public Vehicle ValidateExtraDataForVehicleType(CreateNewVehicle i_Factory, eVehicleType i_VehicleType)
{
List <string> extraData = new List <string>();
Vehicle currentVehicle = null;
bool correctInput = false;
while (!correctInput)
{
correctInput = true;
extraData = i_Factory.GetExtraData(i_VehicleType);
Console.WriteLine("Enter additional information about your " + i_VehicleType);
for (int i = 0; i < extraData.Count; i++)
{
Console.WriteLine("Enter " + extraData[i].ToLower());
extraData[i] = Console.ReadLine();
}
try
{
currentVehicle = i_Factory.FinishProduction(extraData);
}
catch (FormatException e)
{
Console.WriteLine(e.Message);
Console.WriteLine("Try again");
correctInput = false;
}
}
return(currentVehicle);
}
public static Vehicle GetNewMotorcycle(
ref Client i_Owner,
Vehicle.VehicleType i_VehicleType,
string i_VehicleModel,
string i_VehicleLicenseNumber,
ref EnergySystem i_VehicleEnergySystem,
short i_WheelsNumber,
ref List <Wheel> i_VehicleWheels)
{
additionalMotorcycleInformationLabel();
return(CreateNewVehicle.CreateNewMotorcycle(
ref i_Owner,
i_VehicleType,
i_VehicleModel,
i_VehicleLicenseNumber,
ref i_VehicleEnergySystem,
i_WheelsNumber,
ref i_VehicleWheels,
getEngineCapacity(),
getLicenseType()));
}
public static Vehicle GetNewCar(
ref Client i_Owner,
Vehicle.VehicleType i_VehicleType,
string i_VehicleModel,
string i_VehicleLicenseNumber,
ref EnergySystem i_VehicleEnergySystem,
short i_WheelsNumber,
ref List <Wheel> i_VehicleWheels)
{
additionalCarInformationLabel();
return(CreateNewVehicle.CreateNewCar(
ref i_Owner,
i_VehicleType,
i_VehicleModel,
i_VehicleLicenseNumber,
ref i_VehicleEnergySystem,
i_WheelsNumber,
ref i_VehicleWheels,
getCarColor(),
getCarDoors()));
}
public static Vehicle GetNewTruck(
ref Client i_Owner,
Vehicle.VehicleType i_VehicleType,
string i_VehicleModel,
string i_VehicleLicenseNumber,
ref EnergySystem i_VehicleEnergySystem,
short i_WheelsNumber,
ref List <Wheel> i_VehicleWheels)
{
additionalTruckInformationLabel();
return(CreateNewVehicle.CreatNewTruck(
ref i_Owner,
i_VehicleType,
i_VehicleModel,
i_VehicleLicenseNumber,
ref i_VehicleEnergySystem,
i_WheelsNumber,
ref i_VehicleWheels,
getcargoVolume(),
cargoDangerousMaterials()));
}
public static void EnterInformation(string i_VehicleLicenseNumber, char i_VehicleType, string i_OwnerName, string i_OwnerPhoneNumber)
{
//// general members
string i_VehicleModel;
float i_CurrentEnergyLevel;
string i_CurrentEnergyLevelSTR;
float i_MaxEnergyLevel;
char i_FuelTypeSign;
Engine.eFuelType i_FuelType;
char i_ChoosenVehicleEngineType;
//// car members
char i_CarColorChar;
Car.eColorOfCar i_CarColor;
int i_NumberOfDoors;
char i_NumberOfDoorsChar;
//// motorcycle members
char i_MotorcycleLicenseTypeChar;
Motorcycle.eLicenseType i_MotorcycleLicenseType;
int i_EngineCapacitiyCC;
string i_EngineCapacitiyCCSTR;
//// truck members
bool i_TrunkIsCool;
char i_TrunkIsCoolChar;
float i_TrunkCapacityCC;
string i_TrunkCapacitySTR;
//// play with functions
OutPutMessages.VehicleModelDisplayMenu();
i_VehicleModel = Console.ReadLine();
OutPutMessages.ChooseEngineTypeDisplayMenu();
i_ChoosenVehicleEngineType = Console.ReadKey().KeyChar;
while (i_ChoosenVehicleEngineType != Constants.k_Fuel && i_ChoosenVehicleEngineType != Constants.k_Electric)
{
OutPutMessages.PrintWrongMessage();
i_ChoosenVehicleEngineType = Console.ReadKey().KeyChar;
}
if (IsItAFuelEngine(i_ChoosenVehicleEngineType))
{ //// case it is a fuel engine
OutPutMessages.ChooseFuelInVehicleTypeDisplayMenu();
i_FuelTypeSign = Console.ReadKey().KeyChar;
