void call_CallStateChanged(object sender, Ozeki.VoIP.VoIPEventArgs<CallState> e)
{
if(e.Item.IsInCall())
{
if(firstInCall)
{
try
{
entry.State = WorkState.InProgress;
firstInCall = false;
ringingTimer.Elapsed -= ringingTimer_Elapsed;
waveStreamPlayback = new WaveStreamPlayback(entry.SoundPath);
call.ConnectAudioSender(waveStreamPlayback);
waveStreamPlayback.Stopped += waveStreamPlayback_Stopped;
waveStreamPlayback.StartStreaming();
progressTimer.Start();
}
catch (Exception ex)
{
OnWorkCompleted(WorkState.FileError);
}
}
}
else if(e.Item.IsCallEnded())
{
OnWorkCompleted(WorkState.HungUpByRemote);
}
}
void call_CallStateChanged(object sender, Ozeki.VoIP.VoIPEventArgs <CallState> e)
{
if (e.Item.IsInCall())
{
if (firstInCall)
{
try
{
entry.State = WorkState.InProgress;
firstInCall = false;
ringingTimer.Elapsed -= ringingTimer_Elapsed;
waveStreamPlayback = new WaveStreamPlayback(entry.SoundPath);
call.ConnectAudioSender(waveStreamPlayback);
waveStreamPlayback.Stopped += waveStreamPlayback_Stopped;
waveStreamPlayback.StartStreaming();
progressTimer.Start();
}
catch (Exception ex)
{
OnWorkCompleted(WorkState.FileError);
}
}
}
else if (e.Item.IsCallEnded())
{
OnWorkCompleted(WorkState.HungUpByRemote);
}
}
internal void SetRingtone(string filePath)
{
bool isStreaming = false;
// dispose previous
if (ringtonePlayer != null)
{
isStreaming = ringtonePlayer.IsStreaming;
audioConnector.Disconnect(ringtonePlayer, speakerMixer);
ringtonePlayer.Dispose();
ringtonePlayer = null;
}
// create new
ringtonePlayer = new WaveStreamPlayback(filePath, true, true);
audioConnector.Connect(ringtonePlayer, speakerMixer);
// start if necessary
if (isStreaming)
{
ringtonePlayer.StartStreaming();
}
}
public override void StartNarration(string audiofile)
{
currentAudioFile = audiofile;
waveStreamPlayback = new WaveStreamPlayback(audiofile);
waveStreamPlayback.Stopped += waveStreamPlayback_Stopped;
OnNarrationStarting();
waveStreamPlayback.StartStreaming();
}
public override void StartNarration(string audiofile)
{
currentAudioFile = audiofile;
waveStreamPlayback = new WaveStreamPlayback(audiofile);
waveStreamPlayback.Stopped += waveStreamPlayback_Stopped;
OnNarrationStarting();
waveStreamPlayback.StartStreaming();
}
/// <summary>
/// Initializes the audio handlers (microphone, speaker, DTMF player etc.).
