public static string AsText(eKindOfFuel i_eKindOfFuel)
{
string enumDescripton = "null";
switch (i_eKindOfFuel)
{
case eKindOfFuel.Soler:
{
enumDescripton = "Soler";
break;
}
case eKindOfFuel.Octan95:
{
enumDescripton = "Octan95";
break;
}
case eKindOfFuel.Octan96:
{
enumDescripton = "Octan96";
break;
}
case eKindOfFuel.Octan98:
{
enumDescripton = "Octan98";
break;
}
}
return(enumDescripton);
}
public override void FillUpEnergy(eKindOfFuel i_GivenFuelKind, float i_AmountToFill)
{
if (EnergyManager is FuelProperties fuelProperties)
{
fuelProperties.Fuel(i_AmountToFill, i_GivenFuelKind, sr_MaxGasTank);
}
else
{
throw new ArgumentException("Cannot fill up fuel in an electric vehicle.");
}
}
private void refuelHandleVehicleExists(Customer i_RequestedCustomer, eKindOfFuel i_FuelType,
float i_FuelQuantityToFillInLiter)
{
if (i_RequestedCustomer.Vehicle.EnergySource is Fuel)
{ // the vehicle energy source is fuel
refuelHandleFuelVehicle(i_RequestedCustomer, i_FuelType, i_FuelQuantityToFillInLiter);
}
else
{
throw new ArgumentException(k_ErrVehicleEnergySourceNotMatch);
}
}
//private void chargeHandleVehicleExists(Customer i_RequestedCustomer, float i_ChargingTimeInMinutes)
//{
// if (i_RequestedCustomer.Vehicle.EnergySource is Electric)
// { // the vehicle energy source is electric
// chargeHandleElectricVehicle(i_RequestedCustomer, i_ChargingTimeInMinutes);
// }
// else
// {
// throw new ArgumentException(k_ErrVehicleEnergySourceNotMatch);
// }
//}
//צמצמתי הכל למעלה וזרקנו אקספשניין מהמקור אנרגיה חשמלי או דלק
//private void chargeHandleElectricVehicle(Customer i_RequestedCustomer, float i_ChargingTimeInMinutes)
//{
// Electric electricVehicle = i_RequestedCustomer.Vehicle.EnergySource as Electric;
// float ChargingTimeInHours = i_ChargingTimeInMinutes / 60; // convert minutes to hours
// if (electricVehicle.BatteryLeftInTheHours + ChargingTimeInHours <= electricVehicle.MaximumHourlyBattery)
// { // the requested charging time is valid
// electricVehicle.Charge(ChargingTimeInHours);
// }
// else
// {
// float maxChargingTimeInHours = electricVehicle.MaximumHourlyBattery
// - electricVehicle.BatteryLeftInTheHours;
// float minChargingTimeInHours = 0;
// throw new ValueOutOfRangeException(maxChargingTimeInHours, minChargingTimeInHours);
// }
//}
public void RefuelVehicle(string i_LicenseNumber, eKindOfFuel i_FuelType, float i_FuelQuantityToFillInLiter)
{
Customer requestedCustomer;
bool vehicleExists = m_Customers.TryGetValue(i_LicenseNumber, out requestedCustomer);
if (vehicleExists)
{
refuelHandleVehicleExists(requestedCustomer, i_FuelType, i_FuelQuantityToFillInLiter);
}
else
{
throw new ArgumentException(k_ErrVehicleNotExists);
}
}
private void refuelHandleFuelVehicle(Customer i_RequestedCustomer, eKindOfFuel i_FuelType,
float i_FuelQuantityToFillInLiter)
{
Fuel fuelVehicle = i_RequestedCustomer.Vehicle.EnergySource as Fuel;
if (fuelVehicle.KindOfFuel.Equals(i_FuelType))
{ // the vehicle fuel type match the requested fuel type
refuelHandleCorrectType(fuelVehicle, i_FuelQuantityToFillInLiter);
i_RequestedCustomer.Vehicle.PercentageRemainingEnergy =
i_RequestedCustomer.Vehicle.EnergySource.GetCurrentEnergy();
}
else
{
throw new ArgumentException(k_ErrVehicleFuelNotMatch);
}
}
internal void Fuel(float i_Amount, eKindOfFuel i_KindOfFuel, int i_MaxGasTank)
{
if (i_KindOfFuel == m_KindOfFuel)
{
if (i_Amount + CurrentEnergy <= MaxEnergyCapacity)
{
CurrentEnergy += i_Amount;
}
else
{
throw new ValueOutOfRangeException(MaxEnergyCapacity, 0, string.Format("The amount of fuel that was given exceeds the limit, the minimun value is: {0}, and the maximum value is: {1}", 0, i_MaxGasTank));
}
}
else
{
throw new ArgumentException("The given fuel kind does not match the vehicle fuel kind.");
}
}
private static void fuelVehicle()
{
const int k_MinNumToFill = 0;
const int k_MinFuel = 1;
try
{
string formatedFuelKinds = GrageData.GetEnumFormatedString(typeof(eKindOfFuel), out int numberOfFuelKinds);
string licenseNumber = getStringFromUser("Please enter your license number");
int amountToFill = getIntFromUser(k_MinNumToFill, int.MaxValue, "Please enter how much gas you would like to fill up.");
eKindOfFuel kindOfFuel = (eKindOfFuel)getIntFromUser(k_MinFuel, numberOfFuelKinds, string.Format("Please enter the kind of fuel you want to fill {0}{1}", Environment.NewLine, formatedFuelKinds));
Vehicle foundVehicle = sr_GrageData.FindByLicenseNumber(licenseNumber);
foundVehicle.FillUpEnergy(kindOfFuel, amountToFill);
Console.WriteLine("The vehicle fueled successfully.");
}
catch (Exception ex)
{
Console.WriteLine(ex.Message);
fuelVehicle();
}
}
internal FuelProperties(float i_MaxFuelAmount, float i_CurrentFuelAmount, eKindOfFuel i_KindOfFuel)
: base(i_CurrentFuelAmount, i_MaxFuelAmount)
{
m_KindOfFuel = i_KindOfFuel;
}
public Fuel(float i_CurrentAmountOfFuelInLiters, eKindOfFuel iRKindOfFuel, float iRMaximumAmountOfFuelPerLiter)
{
m_CurrentAmountOfFuelInLiters = i_CurrentAmountOfFuelInLiters;
r_MaximumAmountOfFuelPerLiter = iRMaximumAmountOfFuelPerLiter;
r_KindOfFuel = iRKindOfFuel;
}
public override abstract void FillUpEnergy(eKindOfFuel i_GivenFuelKind, float i_AmountToFill);
public override void FillUpEnergy(eKindOfFuel i_GivenFuelKind, float i_AmountToFill)
{
throw new ArgumentException("You cannot fill up gas in an electric vehicle.");
}
