protected override void DisposeProcessors()
{
base.DisposeProcessors();
_mdc = null;
_star = null;
_rootDecoder = null;
}
public void UpdateDecodeGEStar(bool decode)
{
if (decode)
{
if (_star == null)
{
_star = new Decoders.STAR(_outFormat.SampleRate, ProcessSTAR, Decoders.STAR.star_format.star_format_1_16383, _sourceName);
}
}
else
{
_star = null;
}
}
public ProcessorWaveProvider(string sourceName, IWaveProvider sourceWaveProvider, string waveFilePath, WaveFormat outFormat, Common.ProcessRadioSignalingItemDelegate sigDelegate, Action<bool> hasPropertyChanged, bool recordEnabled, Common.SignalRecordingType recordType, int recordKickTime, Common.NoiseFloor noiseFloor, int customNoiseFloor,bool removeNoise, bool decodeMDC1200, bool decodeGEStar, bool decodeFleetSync, bool decodeP25)
: base(sourceWaveProvider, waveFilePath)
{
LastValidStreamTitle = string.Empty;
_sourceName = sourceName;
_sourceFormat = sourceWaveProvider.WaveFormat;
_outFormat = outFormat;
_hasPropertyChanged = hasPropertyChanged;
_silenceHelper = new SilenceHelper(outFormat.AverageBytesPerSecond / (outFormat.BitsPerSample / 8), noiseFloor, removeNoise, customNoiseFloor);
if (outFormat.Equals(sourceWaveProvider.WaveFormat))
{
_resampleStream = null;
_useResampler = false;
}
else
{
if (Common.AppSettings.Instance.DiagnosticMode)
{
Common.ConsoleHelper.ColorWriteLine(ConsoleColor.Magenta, "{0}: Source Format <> Out Format [{1}] <> [{2}]", sourceName, sourceWaveProvider.WaveFormat, outFormat);
}
_resampleStream = new NAudio.Wave.Compression.AcmStream(sourceWaveProvider.WaveFormat, outFormat);
_useResampler = true;
}
if (decodeMDC1200)
{
_mdc = new Decoders.MDC1200(outFormat.SampleRate, ProcessMDC1200, sourceName);
}
else
{
_mdc = null;
}
if (decodeGEStar)
{
_star = new Decoders.STAR(outFormat.SampleRate, ProcessSTAR, Decoders.STAR.star_format.star_format_1_16383, sourceName);
}
else
{
_star = null;
}
_rootDecoder = new Decoders.RootDecoder(outFormat.SampleRate, decodeFleetSync, decodeP25, ProcessRootDecoder);
_recorder = new AudioRecorder(sourceName, recordType, recordKickTime, outFormat, AudioProcessingGlobals.DefaultSaveFileWaveFormat, recordEnabled);
_bytesPerSample = outFormat.BitsPerSample / 8;
_encoding = outFormat.Encoding;
_sigDelegate = sigDelegate;
}
public ProcessorWaveProvider(string sourceName, IWaveProvider sourceWaveProvider, string waveFilePath, WaveFormat outFormat, Common.ProcessRadioSignalingItemDelegate sigDelegate, Action <bool> hasPropertyChanged, bool recordEnabled, Common.SignalRecordingType recordType, int recordKickTime, Common.NoiseFloor noiseFloor, int customNoiseFloor, bool removeNoise, bool decodeMDC1200, bool decodeGEStar, bool decodeFleetSync, bool decodeP25)
: base(sourceWaveProvider, waveFilePath)
{
LastValidStreamTitle = string.Empty;
_sourceName = sourceName;
_sourceFormat = sourceWaveProvider.WaveFormat;
_outFormat = outFormat;
_hasPropertyChanged = hasPropertyChanged;
_silenceHelper = new SilenceHelper(outFormat.AverageBytesPerSecond / (outFormat.BitsPerSample / 8), noiseFloor, removeNoise, customNoiseFloor);
if (outFormat.Equals(sourceWaveProvider.WaveFormat))
{
_resampleStream = null;
_useResampler = false;
}
else
{
if (Common.AppSettings.Instance.DiagnosticMode)
{
Common.ConsoleHelper.ColorWriteLine(ConsoleColor.Magenta, "{0}: Source Format <> Out Format [{1}] <> [{2}]", sourceName, sourceWaveProvider.WaveFormat, outFormat);
}
_resampleStream = new NAudio.Wave.Compression.AcmStream(sourceWaveProvider.WaveFormat, outFormat);
_useResampler = true;
}
if (decodeMDC1200)
{
_mdc = new Decoders.MDC1200(outFormat.SampleRate, ProcessMDC1200, sourceName);
}
else
{
_mdc = null;
}
if (decodeGEStar)
{
_star = new Decoders.STAR(outFormat.SampleRate, ProcessSTAR, Decoders.STAR.star_format.star_format_1_16383, sourceName);
}
else
{
_star = null;
}
_rootDecoder = new Decoders.RootDecoder(outFormat.SampleRate, decodeFleetSync, decodeP25, ProcessRootDecoder);
_recorder = new AudioRecorder(sourceName, recordType, recordKickTime, outFormat, AudioProcessingGlobals.DefaultSaveFileWaveFormat, recordEnabled);
_bytesPerSample = outFormat.BitsPerSample / 8;
_encoding = outFormat.Encoding;
_sigDelegate = sigDelegate;
}
private void ProcessSTAR(Decoders.STAR decoder, RadioLog.Common.SignalCode sigCode, uint unitID, uint tag, uint status, uint message)
{
Common.ConsoleHelper.ColorWriteLine(ConsoleColor.Magenta, "STAR: {0} on stream {1}", unitID, _sourceName);
_silenceHelper.ClearSilenceStats();
if (_sigDelegate != null)
{
string desc;
if (!string.IsNullOrWhiteSpace(LastValidStreamTitle))
{
desc = string.Format("Unit: {0}, Tag: {1}, Status: {2}, Message: {3}, Stream Title: {4}", unitID, tag, status, message, LastValidStreamTitle);
}
else
{
desc = string.Format("Unit: {0}, Tag: {1}, Status: {2}, Message: {3}", unitID, tag, status, message);
}
RadioLog.Common.RadioSignalingItem sigItem = new Common.RadioSignalingItem(Common.SignalingSourceType.Streaming, _sourceName, RadioLog.Common.SignalingNames.STAR, sigCode, unitID.ToString(), desc, DateTime.Now, _recorder.CurrentFileName);
_sigDelegate(sigItem);
}
}
public void UpdateDecodeGEStar(bool decode)
{
if (decode)
{
if (_star == null)
{
_star = new Decoders.STAR(_outFormat.SampleRate, ProcessSTAR, Decoders.STAR.star_format.star_format_1_16383, _sourceName);
}
}
else
{
_star = null;
}
}
protected override void DisposeProcessors()
{
base.DisposeProcessors();
_mdc = null;
_star = null;
_rootDecoder = null;
}