org.glassfish.grizzly.nio.AbstractNIOAsyncQueueWriter.doFineLog java code examples

private static void finishQueueRecord(final NIOConnection nioConnection,
    final AsyncWriteQueueRecord queueRecord) {
  final boolean isLogFine = LOGGER.isLoggable(Level.FINEST);
  
  if (isLogFine) {
    doFineLog("AsyncQueueWriter.processAsync finished "
        + "connection={0} record={1}",
        nioConnection, queueRecord);
  }
  if (queueRecord != null) {
    queueRecord.notifyCompleteAndRecycle();
  }
  
  if (isLogFine) {
    doFineLog("AsyncQueueWriter.processAsync finishQueueRecord "
        + "connection={0} queueRecord={1}",
        nioConnection, queueRecord);
  }
}

private static void finishQueueRecord(final NIOConnection nioConnection,
    final AsyncWriteQueueRecord queueRecord) {
  final boolean isLogFine = LOGGER.isLoggable(Level.FINEST);
  
  if (isLogFine) {
    doFineLog("AsyncQueueWriter.processAsync finished "
        + "connection={0} record={1}",
        nioConnection, queueRecord);
  }
  if (queueRecord != null) {
    queueRecord.notifyCompleteAndRecycle();
  }
  
  if (isLogFine) {
    doFineLog("AsyncQueueWriter.processAsync finishQueueRecord "
        + "connection={0} queueRecord={1}",
        nioConnection, queueRecord);
  }
}

private static void finishQueueRecord(final NIOConnection nioConnection,
    final AsyncWriteQueueRecord queueRecord) {
  final boolean isLogFine = LOGGER.isLoggable(Level.FINEST);
  
  if (isLogFine) {
    doFineLog("AsyncQueueWriter.processAsync finished "
        + "connection={0} record={1}",
        nioConnection, queueRecord);
  }
  if (queueRecord != null) {
    queueRecord.notifyCompleteAndRecycle();
  }
  
  if (isLogFine) {
    doFineLog("AsyncQueueWriter.processAsync finishQueueRecord "
        + "connection={0} queueRecord={1}",
        nioConnection, queueRecord);
  }
}

private static void finishQueueRecord(final NIOConnection nioConnection,
    final AsyncWriteQueueRecord queueRecord) {
  final boolean isLogFine = LOGGER.isLoggable(Level.FINEST);
  
  if (isLogFine) {
    doFineLog("AsyncQueueWriter.processAsync finished "
        + "connection={0} record={1}",
        nioConnection, queueRecord);
  }
  if (queueRecord != null) {
    queueRecord.notifyCompleteAndRecycle();
  }
  
  if (isLogFine) {
    doFineLog("AsyncQueueWriter.processAsync finishQueueRecord "
        + "connection={0} queueRecord={1}",
        nioConnection, queueRecord);
  }
}

private static void finishQueueRecord(final NIOConnection nioConnection,
    final AsyncWriteQueueRecord queueRecord) {
  final boolean isLogFine = LOGGER.isLoggable(Level.FINEST);
  
  if (isLogFine) {
    doFineLog("AsyncQueueWriter.processAsync finished "
        + "connection={0} record={1}",
        nioConnection, queueRecord);
  }
  if (queueRecord != null) {
    queueRecord.notifyCompleteAndRecycle();
  }
  
  if (isLogFine) {
    doFineLog("AsyncQueueWriter.processAsync finishQueueRecord "
        + "connection={0} queueRecord={1}",
        nioConnection, queueRecord);
  }
}

private static void finishQueueRecord(final NIOConnection nioConnection,
    final AsyncWriteQueueRecord queueRecord) {
  final boolean isLogFine = LOGGER.isLoggable(Level.FINEST);
  
  if (isLogFine) {
    doFineLog("AsyncQueueWriter.processAsync finished "
        + "connection={0} record={1}",
        nioConnection, queueRecord);
  }
  if (queueRecord != null) {
    queueRecord.notifyCompleteAndRecycle();
  }
  
  if (isLogFine) {
    doFineLog("AsyncQueueWriter.processAsync finishQueueRecord "
        + "connection={0} queueRecord={1}",
        nioConnection, queueRecord);
  }
}

private static void finishQueueRecord(final NIOConnection nioConnection,
    final AsyncWriteQueueRecord queueRecord) {
  final boolean isLogFine = LOGGER.isLoggable(Level.FINEST);
  