/// </summary>
private void InitAudio()
{
// ----- CREATE -----
// devices
Microphone = Microphone.GetDefaultDevice();
Speaker = Speaker.GetDefaultDevice();
// audio processors
if (Microphone == null)
{
AudioEnhancer = new AudioQualityEnhancer(new AudioFormat());
}
else
{
AudioEnhancer = new AudioQualityEnhancer(Microphone.MediaFormat);
}
AudioEnhancer.SetEchoSource(Speaker);
_dtmfPlayer = new DtmfEventWavePlayer();
// ringtones
var ringbackStream = LoadRingbackStream();
var ringtoneStream = LoadRingtoneStream();
_ringtonePlayer = new WaveStreamPlayback(ringtoneStream, true, false);
_ringbackPlayer = new WaveStreamPlayback(ringbackStream, true, false);
// mixers
//outgoingDataMixer = new AudioForwarder();
//speakerMixer = new AudioForwarder();
//recordDataMixer = new AudioForwarder();
// phone handlers
_phoneCallAudioSender = new PhoneCallAudioSender();
_phoneCallAudioReceiver = new PhoneCallAudioReceiver();
// ----- CONNECT -----
// connect outgoing
//audioConnector.Connect(AudioEnhancer, outgoingDataMixer);
//audioConnector.Connect(outgoingDataMixer, phoneCallAudioSender);
//audioConnector.Connect(outgoingDataMixer, recordDataMixer);
_audioConnector.Connect(AudioEnhancer, _phoneCallAudioSender);
if (Microphone != null)
{
Microphone.LevelChanged += (Microphone_LevelChanged);
_audioConnector.Connect(Microphone, AudioEnhancer);
}
// connect incoming
if (Speaker != null)
{
Speaker.LevelChanged += (Speaker_LevelChanged);
_audioConnector.Connect(_phoneCallAudioReceiver, Speaker);
_audioConnector.Connect(_ringtonePlayer, Speaker);
_audioConnector.Connect(_ringbackPlayer, Speaker);
_audioConnector.Connect(_dtmfPlayer, Speaker);
}
}
/// <summary>
/// Inicializar reproductor.
/// </summary>
void initStreamPlayback()
{
if (extTypeWav.Contains(extTypePlayer))
{
wavPlayer = new WaveStreamPlayback(jobDataCommon.callServer.soundFile.targetPath);
}
else
{
mp3Player = new MP3StreamPlayback(jobDataCommon.callServer.soundFile.targetPath);
}
}
public bool MakeCall(Dictionary <string, string> pingData)
{
_log.Info("Beginning MakeCall");
_pingData = pingData;
// Ensure the specified audio file is in the manifest
Assembly assembly = Assembly.GetExecutingAssembly();
string resourceName = String.Format("Netopia.VOIPTester.Client.Resources.{0}", _config.GetStringValue("tonefile"));
Stream resourceStream = assembly.GetManifestResourceStream(resourceName);
// Console.WriteLine(String.Join("\n", assembly.GetManifestResourceNames()));
if (resourceStream == null)
{
_log.Fatal(String.Format("Can't find embedded audio file {0}", resourceName));
return(false);
}
// Create the SIP client and register to the server
_softPhone = SoftPhoneFactory.CreateSoftPhone(SoftPhoneFactory.GetLocalIP(), _config.GetIntValue("sip.min"), _config.GetIntValue("sip.max"), _config.GetIntValue("sip.port"));
_phoneLine = _softPhone.CreatePhoneLine(new SIPAccount(true, _config.GetStringValue("sip.displayname"), _config.GetStringValue("sip.username"), _config.GetStringValue("sip.username"), _config.GetStringValue("sip.password"), _config.GetStringValue("sip.host")), new NatConfiguration(_config.GetStringValue("externalip"), true));
_phoneLine.PhoneLineStateChanged += PhoneLineStateChanged;
_wavPlayback = new WaveStreamPlayback(resourceStream);
_wavPlayback.Stopped += StreamingStopped;
_connector.Connect(_wavPlayback, _callSender);
// Register the SIP connection
Register();
// Wait 3 seconds and check if the line is registered. If not, shut down.
System.Threading.Thread.Sleep(3000);
if (_phoneLine.LineState != PhoneLineState.RegistrationSucceeded)
{
_log.Error(String.Format("Phone Line is not registered. State is {0}. Exiting.", _phoneLine.LineState.ToString()));
return(false);
}
lock (_sync)
{
// Wait for the defined MAX_CALL_LENGTH
Monitor.Wait(_sync, MAX_CALL_LENGTH * 1000);
}
_log.Info("Completed call");
return(_complete);
}
/// <summary>
/// Loads a wav file for playback.
/// </summary>
public void LoadPlaybackWavFile(string filePath)
{
if (!initialized)
{
return;
}
if (wavPlayer != null)
{
audioConnector.Disconnect(wavPlayer, outgoingDataMixer);
wavPlayer.Dispose();
wavRecorder = null;
}
wavPlayer = new WaveStreamPlayback(filePath, false, true);
audioConnector.Connect(wavPlayer, outgoingDataMixer);
}
/// <summary>
/// Loads a wav file for playback.
