void SocketWriteThread::_send(Session* session)
{
Packet* packet;
// Send any outgoing reliable packets - retain those
while (session->getOutgoingReliablePacket(packet)) {
//dont destroy reliables - they get queued until acked or resend
_sendPacket(packet, session);
}
// Send any outgoing unreliable packets
while (session->getOutgoingUnreliablePacket(packet)) {
_sendPacket(packet, session);
session->DestroyPacket(packet);
}
// If the session is still in a connected state, Put us back in the queue.
// otherwise inform the service that we need destroying
if (session->getStatus() != SSTAT_Disconnected) {
mSessionQueue.push(session);
} else {
session->setStatus(SSTAT_Destroy);
mService->AddSessionToProcessQueue(session);
}
}
void TcpClientModule_Impl::sendPacket(UInt16 moduleId, google::protobuf::MessageLite* pbBody)
{
m_TTPBHeader.clear();
m_TTPBHeader.setModuleId(moduleId);
_sendPacket(pbBody);
}
void TcpClientModule_Impl::sendPacket(UInt16 moduleId, UInt16 cmdId, UInt16 seq, google::protobuf::MessageLite* pbBody)
{
m_TTPBHeader.clear();
m_TTPBHeader.setModuleId(moduleId);
m_TTPBHeader.setCommandId(cmdId);
m_TTPBHeader.setSeqNumber(seq);
_sendPacket(pbBody);
}
void *FricXactor::Send(void *args)
{
for(;;)
{
boost::shared_ptr<FricData> sendData = inChan.get();
ExecuteCallbacks(SendCB, sendData.get());
_sendPacket(*(sendData->ptype), *(sendData->port), *(sendData->addr), *(sendData->data));
}
return 0;
}
void ServerBase::_sendMessage( ServerPlayer* player, const std::string& message, int channel )
{
//key not set yet
if(player->getCryptoKey().length() == 0)
{
setBuffer(m_cryptBuffer,message.c_str(),message.length());
}
else //use the key to encrypt packet
{
m_cryptBuffer.resize(message.length() + 1,0);
m_cipher.encrypt(&m_cryptBuffer[0],
message.c_str(),message.length() + 1,player->getCryptoKey());
}
_sendPacket(player,&m_cryptBuffer[0],m_cryptBuffer.size(),channel);
}
//======================================================================================================================
void SocketWriteThread::run()
{
Session* session;
Packet* packet;
// Call our internal _startup method
_startup();
uint32 packets = 50;
if(mServerService)
packets = 1000;
// Main loop
while(!mExit)
{
uint32 sessionCount = mSessionQueue.size();
for(uint32 i = 0; i < sessionCount; i++)
{
uint32 packetCount = 0;
session = mSessionQueue.pop();
if(!session)
continue;
// Process our session
session->ProcessWriteThread();
// Send any outgoing reliable packets
//uint32 rcount = 0;
while (session->getOutgoingReliablePacketCount())
{
packetCount++;
if(packetCount > packets)
break;
LOG(INFO) << "Reliable packet sent";
packet = session->getOutgoingReliablePacket();
_sendPacket(packet, session);
}
packetCount = 0;
// Send any outgoing unreliable packets
//uint32 ucount = 0;
while (session->getOutgoingUnreliablePacketCount())
{
LOG(INFO) << "Unreliable packet sent";
packet = session->getOutgoingUnreliablePacket();
_sendPacket(packet, session);
session->DestroyPacket(packet);
}
// If the session is still in a connected state, Put us back in the queue.
if (session->getStatus() != SSTAT_Disconnected)
{
mSessionQueue.push(session);
}
else
{
DLOG(INFO) << "Socket Write Thread: Destroy Session";
session->setStatus(SSTAT_Destroy);
mService->AddSessionToProcessQueue(session);
}
}
boost::this_thread::sleep(boost::posix_time::milliseconds(1));
}
// Shutdown internally
_shutdown();
}