#include "FTAPIImp.h"
using namespace std;
CLock FTAPIImp::m_safe;
static set<FTAPIImp*> s_setImp;
static CLock m_safeImp;
static void OnDisConnectCallback(FTAPIChannelPtr pChannel, i64_t nErrCode)
{
	CAutoLock(m_safeImp);
	Foreach_Iter(iter, s_setImp)
	{
		FTAPIImp* pImp = *iter;
		If_Do(IsNotNullPtr(pImp), pImp->OnDisConnect(pChannel, nErrCode));
	}
}
static void OnInitConnectCallback(FTAPIChannelPtr pChannel, i64_t nErrCode, const char* strDesc)
{
	CAutoLock(m_safeImp);
	Foreach_Iter(iter, s_setImp)
	{
		FTAPIImp* pImp = *iter;
		If_Do(IsNotNullPtr(pImp), pImp->OnInitConnect(pChannel, nErrCode, strDesc));
	}
}
static void OnReplyCallback(FTAPIChannelPtr pChannel, FTAPI_ReqReplyType enReqReplyType, const FTAPI_ProtoHeader* pProtoHeader, const i8_t* pProtoData, i32_t nDataLen)
{
	CAutoLock(m_safeImp);
	Foreach_Iter(iter, s_setImp)
	{
		FTAPIImp* pImp = *iter;
		If_Do(IsNotNullPtr(pImp), pImp->OnReply(pChannel, enReqReplyType, pProtoHeader, pProtoData, nDataLen));
	}
}
static void OnPushCallback(FTAPIChannelPtr pChannel, const FTAPI_ProtoHeader* pProtoHeader, const i8_t* pProtoData, i32_t nDataLen)
{
	CAutoLock(m_safeImp);
	Foreach_Iter(iter, s_setImp)
	{
		FTAPIImp* pImp = *iter;
		If_Do(IsNotNullPtr(pImp), pImp->OnPush(pChannel, pProtoHeader, pProtoData, nDataLen));
	}
}
static inline bool PbObj2BinData(const protobuf::Message& pbObj, Buf_t& binData)
{
	binData.clear();
	i32_t nSize = pbObj.ByteSize();
	If_OMWarn_Return(nSize < 0, false);
	If_Return(nSize == 0, true); 
	binData.resize(nSize);
	If_Do_OMWarn_Return(!pbObj.SerializeToString(&binData), binData.clear(), false);
	return true;
}
static inline bool BinData2PbObj(const i8_t* pData, i32_t nDataLen, u8_t nProtoFmtType, protobuf::Message& pbObj)
{
	If_OMWarn_Return(IsNullPtr(pData) || nDataLen <= 0, false);
	bool bRet = false;
	if (nProtoFmtType == FTAPI_ProtoFmtType_Protobuf)
	{
		bRet = pbObj.ParseFromArray(pData, nDataLen);
	}
	else if (nProtoFmtType == FTAPI_ProtoFmtType_Json)
	{
		protobuf::util::JsonParseOptions ops;
		ops.ignore_unknown_fields = true;
		Str_t strJosn(pData, nDataLen);
		protobuf::util::Status status = JsonStringToMessage(strJosn, &pbObj, ops);
		bRet = (status.error_code() == protobuf::util::error::OK);
	}
	If_OMWarn(!bRet);
	return bRet;
}
static inline bool IsTrdPorto(u32_t nPorotID)
{
	return nPorotID >= FTAPI_ProtoID_Trd_Begin && nPorotID <= FTAPI_ProtoID_Trd_End;
}
static inline bool IsQotPorto(u32_t nPorotID)
{
	return nPorotID >= FTAPI_ProtoID_Qot_Begin && nPorotID <= FTAPI_ProtoID_Qot_End;
}
FTAPIImp::FTAPIImp(FTAPI_Conn *pConnApi)
{
	m_pFTAPIChannel = CreateFTAPIChannel();
    If_OMWarn(IsNullPtr(m_pFTAPIChannel));
    {
        CAutoLock(m_safeImp);
        s_setImp.insert(this);
    }   
    CAutoLock(m_safe);
	FTAPIChannel_SetOnDisconnectCallback(m_pFTAPIChannel, OnDisConnectCallback);
	FTAPIChannel_SetOnInitConnectCallback(m_pFTAPIChannel, OnInitConnectCallback);
	FTAPIChannel_SetOnReplyCallback(m_pFTAPIChannel, OnReplyCallback);
