void LogonCommServerSocket::SendPacket(WorldPacket * data)
{
bool rv;
LockWriteBuffer();
logonpacket header;
header.opcode = data->GetOpcode();
EndianConvert(header.opcode);
header.size = (uint32)data->size();
EndianConvertReverse(header.size);
if(use_crypto)
sendCrypto.Process((unsigned char*)&header, (unsigned char*)&header, 6);
rv = WriteButHold((uint8*)&header, 6);
if(data->size() > 0 && rv)
{
if(use_crypto)
sendCrypto.Process((unsigned char*)data->contents(), (unsigned char*)data->contents(), (uint32)data->size());
rv = Write(data->contents(), (uint32)data->size());
}
else if(rv)
ForceSend();
UnlockWriteBuffer();
}
void LogonCommClientSocket::SendPacket(WorldPacket * data, bool no_crypto)
{
logonpacket header;
bool rv;
if(!m_connected || m_deleted)
return;
LockWriteBuffer();
header.opcode = data->GetOpcode();
EndianConvert(header.opcode);
header.size = (uint32)data->size();
EndianConvertReverse(header.size);
if(use_crypto && !no_crypto)
_sendCrypto.Process((unsigned char*)&header, (unsigned char*)&header, 6);
rv = WriteButHold((const uint8*)&header, 6);
if(data->size() > 0 && rv)
{
if(use_crypto && !no_crypto)
_sendCrypto.Process((unsigned char*)data->contents(), (unsigned char*)data->contents(), (unsigned int)data->size());
rv = Write((const uint8*)data->contents(), (uint32)data->size());
}
else if(rv)
rv = ForceSend();
UnlockWriteBuffer();
}
OUTPACKET_RESULT WorldSocket::_OutPacket(uint16 opcode, size_t len, const void* data, bool InWorld)
{
bool rv;
if(!IsConnected())
return OUTPACKET_RESULT_NOT_CONNECTED;
if( GetWriteBuffer()->GetSpace() < (len+4) )
return OUTPACKET_RESULT_NO_ROOM_IN_BUFFER;
/* if(InWorld)
{
if(Uniques.find(opcode) == Uniques.end())
{
Log.Notice("", "Sent packet %s (0x%03X)", LookupOpcodeName(opcode), uint(opcode), uint(opcode));
Uniques.insert(opcode);
}
}
else if(opcode != SMSG_UPDATE_OBJECT && opcode != SMSG_PONG && opcode != SMSG_WORLD_STATE_UI_TIMER_UPDATE && opcode != SMSG_WEATHER)
printf("Sent packet %s (0x%03X)\n", LookupOpcodeName(opcode), uint(opcode), uint(opcode));*/
LockWriteBuffer();
// Encrypt the packet
// First, create the header.
ServerPktHeader Header;
Header.cmd = opcode;
Header.size = ntohs((uint16)len + 2);
_crypt.EncryptSend((uint8*)&Header, sizeof (ServerPktHeader));
// Pass the header to our send buffer
rv = WriteButHold((const uint8*)&Header, 4);
// Pass the rest of the packet to our send buffer (if there is any)
if(len > 0 && rv)
rv = Write((const uint8*)data, (uint32)len);
else if(rv)
rv = ForceSend();
UnlockWriteBuffer();
if(len > 0 && rv && !bServerShutdown)
sWorld.NetworkStressOut += float(float(len+4)/1024);
return rv ? OUTPACKET_RESULT_SUCCESS : OUTPACKET_RESULT_SOCKET_ERROR;
}
void WSClient::SendPacket(WorldPacket * data)
{
bool rv;
uint32 size = (uint32)data->size();
uint16 opcode = data->GetOpcode();
if(!IsConnected())
return;
LockWriteBuffer();
// Pass the header to our send buffer
rv = WriteButHold((const uint8*)&opcode, 2);
rv = WriteButHold((const uint8*)&size, 4);
// Pass the rest of the packet to our send buffer (if there is any)
if(size > 0 && rv)
rv = Write((const uint8*)data->contents(), size);
else if(rv)
rv = ForceSend();
UnlockWriteBuffer();
}
void TcpSocket::OnWrite(size_t len)
{
/* Lock the buffer so nothing can modify it */
LockWriteBuffer();
/* This is called when the socket engine gets an event on the socket */
#ifdef NETLIB_IOCP
/* Data has already been output to the socket, we can clear the buffer */
if(!len)
{
Disconnect();
return;
}
m_writeBuffer->Remove(len);
/* Do we still have data to write? */
if(m_writeBuffer->GetSize())
sSocketEngine.WantWrite(this);
else
InterlockedDecrement(&m_writeLock);
#else
/* Push as much data out as we can in a nonblocking fashion. */
int bytes = send(m_fd, (const char*)m_writeBuffer->GetBufferOffset(), m_writeBuffer->GetSize(), 0);
if(bytes < 0)
Disconnect();
else
m_writeBuffer->Remove(bytes);
#endif
/* Unlock the write buffer, we're finished */
UnlockWriteBuffer();
}