/// </summary>
public void LoadPlaybackWavFile(string filePath)
{
if (!_initialized)
{
return;
}
if (_wavPlayer != null)
{
_audioConnector.Disconnect(_wavPlayer, _phoneCallAudioSender);
_wavPlayer.Dispose();
_wavRecorder = null;
}
_wavPlayer = new WaveStreamPlayback(filePath, false, true);
_audioConnector.Connect(_wavPlayer, _phoneCallAudioSender);
}
internal void SetRingback(string filePath)
{
bool isStreaming = false;
// dispose previous
if (_ringbackPlayer != null)
{
isStreaming = _ringbackPlayer.IsStreaming;
_audioConnector.Disconnect(_ringbackPlayer, Speaker);
_ringbackPlayer.Dispose();
_ringbackPlayer = null;
}
// create new
_ringbackPlayer = new WaveStreamPlayback(filePath, true, true);
_audioConnector.Connect(_ringbackPlayer, Speaker);
// start if necessary
if (isStreaming)
{
_ringbackPlayer.Start();
}
}
private void btnStop_Click(object sender, EventArgs e)
{
btnPlay.Enabled = true;
btnPause.Enabled = false;
btnPlay.Focus();
AudioTick.Stop();
if (m_MediaType == eMediaType.WavFile) {
if (m_MediaPlayerWav != null)
m_MediaPlayerWav.StopStreaming();
if (m_MediaSpeaker != null)
m_MediaSpeaker.Stop();
m_Connector.Disconnect(m_MediaPlayerWav, m_MediaSpeaker);
if (m_MediaPlayerWav != null)
m_MediaPlayerWav.Dispose();
m_MediaPlayerWav = null;
}
else if (m_MediaType == eMediaType.Mp3File) {
if (m_MediaPlayerMp3 != null)
m_MediaPlayerMp3.StopStreaming();
if (m_MediaSpeaker != null)
m_MediaSpeaker.Stop();
m_Connector.Disconnect(m_MediaPlayerMp3, m_MediaSpeaker);
if (m_MediaPlayerMp3 != null)
m_MediaPlayerMp3.Dispose();
m_MediaPlayerMp3 = null;
}
}
/// <summary>
/// Initializes the audio handlers (microphone, speaker, DTMF player etc.).
/// </summary>
private void InitAudio()
{
// ----- CREATE -----
// devices
Microphone = Microphone.GetDefaultDevice();
Speaker = Speaker.GetDefaultDevice();
// audio processors
AudioEnhancer = new AudioQualityEnhancer();
AudioEnhancer.SetEchoSource(Speaker);
dtmfPlayer = new DtmfEventWavePlayer();
// ringtones
var ringbackStream = LoadRingbackStream();
var ringtoneStream = LoadRingtoneStream();
ringtonePlayer = new WaveStreamPlayback(ringtoneStream, true, false);
ringbackPlayer = new WaveStreamPlayback(ringbackStream, true, false);
// mixers
outgoingDataMixer = new AudioMixerMediaHandler();
speakerMixer = new AudioMixerMediaHandler();
recordDataMixer = new AudioMixerMediaHandler();
// phone handlers
phoneCallAudioSender = new PhoneCallAudioSender();
phoneCallAudioReceiver = new PhoneCallAudioReceiver();
// ----- CONNECT -----
// connect outgoing
audioConnector.Connect(AudioEnhancer, outgoingDataMixer);
audioConnector.Connect(outgoingDataMixer, phoneCallAudioSender);
audioConnector.Connect(outgoingDataMixer, recordDataMixer);
if (Microphone != null)
{
Microphone.LevelChanged += (Microphone_LevelChanged);
audioConnector.Connect(Microphone, AudioEnhancer);
}
// connect incoming
audioConnector.Connect(phoneCallAudioReceiver, speakerMixer);
audioConnector.Connect(phoneCallAudioReceiver, recordDataMixer);
