def test_garages_count(self):
cesar = Cesar('Alfred')
garage_1 = Garage(4)
garage_2 = Garage(2)
garage_3 = Garage(8)
cesar.add_garage(garage_1)
cesar.add_garage(garage_2)
cesar.add_garage(garage_3)
self.assertEqual(cesar.garages_count(), 3)
def test_remove_car(self):
garage = Garage(3)
car_1 = Car(10, 10)
car_2 = Car(11, 11)
car_3 = Car(12, 12)
garage.add_car(car_1)
garage.add_car(car_2)
garage.add_car(car_3)
garage.remove(car_3)
self.assertEqual(garage.free_place(), 1)
def json_hook(obj):
if 'set' in obj:
return set(obj)
car_args = object_comparison(obj, Car)
cesar_args = object_comparison(obj, Cesar)
garage_args = object_comparison(obj, Garage)
if all(car_args):
create_car = Car(
price=obj['price'],
type_car=obj['type_car'],
producer=obj['producer'],
mileage=obj['mileage']
)
create_car.number = obj['number']
return create_car
if all(garage_args):
create_garage = Garage(
town=obj['town'],
places=obj['places'],
cars=obj['cars'],
owner=obj['owner']
)
return create_garage
if all(cesar_args):
create_cesar = Cesar(name=obj['name'], garages=obj['garages'])
create_cesar.register_id = obj['register_id']
return create_cesar
return obj
def test_hit_hat(self):
garage = Garage(3)
car_1 = Car(110, 10)
car_2 = Car(110, 11)
car_3 = Car(110, 12)
garage.add_car(car_1)
garage.add_car(car_2)
garage.add_car(car_3)
self.assertEqual(garage.hit_hat(), 330)
def test_hit_hat(self):
cesar = Cesar('Alfred')
garage_1 = Garage(4)
garage_2 = Garage(2)
garage_3 = Garage(8)
car_1 = Car(25000, 10000)
car_2 = Car(30000, 5000)
car_3 = Car(3000, 500)
car_4 = Car(300, 50)
car_5 = Car(300000, 50000)
car_6 = Car(3000000, 500000)
cesar.add_garage(garage_1)
cesar.add_garage(garage_2)
cesar.add_garage(garage_3)
cesar.add_car(car_1, garage_1)
cesar.add_car(car_2, garage_1)
cesar.add_car(car_3, garage_2)
cesar.add_car(car_4, garage_2)
cesar.add_car(car_5, garage_3)
cesar.add_car(car_6, garage_3)
self.assertEqual(cesar.hit_hat(), 3358300)
def test_equal(self):
cesar_1 = Cesar('Alfred')
cesar_2 = Cesar('Hector')
garage_1 = Garage(2)
garage_2 = Garage(2)
garage_3 = Garage(2)
garage_4 = Garage(2)
car_1 = Car(100, 10000)
car_2 = Car(100, 5000)
car_3 = Car(100, 500)
car_4 = Car(100, 50)
car_5 = Car(100, 50000)
car_6 = Car(100, 500000)
cesar_1.add_garage(garage_1)
cesar_1.add_garage(garage_2)
cesar_2.add_garage(garage_3)
cesar_2.add_garage(garage_4)
cesar_1.add_car(car_1, garage_1)
cesar_1.add_car(car_2, garage_2)
cesar_1.add_car(car_3, garage_2)
cesar_2.add_car(car_4, garage_3)
cesar_2.add_car(car_5, garage_4)
cesar_2.add_car(car_6, garage_4)
self.assertEqual(cesar_1.hit_hat(), cesar_2.hit_hat())
def test_add_car(self):
garage = Garage(2)
car_1 = Car(10, 10)
car_2 = Car(11, 11)
car_3 = Car(12, 12)
garage.add_car(car_1)
garage.add_car(car_2)
self.assertEqual(garage.free_place(), 0)
self.assertEqual(garage.add_car(car_3),
"you do not have enough space in garage")
def test_add_car(self):
cesar = Cesar('Alfred')
garage_1 = Garage(4)
garage_2 = Garage(2)
garage_3 = Garage(8)
car_1 = Car(25000, 10000)
car_2 = Car(30000, 5000)
