internal bool ExtractFileInternal(File f, FATX_Browser.FATX.IOWriter outIO, ref long sizeWritten, ref long maxVal) { //Create our binaryreader FATX_Browser.FATX.IOReader br; try { //Create our new misc class Misc m = new Misc(); //Create our blocks occupied list to speed some things up if the //blocks haven't been loaded yet System.Diagnostics.Stopwatch s = new System.Diagnostics.Stopwatch(); s.Start(); List<uint> BlocksOccupied = f.BlocksOccupied.ToList<uint>(); maxVal = BlocksOccupied.Count; if (BlocksOccupied.Count >= 1) { //Get our IO... br = xDrive.GetIO(); //For each loop increase our sizewritten, and keep looping //until we've reached the block BEFORE the final (size may not //be 0x4000 bytes) for (int i = 0; i < BlocksOccupied.Count - 1; i++, sizeWritten++) { //Get and set our reader position long position = m.GetBlockOffset(BlocksOccupied.ToArray()[i], f.PartInfo); br.BaseStream.Position = position; //Write to our output file what we just read outIO.Write(br.ReadBytes((int)f.PartInfo.ClusterSize)); br.BaseStream.Flush(); outIO.BaseStream.Flush(); } //KAY, now we've reached the final block in the series br.BaseStream.Position = m.GetBlockOffset(BlocksOccupied.ToArray()[BlocksOccupied.Count - 1], f); //Right here, we read the remaining data, and write it all //in one swoop outIO.Write(m.ReadBytes(ref br, m.RemainingData(f))); br.BaseStream.Flush(); outIO.BaseStream.Flush(); //Close our IO's br.Close(); outIO.Close(); sizeWritten++; return true; } return false; } catch (Exception e) { outIO.Close(); throw e; } }