org.glassfish.grizzly.threadpool.ThreadPoolProbe.onThreadAllocateEvent java code examples

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}

/**
 * Notify registered {@link ThreadPoolProbe}s about the "thread allocated" event.
 *
 * @param threadPool the {@link AbstractThreadPool} being monitored
 * @param thread the thread that has been allocated
 */
static void notifyThreadAllocated(final AbstractThreadPool threadPool,
    final Thread thread) {
  final ThreadPoolProbe[] probes = threadPool.monitoringConfig.getProbesUnsafe();
  if (probes != null) {
    for (ThreadPoolProbe probe : probes) {
      probe.onThreadAllocateEvent(threadPool, thread);
    }
  }
}

/**
 * Notify registered {@link ThreadPoolProbe}s about the "thread allocated" event.
 *
 * @param threadPool the {@link AbstractThreadPool} being monitored
 * @param thread the thread that has been allocated
 */
static void notifyThreadAllocated(final AbstractThreadPool threadPool,
    final Thread thread) {
  final ThreadPoolProbe[] probes = threadPool.monitoringConfig.getProbesUnsafe();
  if (probes != null) {
    for (ThreadPoolProbe probe : probes) {
      probe.onThreadAllocateEvent(threadPool, thread);
    }
  }
}

/**
 * Notify registered {@link ThreadPoolProbe}s about the "thread allocated" event.
 *
 * @param threadPool the {@link AbstractThreadPool} being monitored
 * @param thread the thread that has been allocated
 */
static void notifyThreadAllocated(final AbstractThreadPool threadPool,
    final Thread thread) {
  final ThreadPoolProbe[] probes = threadPool.monitoringConfig.getProbesUnsafe();
  if (probes != null) {
    for (ThreadPoolProbe probe : probes) {
      probe.onThreadAllocateEvent(threadPool, thread);
    }
  }
}

/**
 * Notify registered {@link ThreadPoolProbe}s about the "thread allocated" event.
 *
 * @param threadPool the {@link AbstractThreadPool} being monitored
 * @param thread the thread that has been allocated
 */
static void notifyThreadAllocated(final AbstractThreadPool threadPool,
    final Thread thread) {
  final ThreadPoolProbe[] probes = threadPool.monitoringConfig.getProbesUnsafe();
  if (probes != null) {
    for (ThreadPoolProbe probe : probes) {
      probe.onThreadAllocateEvent(threadPool, thread);
    }
  }
}

/**
 * Notify registered {@link ThreadPoolProbe}s about the "thread allocated" event.
 *
 * @param threadPool the {@link AbstractThreadPool} being monitored
 * @param thread the thread that has been allocated
 */
static void notifyThreadAllocated(final AbstractThreadPool threadPool,
    final Thread thread) {
  final ThreadPoolProbe[] probes = threadPool.monitoringConfig.getProbesUnsafe();
  if (probes != null) {
    for (ThreadPoolProbe probe : probes) {
      probe.onThreadAllocateEvent(threadPool, thread);
    }
  }
}

/**
 * Notify registered {@link ThreadPoolProbe}s about the "thread allocated" event.
 *
 * @param threadPool the {@link AbstractThreadPool} being monitored
 * @param thread the thread that has been allocated
 */
static void notifyThreadAllocated(final AbstractThreadPool threadPool,
    final Thread thread) {
  final ThreadPoolProbe[] probes = threadPool.monitoringConfig.getProbesUnsafe();
  if (probes != null) {
    for (ThreadPoolProbe probe : probes) {
      probe.onThreadAllocateEvent(threadPool, thread);
    }
  }
}

/**
 * Notify registered {@link ThreadPoolProbe}s about the "thread allocated" event.
 *
 * @param threadPool the {@link AbstractThreadPool} being monitored
 * @param thread the thread that has been allocated
 */
static void notifyThreadAllocated(final AbstractThreadPool threadPool,
    final Thread thread) {
  final ThreadPoolProbe[] probes = threadPool.monitoringConfig.getProbesUnsafe();
  if (probes != null) {
    for (ThreadPoolProbe probe : probes) {
      probe.onThreadAllocateEvent(threadPool, thread);
    }
  }
}

