def BuildAPizza():
pizzAmount = DeterminePizzaAmount()
pickedToppings = []
for i in range(0, pizzAmount):
pickedToppings.append(toppings.GetValidTopping(pickedToppings))
pizzaOrder = pizza.Pizza(random.choice(crust.sizes), pickedToppings,
DetermineOrderQuantity(),
random.choice(crust.crusts))
return pizzaOrder
def order():
print("MENU:")
incomplete = True
obj = None
while incomplete:
print("Select from the following stuffings: ")
for index, choice in enumerate(menu, 1):
print(f"{index}: {choice}")
try:
item = int(input())
item = menu[item - 1]
if item == burger.NAME:
obj = burger.Burger()
elif item == pizza.NAME:
obj = pizza.Pizza()
obj.create_item()
print(obj)
incomplete = False
except (ValueError, IndexError):
print("Invalid input please try again")
def create_pizza(self, ingredients_factory):
pizza_created = pizza.Pizza(ingredients_factory)
return pizza_created
def OrderingSystem():
## customer_order will be storing the objects of the pizza order
#stores order details
customer_order = []
#stores prices of order elements
total_price = []
location = ["london", "newcastle", "bath", "liverpool", "kent"]
orderNumber = 0
while True:
pizza_name = input("what pizza would you like?")
pizza_choices = {
"margherita": 10.00,
"pepperoni": 11.00,
"hawaiian": 10.00,
"meat feast": 12.00,
"bbq chicken": 13.00
}
if pizza_name in pizza_choices:
print(pizza_name, "exists")
# prints cost of selected topping
print("this will cost you £", pizza_choices[pizza_name])
total_price.append(pizza_choices[pizza_name])
print(total_price)
break
# if inputted base does not exist
elif pizza_name not in pizza_choices:
print(pizza_name, "is not on offer")
while True:
pizza_type = input("what pizza type would you like?")
pizza_types = {
"deep dish": 4.00,
"sicilian": 5.00,
"greek": 6.00,
"calzone": 7.00,
"neapolitan": 8.00,
"new york style": 9.00
}
if pizza_type in pizza_types:
print(pizza_type, "exists")
# prints cost of selected pizza type
print("this will cost you £", pizza_types[pizza_type])
total_price.append(pizza_types[pizza_type])
print(total_price)
break
elif pizza_type not in pizza_types:
print(pizza_type, "is not on offer")
new_pizza = pizza.Pizza(pizza_name, pizza_type)
customer_order.append(new_pizza)
while True:
pizza_topping = input("what pizza topping would you like?")
toppings = {"cheese": 0.86, "sausage": 0.90, "ham": 1.0}
if pizza_topping in toppings:
print(pizza_topping, "exists")
#prints cost of selected topping
print("this will cost you £", toppings[pizza_topping])
total_price.append(toppings[pizza_topping])
print(total_price)
new_topping = topping.Topping(pizza_topping)
customer_order.append(new_topping)
break
# if inputted topping does not exist
elif pizza_topping not in toppings:
print(pizza_topping, "is not on offer")
while True:
print("base choices are small, medium or large")
pizza_base = input("what size pizza base would you like?")
base_selection = {"small": 5, "medium": 6, "large": 7}
if pizza_base in base_selection:
print(pizza_base, "exists")
# prints cost of selected topping
print("this will cost you £", base_selection[pizza_base])
total_price.append(base_selection[pizza_base])
print(total_price)
# new base object initialised
new_base = base.Base(pizza_base)
customer_order.append(new_base)
break
# if inputted base does not exist
elif pizza_base not in base_selection:
print(pizza_base, "is not on offer")
customer_location = input("which branch would you like to order from: ")
while customer_location not in location:
if customer_location in location:
print("location exists")
new_branch = branch.Branch(customer_location)
customer_order.append(new_branch)
break
else:
print("location does not exist")
print(location)
customer_location = input(
"which branch would you like to order from: ")
orderNumber = orderNumber + 1
customer_order.append(orderNumber)
print("Order Summary")
print(customer_order)
#add dictionary for total prices of items on the customers order
placed = "order placed"
not_placed = "order not placed"
print("the total cost of your order is: £", sum(total_price))
place_order = input("would you like to place your order: ")
if place_order == "yes":
print(bool(placed))
customer_order.clear()
total_price.clear()
main()
elif place_order == "no":
print(bool(not_placed))
customer_order.clear()
total_price.clear()
main()
def test_pizza_anit_Except(self):
with self.assertRaises(TypeError):
pizza.Pizza(2)
def setUp(self):
self.pizza = pizza.Pizza(pizza.PIZZA_SMALL_SIZE)
metadata_inputs = lines[0][:-1].split(' ')
metadata['rows'] = int(metadata_inputs[0])
metadata['columns'] = int(metadata_inputs[1])
metadata['min_ingredient_per_slice'] = int(metadata_inputs[2])
metadata['max_cells_per_slice'] = int(metadata_inputs[3])
pizza_list = list()
for i in range(1, len(lines)):
pizza_row = list()
for j in range(len(lines[i]) - 1):
pizza_row.append(lines[i][j])
pizza_list.append(pizza_row)
pizza = pizza.Pizza(pizza_list)
#print(pizza)
min_cells = metadata['max_cells_per_slice'] if metadata['columns'] > metadata[
'max_cells_per_slice'] else metadata['columns']
column_slices = {}
potential_column_scores = {}
column = 0
while column < metadata['columns']:
potential_column_scores[column] = 0
column_slices[column] = []
row = 0
import chips
import pizza
import personalpizza
import shop
my_shop = shop.Shop()
personalpizza1 = personalpizza.Personal_pizza("Personal_pizza1", 40, 6, "Corn")
personalpizza2 = personalpizza.Personal_pizza("Personal_pizza2", 30, 4,
"Olives")
pizza1 = pizza.Pizza("Pizza1", 35, 8)
pizza2 = pizza.Pizza("Pizza2", 20, 8)
chips1 = chips.Chips("Chips1", 40, False)
chips2 = chips.Chips("Chips2", 12, True)
my_shop.add_product(personalpizza1)
my_shop.add_product(personalpizza2)
my_shop.add_products(pizza1, pizza2, chips1, chips2)
print("---------------Before orders-------------------------")
print(my_shop.get_info())
print("---------------Chips1 order-------------------------")
print(my_shop.order_product("Chips1"))
print(my_shop.get_info())
print("---------------Pizza1 order-------------------------")
print(my_shop.order_product("Pizza1"))
print(my_shop.get_info())
"""
OUTPUT: