public static CapacityByteArrayOutputStream withTargetNumSlabs(
      int minSlabSize, int maxCapacityHint, int targetNumSlabs, ByteBufferAllocator allocator) {

    return new CapacityByteArrayOutputStream(
        initialSlabSizeHeuristic(minSlabSize, maxCapacityHint, targetNumSlabs),
        maxCapacityHint, allocator);
  }
public static CapacityByteArrayOutputStream withTargetNumSlabs(
      int minSlabSize, int maxCapacityHint, int targetNumSlabs, ByteBufferAllocator allocator) {

    return new CapacityByteArrayOutputStream(
        initialSlabSizeHeuristic(minSlabSize, maxCapacityHint, targetNumSlabs),
        maxCapacityHint, allocator);
  }
public static CapacityByteArrayOutputStream withTargetNumSlabs ( int minSlabSize , int maxCapacityHint , int targetNumSlabs , ByteBufferAllocator allocator ) { return new CapacityByteArrayOutputStream ( initialSlabSizeHeuristic ( minSlabSize , maxCapacityHint , targetNumSlabs ) , maxCapacityHint , allocator ) ; }
Construct a CapacityByteArrayOutputStream configured such that its initial slab size is
determined by {@link #initialSlabSizeHeuristic}, with targetCapacity == maxCapacityHint

@param minSlabSize a minimum slab size
@param maxCapacityHint a hint for the maximum required capacity
@param targetNumSlabs the target number of slabs
@param allocator an allocator to use when creating byte buffers for slabs
@return a capacity baos
Construct a CapacityByteArrayOutputStream configured such that its initial slab size is determined by { @link #initialSlabSizeHeuristic } with targetCapacity == maxCapacityHint