private void releaseWriteQueueSpace(final int justSentBytes, final boolean isAtomic, final boolean isEndOfChunk) { if (isEndOfChunk) { outputQueue.releaseSpace(isAtomic ? ZERO_QUEUE_RECORD_SIZE : justSentBytes); } else if (!isAtomic) { outputQueue.releaseSpace(justSentBytes); } }
private void releaseWriteQueueSpace(final int justSentBytes, final boolean isAtomic, final boolean isEndOfChunk) { if (isEndOfChunk) { outputQueue.releaseSpace(isAtomic ? ZERO_QUEUE_RECORD_SIZE : justSentBytes); } else if (!isAtomic) { outputQueue.releaseSpace(justSentBytes); } }
private void releaseWriteQueueSpace(final int justSentBytes, final boolean isAtomic, final boolean isEndOfChunk) { if (isEndOfChunk) { outputQueue.releaseSpace(isAtomic ? ZERO_QUEUE_RECORD_SIZE : justSentBytes); } else if (!isAtomic) { outputQueue.releaseSpace(justSentBytes); } }
private void releaseWriteQueueSpace(final int justSentBytes, final boolean isAtomic, final boolean isEndOfChunk) { if (isEndOfChunk) { outputQueue.releaseSpace(isAtomic ? ZERO_QUEUE_RECORD_SIZE : justSentBytes); } else if (!isAtomic) { outputQueue.releaseSpace(justSentBytes); } }
private void releaseWriteQueueSpace(final int justSentBytes, final boolean isAtomic, final boolean isEndOfChunk) { if (isEndOfChunk) { outputQueue.releaseSpace(isAtomic ? ZERO_QUEUE_RECORD_SIZE : justSentBytes); } else if (!isAtomic) { outputQueue.releaseSpace(justSentBytes); } }
private void releaseWriteQueueSpace(final int justSentBytes, final boolean isAtomic, final boolean isEndOfChunk) { if (isEndOfChunk) { outputQueue.releaseSpace(isAtomic ? ZERO_QUEUE_RECORD_SIZE : justSentBytes); } else if (!isAtomic) { outputQueue.releaseSpace(justSentBytes); } }
private void releaseWriteQueueSpace(final int justSentBytes, final boolean isAtomic, final boolean isEndOfChunk) { if (isEndOfChunk) { outputQueue.releaseSpace(isAtomic ? ZERO_QUEUE_RECORD_SIZE : justSentBytes); } else if (!isAtomic) { outputQueue.releaseSpace(justSentBytes); } }
private void releaseWriteQueueSpace(final int justSentBytes, final boolean isAtomic, final boolean isEndOfChunk) { if (isEndOfChunk) { outputQueue.releaseSpace(isAtomic ? ZERO_QUEUE_RECORD_SIZE : justSentBytes); } else if (!isAtomic) { outputQueue.releaseSpace(justSentBytes); } }
/** * Releases memory space in the queue and notifies registered * {@link QueueMonitor}s about the update. * * @param amount * @return the new memory (in bytes) consumed by the queue. */ public int releaseSpaceAndNotify(final int amount) { final int space = releaseSpace(amount); doNotify(); return space; }
/** * Releases memory space in the queue and notifies registered * {@link QueueMonitor}s about the update. * * @param amount * @return the new memory (in bytes) consumed by the queue. */ public int releaseSpaceAndNotify(final int amount) { final int space = releaseSpace(amount); doNotify(); return space; }
/** * Releases memory space in the queue and notifies registered * {@link QueueMonitor}s about the update. * * @param amount * @return the new memory (in bytes) consumed by the queue. */ public int releaseSpaceAndNotify(final int amount) { final int space = releaseSpace(amount); doNotify(); return space; }
/** * Releases memory space in the queue and notifies registered * {@link QueueMonitor}s about the update. * * @param amount * @return the new memory (in bytes) consumed by the queue. */ public int releaseSpaceAndNotify(final int amount) { final int space = releaseSpace(amount); doNotify(); return space; }
/** * Releases memory space in the queue and notifies registered * {@link QueueMonitor}s about the update. * * @param amount * @return the new memory (in bytes) consumed by the queue. */ public int releaseSpaceAndNotify(final int amount) { final int space = releaseSpace(amount); doNotify(); return space; }
/** * Releases memory space in the queue and notifies registered * {@link QueueMonitor}s about the update. * * @param amount * @return the new memory (in bytes) consumed by the queue. */ public int releaseSpaceAndNotify(final int amount) { final int space = releaseSpace(amount); doNotify(); return space; }
/** * Releases memory space in the queue and notifies registered * {@link QueueMonitor}s about the update. * * @param amount * @return the new memory (in bytes) consumed by the queue. */ public int releaseSpaceAndNotify(final int amount) { final int space = releaseSpace(amount); doNotify(); return space; }
/** * Releases memory space in the queue and notifies registered * {@link QueueMonitor}s about the update. * * @param amount * @return the new memory (in bytes) consumed by the queue. */ public int releaseSpaceAndNotify(final int amount) { final int space = releaseSpace(amount); doNotify(); return space; }
/** * Releases memory space in the queue and notifies registered * {@link QueueMonitor}s about the update. * * @param amount * @return the new memory (in bytes) consumed by the queue. */ public int releaseSpaceAndNotify(final int amount) { final int space = releaseSpace(amount); doNotify(); return space; }
/** * Releases memory space in the queue and notifies registered * {@link QueueMonitor}s about the update. * * @param amount * @return the new memory (in bytes) consumed by the queue. */ public int releaseSpaceAndNotify(final int amount) { final int space = releaseSpace(amount); doNotify(); return space; }
/** * Releases memory space in the queue and notifies registered * {@link QueueMonitor}s about the update. * * @param amount * @return the new memory (in bytes) consumed by the queue. */ public int releaseSpaceAndNotify(final int amount) { final int space = releaseSpace(amount); doNotify(); return space; }
/** * Releases memory space in the queue and notifies registered * {@link QueueMonitor}s about the update. * * @param amount * @return the new memory (in bytes) consumed by the queue. */ public int releaseSpaceAndNotify(final int amount) { final int space = releaseSpace(amount); doNotify(); return space; }