	FTAPIChannel_SetOnPushCallback(m_pFTAPIChannel, OnPushCallback);
	m_pConnApi = pConnApi;
	If_OMWarn(IsNullPtr(m_pConnApi));
}
FTAPIImp::~FTAPIImp(void)
{
    {
        CAutoLock(m_safeImp);
        s_setImp.erase(this);
    }
    CAutoLock(m_safe);
	FTAPIChannel_SetOnDisconnectCallback(m_pFTAPIChannel, nullptr);
	FTAPIChannel_SetOnInitConnectCallback(m_pFTAPIChannel, nullptr);
	FTAPIChannel_SetOnReplyCallback(m_pFTAPIChannel, nullptr);
	FTAPIChannel_SetOnPushCallback(m_pFTAPIChannel, nullptr);
	ReleaseFTAPIChannel(m_pFTAPIChannel);
	m_pFTAPIChannel = nullptr;
}
void FTAPIImp::SetClientInfo(const char* szClientID, i32_t nClientVer)
{
    CAutoLock(m_safe);
	FTAPIChannel_SetClientInfo(m_pFTAPIChannel, szClientID, nClientVer);
}
void FTAPIImp::SetProgrammingLanguage(const char* szLanguage)
{
    CAutoLock(m_safe);
	FTAPIChannel_SetProgrammingLanguage(m_pFTAPIChannel, szLanguage);
}
void FTAPIImp::SetRSAPrivateKey(const char* strRSAPrivateKey)
{
    CAutoLock(m_safe);
	FTAPIChannel_SetRSAPrivateKey(m_pFTAPIChannel, strRSAPrivateKey);
}
bool FTAPIImp::InitConnect(const char* szIPAddr, u16_t nPort, bool bEnableEncrypt)
{
    CAutoLock(m_safe);
	return FTAPIChannel_InitConnect(m_pFTAPIChannel, szIPAddr, nPort, bEnableEncrypt);
}
u64_t FTAPIImp::GetConnectID()
{
    CAutoLock(m_safe);
	return FTAPIChannel_GetConnectID(m_pFTAPIChannel);
}
bool FTAPIImp::Close()
{
    CAutoLock(m_safe);
	return FTAPIChannel_Close(m_pFTAPIChannel);
}
void FTAPIImp::RegisterConnSpi(FTSPI_Conn *pSpi)
{
	CAutoLock(m_safe);
	m_pConnSpi = pSpi;
}
void FTAPIImp::UnregisterConnSpi()
{
	CAutoLock(m_safe);
	m_pConnSpi = nullptr;
}
void FTAPIImp::RegisterQotSpi(FTSPI_Qot *pSpi)
{
	CAutoLock(m_safe);
	m_pQotSpi = pSpi;
}
void FTAPIImp::UnregisterQotSpi()
{
	CAutoLock(m_safe);
	m_pQotSpi = nullptr;
}
u32_t FTAPIImp::Sub(const Qot_Sub::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Qot_Sub, stReq);
}
u32_t FTAPIImp::GetGlobalState(const GetGlobalState::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_GetGlobalState, stReq);
}
u32_t FTAPIImp::RegQotPush(const Qot_RegQotPush::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Qot_RegQotPush, stReq);
}
u32_t FTAPIImp::GetSubInfo(const Qot_GetSubInfo::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Qot_GetSubInfo, stReq);
}
u32_t FTAPIImp::GetTicker(const Qot_GetTicker::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Qot_GetTicker, stReq);
}
u32_t FTAPIImp::GetBasicQot(const Qot_GetBasicQot::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Qot_GetBasicQot, stReq);
}
u32_t FTAPIImp::GetOrderBook(const Qot_GetOrderBook::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Qot_GetOrderBook, stReq);
}
u32_t FTAPIImp::GetKL(const Qot_GetKL::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Qot_GetKL, stReq);
}
u32_t FTAPIImp::GetRT(const Qot_GetRT::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Qot_GetRT, stReq);
}
