class BasketTests(unittest.TestCase):
def setUp(self):
self.jarin_ostoskori = Basket("Jari",
["maito","banaani","hernekeitto"],
15)
def tearDown(self):
del self.jarin_ostoskori
def test_customer_is_string(self):
self.assertTrue(isinstance(self.jarin_ostoskori.customer, str),
"Variable customer type should be string.")
def test_contents_is_list(self):
self.assertTrue(isinstance(self.jarin_ostoskori.contents, list),
"Variable contents type should be list.")
def test_price_is_number(self):
self.assertTrue(isinstance(self.jarin_ostoskori.price, Number),
"Variable price type should be Number")
def test_can_add_product(self):
self.jarin_ostoskori.add_product("kala", 5)
self.assertIn("kala", self.jarin_ostoskori.contents,
"Variable contents did not contain added item.")
def test_can_delete_product(self):
self.jarin_ostoskori.delete_product("kala", 5)
self.assertNotIn("kala", self.jarin_ostoskori.contents,
"Variable contents should not contain deleted item.")
def test_add_single_item(self):
"""
Basket.add() a single item is successful.
"""
basket = Basket()
basket.add("pasta")
self.assertEqual(len(basket), 1)
def setUp(self):
"""
Create the two baskets described in assignment.py
"""
offers = [
GetOneFree(product_sku="beans", min_items=2),
PercentageDiscount(product_sku="sardines", discount_percent=25),
]
self.basket_1 = Basket(product_catalog=catalog.products, offers=offers)
self.basket_1.add_product("beans")
self.basket_1.add_product("beans")
self.basket_1.add_product("beans")
self.basket_1.add_product("beans")
self.basket_1.add_product("biscuits")
self.basket_2 = Basket(product_catalog=catalog.products, offers=offers)
self.basket_2.add_product("beans")
self.basket_2.add_product("beans")
self.basket_2.add_product("biscuits")
self.basket_2.add_product("sardines")
self.basket_2.add_product("sardines")
def interact(self, game, player):
if self.get_interaction_stage(player) == 0:
# Player is not holding a basket
if player.curr_basket is None:
if self.quantity > 0:
if player.holding_food is None:
new_basket = Basket(0, 0, player, Direction.SOUTH)
new_basket.update_position(player.position[0],
player.position[1])
game.baskets.append(new_basket)
game.objects.append(new_basket)
player.curr_basket = new_basket
new_basket.being_held = True
self.quantity -= 1
self.set_interaction_message(
player,
"You picked up basket. Press c to let go and pick up."
)
else:
self.set_interaction_message(
player,
"Can't pick up a basket while holding food!")
else:
self.set_interaction_message(player,
"There are no more baskets.")
# Player is holding a basket; return it
else:
self.set_interaction_message(player,
"You put the basket back.")
basket = player.curr_basket
player.curr_basket = None
game.baskets.remove(basket)
game.objects.remove(basket)
self.quantity += 1
def test_removing_product_from_basket(self):
self.test_basket = Basket(self.test_catalouge)
for product in self.test_products:
self.test_basket.add_product(product)
self.test_basket.remove_product(self.test_products[0])
self.assertEqual(len(self.test_basket.products), len(self.test_products) - 1)
self.assertEqual(self.test_products[0].name in self.test_basket.products, False)
def test_basket_discount_multiple_bundle_offers(self):
# With bundle offer on all shampoo buy 3 get the cheapest free
self.bundle_offer_all_shampoo = BundleOffer([self.test_products[3],
self.test_products[4],
self.test_products[5]
], 3)
# With bundle offer on small shampoo and sardines buy 2 get the cheapest free
self.bundle_offer_small_shampoo_and_sardines = BundleOffer([self.test_products[3],
self.test_products[2]
], 2)
self.test_basket = Basket(self.test_catalouge, [
self.bundle_offer_all_shampoo,
self.bundle_offer_small_shampoo_and_sardines
])
# Add 1 sardines
self.test_basket.add_product(self.test_products[2], 1)
# Add 3 small shampoo
self.test_basket.add_product(self.test_products[3], 3)
# Add 2 medium shampoo
self.test_basket.add_product(self.test_products[4], 2)
# Add 3 large shampoo
self.test_basket.add_product(self.test_products[5], 3)
# One large shampoo for free (3.5)
# Two small shampoo for free (4.00)
# Total: 7.5
self.assertEqual(self.test_basket.calculate_discount(), 7.5)
self.assertEqual(self.test_basket.calculate_total(),
round_half_up(self.test_products[2].price +
self.test_products[3].price * 3 +
self.test_products[4].price * 2 +
self.test_products[5].price * 3 -
self.test_basket.calculate_discount(), 2))
def __init__(self):
pygame.init()
ICON_IMG = pygame.transform.scale(
pygame.image.load(os.path.join('assets', 'img', 'chocolate.png')),
(32, 32))
self._BACKGROUND_IMG = pygame.image.load(