  if (isLogFine) {
    doFineLog("AsyncQueueWriter.processAsync finished "
        + "connection={0} record={1}",
        nioConnection, queueRecord);
  }
  if (queueRecord != null) {
    queueRecord.notifyCompleteAndRecycle();
  }
  
  if (isLogFine) {
    doFineLog("AsyncQueueWriter.processAsync finishQueueRecord "
        + "connection={0} queueRecord={1}",
        nioConnection, queueRecord);
  }
}

private static void finishQueueRecord(final NIOConnection nioConnection,
    final AsyncWriteQueueRecord queueRecord) {
  final boolean isLogFine = LOGGER.isLoggable(Level.FINEST);
  
  if (isLogFine) {
    doFineLog("AsyncQueueWriter.processAsync finished "
        + "connection={0} record={1}",
        nioConnection, queueRecord);
  }
  if (queueRecord != null) {
    queueRecord.notifyCompleteAndRecycle();
  }
  
  if (isLogFine) {
    doFineLog("AsyncQueueWriter.processAsync finishQueueRecord "
        + "connection={0} queueRecord={1}",
        nioConnection, queueRecord);
  }
}

private static void finishQueueRecord(final NIOConnection nioConnection,
    final AsyncWriteQueueRecord queueRecord) {
  final boolean isLogFine = LOGGER.isLoggable(Level.FINEST);
  
  if (isLogFine) {
    doFineLog("AsyncQueueWriter.processAsync finished "
        + "connection={0} record={1}",
        nioConnection, queueRecord);
  }
  if (queueRecord != null) {
    queueRecord.notifyCompleteAndRecycle();
  }
  
  if (isLogFine) {
    doFineLog("AsyncQueueWriter.processAsync finishQueueRecord "
        + "connection={0} queueRecord={1}",
        nioConnection, queueRecord);
  }
}

private static void finishQueueRecord(final NIOConnection nioConnection,
    final AsyncWriteQueueRecord queueRecord) {
  final boolean isLogFine = LOGGER.isLoggable(Level.FINEST);
  
  if (isLogFine) {
    doFineLog("AsyncQueueWriter.processAsync finished "
        + "connection={0} record={1}",
        nioConnection, queueRecord);
  }
  if (queueRecord != null) {
    queueRecord.notifyCompleteAndRecycle();
  }
  
  if (isLogFine) {
    doFineLog("AsyncQueueWriter.processAsync finishQueueRecord "
        + "connection={0} queueRecord={1}",
        nioConnection, queueRecord);
  }
}

private static void finishQueueRecord(final NIOConnection nioConnection,
    final AsyncWriteQueueRecord queueRecord) {
  final boolean isLogFine = LOGGER.isLoggable(Level.FINEST);
  
  if (isLogFine) {
    doFineLog("AsyncQueueWriter.processAsync finished "
        + "connection={0} record={1}",
        nioConnection, queueRecord);
  }
  if (queueRecord != null) {
    queueRecord.notifyCompleteAndRecycle();
  }
  
  if (isLogFine) {
    doFineLog("AsyncQueueWriter.processAsync finishQueueRecord "
        + "connection={0} queueRecord={1}",
        nioConnection, queueRecord);
  }
}

private static void finishQueueRecord(final NIOConnection nioConnection,
    final AsyncWriteQueueRecord queueRecord) {
  final boolean isLogFine = LOGGER.isLoggable(Level.FINEST);
  
  if (isLogFine) {
    doFineLog("AsyncQueueWriter.processAsync finished "
        + "connection={0} record={1}",
        nioConnection, queueRecord);
  }
  if (queueRecord != null) {
    queueRecord.notifyCompleteAndRecycle();
  }
  
  if (isLogFine) {
    doFineLog("AsyncQueueWriter.processAsync finishQueueRecord "
        + "connection={0} queueRecord={1}",
        nioConnection, queueRecord);
  }
}

while ((queueRecord = aggregate(writeTaskQueue)) != null) {
  if (isLogFine) {
    doFineLog("AsyncQueueWriter.processAsync beforeWrite "
        + "connection={0} record={1}",
        nioConnection, queueRecord);
    doFineLog("AsyncQueueWriter.processAsync written "
        + "connection={0}, written={1}, done={2}, "
        + "bytesToRelease={3}, bytesReleased={4}",
    writeTaskQueue.setCurrentElement(queueRecord);
    if (isLogFine) {
      doFineLog("AsyncQueueWriter.processAsync onReadyToWrite "
          + "connection={0} peekRecord={1}",
          nioConnection, queueRecord);
      && writeTaskQueue.spaceInBytes() - bytesReleased <= 0) {
    if (isLogFine) {
      doFineLog("AsyncQueueWriter.processAsync setManualIOEventControl "
          + "connection={0}", nioConnection);
  doFineLog("AsyncQueueWriter.processAsync exit "
      + "connection={0}, done={1}, isComplete={2}, "
      + "bytesReleased={3}, queueSize={4}",

