private boolean isServiceThread() { return Threads.isService(); }
public void postpone() { assert selectorRunnerThread != null; removeThreadNameMarker(selectorRunnerThread); Threads.setService(false); runnerThreadActivityCounter.compareAndSet(1, 0); selectorRunnerThread = null; isResume = true; dumbVolatile++; }
private boolean isServiceThread() { return Threads.isService(); }
public void postpone() { assert selectorRunnerThread != null; removeThreadNameMarker(selectorRunnerThread); Threads.setService(false); runnerThreadActivityCounter.compareAndSet(1, 0); selectorRunnerThread = null; isResume = true; dumbVolatile++; }
private boolean isServiceThread() { return Threads.isService(); }
public void postpone() { assert selectorRunnerThread != null; removeThreadNameMarker(selectorRunnerThread); Threads.setService(false); runnerThreadActivityCounter.compareAndSet(1, 0); selectorRunnerThread = null; isResume = true; dumbVolatile++; }
private boolean isServiceThread() { return Threads.isService(); }
public void postpone() { assert selectorRunnerThread != null; removeThreadNameMarker(selectorRunnerThread); Threads.setService(false); runnerThreadActivityCounter.compareAndSet(1, 0); selectorRunnerThread = null; isResume = true; dumbVolatile++; }
private boolean isServiceThread() { return Threads.isService(); }
public void postpone() { assert selectorRunnerThread != null; removeThreadNameMarker(selectorRunnerThread); Threads.setService(false); runnerThreadActivityCounter.compareAndSet(1, 0); selectorRunnerThread = null; isResume = true; dumbVolatile++; }
/** * @return {@link Executor}, which will be used for notifying user * registered {@link ReadHandler}. */ protected Executor getThreadPool() { if (!Threads.isService()) { return null; } final ExecutorService es = connection.getTransport().getWorkerThreadPool(); return es != null && !es.isShutdown() ? es : null; }
public void postpone() { assert selectorRunnerThread != null; removeThreadNameMarker(selectorRunnerThread); Threads.setService(false); runnerThreadActivityCounter.compareAndSet(1, 0); selectorRunnerThread = null; isResume = true; dumbVolatile++; }
/** * @return {@link Executor}, which will be used for notifying user * registered {@link WriteHandler}. */ protected Executor getThreadPool() { if (!Threads.isService()) { return null; } final ExecutorService es = connection.getTransport().getWorkerThreadPool(); return es != null && !es.isShutdown() ? es : null; }
public void postpone() { assert selectorRunnerThread != null; removeThreadNameMarker(selectorRunnerThread); Threads.setService(false); runnerThreadActivityCounter.compareAndSet(1, 0); selectorRunnerThread = null; isResume = true; dumbVolatile++; }
/** * @return {@link Executor}, which will be used for notifying user * registered {@link ReadHandler}. */ protected Executor getThreadPool() { if (!Threads.isService()) { return null; } final ExecutorService es = connection.getTransport().getWorkerThreadPool(); return es != null && !es.isShutdown() ? es : null; }
public void postpone() { assert selectorRunnerThread != null; removeThreadNameMarker(selectorRunnerThread); Threads.setService(false); runnerThreadActivityCounter.compareAndSet(1, 0); selectorRunnerThread = null; isResume = true; dumbVolatile++; }
/** * @return {@link Executor}, which will be used for notifying user * registered {@link WriteHandler}. */ protected Executor getThreadPool() { if (!Threads.isService()) { return null; } final ExecutorService es = connection.getTransport().getWorkerThreadPool(); return es != null && !es.isShutdown() ? es : null; }
public void postpone() { assert selectorRunnerThread != null; removeThreadNameMarker(selectorRunnerThread); Threads.setService(false); runnerThreadActivityCounter.compareAndSet(1, 0); selectorRunnerThread = null; isResume = true; dumbVolatile++; }
/** * @return {@link Executor}, which will be used for notifying user * registered {@link WriteHandler}. */ protected Executor getThreadPool() { if (!Threads.isService()) { return null; } final ExecutorService es = connection.getTransport().getWorkerThreadPool(); return es != null && !es.isShutdown() ? es : null; }
public void postpone() { assert selectorRunnerThread != null; removeThreadNameMarker(selectorRunnerThread); Threads.setService(false); runnerThreadActivityCounter.compareAndSet(1, 0); selectorRunnerThread = null; isResume = true; dumbVolatile++; }