static void test2() { IvrWORX x = new IvrWORX(); x.Init("dotnet.json"); RtpProxySession streamerRtpSession = new RtpProxySession(x); AbstractOffer dummyOffer = new AbstractOffer(); dummyOffer.Type = "application/sdp"; dummyOffer.Body = @"v=0" + "\n" + "o=alice 2890844526 2890844526 IN IP4 0.0.0.0" + "\n" + "s=" + "\n" + "c=IN IP4 0.0.0.0" + "\n" + "t=0 0" + "\n" + "m=audio 0 RTP/AVP 0" + "\n" + "a=rtpmap:0 PCMU/8000" + "\n\n";; ApiErrorCode res = streamerRtpSession.Allocate(dummyOffer); if (res != ApiErrorCode.API_SUCCESS) { throw new Exception("RtpProxySession(1) Allocated failed err:" + res); } StreamerSession streamer = new StreamerSession(x); streamer.Allocate(streamerRtpSession.LocalOffer(), StreamerSession.RcvDeviceType.RCV_DEVICE_NONE, StreamerSession.SndDeviceType.SND_DEVICE_TYPE_FILE); if (res != ApiErrorCode.API_SUCCESS) { throw new Exception("StreamerSession Allocated failed err:" + res); } streamerRtpSession.Modify(streamer.LocalOffer()); RtpProxySession sipRtpSession = new RtpProxySession(x); sipRtpSession.Allocate(dummyOffer); if (res != ApiErrorCode.API_SUCCESS) { throw new Exception("RtpProxySession(2) Allocated failed err:" + res); } SipCall sipCall = new SipCall(x); res = sipCall.MakeCall("sip:[email protected]", sipRtpSession.LocalOffer(), null, null, DEFAULT_TIMEOUT); if (res != ApiErrorCode.API_SUCCESS) { throw new Exception("MakeCall failed err:" + res); } sipRtpSession.Modify(sipCall.RemoteOffer()); sipRtpSession.Bridge(streamerRtpSession, true); if (res != ApiErrorCode.API_SUCCESS) { throw new Exception("Bridge failed err:" + res); } streamer.PlayFile(@"c:\SOUNDS\greeting.wav", true, false); sipCall.Dispose(); Console.WriteLine("MakeCall res=" + res); }
static void test4() { IvrWORX x = new IvrWORX(); x.Init("dotnet.json"); // // Allocate RTP endpoint for RTSP session. // RtpProxySession call1RtpSession = new RtpProxySession(x); AbstractOffer dummyOffer = new AbstractOffer(); dummyOffer.Type = "application/sdp"; dummyOffer.Body = @"v=0" + "\n" + "o=alice 2890844526 2890844526 IN IP4 0.0.0.0" + "\n" + "s=" + "\n" + "c=IN IP4 0.0.0.0" + "\n" + "t=0 0" + "\n" + "m=audio 0 RTP/AVP 8" + "\n" + "a=rtpmap:0 PCMA/8000" + "\n\n";; ApiErrorCode res = call1RtpSession.Allocate(dummyOffer); if (res != ApiErrorCode.API_SUCCESS) { throw new Exception("RtpProxySession(1) Allocated failed err:" + res); } // // Allocate sip RTP session // RtpProxySession call2RtpSession = new RtpProxySession(x); res = call2RtpSession.Allocate(dummyOffer); if (res != ApiErrorCode.API_SUCCESS) { throw new Exception("RtpProxySession(1) Allocated failed err:" + res); } // // Make call1 // SipCall sipCall1 = new SipCall(x); res = sipCall1.MakeCall("sip:[email protected]", call1RtpSession.LocalOffer(), null, null, DEFAULT_TIMEOUT); if (res != ApiErrorCode.API_SUCCESS) { throw new Exception("MakeCall failed err:" + res); } call1RtpSession.Modify(sipCall1.RemoteOffer()); if (res != ApiErrorCode.API_SUCCESS) { throw new Exception("Modify failed err:" + res); } // // Make call2 // SipCall sipCall2 = new SipCall(x); res = sipCall2.MakeCall("sip:[email protected]", call2RtpSession.LocalOffer(), null, null, DEFAULT_TIMEOUT); if (res != ApiErrorCode.API_SUCCESS) { throw new Exception("MakeCall failed err:" + res); } call2RtpSession.Modify(sipCall2.RemoteOffer()); call1RtpSession.Bridge(call2RtpSession, true); if (res != ApiErrorCode.API_SUCCESS) { throw new Exception("Bridge failed err:" + res); } Thread.Sleep(30000); sipCall1.Dispose(); sipCall2.Dispose(); Console.WriteLine("MakeCall res=" + res); }