audioConnector.Connect(ringtonePlayer, speakerMixer);
audioConnector.Connect(ringbackPlayer, speakerMixer);
audioConnector.Connect(dtmfPlayer, speakerMixer);
if (Speaker != null)
{
Speaker.LevelChanged += (Speaker_LevelChanged);
audioConnector.Connect(speakerMixer, Speaker);
}
// add to collection
Dictionary<string, VoIPMediaHandler> collection = new Dictionary<string, VoIPMediaHandler>();
collection.Add("AudioEnhancer", AudioEnhancer);
collection.Add("DTMFPlayer", dtmfPlayer);
collection.Add("OutgoingDataMixer", outgoingDataMixer);
collection.Add("SpeakerMixer", speakerMixer);
collection.Add("PhoneCallAudioSender", phoneCallAudioSender);
collection.Add("PhoneCallAudioReceiver", phoneCallAudioReceiver);
audioCollection = new MediaHandlerCollection(audioConnector, collection);
}
internal void SetRingtone(string filePath)
{
bool isStreaming = false;
// dispose previous
if (ringtonePlayer != null)
{
isStreaming = ringtonePlayer.IsStreaming;
audioConnector.Disconnect(ringtonePlayer, speakerMixer);
ringtonePlayer.Dispose();
ringtonePlayer = null;
}
// create new
ringtonePlayer = new WaveStreamPlayback(filePath, true, true);
audioConnector.Connect(ringtonePlayer, speakerMixer);
// start if necessary
if (isStreaming)
ringtonePlayer.StartStreaming();
}
/// <summary>
/// Loads a wav file for playback.
/// </summary>
public void LoadPlaybackWavFile(string filePath)
{
if (!initialized)
return;
if (wavPlayer != null)
{
audioConnector.Disconnect(wavPlayer, outgoingDataMixer);
wavPlayer.Dispose();
wavRecorder = null;
}
wavPlayer = new WaveStreamPlayback(filePath, false, true);
audioConnector.Connect(wavPlayer, outgoingDataMixer);
}
private void CallPressed(string phoneNumber)
{
Logger.Log("Calling " + phoneNumber);
WaveStreamPlayback waveStream = null;
initiatedCall = apiExt.CreateCall(UsedPhoneNumber, phoneNumber, phoneNumber);
if (initiatedCall == null)
{
return;
}
bool transferStarted = false;
initiatedCall.CallStateChanged += (sender, e) =>
{
try
{
if (e.Item == CallState.Answered)
{
if (transferStarted)
{
initiatedCall.DisconnectAudioSender(waveStream);
waveStream.Dispose();
var tts = new TextToSpeech();
tts.Stopped += (sender1, e1) => {
tts.Dispose();
initiatedCall.HangUp();
};
initiatedCall.ConnectAudioSender(tts);
tts.AddAndStartText(string.Format("Calling {0} has failed. Please try again later.", phoneNumber));
return;
}
var stream = Assembly.GetExecutingAssembly().GetManifestResourceStream("OPSCallAssistant.Resources.ringback.wav");
waveStream = new WaveStreamPlayback(stream, true, true);
initiatedCall.ConnectAudioSender(waveStream);
waveStream.StartStreaming();
transferStarted = true;
initiatedCall.BlindTransfer(phoneNumber);
}
if (e.Item.IsCallEnded())
{
if (waveStream != null)
{
waveStream.Dispose();
}
}
}
catch (Exception ex)
{
Logger.Log(ex.Message);
Logger.Log(ex.StackTrace);
}
var k = 65;
};
initiatedCall.Start();
}
/// <summary>
/// Initializes the audio handlers (microphone, speaker, DTMF player etc.).
