CErrno NetThread::StartupServer(const std::string & strNetNodeName , const std::string & strType , const std::string & strAddress , INT32 nPort , BOOL bResueAddr)
{
m_usServerPort = nPort;
m_strNetNodeName = strNetNodeName;
m_strAddress = strAddress;
m_strRpcType = strType;
if (nPort == -1)
{
m_usServerPort = NetHelper::GetUnusedPort();
}
Net::ISession * pSeesion = new Net::ServerSession(strAddress.c_str() , m_usServerPort , m_strNetNodeName);
NetHandlerListenerPtr pListener(new NetHandlerListener(m_pNetReactor , pSeesion));
if (CErrno::Failure() == pListener->Init(strAddress.c_str(), m_usServerPort , bResueAddr))
{
gErrorStream("NetHandlerListener init failure:" << m_strNetNodeName << ":address=" << strAddress << ":port=" << m_usServerPort);
return CErrno::Failure();
}
if (m_pNetReactor->GetReactorType() == REACTOR_TYPE_EPOLLEX)
{
if (!(m_pNetReactor->AddNetHandler(pListener, (ENetHandlerFuncMask)(NET_FUNC_EXCEPT | NET_FUNC_ACCEPT | NET_FUNC_TIMEOUT)).IsSuccess()))
{
gErrorStream("StartupRPCServer AddNetHandler failure:" << strNetNodeName << ":address=" << strAddress << ":port=" << m_usServerPort);
return CErrno::Failure();
}
#ifdef _LINUX
EpollexCoTask * pTask = (EpollexCoTask*)(pSeesion->GetContext());
if (pTask)
{
pTask->pNetHandler = pListener;
pTask->fd = pSeesion->GetSocket();
}
#endif
}
else
{
if (!(m_pNetReactor->AddNetHandler(pListener, Net::NET_FUNC_ACCEPT_DEFAULT)).IsSuccess())
{
gErrorStream("StartupRPCServer AddNetHandler failure:" << strNetNodeName << ":address=" << strAddress << ":port=" << m_usServerPort);
return CErrno::Failure();
}
}
gDebugStream("StartupRPCServer success:" << strNetNodeName << ":address=" << strAddress << ":port=" << m_usServerPort);
return CErrno::Success();
}
bool DataBlockHelper::ParseHead()
{
//----------------------------------------------------
//分析列数和类型
vector< char > vLineBuf;
vLineBuf.resize(MAX_LINE_BYTES, 0);
char* szLine = &(vLineBuf[0]);
//读第一行,解析字段名
pMemory = const_cast<char*>(_GetLineFromMemory(szLine, MAX_LINE_BYTES, pMemory, pEnd));
if(NULL == pMemory) return false;
_ConvertStringToVector(szLine, vTitle, "\t", true, true);
if(vTitle.empty()) return false;
//建立字段类型列表
vector<std::string> tmp;
pMemory = const_cast<char*>(_GetLineFromMemory(szLine, MAX_LINE_BYTES, pMemory, pEnd));
if(NULL == pMemory) return false;
_ConvertStringToVector(szLine, tmp, "\t", true, true);
if(tmp.empty()) return false;
if (vTitle.size() != tmp.size())
{
return false;
}
uint32 nFieldsNum = vTitle.size();
vFieldsType.resize(nFieldsNum);
for(uint32 i = 0; i<nFieldsNum; i++)
{
transform(tmp[i].begin(), tmp[i].end(), tmp[i].begin(), ::toupper);
if(tmp[i] == string("INT"))
{
vFieldsType[i] = Field_Type::T_INT;
}
else if((tmp[i] == string("FLOAT")) || (tmp[i] == string("DOUBLE")))
{
vFieldsType[i] = Field_Type::T_FLOAT;
}
else if(tmp[i] == string("STRING"))
{
vFieldsType[i] = Field_Type::T_STRING;
}
else if((tmp[i] == string("BOOL")) || (tmp[i] == string("BOOLEAN")))
{
vFieldsType[i] = Field_Type::T_BOOL;
}
else
{
return false;
}
}
//读出注释行,按照这个方式是从第四行开始就是数据，如果有变化可以在此处修改
pMemory = const_cast<char*>(_GetLineFromMemory(szLine, MAX_LINE_BYTES, pMemory, pEnd));
if(NULL == pMemory)
{
gErrorStream("Table file with out any content.");
return false;
}
return true;
}
INT32 CoCreate(void ** pCoID, coroutine_func pFunc, void * pArg)
{
*pCoID = CreateFiber(0, pFunc, pArg);
if (*pCoID == NULL)
{
gErrorStream("create fiber failed.\n");
}
return 0;
}
INetHandlerPtr NetThread::CreateClientHandler(std::string strNodeName, std::string strUUID, const char * pAddress, UINT16 usPort, Net::NetSocket socket /*= 0*/, void * context/* = NULL*/)
{
if (!pAddress)
{
gErrorStream("createClientHandler error.");
return NULL;
}
if (strUUID == "")
{
char buf[256] = { 0 };
CUtil::GenerateUUIDBySys(buf);
strUUID = buf;
}
Net::ClientSession * pSession = new Net::ClientSession(pAddress, usPort, strNodeName.c_str());
NetHandlerClientPtr pNetHandler(new NetHandlerClient(m_pNetReactor, pSession));
pSession->SetPeerUUID(strUUID.c_str());
CErrno nResult = pNetHandler->Init();
// if (nResult.IsSuccess())
{
m_pNetReactor->AddNetHandler(pNetHandler);
}
SPeerKey objCreateInfo;
objCreateInfo.strAddress = pAddress;
objCreateInfo.strNodeName = strNodeName;
objCreateInfo.strUUID = strUUID;
objCreateInfo.usPort = usPort;
SPeerInfo objPeer;
objPeer.nSessionID = pSession->GetSessionID();
objPeer.nPeerSessionID = -1;
objPeer.usPeerPort = usPort;
objPeer.nState = PING_STATE_PINGING;
objPeer.strAddress = pAddress;
objPeer.strCurNodeName = strNodeName;
objPeer.bConected = false;
objPeer.bReconnectState = pSession->GetReconnectState();
AddPeerSession(objCreateInfo , objPeer);
return pNetHandler;
}