int CgcUdpClient::startClient(const tstring & sCgcServerAddr, unsigned int bindPort, int nThreadStackSize)
{
if (m_udpClient.get() != 0) return 0;
if (!setRemoteAddr(sCgcServerAddr)) return -1;
try
{
if (m_ipService.get() == 0)
m_ipService = mycp::asio::IoService::create();
if (m_udpClient.get()==NULL)
m_udpClient = mycp::asio::UdpSocket::create();
CgcUdpClient::pointer clientHandler = boost::static_pointer_cast<CgcUdpClient, CgcBaseClient>(boost::enable_shared_from_this<CgcBaseClient>::shared_from_this());
m_udpClient->start(m_ipService->ioservice(), bindPort, clientHandler, nThreadStackSize, m_nIoSendBufferSize, m_nIoReceiveBufferSize);
m_udpClient->socket()->connect(m_endpointRemote);
m_ipService->start();
//boost::asio::socket_base::send_buffer_size a;
//boost::asio::socket_base::receive_buffer_size b;
//m_udpClient->socket()->get_option(a);
//m_udpClient->socket()->get_option(b);
//char lpszBuffer[200];
//sprintf(lpszBuffer,"send-buf-size=%d,recv-buf-size=%d",a.value(),b.value());
//MessageBox(NULL,lpszBuffer,lpszBuffer,MB_OK);
// **测试，不能删除；
#ifdef WIN32
Sleep(50);
#else
usleep(50000);
#endif
m_endpointLocal = m_udpClient->socket()->local_endpoint();
m_ipLocal = CCgcAddress(m_endpointLocal.address().to_string(), m_endpointLocal.port(), CCgcAddress::ST_UDP);
}catch (const std::exception&)
{
//std::cerr << e.what() << std::endl;
return -2;
}catch(...)
{}
return 0;
}
void CStreamCgcProxy::OnCgcResponse(const cgcParserSotp & response)
{
if (response.isResulted() && response.isOpenType())
{
return;
}
if (m_handler == NULL || m_cgcClient == NULL) return;
long resultValue = response.getResultValue();
switch (response.getSign())
{
case 1001:
{
// Text Message
tstring sFromUser = response.getRecvParameterValue(_T("FromUser"));
tstring sMsg = response.getRecvParameterValue(_T("Msg"));
//m_handler->onSendTextMessage(sFromUser, sMsg);
}break;
case 1002:
{
// From TCP/IP
// P2P Request Message, From Server
tstring sFromUser = response.getRecvParameterValue(_T("FromUser"));
tstring sRemoteAddr = response.getRecvParameterValue(_T("RemoteAddr"));
long nP2PType = response.getRecvParameterValue(_T("P2PType"), 0);
long nP2PParam = response.getRecvParameterValue(_T("P2PParam"), 0);
char buffer[30];
sprintf(buffer, ":%d-%d", nP2PType, nP2PParam);
tstring sP2PKey(sFromUser);
sP2PKey.append(buffer);
CDoP2PClientHandler::pointer pP2PClient;
if (!m_p2pProxy.find(sP2PKey, pP2PClient, false))
{
DoSotpClientHandler::pointer pDoHandler = m_sotpClient.startClient(nP2PType == CDoP2PClientHandler::P2P_AUDIO || nP2PType == CDoP2PClientHandler::P2P_VIDEO
? m_rtpAddr : m_udpAddr);
if (pDoHandler.get() == NULL) break;
pDoHandler->doSetAppName(const_Avs_AppName);
pP2PClient = P2PClient::create(pDoHandler);
m_p2pProxy.insert(sP2PKey, pP2PClient);
}
pP2PClient->setP2PInfo(sFromUser, nP2PType);
pP2PClient->setP2PAddress(sRemoteAddr);
pP2PClient->setP2PParam(nP2PParam);
// Response P2P Request, To Server
avsResponseP2PUser(sFromUser, nP2PType, nP2PParam);
}break;
case 1003:
{
// From TCP/IP
// P2P Response Message, From Server
tstring sFromUser = response.getRecvParameterValue(_T("FromUser"));
tstring sRemoteAddr = response.getRecvParameterValue(_T("RemoteAddr"));