os.path.join('assets', 'img', 'background.jpg'))
self._GROUND_IMG = pygame.image.load(
os.path.join('assets', 'img', 'ground.png'))
self._PICKED_EGG_SOUND = pygame.mixer.Sound(
os.path.join('assets', 'sfx', 'picked_egg.wav'))
self._LOST_EGG_SOUND = pygame.mixer.Sound(
os.path.join('assets', 'sfx', 'lost_egg.wav'))
self._GAME_OVER_SOUND = pygame.mixer.Sound(
os.path.join('assets', 'sfx', 'game_over.wav'))
self._WIDTH, self._HEIGHT = 800, 480
self._WIN = pygame.display.set_mode((self._WIDTH, self._HEIGHT))
pygame.display.set_caption("Egg Hunt")
pygame.display.set_icon(ICON_IMG)
self._BLACK = (0, 0, 0)
self._WHITE = (255, 255, 255)
self._FONT = pygame.font.Font(None, 60)
self._CLOCK = pygame.time.Clock()
self._FPS = 60
self._basket = Basket(self._WIN)
self._egg = Egg(self._WIN)
self._score_bar = ScoreBar(self._WIN)
def test_empty_basket(self):
self.test_basket = Basket(self.test_catalouge)
for product in self.test_products:
self.test_basket.add_product(product)
self.assertEqual(len(self.test_basket.products), len(self.test_products))
self.test_basket.empty()
self.assertEqual(len(self.test_basket.products), 0)
def test_basket_subtotal(self):
# One of each item
self.test_basket = Basket(self.test_catalouge)
for product in self.test_products:
self.test_basket.add_product(product)
self.assertEqual(self.test_basket.calculate_subtotal(), 12.08)
self.test_basket.empty()
# 4 Baked Beans and 1 Biscuits
# Add 4 Baked Beans
self.test_basket.add_product(self.test_products[0], 4)
# Add 1 Biscuits
self.test_basket.add_product(self.test_products[1])
self.assertEqual(self.test_basket.calculate_subtotal(), 5.16)
self.test_basket.empty()
# With Sardines 25% discount
self.test_basket = Basket(self.test_catalouge)
# Add 2 Baked Beans
self.test_basket.add_product(self.test_products[0], 2)
# Add 1 Biscuits
self.test_basket.add_product(self.test_products[1])
# Add 2 Sardines
self.test_basket.add_product(self.test_products[2], 2)
self.assertEqual(self.test_basket.calculate_subtotal(), 6.96)
def main(filename, shippingLogic):
# read items into the itemStore
# display menu
# add item to basket in given quantity
# repeat to display
# calculate shipping
theStore = ItemStore(filename)
basket = Basket()
choice = 0
while choice != -1 :
displayItems(theStore)
choice = int(input('Select item (-1 to quit) '))
if choice == 0:
printBasket(basket)
total = basket.getTotalShipping(shippingLogic)
print('Estimated Shipping cost: '+ str(total))
elif choice != -1:
qty = int(input('Quantity: '))
addItem(theStore, basket, choice, qty)
printBasket(basket)
total = basket.getTotalShipping(shippingLogic)
print(shippingLogic.getName() +' Shipping cost: '+ str(total))
def basket_list(request):
context = get_default_context(request)
basket = Basket(request.session)
basket_items = basket.get_list()
if request.method == 'GET':
# Showing basket to user
context['basket'] = basket_items
context['form'] = OrderForm()
else:
# Checking and posting the order
form = OrderForm(request.POST)
if form.is_valid():
# Valid order
# Saving to the model
order = Order()
form_cd = form.cleaned_data
summary_info = basket.get_summary_info()
context['fields'] = order.send_mail(form_cd, basket_items, summary_info, request.session)
basket.clear()
return render_to_response('basket/good.html', context)
else:
# Invalid order: repeating form
context['basket'] = basket_items
context['form'] = form
return render_to_response('basket/index.html', context)
def new_basket(self):
self.basket = Basket()
while True:
print("--------------------")
print("Scan a product")
code = input("code: ")
print("--------------------")
self.scan_product(code)
def setUp(self): """ the text fixture, necessary setup for the tests to run """ self.theShippingLogic = ShippingLogic() self.theSaleShippingLogic = SaleShippingLogic() self.basket1 = Basket() self.basket2 = Basket() self.saleItem = SaleItem(['20', '1', "Sweater"]) self.freeShippingItem = SaleItem(['20', '1', "SweaterFreeShipping", 'FS'])
def test_buy_and_get_free_offer_discount(self):
# Baked Beans buy one get one free
self.test_offer = BuyAndGetFreeOffer(self.test_products[0], 1, 1)
self.test_basket = Basket(self.test_catalouge)
self.test_basket.add_product(self.test_products[0], 1)
self.assertEqual(self.test_offer.get_discount(self.test_basket.products)[0], 0.00)
# Add 1 more Baked Beans for a total of 2
self.test_basket.add_product(self.test_products[0], 1)
self.assertEqual(self.test_offer.get_discount(self.test_basket.products)[0], self.test_products[0].price)
def test_one_without_dependent(self):
"""
One target product in the absence of its dependent product doesn't trigger discount.
