def test_update_total(self):
order = Order(1)
assert order.order_total == 0
pizza = Pizza("vegetarian_pizza", 0, "small")
order.add_item(pizza)
order.update_total()
assert order.order_total == 9.99
def test_remove_item(self):
order = Order(1)
pizza = Pizza("vegetarian_pizza", 0, "small")
order.add_item(pizza)
order.remove_item(1)
assert 1 not in order.ids_to_items
assert len(order.items) == 0
def test_add_item(self):
order = Order(1)
pizza = Pizza("vegetarian_pizza", 0, "small")
order.add_item(pizza)
assert pizza.id == 1
assert 1 in order.ids_to_items
assert order.ids_to_items[1] == pizza
assert len(order.items) == 1
print("print item 3 ", a3.print_item())
print("\nbase price 1 = ", a1.get_item_base_price())
print("GST 1 = ", a1.calculate_gst())
print("PST 1 = ", a1.calculate_qst())
print("\nbase price 2 = ", a2.get_item_base_price())
print("GST 2 = ", a2.calculate_gst())
print("PST 2 = ", a2.calculate_qst())
print("\nTotal 1 = ", a1.get_item_total())
print("\nTotal 2 = ", a2.get_item_total())
print("\nTotal 3 = ", a3.get_item_total())
new_order1 = Order()
new_order2 = Order()
new_order3 = Order()
new_order1.add_item(a1) # adding the first item to the first order
new_order2.add_item(a1) # adding the first item to the second order
new_order2.add_item(a2) # adding the second item to the second order
new_order3.add_item(a3) # adding the third item to the third order
print("\nOrder 1 summary printed: ", new_order1.print_order_summary())
new_order2.remove_item(
12345678) # removing the first item from the second order
print("\nOrder 2 summary printed: ", new_order2.print_order_summary())
print("\nOrder 3 summary printed: ", new_order3.print_order_summary())
for order in range(100):
new_order = Order()
new_order.add_item(a1) # adding the first item to the new order
new_order.add_item(a2) # adding the second item to the new order
new_order.add_item(a3) # adding the third item to the new order
def test_update_item_toppings(self):
order = Order(1)
pizza = Pizza("pepperoni_pizza", 0, "small")
order.add_item(pizza)
order.update_item(1, "toppings", ["olives"], "add")
assert pizza.toppings == {"pepperoni": 1, "tomatoes": 1, "olives": 1}
def test_update_item_size(self):
order = Order(1)
pizza = Pizza("pepperoni_pizza", 0, "small")
order.add_item(pizza)
order.update_item(1, "size", "medium")
assert pizza.size == "medium"
def test_update_item_type(self):
order = Order(1)
pizza = Pizza("pepperoni_pizza", 0, "small")
order.add_item(pizza)
order.update_item(1, "type", "vegetarian_pizza")
assert pizza.get_type() == "vegetarian_pizza"
def test_get_toppings(self):
order = Order(1)
pizza = Pizza("pepperoni_pizza", 0, "small")
order.add_item(pizza)
order.get_toppings(1) == {"pepperoni": 1, "tomatoes": 1}
def test_is_pizza(self):
order = Order(1)
pizza = Pizza("vegetarian_pizza", 0, "small")
order.add_item(pizza)
assert order.is_pizza(1) == "True"
def test_get_item_by_id(self):
order = Order(1)
pizza = Pizza("vegetarian_pizza", 0, "small")
order.add_item(pizza)
assert order.get_item_by_id(1) != "None"
from Item import Item
from Order import Order
Od = Order()
while True:
sk = str(input("What is the sku of the item to add?"))
na = str(input("What is the name of the item to add?"))
co = float(input("How much does the item cost?"))
while True:
tx = str(input("Is the item taxable? (Y/N)"))
if tx == "y" or tx == "Y":
tx = True
break
elif tx == "n" or tx == "N":
tx = False
break
else:
print ("y or n please!")
It = Item(sk, na, co, tx)
Od.add_item(It)
yn = str(input("Add another item? (Y/N)"))
if yn == "n" or yn == "N":
break
Od.generate_receipt(36)
)
while True:
is_taxable = input("Is this item taxable? (Y/N) >> ").upper()
if is_taxable == "Y":
taxable = True
break
elif is_taxable == "N":
taxable = False
break
else:
print("Your input is not valid, please, try again.")
new_item = Item(sku, name, price, taxable)
users_new_order.add_item(new_item)
elif answer_string == "DEL":
print(users_new_order.print_order_summary())
sku_to_delete = int(
input("Please, enter the SKU of item you want to delete >> "))
users_new_order.remove_item(sku_to_delete)
print(users_new_order.print_order_summary())
elif answer_string == "FIN":
print(users_new_order.print_order_summary())
else:
print(
"It seams that you've chosen non-existent option. Please, try again."
)
