/// <summary>
/// Add car on parking WITHOUT starting balance.
/// </summary>
/// <param name="carType">Type of car</param>
public void AddCar(CarTypes carType)
{
bool freeParkingPlace = IsThereFreeParkingPlace();
int numberOfFreeParkingPlace = 0;
if (freeParkingPlace)
{
for (int i = 0; i < FreeParkingPlacesList.Count; i++)
{
if (FreeParkingPlacesList[i] == true)
{
numberOfFreeParkingPlace = i;
break;
}
}
ListOfCars.Add(new Car(carType, numberOfFreeParkingPlace));
FreeParkingPlacesList[numberOfFreeParkingPlace] = false;
}
else
{
throw new NoFreeParkingPlacesException("No free parking places!");
}
}
public void AddCar(double balance, CarType type)
{
ListOfCars.Add(new Car(balance, type));
var id = ListOfCars[ListOfCars.Count - 1].Id;
Console.WriteLine("The car was added successfully! Car id: " + id);
_dictTimers.Add(ListOfCars[ListOfCars.Count - 1], new Timer(_tcbTrans, id, _settings.TimeOut * 1000, _settings.TimeOut * 1000));
}
public string AddCar(Car car)
{
if (ListOfCars.Any(x => x.RegistrationNumber == car.RegistrationNumber))
{
return("Car with that registration number, already exists!");
}
else if (ListOfCars.Count >= this.capacity)
{
return("Parking is full!");
}
ListOfCars.Add(car);
Count = ListOfCars.Count;
return($"Successfully added new car {car.Make} {car.RegistrationNumber}");
}