private unsafe void FrontendFiller(IFrontendController sender, Complex *samples, int len)
{
if (this._isPlaying)
{
if (this._hookManager != null)
{
this._hookManager.ProcessRawIQ(samples, len);
}
this._iqCircularBuffer.Write(samples, len, !(sender is INonBlockingController));
}
}
public void Stop()
{
this._isPlaying = false;
if (this._inputType == InputType.Plugin && this._frontend is IIQStreamController)
{
((IIQStreamController)this._frontend).Stop();
this._frontend = null;
}
if (this._iqCircularBuffer != null)
{
this._iqCircularBuffer.Close();
}
if (this._audioCircularBuffer != null)
{
this._audioCircularBuffer.Close();
}
if (this._wavePlayer != null)
{
this._wavePlayer.Dispose();
this._wavePlayer = null;
}
if (this._waveRecorder != null)
{
this._waveRecorder.Dispose();
this._waveRecorder = null;
}
if (this._waveDuplex != null)
{
this._waveDuplex.Dispose();
this._waveDuplex = null;
}
this._inputSampleRate = 0.0;
if (this._waveReadThread != null)
{
this._waveReadThread.Join();
this._waveReadThread = null;
}
if (this._dspThread != null)
{
this._dspThread.Join();
this._dspThread = null;
}
if (this._waveFile != null)
{
this._waveFile.Dispose();
this._waveFile = null;
}
this._iqCircularBuffer = null;
this._audioCircularBuffer = null;
this._dspOutBuffer = null;
}
public void OpenPlugin(IFrontendController frontend, int outputDevice, int latency)
{
this.Stop();
try
{
this._inputType = InputType.Plugin;
this._frontend = frontend;
this._inputSampleRate = this._frontend.Samplerate;
this._outputDevice = outputDevice;
this._bufferSizeInMs = latency;
this._inputBufferSize = (int)((double)this._bufferSizeInMs * this._inputSampleRate / 1000.0);
this._decimationStageCount = this.GetDecimationStageCount();
int num = (int)Math.Pow(2.0, (double)this._decimationStageCount);
this._inputBufferSize = this._inputBufferSize / num * num;
this._inputBufferSize = this._inputBufferSize / StreamControl._processorCount * StreamControl._processorCount;
int num2 = (int)Math.Log((double)this._inputBufferSize, 2.0);
this._inputBufferSize = (int)Math.Pow(2.0, (double)num2);
this._bufferSizeInMs = (int)Math.Round((double)this._inputBufferSize / this._inputSampleRate * 1000.0);
this._outputSampleRate = this._inputSampleRate / (double)num;
this._outputBufferSize = this._inputBufferSize / num * 2;
if (this._outputSampleRate > 192000.0)
{
this._soundCardRatio = this._outputSampleRate / 192000.0;
}
else
{
this._soundCardRatio = (this._useASIO ? (this._outputSampleRate / (double)this._minOutputSampleRate) : 1.0);
}
Console.WriteLine("_inputBuffersize (complex) set to " + (Utils.FastConvolve ? "power of 2 : " : ": ") + this._inputBufferSize.ToString());
Console.WriteLine("_outputBuffersize (real) set to : " + this._outputBufferSize.ToString());
Console.WriteLine("_soundCardRatio set to : " + this._soundCardRatio.ToString());
}
catch
{
this.Stop();
throw;
}
}
private void iqSourceComboBox_SelectedIndexChanged(object sender, EventArgs e)
{
this.StopRadio();
if (this._frontendController != null)
{
this._frontendController.HideSettingGUI();
this._frontendController.Close();
this._frontendController = (IFrontendController) null;
}
if (this.SourceIsSoundCard)
{
this.inputDeviceComboBox.Enabled = true;
this.outputDeviceComboBox.Enabled = true;
this.sampleRateComboBox.Enabled = true;
this.frequencyShiftCheckBox.Enabled = true;
this.frequencyShiftNumericUpDown.Enabled = this.frequencyShiftCheckBox.Checked;
