public void AC1and2_Should_return_6cars_from_Lot1_5car_from_Lot2()
{
// given
var manager = new Manager();
manager.AddParkingLot(new Parkinglot(10));
manager.AddParkingLot(new Parkinglot(10));
var smartBoy = new SmartBoy(1);
manager.AddBoy(smartBoy);
manager.DistributeParkingLots(smartBoy, manager.ParkingLots[0]);
manager.DistributeParkingLots(smartBoy, manager.ParkingLots[1]);
var car = new Car("BMW");
var count = 0;
// when
while (count < 11)
{
smartBoy.ParkCar(car);
count++;
}
var expectedCarsCountFromLot1 = 6;
var actualCarsCountFromLot1 = smartBoy.ParkingLots[0].CarsCount;
var expectedCarsCountFromLot2 = 5;
var actualCarsCountFromLot2 = smartBoy.ParkingLots[1].CarsCount;
// then
Assert.Equal(expectedCarsCountFromLot1, actualCarsCountFromLot1);
Assert.Equal(expectedCarsCountFromLot2, actualCarsCountFromLot2);
}
public void Should_return_error_message_when_all_lots_managed_are_full_for_parking_new_car()
{
var boy = new SmartBoy();
var lot1 = new Lot("loca1", 2);
var lot2 = new Lot("loca2", 3);
boy.Lots = new[] { lot1, lot2 };
string message;
var messages = new List <string>();
foreach (var car in TestData.GetCars(lot1.Capacity + lot2.Capacity + 1))
{
var ticket = boy.Park(car, out message);
messages.Add(message);
}
Assert.True(messages.Where(message => messages.IndexOf(message) < (lot1.Capacity + lot2.Capacity))
.All(message => string.IsNullOrEmpty(message)));
Assert.Equal("Not enough position.", messages.Last());
}
public void Should_park_new_car_only_to_lot_which_has_more_positions()
{
var boy = new SmartBoy();
var lot1 = new Lot("loca1", 2);
var lot2 = new Lot("loca2", 3);
boy.Lots = new[] { lot1, lot2 };
string message;
var locations = new List <string>();
foreach (var car in TestData.GetCars(4))
{
var ticket = boy.Park(car, out message);
locations.Add(ticket.GetLotLocation());
Assert.Empty(message);
}
Assert.Equal(lot2.GetLocation(), locations[0]);
Assert.Equal(lot2.GetLocation(), locations[1]);
Assert.Equal(lot1.GetLocation(), locations[2]);
Assert.Equal(lot2.GetLocation(), locations[3]);
}