u32_t FTAPIImp::GetBroker(const Qot_GetBroker::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Qot_GetBroker, stReq);
}
u32_t FTAPIImp::RequestRehab(const Qot_RequestRehab::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Qot_RequestRehab, stReq);
}
u32_t FTAPIImp::RequestHistoryKL(const Qot_RequestHistoryKL::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Qot_RequestHistoryKL, stReq);
}
u32_t FTAPIImp::RequestHistoryKLQuota(const Qot_RequestHistoryKLQuota::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Qot_RequestHistoryKLQuota, stReq);
}
u32_t FTAPIImp::GetTradeDate(const Qot_GetTradeDate::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Qot_GetTradeDate, stReq);
}
u32_t FTAPIImp::GetStaticInfo(const Qot_GetStaticInfo::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Qot_GetStaticInfo, stReq);
}
u32_t FTAPIImp::GetSecuritySnapshot(const Qot_GetSecuritySnapshot::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Qot_GetSecuritySnapshot, stReq);
}
u32_t FTAPIImp::GetPlateSet(const Qot_GetPlateSet::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Qot_GetPlateSet, stReq);
}
u32_t FTAPIImp::GetPlateSecurity(const Qot_GetPlateSecurity::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Qot_GetPlateSecurity, stReq);
}
u32_t FTAPIImp::GetReference(const Qot_GetReference::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Qot_GetReference, stReq);
}
u32_t FTAPIImp::GetOwnerPlate(const Qot_GetOwnerPlate::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Qot_GetOwnerPlate, stReq);
}
u32_t FTAPIImp::GetHoldingChangeList(const Qot_GetHoldingChangeList::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Qot_GetHoldingChangeList, stReq);
}
u32_t FTAPIImp::GetOptionChain(const Qot_GetOptionChain::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Qot_GetOptionChain, stReq);
}
u32_t FTAPIImp::GetWarrant(const Qot_GetWarrant::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Qot_GetWarrant, stReq);
}
u32_t FTAPIImp::GetCapitalFlow(const Qot_GetCapitalFlow::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Qot_GetCapitalFlow, stReq);
}
u32_t FTAPIImp::GetCapitalDistribution(const Qot_GetCapitalDistribution::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Qot_GetCapitalDistribution, stReq);
}
u32_t FTAPIImp::GetUserSecurity(const Qot_GetUserSecurity::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Qot_GetUserSecurity, stReq);
}
u32_t FTAPIImp::ModifyUserSecurity(const Qot_ModifyUserSecurity::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Qot_ModifyUserSecurity, stReq);
}
u32_t FTAPIImp::StockFilter(const Qot_StockFilter::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Qot_StockFilter, stReq);
}
Futu::u32_t FTAPIImp::GetCodeChange(const Qot_GetCodeChange::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Qot_GetCodeChange, stReq);
}
u32_t FTAPIImp::GetIpoList(const Qot_GetIpoList::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Qot_GetIpoList, stReq);
}
