class Building:

    def __init__(self, adress, nb_stairs):
        self.adress = adress
        self.stairs = nb_stairs

    def get_adress(self):
        return self.adress

    def stairs(self):
        return self.stairs


class Residence(Building):

    def __init__(self, adress, nb_stairs, balcony):
        super().__init__(nb_stairs,adress,)
        self.nb_balcony = balcony

    def get_nb_balcons(self):
        return self.nb_balcony


class Supermarket(Building):

    def __init__(self, adress, nb_stairs, nb_rayons):
        super().__init__(adress, nb_stairs)
        self.nb_rayons = nb_rayons

    def get_nb_rayons(self):
        return self.nb_rayons


class Bank(Building):

    def __init__(self, adress, nb_stairs, chest, name):
        super().__init__(adress, nb_stairs)
        self.nb_chest = chest
        self.name = name

    def get_nb_chest(self):
        return self.nb_chest
        print("le nombre de coffres est de", nb_stairs)

    def get_name(self):
        return self.name


if issubclass(Residence, Building):
    print("La classe residence est bien une classe parent de Building")
if issubclass(Bank, Building):
    print("La classe Bank est bien une classe parent de Building")
    if issubclass(Supermarket, Building):
        print("La Supermaket residence est bien une classe parent de Building")

#4 buildings
residence1 = Residence("26 galere de nulle part", 2, 1,)
#Supermarket
supermarket1 = Supermarket("33 av des fleurs", 2, 59)
#Bank
bank1 = Bank("44 rue ptain merde)", 3,2, "Voleur",)

print(residence1)
print(supermarket1)
print(bank1)