class TestStatusBarFactory:
m_test_coordinate = Coordinate(0, 0)
def test_creating_factory(self):
status_bar_factory = StatusBarFactory()
assert isinstance(status_bar_factory, StatusBarFactory)
def test_creating_health(self):
status_bar_factory = StatusBarFactory()
health_bar = status_bar_factory.get_status_bar(
"health", TestStatusBarFactory.m_test_coordinate)
assert isinstance(health_bar, HealthBar)
def test_creating_energy(self):
status_bar_factory = StatusBarFactory()
energy_bar = status_bar_factory.get_status_bar(
"energy", TestStatusBarFactory.m_test_coordinate)
assert isinstance(energy_bar, EnergyBar)
def test_creating_throws(self):
status_bar_factory = StatusBarFactory()
with pytest.raises(ValueError):
no_object = status_bar_factory.get_status_bar(
"none", TestStatusBarFactory.m_test_coordinate)
def test_creating_pet(self):
frames_per_second, x_coordinate, y_coordinate = 30, 0, 0
pet = Pet(frames_per_second, Coordinate(x_coordinate, y_coordinate))
assert pet.max_health == 100
assert pet.get_position() == (x_coordinate, y_coordinate)
def test_pet_is_not_doing_action(self):
frames_per_second, x_coordinate, y_coordinate = 30, 0, 0
pet = Pet(frames_per_second, Coordinate(x_coordinate, y_coordinate))
pet.set_state(ActorState.AWAKE)
assert pet.is_doing_action() == False
def test_pet_is_not_alive(self):
frames_per_second, x_coordinate, y_coordinate = 30, 0, 0
pet = Pet(frames_per_second, Coordinate(x_coordinate, y_coordinate))
pet.set_state(ActorState.DEAD)
assert pet.is_alive() == False
def test_add_multiple_different_food(self):
food_list = FoodInventory([], Coordinate(0, 0))
food_list.add_food(ExampleFood())
food_list.add_food(ExampleFoodTwo())
assert len(food_list.food_list) is 2
assert len(food_list.get_available_food()) is 2
def test_eat_food(self):
food_list = FoodInventory([ExampleFood()], Coordinate(0, 0))
food_to_eat = food_list.eat_food()
print(food_to_eat)
assert len(food_list.food_list) is 0
assert food_to_eat.get_consumable_name() == "ExampleFood"
def test_pet_run_sleeping(self):
frames_per_second, x_coordinate, y_coordinate = 30, 0, 0
pet = Pet(frames_per_second, Coordinate(x_coordinate, y_coordinate))
pet.energy = 10
pet.run_turn()
assert pet.get_state() == ActorState.ASLEEP
def test_pet_run_poop(self):
frames_per_second, x_coordinate, y_coordinate = 30, 0, 0
pet = Pet(frames_per_second, Coordinate(x_coordinate, y_coordinate))
pet.fullness = 70
pet.run_turn()
assert pet.get_state() == ActorState.POOPING
def test_pet_run_die_hunger(self):
frames_per_second, x_coordinate, y_coordinate = 30, 0, 0
pet = Pet(frames_per_second, Coordinate(x_coordinate, y_coordinate))
pet.health = 0
pet.run_turn()
assert pet.is_alive() == False
def test_pet_run_die_age(self):
frames_per_second, x_coordinate, y_coordinate = 30, 0, 0
pet = Pet(frames_per_second, Coordinate(x_coordinate, y_coordinate))
pet.age = 100
pet.run_turn()
assert pet.is_alive() == False
def test_pet_eating_max_health(self):
frames_per_second, x_coordinate, y_coordinate = 30, 0, 0
pet = Pet(frames_per_second, Coordinate(x_coordinate, y_coordinate))
example_food = ExampleFood()
pet.eat(example_food)
assert pet.fullness == example_food.get_consumable_weight()
assert pet.get_health() == pet.max_health
def test_add_multiple_same_food(self):
food_list = FoodInventory([], Coordinate(0, 0))
food_list.add_food(ExampleFood())
food_list.add_food(ExampleFood())
assert len(food_list.food_list) is 2
assert len(food_list.get_available_food()) is 1
assert food_list.get_available_food()["ExampleFood"] is 2
def test_pet_awake(self):
frames_per_second, x_coordinate, y_coordinate = 30, 0, 0
pet = Pet(frames_per_second, Coordinate(x_coordinate, y_coordinate))
pet.set_state(ActorState.ASLEEP)
assert pet.get_state() == ActorState.ASLEEP
pet.awake()
assert pet.get_state() == ActorState.AWAKE
def test_pet_eating_low_health(self):
frames_per_second, x_coordinate, y_coordinate = 30, 0, 0
pet = Pet(frames_per_second, Coordinate(x_coordinate, y_coordinate))
new_health = 10
pet.health = new_health
example_food = ExampleFood()
pet.eat(example_food)
assert pet.fullness == example_food.get_consumable_weight()
assert pet.get_health(
) == ExampleFood().get_consumable_value() + new_health
def test_coordinate_get_coordinate(self):
coordinate = Coordinate(10, 20)
assert coordinate.get_coordinate() == (10, 20)
def test_create_coordinate(self):
coordinate = Coordinate(0, 0)
assert isinstance(coordinate, Coordinate)
assert coordinate.x_position == 0
assert coordinate.y_position == 0
def test_coordinate_get_x(self):
coordinate = Coordinate(10, 0)
assert coordinate.get_x() == 10
def test_coordinate_get_y(self):
coordinate = Coordinate(0, 10)
assert coordinate.get_y() == 10
def test_creating_non_empty_inventory(self):
food_list = FoodInventory([ExampleFood()], Coordinate(0, 0))
assert len(food_list.food_list) is 1
def test_eat_empty_food_list(self):
food_list = FoodInventory([], Coordinate(0, 0))
food_to_eat = food_list.eat_food()
assert food_to_eat is None
def test_add_food(self):
food_list = FoodInventory([], Coordinate(0, 0))
food_list.add_food(ExampleFood())
assert len(food_list.food_list) is 1
def test_creating_empty_inventory(self):
food_list = FoodInventory([], Coordinate(0, 0))
assert len(food_list.food_list) is 0
def test_pet_is_alive(self):
frames_per_second, x_coordinate, y_coordinate = 30, 0, 0
pet = Pet(frames_per_second, Coordinate(x_coordinate, y_coordinate))
assert pet.is_alive() == True