protected void updateMessageForSuspend() { inMessage.getExchange().getInMessage().getInterceptorChain().suspend(); } public void redispatch() {
@Override protected void updateMessageForSuspend() { Message currentMessage = PhaseInterceptorChain.getCurrentMessage(); if (currentMessage.get(WriteListener.class) != null) { // CXF Continuation WriteListener will likely need to be introduced // for NIO supported with non-Servlet specific mechanisms getOutputStream().setWriteListener(currentMessage.get(WriteListener.class)); currentMessage.getInterceptorChain().suspend(); } else { inMessage.getExchange().getInMessage().getInterceptorChain().suspend(); } }
@Override public boolean suspend(final long timeout) { isNew = false; resumed = false; pending = true; message.getExchange().getInMessage().getInterceptorChain().suspend(); return true; }
protected void updateMessageForSuspend() { inMessage.getExchange().getInMessage().getInterceptorChain().suspend(); } public void redispatch() {
@Override protected void updateMessageForSuspend() { Message currentMessage = PhaseInterceptorChain.getCurrentMessage(); if (currentMessage.get(WriteListener.class) != null) { // CXF Continuation WriteListener will likely need to be introduced // for NIO supported with non-Servlet specific mechanisms getOutputStream().setWriteListener(currentMessage.get(WriteListener.class)); currentMessage.getInterceptorChain().suspend(); } else { inMessage.getExchange().getInMessage().getInterceptorChain().suspend(); } }
public synchronized boolean suspend(long timeout) { if (isPending) { return false; } inMessage.getExchange().getInMessage().getInterceptorChain().suspend(); suspendendContinuations.incrementAndGet(); isNew = false; isResumed = false; isPending = true; if (timeout > 0) { createTimerTask(timeout); } return true; }
public boolean suspend(long timeout) { if (isPending && timeout != 0) { pendingTimeout += pendingTimeout + timeout; } else { pendingTimeout = timeout; } isNew = false; message.getExchange().getInMessage().getInterceptorChain().suspend(); continuation.setTimeout(pendingTimeout); if (!isPending) { continuation.suspend(); isPending = true; } return true; }
public boolean suspend(long timeout) { if (isPending && timeout != 0) { pendingTimeout += pendingTimeout + timeout; } else { pendingTimeout = timeout; } isNew = false; message.getExchange().getInMessage().getInterceptorChain().suspend(); continuation.setTimeout(pendingTimeout); if (!isPending) { continuation.suspend(); isPending = true; } return true; }
message.getInterceptorChain().suspend();
message.getInterceptorChain().suspend();
public boolean suspend(long timeout) { if (isPending && timeout != 0) { pendingTimeout += pendingTimeout + timeout; } else { pendingTimeout = timeout; } isNew = false; if (PhaseInterceptorChain.getCurrentMessage() == null) { // the current thread is different to the one which holds a lock on PhaseInterceptorChain message.getExchange().put(Message.SUSPENDED_INVOCATION, true); } else { // Need to get the right message which is handled in the interceptor chain message.getExchange().getInMessage().getInterceptorChain().suspend(); } continuation.setTimeout(pendingTimeout); if (!isPending) { continuation.suspend(); isPending = true; } return true; }
public boolean suspend(long timeout) { if (isPending && timeout != 0) { long currentTimeout = context.getTimeout(); timeout = currentTimeout + timeout; } else { isPending = true; } isNew = false; isResumed = false; context.setTimeout(timeout); if (PhaseInterceptorChain.getCurrentMessage() == null) { // the current thread is different to the one which holds a lock on PhaseInterceptorChain inMessage.getExchange().put(Message.SUSPENDED_INVOCATION, true); } else { // Need to get the right message which is handled in the interceptor chain inMessage.getExchange().getInMessage().getInterceptorChain().suspend(); } return true; } public void redispatch() {