bool SessionManager::AcceptSessions()
{
FastSpinlockGuard guard(mLock);
while (mCurrentIssueCount - mCurrentReturnCount < MAX_CONNECTION)
{
//TODO mFreeSessionList에서 ClientSession* 꺼내서 PostAccept() 해주기.. (위의 ReturnClientSession와 뭔가 반대로 하면 될 듯?)
ClientSession* newClient = mFreeSessionList.front();
mFreeSessionList.pop_front(); // pop_back하면 1개일때 에러가...??
// AddRef()도 당연히 해줘야 하고...
newClient->AddRef();
// 실패시 false
//if (false == newClient->PostAccept())
// return false;
if( false == newClient->PostAccept() ){
if( GetLastError() == ERROR_IO_PENDING )
++mCurrentIssueCount;
else
return false;
}
else
++mCurrentIssueCount;
}
return true;
}
bool IocpManager::StartAcceptLoop()
{
/// listen
if (SOCKET_ERROR == listen(mListenSocket, SOMAXCONN))
return false;
/// accept loop
while (true)
{
SOCKET acceptedSock = accept(mListenSocket, NULL, NULL);
if (acceptedSock == INVALID_SOCKET)
{
printf_s("accept: invalid socket\n");
continue;
}
SOCKADDR_IN clientaddr;
int addrlen = sizeof(clientaddr);
getpeername(acceptedSock, (SOCKADDR*)&clientaddr, &addrlen);
/// 소켓 정보 구조체 할당과 초기화
ClientSession* client = GSessionManager->CreateClientSession(acceptedSock);
/// 클라 접속 처리
if (false == client->OnConnect(&clientaddr))
{
client->Disconnect(DR_ONCONNECT_ERROR);
GSessionManager->DeleteClientSession(client);
}
}
return true;
}
void ClientSessionManager::ReturnClientSession(const std::size_t sessionId)
{
const auto f = [=]
{
decltype(sessionId) size = mClientSessionList.size();
if (size > sessionId && mClientSessionList[sessionId])
{
ClientSession* client = mClientSessionList[sessionId];
CRASH_ASSERT(client->mConnected == 0 && client->mRefCount == 0);
// std::string ip = boost::lexical_cast<std::string>(client->GetSocket().remote_endpoint());
// BOOST_LOG_TRIVIAL(info) << "클라이언트 접속 종료. " << client->GetSessionId() << ":" << ip;
// std::cout << "클라이언트 접속 종료. " << client->GetSessionId() << ":" << ip << std::endl;
client->Reset();
mClientSessionQueue.insert(static_cast<int>(sessionId));
++mCurrentReturnCount;
if (!mIsAccepting)
{
AcceptClientSession();
}
}
};
auto task = mWrapper.wrap(f);
mDispatcher.post(task);
}
void ForServerMsgHandler::NofityClientExit(BaseSession* pSession, const NetMsgHead* pMsg,int32 nSize)
{
const SSNofityClientExit* pPacket = static_cast<const SSNofityClientExit*>(pMsg);
int32 nClientSessionID = pPacket->nClientSessionID;
ClientSession* pClientSession = ClientSessionMgr::Instance()->GetSession(nClientSessionID);
ASSERT(pClientSession);
// 同步或保存重要数据到dp
// 通知ls,ss
SSNofityClientExit sMsgExit;
sMsgExit.nClientSessionID = nClientSessionID;
pClientSession->SendMsgToLs(&sMsgExit,sMsgExit.GetPackLength());
if(pClientSession->Status() == ECLIENT_STATUS_IN_SCENE)
{
pClientSession->SendMsgToSs(&sMsgExit,sMsgExit.GetPackLength());
}else
{
// 由dp去保存退出操作
pClientSession->SendMsgToDp(&sMsgExit,sMsgExit.GetPackLength());
}
// 删除
ClientSessionMgr::Instance()->RemoveSession(nClientSessionID);
}
CErrno NetThread::StartupClient(const Json::Value & clients)
{
INT32 nCount = clients.size();
for (INT32 i = 0 ;i < nCount; ++ i)
{
Json::Value client = clients[i];
INT32 bReconnect = client.get("reconnect", 1).asInt();
