", SipHelper.SIP20);
msg2.AddHeader(SipHeader.Via, string.Format("SIP/2.0/TCP {0}", transport.LocalEndpoint));
msg2.AddHeader("Count", "1");
msg2.Contents = GetContents(0);
buf = Helper.Concat(msg1.ToArray(), msg2.ToArray());
cb = sock.Send(buf);
Assert.AreEqual(buf.Length, cb);
recvMsg = (SipRequest)transport.Receive();
Assert.AreEqual(SipMethod.Register, recvMsg.Method);
Assert.AreEqual("sip:[email protected]", recvMsg.Uri);
Assert.AreEqual(SipHelper.SIP20, recvMsg.SipVersion);
Assert.AreEqual(msg1[SipHeader.Via].FullText, recvMsg[SipHeader.Via].FullText);
Assert.AreEqual("0", recvMsg["Count"].FullText);
CollectionAssert.AreEqual(msg1.Contents, recvMsg.Contents);
recvMsg = (SipRequest)transport.Receive();
Assert.AreEqual(SipMethod.Register, recvMsg.Method);
Assert.AreEqual("sip:[email protected]", recvMsg.Uri);
Assert.AreEqual(SipHelper.SIP20, recvMsg.SipVersion);
Assert.AreEqual(msg2[SipHeader.Via].FullText, recvMsg[SipHeader.Via].FullText);
Assert.AreEqual("1", recvMsg["Count"].FullText);
CollectionAssert.AreEqual(msg2.Contents, recvMsg.Contents);
// Try it again, this time with some data.
msg1 = new SipRequest(SipMethod.Register, "sip:[email protected]", SipHelper.SIP20);
msg1.AddHeader(SipHeader.Via, string.Format("SIP/2.0/TCP {0}", transport.LocalEndpoint));
msg1.AddHeader("Count", "0");
msg1.Contents = GetContents(10);
msg2 = new SipRequest(SipMethod.Register, "sip:[email protected]", SipHelper.SIP20);
msg2.AddHeader(SipHeader.Via, string.Format("SIP/2.0/TCP {0}", transport.LocalEndpoint));
msg2.AddHeader("Count", "1");
msg2.Contents = GetContents(20);
buf = Helper.Concat(msg1.ToArray(), msg2.ToArray());
cb = sock.Send(buf);
Assert.AreEqual(buf.Length, cb);
recvMsg = (SipRequest)transport.Receive();
Assert.AreEqual(SipMethod.Register, recvMsg.Method);
Assert.AreEqual("sip:[email protected]", recvMsg.Uri);
Assert.AreEqual(SipHelper.SIP20, recvMsg.SipVersion);
Assert.AreEqual(msg1[SipHeader.Via].FullText, recvMsg[SipHeader.Via].FullText);
Assert.AreEqual("0", recvMsg["Count"].FullText);
CollectionAssert.AreEqual(msg1.Contents, recvMsg.Contents);
recvMsg = (SipRequest)transport.Receive();
Assert.AreEqual(SipMethod.Register, recvMsg.Method);
Assert.AreEqual("sip:[email protected]", recvMsg.Uri);
Assert.AreEqual(SipHelper.SIP20, recvMsg.SipVersion);
Assert.AreEqual(msg2[SipHeader.Via].FullText, recvMsg[SipHeader.Via].FullText);
Assert.AreEqual("1", recvMsg["Count"].FullText);
CollectionAssert.AreEqual(msg2.Contents, recvMsg.Contents);
// Try it one more time, this time adding a leading CRLF
msg1 = new SipRequest(SipMethod.Register, "sip:[email protected]", SipHelper.SIP20);
msg1.AddHeader(SipHeader.Via, string.Format("SIP/2.0/TCP {0}", transport.LocalEndpoint));
msg1.AddHeader("Count", "0");
msg1.Contents = GetContents(10);
msg2 = new SipRequest(SipMethod.Register, "sip:[email protected]", SipHelper.SIP20);
msg2.AddHeader(SipHeader.Via, string.Format("SIP/2.0/TCP {0}", transport.LocalEndpoint));
msg2.AddHeader("Count", "1");
msg2.Contents = GetContents(20);
buf = Helper.Concat(new byte[] { 0x0D, 0x0A }, msg1.ToArray(), new byte[] { 0x0D, 0x0A }, msg2.ToArray());
cb = sock.Send(buf);
Assert.AreEqual(buf.Length, cb);
recvMsg = (SipRequest)transport.Receive();
