int video_payload = 0; // usuallly 96 for H264 video which is the first dynamic payload type
// Constructor
public RTSPClient(String url)
{
this.url = url;
// Use URI to extract hostname and port
Uri uri = new Uri(url);
// Connect to a RTSP Server
tcp_socket = new Rtsp.RtspTcpTransport(uri.Host, (uri.IsDefaultPort?554:uri.Port));
if (tcp_socket.Connected == false)
{
Console.WriteLine("Error - did not connect");
return;
}
// Connect a RTSP Listener to the TCP Socket (or other Stream) to send messages and listen for replies
rtsp_client = new Rtsp.RtspListener(tcp_socket);
rtsp_client.MessageReceived += Rtsp_client_MessageReceived;
rtsp_client.DataReceived += Rtsp_client_DataReceived;
rtsp_client.Start(); // start reading messages from the server
// Send OPTIONS
// In the Received Message handler we will send DESCRIBE, SETUP and PLAY
Rtsp.Messages.RtspRequest options_message = new Rtsp.Messages.RtspRequestOptions();
options_message.RtspUri = new Uri(url);
rtsp_client.SendMessage(options_message);
}
int video_payload = 0; // usuallly 96 for H264 video which is the first dynamic payload type
#endregion Fields
#region Constructors
// Constructor
public RTSPClient(String url)
{
this.url = url;
// Use URI to extract hostname and port
Uri uri = new Uri(url);
// Connect to a RTSP Server
tcp_socket = new Rtsp.RtspTcpTransport(uri.Host, (uri.IsDefaultPort?554:uri.Port));
if (tcp_socket.Connected == false)
{
Console.WriteLine("Error - did not connect");
return;
}
// Connect a RTSP Listener to the TCP Socket (or other Stream) to send messages and listen for replies
rtsp_client = new Rtsp.RtspListener(tcp_socket);
rtsp_client.MessageReceived += Rtsp_client_MessageReceived;
rtsp_client.DataReceived += Rtsp_client_DataReceived;
rtsp_client.Start(); // start reading messages from the server
// Send OPTIONS
// In the Received Message handler we will send DESCRIBE, SETUP and PLAY
Rtsp.Messages.RtspRequest options_message = new Rtsp.Messages.RtspRequestOptions();
options_message.RtspUri = new Uri(url);
rtsp_client.SendMessage(options_message);
}
public void Start(ClipDefinition clip)
{
if (clip == null)
{
throw new ArgumentNullException(nameof(clip), "clip cannot be null");
}
if (clip.Url.Length < 7)
{
throw new ArgumentException("clip url cannot be empty");
}
url = clip.Url;
try
{
Uri uri = new Uri(url);
TcpClient tcpClient = new TcpClient();
var task = Task.Run(async() => { await tcpClient.ConnectAsync(uri.Host, uri.Port > 0 ? uri.Port : 554); });
task.Wait();
rtspSocket = new Rtsp.RtspTcpTransport(tcpClient);
if (rtspSocket.Connected == false)
{
Logger.Error("Did not connect");
return;
}
// Connect a RTSP Listener to the RTSP Socket (or other Stream) to send RTSP messages and listen for RTSP replies
rtspListener = new Rtsp.RtspListener(rtspSocket);
rtspListener.MessageReceived += RtspMessageReceived;
rtspListener.DataReceived += RtpDataReceived;
rtspListener.Start();
RtspRequest optionsMessage = new RtspRequestOptions
{
RtspUri = new Uri(url)
};
rtspListener.SendMessage(optionsMessage);
}
catch (Exception e)
{
Logger.Error(e, "Did not connect");
}
}
private async Task ExecuteStart(ClipDefinition clip, CancellationToken ctx)
{
if (clip == null)
{
throw new ArgumentNullException(nameof(clip), "Clip cannot be null.");
}
if (clip.Url.Length < 7)
{
throw new ArgumentException("Clip URL cannot be empty.");
}
rtspUrl = clip.Url;
TcpClient tcpClient = new TcpClient();
tcpClient.SendTimeout = 10000;
tcpClient.ReceiveTimeout = 10000;
try
{
Uri uri = new Uri(rtspUrl);
await tcpClient.ConnectAsync(uri.Host, uri.Port > 0?uri.Port : 554).WaitAsync(ctx);
}
catch (Exception e)
{
Logger.Info(e.ToString());
tcpClient.Dispose();
throw;
}
rtspSocket = new Rtsp.RtspTcpTransport(tcpClient);
if (rtspSocket.Connected == false)
{
throw new Exception("RTSP server not available at this time.");
}
rtspListener = new Rtsp.RtspListener(rtspSocket, rtspErrorSubject);
rtspListener.MessageReceived += RtspMessageReceived;