"""
product_store = self._create_product_store()
twix_20_discount = DependentDiscountOffer("twix", "pasta", Decimal("0.2"))
basket = Basket(product_store)
twix_basketitem = basket.add("twix")
self.assertEqual(twix_20_discount.calculate_line_total(twix_basketitem, product_store, basket), Decimal("0.80"))
def test_CalcWeightForCost(self): """ """ theBasket = Basket() self.assertEqual(self.theLogic.calcWeightForCost(theBasket), 0) theBasket.addItem((1, SaleItem(['10', '2', 'TestItem']))) self.assertEqual(self.theLogic.calcWeightForCost(theBasket), 2)
def setUp(self):
catalog = Catalog()
catalog.addShippingRule("U50", 50, 4.95)
catalog.addShippingRule("U90", 90, 2.95)
catalog.addShippingRule("U90", 90, 0)
catalog.addOffer(BOGO50Offer("BOGO50", "R01"))
catalog.addProduct(Product("R01", "Red Widget", 32.95))
catalog.addProduct(Product("G01", "Green Widget", 24.95))
catalog.addProduct(Product("B01", "Blue Widget", 7.95))
self.basket = Basket(catalog)
class Basket_tests(unittest.TestCase):
# define setUp for tests
def setUp(self):
self.product = Product("Lego1", "Lego Toy", 2.50)
self.basket = Basket()
# create test for instance of Product class
def product_instance_test(self):
# create instance of product with name, description, and price attribute
self.product = Product("test", "This is a sample", 2.50)
# verify attributes of instance of product
self.assertEqual("test", self.product.name)
self.assertEqual("This is a sample", self.product.description)
self.assertEqual(2.50, self.product.price)
# create test for instance of Basket class
def basket_instance_test(self):
# create instance of basket class
self.basket = Basket()
# create test to display product details
def display_product_details_test(self):
result = self.product.display_product_details()
self.assertEqual("Product name: Lego1, Desc: Lego Toy, Price: £2.50", result)
# create test to add a product to the basket
def add_product_to_basket_test(self):
result = self.basket.add_product(self.product)
self.assertEqual(["Lego1", "Lego Toy", 2.50], result)
# create a test to add product using a dictionary as the container
def add_prod_to_basket_test(self):
result = self.basket.add_prods(self.product, 5)
self.assertEqual({1:["Lego1", "Lego Toy", 2.50, 5]}, result)
# create test to remove product item from basket items
def remove_item_from_basket_test(self):
# add product to basket first
self.basket.add_prods(self.product)
result = self.basket.remove_item(self.product)
self.assertEqual({}, result)
# create test to raise error when item is tried to be removed from empty basket
def error_when_item_removed_from_empty_basket_test(self):
# remove item from empty basket
#result = self.basket.remove_item(self.product)
# confirm exception error message is raised
self.assertRaises(NameError, self.basket.remove_item, self.product)
class CashRegister:
basket = None
basketOnHold = None
def __init__(self):
pass
def start(self):
# verification caisse
# Lancement nouveau panier
self.new_basket()
def new_basket(self):
self.basket = Basket()
while True:
print("--------------------")
print("Scan a product")
code = input("code: ")
print("--------------------")
self.scan_product(code)
def scan_product(self, code):
product = ProductDbConnector.get_product_by_code(code)
if product:
product_to_add = Product(product)
self.basket.add_product(product_to_add)
else:
print('Produit n\'existe pas')
def delete_product_from_basket(self, product):
try:
self.basket.remove_product(product)
except ValueError:
return "Product not found"
def total_price(self):
return self.basket.totalPrice
def pay(self):
print('Pay')
def put_basket_on_hold(self):
