public CommunicationViaRabbitMQSteps()
{
IntegrationTestHelper.SetUpFixture();
_peerOne = new CommunicatingPeer("PeerOne");
_peerTwo = new CommunicatingPeer("PeerTwo");
_synchronizer = new CommunicationSynchronizer();
}
public void Unsubscribe(CommunicatingPeer peer, string topic)
{
peer.CommSvc2.Unsubscribe(new MessageDestination(topic));
}
public void Subscribe(CommunicatingPeer peer, string topic)
{
peer.CommSvc2.Subscribe(new MessageDestination(topic),
i => Receive(i, peer));
}
public void Receive(IIncomingMessage incomingMessage, CommunicatingPeer recipient)
{
Logger.Debug(this, "Handling incoming message...");
lock (_syncRoot)
{
string incomingTopic = incomingMessage.Topic.ToString();
HasMessageBeenReceived = true;
ReceivedMessageTopic = incomingTopic;
ReceivedMessage = incomingMessage.Content.ToString();
ReceivedMsgCorrelationId = incomingMessage.CorrelationId;
ReplyTo = incomingMessage.ReplyTo != null ? incomingMessage.ReplyTo.Address : String.Empty;
Logger.Info(this, String.Format("{0} - Received message on topic {1} from {2}",
recipient.PeerName,
incomingMessage.Topic.Address, incomingMessage.Sender));
Monitor.Pulse(_syncRoot);
}
}
public void Send(CommunicatingPeer peer, string topic, string content, string correlationId="whatever",
Action<IIncomingMessage> responseHandler = null)
{
lock (_syncRoot)
{
peer.CommSvc2.Send(new MessageDestination(topic),
new MessageWrapper(content, correlationId),responseHandler);
LastSentMessageTopic = topic;
LastSentMessage = content;
LastSentMsgCorrelationId = correlationId;
Monitor.Wait(_syncRoot, 1000);
}
}