public void TitanicReply_RequestNonExistingReplyUnknown_ShouldSentCorrectReply()
{
var io = new TitanicMemoryIO();
using (var reqWorker = new FakeRequestMDPWorker())
using (var repWorker = new FakeReplyMDPWorker())
using (var closeWorker = new FakeCloseMDPWorker())
using (var dispatchClient = new FakeDispatchMDPClient())
using (var sut = new TitanicBroker(io))
{
// setup the queue with a request
var guid = Guid.NewGuid();
// setup the fake replyWorker's request
repWorker.Request = new NetMQMessage();
repWorker.Request.Push(guid.ToString());
// start the process chain - worker & client should only run until they hit an AutoResetEvent
Task.Factory.StartNew(() => sut.Run(reqWorker, repWorker, closeWorker, dispatchClient));
// signal worker to go ahead
repWorker.waitHandle.Set();
// give everything some time to process
Thread.Sleep(_sleep_for);
// TEST COMMUNICATION
repWorker.Reply.FrameCount.Should().Be(1, "because a 1 frame message is expected. ({0})", repWorker.Reply);
repWorker.Reply.First.ConvertToString().Should().Be("Unknown");
// TEST QUEUE
io.ExistsMessage(TitanicOperation.Request, guid).Should().BeFalse();
io.ExistsMessage(TitanicOperation.Reply, guid).Should().BeFalse();
io.ExistsMessage(TitanicOperation.Close, guid).Should().BeFalse();
}
}
public void Run_RequestReplyClose_ShouldWriteQueueAndReplyCorrect()
{
var io = new TitanicMemoryIO();
using (var reqWorker = new FakeRequestMDPWorker())
using (var repWorker = new FakeReplyMDPWorker())
using (var closeWorker = new FakeCloseMDPWorker())
using (var dispatchClient = new FakeDispatchMDPClient())
using (var sut = new TitanicBroker(io))
{
// 1. Request
// 2. Reply -> test
reqWorker.Request = new NetMQMessage();
reqWorker.Request.Push("Request Data");
reqWorker.Request.Push("echo");
// start the process chain - worker & client should only run until they hit an AutoResetEvent
Task.Factory.StartNew(() => sut.Run(reqWorker, repWorker, closeWorker, dispatchClient));
// give system time to act
Thread.Sleep(_sleep_for);
// get reply id for further processing
var s = reqWorker.Reply.Last.ConvertToString();
Guid id;
Guid.TryParse(s, out id).Should().BeTrue();
// inject to repWorker who is waiting to proceed and prepare request
repWorker.Request = new NetMQMessage();
repWorker.Request.Push(s);
// get RequestEntry from queue and mark as processed
var entry = io.GetRequestEntry(id);
io.SaveProcessedRequestEntry(entry);
// signal to proceed to send prepared request
repWorker.waitHandle.Set();
// set up the fake client's request
closeWorker.Request = new NetMQMessage();
closeWorker.Request.Push(id.ToString());
// signal to proceed to send prepared request
closeWorker.waitHandle.Set();
// give it time to process
Thread.Sleep(_sleep_for);
// TEST COMMUNICATION
closeWorker.Reply.FrameCount.Should().Be(1, "because only one frame should have been returned.");
closeWorker.Reply.First.ConvertToString().Should().Be("Ok", "because 'Ok' should have been send.");
// TEST QUEUE
io.NumberOfRequests.Should().Be(0);
io.ExistsMessage(TitanicOperation.Request, id).Should().BeFalse();
io.ExistsMessage(TitanicOperation.Reply, id).Should().BeFalse();
io.ExistsMessage(TitanicOperation.Close, id).Should().BeFalse();
}
}
public void Run_RequestReply_ShouldWriteQueueAndReplyCorrect()
{
var io = new TitanicMemoryIO();
using (var reqWorker = new FakeRequestMDPWorker())
using (var repWorker = new FakeReplyMDPWorker())
using (var closeWorker = new FakeCloseMDPWorker())
using (var dispatchClient = new FakeDispatchMDPClient())
using (var sut = new TitanicBroker(io))
{
// 1. Request
// 2. Reply -> test
reqWorker.Request = new NetMQMessage();
reqWorker.Request.Push("Request Data");
reqWorker.Request.Push("echo");
// start the process chain - worker & client should only run until they hit an AutoResetEvent
Task.Factory.StartNew(() => sut.Run(reqWorker, repWorker, closeWorker, dispatchClient));
// give system time to act
Thread.Sleep(_sleep_for);
// get reply id for further processing
var s = reqWorker.Reply.Last.ConvertToString();
Guid id;
Guid.TryParse(s, out id).Should().BeTrue();
// inject to repWorker who is waiting to proceed and prepare request
repWorker.Request = new NetMQMessage();
repWorker.Request.Push(s);
// get RequestEntry from queue and mark as processed
var entry = io.GetRequestEntry(id);
io.SaveProcessedRequestEntry(entry);
// signal to proceed to send prepared request
repWorker.waitHandle.Set();
Thread.Sleep(_sleep_for);
// TEST COMMUNICATION
repWorker.Reply.FrameCount.Should().Be(3, "because a 3 frame message is expected. ({0})", repWorker.Reply);
repWorker.Reply.First.ConvertToString().Should().Be("Ok");
// should be identical since it is an "echo" service we are simulating :-)
repWorker.Reply.Should().Equal(entry.Request);
// TEST QUEUE
io.NumberOfRequests.Should().Be(1);
io.GetRequestEntries(e => e.RequestId == id).Count().Should().Be(1);
var queueEntry = io.GetRequestEntry(id);
queueEntry.State.Should().Be(RequestEntry.Is_Processed);
io.ExistsMessage(TitanicOperation.Close, id).Should().BeFalse();
}
}
public void Run_RequestProcessStandardFlow_ShouldWriteQueueAndReplyCorrect()
{
var io = new TitanicMemoryIO();
using (var reqWorker = new FakeRequestMDPWorker())
using (var repWorker = new FakeReplyMDPWorker())
using (var closeWorker = new FakeCloseMDPWorker())
using (var dispatchClient = new FakeDispatchMDPClient())
using (var sut = new TitanicBroker(io))
{
// request worker will receive two calls
// a) null -> initial call which is answered with a request [service][data]
// b) reply -> [Ok][Guid]
// and TitanicRequest will also write the TitanicQueue -> add a request
// Run will also write queue with different data
reqWorker.Request = new NetMQMessage();
reqWorker.Request.Push("Request Data");
reqWorker.Request.Push("echo");
// start the process chain - worker & client should only run until they hit an AutoResetEvent
Task.Factory.StartNew(() => sut.Run(reqWorker, repWorker, closeWorker, dispatchClient));
// give system time to act
Thread.Sleep(200);
// TEST COMMUNICATION
reqWorker.Reply.FrameCount.Should().Be(2, "because it was {0}", reqWorker.Reply.ToString());
reqWorker.Reply.First.ConvertToString().Should().Be("Ok");
var s = reqWorker.Reply.Last.ConvertToString();
Guid id;
Guid.TryParse(s, out id).Should().BeTrue();
// TEST QUEUE (Run was sent the Guid and it kick started the Dispatch(!)
