public void SetUp()
{
persistence = new InMemorySubscriptionPersistence();
channelGraph = new ChannelGraph {
Name = TheNodeName
};
channelGraph.AddReplyChannel("foo", "foo://replies".ToUri());
channelGraph.AddReplyChannel("bar", "bar://replies".ToUri());
theRepository = new SubscriptionRepository(channelGraph, persistence);
}
public void SetUp()
{
theGraph = new ChannelGraph { Name = "FooNode" };
var requirement = new LocalSubscriptionRequirement<BusSettings>(x => x.Upstream);
requirement.AddType(typeof(FooMessage));
requirement.AddType(typeof(BarMessage));
theLocalReplyUri = InMemoryTransport.ReplyUriForGraph(theGraph);
theGraph.AddReplyChannel("Fake2", "fake2://2".ToUri());
theGraph.AddReplyChannel(InMemoryChannel.Protocol, theLocalReplyUri);
theGraph.AddReplyChannel("Fake1", "fake1://1".ToUri());
theSubscriptions = requirement.Determine(theSettings, theGraph);
}
public void SetUp()
{
peers.ClearAll();
sources.ClearAll();
theGraph = new ChannelGraph
{
NodeId = "Test@Local"
};
theGraph.AddReplyChannel("memory", "memory://1".ToUri());
theCurrentNode = new TransportNode(theGraph);
theLogger = new RecordingLogger();
theSubscriptions = new SubscriptionRepository(theGraph, new InMemorySubscriptionPersistence());
theSubscriptions.Persist(theCurrentNode);
settings = new HealthMonitoringSettings
{
TaskAvailabilityCheckTimeout = 5.Seconds(),
};
_controller = new Lazy <PersistentTaskController>(() => {
var controller = new PersistentTaskController(theGraph, theLogger, this, sources.ToArray());
sources.SelectMany(x => x.FakeTasks()).Select(x => x.Subject)
.Each(subject => controller.FindAgent(subject));
return(controller);
});
theContextIs();
}
public void create_a_transport_node_from_a_channel_graph()
{
var graph = new ChannelGraph
{
Name = "Service1"
};
graph.AddReplyChannel("memory", "memory://replies".ToUri());
graph.AddReplyChannel("foo", "foo://replies".ToUri());
graph.AddReplyChannel("bar", "bar://replies".ToUri());
var node = new TransportNode(graph);
node.NodeName.ShouldEqual("Service1");
node.Addresses.OrderBy(x => x.ToString()).ShouldHaveTheSameElementsAs("bar://replies".ToUri(), "foo://replies".ToUri(), "memory://replies".ToUri());
}
public void create_a_transport_node_from_a_channel_graph()
{
var graph = new ChannelGraph
{
Name = "Service1"
};
graph.AddReplyChannel("memory", "memory://replies".ToUri());
graph.AddReplyChannel("foo", "foo://replies".ToUri());
graph.AddReplyChannel("bar", "bar://replies".ToUri());
var node = new TransportNode(graph);
node.NodeName.ShouldEqual("Service1");
node.Addresses.OrderBy(x => x.ToString()).ShouldHaveTheSameElementsAs("bar://replies".ToUri(), "foo://replies".ToUri(), "memory://replies".ToUri());
}
public void SetUp()
{
theGraph = new ChannelGraph {
Name = "FooNode"
};
var requirement = new LocalSubscriptionRequirement <BusSettings>(x => x.Upstream);
requirement.AddType(typeof(FooMessage));
requirement.AddType(typeof(BarMessage));
theLocalReplyUri = InMemoryTransport.ReplyUriForGraph(theGraph);
theGraph.AddReplyChannel("Fake2", "fake2://2".ToUri());
theGraph.AddReplyChannel(InMemoryChannel.Protocol, theLocalReplyUri);
theGraph.AddReplyChannel("Fake1", "fake1://1".ToUri());
theSubscriptions = requirement.Determine(theSettings, theGraph);
}
public void OpenChannels(ChannelGraph graph)
{
var nodes = graph.NodesForProtocol(Protocol).ToArray();
if (Disabled(nodes)) return;
nodes.OrderByDescending(x => x.Incoming).Each(x => x.Channel = buildChannel(x));
seedQueues(nodes);
graph.AddReplyChannel(Protocol, getReplyUri(graph));
}
public void build_with_channel_graph_sets_the_id_to_the_node_id()
{
var graph = new ChannelGraph
{
NodeId = "Foo@Bar"
};
graph.AddReplyChannel(InMemoryChannel.Protocol, "memory://localhost/replies".ToUri());
var node = new TransportNode(graph);
node.Id.ShouldEqual(graph.NodeId);
}
public void build_with_channel_graph_sets_the_id_to_the_node_id()
{
var graph = new ChannelGraph
{
NodeId = "Foo@Bar"
};
graph.AddReplyChannel(InMemoryChannel.Protocol, "memory://localhost/replies".ToUri());
var node = new TransportNode(graph);
node.Id.ShouldEqual(graph.NodeId);
}
public void OpenChannels(ChannelGraph graph)
{
var nodes = graph.NodesForProtocol(Protocol).ToArray();
if (Disabled(nodes))
{
return;
}
nodes.OrderByDescending(x => x.Incoming).Each(x => x.Channel = buildChannel(x));
seedQueues(nodes);
graph.AddReplyChannel(Protocol, getReplyUri(graph));
}
public void fallback_to_the_first_incoming_channel_for_control_queue_if_no_explicit_control_queue_exists()
{
var graph = new ChannelGraph
{
NodeId = "Foo@Bar"
};
graph.AddReplyChannel(InMemoryChannel.Protocol, "memory://localhost/replies".ToUri());
//graph.ControlChannel = new ChannelNode { Uri = "memory://1".ToUri() };
var node = new TransportNode(graph);
node.ControlChannel.ShouldBe("memory://localhost/replies".ToUri());
}
public void use_the_explicit_control_queue_if_it_exists()
{
var graph = new ChannelGraph
{
NodeId = "Foo@Bar"
};
graph.AddReplyChannel(InMemoryChannel.Protocol, "memory://localhost/replies".ToUri());
graph.ControlChannel = new ChannelNode {
Uri = "memory://1".ToUri()
};
var node = new TransportNode(graph);
node.ControlChannel.ShouldBe("memory://1".ToUri());
}
public void SetUp()
{
persistence = new InMemorySubscriptionPersistence();
channelGraph = new ChannelGraph{Name = TheNodeName};
channelGraph.AddReplyChannel("foo", "foo://replies".ToUri());
channelGraph.AddReplyChannel("bar", "bar://replies".ToUri());
theRepository = new SubscriptionRepository(channelGraph, persistence);
}