self.basketOnHold = BasketOnHold(self.basket)
self.basket = None
print('On hold')
def get_basket_on_hold(self):
return self.basketOnHold
def test_price():
# We add 3 products to the basket
cash_register.basket = Basket()
cash_register.scan_product(products[0]["code"])
cash_register.scan_product(products[1]["code"])
cash_register.scan_product(products[2]["code"])
assert cash_register.total_price() == 15
def test_basket_discount_buy_2_get_1_free(self):
# With Baked Beans buy 2 get 1 free
self.buy_and_get_free_offer = BuyAndGetFreeOffer(self.test_products[0], 2, 1)
self.test_basket = Basket(self.test_catalouge, [self.buy_and_get_free_offer])
# Add 4 Baked Beans
self.test_basket.add_product(self.test_products[0], 4)
# Add 1 Biscuits
self.test_basket.add_product(self.test_products[1])
self.assertEqual(self.test_basket.calculate_discount(), 0.99)
# Add 4 Baked Beans
self.test_basket.add_product(self.test_products[0], 4)
self.assertEqual(self.test_basket.calculate_discount(), 1.98)
self.assertEqual(self.test_basket.calculate_total(),
round_half_up(self.test_products[0].price * 8 +
self.test_products[1].price -
self.test_basket.calculate_discount(), 2))
def run_commands(user_input, customer_basket):
if user_input is None or len(user_input) < 1:
error_message()
return
whole_command = user_input.lower().split()
action = whole_command[0]
if action not in ("add", "sum", "clear"):
error_message()
return
if action == "clear":
customer_basket = Basket()
elif action == "add":
if len(whole_command) != 2:
error_message()
return
add_to_checkout_basket(customer_basket, whole_command[1])
# TODO: Discuss whether we want the basket to be printed on every action.
# Currently, the behavior is to print it out on every action, so the "sum" action
# doesn't need to do anything.
elif action == "sum":
pass
print_basket(customer_basket)
return customer_basket
def test_percentage_offer_discount(self):
# Baked Beans buy one get one free
self.test_offer = PercentageOffer(self.test_products[0], 0.25)
self.test_basket = Basket(self.test_catalouge)
self.assertEqual(self.test_offer.get_discount(self.test_basket.products)[0], 0.00)
self.test_basket.add_product(self.test_products[0], 1)
self.assertEqual(self.test_offer.get_discount(
self.test_basket.products)[0],
round_half_up(self.test_products[0].price * 0.25, 2)
)
# Add 1 more Baked Beans for a total of 2
self.test_basket.add_product(self.test_products[0], 1)
self.assertEqual(self.test_offer.get_discount(
self.test_basket.products)[0],
round_half_up(self.test_products[0].price * 0.25, 2)
)
def test_basket_discount_percent_offer(self):
# With Sardines 25% discount
self.percentage_offer = PercentageOffer(self.test_products[2], 0.25)
self.test_basket = Basket(self.test_catalouge, [self.percentage_offer])
# Add 2 Baked Beans
self.test_basket.add_product(self.test_products[0], 2)
# Add 1 Biscuits
self.test_basket.add_product(self.test_products[1])
# Add 2 Sardines
self.test_basket.add_product(self.test_products[2], 2)
self.assertEqual(self.test_basket.calculate_discount(), 2 * round_half_up(self.test_products[2].price * 0.25, 2))
self.assertEqual(self.test_basket.calculate_total(),
round_half_up(self.test_products[0].price * 2 +
self.test_products[1].price +
self.test_products[2].price * 2 -
self.test_basket.calculate_discount(), 2))
def run_game(player_name):
# Initialize game and create a screen object.
pygame.init()
cg_settings = Settings()
screen = pygame.display.set_mode((cg_settings.screen_width, cg_settings.screen_height))
pygame.display.set_caption("Collect the Eggs!")
#Make a play button
play_btn = Button(screen,"Let's Play!!")
