/** * The calling thread MUST be the thread that uses the signal. * If the Signal is waited on, context.stop() will be called when the wait times out, the Signal is signalled, * or the waiting thread is interrupted. * @return */ public Signal register(Timer.Context context) { assert context != null; RegisteredSignal signal = new TimedSignal(context); queue.add(signal); return signal; }
/** * The calling thread MUST be the thread that uses the signal. * If the Signal is waited on, context.stop() will be called when the wait times out, the Signal is signalled, * or the waiting thread is interrupted. * @return */ public Signal register(Timer.Context context) { assert context != null; RegisteredSignal signal = new TimedSignal(context); queue.add(signal); return signal; }
@Override public void cancel() { if (!isCancelled()) { context.stop(); super.cancel(); } } }
@Override public void cancel() { if (!isCancelled()) { context.stop(); super.cancel(); } } }
/** * The calling thread MUST be the thread that uses the signal. * If the Signal is waited on, context.stop() will be called when the wait times out, the Signal is signalled, * or the waiting thread is interrupted. * @return */ public Signal register(Timer.Context context) { assert context != null; RegisteredSignal signal = new TimedSignal(context); queue.add(signal); return signal; }
/** * The calling thread MUST be the thread that uses the signal. * If the Signal is waited on, context.stop() will be called when the wait times out, the Signal is signalled, * or the waiting thread is interrupted. * @return */ public Signal register(Timer.Context context) { assert context != null; RegisteredSignal signal = new TimedSignal(context); queue.add(signal); return signal; }
/** * The calling thread MUST be the thread that uses the signal. * If the Signal is waited on, context.stop() will be called when the wait times out, the Signal is signalled, * or the waiting thread is interrupted. * @return */ public Signal register(TimerContext context) { assert context != null; RegisteredSignal signal = new TimedSignal(context); queue.add(signal); return signal; }
@Override public void cancel() { if (!isCancelled()) { context.stop(); super.cancel(); } } }
@Override public void cancel() { if (!isCancelled()) { context.stop(); super.cancel(); } } }
@Override public void cancel() { if (!isCancelled()) { context.stop(); super.cancel(); } } }