Estacionamiento

Crea una clase ParkingLot que administre el estacionamiento de autos. Esta clase tiene varias funcionalidades: debe poder estacionar un auto, liberar un auto y reportar el número de lugares de estacionamiento disponibles.

Crea una clase Car que represente un auto que pueda ser estacionado en el estacionamiento.

Necesitas implementar lo siguiente:

  • Una clase Car, con un atributo car_id: debe proporcionarse cuando se crea el objeto de auto. Todas las operaciones siguientes deben tener en cuenta el car_id.

  • Una clase ParkingLot con:

    • total_spots attribute: the total number of parking spots in the parking lot, which should be provided when the parking lot object is created.

    • park(car) method: parks a Car object in the parking lot. If the parking lot is full, it should print Parking lot is full.

    • release(car) method: releases a Car from the parking lot. If the car is not in the parking lot, it should print Car not found in the parking lot.

    • spots_left() method: returns an integer representing the number of available parking spots in the parking lot.

Entrada

Salida

car1 = Car(1); car2 = Car(2); lot = ParkingLot(2); print(lot.spots_left()); lot.park(car1); print(lot.spots_left()); lot.park(car2); print(lot.spots_left()); lot.release(car1); print(lot.spots_left());

2 1 0 1

car1 = Car(1); car2 = Car(2); lot = ParkingLot(1); print(lot.spots_left()); lot.release(car1); print(lot.spots_left()); lot.park(car1); print(lot.spots_left()); lot.park(car2); print(lot.spots_left())

1 Car not found in the parking lot 1 0 Parking lot is full 0

Constraints

Time limit: 2 seconds

Memory limit: 512 MB

Output limit: 1 MB

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