MsgStatus CMessage2Parser::_ParserHead(CMessage* pMsg, const CBufferMessage& pBuf)
{
uint8* pData = pBuf.GetBuffer();
uint8 NumByte[4] = {0};
if (!pData)
{
return MsgStatus_Err;
}
for (int index = 0; index < MSG_CLASS_LEN; index++)
{
NumByte[index] = pData[MSG_PACKSIZE_INDEX + index];
}
if (pBuf.GetSize() != _ByteToInt(NumByte))
{
return MsgStatus_Err;
}
memset(NumByte,0,4);
for (int index = 0; index < MSG_CLASS_COMMAND; index++)
{
NumByte[index] = pData[MSG_COMMAND_INDEX + index];
}
m_MsgId = _ByteToInt(NumByte);
return MsgStatus_Ok;
}
MsgStatus CMessage2Parser::_ParserTail(CMessage* pMsg, const CBufferMessage& pBuf)
{
uint8* pData = pBuf.GetBuffer();
if (pData[CMessage2Parser::GetMessageLen(pBuf.GetBuffer(), pBuf.GetSize()) - 1] != MSG_END)
{
return MsgStatus_Err;
}
return MsgStatus_Ok;
}
ResultCode CNetCenter::SendServer( const CMessage &helper )
{
if (!m_isConnected)
{
_ConnectServer();
}
CMessage2Pack packer;
int len;
packer.GetPackSize(&helper, len);
CBufferMessage buffer;
buffer.Alloc(len);
packer.PackMessage(&helper, buffer);
m_serverSocket.Send(buffer.GetBuffer(),len);
return Result_Success;
}
void CNetCenter::OnReceive( int nErrorCode,CAsyncSocketEx* pSock )
{
Global->PtrAssert(pSock);
CBufferMessage buffer;
buffer.Alloc(1024);
int length = pSock->Receive(buffer.GetBuffer(),1024);
Global->Logf(LogFile_Net,_T("OnReceive, size:%d\n"),length);
CMessage2Parser parser;
CMessage msg(parser.GetMsgType(buffer));
if (parser.Parser(&msg, buffer) == MsgStatus_Ok)
{
_DispatchMessage(msg);
}
}
void CNetCenter::OnPackReady(const CBufferMessage &buffer )
{
Global->Logf(LogFile_Net,_T("OnPackReady, size:%d\n"),buffer.GetSize());
CMessage2Parser parser;
CMessage msg(parser.GetMsgType(buffer));
if(parser.Parser(&msg, buffer) == MsgStatus_Ok)
{
_DispatchMessage(msg);
}
}
MsgStatus CMessage2Parser::_ParserParam( CMessage* pMsg, const CBufferMessage& pBuf )
{
uint8* pData = pBuf.GetBuffer();
int nParserIndex = MSG_HEAD_LEN;
std::string strParam;
int ArrSize = 0;
std::vector<std::string> vecStrParam;
std::vector<uint8> vecUint8Param;
std::vector<uint16> vecUint16Param;
std::vector<uint32> vecUint32Param;
ArrayData* pArrData = NULL;
uint8 NumByte[4] = {0};
for (auto It = pMsg->PortBegin(); It != pMsg->PortEnd(); It++)
{
pArrData = new ArrayData;
switch (It->second.first)
{
case MsgDataMType_Data:
switch (It->second.second)
{
case MsgDataType_String:
for (int index = 0; index < sizeof(uint32); index++)
{
NumByte[index] = pData[nParserIndex];
nParserIndex++;
}
for (int index = 0; index < _ByteToInt(NumByte); index++)
{
if ((_ByteToInt(NumByte) == 1) && (pData[nParserIndex] == 0))
{
nParserIndex++;
break;
}
strParam.push_back(pData[nParserIndex]);
nParserIndex++;
}
pMsg->Write(It->first, new StringData(strParam));
strParam.clear();
memset(NumByte, 0, 4);
break;
case MsgDataType_Uint8:
pMsg->Write(It->first, new NumData<uint8>(pData[nParserIndex]));
nParserIndex++;
break;
case MsgDataType_Uint16:
for (int index = 0; index < sizeof(uint16); index++)
{
NumByte[index] = pData[nParserIndex];
nParserIndex++;
}
pMsg->Write(It->first, new NumData<uint16>(_ByteToInt(NumByte)));
memset(NumByte, 0, 4);
break;
case MsgDataType_Uint32:
for (int index = 0; index < sizeof(uint32); index++)
{
NumByte[index] = pData[nParserIndex];
nParserIndex++;
}
pMsg->Write(It->first, new NumData<uint32>(_ByteToInt(NumByte)));
memset(NumByte, 0, 4);
break;
}
break;
case MsgDataMType_List:
for (int index = 0; index < sizeof(uint32); index++)
{
NumByte[index] = pData[nParserIndex];
nParserIndex++;
}
ArrSize = _ByteToInt(NumByte);
memset(NumByte, 0, 4);
for (int index = 0; index < ArrSize; index++)
{
if (It->second.second == MsgDataType_String)
{
for (int index = 0; index < sizeof(uint32); index++)
{
NumByte[index] = pData[nParserIndex];
nParserIndex++;
}
for (int index = 0; index < _ByteToInt(NumByte); index++)
{
if ((_ByteToInt(NumByte) == 1) && (pData[nParserIndex] == 0))
{
nParserIndex++;
break;
}
strParam.push_back(pData[nParserIndex]);
nParserIndex++;
}
vecStrParam.push_back(strParam);
strParam.clear();
memset(NumByte, 0, 4);
}
else if (It->second.second == MsgDataType_Uint8)
{
vecUint8Param.push_back(pData[nParserIndex]);
nParserIndex++;
}
else if (It->second.second == MsgDataType_Uint16)
{
for (int index = 0; index < sizeof(uint16); index++)
{
NumByte[index] = pData[nParserIndex];
nParserIndex++;
}
vecUint16Param.push_back(_ByteToInt(NumByte));
memset(NumByte, 0, 4);
}
else if (It->second.second == MsgDataType_Uint32)
{
for (int index = 0; index < sizeof(uint32); index++)
{
NumByte[index] = pData[nParserIndex];
nParserIndex++;
}
vecUint32Param.push_back(_ByteToInt(NumByte));
memset(NumByte, 0, 4);
}
}
if (!vecStrParam.empty())
{
pArrData->Push(vecStrParam);
vecStrParam.clear();
}
if (!vecUint8Param.empty())
{
pArrData->Push(vecUint8Param);
vecUint8Param.clear();
}
if (!vecUint16Param.empty())
{
pArrData->Push(vecUint16Param);
vecUint16Param.clear();
}
if (!vecUint32Param.empty())
{
pArrData->Push(vecUint32Param);
vecUint32Param.clear();
}
pMsg->WriteArr(It->first, pArrData);
break;
default:
return MsgStatus_Err;
}
}
return MsgStatus_Ok;
}
