void CCoupleHelper::Handler( LPDB_OVERLAPPED_PLUS pov, DWORD dwCompletionKey )
{
CAr ar( pov->lpBuf, pov->uBufSize );
switch( pov->nQueryMode )
{
case eTransfer:
OnTransfer( dwCompletionKey );
break;
case ePropose:
OnPropose( ar, dwCompletionKey );
break;
case eCouple:
OnCouple( ar );
break;
case eDecouple:
OnDecouple( ar );
break;
case eClearPropose:
OnClearPropose();
break;
#if __VER >= 13 // __COUPLE_1202
case eAddExperience:
OnAddExperience( ar );
break;
#endif // __COUPLE_1202
default:
break;
}
}
void MRTTransferSession::OnMsgAck(pms::TransferMsg& tmsg)
{
#if DEF_PROTO
pms::TransferMsg ack_msg;
ack_msg.set_type(tmsg.type());
ack_msg.set_flag(pms::ETransferFlag::FACK);
ack_msg.set_priority(tmsg.priority());
OnTransfer(ack_msg.SerializeAsString());
#else
LE("not define DEF_PROTO\n")
#endif
}
void CRTTransferSession::OnMsgAck(TRANSFERMSG& tmsg)
{
TRANSFERMSG ack_msg;
if (tmsg._action == TRANSFERACTION::req) {
ack_msg._action = TRANSFERACTION::req_ack;
} else {
ack_msg._action = TRANSFERACTION::resp_ack;
}
ack_msg._fmodule = TRANSFERMODULE::mconnector;
ack_msg._type = tmsg._type;
ack_msg._trans_seq = tmsg._trans_seq;
ack_msg._trans_seq_ack = tmsg._trans_seq + 1;
ack_msg._valid = tmsg._valid;
ack_msg._content = "";
const std::string s = ack_msg.ToJson();
OnTransfer(s);
}
int RTTransfer::DoProcessData(const char *pData, int nLen)
{
if (nLen==0) {
return 0;
}
memset((void*)&m_msg, 0, sizeof(TRANSFERMSG));
std::string str(pData, nLen), err;
m_msg.GetMsg(str, err);
if (err.length() > 0) {
LE("%s err:%s\n", __FUNCTION__, err.c_str());
if (err.compare(INVALID_JSON_PARAMS)==0) {
// Here means the msg not received totally
return -1;
} else {
// Here means the msg error
return nLen;
}
}
{
if (m_msg._action == TRANSFERACTION::req) {
TRANSFERMSG ack_msg;
ack_msg._action = TRANSFERACTION::req_ack;
ack_msg._fmodule = TRANSFERMODULE::mconnector;
ack_msg._type = m_msg._type;
ack_msg._trans_seq = m_msg._trans_seq;
ack_msg._trans_seq_ack = m_msg._trans_seq + 1;
ack_msg._valid = m_msg._valid;
ack_msg._content = "";
const std::string s = ack_msg.ToJson();
OnTransfer(s);
} else if (m_msg._action == TRANSFERACTION::req_ack) {
if (m_msg._trans_seq + 1 == m_msg._trans_seq_ack) {
// ack ok
return nLen;
} else {
// ack failer
LE("msg ack failed, seq:%d, seq_ack:%d\n",m_msg._trans_seq, m_msg._trans_seq_ack);
return nLen;
}
} else if (m_msg._action == TRANSFERACTION::resp) {
TRANSFERMSG ack_msg;
ack_msg._action = TRANSFERACTION::resp_ack;
ack_msg._fmodule = TRANSFERMODULE::mconnector;
ack_msg._type = m_msg._type;
ack_msg._trans_seq = m_msg._trans_seq;
ack_msg._trans_seq_ack = m_msg._trans_seq + 1;
ack_msg._valid = m_msg._valid;
ack_msg._content = "";
const std::string s = ack_msg.ToJson();
OnTransfer(s);
} else if (m_msg._action == TRANSFERACTION::resp_ack) {
if (m_msg._trans_seq + 1 == m_msg._trans_seq_ack) {
// ack ok
return nLen;
} else {
// ack failer
LE("msg ack failed, seq:%d, seq_ack:%d\n",m_msg._trans_seq, m_msg._trans_seq_ack);
return nLen;
}
} else {
LE("msg action error!!!!!\n");
}
}
{
if (m_msg._type == TRANSFERTYPE::conn) {
OnTypeConn(m_msg._fmodule, m_msg._content);
} else if (m_msg._type == TRANSFERTYPE::trans) {
OnTypeTrans(m_msg._fmodule, m_msg._content);
} else if (m_msg._type == TRANSFERTYPE::queue) {
OnTypeQueue(m_msg._fmodule, m_msg._content);
} else if (m_msg._type == TRANSFERTYPE::dispatch) {
OnTypeDispatch(m_msg._fmodule, m_msg._content);
} else if (m_msg._type == TRANSFERTYPE::push) {
OnTypePush(m_msg._fmodule, m_msg._content);
} else {
LE("invalid type::%d", m_msg._type);
}
}
return nLen;
}
FORCEINLINE OnTransfer Transfer()
{
return OnTransfer(*this);
}
inline OnTransfer Transfer()
{
return OnTransfer(*this);
}