i_FuelType = UI.GetEngineTypeFromChar(i_FuelTypeSign);
}
else
{ //// case it is an electric engine
i_FuelType = Engine.eFuelType.Electricity;
}
OutPutMessages.VehicleEnergyLevelDisplayMenu();
i_CurrentEnergyLevelSTR = Console.ReadLine();
while (!(float.TryParse(i_CurrentEnergyLevelSTR, out i_CurrentEnergyLevel)))
{ //// case the string input could not convert to float
OutPutMessages.VehicleEnergyLevelDisplayMenu();
i_CurrentEnergyLevelSTR = Console.ReadLine();
}
if (i_VehicleType == Constants.k_Car)
{
OutPutMessages.CarColorsDisplayMenu();
i_CarColorChar = Console.ReadKey().KeyChar;
i_CarColor = GetCarColorFromChar(i_CarColorChar);
OutPutMessages.NumberOfDoorsDisplayMenu();
i_NumberOfDoorsChar = Console.ReadKey().KeyChar;
i_NumberOfDoors = (i_NumberOfDoorsChar - Constants.k_ValueToDecreaseFromCharToGetInt);
if (IsItAFuelEngine(i_ChoosenVehicleEngineType))
{ //// case it is a fuel engine
i_MaxEnergyLevel = Constants.k_CarFuelTankCapacity;
}
else
{ //// case it is an electric engine
i_MaxEnergyLevel = Constants.k_CarBatteryMaxHours;
}
CreateNewVehicle.AddNewCarCompleteInformation(i_VehicleLicenseNumber, i_VehicleModel, i_MaxEnergyLevel, i_CurrentEnergyLevel, i_CarColor, i_NumberOfDoors, i_FuelType, i_OwnerName, i_OwnerPhoneNumber);
}
else if (i_VehicleType == Constants.k_Motorcycle)
{
OutPutMessages.MotorcycleLicenseDisplayMenu();
i_MotorcycleLicenseTypeChar = Console.ReadKey().KeyChar;
i_MotorcycleLicenseType = GetLicenseTypeFromChar(i_MotorcycleLicenseTypeChar);
OutPutMessages.EngineCapacityCCDisplayMenu();
i_EngineCapacitiyCCSTR = Console.ReadLine();
i_EngineCapacitiyCC = int.Parse(i_EngineCapacitiyCCSTR);
if (IsItAFuelEngine(i_ChoosenVehicleEngineType))
{ //// case it is a fuel engine
i_MaxEnergyLevel = Constants.k_MotorcycleFuelTankCapacity;
}
else
{ //// case it is an electric engine
i_MaxEnergyLevel = Constants.k_MotorcycleBatteryMaxHours;
}
CreateNewVehicle.AddNewMotorcycleCompleteInformation(i_VehicleLicenseNumber, i_VehicleModel, i_MaxEnergyLevel, i_CurrentEnergyLevel, i_MotorcycleLicenseType, i_EngineCapacitiyCC, i_FuelType, i_OwnerName, i_OwnerPhoneNumber);
}
else
{ //// if (i_VehicleType == Constants.k_Truck)
OutPutMessages.TruckDisplayMenu();
i_TrunkCapacitySTR = Console.ReadLine();
while (!float.TryParse(i_TrunkCapacitySTR, out i_TrunkCapacityCC))
{
OutPutMessages.TruckDisplayMenu();
i_TrunkCapacitySTR = Console.ReadLine();
}
i_TrunkIsCoolChar = Console.ReadKey().KeyChar;
i_TrunkIsCool = IsTheTrunkIsColler(i_TrunkIsCoolChar);
i_MaxEnergyLevel = Constants.k_TruckFuelTankCapacity;
CreateNewVehicle.AddNewTruckCompleteInformation(i_VehicleLicenseNumber, i_VehicleModel, i_MaxEnergyLevel, i_CurrentEnergyLevel, i_TrunkIsCool, i_TrunkCapacityCC, i_FuelType, i_OwnerName, i_OwnerPhoneNumber);
}
Console.Clear();
OutPutMessages.SuccessMessageDisplayMenu();
UI.WorkingInTheGarage();
}
private void insertNewVehicleToGarage(string i_LicenseNumber)
{
string ownerName = this.inputFromUser("Enter owner's name:");
string ownerPhoneNumber = this.PhoneNumberFromUser();
string modelName = string.Empty;
string wheelProducer = string.Empty;
float energyLevel = 0;
float wheelAirPressure = 0;
int engineCapacity = 0;
Vehicle.eCarColors color;
Vehicle.eCarDoorsAmount door;
Vehicle.eLicenseTypes LicenseType;
Engine engine = null;
List <Wheel> wheels = null;
Vehicle vehicle = null;
Dictionary <string, object> features = new Dictionary <string, object>();
Console.WriteLine();
string vehicleTypeMsg = string.Format(
@"Choose vehicle type:
1) Gas car.
