def test_raise_error_town(self):
with self.assertRaises(ValueError, msg="Ups should raise error") as context:
car1 = Car(200.50, "Sedan", "BENTLEY", "47af87f3-3a96-422f-b357-237e4b3684a9", 50000.00)
car2 = Car(250.40, "Truck", "BMW", "47af87f3-3a96-422f-b357-237e4b3684a9", 20000.00)
garage = Garage("MISTAKE", 3, [car1, car2], uuid.uuid4())
self.assertTrue("Incorrect garage town" in context.exception.args)
self.fail()
def test_garage_town(self):
car1 = Car(200.50, "Sedan", "BENTLEY", "47af87f3-3a96-422f-b357-237e4b3684a9", 50000.00)
car2 = Car(250.40, "Truck", "BMW", "47af87f3-3a96-422f-b357-237e4b3684a9", 20000.00)
garage1 = Garage("Amsterdam", 3, [car1, car2], uuid.uuid4())
expected = "Amsterdam"
actual = garage1.town
self.assertEqual(actual, expected, msg=f"Town should be one of {constants.CARS_TYPES}")
def test_garage_cars(self):
car1 = Car(200.50, "Sedan", "BENTLEY", "47af87f3-3a96-422f-b357-237e4b3684a9", 50000.00)
car2 = Car(250.40, "Truck", "BMW", "47af87f3-3a96-422f-b357-237e4b3684a9", 20000.00)
garage1 = Garage("Amsterdam", 3, [car1, car2], uuid.uuid4())
expected = [car1, car2]
actual = garage1.cars
self.assertEqual(actual, expected)
def test_remove_car(self):
car1 = Car(200.50, "Sedan", "BENTLEY", "47af87f3-3a96-422f-b357-237e4b3684a9", 50000.00)
car2 = Car(250.40, "Truck", "BMW", "47af87f3-3a96-422f-b357-237e4b3684a9", 20000.00)
garage = Garage("Amsterdam", 3, [car1, car2], uuid.uuid4())
garage.remove_car(car2)
actual = len(garage.cars)
expected = 1
self.assertEqual(actual, expected)
def test_places(self):
car1 = Car(200.50, "Sedan", "BENTLEY", "47af87f3-3a96-422f-b357-237e4b3684a9", 50000.00)
car2 = Car(250.40, "Truck", "BMW", "47af87f3-3a96-422f-b357-237e4b3684a9", 20000.00)
garage = Garage("Amsterdam", 3, [car1, car2], uuid.uuid4())
expected = 3
actual = garage.places
self.assertEqual(actual, expected)
self.assertIsInstance(actual, int)
def test_equal(self):
car1 = Car(400.50, "Sedan", "BENTLEY", "47af87f3-3a96-422f-b357-237e4b3684a9", 50000.00)
car2 = Car(400.50, "Van", "Bugatti", "47af87f3-3a96-422f-b357-237e4b3684a9", 10000.00)
garage1 = Garage("Amsterdam", 3, [car1], uuid.uuid4())
garage2 = Garage("Kiev", 3, [car2], uuid.uuid4())
Tom = Collectioner("Tom", uuid.uuid4(), [garage1])
Teddy = Collectioner("Teddy", uuid.uuid4(), [garage2])
actual_Tom = Tom.hit_hat
actual_Teddy = Teddy.hit_hat
self.assertEqual(actual_Tom, actual_Teddy)
def test_greater_then(self):
car1 = Car(200.50, "Sedan", "BENTLEY", "47af87f3-3a96-422f-b357-237e4b3684a9", 50000.00)
car2 = Car(400.60, "Van", "Bugatti", "47af87f3-3a96-422f-b357-237e4b3684a9", 10000.00)
garage1 = Garage("Amsterdam", 3, [car1], uuid.uuid4())
garage2 = Garage("Kiev", 3, [car2], uuid.uuid4())
Tom = Collectioner("Tom", uuid.uuid4(), [garage1])
Jerom = Collectioner("Jerom", uuid.uuid4(), [garage2])
actual_Tom = Tom.hit_hat
actual_Jerom = Jerom.hit_hat
self.assertGreater(actual_Tom, actual_Jerom)