/// </summary>
private void InitAudio()
{
// ----- CREATE -----
// devices
Microphone = Microphone.GetDefaultDevice();
Speaker = Speaker.GetDefaultDevice();
// audio processors
AudioEnhancer = new AudioQualityEnhancer();
AudioEnhancer.SetEchoSource(Speaker);
dtmfPlayer = new DtmfEventWavePlayer();
// ringtones
var ringbackStream = LoadRingbackStream();
var ringtoneStream = LoadRingtoneStream();
ringtonePlayer = new WaveStreamPlayback(ringtoneStream, true, false);
ringbackPlayer = new WaveStreamPlayback(ringbackStream, true, false);
// mixers
outgoingDataMixer = new AudioMixerMediaHandler();
speakerMixer = new AudioMixerMediaHandler();
recordDataMixer = new AudioMixerMediaHandler();
// phone handlers
phoneCallAudioSender = new PhoneCallAudioSender();
phoneCallAudioReceiver = new PhoneCallAudioReceiver();
// ----- CONNECT -----
// connect outgoing
audioConnector.Connect(AudioEnhancer, outgoingDataMixer);
audioConnector.Connect(outgoingDataMixer, phoneCallAudioSender);
audioConnector.Connect(outgoingDataMixer, recordDataMixer);
if (Microphone != null)
{
Microphone.LevelChanged += (Microphone_LevelChanged);
audioConnector.Connect(Microphone, AudioEnhancer);
}
// connect incoming
audioConnector.Connect(phoneCallAudioReceiver, speakerMixer);
audioConnector.Connect(phoneCallAudioReceiver, recordDataMixer);
audioConnector.Connect(ringtonePlayer, speakerMixer);
audioConnector.Connect(ringbackPlayer, speakerMixer);
audioConnector.Connect(dtmfPlayer, speakerMixer);
if (Speaker != null)
{
Speaker.LevelChanged += (Speaker_LevelChanged);
audioConnector.Connect(speakerMixer, Speaker);
}
// add to collection
Dictionary <string, VoIPMediaHandler> collection = new Dictionary <string, VoIPMediaHandler>();
collection.Add("AudioEnhancer", AudioEnhancer);
collection.Add("DTMFPlayer", dtmfPlayer);
collection.Add("OutgoingDataMixer", outgoingDataMixer);
collection.Add("SpeakerMixer", speakerMixer);
collection.Add("PhoneCallAudioSender", phoneCallAudioSender);
collection.Add("PhoneCallAudioReceiver", phoneCallAudioReceiver);
audioCollection = new MediaHandlerCollection(audioConnector, collection);
}
private void CallPressed(string phoneNumber)
{
Logger.Log("Calling " + phoneNumber);
WaveStreamPlayback waveStream = null;
initiatedCall = apiExt.CreateCall(UsedPhoneNumber, phoneNumber, phoneNumber);
if (initiatedCall == null)
return;
bool transferStarted = false;
initiatedCall.CallStateChanged += (sender, e) =>
{
try
{
if (e.Item == CallState.Answered)
{
if (transferStarted)
{
initiatedCall.DisconnectAudioSender(waveStream);
waveStream.Dispose();
var tts = new TextToSpeech();
tts.Stopped += (sender1, e1)=>{
tts.Dispose();
initiatedCall.HangUp();
};
initiatedCall.ConnectAudioSender(tts);
tts.AddAndStartText(string.Format("Calling {0} has failed. Please try again later.", phoneNumber));
return;
}
var stream = Assembly.GetExecutingAssembly().GetManifestResourceStream("OPSCallAssistant.Resources.ringback.wav");
waveStream = new WaveStreamPlayback(stream, true, true);
initiatedCall.ConnectAudioSender(waveStream);
waveStream.StartStreaming();
transferStarted = true;
initiatedCall.BlindTransfer(phoneNumber);
}
