/// <summary>
/// Handles the commandline parameters (if any).
/// </summary>
private void HandleCommandLineParameters()
{
string configFilename = null;
string inputFilename = null;
int inputSignal = -1;
string outputFilename = null;
bool showHelp = false;
string usage = string.Empty;
double lp = double.NaN;
double hp = double.NaN;
if (Environment.GetCommandLineArgs().Length > 0)
{
//// First check the getopt() way....
//CommandlineParserGetOpt commandLineParserGetOpt = new CommandlineParserGetOpt();
//commandLineParserGetOpt.AddOption("c", "configfilename", "Configuration file containing analysis parameters",
// CommandlineOptionFlags.HasParameter | CommandlineOptionFlags.Required,
// (p, v) => { configFilename = v; });
//commandLineParserGetOpt.AddOption("h", "help", "Show usage help",
// CommandlineOptionFlags.HideInUsage,
// (p, v) => { showHelp = true; });
//commandLineParserGetOpt.Parse();
//if (showHelp)
// usage = commandLineParserGetOpt.GetHelp();
//if (!showHelp && commandLineParserGetOpt.MissingRequiredOptions.Count > 0)
//{
// CommandlineParser commandlineParser = new CommandlineParser();
// commandlineParser.AddOption("EdfInputFilename", string.Empty, "EDF(+) input filename", string.Empty,
// CommandlineOptionFlags.Required, (p, v) =>
// { inputFilename = v; }, 0);
// commandlineParser.AddOption("SignalIndex", string.Empty, "Index (0 - N) of signal to be analysed",
// string.Empty, CommandlineOptionFlags.Required,
// (p, v) => int.TryParse(v, out inputSignal), 1);
// commandlineParser.AddOption("OutputFilename", string.Empty, "Analysis output filename", string.Empty,
// CommandlineOptionFlags.Required, (p, v) =>
// { outputFilename = v; }, 2);
// commandlineParser.AddOption("ConfigurationFilename", string.Empty, "Configuration filename", string.Empty,
// CommandlineOptionFlags.None, (p, v) =>
// { configFilename = v; }, 3);
// commandlineParser.AddOption("Batch", string.Empty, "Batchmode, no user interaction",
// (p, v) => { BatchMode = true; });
// commandlineParser.AddOption("LP", string.Empty, "Low Pass filter value (Hz)",
// CommandlineOptionFlags.HasParameter, (p, v) => TryParseToDouble(v, out lp));
// commandlineParser.AddOption("HP", string.Empty, "High Pass filter value (Hz)",
// CommandlineOptionFlags.HasParameter, (p, v) => TryParseToDouble(v, out hp));
// commandlineParser.AddOption("?", string.Empty, "Show usage help",
// CommandlineOptionFlags.HideInUsage,
// (p, v) => { showHelp = true; });
// commandlineParser.Parse();
// if (showHelp)
// usage = commandlineParser.GetHelp();
//}
CommandlineParser commandlineParser = new CommandlineParser();
commandlineParser.AddOption("Input", string.Empty, "EDF(+) input filename", "EdfInputFilename",
CommandlineOptionFlags.HasParameter, (p, v) => { inputFilename = v; });
commandlineParser.AddOption("SignalIndex", string.Empty, "Index (0 - N-1" + ") of signal to be analysed",
"SignalIndex", CommandlineOptionFlags.HasParameter,
(p, v) => int.TryParse(v, out inputSignal));
commandlineParser.AddOption("Output", string.Empty, "Analysis output filename", "OutputFilename",
CommandlineOptionFlags.HasParameter, (p, v) => { outputFilename = v; });
commandlineParser.AddOption("ConfigFile", string.Empty, "Configuration filename", "ConfigurationFilename",
CommandlineOptionFlags.HasParameter, (p, v) =>
{ configFilename = v; });
commandlineParser.AddOption("LP", string.Empty, "Low Pass filter value (Hz)","LowestLowPassFrequency",
CommandlineOptionFlags.HasParameter, (p, v) => TryParseToDouble(v, out lp));
commandlineParser.AddOption("HP", string.Empty, "High Pass filter value (Hz)", "HighestHighPassFrequency",
CommandlineOptionFlags.HasParameter, (p, v) => TryParseToDouble(v, out hp));