def test_add_car_no_free_places(self):
car1 = Car(200.50, "Sedan", "BENTLEY", "47af87f3-3a96-422f-b357-237e4b3684a9", 50000.00)
car2 = Car(250.40, "Truck", "BMW", "47af87f3-3a96-422f-b357-237e4b3684a9", 20000.00)
car3 = Car(400.60, "Van", "Bugatti", "47af87f3-3a96-422f-b357-237e4b3684a9", 10000.00)
car4 = Car(500.90, "Sedan", "Buick", "47af87f3-3a96-422f-b357-237e4b3684a9", 70000.00)
garage1 = Garage("Amsterdam", 3, [car1, car2], uuid.uuid4())
garage2 = Garage("Kiev", 3, [car3], uuid.uuid4())
Tom = Collectioner("Tom", uuid.uuid4(), [garage1, garage2])
with self.assertRaises(ValueError, msg="Should raise error") as context:
Tom.add_car(car4)
self.assertTrue('There are no free places in the specified garage' in context.exception.args)
def test_car_count(self):
car1 = Car(200.50, "Sedan", "BENTLEY", "47af87f3-3a96-422f-b357-237e4b3684a9", 50000.00)
car2 = Car(250.40, "Truck", "BMW", "47af87f3-3a96-422f-b357-237e4b3684a9", 20000.00)
car3 = Car(400.60, "Van", "Bugatti", "47af87f3-3a96-422f-b357-237e4b3684a9", 10000.00)
car4 = Car(500.90, "Sedan", "Buick", "47af87f3-3a96-422f-b357-237e4b3684a9", 70000.00)
garage1 = Garage("Amsterdam", 3, [car1, car2], uuid.uuid4())
garage2 = Garage("Kiev", 3, [car3, car4], uuid.uuid4())
Tom = Collectioner("Tom", uuid.uuid4(), [garage1, garage2])
actual = Tom.cars_count
expected = 4
self.assertEqual(actual, expected)
def test_str(self):
car1 = Car(200.50, "Sedan", "BENTLEY", "47af87f3-3a96-422f-b357-237e4b3684a9", 50000.00)
car2 = Car(250.40, "Truck", "BMW", "47af87f3-3a96-422f-b357-237e4b3684a9", 20000.00)
garage = Garage("Amsterdam", 3, [car1, car2], uuid.uuid4())
actual = str(garage)
expected = "Town = Amsterdam " \
"Cars:" \
"[200.5, 'Sedan', 'BENTLEY', '47af87f3-3a96-422f-b357-237e4b3684a9', 50000.0]" \
"[250.4, 'Truck', 'BMW', '47af87f3-3a96-422f-b357-237e4b3684a9', 20000.0]" \
"Maximum places in garage = 3" \
"Garage owner = c5929fab-7c54-4f51-8ffc-23cb389c197c"
self.assertEqual(actual, expected)
def reset(self):
self.steps = 0
self.current_reward = 0
self.total_game += 1
self.car = Car()
self.obstacles = []
self.bunkers = []
l = list(itertools.product(range(self.height), range(self.width)))
random.shuffle(l)
i = 0
n = 0
while n < self.num_of_obstacles + self.num_of_bunkers:
r, c = l[i]
if (r == 0 and c == 0) or (r == self.height - 1 and c == self.width - 1):
pass
else:
if n < self.num_of_obstacles:
self.obstacles.append(Obstacle(r, c))
else:
self.bunkers.append(Bunker(r, c))
n += 1
i += 1
return self._get_state()
def test_without_bind(self):
person = Person('Sam', 20, True)
car = Car('Honda', 'Civic')
distance = 90
pair = (person, car, distance)
age_check_result = person_is_of_age(pair)
if isinstance(age_check_result, Success):
print(age_check_result.msg)
license_check_result = person_is_licensed(pair)
if isinstance(license_check_result, Success):
print(license_check_result.msg)
