@Test(expected = MessagingException.class)
public void testProcessOneWayNoThreadingWithException() throws Exception {
ThreadingProfile threadingProfile =
new ChainedThreadingProfile(muleContext.getDefaultThreadingProfile());
threadingProfile.setDoThreading(false);
threadingProfile.setMuleContext(muleContext);
MessageProcessor mockListener = mock(MessageProcessor.class);
when(mockListener.process((MuleEvent) any())).thenThrow(new RuntimeException());
SedaStageInterceptingMessageProcessor sedaStageInterceptingMessageProcessor =
new SedaStageInterceptingMessageProcessor(
"testProcessOneWayNoThreadingWithException",
"testProcessOneWayNoThreadingWithException",
queueProfile,
queueTimeout,
threadingProfile,
queueStatistics,
muleContext);
sedaStageInterceptingMessageProcessor.setListener(mockListener);
sedaStageInterceptingMessageProcessor.initialise();
sedaStageInterceptingMessageProcessor.start();
MessagingExceptionHandler exceptionHandler = mock(MessagingExceptionHandler.class);
Flow flow = mock(Flow.class);
when(flow.getExceptionListener()).thenReturn(exceptionHandler);
when(flow.getProcessingStrategy()).thenReturn(new AsynchronousProcessingStrategy());
MuleEvent event = getTestEvent(TEST_MESSAGE, flow, MessageExchangePattern.ONE_WAY);
sedaStageInterceptingMessageProcessor.process(event);
}
protected <T, U> void runFlowWithPayload(String flowName, T expect, U payload) throws Exception {
Flow flow = lookupFlowConstruct(flowName);
MuleEvent event = AbstractMuleTestCase.getTestEvent(payload);
MuleEvent responseEvent = flow.process(event);
assertEquals(expect, responseEvent.getMessage().getPayload());
}
protected <U> MuleEvent runFlowWithPayload(String flowName, U payload) throws Exception {
Flow flow = lookupFlowConstruct(flowName);
MuleEvent event = AbstractMuleTestCase.getTestEvent(payload);
MuleEvent responseEvent = flow.process(event);
return responseEvent;
}
/**
* Run the flow specified by name and assert equality on the expected output
*
* @param flowName The name of the flow to run
* @param expect The expected output
*/
protected <T> void runFlowAndExpect(String flowName, T expect) throws Exception {
Flow flow = lookupFlowConstruct(flowName);
MuleEvent event = AbstractMuleTestCase.getTestEvent(null);
MuleEvent responseEvent = flow.process(event);
if (expect != null) {
assertEquals(expect, responseEvent.getMessage().getPayload());
}
}
private void doUnresolvedMetadataTest(String flowName) {
Flow flowConstruct = (Flow) muleContext.getRegistry().lookupFlowConstruct(flowName);
List<MessageProcessor> messageProcessors = flowConstruct.getMessageProcessors();
AbstractSingleQueryDbMessageProcessor queryMessageProcessor =
(AbstractSingleQueryDbMessageProcessor) messageProcessors.get(0);
Result<MetaData> inputMetaData = queryMessageProcessor.getInputMetaData();
assertThat(inputMetaData, equalTo(null));
}
@Test
public void testProcessOneWayThreadWaitTimeout() throws Exception {
final int threadTimeout = 20;
ThreadingProfile threadingProfile =
new ChainedThreadingProfile(muleContext.getDefaultThreadingProfile());
threadingProfile.setThreadWaitTimeout(threadTimeout);
// Need 3 threads: 1 for polling, 2 to process work successfully without timeout
threadingProfile.setMaxThreadsActive(3);
threadingProfile.setPoolExhaustedAction(ThreadingProfile.WHEN_EXHAUSTED_WAIT);
threadingProfile.setMuleContext(muleContext);
MessageProcessor mockListener = mock(MessageProcessor.class);
when(mockListener.process((MuleEvent) any()))
.thenAnswer(
new Answer<MuleEvent>() {
public MuleEvent answer(InvocationOnMock invocation) throws Throwable {
Thread.sleep(threadTimeout * 2);
return (MuleEvent) invocation.getArguments()[0];
}
});
SedaStageInterceptingMessageProcessor sedaStageInterceptingMessageProcessor =
new SedaStageInterceptingMessageProcessor(
"testProcessOneWayThreadWaitTimeout",
"testProcessOneWayThreadWaitTimeout",
queueProfile,
queueTimeout,
threadingProfile,
queueStatistics,
muleContext);
sedaStageInterceptingMessageProcessor.setListener(mockListener);
sedaStageInterceptingMessageProcessor.initialise();
