private static Engine getEngineForUser(CreateVwhicleInGarage.eVehicleTypes i_UserVehicleType)
{
Engine engineForUser;
if (i_UserVehicleType != CreateVwhicleInGarage.eVehicleTypes.Truck)
{
Engine.eEngineType requestedEngine;
requestedEngine = getEngineTypeFromUser(k_NumberOfEngineTypes);
if (requestedEngine == Engine.eEngineType.Fuel)
{
if (i_UserVehicleType == CreateVwhicleInGarage.eVehicleTypes.Motorcycle)
{
float currentAmountOfFuelLeft = getAmountOfFuelLeftInVeicle(6);
float percentOfFuelInVehicle = (currentAmountOfFuelLeft / 6) * 100;
engineForUser = CreateVwhicleInGarage.CreateFuelEngine(FuelEngine.eFuelType.Octan96, currentAmountOfFuelLeft, percentOfFuelInVehicle, 6);
}
else
{
float currentAmountOfFuelLeft = getAmountOfFuelLeftInVeicle(45);
float percentOfFuelInVehicle = (currentAmountOfFuelLeft / 45) * 100;
engineForUser = CreateVwhicleInGarage.CreateFuelEngine(FuelEngine.eFuelType.Octan98, currentAmountOfFuelLeft, percentOfFuelInVehicle, 45);
}
}
else
{
if (i_UserVehicleType == CreateVwhicleInGarage.eVehicleTypes.Motorcycle)
{
float timeLeftInBattery = getTimeLeftInBattery(1.8f);
float percentOfBatteryInVehicle = (timeLeftInBattery / 1.8f) * 100;
engineForUser = CreateVwhicleInGarage.CreateElectricEngine(timeLeftInBattery, percentOfBatteryInVehicle, 1.8f);
}
else
{
float timeLeftInBattery = getTimeLeftInBattery(3.2f);
float percentOfBatteryInVehicle = (timeLeftInBattery / 3.2f) * 100;
engineForUser = CreateVwhicleInGarage.CreateElectricEngine(timeLeftInBattery, percentOfBatteryInVehicle, 3.2f);
}
}
}
else
{
float currentAmountOfFuelLeft = getAmountOfFuelLeftInVeicle(115);
float percentOfFuelInVehicle = (currentAmountOfFuelLeft / 115) * 100;
engineForUser = CreateVwhicleInGarage.CreateFuelEngine(FuelEngine.eFuelType.Soler, currentAmountOfFuelLeft, percentOfFuelInVehicle, 115);
}
return(engineForUser);
}
private static List <Wheel> getWheelsFromUser(Vehicle.eNuberOfWheelsForVehicle i_NumberOfWheelsForVehicle, Vehicle.eMaximumAirPressure i_MaximumAirPressure)
{
List <Wheel> VehicleWheels = new List <Wheel>();
string manufacturerName;
float currentAirPressure;
Wheel wheelForVehicle;
for (int i = 1; i <= (int)i_NumberOfWheelsForVehicle; i++)
{
Console.WriteLine("enter wheel number {0} information", i);
manufacturerName = getWheelManufacturerName();
currentAirPressure = getcurrentAirPressure((float)i_MaximumAirPressure);
wheelForVehicle = CreateVwhicleInGarage.CreateWheel(manufacturerName, currentAirPressure, (int)i_MaximumAirPressure);
VehicleWheels.Add(wheelForVehicle);
}
return(VehicleWheels);
}
private static void registerVehicle(string i_VehicleLicensePlate, Garage i_Garage)
{
string stringUserChoiceForVehicle;
int intUserChoiceForVehicle = 0;
bool isChoiceValid = !true;
CreateVwhicleInGarage.eVehicleTypes typeOfVehicleToAdd;
string vehicleOwnersName = getVehicleOwnersName();
string vehicleOwnersPhoneNumber = getVehicleOwnersPhoneNumber();
string vehicleModelName = getVehicleModelName();
Engine engineForVehicle;
List <Wheel> wheelsForVehicle;
Vehicle vehicleToAdd = null;
VehicleInGarage newVehicleToAddToTheGarage;
while (isChoiceValid == !true)
{
printVehicleMenu();
stringUserChoiceForVehicle = Console.ReadLine();
try
{
intUserChoiceForVehicle = convertUserChoiceToInt(stringUserChoiceForVehicle);
isChoiceValid = checkChoiceValidity(intUserChoiceForVehicle, 1, k_NumberOfVehicleTypes);
}
catch (FormatException)
{
Console.WriteLine("Invalid input! bad format");
}
}
typeOfVehicleToAdd = (CreateVwhicleInGarage.eVehicleTypes)intUserChoiceForVehicle;
switch (typeOfVehicleToAdd)
{
case CreateVwhicleInGarage.eVehicleTypes.Motorcycle:
engineForVehicle = getEngineForUser(CreateVwhicleInGarage.eVehicleTypes.Motorcycle);
wheelsForVehicle = getWheelsFromUser(Vehicle.eNuberOfWheelsForVehicle.TwoWheels, Vehicle.eMaximumAirPressure.MotorcycleAirPressure);
Motorcycle.eLicenseType licenseType = getLicenseTypeFromUser();
int engineVolume = getEngineVolumeFromUser();
vehicleToAdd = CreateVwhicleInGarage.CreateMotorcycle(licenseType, engineVolume, vehicleModelName, i_VehicleLicensePlate, Vehicle.eMaximumAirPressure.MotorcycleAirPressure, wheelsForVehicle, engineForVehicle);
break;
case CreateVwhicleInGarage.eVehicleTypes.Car:
engineForVehicle = getEngineForUser(CreateVwhicleInGarage.eVehicleTypes.Car);
wheelsForVehicle = getWheelsFromUser(Vehicle.eNuberOfWheelsForVehicle.FourWheels, Vehicle.eMaximumAirPressure.CarAirPressure);
Car.eNumbersOfDoors numberOfDoors = getNumberOfDoorsInCar();
Car.eColor carColor = getCarColor();
vehicleToAdd = CreateVwhicleInGarage.CreateCar(carColor, numberOfDoors, vehicleModelName, i_VehicleLicensePlate, Vehicle.eMaximumAirPressure.CarAirPressure, wheelsForVehicle, engineForVehicle);
break;
case CreateVwhicleInGarage.eVehicleTypes.Truck:
engineForVehicle = getEngineForUser(CreateVwhicleInGarage.eVehicleTypes.Truck);
wheelsForVehicle = getWheelsFromUser(Vehicle.eNuberOfWheelsForVehicle.TwelveWheels, Vehicle.eMaximumAirPressure.TruckAirPressure);
bool isTrunkCooled = askUserIfTruckTrunkCooled();
float trunkVolume = getTruckTrunkVolumeFromUser();
vehicleToAdd = CreateVwhicleInGarage.CreateTruck(isTrunkCooled, trunkVolume, vehicleModelName, i_VehicleLicensePlate, Vehicle.eMaximumAirPressure.TruckAirPressure, wheelsForVehicle, engineForVehicle);
break;
}
newVehicleToAddToTheGarage = CreateVwhicleInGarage.RegisterVehicleIntoGarage(vehicleOwnersName, vehicleOwnersPhoneNumber, vehicleToAdd);
i_Garage.AddVehicleToTheGarageList(newVehicleToAddToTheGarage);
Console.WriteLine("Vehicle added successfully");
}
