public void PacketReceived(IAsyncResult result)
{
mysocket.EndReceive(result);
StateObject newstate = (StateObject)result.AsyncState;
ArrayList incomingpackets = new ArrayList();
incomingpackets.AddRange(newstate.buffer);
byte[] outbuffer;
// store incoming packet in an arraylist
// decompress it etc, then xfer to byte[] and remove from list
// repeat
while (incomingpackets.Count > 0)
{
if (bDecompress)
{
HuffmanDecompression huff = new HuffmanDecompression();
outbuffer = new byte[incomingpackets.Count];
huffmanobject myhuf = new huffmanobject();
myhuf.buffer = (byte[])incomingpackets.ToArray(typeof(byte));
myhuf.src_size = incomingpackets.Count;
myhuf.out_size = 0;
//myhuf.output = BinaryNode.Decompress(myhuf.buffer);
myhuf = BinaryNode.drkDecompress(myhuf);
outbuffer = myhuf.output;
//myhuf.out_size = outbuffer.Length;
if (outbuffer.Length < 1) { incomingpackets.Clear(); break; }
if (myhuf.buffer.Length > outbuffer.Length)
{
if (bDebug) { display("consuming: " + myhuf.out_size + " bytes"); }
for (int x = 0; x < (myhuf.out_size + 1); x++) { incomingpackets.RemoveAt(0); } // removes it from queue
}else {
incomingpackets.Clear();
}
}
else
{
// Wipe the buffer as pre decompression packets dont stack up.
outbuffer = newstate.buffer;
incomingpackets.Clear();
}
if (bTwofishcrypt)
{
Twofish.serverDecrypt(ref outbuffer, outbuffer.Length);
display("Decrypting incoming");
}
handlePackets(outbuffer);
}
}
public void PacketReceived(IAsyncResult result)
{
mysocket.EndReceive(result);
StateObject newstate = (StateObject)result.AsyncState;
ArrayList incomingpackets = new ArrayList();
incomingpackets.AddRange(newstate.buffer);
byte[] outbuffer;
// store incoming packet in an arraylist
// decompress it etc, then xfer to byte[] and remove from list
// repeat
while (incomingpackets.Count > 0)
{
if (bDecompress)
{
HuffmanDecompression huff = new HuffmanDecompression();
outbuffer = new byte[incomingpackets.Count];
huffmanobject myhuf = new huffmanobject();
myhuf.buffer = (byte[])incomingpackets.ToArray(typeof(byte));
myhuf.src_size = incomingpackets.Count;
myhuf.out_size = 0;
//myhuf.output = BinaryNode.Decompress(myhuf.buffer);
myhuf = BinaryNode.drkDecompress(myhuf);
outbuffer = myhuf.output;
//myhuf.out_size = outbuffer.Length;
if (outbuffer.Length < 1)
{
incomingpackets.Clear(); break;
}
if (myhuf.buffer.Length > outbuffer.Length)
{
if (bDebug)
{
display("consuming: " + myhuf.out_size + " bytes");
}
for (int x = 0; x < (myhuf.out_size + 1); x++)
{
incomingpackets.RemoveAt(0);
} // removes it from queue
}
else
{
incomingpackets.Clear();
}
}
else
{
// Wipe the buffer as pre decompression packets dont stack up.
outbuffer = newstate.buffer;
incomingpackets.Clear();
}
if (bTwofishcrypt)
{
Twofish.serverDecrypt(ref outbuffer, outbuffer.Length);
display("Decrypting incoming");
}
handlePackets(outbuffer);
}
}