public static Truck CreateTruck(string i_LicensePlate, string i_Model, Dictionary <eVehicleData, string> i_DataMemory, Dictionary <Vehicle.eWheelData, string> i_Wheel, Energy.eEnergyType i_EnergyType)
{
checkNumericStrings(i_DataMemory[eVehicleData.CargoVolume], i_DataMemory[eVehicleData.AmountOfFuelLeft]);
bool isHavingHazardousMeterials = Truck.parseHazardousMeterials(i_DataMemory[eVehicleData.HavingHazardousMeterials]);
float cargoVolume = float.Parse(i_DataMemory[eVehicleData.CargoVolume]);
Energy energyType = new RegularEnergy(RegularEnergy.eFuelType.Soler, float.Parse(i_DataMemory[eVehicleData.AmountOfFuelLeft]), k_RegularTruckFullTank);
return(new Truck(isHavingHazardousMeterials, cargoVolume, i_Model, i_LicensePlate, i_Wheel, energyType));
}
public static Motorcycle CreateMotorCycle(string i_LicensePlate, string i_Model, Dictionary <eVehicleData, string> i_DataMemory, Dictionary <Vehicle.eWheelData, string> i_Wheel, Energy.eEnergyType i_EnergyType)
{
checkNumericStrings(i_DataMemory[eVehicleData.EngineCapacity]);
Motorcycle.eLicenseType licenceType = Motorcycle.parseLicenseType(i_DataMemory[eVehicleData.LicenceType]);
int engineCapacity = int.Parse(i_DataMemory[eVehicleData.EngineCapacity]);
Energy energyType = null;
if (i_EnergyType == Energy.eEnergyType.Regular)
{
checkNumericStrings(i_DataMemory[eVehicleData.AmountOfFuelLeft]);
energyType = new RegularEnergy(RegularEnergy.eFuelType.Octan95, float.Parse(i_DataMemory[eVehicleData.AmountOfFuelLeft]), k_RegularMotorcycleFullTank);
}
else if (i_EnergyType == Energy.eEnergyType.Electric)
{
checkNumericStrings(i_DataMemory[eVehicleData.HoursLeftInBattery]);
energyType = new ElectricEnergy(float.Parse(i_DataMemory[eVehicleData.HoursLeftInBattery]), k_ElectricMotorcycleMaxBatteryHourTime);
}
return(new Motorcycle(licenceType, engineCapacity, i_Model, i_LicensePlate, i_Wheel, energyType));
}
public static Car CreateCar(string i_LicensePlate, string i_Model, Dictionary <eVehicleData, string> i_DataMemory, Dictionary <Vehicle.eWheelData, string> i_Wheel, Energy.eEnergyType i_EnergyType)
{
checkNumericStrings(i_DataMemory[eVehicleData.NumOfDoors]);
Car.eColorType color = Car.parseColor(i_DataMemory[eVehicleData.Color]);
int numOfDoors = Car.parseNumOfDoors(i_DataMemory[eVehicleData.NumOfDoors]);
Energy energyType = null;
if (i_EnergyType == Energy.eEnergyType.Regular)
{
checkNumericStrings(i_DataMemory[eVehicleData.AmountOfFuelLeft]);
energyType = new RegularEnergy(RegularEnergy.eFuelType.Octan96, float.Parse(i_DataMemory[eVehicleData.AmountOfFuelLeft]), k_RegualrCarFullTank);
}
else if (i_EnergyType == Energy.eEnergyType.Electric)
{
checkNumericStrings(i_DataMemory[eVehicleData.HoursLeftInBattery]);
energyType = new ElectricEnergy(float.Parse(i_DataMemory[eVehicleData.HoursLeftInBattery]), k_ElectricCarMaxBatteryHourTime);
}
return(new Car(color, numOfDoors, i_Model, i_LicensePlate, i_Wheel, energyType));
}
public void FuelRegularVehicle(string i_LicenseNumber, string i_FuelType, string i_AmountToFuel)
{
RegularEnergy vehicleEnergy = m_VehiclesInGarage[i_LicenseNumber].Vehicle.Energy as RegularEnergy;
RegularEnergy.eFuelType fuelType = RegularEnergy.parseFuelType(i_FuelType);
float amountToFuel;
bool res = float.TryParse(i_AmountToFuel, out amountToFuel);
if (vehicleEnergy == null)
{
throw new ArgumentException("The vehicle isn't using Fuel");
}
if (res && vehicleEnergy.r_FuleType == fuelType)
{
vehicleEnergy.fuel(amountToFuel);
m_VehiclesInGarage[i_LicenseNumber].Vehicle.updatePecentageOfEnergy();
}
else
{
throw new ArgumentException("Wrong type of fuel for fueling");
}
}
