How to use

AbstractBufferArray

in

org.glassfish.grizzly.memory

public void add(final E byteBuffer) {
  add(byteBuffer, getPosition(byteBuffer), getLimit(byteBuffer));
}

public final int getInitialBufferSize(final int idx) {
  return getInitialLimit(idx) - getInitialPosition(idx);
}

public void recycle() {
  reset();
}

public void add(final E byteBuffer, final int restorePosition,
    final int restoreLimit) {
  
  ensureCapacity(1);
  byteBufferArray[size] = byteBuffer;
  PosLim poslim = initStateArray[size];
  if (poslim == null) {
    poslim = new PosLim();
    initStateArray[size] = poslim;
  }
  poslim.initialPosition = getPosition(byteBuffer);
  poslim.initialLimit = getLimit(byteBuffer);
  poslim.restorePosition = restorePosition;
  poslim.restoreLimit = restoreLimit;
  size++;
}

@Override
public void recycle() {
  super.recycle();
  ThreadCache.putToCache(CACHE_IDX, this);
}

public void restore() {
  for (int i = 0; i < size; i++) {
    final PosLim poslim = initStateArray[i];
    setPositionLimit(byteBufferArray[i],
        poslim.restorePosition, poslim.restoreLimit);
  }
}

public void add(final E byteBuffer, final int restorePosition,
    final int restoreLimit) {
  
  ensureCapacity(1);
  byteBufferArray[size] = byteBuffer;
  PosLim poslim = initStateArray[size];
  if (poslim == null) {
    poslim = new PosLim();
    initStateArray[size] = poslim;
  }
  poslim.initialPosition = getPosition(byteBuffer);
  poslim.initialLimit = getLimit(byteBuffer);
  poslim.restorePosition = restorePosition;
  poslim.restoreLimit = restoreLimit;
  size++;
}

@Override
public void recycle() {
  super.recycle();
  ThreadCache.putToCache(CACHE_IDX, this);
}

public void restore() {
  for (int i = 0; i < size; i++) {
    final PosLim poslim = initStateArray[i];
    setPositionLimit(byteBufferArray[i],
        poslim.restorePosition, poslim.restoreLimit);
  }
}

public void add(final E byteBuffer) {
  add(byteBuffer, getPosition(byteBuffer), getLimit(byteBuffer));
}

public void add(final E byteBuffer, final int restorePosition,
    final int restoreLimit) {
  
  ensureCapacity(1);
  byteBufferArray[size] = byteBuffer;
  PosLim poslim = initStateArray[size];
  if (poslim == null) {
    poslim = new PosLim();
    initStateArray[size] = poslim;
  }
  poslim.initialPosition = getPosition(byteBuffer);
  poslim.initialLimit = getLimit(byteBuffer);
  poslim.restorePosition = restorePosition;
  poslim.restoreLimit = restoreLimit;
  size++;
}

public final int getInitialBufferSize(final int idx) {
  return getInitialLimit(idx) - getInitialPosition(idx);
}

@Override
public void recycle() {
  super.recycle();
  ThreadCache.putToCache(CACHE_IDX, this);
}

public void restore() {
  for (int i = 0; i < size; i++) {
    final PosLim poslim = initStateArray[i];
    setPositionLimit(byteBufferArray[i],
        poslim.restorePosition, poslim.restoreLimit);
  }
}

public void recycle() {
  reset();
}

public void add(final E byteBuffer) {
  add(byteBuffer, getPosition(byteBuffer), getLimit(byteBuffer));
}

public void add(final E byteBuffer, final int restorePosition,
    final int restoreLimit) {
  
  ensureCapacity(1);
  byteBufferArray[size] = byteBuffer;
  PosLim poslim = initStateArray[size];
  if (poslim == null) {
    poslim = new PosLim();
    initStateArray[size] = poslim;
  }
  poslim.initialPosition = getPosition(byteBuffer);
  poslim.initialLimit = getLimit(byteBuffer);
  poslim.restorePosition = restorePosition;
  poslim.restoreLimit = restoreLimit;
  size++;
}

public final int getInitialBufferSize(final int idx) {
  return getInitialLimit(idx) - getInitialPosition(idx);
}

@Override
public void recycle() {
  super.recycle();
  ThreadCache.putToCache(CACHE_IDX, this);
}

public void restore() {
  for (int i = 0; i < size; i++) {
    final PosLim poslim = initStateArray[i];
    setPositionLimit(byteBufferArray[i],
        poslim.restorePosition, poslim.restoreLimit);
  }
}