rtspListener.DataReceived += RtpDataReceived;
rtspListener.AutoReconnect = false;
rtspListener.Start();
RtspRequest optionsMessage = new RtspRequestOptions
{
RtspUri = new Uri(rtspUrl)
};
rtspListener.SendMessage(optionsMessage);
}
public void Connect(String url, RTP_TRANSPORT rtp_transport)
{
Rtsp.RtspUtils.RegisterUri();
Console.WriteLine("Connecting to " + url);
this.url = url;
// Use URI to extract username and password
// and to make a new URL without the username and password
try {
Uri uri = new Uri(this.url);
hostname = uri.Host;
port = uri.Port;
if (uri.UserInfo.Length > 0)
{
username = uri.UserInfo.Split(new char[] { ':' })[0];
password = uri.UserInfo.Split(new char[] { ':' })[1];
this.url = uri.GetComponents((UriComponents.AbsoluteUri & ~UriComponents.UserInfo),
UriFormat.UriEscaped);
}
} catch {
username = null;
password = null;
}
// Connect to a RTSP Server. The RTSP session is a TCP connection
rtsp_socket_status = RTSP_STATUS.Connecting;
try
{
rtsp_socket = new Rtsp.RtspTcpTransport(hostname, port);
}
catch
{
rtsp_socket_status = RTSP_STATUS.ConnectFailed;
Console.WriteLine("Error - did not connect");
return;
}
if (rtsp_socket.Connected == false)
{
rtsp_socket_status = RTSP_STATUS.ConnectFailed;
Console.WriteLine("Error - did not connect");
return;
}
rtsp_socket_status = RTSP_STATUS.Connected;
// Connect a RTSP Listener to the RTSP Socket (or other Stream) to send RTSP messages and listen for RTSP replies
rtsp_client = new Rtsp.RtspListener(rtsp_socket);
rtsp_client.AutoReconnect = false;
rtsp_client.MessageReceived += Rtsp_MessageReceived;
rtsp_client.DataReceived += Rtp_DataReceived;
rtsp_client.Start(); // start listening for messages from the server (messages fire the MessageReceived event)
// Check the RTP Transport
// If the RTP transport is TCP then we interleave the RTP packets in the RTSP stream
// If the RTP transport is UDP, we initialise two UDP sockets (one for video, one for RTCP status messages)
// If the RTP transport is MULTICAST, we have to wait for the SETUP message to get the Multicast Address from the RTSP server
this.rtp_transport = rtp_transport;
if (rtp_transport == RTP_TRANSPORT.UDP)
{
video_udp_pair = new Rtsp.UDPSocket(50000, 50020); // give a range of 10 pairs (20 addresses) to try incase some address are in use
video_udp_pair.DataReceived += Rtp_DataReceived;
video_udp_pair.Start(); // start listening for data on the UDP ports
audio_udp_pair = new Rtsp.UDPSocket(50000, 50020); // give a range of 10 pairs (20 addresses) to try incase some address are in use
audio_udp_pair.DataReceived += Rtp_DataReceived;
audio_udp_pair.Start(); // start listening for data on the UDP ports
}
if (rtp_transport == RTP_TRANSPORT.TCP)
{
// Nothing to do. Data will arrive in the RTSP Listener
}
if (rtp_transport == RTP_TRANSPORT.MULTICAST)
{
// Nothing to do. Will open Multicast UDP sockets after the SETUP command
}
// Send OPTIONS
// In the Received Message handler we will send DESCRIBE, SETUP and PLAY
Rtsp.Messages.RtspRequest options_message = new Rtsp.Messages.RtspRequestOptions();
options_message.RtspUri = new Uri(this.url);
rtsp_client.SendMessage(options_message);
}
// Constructor
public RTSPClient(String url, RTP_TRANSPORT rtp_transport)
{
Rtsp.RtspUtils.RegisterUri();
if (fs == null)
{
String filename = "rtsp_capture_" + DateTime.Now.ToString("yyyyMMdd_HHmmss") + ".264";
fs = new FileStream(filename, FileMode.Create);
String filename2 = "rtsp_capture_" + DateTime.Now.ToString("yyyyMMdd_HHmmss") + ".raw";
fs2 = new StreamWriter(filename2);
}
Console.WriteLine("Connecting to " + url);
this.url = url;
// Use URI to extract hostname and port
Uri uri = new Uri(url);
// Connect to a RTSP Server. The RTSP session is a TCP connection
try
{
rtsp_socket = new Rtsp.RtspTcpTransport(uri.Host, uri.Port);
}
catch
{
Console.WriteLine("Error - did not connect");
return;
}
if (rtsp_socket.Connected == false)
{
Console.WriteLine("Error - did not connect");