wheel_check_result = car_has_wheels(pair)
if isinstance(wheel_check_result, Success):
print(wheel_check_result.msg)
drive_result = drive(pair)
if isinstance(drive_result, Success):
print(drive_result.msg)
self.assertIsInstance(drive_result, Success)
else:
print(drive_result.msg)
self.assertIsInstance(drive_result, Success)
else:
print(wheel_check_result.msg)
self.assertIsInstance(wheel_check_result, Success)
else:
print(license_check_result.msg)
self.assertIsInstance(license_check_result, Success)
else:
print(age_check_result.msg)
self.assertIsInstance(age_check_result, Success)
def test_count_garages(self):
car1 = Car(200.50, "Sedan", "BENTLEY", "47af87f3-3a96-422f-b357-237e4b3684a9", 50000.00)
garage1 = Garage("Amsterdam", 3, [car1], uuid.uuid4())
Tom = Collectioner("Tom", uuid.uuid4(), [garage1])
Ralf = Collectioner("Tom", uuid.uuid4(), [])
self.assertEqual(Tom.garages_count, 3)
self.assertEqual(Ralf.garages_count, 1)
def test_add_first_car(self):
car1 = Car(200.50, "Sedan", "BENTLEY", "47af87f3-3a96-422f-b357-237e4b3684a9", 50000.00)
garage = Garage("Amsterdam", 3, [], uuid.uuid4())
garage.add_car(car1)
actual = garage.cars
expected = [car1]
self.assertEqual(actual, expected)
def test_workflow(self):
person = Person('Sam', 20, True)
car = Car('Honda', 'Civic')
car.wheels = 4
distance = 90
result = workflow(unit((person, car, distance)), person_is_of_age,
person_is_licensed, car_has_wheels, drive)
self.assertIsInstance(result, Success)
def shiftplanning(sim):
while True:
if tick_to_time(sim.env.now) in drivers:
print(f"{tick_to_time(sim.env.now)} drives starting to work")
ob = Car(sim, tick_to_time(sim.env.now), 2, 10)
sim.car_list.append(ob) #important
yield sim.env.timeout(1)
def test_str(self):
car = Car(200.32, "Sedan", "BENTLEY", "47af87f3-3a96-422f-b357-237e4b3684a9", 50000.00)
actual = str(car)
expected = f"Car price = 200.32, " \
f"car type = Sedan, " \
f"car number = 47af87f3-3a96-422f-b357-237e4b3684a9, " \
f"producer = BENTLEY, " \
f"mileage = 50000.0 km"
self.assertEqual(actual, expected)
def test_less_equal_then(self):
car1 = Car(200.50, "Sedan", "BENTLEY", "47af87f3-3a96-422f-b357-237e4b3684a9", 50000.00)
car2 = Car(250.40, "Truck", "BMW", "47af87f3-3a96-422f-b357-237e4b3684a9", 20000.00)
car3 = Car(400.60, "Van", "Bugatti", "47af87f3-3a96-422f-b357-237e4b3684a9", 10000.00)
car4 = Car(500.90, "Sedan", "Buick", "47af87f3-3a96-422f-b357-237e4b3684a9", 70000.00)
garage1 = Garage("Amsterdam", 3, [car1, car2], uuid.uuid4())
garage2 = Garage("Kiev", 3, [car3, car4], uuid.uuid4())
Tom = Collectioner("Tom", uuid.uuid4(), [garage1])
Denny = Collectioner("Tom", uuid.uuid4(), [garage1])
Jerom = Collectioner("Jerom", uuid.uuid4(), [garage2])
actual_Tom = Tom.hit_hat
actual_Denny = Denny.hit_hat
actual_Jerom = Jerom.hit_hat
expected_Tom = 450.90
expected_Jerom = 901.50
self.assertEqual(actual_Tom, expected_Tom)
