rtsp server

How to receive the H for RTSP transmission in PHP. 264 video Streaming I tried to send the RTSP method, can print a stream of streams (should be able to accept), as if to save the binary file as a save, but it is not running, feel I still have something to do, to seek the direction of the expert pointing ------Solution-------------------- Convert src to your video stream. ------Solution------------

Rtsp://218.204.223.237:554/live/1/0547424f573b085c/gsfp90ef4k0a6iap.sdpRtsp://218.204.223.237:554/live/1/66251fc11353191f/e7ooqwcfbqjoo80j.sdphttp://download.wavetlan.com/SVV/EmbededContent/BlackBerry.3gpIn addition, if the speed is good, you can also use aarnet (Australian Academic Research Network), but also support IPv6, I used to IPV6 tried.http://mirror.aarnet.edu.au/pub/ted-talks/*ftp://mirror.aarnet.edu.au/pub/ted-talks/*Http://mirror.aarnet.e

= strrecvbuf.substr (Nindexofnoncevaluestart + Nnoncelen, Nindexofnoncevalueend- Nindexofnoncevaluestart-nnoncelen);char* pszalg = "";char* pszqop = "";char* psznoncecount = NULL;char* pszcnonce = NULL;Char sznonce[128] = {0};sprintf (sznonce, "%s", Strnoncevalue.c_str ());Char szusername[128] = {0};sprintf (szUserName, "%s", "admin");Char szrealm[32] = {0};sprintf (Szrealm, "%s", Strrealmvalue.c_str ());Char szpassword[32] = {0};sprintf (Szpassword, "%s", "admin12345");Char pszmethod[32] = {0}

int main (int argc, char **argv) { Iplimage *pframe = NULL, *srcimage=null; Cvcapture *pcapture = NULL; Pcapture = Cvcapturefromfile ("Rtsp://admin:12345@192.168.7.45:554/h264/ch1/main/av_stream");Pcapture = Cvcreatefilecapture ("rtsp://admin:default@10.1.10.173/h264");Pcapture = cvcreatecameracapture (1);if (!pcapture) {printf ("Can not get the" ' video stream from the camera!\n ");return NULL;} Read the

References: Compile reference: http://blog.chinaunix.net/uid-20718335-id-2980793.html Code reference: http://blog.csdn.net/leixiaohua1020/article/details/8652605 Compile FFMPEG in windows and use a test program to play the local file and RTSP video stream based on the FFMPEG dynamic library. Why is it so troublesome for a csdn blog to insert images? After the previous article has cut so many images, I uploaded them all, and I want to see the color-ch

. * */ PublicClassStreamingvideoExtendsMIDletImplementsCommandlistener, playerlistener, runnable { PrivateDisplay mydisplay; PrivateForm myform; PrivateThread streamingthread; PrivatePlayer myplayer; PrivateVideocontrol VC; PrivateBooleanRunning =False; PublicStreamingvideo (){ Mydisplay = display. getdisplay (This); Myform =NewForm ("streaming test "); Myform. addcommand (NewCommand ("exit", command. Exit, 0 )); Myform. addcommand (NewCommand ("START", command. OK, 0 ));

configuration, the traditional monitoring industry inside the HD Network Camera IP Camera, NVR and other devices with RTSP protocol output access to the EASYNVR,EASYNVR can be these video source audio and video data to pull, Convert to Rtmp/hls, carry on the whole platform terminal H5 live Broadcast (WEB, Android, IOS), and EASYNVR can send live data of the video source to the third party CDN Network, realize the Internet level live distribution; ht

= "$LD _library_path:/usr/local/ffmpeg/lib/" souce/etc/profile 4. Download opencv2.4.13, after decompression into the directory, the author is using opencv-2.4.13, execute the following command CD ~/opencv-2.4.13/ mkdir build CD The following make command because the author installs the Cuda, therefore inside uses cuda_generation=auto this compilation option, does not use Cuda compiles the child shoe to be possible to delete this piece configuration to compile. cmake-d cmake_build_type=release

corresponding task by running the task type object's Run method. The typical task types are rtspsession and rtpsession. The number of Taskthread is configurable, by default the number of Taskthread is the same as the number of processors. Waits for a task to be called and run by Taskthread to be placed in a queue or heap. Eventthread,eventthread is responsible for listening for socket interface events, in Darwin Streaming server, there are two ty

as follows: 1. Generally, the stream transmission process includes three steps: (1) After a user selects a first-class media service, the Web browser and the Web server use HTTP/TCP to exchange control information and obtain the real-time data to be transmitted. Then, the Web browser on the client starts the/V Helper Program and uses HTTP to retrieve relevant parameters from the Web ser