def test_get_price():
with open(os.path.dirname(__file__) + '/../data.json') as f:
data = json.load(f)
pizza = Pizza(['vegetarian', 'medium', ['beef', 'olives']])
price = data['pizza']['vegetarian']['medium']
price += data['topping']['beef']
price += data['topping']['olives']
assert pizza.get_price() == price
pizza = Pizza(['vegetarian', 'small', ['chicken', 'beef']])
price = data['pizza']['vegetarian']['small']
price += data['topping']['chicken']
price += data['topping']['beef']
assert pizza.get_price() == price
def test_get_dict():
pizza = Pizza(['vegetarian', 'medium', ['chicken', 'beef']])
pizza_dict = pizza.get_dict()
assert "type" in pizza_dict
assert "size" in pizza_dict
assert "toppings" in pizza_dict
assert "price" in pizza_dict and isinstance(pizza_dict["price"], int)
def __init__(self, pizza_config):
self.pizza = Pizza(pizza_config['pizza_lines'])
self.min_each_ingredient_per_slice = pizza_config['l']
self.max_ingredients_per_slice = pizza_config['h']
self.cursor_position = (0,0)
self.slice_mode = False
self.valid_slices = []
self.score = 0
def manual_price_update():
pizza = Pizza(['vegetarian', 'medium', ['chicken', 'beef']])
rand1 = random.randint(1, 100)
price1 = pizza.manual_price_update(rand1)
assert price1 == rand1
rand2 = random.randint(1, 100)
price2 = pizza.manual_price_update(rand2)
assert price2 == rand2
def test_check_inputs():
pizza = Pizza(['pepperoni', 'medium', ['olives', 'beef']])
assert pizza.check_inputs(['pepperoni', 'medium', ['olives',
'beef']]) == True
assert pizza.check_inputs(['vegetarian', 'small', ['chicken']]) == True
assert pizza.check_inputs(['pepperoni', 'medium', []]) == True
assert pizza.check_inputs(['invalid', 'medium', ['olives',
'beef']]) == False
assert pizza.check_inputs(['pepperoni', 'invalid', ['olives',
'beef']]) == False
assert pizza.check_inputs(['pepperoni', 'medium', ['invalid',
'beef']]) == False
assert pizza.check_inputs(['pepperoni', 'medium', 'invalid']) == False
def test_update():
pizza = Pizza(['pepperoni', 'small', ['chicken', 'olives']])
assert pizza.get_size() == 'small'
pizza.update([-1, 'medium', -1])
assert pizza.get_size() == 'medium'
pizza = Pizza(['vegetarian', 'medium', ['beef', 'olives']])
assert pizza.get_type() == 'vegetarian'
pizza.update(['pepperoni', -1, -1])
assert pizza.get_type() == 'pepperoni'
pizza = Pizza(['vegetarian', 'small', ['chicken', 'beef']])
assert pizza.get_toppings() == ['chicken', 'beef']
pizza.update([-1, -1, ['olives']])
assert pizza.get_toppings() == ['olives']
pizza = Pizza(['pepperoni', 'small', ['chicken', 'olives']])
assert not pizza.update([-1, 'invalid', -1])
pizza = Pizza(['vegetarian', 'medium', ['beef', 'olives']])
assert not pizza.update(['invalid', -1, -1])
pizza = Pizza(['vegetarian', 'small', ['chicken', 'beef']])
assert not pizza.update([-1, -1, 'invalid'])
def test_get_size():
pizza = Pizza(['pepperoni', 'small', ['chicken', 'olives']])
assert pizza.get_type() == 'pepperoni'
pizza = Pizza(['vegetarian', 'medium', ['beef', 'olives']])
assert pizza.get_type() == 'vegetarian'
def test_get_toppings():
pizza = Pizza(['pepperoni', 'small', ['chicken', 'olives']])
assert pizza.get_toppings() == ['chicken', 'olives']
pizza = Pizza(['vegetarian', 'medium', ['beef', 'olives']])
assert pizza.get_toppings() == ['beef', 'olives']
def add_pizza(self, pizza_info):
"""Creates a pizza object using pizza_info and appends this pizza to the self.pizzas list.
May throw exception if pizza_info is invalid"""
pizza = Pizza(pizza_info)
self.pizzas.append(pizza)