this._tooltip.SetToolTip((Control) this.configureSourceButton, "Configure");
this.configureSourceButton.Enabled = false;
this.SetCenterFrequency(0L);
this.vfoFrequencyEdit.Frequency = this._frequencyShift;
}
else
{
this.configureSourceButton.Enabled = true;
if (this.SourceIsWaveFile)
{
this._tooltip.SetToolTip((Control) this.configureSourceButton, "Select");
this.sampleRateComboBox.Enabled = false;
this.inputDeviceComboBox.Enabled = false;
this.outputDeviceComboBox.Enabled = true;
this.latencyNumericUpDown.Enabled = true;
this.frequencyShiftCheckBox.Enabled = false;
this.frequencyShiftNumericUpDown.Enabled = false;
this.frequencyShiftCheckBox.Checked = false;
this._frequencyShift = 0L;
if (this._initializing)
return;
this.SetCenterFrequency(0L);
this.vfoFrequencyEdit.Frequency = 0L;
this.SelectWaveFile();
}
else
{
this._tooltip.SetToolTip((Control) this.configureSourceButton, "Configure");
this.frequencyShiftCheckBox.Enabled = true;
this.frequencyShiftNumericUpDown.Enabled = this.frequencyShiftCheckBox.Checked;
IFrontendController newFrontendController = this._frontendControllers[(string) this.iqSourceComboBox.SelectedItem];
try
{
this.SelectFrontend(newFrontendController, true);
this._frontendController = newFrontendController;
}
catch
{
newFrontendController.Close();
}
this.centerButton.Enabled = this.SourceIsTunable;
}
}
}
private void iqSourceComboBox_SelectedIndexChanged(object sender, EventArgs e)
{
StopRadio();
if (_frontendController != null)
{
_frontendController.HideSettingGUI();
_frontendController.Close();
_frontendController = null;
}
if (SourceIsSoundCard)
{
inputDeviceComboBox.Enabled = true;
outputDeviceComboBox.Enabled = true;
sampleRateComboBox.Enabled = true;
frequencyShiftCheckBox.Enabled = true;
frequencyShiftNumericUpDown.Enabled = frequencyShiftCheckBox.Checked;
configureSourceButton.Text = "Configure";
configureSourceButton.Enabled = false;
SetCenterFrequency(0);
vfoFrequencyEdit.Frequency = _frequencyShift;
return;
}
configureSourceButton.Enabled = true;
if (SourceIsWaveFile)
{
configureSourceButton.Text = "Select";
sampleRateComboBox.Enabled = false;
inputDeviceComboBox.Enabled = false;
outputDeviceComboBox.Enabled = true;
latencyNumericUpDown.Enabled = true;
frequencyShiftCheckBox.Enabled = false;
frequencyShiftNumericUpDown.Enabled = false;
frequencyShiftCheckBox.Checked = false;
_frequencyShift = 0;
if (!_initializing)
{
SetCenterFrequency(0);
vfoFrequencyEdit.Frequency = 0;
SelectWaveFile();
}
return;
}
configureSourceButton.Text = "Configure";
frequencyShiftCheckBox.Enabled = true;
frequencyShiftNumericUpDown.Enabled = frequencyShiftCheckBox.Checked;
var frontendName = (string) iqSourceComboBox.SelectedItem;
var newFrontendController = _frontendControllers[frontendName];
try
{
newFrontendController.Open();
inputDeviceComboBox.Enabled = newFrontendController.IsSoundCardBased;
sampleRateComboBox.Enabled = newFrontendController.IsSoundCardBased;
if (newFrontendController.IsSoundCardBased)
{
var regex = new Regex(newFrontendController.SoundCardHint, RegexOptions.IgnoreCase);
for (var i = 0; i < inputDeviceComboBox.Items.Count; i++)
{
var item = inputDeviceComboBox.Items[i].ToString();
if (regex.IsMatch(item))
{
inputDeviceComboBox.SelectedIndex = i;
break;
}
}
if (newFrontendController.Samplerate > 0)
{
sampleRateComboBox.Text = newFrontendController.Samplerate.ToString();
