static void doDebug(HeapBuffer heapBuffer) { heapBuffer.clear(); while(heapBuffer.hasRemaining()) { heapBuffer.put((byte) 0xFF); } heapBuffer.flip(); heapBuffer.disposeStackTrace = new Exception("HeapBuffer was disposed from: "); } }
static void doDebug(HeapBuffer heapBuffer) { heapBuffer.clear(); while(heapBuffer.hasRemaining()) { heapBuffer.put((byte) 0xFF); } heapBuffer.flip(); heapBuffer.disposeStackTrace = new Exception("HeapBuffer was disposed from: "); } }
static void doDebug(HeapBuffer heapBuffer) { heapBuffer.clear(); while(heapBuffer.hasRemaining()) { heapBuffer.put((byte) 0xFF); } heapBuffer.flip(); heapBuffer.disposeStackTrace = new Exception("HeapBuffer was disposed from: "); } }
static void doDebug(HeapBuffer heapBuffer) { heapBuffer.clear(); while(heapBuffer.hasRemaining()) { heapBuffer.put((byte) 0xFF); } heapBuffer.flip(); heapBuffer.disposeStackTrace = new Exception("HeapBuffer was disposed from: "); } }
static void doDebug(HeapBuffer heapBuffer) { heapBuffer.clear(); while(heapBuffer.hasRemaining()) { heapBuffer.put((byte) 0xFF); } heapBuffer.flip(); heapBuffer.disposeStackTrace = new Exception("HeapBuffer was disposed from: "); } }
static void doDebug(HeapBuffer heapBuffer) { heapBuffer.clear(); while(heapBuffer.hasRemaining()) { heapBuffer.put((byte) 0xFF); } heapBuffer.flip(); heapBuffer.disposeStackTrace = new Exception("HeapBuffer was disposed from: "); } }
static void doDebug(HeapBuffer heapBuffer) { heapBuffer.clear(); while(heapBuffer.hasRemaining()) { heapBuffer.put((byte) 0xFF); } heapBuffer.flip(); heapBuffer.disposeStackTrace = new Exception("HeapBuffer was disposed from: "); } }
static void doDebug(HeapBuffer heapBuffer) { heapBuffer.clear(); while(heapBuffer.hasRemaining()) { heapBuffer.put((byte) 0xFF); } heapBuffer.flip(); heapBuffer.disposeStackTrace = new Exception("HeapBuffer was disposed from: "); } }
protected final void releaseHeapBuffer(final HeapBuffer heapBuffer) { final ThreadLocalPool<HeapBuffer> memoryPool = getHeapBufferThreadLocalPool(); if (memoryPool != null) { if (memoryPool.release(heapBuffer.clear())) { ProbeNotifier.notifyBufferReleasedToPool(monitoringConfig, heapBuffer.capacity()); } } }
protected final void releaseHeapBuffer(final HeapBuffer heapBuffer) { final ThreadLocalPool<HeapBuffer> memoryPool = getHeapBufferThreadLocalPool(); if (memoryPool != null) { if (memoryPool.release(heapBuffer.clear())) { ProbeNotifier.notifyBufferReleasedToPool(monitoringConfig, heapBuffer.capacity()); } } }
protected final void releaseHeapBuffer(final HeapBuffer heapBuffer) { final ThreadLocalPool<HeapBuffer> memoryPool = getHeapBufferThreadLocalPool(); if (memoryPool != null) { if (memoryPool.release(heapBuffer.clear())) { ProbeNotifier.notifyBufferReleasedToPool(monitoringConfig, heapBuffer.capacity()); } } }
protected final void releaseHeapBuffer(final HeapBuffer heapBuffer) { final ThreadLocalPool<HeapBuffer> memoryPool = getHeapBufferThreadLocalPool(); if (memoryPool != null) { if (memoryPool.release(heapBuffer.clear())) { ProbeNotifier.notifyBufferReleasedToPool(monitoringConfig, heapBuffer.capacity()); } } }
protected final void releaseHeapBuffer(final HeapBuffer heapBuffer) { final ThreadLocalPool<HeapBuffer> memoryPool = getHeapBufferThreadLocalPool(); if (memoryPool != null) { if (memoryPool.release(heapBuffer.clear())) { ProbeNotifier.notifyBufferReleasedToPool(monitoringConfig, heapBuffer.capacity()); } } }
protected final void releaseHeapBuffer(final HeapBuffer heapBuffer) { final ThreadLocalPool<HeapBuffer> memoryPool = getHeapBufferThreadLocalPool(); if (memoryPool != null) { if (memoryPool.release(heapBuffer.clear())) { ProbeNotifier.notifyBufferReleasedToPool(monitoringConfig, heapBuffer.capacity()); } } }
protected final void releaseHeapBuffer(final HeapBuffer heapBuffer) { final ThreadLocalPool<HeapBuffer> memoryPool = getHeapBufferThreadLocalPool(); if (memoryPool != null) { if (memoryPool.release(heapBuffer.clear())) { ProbeNotifier.notifyBufferReleasedToPool(monitoringConfig, heapBuffer.capacity()); } } }
protected final void releaseHeapBuffer(final HeapBuffer heapBuffer) { final ThreadLocalPool<HeapBuffer> memoryPool = getHeapBufferThreadLocalPool(); if (memoryPool != null) { if (memoryPool.release(heapBuffer.clear())) { ProbeNotifier.notifyBufferReleasedToPool(monitoringConfig, heapBuffer.capacity()); } } }
protected final void releaseHeapBuffer(final HeapBuffer heapBuffer) { final ThreadLocalPool<HeapBuffer> memoryPool = getHeapBufferThreadLocalPool(); if (memoryPool != null) { if (memoryPool.release(heapBuffer.clear())) { ProbeNotifier.notifyBufferReleasedToPool(monitoringConfig, heapBuffer.capacity()); } } }
protected final void releaseHeapBuffer(final HeapBuffer heapBuffer) { final ThreadLocalPool<HeapBuffer> memoryPool = getHeapBufferThreadLocalPool(); if (memoryPool != null) { if (memoryPool.release(heapBuffer.clear())) { ProbeNotifier.notifyBufferReleasedToPool(monitoringConfig, heapBuffer.capacity()); } } }
protected final void releaseHeapBuffer(final HeapBuffer heapBuffer) { final ThreadLocalPool<HeapBuffer> memoryPool = getHeapBufferThreadLocalPool(); if (memoryPool != null) { if (memoryPool.release(heapBuffer.clear())) { ProbeNotifier.notifyBufferReleasedToPool(monitoringConfig, heapBuffer.capacity()); } } }
protected final void releaseHeapBuffer(final HeapBuffer heapBuffer) { final ThreadLocalPool<HeapBuffer> memoryPool = getHeapBufferThreadLocalPool(); if (memoryPool != null) { if (memoryPool.release(heapBuffer.clear())) { ProbeNotifier.notifyBufferReleasedToPool(monitoringConfig, heapBuffer.capacity()); } } }