self.assertEqual(actual_Jerom, expected_Jerom)
self.assertLess(actual_Tom, actual_Jerom)
self.assertLessEqual(actual_Tom, actual_Denny)
def test_str(self):
car1 = Car(400.50, "Sedan", "BENTLEY", "47af87f3-3a96-422f-b357-237e4b3684a9", 50000.00)
garage1 = Garage("Amsterdam", 3, [car1], uuid.uuid4())
Tom = Collectioner("Tom", uuid.uuid4(), [garage1])
actual = str(Tom)
expected = """ Name = Tom
Garages & cars:
['Amsterdam', 3, 200.5, 'Sedan', 'BENTLEY', '47af87f3-3a96-422f-b357-237e4b3684a9', 50000.0, UUID('4f36a82b-599f-4378-b0e8-5c57d324e15b')]
Garage owner = b7549015-ccaa-4b6d-afa7-0751cf176caa"""
self.assertEqual(actual, expected)
def test_without_workflow(self):
person = Person('Sam', 20, True)
car = Car('Honda', 'Civic')
distance = 90
result = \
bind(
bind(
bind(
bind(
unit((person, car, distance)),
person_is_of_age)
, person_is_licensed)
, car_has_wheels)
, drive)
self.assertIsInstance(result, Success)
def inputFileParse(self):
with open(self.filepath) as fp:
line = fp.readline()
words = line.split()
self.time = int(words[0])
numIntersection = int(words[1])
numStreet = int(words[2])
numCars = int(words[3])
score = int(words[4])
cnt = 1
line = fp.readline()
cnt = 2
for x in range(numStreet):
words = line.split()
temp = Road(words[2], int(words[3]))
if words[0] not in self.IntersectionList.keys():
self.IntersectionList[words[0]] = Intersection(words[0])
self.IntersectionList[words[0]].addOutRoad(temp)
if words[1] not in self.IntersectionList.keys():
self.IntersectionList[words[1]] = Intersection(words[1])
self.IntersectionList[words[1]].addInRoad(temp)
temp.addFromAndToIntersection(self.IntersectionList[words[0]],
self.IntersectionList[words[1]])
self.RoadList[words[2]] = temp
#
line = fp.readline()
cnt = cnt + 1
for x in range(numCars):
words = line.split()
num = int(words[0])
temp2 = []
for j in range(num):
temp2.append(self.RoadList[words[j + 1]])
Car(temp2)
line = fp.readline()
clock = pygame.time.Clock() basicfont = pygame.font.SysFont(None, 12) #GROUPS OF SPRITES allSpritesList = pygame.sprite.Group() carList = pygame.sprite.Group() enemyCarList = pygame.sprite.Group() lasersList = pygame.sprite.Group() enemyLasersList = pygame.sprite.Group() #HOW CAR LOOKS IN GAME widthOfCar = 65 heightOfCar = 80 playerCar = Car(widthOfCar, heightOfCar, 445, 520, carList, 25, 1) carList.add(playerCar) allSpritesList.add(playerCar) #First Enemy Car widthOfCar = 120 heightOfCar = 80 howOftenCarShoots = random.randrange(4, 8) enemyCar = EnemyCar(widthOfCar, heightOfCar, howOftenCarShoots) randomX = random.randrange(200, 700) randomY = random.randrange(20, 50) enemyCar.rect.x = randomX enemyCar.rect.y = randomY enemyCarList.add(enemyCar) allSpritesList.add(enemyCar)
#!/usr/bin/env python3
from objects import Car
from model import BridgeSystem
from animation import animate_model
cars = [
Car(1, 1, 1),
Car(2, 1, 1),
Car(3, 1, 1),
Car(4, 1, 1),
Car(5, 1, 1),
