public override void onEntry()
{
_smref.Incoming = true;
int sessionId = _smref.Session;
if ((_smref.Config.CFUFlag == true) && (_smref.Config.CFUNumber.Length > 0))
{
CallProxy.serviceRequest(sessionId, (int)EServiceCodes.SC_CFU, _smref.Config.CFUNumber);
}
else if (_smref.Config.DNDFlag == true)
{
CallProxy.serviceRequest(sessionId, (int)EServiceCodes.SC_DND, "");
}
else if (_smref.Config.AAFlag == true)
{
this.acceptCall(sessionId);
}
else
{
CallProxy.alerted(sessionId);
_smref.Type = ECallType.EMissed;
MediaProxy.playTone(ETones.EToneRing);
}
// if CFNR active start timer
if (_smref.Config.CFNRFlag)
{
_smref.startTimer(ETimerType.ENOREPLY);
}
}
internal override void OnEntry()
{
// set incoming call flags
_smref.Incoming = true;
int sessionId = SessionId;
// Start no response timer
_smref.StartTimer(ETimerType.ENORESPONSE);
CallProxy.alerted();
_smref.Type = ECallType.EMissed;
MediaProxy.playTone(ETones.EToneRing);
// if CFNR active start timer
if (_smref.Config.CFNRFlag)
{
_smref.StartTimer(ETimerType.ENOREPLY);
}
// auto answer call (if single call)
if ((_smref.Config.AAFlag == true) && (_smref.NumberOfCalls == 1))
{
this.acceptCall();
}
}
internal override void OnEntry()
{
// set incoming call flags
_smref.Incoming = true;
int sessionId = SessionId;
// drop call if pause flag
if (_smref.Config.PauseFlag)
{
this.endCall();
return;
}
// Start no response timer
_smref.StartTimer(ETimerType.ENORESPONSE);
CallProxy.alerted();
_smref.Type = ECallType.EMissed;
// Don't play any sounds while active calls persist
if (_smref.Config.AudioPlayOnIncoming && (this._smref.NumberOfCalls == 1 || _smref.Config.AudioPlayOnIncomingAndActive))
{
Task.Factory.StartNew(() => MediaProxy.playTone(ETones.EToneRing), TaskCreationOptions.PreferFairness);
}
// if CFNR active start timer
if (_smref.Config.CFNRFlag)
{
_smref.StartTimer(ETimerType.ENOREPLY);
}
// auto answer call (if single call)
if ((_smref.Config.AAFlag == true) && (_smref.NumberOfCalls == 1))
{
this.acceptCall();
}
}