}
}
if (newFrontendController.Samplerate > 0)
{
waterfall.SpectrumWidth = (int) newFrontendController.Samplerate;
spectrumAnalyzer.SpectrumWidth = (int) newFrontendController.Samplerate;
}
_vfo.SampleRate = newFrontendController.Samplerate;
_vfo.Frequency = 0;
SetCenterFrequency(newFrontendController.Frequency);
vfoFrequencyEdit.Frequency = newFrontendController.Frequency + _frequencyShift;
_frontendController = newFrontendController;
}
catch
{
iqSourceComboBox.SelectedIndex = iqSourceComboBox.Items.Count - 1;
newFrontendController.Close();
if (!_initializing)
{
MessageBox.Show(
frontendName + " is either not connected or its driver is not working properly.",
"Information",
MessageBoxButtons.OK,
MessageBoxIcon.Information);
}
}
}
public void Stop()
{
if (_inputType == InputType.Plugin && _frontend != null)
{
_frontend.Stop();
_frontend = null;
}
if (_wavePlayer != null)
{
_wavePlayer.Dispose();
_wavePlayer = null;
}
if (_waveRecorder != null)
{
_waveRecorder.Dispose();
_waveRecorder = null;
}
if (_waveDuplex != null)
{
_waveDuplex.Dispose();
_waveDuplex = null;
}
_inputSampleRate = 0;
if (_waveReadThread != null)
{
_waveReadThread.Join();
_waveReadThread = null;
}
if (_iqStream != null)
{
_iqStream.Close();
}
if (_audioStream != null)
{
_audioStream.Close();
}
if (_streamHookManager != null)
{
_streamHookManager.CloseStreams();
_streamHookManager.Stop();
}
if (_dspThread != null)
{
_dspThread.Join();
_dspThread = null;
}
if (_streamHookManager != null)
{
_streamHookManager.StopIQObserverThread();
}
if (_waveFile != null)
{
_waveFile.Dispose();
_waveFile = null;
}
if (_iqStream != null)
{
_iqStream.Dispose();
_iqStream = null;
}
if (_streamHookManager != null)
{
_streamHookManager.DisposeStreams();
}
_audioStream = null;
_dspOutBuffer = null;
_iqInBuffer = null;
}
public void Stop()
{
if (_inputType == InputType.Plugin && _frontend != null)
{
_frontend.Stop();
_frontend = null;
}
if (_wavePlayer != null)
{
_wavePlayer.Dispose();
_wavePlayer = null;
}
if (_waveRecorder != null)
{
_waveRecorder.Dispose();
_waveRecorder = null;
}
if (_waveDuplex != null)
{
_waveDuplex.Dispose();
_waveDuplex = null;
}
_inputSampleRate = 0;
if (_waveReadThread != null)
{
_waveReadThread.Join();
_waveReadThread = null;
}
if (_iqStream != null)
{
_iqStream.Close();
}
if (_audioStream != null)
{
_audioStream.Close();
}
if (_streamHookManager != null)
{
_streamHookManager.CloseStreams();
_streamHookManager.Stop();
}
if (_dspThread != null)
{
_dspThread.Join();
_dspThread = null;
}
if (_streamHookManager != null)
{
_streamHookManager.StopIQObserverThread();
}
if (_waveFile != null)
{
_waveFile.Dispose();
_waveFile = null;
}
if (_iqStream != null)
{
_iqStream.Dispose();
_iqStream = null;
}
if (_streamHookManager != null)
{
_streamHookManager.DisposeStreams();
}
_audioStream = null;
_dspOutBuffer = null;
_iqInBuffer = null;
}
private void MainForm_Closing(object sender, CancelEventArgs e)
{
_terminated = true;
_streamControl.Stop();
_fftEvent.Set();
if (_frontendController != null)
{
_frontendController.Close();
_frontendController = null;
}
#region ISharpPlugin Teardown
foreach(var plugin in _sharpPlugins.Values)
{
plugin.Close();
}
#endregion
_modeStates[_vfo.DetectorType] = GetModeState();
Utils.SaveSetting("spectrumAnalyzerAttack", spectrumAnalyzer.Attack);
Utils.SaveSetting("spectrumAnalyzerDecay", spectrumAnalyzer.Decay);
