How to use

toByteBuffer

method

in

org.glassfish.grizzly.memory.ByteBufferWrapper

/**
 * {@inheritDoc}
 */
@Override
public final ByteBuffer toByteBuffer(int position, int limit) {
  checkDispose();
  final int currentPosition = visible.position();
  final int currentLimit = visible.limit();
  if (position == currentPosition && limit == currentLimit) {
    return toByteBuffer();
  }
  Buffers.setPositionLimit(visible, position, limit);
  final ByteBuffer resultBuffer = visible.slice();
  Buffers.setPositionLimit(visible, currentPosition, currentLimit);
  return resultBuffer;
}

/**
 * {@inheritDoc}
 */
@Override
public final ByteBuffer toByteBuffer(int position, int limit) {
  checkDispose();
  final int currentPosition = visible.position();
  final int currentLimit = visible.limit();
  if (position == currentPosition && limit == currentLimit) {
    return toByteBuffer();
  }
  Buffers.setPositionLimit(visible, position, limit);
  final ByteBuffer resultBuffer = visible.slice();
  Buffers.setPositionLimit(visible, currentPosition, currentLimit);
  return resultBuffer;
}

/**
 * {@inheritDoc}
 */
@Override
public final ByteBuffer toByteBuffer(int position, int limit) {
  checkDispose();
  final int currentPosition = visible.position();
  final int currentLimit = visible.limit();
  if (position == currentPosition && limit == currentLimit) {
    return toByteBuffer();
  }
  Buffers.setPositionLimit(visible, position, limit);
  final ByteBuffer resultBuffer = visible.slice();
  Buffers.setPositionLimit(visible, currentPosition, currentLimit);
  return resultBuffer;
}

/**
 * {@inheritDoc}
 */
@Override
public final ByteBuffer toByteBuffer(int position, int limit) {
  checkDispose();
  final int currentPosition = visible.position();
  final int currentLimit = visible.limit();
  if (position == currentPosition && limit == currentLimit) {
    return toByteBuffer();
  }
  Buffers.setPositionLimit(visible, position, limit);
  final ByteBuffer resultBuffer = visible.slice();
  Buffers.setPositionLimit(visible, currentPosition, currentLimit);
  return resultBuffer;
}

/**
 * {@inheritDoc}
 */
@Override
public final ByteBuffer toByteBuffer(int position, int limit) {
  checkDispose();
  final int currentPosition = visible.position();
  final int currentLimit = visible.limit();
  if (position == currentPosition && limit == currentLimit) {
    return toByteBuffer();
  }
  Buffers.setPositionLimit(visible, position, limit);
  final ByteBuffer resultBuffer = visible.slice();
  Buffers.setPositionLimit(visible, currentPosition, currentLimit);
  return resultBuffer;
}

/**
 * {@inheritDoc}
 */
@Override
public final ByteBuffer toByteBuffer(int position, int limit) {
  checkDispose();
  final int currentPosition = visible.position();
  final int currentLimit = visible.limit();
  if (position == currentPosition && limit == currentLimit) {
    return toByteBuffer();
  }
  Buffers.setPositionLimit(visible, position, limit);
  final ByteBuffer resultBuffer = visible.slice();
  Buffers.setPositionLimit(visible, currentPosition, currentLimit);
  return resultBuffer;
}

/**
 * {@inheritDoc}
 */
@Override
public final ByteBuffer toByteBuffer(int position, int limit) {
  checkDispose();
  final int currentPosition = visible.position();
  final int currentLimit = visible.limit();
  if (position == currentPosition && limit == currentLimit) {
    return toByteBuffer();
  }
  Buffers.setPositionLimit(visible, position, limit);
  final ByteBuffer resultBuffer = visible.slice();
  Buffers.setPositionLimit(visible, currentPosition, currentLimit);
  return resultBuffer;
}

/**
 * {@inheritDoc}
 */
@Override
public final ByteBuffer toByteBuffer(int position, int limit) {
  checkDispose();
  final int currentPosition = visible.position();
  final int currentLimit = visible.limit();
  if (position == currentPosition && limit == currentLimit) {
    return toByteBuffer();
  }
  Buffers.setPositionLimit(visible, position, limit);
  final ByteBuffer resultBuffer = visible.slice();
  Buffers.setPositionLimit(visible, currentPosition, currentLimit);
  return resultBuffer;
}

/**
 * {@inheritDoc}
 */
@Override
public final ByteBuffer toByteBuffer(int position, int limit) {
  checkDispose();
  final int currentPosition = visible.position();
  final int currentLimit = visible.limit();
  if (position == currentPosition && limit == currentLimit) {
    return toByteBuffer();
  }
  Buffers.setPositionLimit(visible, position, limit);
  final ByteBuffer resultBuffer = visible.slice();
  Buffers.setPositionLimit(visible, currentPosition, currentLimit);
  return resultBuffer;
}

/**
 * {@inheritDoc}
 */
@Override
public final ByteBuffer toByteBuffer(int position, int limit) {
  checkDispose();
  final int currentPosition = visible.position();
  final int currentLimit = visible.limit();
  if (position == currentPosition && limit == currentLimit) {
    return toByteBuffer();
  }
  Buffers.setPositionLimit(visible, position, limit);
  final ByteBuffer resultBuffer = visible.slice();
  Buffers.setPositionLimit(visible, currentPosition, currentLimit);
  return resultBuffer;
}

/**
 * {@inheritDoc}
 */
@Override
public final ByteBuffer toByteBuffer(int position, int limit) {
  checkDispose();
  final int currentPosition = visible.position();
  final int currentLimit = visible.limit();
  if (position == currentPosition && limit == currentLimit) {
    return toByteBuffer();
  }
  Buffers.setPositionLimit(visible, position, limit);
  final ByteBuffer resultBuffer = visible.slice();
  Buffers.setPositionLimit(visible, currentPosition, currentLimit);
  return resultBuffer;
}

/**
 * {@inheritDoc}
 */
@Override
public final ByteBuffer toByteBuffer(int position, int limit) {
  checkDispose();
  final int currentPosition = visible.position();
  final int currentLimit = visible.limit();
  if (position == currentPosition && limit == currentLimit) {
    return toByteBuffer();
  }
  Buffers.setPositionLimit(visible, position, limit);
  final ByteBuffer resultBuffer = visible.slice();
  Buffers.setPositionLimit(visible, currentPosition, currentLimit);
  return resultBuffer;
}