u32_t FTAPIImp::GetFutureInfo(const Qot_GetFutureInfo::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Qot_GetFutureInfo, stReq);
}
u32_t FTAPIImp::RequestTradeDate(const Qot_RequestTradeDate::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Qot_RequestTradeDate, stReq);
}
u32_t FTAPIImp::SetPriceReminder(const Qot_SetPriceReminder::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Qot_SetPriceReminder, stReq);
}
u32_t FTAPIImp::GetPriceReminder(const Qot_GetPriceReminder::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Qot_GetPriceReminder, stReq);
}
u32_t FTAPIImp::GetUserSecurityGroup(const Qot_GetUserSecurityGroup::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Qot_GetUserSecurityGroup, stReq);
}
u32_t FTAPIImp::GetMarketState(const Qot_GetMarketState::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Qot_GetMarketState, stReq);
}
u32_t FTAPIImp::GetOptionExpirationDate(const Qot_GetOptionExpirationDate::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Qot_GetOptionExpirationDate, stReq);
}
void FTAPIImp::RegisterTrdSpi(FTSPI_Trd *pSpi)
{
	CAutoLock(m_safe);
	m_pTrdSpi = pSpi;
}
void FTAPIImp::UnregisterTrdSpi()
{
	CAutoLock(m_safe);
	m_pTrdSpi = nullptr;
}
bool FTAPIImp::GetPacketID(Common::PacketID &stPacketID)
{
	CAutoLock(m_safe);
	u64_t nConnectID = GetConnectID();
	stPacketID.set_connid(nConnectID);
	stPacketID.set_serialno(++m_nTrdSerialNo);
	return nConnectID != 0;
}
u32_t FTAPIImp::GetAccList(const Trd_GetAccList::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Trd_GetAccList, stReq);
}
u32_t FTAPIImp::UnlockTrade(const Trd_UnlockTrade::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Trd_UnlockTrade, stReq);
}
u32_t FTAPIImp::SubAccPush(const Trd_SubAccPush::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Trd_SubAccPush, stReq);
}
u32_t FTAPIImp::GetFunds(const Trd_GetFunds::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Trd_GetFunds, stReq);
}
u32_t FTAPIImp::GetPositionList(const Trd_GetPositionList::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Trd_GetPositionList, stReq);
}
u32_t FTAPIImp::GetMaxTrdQtys(const Trd_GetMaxTrdQtys::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Trd_GetMaxTrdQtys, stReq);
}
u32_t FTAPIImp::GetOrderList(const Trd_GetOrderList::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Trd_GetOrderList, stReq);
}
u32_t FTAPIImp::PlaceOrder(const Trd_PlaceOrder::Request &stReq)
{
	Trd_PlaceOrder::Request stRealReq;
	stRealReq.CopyFrom(stReq);
	if (stRealReq.has_c2s())
	{
		Common::PacketID *pPacketID = stRealReq.mutable_c2s()->mutable_packetid();
		GetPacketID(*pPacketID);
	}
	return SendProto(FTAPI_ProtoID_Trd_PlaceOrder, stRealReq);
}
u32_t FTAPIImp::ModifyOrder(const Trd_ModifyOrder::Request &stReq)
{
	Trd_ModifyOrder::Request stRealReq;
	stRealReq.CopyFrom(stReq);
	if (stRealReq.has_c2s())
	{
		Common::PacketID *pPacketID = stRealReq.mutable_c2s()->mutable_packetid();
		GetPacketID(*pPacketID);
	}
	return SendProto(FTAPI_ProtoID_Trd_ModifyOrder, stRealReq);