Utils.SaveSetting("waterfallAttack", waterfall.Attack);
Utils.SaveSetting("waterfallDecay", waterfall.Decay);
Utils.SaveSetting("useTimeMarkers", useTimestampsCheckBox.Checked);
Utils.SaveSetting("fftSpeed", fftSpeedTrackBar.Value);
Utils.SaveSetting("fftContrast", fftContrastTrackBar.Value);
Utils.SaveSetting("fftWindowType", fftWindowComboBox.SelectedIndex);
Utils.SaveSetting("fftView", viewComboBox.SelectedIndex);
Utils.SaveSetting("fftResolution", fftResolutionComboBox.SelectedIndex);
Utils.SaveSetting("detectorType", (int) DetectorType);
Utils.SaveSetting("useAGC", agcCheckBox.Checked);
Utils.SaveSetting("agcThreshold", (int) agcThresholdNumericUpDown.Value);
Utils.SaveSetting("agcDecay", (int) agcDecayNumericUpDown.Value);
Utils.SaveSetting("agcSlope", (int) agcSlopeNumericUpDown.Value);
Utils.SaveSetting("agcHang", agcUseHangCheckBox.Checked);
Utils.SaveSetting("frequencyShift", (long) frequencyShiftNumericUpDown.Value);
Utils.SaveSetting("frequencyShiftEnabled", frequencyShiftCheckBox.Checked);
Utils.SaveSetting("swapIQ", swapIQCheckBox.Checked);
Utils.SaveSetting("correctIQ", correctIQCheckBox.Checked);
Utils.SaveSetting("markPeaks", markPeaksCheckBox.Checked);
Utils.SaveSetting("fmStereo", fmStereoCheckBox.Checked);
Utils.SaveSetting("filterAudio", filterAudioCheckBox.Checked);
Utils.SaveSetting("unityGain", unityGainCheckBox.Checked);
Utils.SaveSetting("latency", (int) latencyNumericUpDown.Value);
Utils.SaveSetting("sampleRate", sampleRateComboBox.Text);
Utils.SaveSetting("audioGain", audioGainTrackBar.Value);
Utils.SaveSetting("windowState", (int) WindowState);
Utils.SaveSetting("windowPosition", Utils.IntArrayToString(_lastLocation.X, _lastLocation.Y));
Utils.SaveSetting("windowSize", Utils.IntArrayToString(_lastSize.Width, _lastSize.Height));
Utils.SaveSetting("collapsiblePanelStates", Utils.IntArrayToString(GetCollapsiblePanelStates()));
Utils.SaveSetting("splitterPosition", panSplitContainer.SplitterDistance);
Utils.SaveSetting("iqSource", iqSourceComboBox.SelectedIndex);
Utils.SaveSetting("waveFile", "" + _waveFile);
Utils.SaveSetting("centerFrequency", _centerFrequency);
Utils.SaveSetting("vfo", vfoFrequencyEdit.Frequency);
Utils.SaveSetting("fftDisplayOffset", fftOffsetTrackBar.Value);
Utils.SaveSetting("fftDisplayRange", fftRangeTrackBar.Value);
Utils.SaveSetting("inputDevice", inputDeviceComboBox.SelectedItem);
Utils.SaveSetting("outputDevice", outputDeviceComboBox.SelectedItem);
Utils.SaveSetting("spectrumWidth", spectrumAnalyzer.SpectrumWidth);
Utils.SaveSetting("wfmState", Utils.IntArrayToString(_modeStates[DetectorType.WFM]));
Utils.SaveSetting("nfmState", Utils.IntArrayToString(_modeStates[DetectorType.NFM]));
Utils.SaveSetting("amState", Utils.IntArrayToString(_modeStates[DetectorType.AM]));
Utils.SaveSetting("lsbState", Utils.IntArrayToString(_modeStates[DetectorType.LSB]));
Utils.SaveSetting("usbState", Utils.IntArrayToString(_modeStates[DetectorType.USB]));
Utils.SaveSetting("dsbState", Utils.IntArrayToString(_modeStates[DetectorType.DSB]));
Utils.SaveSetting("cwState", Utils.IntArrayToString(_modeStates[DetectorType.CW]));
Utils.SaveSetting("rawState", Utils.IntArrayToString(_modeStates[DetectorType.RAW]));
}
private void Open()
{
AudioDevice audioDevice1 = (AudioDevice) this.inputDeviceComboBox.SelectedItem;
AudioDevice audioDevice2 = (AudioDevice) this.outputDeviceComboBox.SelectedItem;
long num = this._centerFrequency;
