/// <summary>
/// Attempts to establish a new VoIP call via the Google Voice gateway.
/// </summary>
/// <param name="destination">The destination number to call.</param>
public void Call(MediaManager mediaManager, string destination)
{
if (!_isBound)
{
throw new ApplicationException("The Google Voice call could not proceed as the XMPP client is not bound.");
}
else
{
_rtpManager = new RTPManager(true, false);
// Call to Google Voice over XMPP & Gingle (Google's version of Jingle).
XMPPPhoneSession phoneSession = m_xmppClient.GetPhoneSession();
m_xmppCall = m_xmppClient.GetPhoneSession();
m_xmppCall.Accepted += XMPPAnswered;
m_xmppCall.Rejected += XMPPCallFailed;
m_xmppCall.Hungup += Hangup;
// Create the SDP packet to send to GV. Customise it with the ICE credentials that GV require.
SDP xmppSDP = null; // _rtpManager.GetSDP(true);
xmppSDP.IcePwd = Crypto.GetRandomString(12);
m_localSTUNUFrag = Crypto.GetRandomString(8);
xmppSDP.IceUfrag = m_localSTUNUFrag;
m_xmppCall.PlaceCall(destination + "@" + GOOGLE_VOICE_HOST, xmppSDP);
}
}
/// <summary>
/// This method gets the media manager to pass local media samples to the RTP channel and then
/// receive them back as the remote video stream. This tests that the codec and RTP packetisation
/// are working.
/// </summary>
public void RunLoopbackTest()
{
_rtpManager = new RTPManager(false, true);
_rtpManager.OnRemoteVideoSampleReady += EncodedVideoSampleReceived;
var sdp = _rtpManager.GetSDP(false);
_rtpManager.SetRemoteSDP(sdp);
}
public void NewCall()
{
_audioChannel = new AudioChannel();
_audioChannel.SampleReady += AudioChannelSampleReady;
_rtpManager = new RTPManager(true, _useVideo);
_rtpManager.OnRemoteVideoSampleReady += EncodedVideoSampleReceived;
_rtpManager.OnRemoteAudioSampleReady += RemoteAudioSampleReceived;
if (_audioChannel != null)
{
_audioChannel.StartRecording();
}
}
public void NewCall()
{
_audioChannel = new AudioChannel();
_audioChannel.SampleReady += AudioChannelSampleReady;
_rtpManager = new RTPManager(true, true);
_rtpManager = new RTPManager(true, false);
_rtpManager.OnRemoteVideoSampleReady += EncodedVideoSampleReceived;
_rtpManager.OnRemoteAudioSampleReady += RemoteAudioSampleReceived;
if (_audioChannel != null)
{
_audioChannel.StartRecording();
}
}
/// <summary>
/// This method gets the media manager to pass local media samples to the RTP channel and then
/// receive them back as the remote video stream. This tests that the codec and RTP packetisation
/// is working.
/// </summary>
public void RunLoopbackTest()
{
_rtpManager = new RTPManager(false, true);
_rtpManager.OnRemoteVideoSampleReady += EncodedVideoSampleReceived;
_rtpManager.OnRemoteAudioSampleReady += RemoteAudioSampleReceived;
var sdp = _rtpManager.GetSDP(false);
_rtpManager.SetRemoteSDP(sdp);
}
/// <summary>
/// Attempts to establish a new VoIP call via the Google Voice gateway.
/// </summary>
/// <param name="destination">The destination number to call.</param>
public void Call(MediaManager mediaManager, string destination)
{
if (!_isBound)
{
throw new ApplicationException("The Google Voice call could not proceed as the XMPP client is not bound.");
}
else
{
_rtpManager = new RTPManager(true, false);
// Call to Google Voice over XMPP & Gingle (Google's version of Jingle).
XMPPPhoneSession phoneSession = m_xmppClient.GetPhoneSession();
m_xmppCall = m_xmppClient.GetPhoneSession();
m_xmppCall.Accepted += XMPPAnswered;
m_xmppCall.Rejected += XMPPCallFailed;
m_xmppCall.Hungup += Hangup;
// Create the SDP packet to send to GV. Customise it with the ICE credentials that GV require.
SDP xmppSDP = null; // _rtpManager.GetSDP(true);
xmppSDP.IcePwd = Crypto.GetRandomString(12);
m_localSTUNUFrag = Crypto.GetRandomString(8);
xmppSDP.IceUfrag = m_localSTUNUFrag;
m_xmppCall.PlaceCall(destination + "@" + GOOGLE_VOICE_HOST, xmppSDP);
}
}