long nP2PType = response.getRecvParameterValue(_T("P2PType"), 0);
long nP2PParam = response.getRecvParameterValue(_T("P2PParam"), 0);
char buffer[30];
sprintf(buffer, ":%d-%d", nP2PType, nP2PParam);
tstring sP2PKey(sFromUser);
sP2PKey.append(buffer);
CDoP2PClientHandler::pointer pP2PClient;
if (!m_p2pProxy.find(sP2PKey, pP2PClient, false))
break;
pP2PClient->setP2PInfo(sFromUser, nP2PType);
pP2PClient->setP2PAddress(sRemoteAddr);
pP2PClient->setP2PParam(nP2PParam);
// 1003: P2P ACK
DoSotpClientHandler::pointer pDoHandler = pP2PClient->dohandler();
BOOST_ASSERT(pDoHandler.get() != NULL);
pDoHandler->doSetRemoteAddr(sRemoteAddr);
for (int i=0; i<=2; i++)
pDoHandler->doSendData((const unsigned char*)"p2ptest", 7);
for (int i=0; i<20; i++)
{
if (m_bDoAccountUnRegister)
break;
if (pP2PClient->getLocalP2PStatus())
sendP2PAck(pP2PClient, nP2PType, nP2PParam, true);
else
sendP2PAck(pP2PClient, nP2PType, nP2PParam, false);
#ifdef WIN32
Sleep(500);
#else
usleep(500000);
#endif
if (pP2PClient->getLocalP2PStatus() && pP2PClient->getRemoteP2PStatus())
break;
}
//CDoP2PClientHandler * pClientHandler = (CDoP2PClientHandler*)pP2PClient.get();
if (pP2PClient->getLocalP2PStatus() && pP2PClient->getRemoteP2PStatus())
{
bool disableSotpParse = true;
CP2PHandler * pP2PHandler = m_handler->onP2PUserAck(pP2PClient, disableSotpParse);
if (pP2PHandler != NULL)
pP2PClient->setP2PHandler(pP2PHandler, disableSotpParse);
}else
{
m_handler->onP2PRequestTimeout(pP2PClient);
}
}break;
case 1004:
{
// From TCP/IP
// P2P Response Message return From Server
tstring sToUser = response.getRecvParameterValue(_T("ToUser"));
long nP2PType = response.getRecvParameterValue(_T("P2PType"), 0);
long nP2PParam = response.getRecvParameterValue(_T("P2PParam"), 0);
char buffer[30];
sprintf(buffer, ":%d-%d", nP2PType, nP2PParam);
tstring sP2PKey(sToUser);
sP2PKey.append(buffer);
CDoP2PClientHandler::pointer pP2PClient;
if (!m_p2pProxy.find(sP2PKey, pP2PClient, false))
break;
DoSotpClientHandler::pointer pDoHandler = pP2PClient->dohandler();
BOOST_ASSERT(pDoHandler.get() != NULL);
pDoHandler->doSetRemoteAddr(pP2PClient->getP2PAddress());
// 1003: P2P ACK
for (int i=0; i<=2; i++)
pDoHandler->doSendData((const unsigned char*)"p2ptest", 7);
for (int i=0; i<20; i++)
{
if (m_bDoAccountUnRegister)
break;
if (pP2PClient->getLocalP2PStatus())
sendP2PAck(pP2PClient, nP2PType, nP2PParam, true);
else
sendP2PAck(pP2PClient, nP2PType, nP2PParam, false);
#ifdef WIN32
Sleep(500);
#else
usleep(500000);
#endif
if (pP2PClient->getLocalP2PStatus() && pP2PClient->getRemoteP2PStatus())
break;
}
if (pP2PClient->getLocalP2PStatus() && pP2PClient->getRemoteP2PStatus())
{
bool disableSotpParse = true;
//CDoP2PClientHandler * pClientHandler = (CDoP2PClientHandler*)pP2PClient.get();
CP2PHandler * pP2PHandler = m_handler->onP2PUserAck(pP2PClient, disableSotpParse);
if (pP2PHandler != NULL)
pP2PClient->setP2PHandler(pP2PHandler, disableSotpParse);
}
}break;
case 1005:
{
// From TCP/IP
// P2P Disconnect Message, From Server
tstring sFromUser = response.getRecvParameterValue(_T("FromUser"));
long nP2PType = response.getRecvParameterValue(_T("P2PType"), 0);
long nP2PParam = response.getRecvParameterValue(_T("P2PParam"), 0);
char buffer[30];