while ((queueRecord = aggregate(writeTaskQueue)) != null) {
  if (isLogFine) {
    doFineLog("AsyncQueueWriter.processAsync beforeWrite "
        + "connection={0} record={1}",
        nioConnection, queueRecord);
    doFineLog("AsyncQueueWriter.processAsync written "
        + "connection={0}, written={1}, done={2}, "
        + "bytesToRelease={3}, bytesReleased={4}",
    writeTaskQueue.setCurrentElement(queueRecord);
    if (isLogFine) {
      doFineLog("AsyncQueueWriter.processAsync onReadyToWrite "
          + "connection={0} peekRecord={1}",
          nioConnection, queueRecord);
      && writeTaskQueue.spaceInBytes() - bytesReleased <= 0) {
    if (isLogFine) {
      doFineLog("AsyncQueueWriter.processAsync setManualIOEventControl "
          + "connection={0}", nioConnection);
  doFineLog("AsyncQueueWriter.processAsync exit "
      + "connection={0}, done={1}, isComplete={2}, "
      + "bytesReleased={3}, queueSize={4}",

while ((queueRecord = aggregate(writeTaskQueue)) != null) {
  if (isLogFine) {
    doFineLog("AsyncQueueWriter.processAsync beforeWrite "
        + "connection={0} record={1}",
        nioConnection, queueRecord);
    doFineLog("AsyncQueueWriter.processAsync written "
        + "connection={0}, written={1}, done={2}, "
        + "bytesToRelease={3}, bytesReleased={4}",
    writeTaskQueue.setCurrentElement(queueRecord);
    if (isLogFine) {
      doFineLog("AsyncQueueWriter.processAsync onReadyToWrite "
          + "connection={0} peekRecord={1}",
          nioConnection, queueRecord);
      && writeTaskQueue.spaceInBytes() - bytesReleased <= 0) {
    if (isLogFine) {
      doFineLog("AsyncQueueWriter.processAsync setManualIOEventControl "
          + "connection={0}", nioConnection);
  doFineLog("AsyncQueueWriter.processAsync exit "
      + "connection={0}, done={1}, isComplete={2}, "
      + "bytesReleased={3}, queueSize={4}",

while ((queueRecord = aggregate(writeTaskQueue)) != null) {
  if (isLogFine) {
    doFineLog("AsyncQueueWriter.processAsync beforeWrite "
        + "connection={0} record={1}",
        nioConnection, queueRecord);
    doFineLog("AsyncQueueWriter.processAsync written "
        + "connection={0}, written={1}, done={2}, "
        + "bytesToRelease={3}, bytesReleased={4}",
    writeTaskQueue.setCurrentElement(queueRecord);
    if (isLogFine) {
      doFineLog("AsyncQueueWriter.processAsync onReadyToWrite "
          + "connection={0} peekRecord={1}",
          nioConnection, queueRecord);
      && writeTaskQueue.spaceInBytes() - bytesReleased <= 0) {
    if (isLogFine) {
      doFineLog("AsyncQueueWriter.processAsync setManualIOEventControl "
          + "connection={0}", nioConnection);
  doFineLog("AsyncQueueWriter.processAsync exit "
      + "connection={0}, done={1}, isComplete={2}, "
      + "bytesReleased={3}, queueSize={4}",

while ((queueRecord = aggregate(writeTaskQueue)) != null) {
  if (isLogFine) {
    doFineLog("AsyncQueueWriter.processAsync beforeWrite "
        + "connection={0} record={1}",
        nioConnection, queueRecord);
    doFineLog("AsyncQueueWriter.processAsync written "
        + "connection={0}, written={1}, done={2}, "
        + "bytesToRelease={3}, bytesReleased={4}",
    writeTaskQueue.setCurrentElement(queueRecord);
    if (isLogFine) {
      doFineLog("AsyncQueueWriter.processAsync onReadyToWrite "
          + "connection={0} peekRecord={1}",
          nioConnection, queueRecord);
      && writeTaskQueue.spaceInBytes() - bytesReleased <= 0) {
    if (isLogFine) {
      doFineLog("AsyncQueueWriter.processAsync setManualIOEventControl "
          + "connection={0}", nioConnection);
  doFineLog("AsyncQueueWriter.processAsync exit "
      + "connection={0}, done={1}, isComplete={2}, "
      + "bytesReleased={3}, queueSize={4}",