#make hidden bsket
basket_h = Basket_hidden(cg_settings,screen)
# Make a basket.
basket = Basket(cg_settings,screen)
# Make a group of hens.
hens = []
#eggs
eggs_w=Group()
eggs_g=Group()
#poops
poops=Group()
gs = GameStats(cg_settings)
sb = Scoreboard(cg_settings,screen,gs)
sb.prep_score()
#create the fleet of hens
gf.create_fleet(cg_settings, screen, hens)
while True:
gf.check_events(basket,basket_h,play_btn,gs)
basket.update()
basket_h.update(basket)
gf.eggs_g_update(eggs_g,basket_h,gs,cg_settings.golden_score)
gf.eggs_w_update(eggs_w,basket_h,gs,cg_settings.white_score)
gf.poops_update(poops,basket_h,gs,cg_settings.poop_score)
sb.prep_score()
if(gs.score>gs.high_score):
gs.high_score=gs.score
sb.prep_high_score()
sb.prep_level()
#gf.create_egg(screen,egg)
gf.update_screen(cg_settings, screen,sb,basket_h, basket, hens, eggs_w,eggs_g,poops,gs,play_btn)
gf.check_level_crossed(cg_settings, screen,sb, basket_h,basket, hens, eggs_w,eggs_g, poops,gs,player_name)
def test_basket_discount_all_offers(self):
# With bundle offer on all shampoo buy 3 get the cheapest free
self.bundle_offer_all_shampoo = BundleOffer([self.test_products[3],
self.test_products[4],
self.test_products[5]
], 3)
# With bundle offer on small shampoo and sardines buy 2 get the cheapest free
self.bundle_offer_small_shampoo_and_sardines = BundleOffer([self.test_products[3],
self.test_products[2]
], 2)
self.buy_and_get_free_offer_baked_beans = BuyAndGetFreeOffer(self.test_products[0], 2, 1)
self.percentage_offer_baked_beans = PercentageOffer(self.test_products[0], 0.25)
self.test_basket = Basket(self.test_catalouge, [
self.bundle_offer_all_shampoo,
self.bundle_offer_small_shampoo_and_sardines,
self.buy_and_get_free_offer_baked_beans,
self.percentage_offer_baked_beans
])
# Add 4 Baked Beans
self.test_basket.add_product(self.test_products[0], 4)
# Add 1 Biscuits
self.test_basket.add_product(self.test_products[1])
# Add 1 sardines
self.test_basket.add_product(self.test_products[2], 1)
# Add 3 small shampoo
self.test_basket.add_product(self.test_products[3], 3)
# Add 2 medium shampoo
self.test_basket.add_product(self.test_products[4], 2)
# Add 3 large shampoo
self.test_basket.add_product(self.test_products[5], 3)
# Baked Beans Buy 2 get one free: 0.99
# Baked Beans 25% percent discount: 0.99 * 0.25 = 0.25
# One large shampoo for free (3.5)
# Two small shampoo for free (4.00)
# Total: 7.5 + 0.99 + 0.25 = 8.74
self.assertEqual(self.test_basket.calculate_discount(), 8.74)
self.assertEqual(self.test_basket.calculate_total(),
round_half_up(self.test_products[0].price * 4 +
self.test_products[1].price +
self.test_products[2].price +
self.test_products[3].price * 3 +
self.test_products[4].price * 2 +
self.test_products[5].price * 3 -
self.test_basket.calculate_discount(), 2))
def test_basket_discount_percent_and_buy_2_get_1_free_offers(self):
# With Baked Beans buy 2 get 1 free and 25% discount
self.buy_and_get_free_offer = BuyAndGetFreeOffer(self.test_products[0], 2, 1)
self.percentage_offer = PercentageOffer(self.test_products[0], 0.25)
self.test_basket = Basket(self.test_catalouge, [self.buy_and_get_free_offer, self.percentage_offer])
# Add 4 Baked Beans
self.test_basket.add_product(self.test_products[0], 4)
# Add 1 Biscuits
self.test_basket.add_product(self.test_products[1])
# Baked Beans Buy 2 get one free: 0.99
# Baked Beans 25% percent discount: 0.99 * 0.25 = 0.25
# Total: 0.99 + 0.25 = 1.24
self.assertEqual(self.test_basket.calculate_discount(), 1.24)
self.assertEqual(self.test_basket.calculate_total(),
round_half_up(self.test_products[0].price * 4 +
self.test_products[1].price -
self.test_basket.calculate_discount(), 2))
# Add 4 Baked Beans
self.test_basket.add_product(self.test_products[0], 4)
# Buy 2 get 1 free twice: 0.99 * 2 = 1.98
# Percentage discount on remaining 2: 0.99 * 0.25 * 2 = 0.50
# total: 1.98 + 0.50 = 2.48
self.assertEqual(self.test_basket.calculate_discount(), 2.48)
self.assertEqual(self.test_basket.calculate_total(),