std::string strType = client.get("type" , "tcp").asCString();
std::string strAddress = client.get("address", "127.0.0.1").asCString();
INT32 nPort = client.get("port", 0000).asInt();
INT32 nSendBuf = client.get("send_buf", DEFAULT_SOCKET_BUFFER_SIZE).asInt();
INT32 nRecvBuf = client.get("recv_buf", DEFAULT_SOCKET_BUFFER_SIZE).asInt();
INetHandlerPtr pNetHandler = CreateClientHandler(m_strNetNodeName, "" , strAddress.c_str(), nPort);
if (!pNetHandler)
{
return CErrno::Failure();
}
ClientSession * pSession = dynamic_cast<ClientSession*>(pNetHandler->GetSession());
if (pSession)
{
pSession->SetReconnect(bReconnect);
NetSocket objSocket = pSession->GetSocket();
if (objSocket != -1)
{
NetHelper::SetDefaultSocket(objSocket, nSendBuf, nRecvBuf);
pSession->SetSendBufSize(nSendBuf);
pSession->SetSendBufSize(nRecvBuf);
}
}
}
return CErrno::Success();
}
bool IOCP_Manager::StartAcceptLoop()
{
if (listen(mListenSocket, SOMAXCONN) == SOCKET_ERROR)
{
printf_s("Listen Error\n");
return false;
}
while (true)
{
SOCKET acceptedSock = accept(mListenSocket, NULL, NULL);
if (acceptedSock == SOCKET_ERROR)
{
printf_s("accept : invalid socket\n");
continue;
}
SOCKADDR_IN clientaddr;
int addrlen = sizeof(SOCKADDR_IN);
getpeername(acceptedSock, (SOCKADDR*)&clientaddr, &addrlen);
ClientSession* client = GSessionManager->CreateClientSession(acceptedSock);
if (client->OnConnect(&clientaddr) == false)
{
client->Disconnect(DisconnectReason::DR_CONNECT_ERROR);
GSessionManager->DeleteClientSession(client);
}
}
return true;
}
unsigned int WINAPI ThreadProc(LPVOID _hComport)
{
HANDLE hComport = (HANDLE)_hComport;
ClientSession* clientSession;
DWORD bytesTrans = 0;
IOData* ioData = nullptr;
while(1)
{
if(!GetQueuedCompletionStatus(hComport, &bytesTrans, (PULONG_PTR) &clientSession, (LPOVERLAPPED*) &ioData, INFINITE))
{
ErrorHandling("GetQueuedCompletionStatus() error!", GetLastError());
}
if(ioData->m_Mode == MODE_RECV)
{
if(bytesTrans == 0)
{
ClientManager::GetInstance()->RemoveClient(clientSession);
}
else
{
clientSession->PacketHandling(bytesTrans);
clientSession->RecvFromClient();
}
}
SafeDelete<IOData*>(ioData);
}
return 0;
}
bool VNetwork::Accept()
{
SOCKET acceptedSock = accept(listenSocket_, NULL, NULL);
if (acceptedSock == INVALID_SOCKET)
{
Logger<VNetwork>::Fatal("Accept : Invalid socket.");
return false;
}
ClientSession* client = sessionManager_.GetSession(sessionID_);
client->Initialize(acceptedSock);
client->requestQueue_ = RIOBase::GetInstance()->GetRequestQueue(acceptedSock);
RioIoContext* mainContext = new RioIoContext(client, IO_RECV, true);
DWORD flags = 0;
if (!RIOBase::GetInstance()->RIOReceive(client->requestQueue_, client->GetRecieveBuffer(), 1, flags, mainContext))
{
//TODO : Logger 포멧 적용하기 GetLastError()
Logger<VNetwork>::Fatal("RIOReceive error.");
delete mainContext;
return false;
}
sessionID_++;
return true;
}
bool SessionManager::AcceptSessions()
{
FastSpinlockGuard guard(mLock);
while (mCurrentIssueCount - mCurrentReturnCount < MAX_CONNECTION)
{
//TODO mFreeSessionList에서 ClientSession* 꺼내서 PostAccept() 해주기.. (위의 ReturnClientSession와 뭔가 반대로 하면 될 듯?)
// AddRef()도 당연히 해줘야 하고...
