public void run() { synchronized (lock) { lock.notifyAll(); } chain.resume(); } });
public void run() { synchronized (lock) { lock.notifyAll(); } chain.resume(); } });
public void run() { synchronized (lock) { lock.notifyAll(); } chain.resume(); } });
public void run() { synchronized (lock) { lock.notifyAll(); } chain.resume(); } });
public void run() { inMessage.getInterceptorChain().resume(); } });
public void run() { inMessage.getInterceptorChain().resume(); } });
@Override public void write(MuleEvent event, OutputStream out) throws IOException { Message outFaultMessage = exchange.getOutFaultMessage(); Message outMessage = exchange.getOutMessage(); Message contentMsg = null; if (outFaultMessage != null && outFaultMessage.getContent(OutputStream.class) != null) { contentMsg = outFaultMessage; } else if (outMessage != null) { contentMsg = outMessage; } if (contentMsg == null) { return; } DelegatingOutputStream delegate = contentMsg.getContent(DelegatingOutputStream.class); if (delegate.getOutputStream() instanceof ByteArrayOutputStream) { out.write(((ByteArrayOutputStream) delegate.getOutputStream()).toByteArray()); } delegate.setOutputStream(out); out.flush(); contentMsg.getInterceptorChain().resume(); }
&& !isServletTransport()) { if (isNativeAsyn(message)) { message.getInterceptorChain().resume(); } else { ContinuationProvider continuationProvider = (ContinuationProvider) message
@Override public void processReplyTo(MuleEvent responseEvent, MuleMessage returnMessage, Object replyTo) throws MuleException { try { // CXF execution chain was suspended, so we need to resume it. // The MuleInvoker component will be recalled, by using the CxfConstants.NON_BLOCKING_RESPONSE flag we force using the received response event instead of re-invoke the flow exchange.put(CxfConstants.MULE_EVENT, responseEvent); exchange.put(CxfConstants.NON_BLOCKING_RESPONSE, true); exchange.getInMessage().getInterceptorChain().resume(); // Process the response responseEvent = (MuleEvent) exchange.get(CxfConstants.MULE_EVENT); responseEvent = processResponse(originalEvent, exchange, responseEvent); // Continue the non blocking execution originalReplyToHandler.processReplyTo(responseEvent, responseEvent.getMessage(), replyTo); } catch (Exception e) { ExceptionPayload exceptionPayload = new DefaultExceptionPayload(e); responseEvent.getMessage().setExceptionPayload(exceptionPayload); returnMessage.setOutboundProperty(HttpConnector.HTTP_STATUS_PROPERTY, 500); responseEvent.setMessage(returnMessage); processExceptionReplyTo(new MessagingException(responseEvent, e, CxfInboundMessageProcessor.this), replyTo); } }
chain.resume(); if (message.getContent(Exception.class) != null) {
chain.resume(); if (message.getContent(Exception.class) != null) {
chain.resume(); if (message.getContent(Exception.class) != null) {
out.setInterceptorChain(outChain); } else if (outChain.getState() == InterceptorChain.State.PAUSED) { outChain.resume(); return;
chain.resume(); if (message.getContent(Exception.class) != null) {
out.setInterceptorChain(outChain); } else if (outChain.getState() == InterceptorChain.State.PAUSED) { outChain.resume(); return;
inMessage.getInterceptorChain().resume();
if (phaseChain.getState() == InterceptorChain.State.PAUSED || phaseChain.getState() == InterceptorChain.State.SUSPENDED) { phaseChain.resume(); return;
if (phaseChain.getState() == InterceptorChain.State.PAUSED || phaseChain.getState() == InterceptorChain.State.SUSPENDED) { phaseChain.resume(); return;
if (phaseChain.getState() == InterceptorChain.State.PAUSED || phaseChain.getState() == InterceptorChain.State.SUSPENDED) { phaseChain.resume(); return;
if (phaseChain.getState() == InterceptorChain.State.PAUSED || phaseChain.getState() == InterceptorChain.State.SUSPENDED) { phaseChain.resume(); return;