public void reading_settings()
{
var channel = new ChannelSettings
{
Outbound = new Uri("channel://outbound"),
Downstream = new Uri("channel://downstream")
};
var bus = new BusSettings
{
Outbound = new Uri("bus://outbound"),
Downstream = new Uri("bus://downstream")
};
var services = new InMemoryServiceLocator();
services.Add(channel);
services.Add(bus);
var graph = new ChannelGraph();
graph.ChannelFor<ChannelSettings>(x => x.Outbound);
graph.ChannelFor<ChannelSettings>(x => x.Downstream);
graph.ChannelFor<BusSettings>(x => x.Outbound);
graph.ChannelFor<BusSettings>(x => x.Downstream);
graph.ReadSettings(services);
graph.ChannelFor<ChannelSettings>(x => x.Outbound)
.Uri.ShouldBe(channel.Outbound);
graph.ChannelFor<ChannelSettings>(x => x.Downstream)
.Uri.ShouldBe(channel.Downstream);
graph.ChannelFor<BusSettings>(x => x.Outbound)
.Uri.ShouldBe(bus.Outbound);
graph.ChannelFor<BusSettings>(x => x.Downstream)
.Uri.ShouldBe(bus.Downstream);
}
public void channel_for_by_accessor()
{
var graph = new ChannelGraph();
var channelNode = graph.ChannelFor<ChannelSettings>(x => x.Outbound);
channelNode
.ShouldBeTheSameAs(graph.ChannelFor<ChannelSettings>(x => x.Outbound));
channelNode.Key.ShouldBe("Channel:Outbound");
channelNode.SettingAddress.Name.ShouldBe("Outbound");
}
public void channel_for_by_accessor()
{
var graph = new ChannelGraph();
var channelNode = graph.ChannelFor <ChannelSettings>(x => x.Outbound);
channelNode
.ShouldBeTheSameAs(graph.ChannelFor <ChannelSettings>(x => x.Outbound));
channelNode.Key.ShouldEqual("Channel:Outbound");
channelNode.SettingAddress.Name.ShouldEqual("Outbound");
}
public void create_from_graph_and_run_through_the_channel()
{
using (var graph = new ChannelGraph())
{
var node = graph.ChannelFor<BusSettings>(x => x.Outbound);
node.Uri = new Uri("memory://foo");
var transport = new InMemoryTransport();
transport.OpenChannels(graph);
node.Channel.ShouldNotBeNull();
var envelope = new Envelope();
envelope.CorrelationId = Guid.NewGuid().ToString();
envelope.Headers["Foo"] = "Bar";
envelope.Data = new byte[] { 1, 2, 3, 4, 5 };
var receiver = new RecordingReceiver();
node.StartReceiving(receiver);
node.Channel.Send(envelope.Data, envelope.Headers);
Wait.Until(() => receiver.Received.Any(), timeoutInMilliseconds: 2000);
var received = receiver.Received.Single();
received.CorrelationId.ShouldEqual(envelope.CorrelationId);
received.ContentType.ShouldEqual(envelope.ContentType);
received.Data.ShouldEqual(envelope.Data);
}
}
public void create_from_graph_and_run_through_the_channel()
{
using (var graph = new ChannelGraph())
{
var node = graph.ChannelFor <BusSettings>(x => x.Outbound);
node.Uri = new Uri("memory://foo");
var transport = new InMemoryTransport();
transport.OpenChannels(graph);
node.Channel.ShouldNotBeNull();
var envelope = new Envelope();
envelope.CorrelationId = Guid.NewGuid().ToString();
envelope.Headers["Foo"] = "Bar";
envelope.Data = new byte[] { 1, 2, 3, 4, 5 };
var receiver = new RecordingReceiver();
node.StartReceiving(receiver, new RecordingLogger());
node.Channel.Send(envelope.Data, envelope.Headers);
Wait.Until(() => receiver.Received.Any(), timeoutInMilliseconds: 2000);