// 실패시 false
//if (false == newClient->PostAccept())
// return false;
////////////////////////////////////////////////////////////
ClientSession * newClient = mFreeSessionList.back();
mFreeSessionList.pop_back();
++mCurrentIssueCount;
newClient->AddRef();
if (newClient->PostAccept() == false)
{
return false;
}
////////////////////////////////////////////////////////////
}
return true;
}
void ClientManager::CollectGarbageSessions()
{
std::vector<ClientSession*> disconnectedSessions ;
///FYI: C++ 11 람다를 이용한 스타일
std::for_each(mClientList.begin(), mClientList.end(),
[&](ClientList::const_reference it)
{
ClientSession* client = it.second ;
if ( false == client->IsConnected() && 0 == client->GetRefCount() )
disconnectedSessions.push_back(client) ;
}
) ;
///FYI: C언어 스타일의 루프
for (size_t i=0 ; i<disconnectedSessions.size() ; ++i)
{
ClientSession* client = disconnectedSessions[i] ;
mClientList.erase(client->mSocket) ;
delete client ;
}
}
void ClientListener::OnSessionClose( Session * session )
{
Logger::Log( "client % disconnected" , session->ip_address() );
ClientSession * client = ( ClientSession* ) session;
client->CloseFile();
ClientPool::Instance()->Pop( ( ClientSession* ) session );
SAFE_DELETE( session );
}
unsigned int WINAPI IocpManager::IoWorkerThread(LPVOID lpParam)
{
LThreadType = THREAD_IO_WORKER;
LIoThreadId = reinterpret_cast<int>(lpParam);
HANDLE hComletionPort = GIocpManager->GetComletionPort();
while (true)
{
DWORD dwTransferred = 0;
OverlappedIOContext* context = nullptr;
ClientSession* asCompletionKey = nullptr;
int ret = 0; ///<여기에는 GetQueuedCompletionStatus(hComletionPort, ..., GQCS_TIMEOUT)를 수행한 결과값을 대입
/// check time out first
if (ret == 0 && GetLastError()==WAIT_TIMEOUT)
continue;
if (ret == 0 || dwTransferred == 0)
{
/// connection closing
asCompletionKey->Disconnect(DR_RECV_ZERO);
GSessionManager->DeleteClientSession(asCompletionKey);
continue;
}
// if (nullptr == context) 인 경우 처리
//{
//}
bool completionOk = true;
switch (context->mIoType)
{
case IO_SEND:
completionOk = SendCompletion(asCompletionKey, context, dwTransferred);
break;
case IO_RECV:
completionOk = ReceiveCompletion(asCompletionKey, context, dwTransferred);
break;
default:
printf_s("Unknown I/O Type: %d\n", context->mIoType);
break;
}
if ( !completionOk )
{
/// connection closing
asCompletionKey->Disconnect(DR_COMPLETION_ERROR);
GSessionManager->DeleteClientSession(asCompletionKey);
}
}
return 0;
}
unsigned int WINAPI IOCP_Manager::IoWorkerThread(LPVOID lpParam)
{
LThreadType = THREAD_TYPE::THREAD_IO_WORKER;
LIoThreadID = reinterpret_cast<int>(lpParam);
HANDLE hCompletionPort = GIOCP_Manager->GetCompletionPort();
while (true)
{
DWORD dwTransferred = 0;
OverlappedIOContext* context = nullptr;
ClientSession* asCompletionKey = nullptr;
int ret = GetQueuedCompletionStatus(hCompletionPort, &dwTransferred, (ULONG_PTR*)&asCompletionKey, (LPOVERLAPPED*)&context, GQCS_TIMEOUT);
if (ret == 0 && GetLastError() == WAIT_TIMEOUT)
{
continue;
}
if (ret == 0 || dwTransferred == 0)
{
asCompletionKey->Disconnect(DisconnectReason::DR_RECV_ZERO);
GSessionManager->DeleteClientSession(asCompletionKey);
continue;
}
if (context == nullptr)
{
printf_s("not dequeue completion packet\n");
continue;
}
bool completionOk = true;
switch (context->mIoType)
{
case IOType::IO_SEND:
completionOk = SendCompletion(asCompletionKey, context, dwTransferred);
break;
case IOType::IO_RECV:
completionOk = ReceiveCompletion(asCompletionKey, context, dwTransferred);
break;
default:
printf_s("Unkonw I/O type: %d\n", context->mIoType);
break;
}
if (!completionOk)
{
asCompletionKey->Disconnect(DisconnectReason::DR_COMPLETION_ERROR);
GSessionManager->DeleteClientSession(asCompletionKey);
}
}
return 0;
}
void ClientManager::FlushClientSend()
{
for (auto& it : mClientList)
{
ClientSession* client = it.second;
if (false == client->SendFlush())
{
client->Disconnect();
}
}
}
void GameManager::DoPeriodWork()
{
// 게임 로직이 주기적으로 실행되는 곳이므로 게임 내 상태 변화는 여기서 일어나고
// 상태가 바뀐 부분(충돌이나 죽음, 게임 종료)에 한정해서 방송합니다
// 주기적 polling이 많은 패킷을 유발하는 것은 방송할 필요가 없는 상태까지 똑같이 방송할 때 생기는 것 아닌가요??
