public void Read(TimeSpan elapsedTime, double setpoint, double reference)
{
// Only process found or failed DUTs.
if ((Status == DutStatus.Testing) ||
(Status == DutStatus.Fail))
{
double reading = 0.0;
string message = string.Empty;
// If the DUT uses a datalogger...
if ((_settings?.Label == "Datalogger") && (DutInterface != null))
{
reading = DutInterface.Readings[Index];
}
// If the DUT is a G3...
else if (_sensitG3 != null)
{
_sensitG3.Read();
reading = _sensitG3.Readings[VariableType.GasConcentration];
message = _sensitG3.Message;
}
// If the DUT is a generic serial device...
else if (_genericSerialDevice != null)
{
_genericSerialDevice.Read();
message = _genericSerialDevice.Message;
}
// If the DUT is a "manual" device...
else if (_manual != null)
{
_manual.Read();
reading = _manual.Readings[VariableType.GasConcentration];
}
// Format data from device.
var testResult = new TestResults
{
ElapsedTime = elapsedTime,
Setpoint = setpoint,
Reference = reference,
SensorValue = reading,
SensorMessage = message,
};
// Save test results to csv file.
_csv?.WriteRecords(new List <TestResults> {
testResult
});
// Save the result.
Results.Add(testResult);
}
}
public void Read(TimeSpan elapsedTime, double setpoint, double reference)
{
// Only process found or failed DUTs.
if ((Status == DutStatus.Testing) ||
(Status == DutStatus.Fail))
{
double reading = 0.0;
// If the DUT uses a datalogger...
if ((_settings.Label == "Datalogger") && (DutInterface != null))
{
reading = DutInterface.Readings[Index];
}
// If the DUT is a G3...
else if (_sensitG3 != null)
{
_sensitG3.Read();
reading = _sensitG3.Readings[VariableType.GasConcentration];
}
// If the DUT is a "manual" device...
else if (_manual != null)
{
_manual.Read();
reading = _manual.Readings[VariableType.GasConcentration];
}
// Save the result.
Results.Add(new TestResults
{
ElapsedTime = elapsedTime,
Setpoint = setpoint,
Reference = reference,
SensorValue = reading
});
}
}