// encode will bin invoked in write with synchronization.
public void encode(Packet packet)
{
//System.Console.WriteLine("encode: "+packet.buffer.buffer[5]);
//System.Console.WriteLine(" "+packet.buffer.index);
//if(packet.buffer.buffer[5]==96){
//Thread.dumpStack();
//}
if(deflater!=null)
{
packet.buffer.index=deflater.compress(packet.buffer.buffer,
5, packet.buffer.index);
}
if(c2scipher!=null)
{
packet.padding(c2scipher.getIVSize());
int pad=packet.buffer.buffer[4];
lock(random)
{
random.fill(packet.buffer.buffer, packet.buffer.index-pad, pad);
}
}
else
{
packet.padding(8);
}
byte[] mac=null;
if(c2smac!=null)
{
c2smac.update(seqo);
c2smac.update(packet.buffer.buffer, 0, packet.buffer.index);
mac=c2smac.doFinal();
}
if(c2scipher!=null)
{
byte[] buf=packet.buffer.buffer;
c2scipher.update(buf, 0, packet.buffer.index, buf, 0);
}
if(mac!=null)
{
packet.buffer.putByte(mac);
}
}
// encode will bin invoked in write with synchronization.
public void encode(Packet packet)
{
if (deflater != null)
{
packet.buffer.index = deflater.compress(packet.buffer.buffer,
5, packet.buffer.index);
}
if (c2scipher != null)
{
packet.padding(c2scipher.getIVSize());
int pad = packet.buffer.buffer[4];
lock (random)
{
random.fill(packet.buffer.buffer, packet.buffer.index - pad, pad);
}
}
else
{
packet.padding(8);
}
byte[] mac = null;
if (c2smac != null)
{
c2smac.update(seqo);
c2smac.update(packet.buffer.buffer, 0, packet.buffer.index);
mac = c2smac.doFinal();
}
if (c2scipher != null)
{
byte[] buf = packet.buffer.buffer;
c2scipher.update(buf, 0, packet.buffer.index, buf, 0);
}
if (mac != null)
{
packet.buffer.putByte(mac);
}
}
