public Vehicle(C19_Ex03_GarageLogic.Vehicle i_vehicle, string i_NameOfOwner, string i_PhoneOfOwner)
{
m_vehicle = i_vehicle;
m_NameOfOwner = i_NameOfOwner;
m_PhoneOfOwner = i_PhoneOfOwner;
m_status = Garage.eStatusOfVehicle.InRepair;
}
public string Enter(C19_Ex03_GarageLogic.Vehicle i_Vehicle, string i_NameOfOwner, string i_PhoneOfOwner)
{
if (i_Vehicle == null)
{
throw new ArgumentNullException("i_vehicle", "i_vehicle must not be null.");
}
if (i_NameOfOwner == null)
{
throw new ArgumentNullException("i_NameOfOwner", "i_NameOfOwner must not be null.");
}
if (i_PhoneOfOwner == null)
{
throw new ArgumentNullException("i_PhoneOfOwner", "i_PhoneOfOwner must not be null.");
}
string message = null;
try
{
m_CurrentVehicleInUse = new Garage.Vehicle(i_Vehicle, i_NameOfOwner, i_PhoneOfOwner);
m_VehiclesInGarage.Add(i_Vehicle.NumberOfLicense, m_CurrentVehicleInUse);
}
catch
{
message = "Vehicle with license number " + i_Vehicle.NumberOfLicense + " already exists in the garage.";
m_CurrentVehicleInUse = m_VehiclesInGarage[i_Vehicle.NumberOfLicense];
m_CurrentVehicleInUse.Status = Garage.eStatusOfVehicle.InRepair;
}
return(message);
}
public float GetRemainingNumberOfHoursForLifeTimeOfBatteryOfAnElectricVehicleWhoseLicenseNumberIs(string i_NumberOfLicense)
{
if (i_NumberOfLicense == null)
{
throw new ArgumentNullException("i_NumberOfLicense", "i_NumberOfLicense must not be null.");
}
if (not(m_VehiclesInGarage.ContainsKey(i_NumberOfLicense)))
{
throw new TheGarageDoesNotOwnAVehicleWithThisLicenseNumberException(i_NumberOfLicense, "i_NumberOfLicense");
}
C19_Ex03_GarageLogic.Vehicle vehicle = m_VehiclesInGarage[i_NumberOfLicense].ActualVehicle;
if (not(vehicle is ElectricVehicle))
{
throw new TheReferredVehicleByLicenseNumberIsNotElectricException(i_NumberOfLicense, "i_NumberOfLicense");
}
return((vehicle as ElectricVehicle).RemainingNumberOfHoursForLifeTimeOfBattery);
}
public float GetRemainingAmountOfFuelInTheTankOfAVehicleWhoseLicenseNumberIs(string i_NumberOfLicense)
{
if (i_NumberOfLicense == null)
{
throw new ArgumentNullException("i_NumberOfLicense", "i_NumberOfLicense must not be null.");
}
if (not(m_VehiclesInGarage.ContainsKey(i_NumberOfLicense)))
{
throw new TheGarageDoesNotOwnAVehicleWithThisLicenseNumberException(i_NumberOfLicense, "i_NumberOfLicense");
}
C19_Ex03_GarageLogic.Vehicle vehicle = m_VehiclesInGarage[i_NumberOfLicense].ActualVehicle;
if (not(vehicle is VehicleThatOperatesOnFuel))
{
throw new TheReferredVehicleByLicenseNumberDoesNotOperateOnFuelException(i_NumberOfLicense, "i_NumberOfLicense");
}
return((vehicle as VehicleThatOperatesOnFuel).RemainingAmountOfFuelInTheTank);
}
public Garage.eChargeStatus ChargeElectricVehicleWhoseLicenseNumberIs(string i_NumberOfLicense, float i_NumberOfMinutesToAddToLifeTimeOfBattery, bool i_ThrowProperExceptionOnError = true)
{
Garage.eChargeStatus status = Garage.eChargeStatus.Success;
if (i_NumberOfLicense == null)
{
if (i_ThrowProperExceptionOnError)
{
throw new ArgumentNullException("i_NumberOfLicense", "i_NumberOfLicense must not be null.");
}
status = Garage.eChargeStatus.NumberOfLicenseIsNull;
}
else if (float.IsNaN(i_NumberOfMinutesToAddToLifeTimeOfBattery))
{
if (i_ThrowProperExceptionOnError)
{
throw new ArgumentNaNException("i_NumberOfMinutesToAddToLifeTimeOfBattery");
}
status = Garage.eChargeStatus.NumberOfMinutesToAddToLifeTimeOfBatteryIsNaN;
}
else if (float.IsInfinity(i_NumberOfMinutesToAddToLifeTimeOfBattery))
{
if (i_ThrowProperExceptionOnError)
{
throw new ArgumentInfinityException("i_NumberOfMinutesToAddToLifeTimeOfBattery");
}
status = Garage.eChargeStatus.NumberOfMinutesToAddToLifeTimeOfBatteryIsInfinity;
}
else if (i_NumberOfMinutesToAddToLifeTimeOfBattery <= 0f)
{
if (i_ThrowProperExceptionOnError)
{
throw new ArgumentIsNotPositiveNumberException("i_NumberOfMinutesToAddToLifeTimeOfBattery", i_NumberOfMinutesToAddToLifeTimeOfBattery);
}
status = Garage.eChargeStatus.NumberOfMinutesToAddToLifeTimeOfBatteryIsNotPositive;
}
else if (not(m_VehiclesInGarage.ContainsKey(i_NumberOfLicense)))
