public override void Stop()
{
try
{
if (_processor != null)
{
_processor.StopStream();
_processor = null;
}
}
finally
{
base.Stop();
}
}
protected override void DoStart()
{
if (_processor == null && SrcInfo != null)
{
float tmpVol = 0.0f;
if (Volume > 0)
{
tmpVol = (float)(Math.Min(Volume, MaxVolume) / MaxVolume);
}
_processor = new AudioProcessing.WaveStreamProcessor(SrcInfo.SourceLocation, SrcInfo.SourceName, ProcessRadioSignalItem, HasPropertyChanged, tmpVol, SrcInfo.RecordAudio, SrcInfo.RecordingType, SrcInfo.RecordingKickTime, SrcInfo.NoiseFloor, SrcInfo.CustomNoiseFloor, SrcInfo.RemoveNoise, SrcInfo.DecodeMDC1200, SrcInfo.DecodeGEStar, SrcInfo.DecodeFleetSync, false /*SrcInfo.DecodeP25*/, SrcInfo.WaveOutDeviceName);
InternalSetProcessorVolume(Volume, MaxVolume, IsMuted ? Common.MuteState.Muted : Common.MuteState.Normal);
OnPropertyChanged("Volume");
OnPropertyChanged("IsMuted");
OnPropertyChanged("IsEnabled");
}
}
protected override void DoStart()
{
if (_processor == null && SrcInfo != null)
{
float tmpVol = 0.0f;
if (Volume > 0)
{
tmpVol = (float)(Math.Min(Volume, MaxVolume) / MaxVolume);
}
_processor = new AudioProcessing.WaveStreamProcessor(SrcInfo.SourceLocation, SrcInfo.SourceName, ProcessRadioSignalItem, HasPropertyChanged, tmpVol, SrcInfo.RecordAudio, SrcInfo.RecordingType, SrcInfo.RecordingKickTime, SrcInfo.NoiseFloor, SrcInfo.CustomNoiseFloor, SrcInfo.RemoveNoise, SrcInfo.DecodeMDC1200, SrcInfo.DecodeGEStar, SrcInfo.DecodeFleetSync, false /*SrcInfo.DecodeP25*/, SrcInfo.WaveOutDeviceName);
InternalSetProcessorVolume(Volume, MaxVolume, IsMuted ? Common.MuteState.Muted : Common.MuteState.Normal);
OnPropertyChanged("Volume");
OnPropertyChanged("IsMuted");
OnPropertyChanged("IsEnabled");
}
}
public override void Stop()
{
try
{
if (_processor != null)
{
_processor.StopStream();
_processor = null;
}
}
finally
{
base.Stop();
}
}