var received = receiver.Received.Single();
received.CorrelationId.ShouldEqual(envelope.CorrelationId);
received.ContentType.ShouldEqual(envelope.ContentType);
received.Data.ShouldEqual(envelope.Data);
}
}
public void start_receiving()
{
using (var graph = new ChannelGraph())
{
var node1 = graph.ChannelFor <ChannelSettings>(x => x.Upstream);
var node2 = graph.ChannelFor <ChannelSettings>(x => x.Downstream);
var node3 = graph.ChannelFor <BusSettings>(x => x.Upstream);
var node4 = graph.ChannelFor <BusSettings>(x => x.Downstream);
node1.Incoming = true;
node2.Incoming = false;
node3.Incoming = true;
node4.Incoming = false;
graph.Each(x => x.Channel = new FakeChannel());
graph.StartReceiving(MockRepository.GenerateMock <IHandlerPipeline>());
node1.Channel.As <FakeChannel>().ReceivedCount.ShouldBeGreaterThan(0);
node2.Channel.As <FakeChannel>().ReceivedCount.ShouldEqual(0);
node3.Channel.As <FakeChannel>().ReceivedCount.ShouldBeGreaterThan(0);
node4.Channel.As <FakeChannel>().ReceivedCount.ShouldEqual(0);
}
}
private void SetupTransport(string uri)
{
graph = new ChannelGraph();
node = graph.ChannelFor <ChannelSettings>(x => x.Upstream);
node.Uri = new Uri(uri);
node.Incoming = true;
var delayedCache = new DelayedMessageCache <MessageId>();
queues = new PersistentQueues(new RecordingLogger(), delayedCache, new LightningQueueSettings());
queues.ClearAll();
transport = new LightningQueuesTransport(queues, new LightningQueueSettings(), delayedCache);
transport.OpenChannels(graph);
}
private void SetupTransport(string uri, ChannelMode mode)
{
graph = new ChannelGraph();
node = graph.ChannelFor<ChannelSettings>(x => x.Upstream);
node.Mode = mode;
node.Uri = new Uri(uri);
node.Incoming = true;
var delayedCache = new DelayedMessageCache<MessageId>();
queues = new PersistentQueues(new RecordingLogger());
queues.ClearAll();
transport = new LightningQueuesTransport(queues, new LightningQueueSettings());
transport.OpenChannels(graph);
}
public void reading_settings()
{
var channel = new ChannelSettings
{
Outbound = new Uri("channel://outbound"),
Downstream = new Uri("channel://downstream")
};
var bus = new BusSettings
{
Outbound = new Uri("bus://outbound"),
Downstream = new Uri("bus://downstream")
};
var services = new InMemoryServiceLocator();
services.Add(channel);
services.Add(bus);
var graph = new ChannelGraph();
graph.ChannelFor <ChannelSettings>(x => x.Outbound);
graph.ChannelFor <ChannelSettings>(x => x.Downstream);
graph.ChannelFor <BusSettings>(x => x.Outbound);
graph.ChannelFor <BusSettings>(x => x.Downstream);
graph.ReadSettings(services);
graph.ChannelFor <ChannelSettings>(x => x.Outbound)
.Uri.ShouldEqual(channel.Outbound);
graph.ChannelFor <ChannelSettings>(x => x.Downstream)
.Uri.ShouldEqual(channel.Downstream);
graph.ChannelFor <BusSettings>(x => x.Outbound)
.Uri.ShouldEqual(bus.Outbound);
graph.ChannelFor <BusSettings>(x => x.Downstream)
.Uri.ShouldEqual(bus.Downstream);
}
public void can_be_used_after_clearing_all_messages()
{
using (var graph = new ChannelGraph())
{
var node = graph.ChannelFor<BusSettings>(x => x.Outbound);
node.Uri = new Uri("memory://foo");
