def main():
# Create sale items.
pants = retailitem.RetailItem('Pants', 10, 19.99)
shirt = retailitem.RetailItem('Shirt', 15, 12.50)
dress = retailitem.RetailItem('Dress', 3, 79.00)
socks = retailitem.RetailItem('Socks', 50, 1.00)
sweater = retailitem.RetailItem('Sweater', 5, 49.99)
# Create dictionary of sale items.
sale_items = {PANTS:pants, SHIRT:shirt,
DRESS:dress, SOCKS:socks,
SWEATER:sweater}
# Create a cash register.
register = cashregister.CashRegister()
# Initialize loop test.
checkout = 'N'
# User wants to purchase more items:
while checkout == 'N':
user_choice = get_user_choice()
item = sale_items[user_choice]
'''
#If the item's iventory is 0 type 'The item is out of stock.'
Otherwise, 1) add the item to the register
2) change the inventory number of the item in the sale_items dictionary
3) ask the user if they're ready to checkout Y/N and save that in the checkout var
'''
#Your code here
if item.UnitsinInventory == 0:
print("")
print("The item is out of stock.")
print("")
else:
item.UnitsinInventory -= 1
register.Item_List = register.purchase_item(item)
checkout = input("Are you ready to checkout (Y/N)? ")
print("")
print()
print('Your purchase total is: ', \
format(register.get_total(), '.2f'))
print()
register.show_items()
register.clear()
def main():
desc = "Hello"
units = "5"
price = 60
r_i = retailitem.RetailItem(desc, units, price)
r_2 = retailitem.RetailItem(desc, units, price)
#print(r_i)
c_r = CashRegister()
c_r.purchase_item(r_2)
c_r.purchase_item(r_i)
print(c_r.get_total())
print(c_r.show_items())
c_r.clear()
print(c_r.show_items())
def main():
item1 = retailitem.RetailItem("Jelly Beans", 200000, 1.00)
item2 = retailitem.RetailItem("Snickers", 100000, 1.50)
item3 = retailitem.RetailItem("York Patties", 300000000, 0.50)
items = [item1, item2, item3]
register = cashregister.CashRegister()
cont = "y"
while cont == "y":
print("\n-----------Items available to purchase:---------\n")
count = 1
for item in items:
print("Item (" + str(count) + ")")
print(item)
count += 1
try:
item_choice = int(input("Pick an item to purchase: "))
if item_choice == 1:
register.purchase_item(item1)
elif item_choice == 2:
register.purchase_item(item2)
elif item_choice == 3:
register.purchase_item(item3)
else:
raise Exception
except:
print("\nInvalid choice. Try again.")
continue
cont = input("\nPurchase more items (y/n)? ").lower()
print("\n-----------Items selected to purchase:---------\n")
register.show_items()
print("Total is: $" + format(register.get_total(), ",.2f"))
def main():
import retailitem
jacket = retailitem.RetailItem("Jacket", 12, 59.95)
jeans = retailitem.RetailItem("Designer Jeans", 40, 34.95)
shirt = retailitem.RetailItem("Shirt", 20, 24.95)
jacket.Price = "%3.2f" % jacket.Price
print("")
print("Retail Item 1:")
print("Description: " + jacket.Description)
print("Units in inventory: " + str(jacket.UnitsinInventory))
print("Price: $" + jacket.Price)
jeans.Price = "%3.2f" % jeans.Price
print("")
print("Retail Item 2:")
print("Description: " + jeans.Description)
print("Units in inventory: " + str(jeans.UnitsinInventory))
print("Price: $" + jeans.Price)
shirt.Price = "%3.2f" % shirt.Price
print("")
print("Retail Item 3:")
print("Description: " + shirt.Description)
print("Units in inventory: " + str(shirt.UnitsinInventory))
print("Price: $" + shirt.Price)
print("")
def main():
for _ in range(1, 4):
product = input('Описание: ')
quantity = input('Количество на складе: ')
price = float(input('Цена: '))
print('-' * 61)
print('|', ' ' * 8, '|', 'Описание', ' ' * 2, \
'|', 'Количество на складе', ' ' * 2, '|', \
'Цена ', '|')
print('-' * 61)
my_retail = retailitem.RetailItem(product, quantity, price)
print('|Товар №,', _, end='')
print('|', my_retail.get_description(), " " * (11 - len(my_retail.get_description())), end='')
print('|', my_retail.get_quantity(), ' ' * (23 - len(my_retail.get_quantity())), end='')
print('|', my_retail.get_price(), '|')
print('-' * 61)
# 5. RetailItem Class
# Write a class named RetailItem that holds data about an item in a retail store.
# The class should store the following data in attributes: item description,
# units in inventory, and price.
# Once you have written the class, write a program that creates three RetailItem
# objects and stores the following data in them:
# Description Units in Inventory Price
# Item #1 Jacket 12 59.95
# Item #2 Designer Jeans 40 34.95
# Item #3 Shirt 20 24.95
import retailitem
item1 = retailitem.RetailItem('Jacket',12,59.95)
item2 = retailitem.RetailItem('Designer Jeans',40,34.95)
item3 = retailitem.RetailItem('Shirt',20,24.95)
def main():
items = []
item1 = retailitem.RetailItem('Jacket', 12, 59.95)
item2 = retailitem.RetailItem('Designer Jeans', 40, 34.95)
item3 = retailitem.RetailItem('Shirt', 20, 24.95)
items = [item1, item2, item3]