public bool SwitchDetector(DataModelLaserInnolas.InnolasChannelSwitch channelNumber, string calibrationFilePath)
{
try
{
_laserCalibrationFile = new LaserCalibrationTable();
string errorMessage;
if (!_laserCalibrationFile.LoadFile(calibrationFilePath, out errorMessage))
{
/**/ // HardwareMonitorReport((ulong)DeviceErrorCode.CalibrationFileError, new string[] { errorMessage });
GUI_Communicator.sendStatus("Laser", "HardwareMonitor", errorMessage);
}
else
{
if (_previousUndividedTriggerRate != 0)
{
if (_previousUndividedTriggerRate != _laserCalibrationFile.LaserUndividedTriggerRate)
{
/**/ // MSOTService.IMSOTLog.HandleError(EnumLogType.Warning, DisplayName,
/**/ // "Laser Calibration file defines a different undivided trigger rate than the previous file, new: " + _laserCalibrationFile.LaserUndividedTriggerRate +
/**/ // " old: "+_previousUndividedTriggerRate);
GUI_Communicator.sendError("Laser", "ErrorDisplay", "Laser Calibration file defines a different undivided trigger rate than the previous file, new: " + _laserCalibrationFile.LaserUndividedTriggerRate + " old: " + _previousUndividedTriggerRate);
}
}
_previousUndividedTriggerRate = _laserCalibrationFile.LaserUndividedTriggerRate;
/**/ // MSOTService.IMSOTLog.HandleError(EnumLogType.Info, DisplayName, "Laser Calibration file info: " + _laserCalibrationFile.Description);
GUI_Communicator.sendStatus("Laser", "ErrorDisplay", "Laser Calibration file info: " + _laserCalibrationFile.Description);
string laserFileSummary;
AvailableTriggerRates = new ObservableCollection <double>(_laserCalibrationFile.GetTriggerRates(out laserFileSummary));
switchChannel(channelNumber);
/**/ // MSOTService.IMSOTLog.HandleError(EnumLogType.Info, DisplayName, laserFileSummary);
GUI_Communicator.sendStatus("Laser", "ErrorDisplay", laserFileSummary);
return(true);
}
protected abstract bool switchChannel(DataModelLaserInnolas.InnolasChannelSwitch number);