sprintf(buffer, ":%d-%d", nP2PType, nP2PParam);
tstring sP2PKey(sFromUser);
sP2PKey.append(buffer);
CDoP2PClientHandler::pointer pP2PClient;
if (m_p2pProxy.find(sP2PKey, pP2PClient, true))
{
//CDoP2PClientHandler * pClientHandler = (CDoP2PClientHandler*)pP2PClient.get();
pP2PClient->clearP2PStatus();
m_handler->onP2PUserDisconnect(pP2PClient);
DoSotpClientHandler::pointer pDoHandler = pP2PClient->dohandler();
BOOST_ASSERT(pDoHandler.get() != NULL);
pDoHandler->doSetRemoteAddr(nP2PType == CDoP2PClientHandler::P2P_AUDIO || nP2PType == CDoP2PClientHandler::P2P_VIDEO ? m_rtpAddr.address() : m_udpAddr.address());
m_sotpClient.stopClient(pDoHandler);
}
}break;
case 1006:
{
tstring sFromUser = response.getRecvParameterValue(_T("FromUser"));
long nP2PType = response.getRecvParameterValue(_T("P2PType"), 0);
long nP2PParam = response.getRecvParameterValue(_T("P2PParam"), 0);
m_handler->onP2PRequestResult(sFromUser, nP2PType, resultValue);
if (resultValue != 0)
{
char buffer[30];
sprintf(buffer, ":%d-%d", nP2PType, nP2PType);
tstring sP2PKey(sFromUser);
sP2PKey.append(buffer);
CDoP2PClientHandler::pointer pP2PClient;
if (m_p2pProxy.find(sP2PKey, pP2PClient, true))
{
DoSotpClientHandler::pointer pDoHandler = pP2PClient->dohandler();
BOOST_ASSERT(pDoHandler.get() != NULL);
pDoHandler->doSetRemoteAddr(nP2PType == CDoP2PClientHandler::P2P_AUDIO || nP2PType == CDoP2PClientHandler::P2P_VIDEO
? m_rtpAddr.address() : m_udpAddr.address());
m_sotpClient.stopClient(pDoHandler);
}
}
}break;
case 2001:
{
// User login notify
tstring sFromUser = response.getRecvParameterValue(_T("FromUser"));
m_handler->onUserLogined(sFromUser);
}break;
case 2002:
{
// User login notify
tstring sFromUser = response.getRecvParameterValue(_T("FromUser"));
m_handler->onUserLogouted(sFromUser);
}break;
/* case 3001:
{
// 3001: Transfer Request Message, From Server
const tstring & sCfid = response.getRecvParameterValue(_T("cfid"));
const tstring & sFromUser = response.getRecvParameterValue(_T("FromUser"));
const tstring & sTransferType = response.getRecvParameterValue(_T("TransferType"));
const tstring & sTransferName = response.getRecvParameterValue(_T("TransferName"));
const tstring & sRemoteAddr = response.getRecvParameterValue(_T("RemoteAddr"));
tstring sIp = cgcString::formatStr(sRemoteAddr, _T(""), _T(":"));
tstring sPort = cgcString::formatStr(sRemoteAddr, _T(":"), _T(""));
unsigned short nPort = (unsigned short)_ttoi(sPort.c_str());
}break;
case 3002:
{
// 3002: Transfer Response Message, From Server
const tstring & sFromUser = response.getRecvParameterValue(_T("FromUser"));
const tstring & sTransferType = response.getRecvParameterValue(_T("TransferType"));
const tstring & sTransferName = response.getRecvParameterValue(_T("TransferName"));
std::fstream fsClientPath;
fsClientPath.open("d:/myvideoM16.avi", std::ios::out);
if (fsClientPath.is_open())
{
//
char buffer[1024];
memset(buffer, 0, 1024);
fsClientPath.read(buffer, 1024);
//std::streambuf * rdBuffer = fsClientPath.rdbuf();
//rdBuffer->g
//m_transfClient.SendData((const unsigned char*)buffer, 1024, 1);
fsClientPath.close();
}
}break;
case const_CallSign_UpFile:
{
// 开始传附件
const tstring & sFileName = response.getRecvParameterValue(_T("FileName"));