}
u32_t FTAPIImp::GetOrderFillList(const Trd_GetOrderFillList::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Trd_GetOrderFillList, stReq);
}
u32_t FTAPIImp::GetHistoryOrderList(const Trd_GetHistoryOrderList::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Trd_GetHistoryOrderList, stReq);
}
u32_t FTAPIImp::GetHistoryOrderFillList(const Trd_GetHistoryOrderFillList::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Trd_GetHistoryOrderFillList, stReq);
}
u32_t FTAPIImp::GetMarginRatio(const Trd_GetMarginRatio::Request &stReq)
{
	return SendProto(FTAPI_ProtoID_Trd_GetMarginRatio, stReq);
}
u32_t FTAPIImp::GetOrderFee(const Trd_GetOrderFee::Request& stReq)
{
    return SendProto(FTAPI_ProtoID_Trd_GetOrderFee, stReq);
}
#define OnReplyNotify(strProtoType, strProtoName)	\
	case FTAPI_ProtoID_##strProtoType##_##strProtoName:\
	{\
		strProtoType##_##strProtoName::Response stRsp;\
		if (enReqReplyType == FTAPI_ReqReplyType_SvrReply)\
		{\
			if(!BinData2PbObj(pProtoData, nDataLen, pProtoHeader->nProtoFmtType, stRsp))\
			{\
				stRsp.set_rettype(Common::RetType_Invalid);\
			}\
		}\
		else {stRsp.set_rettype(enReqReplyType);}\
		m_p##strProtoType##Spi->OnReply_##strProtoName(pProtoHeader->nSerialNo, stRsp);\
	}\
	break;
#define OnTrdReply(strProto)	OnReplyNotify(Trd, strProto)
#define OnQotReply(strProto)	OnReplyNotify(Qot, strProto)
void FTAPIImp::OnReply(FTAPIChannelPtr pChannel, FTAPI_ReqReplyType enReqReplyType, const FTAPI_ProtoHeader* pProtoHeader, const i8_t* pProtoData, i32_t nDataLen)
{	
	CAutoLock(m_safe);
	If_ReturnVoid(pChannel != m_pFTAPIChannel);
	u32_t nProtoID = pProtoHeader->nProtoID;
	If_ReturnVoid(IsTrdPorto(nProtoID) && IsNullPtr(m_pTrdSpi));
	If_ReturnVoid(IsQotPorto(nProtoID) && IsNullPtr(m_pQotSpi));
	switch (nProtoID)
	{
	case FTAPI_ProtoID_GetGlobalState:
		{
			if (IsNotNullPtr(m_pQotSpi))
			{
				GetGlobalState::Response stRsp;
				if (enReqReplyType == FTAPI_ReqReplyType_SvrReply)
				{
					if (!BinData2PbObj(pProtoData, nDataLen, pProtoHeader->nProtoFmtType, stRsp))
					{
						stRsp.set_rettype(Common::RetType_Invalid);
					}
				}
				else
				{
					stRsp.set_rettype(enReqReplyType);
				}
				m_pQotSpi->OnReply_GetGlobalState(pProtoHeader->nSerialNo, stRsp);
			}
		}
		break;
		OnQotReply(Sub);
		OnQotReply(RegQotPush);
		OnQotReply(GetSubInfo);
		OnQotReply(GetTicker);
		OnQotReply(GetBasicQot);
		OnQotReply(GetOrderBook);
		OnQotReply(GetKL);
		OnQotReply(GetRT);
		OnQotReply(GetBroker);
		OnQotReply(RequestRehab);
		OnQotReply(RequestHistoryKL);
		OnQotReply(RequestHistoryKLQuota);
		OnQotReply(GetTradeDate);
		OnQotReply(GetStaticInfo);
		OnQotReply(GetSecuritySnapshot);
		OnQotReply(GetPlateSet);
		OnQotReply(GetPlateSecurity);
		OnQotReply(GetReference);
		OnQotReply(GetOwnerPlate);
		OnQotReply(GetHoldingChangeList);
		OnQotReply(GetOptionChain);
		OnQotReply(GetWarrant);
		OnQotReply(GetCapitalFlow);
		OnQotReply(GetCapitalDistribution);