round_half_up(self.test_products[0].price * 8 +
self.test_products[1].price -
self.test_basket.calculate_discount(), 2))
# With Baked Beans buy 2 get 1 free and 50% discount
self.buy_and_get_free_offer = BuyAndGetFreeOffer(self.test_products[0], 2, 1)
self.percentage_offer = PercentageOffer(self.test_products[0], 0.50)
self.test_basket = Basket(self.test_catalouge, [self.buy_and_get_free_offer, self.percentage_offer])
# Add 4 Baked Beans
self.test_basket.add_product(self.test_products[0], 4)
# Add 1 Biscuits
self.test_basket.add_product(self.test_products[1])
# Baked Beans Buy 2 get one free: 0
# Baked Beans 50% percent discount: 0.99 * 0.5 = 2.00
# Total: 2.00
self.assertEqual(self.test_basket.calculate_discount(), 2.00)
self.assertEqual(self.test_basket.calculate_total(),
round_half_up(self.test_products[0].price * 4 +
self.test_products[1].price -
self.test_basket.calculate_discount(), 2))
def main(argv):
# Configure the application, including taxes and categories
sales_tax_exceptions = []
if len(argv) > 1:
with open(argv[1]) as f:
for line in f:
sales_tax_exceptions.append(line.strip())
sales_tax = Tax('0.10')
import_duty = Tax('0.05')
# Using the same name for both taxes ensures they're aggregated and
# printed out on the same line
categories = [
ExceptionCategory(
u'Sales Taxes',
sales_tax_exceptions,
lambda i: sales_tax.calculate(i.value * i.quantity)
),
Category(
u'Sales Taxes',
[u'imported'],
last_minute_hack(import_duty)
),
# Category(
# 'Student Discount',
# ['book'],
# lambda i: (-1) * sales_tax.calculate(i.value * i.quantity)
# )
]
# Create a basket
basket = Basket(categories)
# Add line items
with open(argv[0]) as f:
for line in f:
line_item = parse_lineitem(line.strip())
if line_item:
basket.add_line(line_item)
# "Checkout"
print basket.receipt()
def order_button_handler(call):
obj_id = str.split(call.data)[1]
product = self.bd.find_product_by_str_obj_id(obj_id)
if product['qty'] < 1:
message = 'No product at store'
self.bot.answer_callback_query(call.id,
message,
show_alert=True)
else:
basket = Basket(call.from_user.id)
basket.add_product(product)
message = self.make_modal_message(product)
self.bot.answer_callback_query(call.id,
message,
show_alert=True)
self.bot.send_message(
call.from_user.id,
product[CATEGORY_NAME],
reply_markup=self.buttons.show_products_from_category(
product[CATEGORY_NAME]))
def process(self, message):
if message['kind'] not in self.message_processors:
return []
basket_id = message['payload']['basket_id']
events = self.events_repository.get_by_basket_id(basket_id)
basket = Basket(events)
process = self.message_processors[message['kind']]
return process(basket, message['payload'])
def test_bundle_offer_discount(self):
# Baked Beans, Biscuits, Sardines
self.test_offer = BundleOffer([self.test_products[0],
self.test_products[1],
self.test_products[2]
], 3)
self.test_basket = Basket(self.test_catalouge)
self.assertEqual(self.test_offer.get_discount(self.test_basket.products)[0], 0.00)
self.test_basket.add_product(self.test_products[0], 1)
self.assertEqual(self.test_offer.get_discount(self.test_basket.products)[0], 0.00)
self.test_basket.add_product(self.test_products[1], 1)
self.test_basket.add_product(self.test_products[2], 1)
self.test_basket.add_product(self.test_products[3], 1)
self.assertEqual(self.test_offer.get_discount(self.test_basket.products)[0], self.test_products[0].price)
# Add 1 more Baked Beans for a total of 2
self.test_basket.add_product(self.test_products[0], 1)
self.assertEqual(self.test_offer.get_discount(self.test_basket.products)[0], self.test_products[0].price)
# Add 1 more Biscuits for a total of 2
self.test_basket.add_product(self.test_products[1], 1)
self.assertEqual(self.test_offer.get_discount(self.test_basket.products)[0], self.test_products[1].price)
def test_get_total_with_dependent_discount_offer(self):
"""
Basket get_total returns correct value with dependent discount offer applied.
