/** * Method is called by {@link Worker}, when it's starting * {@link Worker#run()} method execution, which means, that ThreadPool's * thread is getting active and ready to process tasks. * This method is called from {@link Worker}'s thread. * * @param worker */ protected void onWorkerStarted(final Worker worker) { if (delayedQueue != null) { delayedQueue.add(worker, NEVER_TIMEOUT, TimeUnit.MILLISECONDS); } ProbeNotifier.notifyThreadAllocated(this, worker.t); }
/** * Method is called by {@link Worker}, when it's starting * {@link Worker#run()} method execution, which means, that ThreadPool's * thread is getting active and ready to process tasks. * This method is called from {@link Worker}'s thread. * * @param worker */ protected void onWorkerStarted(final Worker worker) { if (delayedQueue != null) { delayedQueue.add(worker, NEVER_TIMEOUT, TimeUnit.MILLISECONDS); } ProbeNotifier.notifyThreadAllocated(this, worker.t); }
/** * Method is called by {@link Worker}, when it's starting * {@link Worker#run()} method execution, which means, that ThreadPool's * thread is getting active and ready to process tasks. * This method is called from {@link Worker}'s thread. * * @param worker */ protected void onWorkerStarted(final Worker worker) { if (delayedQueue != null) { delayedQueue.add(worker, NEVER_TIMEOUT, TimeUnit.MILLISECONDS); } ProbeNotifier.notifyThreadAllocated(this, worker.t); }
/** * Method is called by {@link Worker}, when it's starting * {@link Worker#run()} method execution, which means, that ThreadPool's * thread is getting active and ready to process tasks. * This method is called from {@link Worker}'s thread. * * @param worker */ protected void onWorkerStarted(final Worker worker) { if (delayedQueue != null) { delayedQueue.add(worker, NEVER_TIMEOUT, TimeUnit.MILLISECONDS); } ProbeNotifier.notifyThreadAllocated(this, worker.t); }
/** * Method is called by {@link Worker}, when it's starting * {@link Worker#run()} method execution, which means, that ThreadPool's * thread is getting active and ready to process tasks. * This method is called from {@link Worker}'s thread. * * @param worker */ protected void onWorkerStarted(final Worker worker) { if (delayedQueue != null) { delayedQueue.add(worker, NEVER_TIMEOUT, TimeUnit.MILLISECONDS); } ProbeNotifier.notifyThreadAllocated(this, worker.t); }
/** * Method is called by {@link Worker}, when it's starting * {@link Worker#run()} method execution, which means, that ThreadPool's * thread is getting active and ready to process tasks. * This method is called from {@link Worker}'s thread. * * @param worker */ protected void onWorkerStarted(final Worker worker) { if (delayedQueue != null) { delayedQueue.add(worker, NEVER_TIMEOUT, TimeUnit.MILLISECONDS); } ProbeNotifier.notifyThreadAllocated(this, worker.t); }
/** * Method is called by {@link Worker}, when it's starting * {@link Worker#run()} method execution, which means, that ThreadPool's * thread is getting active and ready to process tasks. * This method is called from {@link Worker}'s thread. * * @param worker */ protected void onWorkerStarted(final Worker worker) { if (delayedQueue != null) { delayedQueue.add(worker, NEVER_TIMEOUT, TimeUnit.MILLISECONDS); } ProbeNotifier.notifyThreadAllocated(this, worker.t); }
/** * Method is called by {@link Worker}, when it's starting * {@link Worker#run()} method execution, which means, that ThreadPool's * thread is getting active and ready to process tasks. * This method is called from {@link Worker}'s thread. * * @param worker */ protected void onWorkerStarted(final Worker worker) { if (delayedQueue != null) { delayedQueue.add(worker, NEVER_TIMEOUT, TimeUnit.MILLISECONDS); } ProbeNotifier.notifyThreadAllocated(this, worker.t); }
/** * Method is called by {@link Worker}, when it's starting * {@link Worker#run()} method execution, which means, that ThreadPool's * thread is getting active and ready to process tasks. * This method is called from {@link Worker}'s thread. * * @param worker */ protected void onWorkerStarted(final Worker worker) { if (delayedQueue != null) { delayedQueue.add(worker, NEVER_TIMEOUT, TimeUnit.MILLISECONDS); } ProbeNotifier.notifyThreadAllocated(this, worker.t); }
/** * Method is called by {@link Worker}, when it's starting * {@link Worker#run()} method execution, which means, that ThreadPool's * thread is getting active and ready to process tasks. * This method is called from {@link Worker}'s thread. * * @param worker */ protected void onWorkerStarted(final Worker worker) { if (delayedQueue != null) { delayedQueue.add(worker, NEVER_TIMEOUT, TimeUnit.MILLISECONDS); } ProbeNotifier.notifyThreadAllocated(this, worker.t); }
/** * Method is called by {@link Worker}, when it's starting * {@link Worker#run()} method execution, which means, that ThreadPool's * thread is getting active and ready to process tasks. * This method is called from {@link Worker}'s thread. * * @param worker */ protected void onWorkerStarted(final Worker worker) { if (delayedQueue != null) { delayedQueue.add(worker, NEVER_TIMEOUT, TimeUnit.MILLISECONDS); } ProbeNotifier.notifyThreadAllocated(this, worker.t); }
/** * Method is called by {@link Worker}, when it's starting * {@link Worker#run()} method execution, which means, that ThreadPool's * thread is getting active and ready to process tasks. * This method is called from {@link Worker}'s thread. * * @param worker */ protected void onWorkerStarted(final Worker worker) { if (delayedQueue != null) { delayedQueue.add(worker, NEVER_TIMEOUT, TimeUnit.MILLISECONDS); } ProbeNotifier.notifyThreadAllocated(this, worker.t); }