		OnQotReply(GetUserSecurity);
		OnQotReply(ModifyUserSecurity);
		OnQotReply(StockFilter);
		OnQotReply(GetCodeChange);
		OnQotReply(GetIpoList);
		OnQotReply(GetFutureInfo);
		OnQotReply(RequestTradeDate);
		OnQotReply(SetPriceReminder);
		OnQotReply(GetPriceReminder);
		OnQotReply(GetUserSecurityGroup);
		OnQotReply(GetMarketState);
		OnQotReply(GetOptionExpirationDate);
		OnTrdReply(GetAccList);
		OnTrdReply(UnlockTrade);
		OnTrdReply(SubAccPush);
		OnTrdReply(GetFunds);
		OnTrdReply(GetPositionList);
		OnTrdReply(GetMaxTrdQtys);
		OnTrdReply(GetOrderList);
		OnTrdReply(PlaceOrder);
		OnTrdReply(ModifyOrder);
		OnTrdReply(GetOrderFillList);
		OnTrdReply(GetHistoryOrderList);
		OnTrdReply(GetHistoryOrderFillList);
		OnTrdReply(GetMarginRatio);
        OnTrdReply(GetOrderFee);
	}
}
#define OnPushNotify(strProtoType, strProtoName)	\
	case FTAPI_ProtoID_##strProtoType##_##strProtoName:\
	{\
		strProtoType##_##strProtoName::Response stRsp;\
		if (!BinData2PbObj(pProtoData, nDataLen, pProtoHeader->nProtoFmtType, stRsp))\
		{stRsp.set_rettype(Common::RetType_Invalid);}\
		m_p##strProtoType##Spi->OnPush_##strProtoName(stRsp);\
	}break;
#define OnTrdPush(strProto)	OnPushNotify(Trd, strProto)
#define OnQotPush(strProto)	OnPushNotify(Qot, strProto)
void FTAPIImp::OnPush(FTAPIChannelPtr pChannel, const FTAPI_ProtoHeader* pProtoHeader, const i8_t* pProtoData, i32_t nDataLen)
{
	CAutoLock(m_safe);
	If_ReturnVoid(pChannel != m_pFTAPIChannel);
	u32_t nProtoID = pProtoHeader->nProtoID;
	If_ReturnVoid(IsTrdPorto(nProtoID) && IsNullPtr(m_pTrdSpi));
	If_ReturnVoid(IsQotPorto(nProtoID) && IsNullPtr(m_pQotSpi));
	switch (nProtoID)
	{
	case FTAPI_ProtoID_Notify:
		{
			if (IsNotNullPtr(m_pQotSpi))
			{
				Notify::Response stRsp;
				if (!BinData2PbObj(pProtoData, nDataLen, pProtoHeader->nProtoFmtType, stRsp))
				{
					stRsp.set_rettype(Common::RetType_Invalid);
				}
				m_pQotSpi->OnPush_Notify(stRsp);
			}
		}
		break;
		OnQotPush(UpdateTicker);
		OnQotPush(UpdateBasicQot);
		OnQotPush(UpdateOrderBook);
		OnQotPush(UpdateKL);
		OnQotPush(UpdateRT);
		OnQotPush(UpdateBroker);
		OnQotPush(UpdatePriceReminder);
		OnTrdPush(UpdateOrder);
		OnTrdPush(UpdateOrderFill);
	}
}
void FTAPIImp::OnDisConnect(FTAPIChannelPtr pChannel, i64_t nErrCode)
{
	CAutoLock(m_safe);
	If_ReturnVoid(pChannel != m_pFTAPIChannel);
	If_ReturnVoid(IsNullPtr(m_pConnSpi));
	m_pConnSpi->OnDisConnect(m_pConnApi, nErrCode);
}
void FTAPIImp::OnInitConnect(FTAPIChannelPtr pChannel, i64_t nErrCode, const char* strDesc)
{
	CAutoLock(m_safe);
	If_ReturnVoid(pChannel != m_pFTAPIChannel);
	If_ReturnVoid(IsNullPtr(m_pConnSpi));
	m_pConnSpi->OnInitConnect(m_pConnApi, nErrCode, strDesc);
}
u32_t FTAPIImp::SendProto(u32_t nProtoID, const protobuf::Message& pbObj)
{
    CAutoLock(m_safe);
	Buf_t binData;
	If_OMWarn_Return(!PbObj2BinData(pbObj, binData), 0);
	return FTAPIChannel_SendProto(m_pFTAPIChannel, nProtoID, 0, binData.data(), ContainerSize(binData));
}