return;
}
// Connect a RTSP Listener to the RTSP Socket (or other Stream) to send RTSP messages and listen for RTSP replies
rtsp_client = new Rtsp.RtspListener(rtsp_socket);
rtsp_client.MessageReceived += Rtsp_MessageReceived;
rtsp_client.DataReceived += Rtp_DataReceived;
rtsp_client.Start(); // start listening for messages from the server (messages fire the MessageReceived event)
// Check the RTP Transport
// If the RTP transport is TCP then we interleave the RTP packets in the RTSP stream
// If the RTP transport is UDP, we initialise two UDP sockets (one for video, one for RTCP status messages)
// If the RTP transport is MULTICAST, we have to wait for the SETUP message to get the Multicast Address from the RTSP server
this.rtp_transport = rtp_transport;
if (rtp_transport == RTP_TRANSPORT.UDP)
{
udp_pair = new UDPSocket(50000, 50020); // give a range of 10 pairs (20 addresses) to try incase some address are in use
udp_pair.DataReceived += Rtp_DataReceived;
udp_pair.Start(); // start listening for data on the UDP ports
}
if (rtp_transport == RTP_TRANSPORT.TCP)
{
// Nothing to do. Data will arrive in the RTSP Listener
}
if (rtp_transport == RTP_TRANSPORT.MULTICAST)
{
// Nothing to do. Will open Multicast UDP sockets after the SETUP command
}
// Send OPTIONS
// In the Received Message handler we will send DESCRIBE, SETUP and PLAY
Rtsp.Messages.RtspRequest options_message = new Rtsp.Messages.RtspRequestOptions();
options_message.RtspUri = new Uri(url);
rtsp_client.SendMessage(options_message);
}
byte[] video_sps = null; // SPS from SDP prop-parameter-set
#endregion Fields
#region Constructors
// Constructor
public RTSPClient(String url, RTP_TRANSPORT rtp_transport)
{
Rtsp.RtspUtils.RegisterUri();
if (fs == null)
{
String filename = "rtsp_capture_" + DateTime.Now.ToString("yyyyMMdd_HHmmss") + ".264";
fs = new FileStream(filename, FileMode.Create);
String filename2 = "rtsp_capture_" + DateTime.Now.ToString("yyyyMMdd_HHmmss") + ".raw";
fs2 = new StreamWriter(filename2);
}
Console.WriteLine("Connecting to " + url);
this.url = url;
// Use URI to extract hostname and port
Uri uri = new Uri(url);
// Connect to a RTSP Server. The RTSP session is a TCP connection
try
{
rtsp_socket = new Rtsp.RtspTcpTransport(uri.Host, uri.Port);
}
catch
{
Console.WriteLine("Error - did not connect");
return;
}
if (rtsp_socket.Connected == false)
{
Console.WriteLine("Error - did not connect");
return;
}
// Connect a RTSP Listener to the RTSP Socket (or other Stream) to send RTSP messages and listen for RTSP replies
rtsp_client = new Rtsp.RtspListener(rtsp_socket);
rtsp_client.MessageReceived += Rtsp_MessageReceived;
rtsp_client.DataReceived += Rtp_DataReceived;
rtsp_client.Start(); // start listening for messages from the server (messages fire the MessageReceived event)
// Check the RTP Transport
// If the RTP transport is TCP then we interleave the RTP packets in the RTSP stream
// If the RTP transport is UDP, we initialise two UDP sockets (one for video, one for RTCP status messages)
// If the RTP transport is MULTICAST, we have to wait for the SETUP message to get the Multicast Address from the RTSP server
this.rtp_transport = rtp_transport;
if (rtp_transport == RTP_TRANSPORT.UDP)
{
udp_pair = new UDPSocket(50000, 50020); // give a range of 10 pairs (20 addresses) to try incase some address are in use
udp_pair.DataReceived += Rtp_DataReceived;
udp_pair.Start(); // start listening for data on the UDP ports
}
if (rtp_transport == RTP_TRANSPORT.TCP)
{
// Nothing to do. Data will arrive in the RTSP Listener
}
if (rtp_transport == RTP_TRANSPORT.MULTICAST)
{
// Nothing to do. Will open Multicast UDP sockets after the SETUP command
}
// Send OPTIONS
// In the Received Message handler we will send DESCRIBE, SETUP and PLAY
Rtsp.Messages.RtspRequest options_message = new Rtsp.Messages.RtspRequestOptions();
options_message.RtspUri = new Uri(url);
rtsp_client.SendMessage(options_message);
}