// 충돌 이벤트를 여기서 방송하는 이유는 충돌 판정이 되었을 때 바로 방송할 경우
// 특정 캐릭터가 여러 오브젝트와 동시에 충돌할 경우, 각각의 충돌 판정 수만큼 패킷을 보내므로 중복이라고 생각해서
// 충돌 판정 된 캐릭터들 리스트를 생성하고 일괄적으로 한번씩만 보내기 위함이거든요.
// 게임 로직 진행
Update();
// 충돌 결과 방송
std::for_each( m_CollidedPlayers.begin(), m_CollidedPlayers.end(), []( const int& each )
{
// 방송 요청
ClientSession* targetSession = GClientManager->GetSession( each );
if ( targetSession )
targetSession->BroadcastCollisionResult();
else
DDLOG_WARN( L"invalid index" );
// printf_s( "collision : %d \n", each );
}
);
m_CollidedPlayers.clear();
// 죽음(산소 == 0) 방송
std::for_each( m_DeadPlayers.begin(), m_DeadPlayers.end(), []( const int& each )
{
// 방송 요청
ClientSession* targetSession = GClientManager->GetSession( each );
if ( targetSession )
targetSession->BroadcastDeadResult();
else
DDLOG_WARN( L"invalid index" );
}
);
m_DeadPlayers.clear();
// 게임 종료 조건 확인
if ( m_WinnerTeam != TeamColor::NO_TEAM && !m_GameEndFlag )
{
DDLOG_INFO( L"game end" );
m_GameEndFlag = true;
// 방송 요청
GameResultResult outPacket;
outPacket.mWinnerTeam = static_cast<int>( m_WinnerTeam );
GClientManager->BroadcastPacket( nullptr, &outPacket );
}
}
void ForSClientMsgHandler::ServerToClient(BaseSession* pSessioin,const NetMsgHead* pHead,int32 nSize)
{
ClientSession* pClientSession = ClientSessionMgr::Instance()->GetSession(pHead->nClientSessionID);
if(pClientSession == NULL)
{
return;
}
pClientSession->SendMsg(const_cast<NetMsgHead*>(pHead),nSize);
}
ClientSession* SessionManager::CreateClientSession(SOCKET sock)
{
ClientSession* client = new ClientSession(sock);
client->AddRef();
mLock.EnterLock();
{
mClientList.insert(ClientList::value_type(sock, client));
}
mLock.LeaveLock();
return client;
}
void ClientManager::BroadcastPacket(ClientSession* from, PacketHeader* pkt)
{
///FYI: C++ STL iterator 스타일의 루프
for (ClientList::const_iterator it=mClientList.begin() ; it!=mClientList.end() ; ++it)
{
ClientSession* client = it->second ;
if ( from == client )
continue ;
client->SendRequest(pkt) ;
}
}
unsigned int WINAPI ClientHandlingThread( LPVOID lpParam )
{
LThreadType = THREAD_CLIENT ;
HANDLE hEvent = (HANDLE)lpParam ;
/// Timer
HANDLE hTimer = CreateWaitableTimer(NULL, FALSE, NULL) ;
if (hTimer == NULL)
return -1 ;
LARGE_INTEGER liDueTime ;
liDueTime.QuadPart = -10000000 ; ///< 1초 후부터 동작
if ( !SetWaitableTimer(hTimer, &liDueTime, 1, TimerProc, NULL, TRUE) )
return -1 ;
while ( true )
{
/// accept or IO/Timer completion 대기
DWORD result = WaitForSingleObjectEx(hEvent, INFINITE, TRUE) ;
/// client connected
if ( result == WAIT_OBJECT_0 )
{
/// 소켓 정보 구조체 할당과 초기화
ClientSession* client = g_client_manager->CreateClient(g_AcceptedSocket) ;
SOCKADDR_IN clientaddr ;
int addrlen = sizeof(clientaddr) ;
getpeername(g_AcceptedSocket, (SOCKADDR*)&clientaddr, &addrlen) ;
// 클라 접속 처리
if ( false == client->OnConnect(&clientaddr) )
{
client->Disconnect() ;
}
continue ; ///< 다시 대기로
}
// APC에 있던 completion이 아니라면 에러다
if ( result != WAIT_IO_COMPLETION )
return -1 ;
}
CloseHandle( hTimer ) ;
return 0;
}
unsigned int WINAPI ClientHandlingThread( LPVOID lpParam )
{
LThreadType = THREAD_CLIENT;
PendingAcceptList* pAcceptList = (PendingAcceptList*)lpParam;
