public /*private*/ static Garage.eOperatesOn GetSourceOfEnergy(C19_Ex03_GarageLogic.Vehicle.eVehicle i_Vehicle)
{
Garage.eOperatesOn output;
switch (i_Vehicle)
{
case C19_Ex03_GarageLogic.Vehicle.eVehicle.CarThatOperatesOnFuel:
case C19_Ex03_GarageLogic.Vehicle.eVehicle.MotorcycleThatOperatesOnFuel:
case C19_Ex03_GarageLogic.Vehicle.eVehicle.TruckThatOperatesOnFuel:
output = Garage.eOperatesOn.Fuel;
break;
case C19_Ex03_GarageLogic.Vehicle.eVehicle.ElectricCar:
case C19_Ex03_GarageLogic.Vehicle.eVehicle.ElectricMotorcycle:
case C19_Ex03_GarageLogic.Vehicle.eVehicle.ElectricTruck:
output = Garage.eOperatesOn.Electricity;
break;
default:
throw new UnreachableCodeReachedException();
}
return(output);
}
public /*private*/ static float GetMaximumNumberOfHoursForLifeTimeOfBattery(C19_Ex03_GarageLogic.Vehicle.eVehicle i_Vehicle)
{
float output;
switch (i_Vehicle)
{
case C19_Ex03_GarageLogic.Vehicle.eVehicle.ElectricCar:
output = ElectricCar.k_MaximumNumberOfHoursForLifeTimeOfBattery;
break;
case C19_Ex03_GarageLogic.Vehicle.eVehicle.ElectricMotorcycle:
output = ElectricMotorcycle.k_MaximumNumberOfHoursForLifeOfBattery;
break;
case C19_Ex03_GarageLogic.Vehicle.eVehicle.ElectricTruck:
output = ElectricTruck.k_MaximumNumberOfHoursForLifeTimeOfBattery;
break;
default:
throw new ArgumentException("i_Vehicle's value must be an electric vehicle enum value.", "i_Vehicle");
}
return(output);
}
public /*private*/ static float GetCapacityOfTank(C19_Ex03_GarageLogic.Vehicle.eVehicle i_Vehicle)
{
float output;
switch (i_Vehicle)
{
case C19_Ex03_GarageLogic.Vehicle.eVehicle.CarThatOperatesOnFuel:
output = CarThatOperatesOnFuel.k_CapacityOfTank;
break;
case C19_Ex03_GarageLogic.Vehicle.eVehicle.MotorcycleThatOperatesOnFuel:
output = MotorcycleThatOperatesOnFuel.k_CapacityOfTank;
break;
case C19_Ex03_GarageLogic.Vehicle.eVehicle.TruckThatOperatesOnFuel:
output = TruckThatOperatesOnFuel.k_CapacityOfTank;
break;
default:
throw new ArgumentException("i_Vehicle's value must be a vehicle that operates on fuel enum value.", "i_Vehicle");
}
return(output);
}
public /*private*/ static C19_Ex03_GarageLogic.Vehicle.eAbstractVehicle GetEnumAbstractVehicle(C19_Ex03_GarageLogic.Vehicle.eVehicle i_Vehicle)
{
C19_Ex03_GarageLogic.Vehicle.eAbstractVehicle output;
switch (i_Vehicle)
{
case C19_Ex03_GarageLogic.Vehicle.eVehicle.CarThatOperatesOnFuel:
case C19_Ex03_GarageLogic.Vehicle.eVehicle.ElectricCar:
output = C19_Ex03_GarageLogic.Vehicle.eAbstractVehicle.Car;
break;
case C19_Ex03_GarageLogic.Vehicle.eVehicle.MotorcycleThatOperatesOnFuel:
case C19_Ex03_GarageLogic.Vehicle.eVehicle.ElectricMotorcycle:
output = C19_Ex03_GarageLogic.Vehicle.eAbstractVehicle.Motorcycle;
break;
case C19_Ex03_GarageLogic.Vehicle.eVehicle.TruckThatOperatesOnFuel:
case C19_Ex03_GarageLogic.Vehicle.eVehicle.ElectricTruck:
output = C19_Ex03_GarageLogic.Vehicle.eAbstractVehicle.Truck;
break;
default:
throw new UnreachableCodeReachedException();
}
return(output);
}