if (this.SourceIsWaveFile)
{
if (!File.Exists(this._waveFile))
throw new ApplicationException("No such file");
this._streamControl.OpenFile(this._waveFile, audioDevice2.Index, (int) this.latencyNumericUpDown.Value);
Match match = Regex.Match(Path.GetFileName(this._waveFile) ?? "", "([0-9]+)kHz", RegexOptions.IgnoreCase);
if (match.Success)
this.SetCenterFrequency((long) (int.Parse(match.Groups[1].Value) * 1000));
else
this.SetCenterFrequency(0L);
}
else if (this.SourceIsSoundCard)
{
double inputSampleRate = 0.0;
Match match = Regex.Match(this.sampleRateComboBox.Text, "([0-9\\.]+)", RegexOptions.IgnoreCase);
if (match.Success)
inputSampleRate = double.Parse(match.Groups[1].Value);
this._streamControl.OpenSoundDevice(audioDevice1.Index, audioDevice2.Index, inputSampleRate, (int) this.latencyNumericUpDown.Value);
}
else
{
if (this._frontendController == null)
{
IFrontendController newFrontendController = this._frontendControllers[(string) this.iqSourceComboBox.SelectedItem];
try
{
this.SelectFrontend(newFrontendController, false);
this._frontendController = newFrontendController;
}
catch
{
newFrontendController.Close();
throw;
}
}
if (this._frontendController.IsSoundCardBased)
{
double inputSampleRate = 0.0;
Match match = Regex.Match(this.sampleRateComboBox.Text, "([0-9\\.]+)", RegexOptions.IgnoreCase);
if (match.Success)
inputSampleRate = double.Parse(match.Groups[1].Value);
this._streamControl.OpenSoundDevice(audioDevice1.Index, audioDevice2.Index, inputSampleRate, (int) this.latencyNumericUpDown.Value);
}
else
this._streamControl.OpenPlugin(this._frontendController, audioDevice2.Index, (int) this.latencyNumericUpDown.Value);
}
if (this._streamControl.SampleRate > 0.0)
{
this._vfo.SampleRate = this._streamControl.SampleRate;
this._vfo.DecimationStageCount = this._streamControl.DecimationStageCount;
this.spectrumAnalyzer.SpectrumWidth = (int) this._streamControl.SampleRate;
this.waterfall.SpectrumWidth = this.spectrumAnalyzer.SpectrumWidth;
}
if (this._changingSampleRate)
{
this._changingFrequency = true;
this.SetCenterFrequency(this.vfoFrequencyEdit.Frequency - this._frequencyShift);
this._changingFrequency = false;
}
else if (this._centerFrequency != num)
{
this.vfoFrequencyEdit.Frequency = this._centerFrequency + this._frequencyShift;
this.fftZoomTrackBar.Value = 0;
this.fftZoomTrackBar_ValueChanged((object) null, (EventArgs) null);
}
this.vfoFrequencyEdit_FrequencyChanged((object) null, (EventArgs) null);
this._frequencySet = 0L;
this.BuildFFTWindow();
}
private void SelectFrontend(IFrontendController newFrontendController, bool overrideFrequency = false)
{
ITunableSource tunableSource = newFrontendController as ITunableSource;
bool flag = tunableSource == null || tunableSource.IsTunable;
if (overrideFrequency && newFrontendController.Frequency > 0L)
{
this._vfo.Frequency = 0;
this.SetCenterFrequency(newFrontendController.Frequency);
this.vfoFrequencyEdit.Frequency = newFrontendController.Frequency + (flag ? this._frequencyShift : 0L);
}
if (!flag)
{
this.frequencyShiftCheckBox.Enabled = false;
this.frequencyShiftNumericUpDown.Enabled = false;
this.frequencyShiftCheckBox.Checked = false;
}
this.inputDeviceComboBox.Enabled = newFrontendController.IsSoundCardBased;
this.sampleRateComboBox.Enabled = newFrontendController.IsSoundCardBased;
if (newFrontendController.IsSoundCardBased && !string.IsNullOrEmpty(newFrontendController.SoundCardHint))
