public UnitResponseDTO getConvertedValue(UnitsConversionDTO unit)
{
String firstMainUnit = ApplicationDbContext.Subunits.
Where(p => p.SubunitName.Equals(unit.firstUnitType))
.Select(a => a.MainUnits.MainUnitName).FirstOrDefault();
String secondMainUnit = ApplicationDbContext.Subunits.
Where(p => p.SubunitName.Equals(unit.secondUnitType))
.Select(a => a.MainUnits.MainUnitName).FirstOrDefault();
if (firstMainUnit != null && secondMainUnit != null && firstMainUnit.Equals(secondMainUnit))
{
var firstUnitValue = ApplicationDbContext.Subunits.
Where(p => p.SubunitName.Equals(unit.firstUnitType))
.Select(a => a.SubUnitsValue).FirstOrDefault();
var SecondUnitValue = ApplicationDbContext.Subunits.
Where(p => p.SubunitName.Equals(unit.secondUnitType))
.Select(a => a.SubUnitsValue).FirstOrDefault();
if (firstMainUnit == "Temperature" && secondMainUnit == "Temperature")
{
if (unit.firstUnitType == "CELSIUS" && unit.secondUnitType == "FAHRENHEIT")
{
return(new UnitResponseDTO((unit.value / firstUnitValue) + 32, "Unit Converted Successfully", 200));
}
else if (unit.firstUnitType == "FAHRENHEIT" && unit.secondUnitType == "CELSIUS")
{
return(new UnitResponseDTO((unit.value - 32) / firstUnitValue, "Unit Converted Successfully", 200));
}
}
return(new UnitResponseDTO(unit.value * firstUnitValue / SecondUnitValue, "Unit Converted Successfully", 200));
}
return(new UnitResponseDTO(0, "INVALID UNITS", 200));
}
public UnitResponseDTO GetSubUnits([FromBody] UnitsConversionDTO unit)
{
return(this.quantityMeasurementService.getConvertedValue(unit));
}
public UnitResponseDTO getConvertedValue(UnitsConversionDTO unit)
{
return(this.QuantityMeasurementRepository.getConvertedValue(unit));
}
