HRESULT SWGBRtpThread::Run()
{
H264Header header;
CHAR rtpBuf[1500];
DWORD temp;
INT iFrameCount=0;
DWORD getsystime=0;
HRESULT hr = S_OK;
BOOL isConnected = FALSE;
CHAR szGBH264SockFile[128] = {""};
swpa_strcpy(szGBH264SockFile,"/tmp/GBh264.sock");
CSWTCPSocket cLocalTcpSock;
CSWDateTime cGetSystemtime;
if (FAILED(cLocalTcpSock.Create(TRUE)))
{
printf("Info: GBH264 filter open %s failed.", szGBH264SockFile);
return E_FAIL;
}
SW_TRACE_DEBUG("CSWGB28181App--SWGBRtpThread::Run()...\n");
while(!m_fExit)
{
if (m_bPause)
{
swpa_thread_sleep_ms(1000);
continue;
}
if(false == cLocalTcpSock.IsConnect())
{
hr = cLocalTcpSock.Connect(szGBH264SockFile);
if (FAILED(hr))
{
SW_TRACE_DEBUG("CSWGB28181App--SWGBRtpThread::Run(): connect /tmp/GBh264.sock failed.\n");
swpa_thread_sleep_ms(2000);
continue;
}
cLocalTcpSock.SetRecvTimeout(3000);
cLocalTcpSock.SetSendTimeout(3000);
SW_TRACE_DEBUG("CSWGB28181App--SWGBRtpThread::Run(): connect /tmp/GBh264.sock suees\n");
}
memset(&header,0,sizeof(header));
HRESULT hd = cLocalTcpSock.Read(&header,sizeof(header),&temp);
if (S_OK != hd)
{
SW_TRACE_DEBUG("CSWGB28181App--SWGBRtpThread::Run():Err: cLocalTcpSock.Read(&iSize,sizeof(iSize)); \n");
swpa_thread_sleep_ms(1000);
// cLocalTcpSock.Close();
continue;
}
if(header.iType == -1)
{
SW_TRACE_DEBUG("history over flag,header.iType = -1 \n");
m_cMutexLock_historystop.Lock();
m_historystop = TRUE;
m_cMutexLock_historystop.Unlock();
}
set_Size(header.iWidth,header.iHeight);
hd = cLocalTcpSock.Read(m_pbBuf,header.iSize,&temp);
if (S_OK != hd)
{
SW_TRACE_DEBUG("CSWGB28181App--SWGBRtpThread::Run():cLocalTcpSock.Read(m_pbBuf,iSize);; \n");
swpa_thread_sleep_ms(1000);
// cLocalTcpSock.Close();
continue;
}
if(temp != header.iSize)
{
SW_TRACE_DEBUG("Err: cLocalTcpSock.Read size error \n");
continue;
}
static INT www = 0;
if( www > 100 )
{
printf("CSWGB28181App--SWGBRtpThread::Run(): is ok\n");
www = 0;
}
www++;
if(m_sendFirst)
{
if(header.iType == 1)
{
printf("CSWGB28181App--SWGBRtpThread--????????I? header.iType == 1\n");
m_sendFirst = FALSE;//第一帧为I帧
}
else
{
//SW_TRACE_NORMAL("header.iType == else\n");
continue;
}
}
if(header.iType ==1)
{
temp = add_Frame((const char*)m_pbBuf,header.iSize,PACK_TYPE_FRAME_I);
if(0 != temp )
printf("CSWGB28181App--SWGBRtpThread---- PACK_TYPE_FRAME_IIIIIIIIIII\n");
}
else if(header.iType == 0)
{
temp = add_Frame((const char*)m_pbBuf,header.iSize,PACK_TYPE_FRAME_P);
if(0 != temp )
printf("CSWGB28181App--SWGBRtpThread---- PACK_TYPE_FRAME_PPPPPPPPPPP\n");
}
m_cMutexLock_time.Lock();
swpa_memcpy(&timerecord,&header.timerecord,sizeof(SWPA_DATETIME_TM));
m_cMutexLock_time.Unlock();
memset(rtpBuf,0,sizeof(rtpBuf));
INT iRtpLen;
while((iRtpLen = get_RtpPacket(rtpBuf,sizeof(rtpBuf))) > 0)
{
m_cMutexLock.Lock();
static DWORD m_numoflist = 0;
SW_POSITION m_headpostion = NULL;
m_numoflist= m_GBthread_list.GetCount();
m_headpostion = m_GBthread_list.GetHeadPosition();
for(int i=0;i<m_numoflist;i++)
{
client_info* client_info_tmp;
client_info_tmp = m_GBthread_list.GetNext(m_headpostion);
if (NULL==client_info_tmp)
{
printf("CSWGB28181App--SWGBRtpThread--get the element of m_GBthread_list failed \n");
continue;
}
DWORD iSucceslen;
hd = m_Rtpsock.SendTo(rtpBuf,iRtpLen,client_info_tmp->videoSendIP,client_info_tmp->videoSendPort,&iSucceslen);
if (S_OK != hd || iSucceslen != iRtpLen)
{
printf("CSWGB28181App--SWGBRtpThread--Err: sendto gb28181 m_Rtpsock.SendTo \n");
}
}
m_cMutexLock.Unlock();
}
}
cLocalTcpSock.Close();
printf("SWGBRtpThread::Run return \n");
return 0;
}
void SquareView::InitializeComponents()
{
set_BackColor(Color::Transparent);
set_Size(Size(Width, Height));
}