{
Regex regex = new Regex(newFrontendController.SoundCardHint, RegexOptions.IgnoreCase);
for (int index = 0; index < this.inputDeviceComboBox.Items.Count; ++index)
{
string input = this.inputDeviceComboBox.Items[index].ToString();
if (regex.IsMatch(input))
{
this.inputDeviceComboBox.SelectedIndex = index;
break;
}
}
}
if (newFrontendController.Samplerate > 0.0)
{
this.waterfall.SpectrumWidth = (int) newFrontendController.Samplerate;
this.spectrumAnalyzer.SpectrumWidth = (int) newFrontendController.Samplerate;
this._vfo.SampleRate = newFrontendController.Samplerate;
}
newFrontendController.Open();
}
private void FrontendFiller(IFrontendController sender, Complex* samples, int len)
{
if (_iqStream.Length < _inputBufferSize * 4)
{
_iqStream.Write(samples, len);
}
}
private void MainForm_Closing(object sender, CancelEventArgs e)
{
this._terminated = true;
this._streamControl.Stop();
this._fftEvent.Set();
if (this._frontendController != null)
{
this._frontendController.Close();
this._frontendController = (IFrontendController) null;
}
foreach (ISharpPlugin sharpPlugin in this._sharpPlugins.Values)
sharpPlugin.Close();
this._modeStates[this._vfo.DetectorType] = this.GetModeState();
Utils.SaveSetting("spectrumAnalyzerAttack", (object) this.spectrumAnalyzer.Attack);
Utils.SaveSetting("spectrumAnalyzerDecay", (object) this.spectrumAnalyzer.Decay);
Utils.SaveSetting("waterfallAttack", (object) this.waterfall.Attack);
Utils.SaveSetting("waterfallDecay", (object) this.waterfall.Decay);
Utils.SaveSetting("useTimeMarkers", (object) (bool) (this.useTimestampsCheckBox.Checked ? 1 : 0));
Utils.SaveSetting("fftSpeed", (object) this.fftSpeedTrackBar.Value);
Utils.SaveSetting("fftContrast", (object) this.fftContrastTrackBar.Value);
Utils.SaveSetting("fftWindowType", (object) this.fftWindowComboBox.SelectedIndex);
Utils.SaveSetting("spectrumStyle", (object) this.spectrumStyleComboBox.SelectedIndex);
Utils.SaveSetting("fftView", (object) this.viewComboBox.SelectedIndex);
Utils.SaveSetting("fftResolution", (object) this.fftResolutionComboBox.SelectedIndex);
Utils.SaveSetting("detectorType", (object) this.DetectorType);
Utils.SaveSetting("useAGC", (object) (bool) (this.agcCheckBox.Checked ? 1 : 0));
Utils.SaveSetting("agcThreshold", (object) (int) this.agcThresholdNumericUpDown.Value);
Utils.SaveSetting("agcDecay", (object) (int) this.agcDecayNumericUpDown.Value);
Utils.SaveSetting("agcSlope", (object) (int) this.agcSlopeNumericUpDown.Value);
Utils.SaveSetting("agcHang", (object) (bool) (this.agcUseHangCheckBox.Checked ? 1 : 0));
Utils.SaveSetting("frequencyShift", (object) (long) this.frequencyShiftNumericUpDown.Value);
Utils.SaveSetting("frequencyShiftEnabled", (object) (bool) (this.frequencyShiftCheckBox.Checked ? 1 : 0));
Utils.SaveSetting("swapIQ", (object) (bool) (this.swapIQCheckBox.Checked ? 1 : 0));
Utils.SaveSetting("correctIQ", (object) (bool) (this.correctIQCheckBox.Checked ? 1 : 0));
Utils.SaveSetting("markPeaks", (object) (bool) (this.markPeaksCheckBox.Checked ? 1 : 0));
Utils.SaveSetting("fmStereo", (object) (bool) (this.fmStereoCheckBox.Checked ? 1 : 0));
Utils.SaveSetting("filterAudio", (object) (bool) (this.filterAudioCheckBox.Checked ? 1 : 0));
Utils.SaveSetting("unityGain", (object) (bool) (this.unityGainCheckBox.Checked ? 1 : 0));
Utils.SaveSetting("latency", (object) (int) this.latencyNumericUpDown.Value);