const UINT nOneSize = 1024*3;
char buffer[nOneSize+1];
memset(buffer, 0, nOneSize+1);
if (resultValue == 1)
{
if (fsClientPath.is_open())
fsClientPath.close();
fsClientPath.open("d:/myvideoM16.avi", std::ios::in|std::ios::binary);
if (fsClientPath.is_open())
{
fsClientPath.seekp(0, std::ios::end);
nTotal = fsClientPath.tellp();
fsClientPath.seekp(0, std::ios::beg);
//
fsClientPath.read(buffer, nOneSize);
cgc::cgcAttachment::pointer attach(cgcAttachment::create());
if (fsClientPath.eof())
attach->setAttach((const unsigned char*)buffer, nTotal);
else
attach->setAttach((const unsigned char*)buffer, nOneSize);
attach->setName("file");
attach->setTotal(nTotal);
attach->setIndex(0);
m_cgcClient->doAddParameter(CGC_PARAMETER(_T("FileName"), sFileName));
m_cgcClient->doSendAppCall(const_CallSign_UpFile, const_Avs_Api_UpFile, attach);
}
}else if (resultValue == 0)
{
cgcParameter::pointer pIndex = response.getRecvParameter(_T("INDEX"));
ULONG nIndex = 0;
if (pIndex.get() != NULL)
{
nIndex = cgcString::toULongValue(pIndex->getValue().c_str(), 0);
}
if (!fsClientPath.is_open())
break;
if (nIndex + nOneSize >= nTotal)
break;
nIndex += nOneSize;
fsClientPath.seekp(nIndex);
fsClientPath.read(buffer, nOneSize);
cgc::cgcAttachment::pointer attach(cgcAttachment::create());
if (fsClientPath.eof())
{
attach->setAttach((const unsigned char*)buffer, nTotal-nIndex);
fsClientPath.close();
}else
attach->setAttach((const unsigned char*)buffer, nOneSize);
if (attach->getAttachSize() == 0)
{
fsClientPath.close();
break;
}
attach->setName("file");
attach->setTotal(nTotal);
attach->setIndex(nIndex);
m_cgcClient->doAddParameter(CGC_PARAMETER(_T("FileName"), sFileName));
m_cgcClient->doSendAppCall(const_CallSign_UpFile, const_Avs_Api_UpFile, attach);
}
}break;
case const_CallSign_DownFile:
{
if (resultValue == 1)
{
fsClientPath.close();
}
const tstring & sFilename = response.getRecvParameterValue(_T("FileName"));
if (response.isRecvHasAttachInfo())
{
cgcAttachment::pointer attach = response.getRecvAttachment();
if (attach.get() == NULL || attach->getIndex() == 0)
{
fsClientPath.open("d:/myvideoM16-2.avi", std::ios::out|std::ios::binary);
}
if (fsClientPath.is_open())
{
fsClientPath.seekp(attach->getIndex());
fsClientPath.write((const char*)attach->getAttachData(), attach->getAttachSize());
fsClientPath.flush();
}
if (attach->getIndex() + attach->getAttachSize() >= attach->getTotal())
{
fsClientPath.close();
}
//CString sTemp = _T("");
//sTemp.Format(_T("%d"), attach->getIndex());
char sTemp[10];
memset(sTemp, 0, sizeof(sTemp));
sprintf(sTemp, _T("%d"), attach->getIndex());
m_cgcClient->doAddParameter(CGC_PARAMETER(_T("FileName"), sFilename));
m_cgcClient->doAddParameter(CGC_PARAMETER(cgcParameter::PT_INT, _T("INDEX"), sTemp));
m_cgcClient->doSendAppCall(const_CallSign_DownFile, const_Avs_Api_DownFile);
}
}break;
case const_CallSign_TransferFile:
{
// 开始传附件
const UINT nOneSize = 1024*2;
if (resultValue == 1)
{
if (fsClientPath.is_open())
fsClientPath.close();
fsClientPath.open("d:/myvideoM16.avi", std::ios::in|std::ios::binary);
if (fsClientPath.is_open())
{
fsClientPath.seekp(0, std::ios::end);
std::fstream::pos_type posTotal = fsClientPath.tellp();