2) Electric car.
3) Gas motorcycle.
4) Electric motorcycle.
5) Truck.");
Console.WriteLine(vehicleTypeMsg);
Vehicle.eVehicleTypes vehicleType = (Vehicle.eVehicleTypes)inputFromUserAndCheckIfInRangeInt(1, 5);
modelName = inputFromUser("Insert the " + vehicleType + " Model name:");
wheelProducer = inputFromUser("Insert wheels producer:");
switch (vehicleType)
{
case Vehicle.eVehicleTypes.GasCar:
Console.WriteLine("Insert current fuel level:");
energyLevel = inputFromUserAndCheckIfInRangeFloat(0, 42.0f);
Console.WriteLine("Insert current wheel air pressure:");
wheelAirPressure = inputFromUserAndCheckIfInRangeFloat(0, 30.0f);
color = (Vehicle.eCarColors)inputCarColor();
features.Add("i_CarColor", color);
door = (Vehicle.eCarDoorsAmount)inputNumberOfCarDoors();
features.Add("i_CarDoors", door);
break;
case Vehicle.eVehicleTypes.ElectricCar:
Console.WriteLine("Insert current battery level:");
energyLevel = inputFromUserAndCheckIfInRangeFloat(0, 2.5f);
Console.WriteLine("Insert current wheel air Pressure:");
wheelAirPressure = inputFromUserAndCheckIfInRangeFloat(0, 30.0f);
color = (Vehicle.eCarColors)inputCarColor();
features.Add("i_CarColor", color);
door = (Vehicle.eCarDoorsAmount)inputNumberOfCarDoors();
features.Add("i_CarDoors", door);
break;
case Vehicle.eVehicleTypes.GasMotorcycle:
Console.WriteLine("Insert current fuel level:");
energyLevel = inputFromUserAndCheckIfInRangeFloat(0, 5.5f);
Console.WriteLine("Insert wheel air pressure:");
wheelAirPressure = inputFromUserAndCheckIfInRangeFloat(0, 33.0f);
LicenseType = (Vehicle.eLicenseTypes)inputMotorcycleLicenseType();
features.Add("i_MotorcycleLicenseType", LicenseType);
Console.WriteLine("Insert engine capacity:");
engineCapacity = inputFromUserAndCheckIfInRangeInt(0, 3000);
features.Add("i_EngineCapacity", engineCapacity);
break;
case Vehicle.eVehicleTypes.ElectricMotorcycle:
Console.WriteLine("Insert current battery level:");
energyLevel = inputFromUserAndCheckIfInRangeFloat(0, 2.7f);
Console.WriteLine("Insert current wheel air pressure:");
wheelAirPressure = inputFromUserAndCheckIfInRangeFloat(0, 33.0f);
LicenseType = (Vehicle.eLicenseTypes)inputMotorcycleLicenseType();
features.Add("i_MotorcycleLicenseType", LicenseType);
Console.WriteLine("Insert engine capacity:");
engineCapacity = inputFromUserAndCheckIfInRangeInt(0, 3000);
features.Add("i_EngineCapacity", engineCapacity);
break;
case Vehicle.eVehicleTypes.Truck:
Console.WriteLine("Insert current fuel level:");
energyLevel = inputFromUserAndCheckIfInRangeFloat(0, 135.0f);
Console.WriteLine("Insert current wheel air pressure:");
wheelAirPressure = inputFromUserAndCheckIfInRangeFloat(0, 32.0f);
string chooseIfCarryingDangerousMaterials = string.Format(
@"Choose if the truck is carrying dangerous materials:
1) Yes.
2) No.");
Console.WriteLine(chooseIfCarryingDangerousMaterials);
bool isCarryingDangerousMaterials = inputFromUserAndCheckIfInRangeInt(1, 2) == 1;
features.Add("i_IsCarryingDangerousMaterials", isCarryingDangerousMaterials);
Console.WriteLine("Insert maximum carrying Weight:");
float maxCarryingWeight = inputFromUserAndCheckIfInRangeFloat(0, 60000);
features.Add("i_MaximumCarryingWeight", maxCarryingWeight);
break;
}
engine = CreateNewVehicle.CreateEngine(vehicleType, energyLevel);
wheels = CreateNewVehicle.NewWheels(vehicleType, wheelProducer, wheelAirPressure);
try
{
vehicle = CreateNewVehicle.CreateVehicle(vehicleType, modelName, i_LicenseNumber, energyLevel, wheels, engine, features);
m_Garage.InsertVehicleToTheGarage(ownerName, ownerPhoneNumber, vehicle);
Console.WriteLine("New vehicle was added succesfully!");
}
catch
{
Console.WriteLine("There was a problem while trying to insert the vehicle to the garage, please try again!");
}
}