/// Timer
HANDLE hTimer = CreateWaitableTimer( NULL, FALSE, NULL );
if ( hTimer == NULL )
return -1;
LARGE_INTEGER liDueTime;
liDueTime.QuadPart = -10000000; ///< 1초 후부터 동작
if ( !SetWaitableTimer( hTimer, &liDueTime, 100, TimerProc, NULL, TRUE ) )
return -1;
while ( true )
{
SOCKET acceptSock = NULL;
/// 새로 접속한 클라이언트 처리
if ( pAcceptList->Consume( acceptSock, false ) )
{
/// 소켓 정보 구조체 할당과 초기화
ClientSession* client = GClientManager->CreateClient( acceptSock );
SOCKADDR_IN clientaddr;
int addrlen = sizeof( clientaddr );
getpeername( acceptSock, (SOCKADDR*)&clientaddr, &addrlen );
// 클라 접속 처리
if ( false == client->OnConnect( &clientaddr ) )
{
client->Disconnect();
}
continue; ///< 다시 대기로
}
/// 최종적으로 클라이언트들에 쌓인 send 요청 처리
GClientManager->FlushClientSend();
/// APC Queue에 쌓인 작업들 처리
SleepEx( INFINITE, TRUE );
}
CloseHandle( hTimer );
return 0;
}
void CALLBACK RecvCompletion(DWORD dwError, DWORD cbTransferred, LPWSAOVERLAPPED lpOverlapped, DWORD dwFlags)
{
ClientSession* fromClient = static_cast<OverlappedIO*>(lpOverlapped)->mObject;
fromClient->DecRefCount();
if (!fromClient->IsConnected())
return;
/// 에러 발생시 해당 세션 종료
if (dwError || cbTransferred == 0)
{
fromClient->Disconnect();
return;
}
/// 받은 데이터 처리
fromClient->OnRead(cbTransferred);
/// 다시 받기
if (false == fromClient->PostRecv())
{
fromClient->Disconnect();
return;
}
}
///////////////////////////////////////////////////////////
// 비동기 입력 WSARecv()에 의해서, 입력이 완료 되면 콜백으로 RecvCompletion 실행
void CALLBACK RecvCompletion( DWORD dwError, DWORD cbTransferred, LPWSAOVERLAPPED lpOverlapped, DWORD dwFlags )
{
// lpOverlapped 인자를 OverlappedIO 형태로 형변환 하면
// 해당 구조체의 멤버 변수 mObject => ClientSession*
// 바로 이 포인터가 비동기 입력 WSARecv로 보낸 ClientSession 객체의 주소값
// PostRecv 멤소드에서 mOverlappedRecv.mObject = this ; 이 부분 참조
ClientSession* fromClient = static_cast<OverlappedIO*>( lpOverlapped )->m_Object;
// Overlapped IO 완료 했음. 카운트 감소
fromClient->DecOverlappedRequest();
if ( !fromClient->IsConnected() )
return;
/// 에러 발생시 해당 세션 종료
if ( dwError || cbTransferred == 0 )
{
LogD( "[Disconnected from:]ClientSession::RecvCompletion dwError \n" );
fromClient->Disconnect();
return;
}
/// 받은 데이터 처리
fromClient->OnRead( cbTransferred );
/// 다시 받기
if ( false == fromClient->PostRecv() )
{
LogD( "[Disconnected from:]ClientSession::RecvCompletion PostRecv \n" );
fromClient->Disconnect();
return;
}
}
//
// Database test driver class
//
DbTester::DbTester(ClientSession &ss, const char *path,
const AccessCredentials *cred, int timeout, bool sleepLock)
: session(ss), dbId(ssuid, path, NULL)
{
params.idleTimeout = timeout;
params.lockOnSleep = sleepLock;
dbRef = ss.createDb(dbId, cred, NULL, params);
detail("Database %s created", path);
}
void CALLBACK SendCompletion( DWORD dwError, DWORD cbTransferred, LPWSAOVERLAPPED lpOverlapped, DWORD dwFlags )
{
ClientSession* fromClient = static_cast<OverlappedIO*>(lpOverlapped)->mObject;
fromClient->DecOverlappedRequest();
if ( !fromClient->IsConnected() )
return;
/// 에러 발생시 해당 세션 종료
if ( dwError || cbTransferred == 0 )
{
fromClient->Disconnect();
return;
}
fromClient->OnWriteComplete(cbTransferred);
}