var transport = new InMemoryTransport();
transport.OpenChannels(graph);
var receiver = new RecordingReceiver();
node.StartReceiving(receiver);
node.Channel.Send(new byte[] { 1, 2 }, new NameValueHeaders());
transport.ClearAll();
node.Channel.Send(new byte[] { 3, 4 }, new NameValueHeaders());
Wait.Until(() => receiver.Received.Count == 2);
receiver.Received.ShouldHaveCount(2);
}
}
public void can_be_used_after_clearing_all_messages()
{
using (var graph = new ChannelGraph())
{
var node = graph.ChannelFor <BusSettings>(x => x.Outbound);
node.Uri = new Uri("memory://foo");
var transport = new InMemoryTransport();
transport.OpenChannels(graph);
var receiver = new RecordingReceiver();
node.StartReceiving(receiver, new RecordingLogger());
node.Channel.Send(new byte[] { 1, 2 }, new NameValueHeaders());
transport.ClearAll();
node.Channel.Send(new byte[] { 3, 4 }, new NameValueHeaders());
Wait.Until(() => receiver.Received.Count == 2);
receiver.Received.ShouldHaveCount(2);
}
}
public void start_receiving()
{
using (var graph = new ChannelGraph())
{
var node1 = graph.ChannelFor<ChannelSettings>(x => x.Upstream);
var node2 = graph.ChannelFor<ChannelSettings>(x => x.Downstream);
var node3 = graph.ChannelFor<BusSettings>(x => x.Upstream);
var node4 = graph.ChannelFor<BusSettings>(x => x.Downstream);
node1.Incoming = true;
node2.Incoming = false;
node3.Incoming = true;
node4.Incoming = false;
graph.Each(x => x.Channel = new FakeChannel());
graph.StartReceiving(MockRepository.GenerateMock<IHandlerPipeline>(), new RecordingLogger());
node1.Channel.As<FakeChannel>().ReceivedCount.ShouldBeGreaterThan(0);
node2.Channel.As<FakeChannel>().ReceivedCount.ShouldBe(0);
node3.Channel.As<FakeChannel>().ReceivedCount.ShouldBeGreaterThan(0);
node4.Channel.As<FakeChannel>().ReceivedCount.ShouldBe(0);
}
}
public void start_receiving()
{
using (var graph = new ChannelGraph())
{
var node1 = graph.ChannelFor<ChannelSettings>(x => x.Upstream);
var node2 = graph.ChannelFor<ChannelSettings>(x => x.Downstream);
var node3 = graph.ChannelFor<BusSettings>(x => x.Upstream);
var node4 = graph.ChannelFor<BusSettings>(x => x.Downstream);
node1.Incoming = true;
node2.Incoming = false;
node3.Incoming = true;
node4.Incoming = false;
graph.Each(x => x.Channel = MockRepository.GenerateMock<IChannel>());
graph.StartReceiving(MockRepository.GenerateMock<IHandlerPipeline>());
node1.Channel.AssertWasCalled(x => x.Receive(null), x => x.IgnoreArguments());
node2.Channel.AssertWasNotCalled(x => x.Receive(null), x => x.IgnoreArguments());
node3.Channel.AssertWasCalled(x => x.Receive(null), x => x.IgnoreArguments());
node4.Channel.AssertWasNotCalled(x => x.Receive(null), x => x.IgnoreArguments());
}
}
public void Setup()
{
graph = new ChannelGraph();
node = graph.ChannelFor<ChannelSettings>(x => x.Upstream);
node.Uri = new Uri("lq.tcp://localhost:2020/upstream");
node.Incoming = true;
var delayedCache = new DelayedMessageCache<MessageId>();
queues = new PersistentQueues(new RecordingLogger(), delayedCache);
queues.ClearAll();
transport = new LightningQueuesTransport(queues, new LightningQueueSettings(), delayedCache);
transport.OpenChannels(graph);
}