commandlineParser.AddOption("Batch", string.Empty, "Batchmode, no user interaction",
(p, v) => { BatchMode = true; });
commandlineParser.AddOption("?", string.Empty, "Show usage help",
CommandlineOptionFlags.HideInUsage,
(p, v) => { showHelp = true; });
commandlineParser.Parse();
if (showHelp)
{
MessageBox.Show(commandlineParser.GetHelp(), Strings.UsageInformation);
Application.Exit();
}
}
// Read configuration settings from file; use default settings if no configuration file was set
if (string.IsNullOrEmpty(configFilename))
ErrorLogger.WriteLog("Configuration file not provided, using default configuration parameters");
else
ErrorLogger.WriteLog("Using configuration parameters from file " + configFilename);
_configuration = new MCconfiguration(configFilename);
if (!string.IsNullOrEmpty(outputFilename))
_configuration.OutputFileName = outputFilename;
if (File.Exists(inputFilename))
textBoxInputFilename.Text = inputFilename;
if (inputSignal >= 0)
signalsComboBox.SelectedIndex = inputSignal;
if (!double.IsNaN(lp))
textBoxLP.Text = lp.ToString();
if (!double.IsNaN(hp))
textBoxHP.Text = hp.ToString();
NeuroLoopGainController.AppController.AppConf = _configuration;
// Default values for textBoxes
textBoxF0.Text = _configuration.F0.ToString(FormatProvider);
textBoxB.Text = _configuration.BandWidth.ToString(FormatProvider);
textBoxFc.Text = _configuration.FC.ToString(FormatProvider);
textBoxSmootherrate.Text = _configuration.SmoothRate.ToString(FormatProvider);
textBoxAnalysisPeriod.Text = _configuration.SmoothTime.ToString(FormatProvider);
textBoxOutputFileName.Text = _configuration.OutputFileName;
if (!BatchMode)
return;
// Batchmode requested; perform analysis without user input and close application after processing
buttonStart_Click(this, new EventArgs());
Application.Exit();
}
/// <summary>
/// Handles the commandline parameters (if any).
/// </summary>
private void HandleCommandLineParameters()
{
string configFilename = null;
string inputFilename = null;
int inputSignal = -1;
string outputFilename = null;
bool showHelp = false;
string usage = string.Empty;
double lp = double.NaN;
double hp = double.NaN;
if (Environment.GetCommandLineArgs().Length > 0)
{
//// First check the getopt() way....
//CommandlineParserGetOpt commandLineParserGetOpt = new CommandlineParserGetOpt();
//commandLineParserGetOpt.AddOption("c", "configfilename", "Configuration file containing analysis parameters",
// CommandlineOptionFlags.HasParameter | CommandlineOptionFlags.Required,
// (p, v) => { configFilename = v; });
//commandLineParserGetOpt.AddOption("h", "help", "Show usage help",
// CommandlineOptionFlags.HideInUsage,
// (p, v) => { showHelp = true; });
//commandLineParserGetOpt.Parse();
//if (showHelp)
// usage = commandLineParserGetOpt.GetHelp();
//if (!showHelp && commandLineParserGetOpt.MissingRequiredOptions.Count > 0)
//{
// CommandlineParser commandlineParser = new CommandlineParser();
// commandlineParser.AddOption("EdfInputFilename", string.Empty, "EDF(+) input filename", string.Empty,
// CommandlineOptionFlags.Required, (p, v) =>
// { inputFilename = v; }, 0);
// commandlineParser.AddOption("SignalIndex", string.Empty, "Index (0 - N) of signal to be analysed",
// string.Empty, CommandlineOptionFlags.Required,
// (p, v) => int.TryParse(v, out inputSignal), 1);
// commandlineParser.AddOption("OutputFilename", string.Empty, "Analysis output filename", string.Empty,
// CommandlineOptionFlags.Required, (p, v) =>
// { outputFilename = v; }, 2);
// commandlineParser.AddOption("ConfigurationFilename", string.Empty, "Configuration filename", string.Empty,
// CommandlineOptionFlags.None, (p, v) =>
// { configFilename = v; }, 3);
