public static void InitializeVehicleTypeList()
{
for (eVehicles vehicleType = eVehicles.ElectricCar; vehicleType <= eVehicles.Truck; vehicleType++)
{
m_VehicleTypes.Add(vehicleType);
}
}
public static Vehicle CreateVehicle(eVehicles i_VehicleType, string i_LicenseNumber)
{
Vehicle newVehicle = null;
switch (i_VehicleType)
{
case eVehicles.FuelMotorcycle:
newVehicle = new FuelMotorcycle(i_LicenseNumber);
break;
case eVehicles.ElectricMotorcycle:
newVehicle = new ElectricMotorcycle(i_LicenseNumber);
break;
case eVehicles.FuelCar:
newVehicle = new FuelCar(i_LicenseNumber);
break;
case eVehicles.ElectricCar:
newVehicle = new ElectricCar(i_LicenseNumber);
break;
case eVehicles.Truck:
newVehicle = new Truck(i_LicenseNumber);
break;
}
return(newVehicle);
}
// Energy can be fuel or battery
private static float enterEnergyLeft(bool i_IsElectric, eVehicles i_Vehicle, float i_MaxEnergyLeft)
{
string energyLeftInput;
float validEnergyLeft;
Console.WriteLine(MessagesEnglish.k_GetFuelOrEnergyLeftMessage, i_IsElectric ? MessagesEnglish.k_BatteryMessage : MessagesEnglish.k_FuelMessage, i_Vehicle, i_MaxEnergyLeft);
energyLeftInput = Console.ReadLine();
while (!InputValidation.IsValidFloatInput(energyLeftInput, out validEnergyLeft) || (validEnergyLeft > i_MaxEnergyLeft))
{
Console.WriteLine(MessagesEnglish.k_InvalidInputMessage);
Console.WriteLine(MessagesEnglish.k_GetFuelOrEnergyLeftMessage, i_IsElectric ? MessagesEnglish.k_BatteryMessage : MessagesEnglish.k_FuelMessage, i_Vehicle, i_MaxEnergyLeft);
energyLeftInput = Console.ReadLine();
}
return(validEnergyLeft);
}
private static void createTruck(bool i_IsElectric, string i_TruckModel, string i_LicencePlate, VehicleOwner i_VehicleOwner, eVehicles i_Vehicle)
{
float fuelLeft;
float CargoVolume;
bool dangerousMaterials;
float wheelsCurrentAirPressure;
string wheelMaker;
fuelLeft = enterEnergyLeft(i_IsElectric, i_Vehicle, k_TruckMaxFuel);
dangerousMaterials = enterDangerousMaterialsInput();
CargoVolume = enterCargoVolume();
getWheelInformation(out wheelMaker, out wheelsCurrentAirPressure, s_MyGarage.TruckMaxAirPressure);
Truck newTruck = CreateVehicle.CreateTruck(i_TruckModel, i_LicencePlate, fuelLeft, dangerousMaterials, CargoVolume, wheelMaker, wheelsCurrentAirPressure, i_VehicleOwner);
s_MyGarage.AddVehicleToGarage(newTruck);
}
private static void createMotorcycle(bool i_IsElectric, string i_MotorcycleModel, string i_LicencePlate, VehicleOwner i_VehicleOwner, eVehicles i_Vehicle)
{
float energyLeft;
int validEngineVolume;
float wheelsCurrentAirPressure;
string wheelMaker;
eMotorcycleLicenceType licenceType;
energyLeft = enterEnergyLeft(i_IsElectric, i_Vehicle, i_IsElectric ? k_ElectricMotorcycleMaxBattery : k_MotorcycleMaxFuel);
licenceType = (eMotorcycleLicenceType)displayEnumOptions(typeof(eMotorcycleLicenceType), MessagesEnglish.k_GetLicenseTypeMessage);
validEngineVolume = enterEngineVolume();
