class CatTest(unittest.TestCase):
def setUp(self):
self.cat = Cat('Aggressive', 'Ginger', 'Mufasa', True, 'Tabby', 5)
def test_attack(self):
self.assertEqual(self.cat.attack(), 'HISS')
self.cat.sleepy = True
self.assertEqual(self.cat.attack(), 'HISS')
self.cat.behaviour = 'Not Aggressive'
self.assertEqual(self.cat.attack(), '*snore*')
def test_chase(self):
self.assertEqual(self.cat.chase('mouse'), 'Come here Jerry')
self.assertEqual(self.cat.chase('rabbit'), 'Not interested')
def test_play(self):
self.assertEqual(self.cat.play('box'), 'If I fits....')
self.assertEqual(self.cat.play('new toy'), "Erm no. Where's the box?")
def test_eat(self):
self.assertEqual(self.cat.eat('tuna'),
'Really? Im trying to sleep here')
self.cat.sleepy = False
self.assertEqual(self.cat.eat('tuna'), f'OOOH, Tuna')
from cat_class import Cat
cat = Cat('Кошка', 12, 'Синий')
print(cat.name)
cat.mew()
print(cat.get_age())
cat.set_age(13)
print(cat.get_age())
cat.set_age(50)
print(cat.get_age())
print(cat.get_color())
from dog_class import Dog
from cat_class import Cat
# Initialise dog object (name, age, coat, colour, tail)
clifford_dog = Dog(age=4)
print(clifford_dog.age)
print(clifford_dog.tail)
# call method .bark()
print(clifford_dog.bark())
# calling multiple arg function .eat()
print(clifford_dog.eat("toxic waste"))
# Initialise cat object (name, age, fur, colour, tail, claws)
sylvester_cat = Cat(age=10)
# call method .purr()
print(sylvester_cat.purr())
# .eat()
print(sylvester_cat.eat("fish"))
def setUp(self):
self.cat = Cat('Aggressive', 'Ginger', 'Mufasa', True, 'Tabby', 5)
from cat_class import Cat
c1 = Cat("Барон", "male", 2)
c2 = Cat("Сэм", "male", 2)
print(c1.info())
print(c2.info())
# import classes here and intialize objs and run methods
# this speration will maintain you code more organized following speration of concerns
from dog_class import Dog
from cat_class import Cat
# Initialize a Dog object -
max_dog_instance = Dog(name='Max')
ringo_dog_instance = Dog(age=10, name='Ringo')
# initialize a Cat object -
garfield = Cat(name='Garfield the Lasanha Monster')
print(max_dog_instance)
print(garfield)
print(max_dog_instance.name)
print(ringo_dog_instance.name)
# # Call the method .bark() on object
#
print(max_dog_instance.eat('BONE'))
print(max_dog_instance.bark())
print(max_dog_instance.fetch())
print(max_dog_instance.potty())
print(max_dog_instance.bark())
print(max_dog_instance.sleep())
print(max_dog_instance.reproduce())
# print('walk the dog home')
#
# print(max_dog_instance.sleep())
wall3.rect.x = SCREENWIDTH / 3 wall3.rect.y = 600 wall4 = wall(WALLCOLOUR, 100, 250) wall4.rect.x = SCREENWIDTH / 3 * 2 wall4.rect.y = 550 wall5 = wall(WALLCOLOUR, 100, 400) wall5.rect.x = 0 wall5.rect.y = SCREENHEIGHT / 2 wall6 = wall(WALLCOLOUR, 100, 250) wall6.rect.x = 900 wall6.rect.y = SCREENHEIGHT / 2 cat1 = Cat(100, 80) cat1.rect.x = 100 cat1.rect.y = 625 cat2 = Cat(100, 80) cat2.rect.x = 500 cat2.rect.y = 500 cat3 = Cat(100, 80) cat3.rect.x = 700 cat3.rect.y = 50 #all_player_list = pygame.sprite.Group() all_enemy_sprites = pygame.sprite.Group() all_treasure_list = pygame.sprite.Group() all_exitDoor_list = pygame.sprite.Group()