"""
product_store = self._create_product_store()
twix_pasta_20_discount = DependentDiscountOffer("twix", "pasta", Decimal("0.2"))
basket = Basket(product_store)
basket.add("twix", 2)
basket.add("pasta")
self.assertEqual(basket.get_total(offers=[twix_pasta_20_discount]), Decimal('2.94'))
def test_basket_discount_bundle_offer(self):
# With bundle offer on all shampoo buy 3 get the cheapest free
self.test_offer = BundleOffer([self.test_products[3],
self.test_products[4],
self.test_products[5]
], 3)
self.test_basket = Basket(self.test_catalouge, [self.test_offer])
# Add 2 small shampoo
self.test_basket.add_product(self.test_products[3], 2)
# Add 1 medium shampoo
self.test_basket.add_product(self.test_products[4])
# Add 3 large shampoo
self.test_basket.add_product(self.test_products[5], 3)
# One large shampoo for free (3.5) and One small shampoo for free (2.00)
# Total: 5.5
self.assertEqual(self.test_basket.calculate_discount(), 5.5)
self.assertEqual(self.test_basket.calculate_total(),
round_half_up(self.test_products[3].price * 2 +
self.test_products[4].price +
self.test_products[5].price * 3 -
self.test_basket.calculate_discount(), 2))
def test_get_total_with_one_offer(self):
"""
Basket get_total returns correct value with a bogof offer applied.
"""
product_store = self._create_product_store()
bogof_blueberries = MultiBuyOffer("blueberries", 1, 1)
basket = Basket(product_store)
basket.add("blueberries", 2)
basket.add("fish")
self.assertEqual(basket.get_total(offers=[bogof_blueberries]), Decimal('5.20'))
def show_basket(message):
basket = Basket(message.from_user.id)
if message.text == '$ BASKET $':
show = 'Empty' if not basket.products else basket.show_basket_items(
)
boolean = False if show == 'Empty' else True
self.bot.send_message(
message.from_user.id,
show,
reply_markup=self.buttons.show_basket_menu(boolean))
elif message.text == 'CLEAR':
basket.clear_basket()
self.bot.send_message(
message.from_user.id,
CLEARED,
reply_markup=self.buttons.show_basket_menu(False))
elif message.text == '<<BACK':
self.bot.send_message(
message.from_user.id,
message.text,
reply_markup=self.buttons.set_categories())
class TestBasket(unittest.TestCase):
def setUp(self):
self.basket = Basket()
def tearDown(self):
self.basket = None
def testBasketAppear(self):
assert self.basket, "Basket must be defined."
def testBasketCanAddProduct(self):
self.basket.add(Product())
def testBsketRemoveProduct(self):
product = Product()
self.basket.add(product)
self.basket.remove(product)
assert len(self.basket.products) == 0, "Basket must be empty on all products deleted"
self.basket.add(product)
self.basket.add(product)
self.basket.add(product)
self.basket.remove(product)
assert self.basket.quantity_for(product) == 2, "Basket mst actually remove product from"
def testBasketStoresQuantity(self):
product = Product(1)
product2 = Product(2)
self.basket.add(product,5)
self.basket.add(product2,3)
assert self.basket.quantity_for(product2) == 3
assert self.basket.quantity_for(product) == 5
def catalog_item(request, slug):
context = get_default_context(request)
product = get_object_or_404(Product, slug=slug)
context['catalog'] = product.catalog
context['catalog_properties'] = context['catalog'].properties.all()
for size in product.pricing_set.all():
if size.is_exist:
context['size_is_exist'] = size.size_id
break
for p in context['catalog_properties']:
if p.type == 4:
fv = request.GET.getlist(p.slug)
if fv is not None:
p.filtered_values = fv
else:
fv = request.GET.get(p.slug)
if fv is not None:
p.filtered_value = fv
context['catalog_position'] = product
context['catalog_position_wtp'] = product.wtp.all()
context['catalog_position_pricing'] = Pricing.objects.filter(product=product).order_by('size')
context['catalog_position_images'] = product.picture_set.all()
context['properties'] = get_extended_properties(product)
context['crumbs'].append({
'caption': product.name,
'path': context['current_section'].path + product.slug + '/'
})
basket = Basket(request.session)
context['order_count'] = basket.get_count(product.id)
#title
if not Metatag.objects.filter(name=context['current_section'].path + product.slug + '/') \
