public void DisconnnectNotAttemptedWhenNotConnected() { Expect.Never.On(mockProducer); testActiveMqRemoteSender.Disconnect(); mocks.VerifyAllExpectationsHaveBeenMet(); Assert.AreEqual(false, testActiveMqRemoteSender.Connected); }
public void DisconnectAfterDispose() { SetDisposeExpectations(); testActiveMqRemoteSender.Dispose(); ObjectDisposedException e = Assert.Throws <ObjectDisposedException>(delegate { testActiveMqRemoteSender.Disconnect(); }); Assert.AreEqual(e.ObjectName, "ActiveMqRemoteSender"); }
//------------------------------------------------------------------------------ // // Method: Disconnect // //------------------------------------------------------------------------------ /// <summary> /// Disconnects and cleans up the underlying MethodInvocationRemoting and ActiveMQ components. /// </summary> public void Disconnect() { methodInvocationReceiver.CancelReceive(); incomingReceiver.CancelReceive(); incomingReceiver.Disconnect(); incomingSender.Disconnect(); outgoingReceiver.CancelReceive(); outgoingReceiver.Disconnect(); outgoingSender.Disconnect(); // Call dispose on the sender and receiver objects, as they hold unmanaged connections to ActiveMQ incomingReceiver.Dispose(); incomingSender.Dispose(); outgoingReceiver.Dispose(); outgoingSender.Dispose(); }
public void DisconnectLoggingTest() { Expect.AtLeastOnce.On(mockConnection); Expect.AtLeastOnce.On(mockProducer); Expect.AtLeastOnce.On(mockSession); using (mocks.Ordered) { Expect.Once.On(mockApplicationLogger); Expect.Once.On(mockApplicationLogger).Method("Log").With(testActiveMqRemoteSender, LogLevel.Information, "Disconnected."); } testActiveMqRemoteSender.Connect(); testActiveMqRemoteSender.Disconnect(); mocks.VerifyAllExpectationsHaveBeenMet(); }
static void Main(string[] args) { // Setup connection parameters for ActiveMQ const string connectUri = "activemq:tcp://localhost:61616?wireFormat.maxInactivityDuration=0"; const string queueName = "FromJava"; const string requestQueueFilter = "Request"; const string responseQueueFilter = "Response"; const int receiverConnectLoopTimeout = 200; // Setup method invocation receiver ActiveMqRemoteSender activeMqSender = new ActiveMqRemoteSender(connectUri, queueName, responseQueueFilter); ActiveMqRemoteReceiver activeMqReceiver = new ActiveMqRemoteReceiver(connectUri, queueName, requestQueueFilter, receiverConnectLoopTimeout); MethodInvocationSerializer methodSerializer = new MethodInvocationSerializer(new SerializerOperationMap()); MethodInvocationRemoteReceiver methodInvocationReceiver = new MethodInvocationRemoteReceiver(methodSerializer, activeMqSender, activeMqReceiver); methodInvocationReceiver.MethodInvocationReceived += new MethodInvocationReceivedEventHandler(ReceiveMethodInvocation); try { // Connect to ActiveMQ activeMqSender.Connect(); activeMqReceiver.Connect(); // Start receiving method invocations methodInvocationReceiver.Receive(); Console.WriteLine("Waiting for incoming method calls..."); Console.WriteLine("Press [ENTER] to cancel."); Console.ReadLine(); } catch (Exception e) { Console.WriteLine("An exception occurred"); Console.WriteLine(e.Message); Console.WriteLine(e.StackTrace); } finally { // Stop receiving, disconnect, and dispose methodInvocationReceiver.CancelReceive(); activeMqReceiver.CancelReceive(); activeMqReceiver.Disconnect(); activeMqSender.Disconnect(); activeMqReceiver.Dispose(); activeMqSender.Dispose(); } }