ClientSession* SessionManager::IssueClientSession()
{
FastSpinlockGuard guard(mLock);
uint64_t threadId = (mCurrentIssueCount++ % MAX_RIO_THREAD) + 1;
CRASH_ASSERT(threadId > 0);
CRASH_ASSERT((mCurrentIssueCount - mCurrentReturnCount) <= (MAX_RIO_THREAD*MAX_CLIENT_PER_RIO_THREAD));
ClientSession* newClient = mFreeSessionList[threadId].back();
mFreeSessionList[threadId].pop_back();
newClient->AddRef();
mOccupiedSessionList.push_back(newClient);
return newClient;
}
bool SessionManager::PrepareSessionPool()
{
CRASH_ASSERT(LIoThreadId == MAIN_THREAD_ID);
for (int i = 1; i <= MAX_RIO_THREAD; ++i)
{
for (int j = 0; j < MAX_CLIENT_PER_RIO_THREAD; ++j)
{
ClientSession* client = new ClientSession(i);
if (false == client->RioInitialize())
return false;
mFreeSessionList[i].push_back(client);
}
}
return true;
}
void GameManager::BroadcastCharacterChange( int targetId, ChangeType type )
{
ClientSession* targetSession = GClientManager->GetSession( targetId );
assert( targetSession );
switch ( type )
{
case ChangeType::KINETIC_STATE:
targetSession->BroadcastKineticState( true, true );
break;
case ChangeType::CHARACTER_STATE:
targetSession->BroadcastCharacterState( );
break;
case ChangeType::RESOURCE_GATHER:
targetSession->BroadcastGatherResult( );
break;
default:
break;
}
}
bool ClientSessionManager::AcceptClientSessions()
{
FastSpinlockGuard guard(mLock);
while (mCurrentIssueCount - mCurrentReturnCount < MAX_CONNECTION)
{
ClientSession* newClient = mFreeSessionList.back();
mFreeSessionList.pop_back();
++mCurrentIssueCount;
newClient->AddRef(); ///< refcount +1 for issuing
if (false == newClient->PostAccept())
return false;
}
return true;
}
CErrno NetThread::FetchClientsQueue()
{
SCreateInfo objInfo;
while (m_queCreateClients.try_pop(objInfo))
{
INetHandlerPtr pNetHandler = CreateClientHandler(objInfo.strNodeName, objInfo.strUUID, objInfo.strAddress.c_str(), objInfo.usPort);
if (!pNetHandler)
{
continue;
}
ClientSession * pSession = dynamic_cast<ClientSession*>(pNetHandler->GetSession());
if (pSession)
{
pSession->SetReconnect(objInfo.bReconnect);
}
}
return CErrno::Success();
}
void ProcServerHandler::DbRoleCreate(void* pSession,const void* pData)
{
#pragma pack(push,1)
struct StCreateResult
{
int64 nNewCharID;
int32 nAccountID;
};
#pragma pack(pop)
ClientSession* pClientSession = static_cast<ClientSession*>(pSession);
const DbRecordSet* pRecordSet = static_cast<const DbRecordSet*>(pData);
const StCreateResult* pCreateResult = static_cast<const StCreateResult*>(pRecordSet->GetRecordData(0));
int64 nNewID = pCreateResult->nNewCharID;
int32 nAccountID = pCreateResult->nAccountID;
D2LRoleCreateResult sMsg;
if(nNewID == 0)
{
sMsg.nResult = D2LRoleCreateResult::E_FAIL_SYNC;
}else if(nNewID == 1)
{
sMsg.nResult = D2LRoleCreateResult::E_FAIL_ROLE_MAX;
}
else if (nNewID == 2)
{
sMsg.nResult = D2LRoleCreateResult::E_FAIL_NAME_EXIST;
}
else if (nNewID == 3)
{
sMsg.nResult = D2LRoleCreateResult::E_FAIL_INSERT_FAIL;
}else
{
sMsg.nNewCharID = nNewID;
sMsg.nResult = D2LRoleCreateResult::E_SUCCESS;
QueryCharacterList(pClientSession,nAccountID,0);
}
pClientSession->SendMsgToLs(&sMsg,sMsg.GetPackLength());
}