cesar.add_garage(garage_1)
cesar.add_garage(garage_2)
cesar.add_garage(garage_3)
cesar.add_car(car_1, garage_1) # add car with specific garage
cesar.add_car(car_2) # add car without specific garage
self.assertEqual(garage_1.free_place(), 3) # check our method
self.assertEqual(garage_3.free_place(), 7) # check our method
bmw = Car(price=35000.145, type_car='Sedan', producer='BMW', mileage=1)
bmw3 = Car(price=random.randint(1000, 100000) * 1.2,
type_car=random.choice(CARS_TYPES),
producer=random.choice(CARS_PRODUCER),
mileage=random.randint(10, 1000) * 1.2)
bmw4 = Car(price=random.randint(1000, 100000) * 1.2,
type_car=random.choice(CARS_TYPES),
producer=random.choice(CARS_PRODUCER),
mileage=random.randint(10, 1000) * 1.2)
ford = Car(price=25000.145, type_car='Sedan', producer='Ford', mileage=1)
cars_list = [bmw3, bmw4, ford]
garages_list = [
Garage(town=random.choice(TOWNS), places=random.randint(1, 7))
for _ in range(3)
]
garages_list2 = [
Garage(town=random.choice(TOWNS), places=3) for _ in range(4)
]
gara = Garage(town='Amsterdam', places=3)
gara2 = Garage(town='Prague', places=3)
for car in cars_list:
gara.add(car)
gara.add(ford)
gara2.add(ford)
gara2.add(bmw)
cesas = Cesar('Petro', garages_list)
cesas2 = Cesar('Vasia', garages_list2)
def garage_from_json(data):
places = data['places']
# owner = data['owner']
gr = Garage(places=places)
return gr
Advanced
Добавити опрацьовку формату ini
"""
from objects_and_classes.homework.homework import (
Cesar,
Garage,
Car
)
import json
import ruamel.yaml
from ruamel.yaml import YAML
import pickle
heorh = Cesar('Heorh')
king_garage = Garage(4)
elite_car = Car(500000, 5000)
# ___________convert by JSON____________
def heorh_to_json(obj: Cesar):
data = {'name': obj.name}
return data
def king_garage_to_json(obj: Garage):
data = {'places': obj.places, 'owner': None}
return data
def test_add_garage(self):
cesar = Cesar('Alfred')
garage_1 = Garage(6)
cesar.add_garage(garage_1)
self.assertEqual(len(cesar.garages), 1)
def test_free_place(self):
garage = Garage(7)
car = Car(10, 100)
garage.add_car(car)
self.assertEqual(garage.free_place(), 6)
producer=random.choice(CARS_PRODUCER),
mileage=random.uniform(1000, 5000))
car4 = Car(price=random.uniform(5000, 50000),
car_type=random.choice(CARS_TYPES),
producer=random.choice(CARS_PRODUCER),
mileage=random.uniform(1000, 5000))
car5 = Car(price=random.uniform(5000, 50000),
car_type=random.choice(CARS_TYPES),
producer=random.choice(CARS_PRODUCER),
mileage=random.uniform(1000, 5000))
car6 = Car(price=random.uniform(5000, 50000),
car_type=random.choice(CARS_TYPES),
producer=random.choice(CARS_PRODUCER),
mileage=random.uniform(1000, 5000))
garage1 = Garage(town=random.choice(TOWNS), places=2)
garage2 = Garage(town=random.choice(TOWNS), places=3)
garage3 = Garage(town=random.choice(TOWNS), places=4)
garage4 = Garage(town=random.choice(TOWNS),
places=4,
owner=c2,
cars=[car5, car4])
# print(garage4)
# print("\n - ACTION")
garage1.add(car1)
garage2.add(car2)
garage3.add(car3)
c4 = Cesar(name="Gover", garages=[garage1])