A network broadcast system using the LIVE555 class library

LIVE555 There are four main classes of libraries:

Libusageenvironment.lib;liblivemedia.lib;libgroupsock.lib;libbasicusageenvironment.lib

After importing these four class libraries and related header files into the vc++2010, you can easily implement a live webcast system.

Here directly paste the full code, pasted into the VC inside can run.

Note: Once the program is running, use the Player software (VLC Media player,ffplay, etc.) to open the url:rtp://239.255.42.42:1234 and watch the live video.

Webcast System. CPP: Defines the entry point of the console application. Rai//Communication University/Digital TV Technology//leixiaohua1020@126.com #include "stdafx.h" #include "livemedia.hh" #include "Basicusageenviro Nment.hh "#include" groupsockhelper.hh "//#define IMPLEMENT_RTSP_SERVER//#define USE_SSM 1 #ifdef USE_SSM Boolean const
ISSSM = True;
#else Boolean Const ISSSM = False;
#endif #define TRANSPORT_PACKET_SIZE 188 #define Transport_packets_per_network_packet 7 usageenvironment* env;
char const* inputfilename = "Test.ts";
Framedsource* VideoSource;

Rtpsink* VideoSink; void Play (); 
  Forward int main (int argc, char** argv) {//First established usage environment: taskscheduler* scheduler = Basictaskscheduler::createnew ();

  env = Basicusageenvironment::createnew (*scheduler);
Create ' groupsocks ' for RTP and Rtcp:char const* destinationaddressstr #ifdef USE_SSM = "232.255.42.42";
  #else = "239.255.42.42"; Note: This is a multicast address.
  If you want the stream to use a unicast address, then replace this string with the unicast address #endif const unsigned short rtpportnum = 1234; Const unsigned Short rtcpportnum = RTPPortnum+1; const unsigned char ttl = 7;
  struct IN_ADDR destinationaddress;
  DESTINATIONADDRESS.S_ADDR = Our_inet_addr (DESTINATIONADDRESSSTR);
  Const Port Rtpport (rtpportnum);

  Const Port Rtcpport (rtcpportnum);
  Groupsock Rtpgroupsock (*env, Destinationaddress, Rtpport, TTL);
Groupsock Rtcpgroupsock (*env, Destinationaddress, Rtcpport, TTL);
  #ifdef USE_SSM rtpgroupsock.multicastsendonly ();
Rtcpgroupsock.multicastsendonly (); #endif//Create an appropriate "Rtpsink": VideoSink = Simplertpsink::createnew (*env, &rtpgroupsock, I, 90000, "video", "M


  P2T ", 1, True, False/*no ' M ' bit*/); Const unsigned estimatedsessionbandwidth = 5000; in kbps;
  For RTCP b/w Share const unsigned maxcnamelen = 100;
  unsigned char cname[maxcnamelen+1];
  GetHostName ((char*) CNAME, Maxcnamelen); 
Cname[maxcnamelen] = ' + '; #ifdef implement_rtsp_server rtcpinstance* rtcp = #endif rtcpinstance::createnew (*env, &rtcpgroupsock, ES
			 Timatedsessionbandwidth, CNAME,   VideoSink, NULL/* we ' re a server */, ISSSM);
  
  Start auto-run media #ifdef implement_rtsp_server rtspserver* rtspserver = rtspserver::createnew (*env); if (Rtspserver = = NULL) {*env << "Failed to create RTSP server:" << env->getresultmsg () << "\ n"
    ;
  Exit (1); } servermediasession* SMS = Servermediasession::createnew (*env, "Teststream", InputFileName, "Session streamed
  by \ "Testmpeg2transportstreamer\" ", ISSSM);
  Sms->addsubsession (Passiveservermediasubsession::createnew (*videosink, RTCP));

  Rtspserver->addservermediasession (SMS);
  char* URL = rtspserver->rtspurl (SMS);
  *env << "Play this stream using the URL \" "<< URL <<" \ "\ n";
delete[] URL;
  #endif *env << "Start sending streaming media ... \ n";

  Play (); 

  Env->taskscheduler (). Doeventloop (); return 0; Just to prevent compiler warning} void Afterplaying (void*/*clientdata*/) {*env << "...

  Read from file \ n ";
  Medium::close (VideoSource); The input file read from the source will be closed play ();
void Play () {unsigned const INPUTDATACHUNKSIZE = transport_packets_per_network_packet*transport_packet_size; Open input file as a "Bytestreamfilesource": bytestreamfilesource* Filesource = bytestreamfilesource::createnew (*env, INP
  Utfilename, inputdatachunksize);
    if (Filesource = = NULL) {*env << "cannot open file \" "<< inputfilename <<" \ "as File source\n";
  Exit (1);

  
  } VideoSource = Mpeg2transportstreamframer::createnew (*env, Filesource);
  *env << "Beginning to read from file...\n";
Videosink->startplaying (*videosource, afterplaying, VideoSink); }

Full project Download Address: http://download.csdn.net/detail/leixiaohua1020/6272839