rtsp.rar_I P B frames c_Simple RTSP_h264_h264 RTSP_rtsp

/********** This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. (See <http://www.gnu.org/copyleft/lesser.html>.) This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. **********/ #include "rtsp_example.h" int main(int argc, char** argv) { char* url = argv[1]; int socketNum = -1; struct timeb startTime; struct timeb currentTime; char *timeline; struct ResultData data; struct MediaAttribute Attribute; int Finished = -1; unsigned char* streamBuf; unsigned int video_count=0; unsigned int audio_count=0; if (argc != 2) { fprintf(stderr,"Usage:%s <url>\n",argv[0]); return(0); } memset(Attribute.fConfigAsc,0,100); memset(Attribute.fConfigHex,0,50); Attribute.fVideoFrameRate = 0; Attribute.fTimeIncBits = 0; Attribute.fVideoWidth = 0; Attribute.fVideoHeight = 0; socketNum = init_rtsp(url,&Attribute); if(socketNum<0) return 0; ftime(&startTime); timeline = ctime( & ( startTime.time ) ); fprintf(stderr,"Start receive streaming....\n"); fprintf(stderr,"Start time is: %.19s.%hu %s\n",timeline, startTime.millitm, &timeline[20]); streamBuf = (unsigned char *)malloc(MAX_PACKET_SIZE*sizeof(unsigned char)); if(streamBuf == NULL) { fprintf(stderr,"alloc streamBuf failed\n"); clearup(socketNum); return 0; } data.buffer = streamBuf; while(1) { memset(data.buffer,0,MAX_PACKET_SIZE); data.len = 0; data.fRTPPayloadFormat = 0; data.frtpTimestamp = 0; //Finished = tcpReadHandler(socketNum,&data); Finished = RTP_ReadHandler(socketNum,&data); if(data.fRTPPayloadFormat == 96) { video_count+=data.len; fprintf(stderr,"video: %d bytes,audio:%d bytes\r",video_count,audio_count); } else if(data.fRTPPayloadFormat == 97) { audio_count+=data.len; fprintf(stderr,"video: %d bytes,audio:%d bytes\r",video_count,audio_count); } if(!Finished) { //Attribute.fVideoFrameRate = VFrameRate; fprintf(stderr,"MediaAttribute fVideoFrequency is %u\n",Attribute.fVideoFrequency); fprintf(stderr,"MediaAttribute fVideoPayloadFormat is %u\n",Attribute.fVideoPayloadFormat); fprintf(stderr,"MediaAttribute fConfigAsc is %s\n",Attribute.fConfigAsc); fprintf(stderr,"MediaAttribute fVideoFrameRate is %u\n",Attribute.fVideoFrameRate); fprintf(stderr,"MediaAttribute fTimeIncBits is %u\n",Attribute.fTimeIncBits); fprintf(stderr,"MediaAttribute fixed_vop_rate is %u\n",Attribute.fixed_vop_rate); fprintf(stderr,"MediaAttribute fVideoWidth is %u\n",Attribute.fVideoWidth); fprintf(stderr,"MediaAttribute fVideoHeight is %u\n",Attribute.fVideoHeight); fprintf(stderr,"MediaAttribute fAudioFrequency is %u\n",Attribute.fAudioFrequency); fprintf(stderr,"MediaAttribute fAudioPayloadFormat is %u\n",Attribute.fAudioPayloadFormat); fprintf(stderr,"MediaAttribute fTrackNum is %u\n",Attribute.fTrackNum); ftime(&currentTime); timeline = ctime( & ( currentTime.time ) ); fprintf(stderr,"Receive successful\n"); fprintf(stderr,"End time is: %.19s.%hu %s\n",timeline, currentTime.millitm, &timeline[20]); break; } } clearup(socketNum); return 0; }