Assert.AreEqual(SipMethod.Register, recvMsg.Method);
Assert.AreEqual("sip:[email protected]", recvMsg.Uri);
Assert.AreEqual(SipHelper.SIP20, recvMsg.SipVersion);
Assert.AreEqual(msg1[SipHeader.Via].FullText, recvMsg[SipHeader.Via].FullText);
Assert.AreEqual("0", recvMsg["Count"].FullText);
CollectionAssert.AreEqual(msg1.Contents, recvMsg.Contents);
recvMsg = (SipRequest)transport.Receive();
Assert.AreEqual(SipMethod.Register, recvMsg.Method);
Assert.AreEqual("sip:[email protected]", recvMsg.Uri);
Assert.AreEqual(SipHelper.SIP20, recvMsg.SipVersion);
Assert.AreEqual(msg2[SipHeader.Via].FullText, recvMsg[SipHeader.Via].FullText);
Assert.AreEqual("1", recvMsg["Count"].FullText);
CollectionAssert.AreEqual(msg2.Contents, recvMsg.Contents);
}
finally
{
if (sock != null)
{
sock.Close();
}
transport.Stop();
}
}
public void TestTransport_should_emulate_disassociation()
{
//arrange
var registry = new AssociationRegistry();
var transportA = new TestTransport(addressA, registry);
var transportB = new TestTransport(addressB, registry);
//act
//must complete returned promises to receive events
var localConnectionFuture = transportA.Listen();
localConnectionFuture.Wait(DefaultTimeout);
localConnectionFuture.Result.Item2.SetResult(new ActorAssociationEventListener(Self));
var remoteConnectionFuture = transportB.Listen();
remoteConnectionFuture.Wait(DefaultTimeout);
remoteConnectionFuture.Result.Item2.SetResult(new ActorAssociationEventListener(Self));
var ready = registry.TransportsReady(addressA, addressB);
Assert.True(ready);
var associate = transportA.Associate(addressB);
var handleB = expectMsgPF<AssociationHandle>(DefaultTimeout, "Expect InboundAssociation from A", o =>
{
var handle = o as InboundAssociation;
if (handle != null && handle.Association.RemoteAddress.Equals(addressA)) return handle.Association;
return null;
});
handleB.ReadHandlerSource.SetResult(new ActorHandleEventListener(Self));
associate.Wait(DefaultTimeout);
var handleA = associate.Result;
//Initialize handles
handleA.ReadHandlerSource.SetResult(new ActorHandleEventListener(Self));
var exists = registry.ExistsAssociation(addressA, addressB);
Assert.True(exists);
handleA.Disassociate();
var msg = expectMsgPF(DefaultTimeout, "Expected Disassociated", o => o.AsInstanceOf<Disassociated>());
//assert
Assert.NotNull(msg);
exists = registry.ExistsAssociation(addressA, addressB);
Assert.True(!exists, "Association should no longer exist");
var disassociateAttempt = registry.LogSnapshot().Single(x => x is DisassociateAttempt).AsInstanceOf<DisassociateAttempt>();
Assert.True(disassociateAttempt.Requestor.Equals(addressA) && disassociateAttempt.Remote.Equals(addressB));
}
public void TestTransport_should_emulate_sending_PDUs()
{
//arrange
var registry = new AssociationRegistry();
var transportA = new TestTransport(addressA, registry);
var transportB = new TestTransport(addressB, registry);
//act
//must complete returned promises to receive events
var localConnectionFuture = transportA.Listen();
localConnectionFuture.Wait(DefaultTimeout);
localConnectionFuture.Result.Item2.SetResult(new ActorAssociationEventListener(Self));
var remoteConnectionFuture = transportB.Listen();
remoteConnectionFuture.Wait(DefaultTimeout);
