// Properly creates a SerializableFlatlinedMeasurement by sending in TimeSinceLastChange, attaching to the exception event, and setting device and signal type.
private SerializableFlatlinedMeasurement CreateSerializableFlatlinedMeasurement(IMeasurement measurement)
{
SerializableFlatlinedMeasurement serializableMeasurement = new SerializableFlatlinedMeasurement(measurement, m_test.RealTime - measurement.Timestamp);
serializableMeasurement.ProcessException += serializableMeasurement_ProcessException;
serializableMeasurement.SetDeviceAndSignalType(m_test.DataSource);
return(serializableMeasurement);
}
// Reads all flatlined measurements.
private SerializableFlatlineTest ReadFlatlinedMeasurements()
{
SerializableFlatlineTest serializableTest = new SerializableFlatlineTest();
ICollection <IMeasurement> flatlinedMeasurements = m_test.GetFlatlinedMeasurements();
List <SerializableFlatlinedMeasurement> serializableFlatlinedMeasurements = new List <SerializableFlatlinedMeasurement>();
foreach (IMeasurement measurement in flatlinedMeasurements)
{
SerializableFlatlinedMeasurement serializableFlatlinedMeasurement = CreateSerializableFlatlinedMeasurement(measurement);
serializableFlatlinedMeasurements.Add(serializableFlatlinedMeasurement);
}
serializableTest.FlatlinedMeasurements = serializableFlatlinedMeasurements.ToArray();
return(serializableTest);
}
// Properly creates a SerializableFlatlinedMeasurement by sending in TimeSinceLastChange, attaching to the exception event, and setting device and signal type.
private SerializableFlatlinedMeasurement CreateSerializableFlatlinedMeasurement(IMeasurement measurement)
{
SerializableFlatlinedMeasurement serializableMeasurement = new SerializableFlatlinedMeasurement(measurement, m_test.RealTime - measurement.Timestamp);
serializableMeasurement.ProcessException += serializableMeasurement_ProcessException;
serializableMeasurement.SetDeviceAndSignalType(m_test.DataSource);
return serializableMeasurement;
}
