@Override public void dispatch() { ApplicationDispatcher dispatcher = (ApplicationDispatcher)getZeroArgDispatcher( origRequest, servletRequest, isStartAsyncWithZeroArg); isDispatchInScope.set(true); if (dispatcher != null) { if (isDispatchInProgress.compareAndSet(false, true)) { pool.execute(new Handler(this, dispatcher, origRequest)); } else { throw new IllegalStateException("Asynchronous dispatch already " + "in progress, must call ServletRequest.startAsync first"); } } else { // Should never happen, because any unmapped paths will be // mapped to the DefaultServlet log.warning("Unable to determine target of zero-arg dispatcher"); } }
@Override public void dispatch() { ApplicationDispatcher dispatcher = (ApplicationDispatcher)getZeroArgDispatcher( origRequest, servletRequest, isStartAsyncWithZeroArg); isDispatchInScope.set(true); if (dispatcher != null) { if (isDispatchInProgress.compareAndSet(false, true)) { pool.execute(new Handler(this, dispatcher, origRequest)); } else { throw new IllegalStateException("Asynchronous dispatch already " + "in progress, must call ServletRequest.startAsync first"); } } else { // Should never happen, because any unmapped paths will be // mapped to the DefaultServlet log.warning("Unable to determine target of zero-arg dispatcher"); } }
@Override public void dispatch() { ApplicationDispatcher dispatcher = (ApplicationDispatcher)getZeroArgDispatcher( origRequest, servletRequest, isStartAsyncWithZeroArg); isDispatchInScope.set(true); if (dispatcher != null) { if (isDispatchInProgress.compareAndSet(false, true)) { pool.execute(new Handler(this, dispatcher, origRequest)); } else { throw new IllegalStateException("Asynchronous dispatch already " + "in progress, must call ServletRequest.startAsync first"); } } else { // Should never happen, because any unmapped paths will be // mapped to the DefaultServlet log.warning("Unable to determine target of zero-arg dispatcher"); } }
@Override public void dispatch() { ApplicationDispatcher dispatcher = (ApplicationDispatcher)getZeroArgDispatcher( origRequest, servletRequest, isStartAsyncWithZeroArg); isDispatchInScope.set(true); if (dispatcher != null) { if (isDispatchInProgress.compareAndSet(false, true)) { pool.execute(new Handler(this, dispatcher, origRequest)); } else { throw new IllegalStateException("Asynchronous dispatch already " + "in progress, must call ServletRequest.startAsync first"); } } else { // Should never happen, because any unmapped paths will be // mapped to the DefaultServlet log.warning("Unable to determine target of zero-arg dispatcher"); } }
@Override public void dispatch() { ApplicationDispatcher dispatcher = (ApplicationDispatcher)getZeroArgDispatcher( origRequest, servletRequest, isStartAsyncWithZeroArg); isDispatchInScope.set(true); if (dispatcher != null) { if (isDispatchInProgress.compareAndSet(false, true)) { pool.execute(new Handler(this, dispatcher, origRequest)); } else { throw new IllegalStateException("Asynchronous dispatch already " + "in progress, must call ServletRequest.startAsync first"); } } else { // Should never happen, because any unmapped paths will be // mapped to the DefaultServlet log.warning("Unable to determine target of zero-arg dispatcher"); } }
@Override public void dispatch() { ApplicationDispatcher dispatcher = (ApplicationDispatcher)getZeroArgDispatcher( origRequest, servletRequest, isStartAsyncWithZeroArg); isDispatchInScope.set(true); if (dispatcher != null) { if (isDispatchInProgress.compareAndSet(false, true)) { pool.execute(new Handler(this, dispatcher, origRequest)); } else { throw new IllegalStateException("Asynchronous dispatch already " + "in progress, must call ServletRequest.startAsync first"); } } else { // Should never happen, because any unmapped paths will be // mapped to the DefaultServlet log.warning("Unable to determine target of zero-arg dispatcher"); } }