Car(6, 1, 1),
Car(1, -1, 1),
Car(2, -1, 1),
Car(3, -1, 1),
Car(4, -1, 1),
Car(5, -1, 1),
Car(6, -1, 1)
]
model = BridgeSystem(10, cars)
animate_model(model)
pygame.mixer.init()
window = pygame.display.set_mode((WINDOW_WIDTH, WINDOW_HEIGHT), WINDOW_SURFACE)
pygame.display.set_caption('Driving Game Prototype')
road_image = pygame.image.load('track.png')
background = pygame.transform.smoothscale(road_image,
(WINDOW_WIDTH, WINDOW_HEIGHT))
car_image = pygame.image.load('car_image.png').convert_alpha()
car_size = car_image.get_size()
smaller_car = pygame.transform.scale(
car_image, (int(car_size[0] / 7), int(car_size[1] / 7)))
car_spawn_x = WINDOW_WIDTH // 5
car_spawn_y = WINDOW_HEIGHT // 5
car1 = Car(smaller_car, car_spawn_x, car_spawn_y)
#car1 = Car(car_image, WINDOW_WIDTH//2, WINDOW_HEIGHT//2)
car_sprites = pygame.sprite.Group()
car_sprites.add(car1)
clock = pygame.time.Clock()
done = False
while not done:
for event in pygame.event.get():
if event.type == pygame.QUIT:
done = True
elif event.type == pygame.VIDEORESIZE:
WINDOW_WIDTH = event.w
WINDOW_HEIGHT = event.h
window = pygame.display.set_mode((WINDOW_WIDTH, WINDOW_HEIGHT),
def test_car_error_message():
with pytest.raises(ValueError) as ve:
my_car = Car("Ducati", "Monster", 2019)
assert str(ve.value) == "Ducati does not make cars!"
def test_greater_then_equal(self):
car1 = Car(100.32, "Sedan", "BENTLEY", "47af87f3-3a96-422f-b357-237e4b3684a9", 50000.00)
car2 = Car(200.32, "Sedan", "BENTLEY", "47af87f3-3a96-422f-b357-237e4b3684a9", 50000.00)
car3 = Car(200.32, "Sedan", "BENTLEY", "47af87f3-3a96-422f-b357-237e4b3684a9", 50000.00)
self.assertGreaterEqual(car2.price, car1.price)
self.assertGreaterEqual(car2.price, car3.price)
def test_car_error_raised():
with pytest.raises(ValueError):
my_car = Car("Ducati", "Monster", 2019)
def test_less_then(self):
car1 = Car(100.32, "Sedan", "BENTLEY", "47af87f3-3a96-422f-b357-237e4b3684a9", 50000.00)
car2 = Car(200.32, "Sedan", "BENTLEY", "47af87f3-3a96-422f-b357-237e4b3684a9", 50000.00)
self.assertLess(car1.price, car2.price)
screen.blit(bg, (0, 0))
screen.set_alpha(None)
# иконка
img = pygame.image.load('static/img/car.png').convert_alpha()
pygame.display.set_icon(img)
# fps
clock = pygame.time.Clock()
pygame.display.update()
# здесь определяются константы, классы и функции
x = 5
car = Car(200, 750, 'static/img/car.png')
car2 = Car(643, 750, 'static/img/car2.png')
speed = 10
left = False
right = False
up = False
down = False
left2 = False
right2 = False
up2 = False
down2 = False
coins = pygame.sprite.Group()
blocks = pygame.sprite.Group()
pygame.font.init()
font = pygame.font.SysFont('Comic Sans MS', 30)
f = 0
def test_car_price(self):
car = Car(200.32, "Sedan", "BENTLEY", "47af87f3-3a96-422f-b357-237e4b3684a9", 50000.00)
self.assertIsInstance(car.price, float, msg="Price value should be float")
self.assertGreater(car.price, 0, msg="Negative value")