/**
 * Notify registered {@link ThreadPoolProbe}s about the "thread allocated" event.
 *
 * @param threadPool the {@link AbstractThreadPool} being monitored
 * @param thread the thread that has been allocated
 */
static void notifyThreadAllocated(final AbstractThreadPool threadPool,
    final Thread thread) {
  final ThreadPoolProbe[] probes = threadPool.monitoringConfig.getProbesUnsafe();
  if (probes != null) {
    for (ThreadPoolProbe probe : probes) {
      probe.onThreadAllocateEvent(threadPool, thread);
    }
  }
}

/**
 * Notify registered {@link ThreadPoolProbe}s about the "thread allocated" event.
 *
 * @param threadPool the {@link AbstractThreadPool} being monitored
 * @param thread the thread that has been allocated
 */
static void notifyThreadAllocated(final AbstractThreadPool threadPool,
    final Thread thread) {
  final ThreadPoolProbe[] probes = threadPool.monitoringConfig.getProbesUnsafe();
  if (probes != null) {
    for (ThreadPoolProbe probe : probes) {
      probe.onThreadAllocateEvent(threadPool, thread);
    }
  }
}

/**
 * Notify registered {@link ThreadPoolProbe}s about the "thread allocated" event.
 *
 * @param threadPool the {@link AbstractThreadPool} being monitored
 * @param thread the thread that has been allocated
 */
static void notifyThreadAllocated(final AbstractThreadPool threadPool,
    final Thread thread) {
  final ThreadPoolProbe[] probes = threadPool.monitoringConfig.getProbesUnsafe();
  if (probes != null) {
    for (ThreadPoolProbe probe : probes) {
      probe.onThreadAllocateEvent(threadPool, thread);
    }
  }
}

/**
 * Notify registered {@link ThreadPoolProbe}s about the "thread allocated" event.
 *
 * @param threadPool the {@link AbstractThreadPool} being monitored
 * @param thread the thread that has been allocated
 */
static void notifyThreadAllocated(final AbstractThreadPool threadPool,
    final Thread thread) {
  final ThreadPoolProbe[] probes = threadPool.monitoringConfig.getProbesUnsafe();
  if (probes != null) {
    for (ThreadPoolProbe probe : probes) {
      probe.onThreadAllocateEvent(threadPool, thread);
    }
  }
}

/**
 * Notify registered {@link ThreadPoolProbe}s about the "thread allocated" event.
 *
 * @param threadPool the {@link AbstractThreadPool} being monitored
 * @param thread the thread that has been allocated
 */
static void notifyThreadAllocated(final AbstractThreadPool threadPool,
    final Thread thread) {
  final ThreadPoolProbe[] probes = threadPool.monitoringConfig.getProbesUnsafe();
  if (probes != null) {
    for (ThreadPoolProbe probe : probes) {
      probe.onThreadAllocateEvent(threadPool, thread);
    }
  }
}

Javadoc

This event may be fired when an AbstractThreadPool implementation allocates a new managed Thread.

Popular methods of ThreadPoolProbe

onMaxNumberOfThreadsEvent
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onTaskCancelEvent
This event may be fired when a dequeued task has been canceled. This event can occur during shutdo
onTaskCompleteEvent
This event may be fired when a dequeued task has completed processing.
onTaskDequeueEvent
This event may be fired when a task has been pulled from the queue and is about to be processed.
onTaskQueueEvent
This event may be fired when a task has been queued for processing.
onTaskQueueOverflowEvent
This event may be fired when the task queue of the AbstractThreadPoolimplementation has exceeded it
onThreadPoolStartEvent
This event may be fired when an AbstractThreadPool implementation starts running.
onThreadPoolStopEvent
This event may be fired when an AbstractThreadPool implementation stops.
onThreadReleaseEvent
This event may be fired when a thread will no longer be managed by the AbstractThreadPool implement

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How to use onThreadAllocateEventmethodin org.glassfish.grizzly.threadpool.ThreadPoolProbe

Best Java code snippets using org.glassfish.grizzly.threadpool.ThreadPoolProbe.onThreadAllocateEvent (Showing top 12 results out of 315)

How to use
onThreadAllocateEvent
method
in
org.glassfish.grizzly.threadpool.ThreadPoolProbe