How to use

binarySearch

method

in

org.glassfish.grizzly.utils.ArrayUtils

private void recalcIndex(final int index) {
  final int idx = index < bufferBounds[0]
      ? 0 
      : ArrayUtils.binarySearch(bufferBounds, 0,
      buffersSize - 1, index + 1);
  
  activeBuffer = buffers[idx];
  upperBound = bufferBounds[idx];
  lowerBound = upperBound - activeBuffer.remaining();
  lastSegmentIndex = idx;
  activeBufferLowerBound = lowerBound - activeBuffer.position();
}

private void recalcIndex(final int index) {
  final int idx = index < bufferBounds[0]
      ? 0 
      : ArrayUtils.binarySearch(bufferBounds, 0,
      buffersSize - 1, index + 1);
  
  activeBuffer = buffers[idx];
  upperBound = bufferBounds[idx];
  lowerBound = upperBound - activeBuffer.remaining();
  lastSegmentIndex = idx;
  activeBufferLowerBound = lowerBound - activeBuffer.position();
}

private void recalcIndex(final int index) {
  final int idx = index < bufferBounds[0]
      ? 0 
      : ArrayUtils.binarySearch(bufferBounds, 0,
      buffersSize - 1, index + 1);
  
  activeBuffer = buffers[idx];
  upperBound = bufferBounds[idx];
  lowerBound = upperBound - activeBuffer.remaining();
  lastSegmentIndex = idx;
  activeBufferLowerBound = lowerBound - activeBuffer.position();
}

private void recalcIndex(final int index) {
  final int idx = index < bufferBounds[0]
      ? 0 
      : ArrayUtils.binarySearch(bufferBounds, 0,
      buffersSize - 1, index + 1);
  
  activeBuffer = buffers[idx];
  upperBound = bufferBounds[idx];
  lowerBound = upperBound - activeBuffer.remaining();
  lastSegmentIndex = idx;
  activeBufferLowerBound = lowerBound - activeBuffer.position();
}

private void recalcIndex(final int index) {
  final int idx = index < bufferBounds[0]
      ? 0 
      : ArrayUtils.binarySearch(bufferBounds, 0,
      buffersSize - 1, index + 1);
  
  activeBuffer = buffers[idx];
  upperBound = bufferBounds[idx];
  lowerBound = upperBound - activeBuffer.remaining();
  lastSegmentIndex = idx;
  activeBufferLowerBound = lowerBound - activeBuffer.position();
}

private void recalcIndex(final int index) {
  final int idx = index < bufferBounds[0]
      ? 0 
      : ArrayUtils.binarySearch(bufferBounds, 0,
      buffersSize - 1, index + 1);
  
  activeBuffer = buffers[idx];
  upperBound = bufferBounds[idx];
  lowerBound = upperBound - activeBuffer.remaining();
  lastSegmentIndex = idx;
  activeBufferLowerBound = lowerBound - activeBuffer.position();
}

private void recalcIndex(final int index) {
  final int idx = index < bufferBounds[0]
      ? 0 
      : ArrayUtils.binarySearch(bufferBounds, 0,
      buffersSize - 1, index + 1);
  
  activeBuffer = buffers[idx];
  upperBound = bufferBounds[idx];
  lowerBound = upperBound - activeBuffer.remaining();
  lastSegmentIndex = idx;
  activeBufferLowerBound = lowerBound - activeBuffer.position();
}

private void recalcIndex(final int index) {
  final int idx = index < bufferBounds[0]
      ? 0 
      : ArrayUtils.binarySearch(bufferBounds, 0,
      buffersSize - 1, index + 1);
  
  activeBuffer = buffers[idx];
  upperBound = bufferBounds[idx];
  lowerBound = upperBound - activeBuffer.remaining();
  lastSegmentIndex = idx;
  activeBufferLowerBound = lowerBound - activeBuffer.position();
}

private void recalcIndex(final int index) {
  final int idx = index < bufferBounds[0]
      ? 0 
      : ArrayUtils.binarySearch(bufferBounds, 0,
      buffersSize - 1, index + 1);
  
  activeBuffer = buffers[idx];
  upperBound = bufferBounds[idx];
  lowerBound = upperBound - activeBuffer.remaining();
  lastSegmentIndex = idx;
  activeBufferLowerBound = lowerBound - activeBuffer.position();
}

private void recalcIndex(final int index) {
  final int idx = index < bufferBounds[0]
      ? 0 
      : ArrayUtils.binarySearch(bufferBounds, 0,
      buffersSize - 1, index + 1);
  
  activeBuffer = buffers[idx];
  upperBound = bufferBounds[idx];
  lowerBound = upperBound - activeBuffer.remaining();
  lastSegmentIndex = idx;
  activeBufferLowerBound = lowerBound - activeBuffer.position();
}

private void recalcIndex(final int index) {
  final int idx = index < bufferBounds[0]
      ? 0 
      : ArrayUtils.binarySearch(bufferBounds, 0,
      buffersSize - 1, index + 1);
  
  activeBuffer = buffers[idx];
  upperBound = bufferBounds[idx];
  lowerBound = upperBound - activeBuffer.remaining();
  lastSegmentIndex = idx;
  activeBufferLowerBound = lowerBound - activeBuffer.position();
}

private void recalcIndex(final int index) {
  final int idx = index < bufferBounds[0]
      ? 0 
      : ArrayUtils.binarySearch(bufferBounds, 0,
      buffersSize - 1, index + 1);
  
  activeBuffer = buffers[idx];
  upperBound = bufferBounds[idx];
  lowerBound = upperBound - activeBuffer.remaining();
  lastSegmentIndex = idx;
  activeBufferLowerBound = lowerBound - activeBuffer.position();
}