Utils.SaveSetting("sampleRate", this.sampleRateComboBox.Text);
Utils.SaveSetting("audioGain", (object) this.audioGainTrackBar.Value);
Utils.SaveSetting("AudioIsMuted", (object) (bool) (this._vfo.Muted ? 1 : 0));
Utils.SaveSetting("windowState", (object) this.WindowState);
Utils.SaveSetting("windowPosition", Utils.IntArrayToString(this._lastLocation.X, this._lastLocation.Y));
Utils.SaveSetting("windowSize", Utils.IntArrayToString(this._lastSize.Width, this._lastSize.Height));
Utils.SaveSetting("collapsiblePanelStates", Utils.IntArrayToString(this.GetCollapsiblePanelStates()));
Utils.SaveSetting("splitterPosition", (object) this.spectrumSplitter.SplitPosition);
Utils.SaveSetting("iqSource", (object) this.iqSourceComboBox.SelectedIndex);
Utils.SaveSetting("waveFile", this._waveFile ?? "");
Utils.SaveSetting("centerFrequency", (object) this._centerFrequency);
Utils.SaveSetting("vfo", (object) this.vfoFrequencyEdit.Frequency);
Utils.SaveSetting("tuningStyle", (object) this._tuningStyle);
Utils.SaveSetting("fftDisplayOffset", (object) this.fftOffsetTrackBar.Value);
Utils.SaveSetting("fftDisplayRange", (object) this.fftRangeTrackBar.Value);
Utils.SaveSetting("inputDevice", this.inputDeviceComboBox.SelectedItem);
Utils.SaveSetting("outputDevice", this.outputDeviceComboBox.SelectedItem);
Utils.SaveSetting("spectrumWidth", (object) this.spectrumAnalyzer.SpectrumWidth);
Utils.SaveSetting("lockCarrier", (object) (bool) (this.lockCarrierCheckBox.Checked ? 1 : 0));
Utils.SaveSetting("useAntiFading", (object) (bool) (this.useAntiFadingCheckBox.Checked ? 1 : 0));
Utils.SaveSetting("wfmState", Utils.IntArrayToString(this._modeStates[DetectorType.WFM]));
Utils.SaveSetting("nfmState", Utils.IntArrayToString(this._modeStates[DetectorType.NFM]));
Utils.SaveSetting("amState", Utils.IntArrayToString(this._modeStates[DetectorType.AM]));
Utils.SaveSetting("lsbState", Utils.IntArrayToString(this._modeStates[DetectorType.LSB]));
Utils.SaveSetting("usbState", Utils.IntArrayToString(this._modeStates[DetectorType.USB]));
Utils.SaveSetting("dsbState", Utils.IntArrayToString(this._modeStates[DetectorType.DSB]));
Utils.SaveSetting("cwState", Utils.IntArrayToString(this._modeStates[DetectorType.CW]));
Utils.SaveSetting("rawState", Utils.IntArrayToString(this._modeStates[DetectorType.RAW]));
if (this._oldTopSplitterPosition > 0)
Utils.SaveSetting("topSplitter", (object) this._oldTopSplitterPosition);
if (this._oldBottomSplitterPosition > 0)
Utils.SaveSetting("bottomSplitter", (object) this._oldBottomSplitterPosition);
if (this._oldLeftSplitterPosition > 0)
Utils.SaveSetting("leftSplitter", (object) this._oldLeftSplitterPosition);
if (this._oldRightSplitterPosition > 0)
Utils.SaveSetting("rightSplitter", (object) this._oldRightSplitterPosition);
Utils.SaveSetting("menuIsHidden", (object) (bool) (!this.scrollPanel.Visible ? 1 : 0));
}
private void frontendGuiButton_Click(object sender, EventArgs e)
{
if (this.SourceIsWaveFile)
{
this.SelectWaveFile();
}
else
{
if (this._frontendController == null)
{
IFrontendController newFrontendController = this._frontendControllers[(string) this.iqSourceComboBox.SelectedItem];
try
{
this.SelectFrontend(newFrontendController, false);
this._frontendController = newFrontendController;
}
catch (Exception ex)
{
newFrontendController.Close();
int num = (int) MessageBox.Show((IWin32Window) this, ex.Message, "Error", MessageBoxButtons.OK, MessageBoxIcon.Hand);