{
if (i_ThrowProperExceptionOnError)
{
throw new TheGarageDoesNotOwnAVehicleWithThisLicenseNumberException(i_NumberOfLicense, "i_NumberOfLicense");
}
status = eChargeStatus.TheGarageDoesNotHaveAVehicleWithThisLicenseNumber;
}
else
{
C19_Ex03_GarageLogic.Vehicle vehicle = m_VehiclesInGarage[i_NumberOfLicense].ActualVehicle;
if (not(vehicle is ElectricVehicle))
{
if (i_ThrowProperExceptionOnError)
{
throw new TheReferredVehicleByLicenseNumberIsNotElectricException(i_NumberOfLicense, "i_NumberOfLicense");
}
status = eChargeStatus.TheReferredVehicleIsNotElectric;
}
else
{
ElectricVehicle electricVehicle = vehicle as ElectricVehicle;
switch (electricVehicle.Charge(TimeUnitConverter.FromMinutesToHours(i_NumberOfMinutesToAddToLifeTimeOfBattery), i_ThrowProperExceptionOnError))
{
case ElectricVehicle.eChargeStatus.NumberOfHoursToAddToLifeTimeOfBatteryIsNaN:
status = Garage.eChargeStatus.NumberOfMinutesToAddToLifeTimeOfBatteryIsNaN;
break;
case ElectricVehicle.eChargeStatus.NumberOfHoursToAddToLifeTimeOfBatteryIsInfinity:
status = Garage.eChargeStatus.NumberOfMinutesToAddToLifeTimeOfBatteryIsInfinity;
break;
case ElectricVehicle.eChargeStatus.NumberOfHoursToAddToLifeTimeOfBatteryIsNotPositive:
status = Garage.eChargeStatus.NumberOfMinutesToAddToLifeTimeOfBatteryIsNotPositive;
break;
case ElectricVehicle.eChargeStatus.Overflow:
status = eChargeStatus.Overflow;
break;
case ElectricVehicle.eChargeStatus.Success:
status = eChargeStatus.Success;
break;
}
}
}
return(status);
}
public Garage.eRefuelStatus RefuelVehicleWhoseLicenseNumberIs(string i_NumberOfLicense, VehicleThatOperatesOnFuel.eTypeOfFuel i_TypeOfFuel, float i_AmountOfFuelToFillTheTankInLiters, bool i_ThrowProperExceptionOnError = true)
{
Garage.eRefuelStatus status;
if (i_NumberOfLicense == null)
{
if (i_ThrowProperExceptionOnError)
{
throw new ArgumentNullException("i_NumberOfLicense", "i_NumberOfLicense must not be null.");
}
status = Garage.eRefuelStatus.NumberOfLicenseIsNull;
}
else if (float.IsNaN(i_AmountOfFuelToFillTheTankInLiters))
{
if (i_ThrowProperExceptionOnError)
{
throw new ArgumentNaNException("i_AmountOfFuelToFillTheTankInLiters");
}
status = Garage.eRefuelStatus.AmountOfFuelToAddIsNaN;
}
else if (float.IsInfinity(i_AmountOfFuelToFillTheTankInLiters))
{
if (i_ThrowProperExceptionOnError)
{
throw new ArgumentInfinityException("i_AmountOfFuelToFillTheTankInLiters");
}
status = Garage.eRefuelStatus.AmountOfFuelToAddIsInfinity;
}
else if (not(m_VehiclesInGarage.ContainsKey(i_NumberOfLicense)))
{
if (i_ThrowProperExceptionOnError)
{
throw new TheReferredVehicleByLicenseNumberDoesNotOperateOnFuelException(i_NumberOfLicense, "i_NumberOfLicense");
}
status = Garage.eRefuelStatus.TheGarageDoesNotHaveAVehicleWithThisLicenseNumber;
}
else
{
C19_Ex03_GarageLogic.Vehicle vehicle = m_VehiclesInGarage[i_NumberOfLicense].ActualVehicle;
if (not(vehicle is VehicleThatOperatesOnFuel))
{
if (i_ThrowProperExceptionOnError)
{
throw new TheGarageDoesNotOwnAVehicleWithThisLicenseNumberException(i_NumberOfLicense, "i_NumberOfLicense");
}
status = Garage.eRefuelStatus.TheReferredVehicleDoesNotOperateOnFuel;
}
else
{
VehicleThatOperatesOnFuel vehicleThatOperatesOnFuel = vehicle as VehicleThatOperatesOnFuel;
switch (vehicleThatOperatesOnFuel.Refuel(i_AmountOfFuelToFillTheTankInLiters, i_TypeOfFuel, i_ThrowProperExceptionOnError))
{
case VehicleThatOperatesOnFuel.eRefuelStatus.AmountOfFuelToAddIsNaN:
status = Garage.eRefuelStatus.AmountOfFuelToAddIsNaN;
break;
case VehicleThatOperatesOnFuel.eRefuelStatus.AmountOfFuelToAddIsInfinity:
status = Garage.eRefuelStatus.AmountOfFuelToAddIsInfinity;
break;
case VehicleThatOperatesOnFuel.eRefuelStatus.FuelTankOverflow:
status = Garage.eRefuelStatus.FuelTankOverflow;
break;
case VehicleThatOperatesOnFuel.eRefuelStatus.TypesOfFuelsAreIncompatible:
status = Garage.eRefuelStatus.TypesOfFuelsAreIncompatible;
break;
default:
case VehicleThatOperatesOnFuel.eRefuelStatus.Success:
status = Garage.eRefuelStatus.Success;
break;
}
}
}
return(status);
}
