public WorkshopCardCalibrationData(byte[] value, short noOfCalibrationRecords)
{
calibrationTotalNumber = ConvertionClass.convertIntoUnsigned2ByteInt(ConvertionClass.arrayCopy(value, 0, 2));
calibrationRecords = new List<WorkshopCardCalibrationRecord>();
int noOfValidCalibrationRecords = 0;
for (int i = 0; i < noOfCalibrationRecords; i += 1)
{
byte[] record = ConvertionClass.arrayCopy(value, 3 + (i * WorkshopCardCalibrationRecord.structureSize), WorkshopCardCalibrationRecord.structureSize);
WorkshopCardCalibrationRecord wccr = new WorkshopCardCalibrationRecord(record);
// only add entries with non-default values, i.e. skip empty entries
if (wccr.calibrationPurpose.calibrationPurpose != 0)
{
calibrationRecords.Add(wccr);
noOfValidCalibrationRecords++;
}
}
structureSize = 3 + noOfValidCalibrationRecords * WorkshopCardCalibrationRecord.structureSize;
}
public WorkshopCardCalibrationData(byte[] value, short noOfCalibrationRecords)
{
calibrationTotalNumber = ConvertionClass.convertIntoUnsigned2ByteInt(ConvertionClass.arrayCopy(value, 0, 2));
calibrationRecords = new List <WorkshopCardCalibrationRecord>();
int noOfValidCalibrationRecords = 0;
for (int i = 0; i < noOfCalibrationRecords; i += 1)
{
byte[] record = ConvertionClass.arrayCopy(value, 3 + (i * WorkshopCardCalibrationRecord.structureSize), WorkshopCardCalibrationRecord.structureSize);
WorkshopCardCalibrationRecord wccr = new WorkshopCardCalibrationRecord(record);
// only add entries with non-default values, i.e. skip empty entries
if (wccr.calibrationPurpose.calibrationPurpose != 0)
{
calibrationRecords.Add(wccr);
noOfValidCalibrationRecords++;
}
}
structureSize = 3 + noOfValidCalibrationRecords * WorkshopCardCalibrationRecord.structureSize;
}