fsClientPath.seekp(0, std::ios::beg);
//
char buffer[nOneSize+1];
memset(buffer, 0, nOneSize+1);
fsClientPath.read(buffer, nOneSize);
cgc::cgcAttachment::pointer attach(cgcAttachment::create());
if (fsClientPath.eof())
attach->setAttach((const unsigned char*)buffer, posTotal);
else
attach->setAttach((const unsigned char*)buffer, nOneSize);
attach->setName("file");
attach->setTotal(posTotal);
attach->setIndex(0);
m_cgcClient->doSendAppCall(const_CallSign_TransferFile, const_Avs_Api_TransferFile, attach);
}
}else if (resultValue == 0)
{
cgcParameter::pointer pTotal = response.getRecvParameter(_T("TOTAL"));
cgcParameter::pointer pIndex = response.getRecvParameter(_T("INDEX"));
// ULONG nTotal = 0;
ULONG nIndex = 0;
if (pTotal.get() != NULL && pIndex.get() != NULL)
{
if (nTotal == 0)
nTotal = cgcString::toULongValue(pTotal->getValue().c_str(), 0);
nIndex = cgcString::toULongValue(pIndex->getValue().c_str(), 0);
}
if (!fsClientPath.is_open())
break;
if (nIndex + nOneSize >= nTotal)
break;
char buffer[nOneSize+1];
memset(buffer, 0, nOneSize+1);
nIndex += nOneSize;
fsClientPath.seekp(nIndex);
fsClientPath.read(buffer, nOneSize);
cgc::cgcAttachment::pointer attach(cgcAttachment::create());
if (fsClientPath.eof())
{
attach->setAttach((const unsigned char*)buffer, nTotal-nIndex);
fsClientPath.close();
}else
attach->setAttach((const unsigned char*)buffer, nOneSize);
if (attach->getAttachSize() == 0)
{
fsClientPath.close();
break;
}
attach->setName("file");
attach->setTotal(nTotal);
attach->setIndex(nIndex);
m_cgcClient->doSendAppCall(const_CallSign_TransferFile, const_Avs_Api_TransferFile, attach);
}
}break;
case const_CallSign_RequestTransfer:
{
const tstring & sCfid = response.getRecvParameterValue(_T("cfid"));
const tstring & sRemoteAddr = response.getRecvParameterValue(_T("RemoteAddr"));
tstring sIp = cgcString::formatStr(sRemoteAddr, _T(""), _T(":"));
tstring sPort = cgcString::formatStr(sRemoteAddr, _T(":"), _T(""));
unsigned short nPort = (unsigned short)_ttoi(sPort.c_str());
// m_transfClient.CleaerDest();
// m_transfClient.AddDest(sIp.c_str(), nPort);
// //std::string sCommConferCmd = "ss:join";
// //m_transfClient.SendData((const unsigned char*)sCommConferCmd.c_str(), sCommConferCmd.length(), 2);
// char pBuffer[100];
// memset(pBuffer, 0, sizeof(pBuffer));
// sprintf(pBuffer,
// "JOIN \n"
// "Cfid: %s\n",
//#ifdef _UNICODE
// cgcString::W2Char(sCfid).c_str());
//#else
// sCfid.c_str());
//#endif // _UNICODE
// m_transfClient.SendData((const unsigned char*)pBuffer, strlen(pBuffer), 1);
}break;
case const_CallSign_ResponseTransfer:
break;*/
case const_CallSign_LoadSetting:
{
tstring sP2PRtpServer = response.getRecvParameterValue(_T("P2PRTPSERVER"));
tstring sP2PUdpServer = response.getRecvParameterValue(_T("P2PUDPSERVER"));
std::string::size_type find = sP2PRtpServer.find(":");
if (find == std::string::npos)
{
tstring sTemp = m_serverAddr.getip();
sTemp.append(":");
sTemp.append(sP2PRtpServer);
m_rtpAddr = CCgcAddress(sTemp, CCgcAddress::ST_RTP);
}else
{
m_rtpAddr = CCgcAddress(sP2PRtpServer, CCgcAddress::ST_RTP);
}
find = sP2PUdpServer.find(":");
if (find == std::string::npos)
{
tstring sTemp = m_serverAddr.getip();
sTemp.append(":");
sTemp.append(sP2PUdpServer);