static void test6() { IvrWORX x = new IvrWORX(); x.Init("dotnet.json"); RtpProxySession rtpProxy = new RtpProxySession(x); // // Allocate RTP endpoint for RTSP session. // RtpProxySession call1RtpSession = new RtpProxySession(x); AbstractOffer dummyOffer = new AbstractOffer(); dummyOffer.Type = "application/sdp"; dummyOffer.Body = @"v=0 o=alice 2890844526 2890844526 IN IP4 0.0.0.0 s= c=IN IP4 0.0.0.0 t=0 0 m=audio 0 RTP/AVP 8 101 a=rtpmap:0 PCMA/8000 a=rtpmap:101 telephone-event/8000 "; ApiErrorCode res = call1RtpSession.Allocate(dummyOffer); if (res != ApiErrorCode.API_SUCCESS) { throw new Exception("RtpProxySession(1) Allocated failed err:" + res); } SipCall caller = new SipCall(x); res = caller.MakeCall("sip:[email protected]", call1RtpSession.LocalOffer(), null, null, DEFAULT_TIMEOUT); if (res != ApiErrorCode.API_SUCCESS) { throw new Exception("MakeCall err:" + res); } bool shutdown = false; List <IActiveObject> actors = new List <IActiveObject>(); actors.Add(caller); actors.Add(call1RtpSession); while (!shutdown) { Selector s = new Selector(); int index = 0; int event_id = 0; res = s.Select( actors, DEFAULT_TIMEOUT, ref index, ref event_id); String dtmfs = call1RtpSession.DtmfBuffer(); Console.Out.WriteLine("err=" + res + ", index=" + index + ", event=" + event_id + ", dtmfs=" + dtmfs); if (dtmfs.Contains("#") || index == 0) { shutdown = true; } } caller.HangupCall(); }
static void test3() { IvrWORX x = new IvrWORX(); x.Init("dotnet.json"); // // Allocate RTP endpoint for RTSP session. // RtpProxySession rtspRtpSession = new RtpProxySession(x); AbstractOffer dummyOffer = new AbstractOffer(); dummyOffer.Type = "application/sdp"; dummyOffer.Body = @"v=0" + "\n" + "o=alice 2890844526 2890844526 IN IP4 0.0.0.0" + "\n" + "s=" + "\n" + "c=IN IP4 0.0.0.0" + "\n" + "t=0 0" + "\n" + "m=audio 0 RTP/AVP 8" + "\n" + "a=rtpmap:0 PCMA/8000" + "\n\n";; ApiErrorCode res = rtspRtpSession.Allocate(dummyOffer); if (res != ApiErrorCode.API_SUCCESS) { throw new Exception("RtpProxySession(1) Allocated failed err:" + res); } // // Set up RTSP session and update its RTP endpoint. // RtspSession rtsp = new RtspSession(x); res = rtsp.Setup("rtsp://10.116.100.78/IvrScript.wav", rtspRtpSession.LocalOffer()); if (res != ApiErrorCode.API_SUCCESS) { throw new Exception("RtspSession Setup failed err:" + res); } res = rtspRtpSession.Modify(rtsp.RemoteOffer()); if (res != ApiErrorCode.API_SUCCESS) { throw new Exception("RtspSession Modify failed err:" + res); } // // Allocate sip RTP session // RtpProxySession sipRtpSession = new RtpProxySession(x); res = sipRtpSession.Allocate(dummyOffer); if (res != ApiErrorCode.API_SUCCESS) { throw new Exception("RtpProxySession(1) Allocated failed err:" + res); } // // Make call // SipCall sipCall = new SipCall(x); res = sipCall.MakeCall("sip:[email protected]", sipRtpSession.LocalOffer(), null, null, DEFAULT_TIMEOUT); if (res != ApiErrorCode.API_SUCCESS) { throw new Exception("MakeCall failed err:" + res); } sipRtpSession.Modify(sipCall.RemoteOffer()); if (res != ApiErrorCode.API_SUCCESS) { throw new Exception("Modify failed err:" + res); } rtspRtpSession.Bridge(sipRtpSession, false); if (res != ApiErrorCode.API_SUCCESS) { throw new Exception("Bridge failed err:" + res); } res = rtsp.Play(0.0, 0.0, 1); if (res != ApiErrorCode.API_SUCCESS) { throw new Exception("RtpProxySession(1) Allocated failed err:" + res); } Thread.Sleep(10000); sipCall.Dispose(); Console.WriteLine("MakeCall res=" + res); }