return;
}
}
this._frontendController.ShowSettingGUI((IWin32Window) this);
}
}
private unsafe void FrontendFiller(IFrontendController sender, Complex* samples, int len)
{
if (this._hookManager != null)
this._hookManager.ProcessRawIQ(samples, len);
this._iqStream.Write(samples, len);
}
public void Stop()
{
if (this._inputType == StreamControl.InputType.Plugin && this._frontend != null)
{
this._frontend.Stop();
this._frontend = (IFrontendController) null;
}
if (this._wavePlayer != null)
{
this._wavePlayer.Dispose();
this._wavePlayer = (WavePlayer) null;
}
if (this._waveRecorder != null)
{
this._waveRecorder.Dispose();
this._waveRecorder = (WaveRecorder) null;
}
if (this._waveDuplex != null)
{
this._waveDuplex.Dispose();
this._waveDuplex = (WaveDuplex) null;
}
this._inputSampleRate = 0.0;
if (this._iqStream != null)
this._iqStream.Close();
if (this._waveReadThread != null)
{
this._waveReadThread.Join();
this._waveReadThread = (Thread) null;
}
if (this._audioStream != null)
this._audioStream.Close();
if (this._dspThread != null)
{
this._dspThread.Join();
this._dspThread = (Thread) null;
}
if (this._waveFile != null)
{
this._waveFile.Dispose();
this._waveFile = (WaveFile) null;
}
if (this._iqStream != null)
{
this._iqStream.Dispose();
this._iqStream = (ComplexFifoStream) null;
}
this._audioStream = (FloatFifoStream) null;
this._dspOutBuffer = (UnsafeBuffer) null;
this._iqInBuffer = (UnsafeBuffer) null;
}
public void OpenPlugin(IFrontendController frontend, int outputDevice, int bufferSizeInMs)
{
this.Stop();
try
{
this._inputType = StreamControl.InputType.Plugin;
this._frontend = frontend;
this._inputSampleRate = this._frontend.Samplerate;
this._outputDevice = outputDevice;
this._bufferSizeInMs = bufferSizeInMs;
this._inputBufferSize = (int) ((double) this._bufferSizeInMs * this._inputSampleRate / 1000.0);
this._decimationStageCount = this.GetDecimationStageCount();
if (this._inputBufferSize == 0)
throw new ArgumentException("The source '" + (object) this._frontend + "' is not ready");
int num = (int) Math.Pow(2.0, (double) this._decimationStageCount);
this._inputBufferSize = this._inputBufferSize / num * num;
this._inputBufferSize = this._inputBufferSize / StreamControl._processorCount * StreamControl._processorCount;
this._bufferSizeInMs = (int) Math.Round((double) this._inputBufferSize / this._inputSampleRate * 1000.0);
this._outputSampleRate = this._inputSampleRate / (double) num;
this._outputBufferSize = this._inputBufferSize / num * 2;
}
catch
{
this.Stop();
throw;
}
}
public void OpenPlugin(IFrontendController frontend, int outputDevice, int bufferSizeInMs)
{
Stop();
try
{
_inputType = InputType.Plugin;
_frontend = frontend;
_inputSampleRate = _frontend.Samplerate;
_outputDevice = outputDevice;
_bufferSizeInMs = bufferSizeInMs;
_inputBufferSize = (int) (_bufferSizeInMs * _inputSampleRate / 1000);
_decimationStageCount = GetDecimationStageCount();
var decimationFactor = (int) Math.Pow(2.0, _decimationStageCount);
_inputBufferSize = _inputBufferSize / decimationFactor * decimationFactor;
_inputBufferSize = _inputBufferSize / _processorCount * _processorCount;
_bufferSizeInMs = (int) Math.Round(_inputBufferSize / _inputSampleRate * 1000);
_outputSampleRate = _inputSampleRate / decimationFactor;
_outputBufferSize = _inputBufferSize / decimationFactor * 2;
}
catch
{
Stop();
throw;
}
}