m_udpAddr = CCgcAddress(sTemp, CCgcAddress::ST_UDP);
}else
{
m_udpAddr = CCgcAddress(sP2PUdpServer, CCgcAddress::ST_UDP);
}
m_bLoadSettingReturned = true;
}break;
case const_CallSign_AccountRegister:
{
// 登录成功
if (resultValue == 0)
{
cgcParameter::pointer pUserName = response.getRecvParameter(_T("UserName"));
if (pUserName.get() != NULL)
{
this->m_sCurrentUser = pUserName->getStr();
m_handler->onUserLogined(m_sCurrentUser);
}
}
return;
}break;
case const_CallSign_AccountUnRegister:
{
m_handler->onUserLogouted(m_sCurrentUser);
m_sCurrentUser = _T("");
}break;
case const_CallSign_GetAllUser:
{
cgcParameter::pointer pUserId = response.getRecvParameter(_T("UserId"));
cgcParameter::pointer pUserName = response.getRecvParameter(_T("FromUser"));
if (pUserId.get() != NULL && pUserName.get() != NULL)
{
m_handler->onUserInfo(pUserId->getStr(), pUserName->getStr());
}
}break;
case const_CallSign_RequestP2PUser:
case const_CallSign_ResponseP2PUser:
case const_CallSign_SendTextMessage:
break;
case const_CallSign_DisconnectP2PUser:
{
if (m_bDoAccountUnRegister)
break;
// From TCP/IP
// P2P Disconnect Message, From Server
tstring sFromUser = response.getRecvParameterValue(_T("FromUser"));
long nP2PType = response.getRecvParameterValue(_T("P2PType"), 0);
long nP2PParam = response.getRecvParameterValue(_T("P2PParam"), 0);
char buffer[30];
sprintf(buffer, ":%d-%d", nP2PType, nP2PParam);
tstring sP2PKey(sFromUser);
sP2PKey.append(buffer);
CDoP2PClientHandler::pointer pP2PClient;
if (m_p2pProxy.find(sP2PKey, pP2PClient, true))
{
//CDoP2PClientHandler * pClientHandler = (CDoP2PClientHandler*)pP2PClient.get();
pP2PClient->clearP2PStatus();
m_handler->onP2PUserDisconnect(pP2PClient);
DoSotpClientHandler::pointer pDoHandler = pP2PClient->dohandler();
BOOST_ASSERT(pDoHandler.get() != NULL);
pDoHandler->doSetRemoteAddr(nP2PType == CDoP2PClientHandler::P2P_AUDIO || nP2PType == CDoP2PClientHandler::P2P_VIDEO
? m_rtpAddr.address() : m_udpAddr.address());
m_sotpClient.stopClient(pDoHandler);
}
}break;
case const_CallSign_P2PAck:
{
// P2P ACK, From P2P user
tstring sP2PAckAck = response.getRecvParameterValue(_T("P2PACKACK"));
tstring sFromUser = response.getRecvParameterValue(_T("FromUser"));
long nP2PType = response.getRecvParameterValue(_T("P2PType"), 0);
long nP2PParam = response.getRecvParameterValue(_T("P2PParam"), 0);
char buffer[30];
sprintf(buffer, ":%d-%d", nP2PType, nP2PParam);
tstring sP2PKey(sFromUser);
sP2PKey.append(buffer);
CDoP2PClientHandler::pointer pP2PClient;
if (!m_p2pProxy.find(sP2PKey, pP2PClient, false))
break;
if (sP2PAckAck.compare(_T("1")) == 0)
{
pP2PClient->setRemoteP2PStatus(true);
}else if (!sFromUser.empty())
{
if (pP2PClient->getLocalP2PStatus())
{
DoSotpClientHandler::pointer pDoHandler = pP2PClient->dohandler();
BOOST_ASSERT(pDoHandler.get() != NULL);
//pDoHandler->doSetRemoteAddr(destIp, destPort);
//pDoHandler->doSetRemoteAddr(pP2PClient->getP2PAddress());
for (int i=1; i<=2; i++)
pDoHandler->doSendData((const unsigned char*)"p2ptest", 7);
sendP2PAck(pP2PClient, nP2PType, nP2PParam, false); // 对方请求打通本地状态
}else
{
pP2PClient->setLocalP2PStatus(true);
sendP2PAck(pP2PClient, nP2PType, nP2PParam, true);
}
}
}break;
default:
{
}break;
}
}
