public AddInstrumentMasterResponseDto AddInstrumentMaster(AddInstrumentMasterRequestDto addInstrumentMasterRequestDto)
{
AddInstrumentMasterResponseDto addInstrumentMasterResponseDto;
try
{
addInstrumentMasterResponseDto = bInstrumentMasterProvider.AddInstrumentMaster(addInstrumentMasterRequestDto);
addInstrumentMasterResponseDto.ServiceResponseStatus = 1;
}
catch (SSException applicationException)
{
addInstrumentMasterResponseDto = new AddInstrumentMasterResponseDto
{
ServiceResponseStatus = 0,
ErrorMessage = applicationException.Message,
ErrorCode = applicationException.ExceptionCode
};
}
catch (Exception exception)
{
addInstrumentMasterResponseDto = new AddInstrumentMasterResponseDto
{
ServiceResponseStatus = 0,
ErrorCode = ExceptionAttributes.ExceptionCodes.InternalServerError,
ErrorMessage = exception.Message
};
}
return(addInstrumentMasterResponseDto);
}
public AddInstrumentMasterResponseDto AddInstrumentMaster(AddInstrumentMasterRequestDto addInstrumentMasterRequestDto)
{
var cModel = new AddInstrumentMasterCM()
{
InstrumentName = addInstrumentMasterRequestDto.InstrumentName,
AddedDate = addInstrumentMasterRequestDto.AddedDate,
Make = addInstrumentMasterRequestDto.Make,
Range = addInstrumentMasterRequestDto.Range,
Accuracy = addInstrumentMasterRequestDto.Accuracy,
Serial = addInstrumentMasterRequestDto.Serial,
CalibratedDate = addInstrumentMasterRequestDto.CalibratedDate,
Frequency = addInstrumentMasterRequestDto.Frequency,
CalibrationDueDate = addInstrumentMasterRequestDto.CalibrationDueDate,
VendorCode = addInstrumentMasterRequestDto.VendorCode
};
var response = instrumentMastersRepository.AddInstrumentMaster(cModel);
return(new AddInstrumentMasterResponseDto());
}