while ((queueRecord = aggregate(writeTaskQueue)) != null) {
  if (isLogFine) {
    doFineLog("AsyncQueueWriter.processAsync beforeWrite "
        + "connection={0} record={1}",
        nioConnection, queueRecord);
    doFineLog("AsyncQueueWriter.processAsync written "
        + "connection={0}, written={1}, done={2}, "
        + "bytesToRelease={3}, bytesReleased={4}",
    writeTaskQueue.setCurrentElement(queueRecord);
    if (isLogFine) {
      doFineLog("AsyncQueueWriter.processAsync onReadyToWrite "
          + "connection={0} peekRecord={1}",
          nioConnection, queueRecord);
      && writeTaskQueue.spaceInBytes() - bytesReleased <= 0) {
    if (isLogFine) {
      doFineLog("AsyncQueueWriter.processAsync setManualIOEventControl "
          + "connection={0}", nioConnection);
  doFineLog("AsyncQueueWriter.processAsync exit "
      + "connection={0}, done={1}, isComplete={2}, "
      + "bytesReleased={3}, queueSize={4}",

while ((queueRecord = aggregate(writeTaskQueue)) != null) {
  if (isLogFine) {
    doFineLog("AsyncQueueWriter.processAsync beforeWrite "
        + "connection={0} record={1}",
        nioConnection, queueRecord);
    doFineLog("AsyncQueueWriter.processAsync written "
        + "connection={0}, written={1}, done={2}, "
        + "bytesToRelease={3}, bytesReleased={4}",
    writeTaskQueue.setCurrentElement(queueRecord);
    if (isLogFine) {
      doFineLog("AsyncQueueWriter.processAsync onReadyToWrite "
          + "connection={0} peekRecord={1}",
          nioConnection, queueRecord);
      && writeTaskQueue.spaceInBytes() - bytesReleased <= 0) {
    if (isLogFine) {
      doFineLog("AsyncQueueWriter.processAsync setManualIOEventControl "
          + "connection={0}", nioConnection);
  doFineLog("AsyncQueueWriter.processAsync exit "
      + "connection={0}, done={1}, isComplete={2}, "
      + "bytesReleased={3}, queueSize={4}",

while ((queueRecord = aggregate(writeTaskQueue)) != null) {
  if (isLogFine) {
    doFineLog("AsyncQueueWriter.processAsync beforeWrite "
        + "connection={0} record={1}",
        nioConnection, queueRecord);
    doFineLog("AsyncQueueWriter.processAsync written "
        + "connection={0}, written={1}, done={2}, "
        + "bytesToRelease={3}, bytesReleased={4}",
    writeTaskQueue.setCurrentElement(queueRecord);
    if (isLogFine) {
      doFineLog("AsyncQueueWriter.processAsync onReadyToWrite "
          + "connection={0} peekRecord={1}",
          nioConnection, queueRecord);
      && writeTaskQueue.spaceInBytes() - bytesReleased <= 0) {
    if (isLogFine) {
      doFineLog("AsyncQueueWriter.processAsync setManualIOEventControl "
          + "connection={0}", nioConnection);
  doFineLog("AsyncQueueWriter.processAsync exit "
      + "connection={0}, done={1}, isComplete={2}, "
      + "bytesReleased={3}, queueSize={4}",

Popular methods of AbstractNIOAsyncQueueWriter

aggregate
Aggregates records in a queue to be written as one chunk.
canWrite
cloneRecordIfNeeded
createRecord
finishQueueRecord
notifyWritePossible
onReadyToWrite
onWriteFailure
write
write0

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How to use doFineLogmethodin org.glassfish.grizzly.nio.AbstractNIOAsyncQueueWriter

Best Java code snippets using org.glassfish.grizzly.nio.AbstractNIOAsyncQueueWriter.doFineLog (Showing top 20 results out of 315)

How to use
doFineLog
method
in
org.glassfish.grizzly.nio.AbstractNIOAsyncQueueWriter