getWheelInformation(out wheelMaker, out wheelsCurrentAirPressure, s_MyGarage.MotorcycleMaxAirPressure);
if (i_IsElectric)
{
ElectricMotorcycle newElectricMotorcycle = CreateVehicle.CreateElectricMotorcycle(i_MotorcycleModel, i_LicencePlate, energyLeft, licenceType,
validEngineVolume, wheelMaker, wheelsCurrentAirPressure, i_VehicleOwner);
s_MyGarage.AddVehicleToGarage(newElectricMotorcycle);
}
else
{
Motorcycle newMotorcycle = CreateVehicle.CreateMotorcycle(i_MotorcycleModel, i_LicencePlate, energyLeft, licenceType,
validEngineVolume, wheelMaker, wheelsCurrentAirPressure, i_VehicleOwner);
s_MyGarage.AddVehicleToGarage(newMotorcycle);
}
}
private static void createCar(bool i_IsElectric, string i_CarModel, string i_LicencePlate, VehicleOwner i_VehicleOwner, eVehicles vehicle)
{
float energyLeft;
eCarColors color;
eNumOfDoors numOfDoors;
float wheelsCurrentAirPressure;
string wheelMaker;
energyLeft = enterEnergyLeft(i_IsElectric, vehicle, i_IsElectric ? k_ElectricCarMaxBattery : k_CarMaxFuel);
color = (eCarColors)displayEnumOptions(typeof(eCarColors), MessagesEnglish.k_GetColorMessage);
numOfDoors = (eNumOfDoors)displayEnumOptions(typeof(eNumOfDoors), MessagesEnglish.k_GetNumDoorsMessage);
getWheelInformation(out wheelMaker, out wheelsCurrentAirPressure, s_MyGarage.CarMaxAirPressure);
if (i_IsElectric)
{
ElectricCar newElectricCar = CreateVehicle.CreateElectricCar(i_CarModel, i_LicencePlate, energyLeft, color,
numOfDoors, wheelMaker, wheelsCurrentAirPressure, i_VehicleOwner);
s_MyGarage.AddVehicleToGarage(newElectricCar);
}
else
{
Car newCar = CreateVehicle.CreateCar(i_CarModel, i_LicencePlate, energyLeft, color, numOfDoors, wheelMaker, wheelsCurrentAirPressure, i_VehicleOwner);
s_MyGarage.AddVehicleToGarage(newCar);
}
}
private static void createVehicle(string i_VehicleModel, string i_LicencePlate, VehicleOwner i_VehicleOwner, eVehicles i_Vehicle)
{
bool isElectricVehicle;
switch (i_Vehicle)
{
case eVehicles.Car:
isElectricVehicle = false;
createCar(isElectricVehicle, i_VehicleModel, i_LicencePlate, i_VehicleOwner, eVehicles.Car);
break;
case eVehicles.ElectricCar:
isElectricVehicle = true;
createCar(isElectricVehicle, i_VehicleModel, i_LicencePlate, i_VehicleOwner, eVehicles.ElectricCar);
break;
case eVehicles.Motorcycle:
isElectricVehicle = false;
createMotorcycle(isElectricVehicle, i_VehicleModel, i_LicencePlate, i_VehicleOwner, eVehicles.Motorcycle);
break;
case eVehicles.ElectricMotorcycle:
isElectricVehicle = true;
createMotorcycle(isElectricVehicle, i_VehicleModel, i_LicencePlate, i_VehicleOwner, eVehicles.ElectricMotorcycle);
break;
case eVehicles.Truck:
isElectricVehicle = false;
createTruck(isElectricVehicle, i_VehicleModel, i_LicencePlate, i_VehicleOwner, eVehicles.Truck);
break;
default:
Console.WriteLine(MessagesEnglish.k_InvalidInputMessage);
Console.WriteLine(MessagesEnglish.k_GoingBackToMainMenuMessage);
Thread.Sleep(2000);
break;
}
}