sedaStageInterceptingMessageProcessor.start();
MessagingExceptionHandler exceptionHandler = mock(MessagingExceptionHandler.class);
Flow flow = mock(Flow.class);
when(flow.getExceptionListener()).thenReturn(exceptionHandler);
when(flow.getProcessingStrategy()).thenReturn(new AsynchronousProcessingStrategy());
final MuleEvent event = getTestEvent(TEST_MESSAGE, flow, MessageExchangePattern.ONE_WAY);
for (int i = 0; i < 3; i++) {
sedaStageInterceptingMessageProcessor.process(event);
}
ArgumentMatcher<MuleEvent> notSameEvent = createNotSameEventArgumentMatcher(event);
// Two events are processed
verify(mockListener, timeout(RECEIVE_TIMEOUT).times(2)).process(argThat(notSameEvent));
// One event gets processed by the exception strategy
verify(exceptionHandler, timeout(RECEIVE_TIMEOUT).times(1))
.handleException((Exception) any(), argThat(notSameEvent));
}
private IdempotentMessageFilter idempotentMessageFilterFromFlow(final String flowName)
throws Exception {
final FlowConstruct flow = getFlowConstruct(flowName);
assertTrue(flow instanceof Flow);
final Flow simpleFlow = (Flow) flow;
final List<MessageProcessor> processors = simpleFlow.getMessageProcessors();
assertEquals(1, processors.size());
final MessageProcessor firstMP = processors.get(0);
assertEquals(IdempotentMessageFilter.class, firstMP.getClass());
return (IdempotentMessageFilter) firstMP;
}
@Test
public void testProcessOneWayWithException() throws Exception {
final Latch latch = new Latch();
ThreadingProfile threadingProfile =
new ChainedThreadingProfile(muleContext.getDefaultThreadingProfile());
threadingProfile.setMuleContext(muleContext);
MessageProcessor mockListener = mock(MessageProcessor.class);
when(mockListener.process((MuleEvent) any()))
.thenAnswer(
new Answer<MuleEvent>() {
public MuleEvent answer(InvocationOnMock invocation) throws Throwable {
latch.countDown();
throw new RuntimeException();
}
});
SedaStageInterceptingMessageProcessor sedaStageInterceptingMessageProcessor =
new SedaStageInterceptingMessageProcessor(
"testProcessOneWayWithException",
"testProcessOneWayWithException",
queueProfile,
queueTimeout,
threadingProfile,
queueStatistics,
muleContext);
sedaStageInterceptingMessageProcessor.setListener(mockListener);
sedaStageInterceptingMessageProcessor.initialise();
sedaStageInterceptingMessageProcessor.start();
MessagingExceptionHandler exceptionHandler = mock(MessagingExceptionHandler.class);
Flow flow = mock(Flow.class);
when(flow.getExceptionListener()).thenReturn(exceptionHandler);
when(flow.getProcessingStrategy()).thenReturn(new AsynchronousProcessingStrategy());
final MuleEvent event = getTestEvent(TEST_MESSAGE, flow, MessageExchangePattern.ONE_WAY);
sedaStageInterceptingMessageProcessor.process(event);
assertTrue(latch.await(RECEIVE_TIMEOUT, TimeUnit.MILLISECONDS));
ArgumentMatcher<MuleEvent> notSameEvent = createNotSameEventArgumentMatcher(event);
// One event get processed but then throws an exception
verify(mockListener, timeout(RECEIVE_TIMEOUT).times(1)).process(argThat(notSameEvent));
// One event gets processed by the exception strategy
verify(exceptionHandler, timeout(RECEIVE_TIMEOUT).times(1))
.handleException((Exception) any(), argThat(notSameEvent));
}
public void testMuleMessageAsParameter() throws Exception {
Flow flow = lookupFlowConstruct("acceptMuleMessage");
flow.process(AbstractMuleTestCase.getTestEvent(""));
}
protected <T> void runFlow(String flowName) throws Exception {
String payload = EMPTY_PAYLOAD;
Flow flow = lookupFlowConstruct(flowName);
MuleEvent event = AbstractMuleTestCase.getTestEvent(payload);
MuleEvent responseEvent = flow.process(event);
}
protected MessageProcessor lookupMessageProcessorFromFlow(String serviceName) throws Exception {
Flow service = lookupFlow(serviceName);
List<MessageProcessor> routers = service.getMessageProcessors();
assertEquals(1, routers.size());
return routers.get(0);
}
protected MessageProcessor lookupCustomRouterFromFlow(String serviceName) throws Exception {
Flow service = lookupFlow(serviceName);
return service.getMessageProcessors().get(0);
}