private int getRelativeIndex(long pos) {
    int currentSize = 0;
    currentChunkIndex = 0;

    // loop until we find the chuks holding the given position
    while (pos >= (currentSize += binaryDataChunks.get(currentChunkIndex).length))
      currentChunkIndex++;

    currentChunk = binaryDataChunks.get(currentChunkIndex);
    currentSize -= currentChunk.length;
    // the position referred to the target binary chunk
    int relativePosition = (int) (pos - currentSize);
    // the index of the first byte to be returned
    return relativePosition - 1;
  }
private int getRelativeIndex(long pos) {
    int currentSize = 0;
    currentChunkIndex = 0;

    
    while (pos >= (currentSize += binaryDataChunks.get(currentChunkIndex).length))
      currentChunkIndex++;

    currentChunk = binaryDataChunks.get(currentChunkIndex);
    currentSize -= currentChunk.length;
    
    int relativePosition = (int) (pos - currentSize);
    
    return relativePosition - 1;
  }
private int getRelativeIndex ( long pos ) { int currentSize = 0 ; currentChunkIndex = 0 ; // loop until we find the chuks holding the given position
 while ( pos >= ( currentSize += binaryDataChunks . get ( currentChunkIndex ) . length ) ) currentChunkIndex ++ ; currentChunk = binaryDataChunks . get ( currentChunkIndex ) ; currentSize -= currentChunk . length ; // the position referred to the target binary chunk
 int relativePosition = ( int ) ( pos - currentSize ) ; // the index of the first byte to be returned
 return relativePosition - 1 ; }
Calculates the index within a binary chunk corresponding to the given absolute position within this BLOB

@param pos
@return
Calculates the index within a binary chunk corresponding to the given absolute position within this BLOB