io.NumberOfRequests.Should().Be(1, "because only one request was received");
var request = io.GetRequestEntry(id);
request.Should().NotBe(default(RequestEntry), "because the id for the request should allow the retrieval");
request.RequestId.Should().Be(id);
request.State.Should().Be(RequestEntry.Is_Pending, "because it has not yet been processed");
request.Request.Should().Equal(reqWorker.Request, "because {0} was sent.", reqWorker.Request);
}
}
public void TitanicReply_RequestReplyOk_ShouldSentCorrectReply()
{
var io = new TitanicMemoryIO();
using (var reqWorker = new FakeRequestMDPWorker())
using (var repWorker = new FakeReplyMDPWorker())
using (var closeWorker = new FakeCloseMDPWorker())
using (var dispatchClient = new FakeDispatchMDPClient())
using (var sut = new TitanicBroker(io))
{
// setup the queue with a request
var guid = Guid.NewGuid();
io.SaveNewRequestEntry(guid, new NetMQMessage());
var entry = io.GetRequestEntry(guid);
// message content is expected to be [service][reply]
entry.Request.Push("REPLY DATA");
entry.Request.Push("echo");
io.SaveProcessedRequestEntry(entry);
// setup the fake replyWorker's request
repWorker.Request = new NetMQMessage();
repWorker.Request.Push(guid.ToString());
// start the process chain - worker & client should only run until they hit an AutoResetEvent
Task.Factory.StartNew(() => sut.Run(reqWorker, repWorker, closeWorker, dispatchClient));
// signal worker to go ahead
repWorker.waitHandle.Set();
// give everything some time to process
Thread.Sleep(_sleep_for);
// TEST COMMUNICATION
repWorker.Reply.FrameCount.Should().Be(3, "because a 3 frame message is expected. ({0})", repWorker.Reply);
repWorker.Reply.First.ConvertToString().Should().Be("Ok");
repWorker.Reply.Should().Equal(entry.Request);
// TEST QUEUE
io.GetRequestEntries(e => e.RequestId == guid).Count().Should().Be(1);
var queueEntry = io.GetRequestEntry(guid);
queueEntry.State.Should().Be(RequestEntry.Is_Processed);
io.ExistsMessage(TitanicOperation.Close, guid).Should().BeFalse();
}
}
public void TitanicClose_RequestToCloseRequest_ShouldDeleteRequestFromQueue()
{
var io = new TitanicMemoryIO();
using (var reqWorker = new FakeRequestMDPWorker())
using (var repWorker = new FakeReplyMDPWorker())
using (var closeWorker = new FakeCloseMDPWorker())
using (var dispatchClient = new FakeDispatchMDPClient())
using (var sut = new TitanicBroker(io))
{
// setup the queue with a request
var guid = Guid.NewGuid();
// message content is of no importance here
io.SaveNewRequestEntry(guid, new NetMQMessage());
var entry = io.GetRequestEntry(guid);
io.SaveProcessedRequestEntry(entry);
// set up the fake client's request
closeWorker.Request = new NetMQMessage();
closeWorker.Request.Push(guid.ToString());
// start the TitanicBroker (Close will automatically start and
// wait for a signal to proceed with sending the setup request message
// start the process chain - worker & client should only run until they hit an AutoResetEvent
Task.Factory.StartNew(() => sut.Run(reqWorker, repWorker, closeWorker, dispatchClient));
// signal closeWorker to go ahead
closeWorker.waitHandle.Set();
// give everything some time to process
Thread.Sleep(_sleep_for);
// TEST COMMUNICATION
closeWorker.Reply.FrameCount.Should().Be(1, "because only one frame should have been returned.");
closeWorker.Reply.First.ConvertToString().Should().Be("Ok", "because 'Ok' should have been send.");
// TEST QUEUE
io.ExistsMessage(TitanicOperation.Request, guid).Should().BeFalse();
io.ExistsMessage(TitanicOperation.Reply, guid).Should().BeFalse();
io.ExistsMessage(TitanicOperation.Close, guid).Should().BeFalse();
}
}