remoteConnectionFuture.Result.Item2.SetResult(new ActorAssociationEventListener(Self));
var ready = registry.TransportsReady(addressA, addressB);
Assert.True(ready);
var associate = transportA.Associate(addressB);
var handleB = ExpectMsgPf <AssociationHandle>(DefaultTimeout, "Expect InboundAssociation from A", o =>
{
var handle = o as InboundAssociation;
if (handle != null && handle.Association.RemoteAddress.Equals(addressA))
{
return(handle.Association);
}
return(null);
});
handleB.ReadHandlerSource.SetResult(new ActorHandleEventListener(Self));
associate.Wait(DefaultTimeout);
var handleA = associate.Result;
//Initialize handles
handleA.ReadHandlerSource.SetResult(new ActorHandleEventListener(Self));
var akkaPDU = ByteString.CopyFromUtf8("AkkaPDU");
var exists = registry.ExistsAssociation(addressA, addressB);
Assert.True(exists);
handleA.Write(akkaPDU);
//assert
ExpectMsgPf(DefaultTimeout, "Expect InboundPayload from A", o =>
{
var payload = o as InboundPayload;
if (payload != null && payload.Payload.Equals(akkaPDU))
{
return(akkaPDU);
}
return(null);
});
var writeAttempt = (registry.LogSnapshot().Single(x => x is WriteAttempt)).AsInstanceOf <WriteAttempt>();
Assert.True(writeAttempt.Sender.Equals(addressA) && writeAttempt.Recipient.Equals(addressB) &&
writeAttempt.Payload.Equals(akkaPDU));
}
protected abstract Akka.Remote.Transport.Transport FreshTransport(TestTransport testTransport);
public void TestTransport_should_emulate_disassociation()
{
//arrange
var registry = new AssociationRegistry();
var transportA = new TestTransport(addressA, registry);
var transportB = new TestTransport(addressB, registry);
//act
//must complete returned promises to receive events
var localConnectionFuture = transportA.Listen();
localConnectionFuture.Wait(DefaultTimeout);
localConnectionFuture.Result.Item2.SetResult(new ActorAssociationEventListener(Self));
var remoteConnectionFuture = transportB.Listen();
remoteConnectionFuture.Wait(DefaultTimeout);
remoteConnectionFuture.Result.Item2.SetResult(new ActorAssociationEventListener(Self));
var ready = registry.TransportsReady(addressA, addressB);
Assert.True(ready);
var associate = transportA.Associate(addressB);
var handleB = ExpectMsgPf <AssociationHandle>(DefaultTimeout, "Expect InboundAssociation from A", o =>
{
var handle = o as InboundAssociation;
if (handle != null && handle.Association.RemoteAddress.Equals(addressA))
{
return(handle.Association);
}
return(null);
});
handleB.ReadHandlerSource.SetResult(new ActorHandleEventListener(Self));
associate.Wait(DefaultTimeout);
var handleA = associate.Result;
//Initialize handles
handleA.ReadHandlerSource.SetResult(new ActorHandleEventListener(Self));
var exists = registry.ExistsAssociation(addressA, addressB);
Assert.True(exists);
handleA.Disassociate();
var msg = ExpectMsgPf(DefaultTimeout, "Expected Disassociated", o => o.AsInstanceOf <Disassociated>());
//assert
Assert.NotNull(msg);
exists = registry.ExistsAssociation(addressA, addressB);
Assert.True(!exists, "Association should no longer exist");
var disassociateAttempt = registry.LogSnapshot().Single(x => x is DisassociateAttempt).AsInstanceOf <DisassociateAttempt>();
Assert.True(disassociateAttempt.Requestor.Equals(addressA) && disassociateAttempt.Remote.Equals(addressB));
}