How to use

intercept

method

in

org.glassfish.grizzly.nio.AbstractNIOAsyncQueueReader

    queueRecord.getInterceptor();
final int interceptInstructions = intercept(
    Reader.READ_EVENT, queueRecord,
    currentResult);
  intercept(Reader.COMPLETE_EVENT, queueRecord, null);
  queueRecord.recycle();
  intercept(Reader.INCOMPLETE_EVENT, queueRecord, null);

    queueRecord.getInterceptor();
final int interceptInstructions = intercept(
    Reader.READ_EVENT, queueRecord,
    currentResult);
  intercept(Reader.COMPLETE_EVENT, queueRecord, null);
  queueRecord.recycle();
  intercept(Reader.INCOMPLETE_EVENT, queueRecord, null);

    queueRecord.getInterceptor();
final int interceptInstructions = intercept(
    Reader.READ_EVENT, queueRecord,
    currentResult);
  intercept(Reader.COMPLETE_EVENT, queueRecord, null);
  queueRecord.recycle();
  intercept(Reader.INCOMPLETE_EVENT, queueRecord, null);

    queueRecord.getInterceptor();
final int interceptInstructions = intercept(
    Reader.READ_EVENT, queueRecord,
    currentResult);
  intercept(Reader.COMPLETE_EVENT, queueRecord, null);
  queueRecord.recycle();
  intercept(Reader.INCOMPLETE_EVENT, queueRecord, null);

    queueRecord.getInterceptor();
final int interceptInstructions = intercept(
    Reader.READ_EVENT, queueRecord,
    currentResult);
  intercept(Reader.COMPLETE_EVENT, queueRecord, null);
  queueRecord.recycle();
  intercept(Reader.INCOMPLETE_EVENT, queueRecord, null);

    queueRecord.getInterceptor();
final int interceptInstructions = intercept(
    Reader.READ_EVENT, queueRecord,
    currentResult);
  intercept(Reader.COMPLETE_EVENT, queueRecord, null);
  queueRecord.recycle();
  intercept(Reader.INCOMPLETE_EVENT, queueRecord, null);

    queueRecord.getInterceptor();
final int interceptInstructions = intercept(
    Reader.READ_EVENT, queueRecord,
    currentResult);
  intercept(Reader.COMPLETE_EVENT, queueRecord, null);
  queueRecord.recycle();
  intercept(Reader.INCOMPLETE_EVENT, queueRecord, null);

    queueRecord.getInterceptor();
final int interceptInstructions = intercept(
    Reader.READ_EVENT, queueRecord,
    currentResult);
  intercept(Reader.COMPLETE_EVENT, queueRecord, null);
  queueRecord.recycle();
  intercept(Reader.INCOMPLETE_EVENT, queueRecord, null);

    queueRecord.getInterceptor();
final int interceptInstructions = intercept(
    Reader.READ_EVENT, queueRecord,
    currentResult);
  intercept(Reader.COMPLETE_EVENT, queueRecord, null);
  queueRecord.recycle();
  intercept(Reader.INCOMPLETE_EVENT, queueRecord, null);

    queueRecord.getInterceptor();
final int interceptInstructions = intercept(
    Reader.READ_EVENT, queueRecord,
    currentResult);
  intercept(Reader.COMPLETE_EVENT, queueRecord, null);
  queueRecord.recycle();
  intercept(Reader.INCOMPLETE_EVENT, queueRecord, null);

doRead(connection, queueRecord);
final int interceptInstructions = intercept(
    Reader.READ_EVENT, queueRecord, currentResult);
  intercept(COMPLETE_EVENT, queueRecord, null);
  queueRecord.recycle();
} else { // If direct read is not finished
  onReadyToRead(connection);
  intercept(INCOMPLETE_EVENT, queueRecord, null);

doRead(connection, queueRecord);
final int interceptInstructions = intercept(
    Reader.READ_EVENT, queueRecord, currentResult);
  intercept(COMPLETE_EVENT, queueRecord, null);
  queueRecord.recycle();
} else { // If direct read is not finished
  onReadyToRead(connection);
  intercept(INCOMPLETE_EVENT, queueRecord, null);

doRead(connection, queueRecord);
final int interceptInstructions = intercept(
    Reader.READ_EVENT, queueRecord, currentResult);
  intercept(COMPLETE_EVENT, queueRecord, null);
  queueRecord.recycle();
} else { // If direct read is not finished
  onReadyToRead(connection);
  intercept(INCOMPLETE_EVENT, queueRecord, null);

doRead(connection, queueRecord);
final int interceptInstructions = intercept(
    Reader.READ_EVENT, queueRecord, currentResult);
  intercept(COMPLETE_EVENT, queueRecord, null);
  queueRecord.recycle();
} else { // If direct read is not finished
  onReadyToRead(connection);
  intercept(INCOMPLETE_EVENT, queueRecord, null);

doRead(connection, queueRecord);
final int interceptInstructions = intercept(
    Reader.READ_EVENT, queueRecord, currentResult);
  intercept(COMPLETE_EVENT, queueRecord, null);
  queueRecord.recycle();
} else { // If direct read is not finished
  onReadyToRead(connection);
  intercept(INCOMPLETE_EVENT, queueRecord, null);

doRead(connection, queueRecord);
final int interceptInstructions = intercept(
    Reader.READ_EVENT, queueRecord, currentResult);
  intercept(COMPLETE_EVENT, queueRecord, null);
  queueRecord.recycle();
} else { // If direct read is not finished
  onReadyToRead(connection);
  intercept(INCOMPLETE_EVENT, queueRecord, null);

doRead(connection, queueRecord);
final int interceptInstructions = intercept(
    Reader.READ_EVENT, queueRecord, currentResult);
  intercept(COMPLETE_EVENT, queueRecord, null);
  queueRecord.recycle();
} else { // If direct read is not finished
  onReadyToRead(connection);
  intercept(INCOMPLETE_EVENT, queueRecord, null);

doRead(connection, queueRecord);
final int interceptInstructions = intercept(
    Reader.READ_EVENT, queueRecord, currentResult);
  intercept(COMPLETE_EVENT, queueRecord, null);
  queueRecord.recycle();
} else { // If direct read is not finished
  onReadyToRead(connection);
  intercept(INCOMPLETE_EVENT, queueRecord, null);

doRead(connection, queueRecord);
final int interceptInstructions = intercept(
    Reader.READ_EVENT, queueRecord, currentResult);
  intercept(COMPLETE_EVENT, queueRecord, null);
  queueRecord.recycle();
} else { // If direct read is not finished
  onReadyToRead(connection);
  intercept(INCOMPLETE_EVENT, queueRecord, null);

doRead(connection, queueRecord);
final int interceptInstructions = intercept(
    Reader.READ_EVENT, queueRecord, currentResult);
  intercept(COMPLETE_EVENT, queueRecord, null);
  queueRecord.recycle();
} else { // If direct read is not finished
  onReadyToRead(connection);
  intercept(INCOMPLETE_EVENT, queueRecord, null);