if (e.Item.IsCallEnded())
{
if (waveStream != null)
waveStream.Dispose();
}
}
catch(Exception ex)
{
Logger.Log(ex.Message);
Logger.Log(ex.StackTrace);
}
var k = 65;
};
initiatedCall.Start();
}
private void CallLogPlayer_FormClosing(object sender, FormClosingEventArgs e)
{
if (m_MediaType == eMediaType.WavFile) {
if (m_MediaPlayerWav != null)
m_MediaPlayerWav.StopStreaming();
if (m_MediaSpeaker != null)
m_MediaSpeaker.Stop();
m_Connector.Disconnect(m_MediaPlayerWav, m_MediaSpeaker);
if (m_MediaPlayerWav != null)
m_MediaPlayerWav.Dispose();
m_MediaPlayerWav = null;
}
else if (m_MediaType == eMediaType.Mp3File) {
if (m_MediaPlayerMp3 != null)
m_MediaPlayerMp3.StopStreaming();
if (m_MediaSpeaker != null)
m_MediaSpeaker.Stop();
m_Connector.Disconnect(m_MediaPlayerMp3, m_MediaSpeaker);
if (m_MediaPlayerMp3 != null)
m_MediaPlayerMp3.Dispose();
m_MediaPlayerMp3 = null;
}
}
private void CreateWaveStreamPlayback(string path, bool repeat, bool cache)
{
WaveStreamPlayback = new WaveStreamPlayback(path, false, false);
WaveStreamPlayback.Stopped += (WaveStreamPlayback_Stopped);
mediaConnector.Connect(WaveStreamPlayback, outgoingDataMixer);
}
private void btnPlay_Click(object sender, EventArgs e)
{
btnPlay.Enabled = false;
btnPause.Enabled = true;
btnPause.Focus();
#region Wav File
if (m_MediaType == eMediaType.WavFile) {
if (m_MediaPlayerWav != null) {
if (!m_MediaPlayerWav.IsStreaming) {
if (m_TrackerDragged)
m_MediaPlayerWav.Stream.Position = Convert.ToInt64(barAudioTracker.EditValue);
m_MediaPlayerWav.StartStreaming();
AudioTick.Start();
}
return;
}
m_MediaSpeaker = Speaker.GetDefaultDevice(); //AudioSettingUtility.GetDefaultDeviceSpeaker();
if (m_MediaSpeaker == null) {
MessageBox.Show("No audio device found.", "Bright Sales", MessageBoxButtons.OK, MessageBoxIcon.Information);
return;
}
m_Connector = new MediaConnector();
m_MediaPlayerWav = new WaveStreamPlayback(m_MediaFile);
barAudioTracker.Properties.Minimum = 0;
barAudioTracker.Properties.Maximum = Convert.ToInt32(m_MediaPlayerWav.Stream.Length);
m_MediaSpeaker.Start();
m_Connector.Connect(m_MediaPlayerWav, m_MediaSpeaker);
m_MediaPlayerWav.StartStreaming();
m_MediaPlayerWav.IsStreaming = true;
AudioTick.Start();
}
#endregion
#region Mp3 File
else if (m_MediaType == eMediaType.Mp3File) {
if (m_MediaPlayerMp3 != null) {
if (!m_MediaPlayerMp3.IsStreaming) {
if (m_TrackerDragged)
m_MediaPlayerMp3.Stream.Position = Convert.ToInt64(barAudioTracker.EditValue);
m_MediaPlayerMp3.StartStreaming();
AudioTick.Start();
}
return;
}
m_MediaSpeaker = Speaker.GetDefaultDevice(); // AudioSettingUtility.GetDefaultDeviceSpeaker();
if (m_MediaSpeaker == null) {
MessageBox.Show("No audio device found.", "Bright Sales", MessageBoxButtons.OK, MessageBoxIcon.Information);
return;
}
m_Connector = new MediaConnector();
m_MediaPlayerMp3 = new MP3StreamPlayback(m_MediaFile);
barAudioTracker.Properties.Minimum = 0;
barAudioTracker.Properties.Maximum = Convert.ToInt32(m_MediaPlayerMp3.Stream.Length);
m_MediaSpeaker.Start();
m_Connector.Connect(m_MediaPlayerMp3, m_MediaSpeaker);
m_MediaPlayerMp3.StartStreaming();
m_MediaPlayerMp3.IsStreaming = true;
AudioTick.Start();
}
#endregion
}