// commandlineParser.AddOption("Batch", string.Empty, "Batchmode, no user interaction",
// (p, v) => { BatchMode = true; });
// commandlineParser.AddOption("LP", string.Empty, "Low Pass filter value (Hz)",
// CommandlineOptionFlags.HasParameter, (p, v) => TryParseToDouble(v, out lp));
// commandlineParser.AddOption("HP", string.Empty, "High Pass filter value (Hz)",
// CommandlineOptionFlags.HasParameter, (p, v) => TryParseToDouble(v, out hp));
// commandlineParser.AddOption("?", string.Empty, "Show usage help",
// CommandlineOptionFlags.HideInUsage,
// (p, v) => { showHelp = true; });
// commandlineParser.Parse();
// if (showHelp)
// usage = commandlineParser.GetHelp();
//}
CommandlineParser commandlineParser = new CommandlineParser();
commandlineParser.AddOption("Input", string.Empty, "EDF(+) input filename", "EdfInputFilename",
CommandlineOptionFlags.HasParameter, (p, v) => { inputFilename = v; });
commandlineParser.AddOption("SignalIndex", string.Empty, "Index (0 - N-1" + ") of signal to be analysed",
"SignalIndex", CommandlineOptionFlags.HasParameter,
(p, v) => int.TryParse(v, out inputSignal));
commandlineParser.AddOption("Output", string.Empty, "Analysis output filename", "OutputFilename",
CommandlineOptionFlags.HasParameter, (p, v) => { outputFilename = v; });
commandlineParser.AddOption("ConfigFile", string.Empty, "Configuration filename", "ConfigurationFilename",
CommandlineOptionFlags.HasParameter, (p, v) =>
{ configFilename = v; });
commandlineParser.AddOption("LP", string.Empty, "Low Pass filter value (Hz)", "LowestLowPassFrequency",
CommandlineOptionFlags.HasParameter, (p, v) => TryParseToDouble(v, out lp));
commandlineParser.AddOption("HP", string.Empty, "High Pass filter value (Hz)", "HighestHighPassFrequency",
CommandlineOptionFlags.HasParameter, (p, v) => TryParseToDouble(v, out hp));
commandlineParser.AddOption("Batch", string.Empty, "Batchmode, no user interaction",
(p, v) => { BatchMode = true; });
commandlineParser.AddOption("?", string.Empty, "Show usage help",
CommandlineOptionFlags.HideInUsage,
(p, v) => { showHelp = true; });
commandlineParser.Parse();
if (showHelp)
{
MessageBox.Show(commandlineParser.GetHelp(), Strings.UsageInformation);
Application.Exit();
}
}
// Read configuration settings from file; use default settings if no configuration file was set
if (string.IsNullOrEmpty(configFilename))
{
ErrorLogger.WriteLog("Configuration file not provided, using default configuration parameters");
}
else
{
ErrorLogger.WriteLog("Using configuration parameters from file " + configFilename);
}
_configuration = new MCconfiguration(configFilename);
if (!string.IsNullOrEmpty(outputFilename))
{
_configuration.OutputFileName = outputFilename;
}
if (File.Exists(inputFilename))
{
textBoxInputFilename.Text = inputFilename;
}
if (inputSignal >= 0)
{
signalsComboBox.SelectedIndex = inputSignal;
}
if (!double.IsNaN(lp))
{
textBoxLP.Text = lp.ToString();
}
if (!double.IsNaN(hp))
{
textBoxHP.Text = hp.ToString();
}
NeuroLoopGainController.AppController.AppConf = _configuration;
// Default values for textBoxes
textBoxF0.Text = _configuration.F0.ToString(FormatProvider);
textBoxB.Text = _configuration.BandWidth.ToString(FormatProvider);
textBoxFc.Text = _configuration.FC.ToString(FormatProvider);
textBoxSmootherrate.Text = _configuration.SmoothRate.ToString(FormatProvider);
textBoxAnalysisPeriod.Text = _configuration.SmoothTime.ToString(FormatProvider);
textBoxOutputFileName.Text = _configuration.OutputFileName;
if (!BatchMode)
{
return;
}
// Batchmode requested; perform analysis without user input and close application after processing
buttonStart_Click(this, new EventArgs());
Application.Exit();
}