public void Calibrate(bool reuse)
{
int voltageG;
int currentG;
// Read uid from device
this.uid = uidReader.ReadUid();
logger.DebugFormat("Read UID {0}", this.uid);
var possibleCalibrations = getCalibrationDataFromRepo();
if (possibleCalibrations.Any() && reuse)
{
logger.Debug("Reusing existing values");
var existingCalibration = possibleCalibrations.OrderByDescending(c => c.DateCalibrated).First();
currentG = existingCalibration.CurrentGain;
voltageG = existingCalibration.VoltageGain;
}
else
{
logger.Debug("Reading new values");
// Set voltage and current for signal generator
sigGenerator.SetOutput(187, 60);
// Load firmware onto chip for CLI commands
loadFirmware.LoadFirmware();
UpdateStateChange(StateOfDevice.LoadFirmware);
// Read voltage from device and calibrate
voltageG = valueParser.ReadVoltageValue();
UpdateStateChange(StateOfDevice.CalibrateVoltage);
// Read current from device and calibrate
sigGenerator.SetOutput(38, 60);
currentG = valueParser.ReadCurrentValue();
UpdateStateChange(StateOfDevice.CalibrateCurrent);
// Insert values into table
CalibrationValue cv = new CalibrationValue();
cv.UidId = uidRepository.GetBy(e => e.UID.Equals(this.uid)).Id;
cv.CurrentGain = currentG;
cv.VoltageGain = voltageG;
calibrationRepository.Insert(cv);
calibrationRepository.Submit();
UpdateStateChange(StateOfDevice.DatabaseInsert);
}
logger.DebugFormat("Updated database for current gain to {0} and voltage gain to {1}", currentG, voltageG);
// Once here, device has passed all phases and device is calibrated
UpdateStateChange(StateOfDevice.CalibrationComplete);
}