and product.catalog_id == 10: #пока что только для каталога Обувь
if not ChangeTitle.objects.filter(path=context['current_section'].path + product.slug + '/'):
word_1 = Title.objects.filter(position=1).order_by('?')[0].title
while True:
word_2 = Title.objects.filter(position=2).order_by('?')[0].title
if word_2.lower() != word_1.lower():
break
while True:
word_3 = Title.objects.filter(position=3).order_by('?')[0].title
if word_3.lower() != word_1.lower() and word_3.lower() != word_2.lower():
break
while True:
word_4 = Title.objects.filter(position=4).order_by('?')[0].title
if word_4.lower() != word_1.lower() and word_4.lower() != word_2.lower() and word_4.lower() != word_3.lower():
break
title = ChangeTitle(path=context['current_section'].path + product.slug + '/', title='%s %s %s %s %s' % (word_1, word_2, context['catalog_position'].name, word_3, word_4))
title.save()
context['catalog_position'].title = '%s %s %s %s %s' % (word_1, word_2, context['catalog_position'].name, word_3, word_4)
else:
context['catalog_position'].title = ChangeTitle.objects.filter(path=context['current_section'].path + product.slug + '/')[0].title
#title
if request.method == 'POST':
context['author_error'] = False
context['mes_error'] = False
if not request.POST.get('q_autor', ''):
context['author_error'] = True
else:
context['q_autor'] = request.POST['q_autor']
if not request.POST.get('q_mes', ''):
context['mes_error'] = True
else:
context['q_mes'] = request.POST['q_mes']
if context['author_error'] or context['mes_error']:
pass
else:
qa = QuestAnswer(author = context['q_autor'], question = context['q_mes'])
# send_mail(context['q_autor'], context['q_mes'])
qa.save()
qa.product_set.add(product)
context['ok'] = True
context['unanswered'] = product.qa.order_by('-date_publication').filter(is_public=False)
context['questanswer'] = product.qa.order_by('-date_publication').filter(is_public=True)
if 'ajax' in request.GET:
return render_to_response('catalog/position_ajax.html', context)
else:
return render_to_response('catalog/position.html', context)
class TestShippingLogic(unittest.TestCase): def setUp(self): """ the text fixture, necessary setup for the tests to run """ self.theShippingLogic = ShippingLogic() self.theSaleShippingLogic = SaleShippingLogic() self.basket1 = Basket() self.basket2 = Basket() self.saleItem = SaleItem(['20', '1', "Sweater"]) self.freeShippingItem = SaleItem(['20', '1', "SweaterFreeShipping", 'FS']) def tearDown(self): """ nothing to tear down here If your test created a database or built a network connection you might delete the database or close the network connection here. You might also close files you opened, close your TK windows if this is GUI program, or kill threads if this is a multithreaded application """ pass # nothing to do def test_CalcWeightForCost(self): self.basket1.addItem(1, self.saleItem) costWithFirstItem = self.theShippingLogic.calcWeightForCost() self.assertEqual(costWithFirstItem, 20) self.basket1.addItem(1, self.freeShippingItem) costWithSecondItem = self.theShippingLogic.calcWeightForCost() #cost should be the same since free shipping for second item self.assertEqual(costWithSecondItem, costWithFirstItem ) self.assertEqual(self.freeShippingItem.getFreeShipping(), True) def test_calcCostForShippingByWeight(self): self.assertEqual(self.theShippingLogic.calcCostForShippingByWeight( saleItem.getWeight()), 20) self.assertEqual(self.theShippingLogic.calcCostForShippingByWeight(freeShippingItem.getWeight()), 0) def test_CalcWeightForCostWithSaleShipping (self): self.basket2.addItem(1, self.saleItem) costWithFirstItem = self.theSaleShippingLogic.calcWeightForCost() self.assertEqual(costFirstItem, 20) self.basket2.addItem(1, self.freeShippingItem) costWithSecondItem = self.theShippingLogic.calcWeightForCost() #cost should be the same since free shipping for second item self.assertEqual(costWithSecondItem, costWithFirstItem ) def test_calcCostForShippingByWeightForSaleShipping(self): self.assertEqual(self.theSaleShippingLogic.calcCostForShippingByWeight( saleItem.getWeight()), 5) self.assertEqual(self.theSaleShippingLogic.calcCostForShippingByWeight(freeShippingItem.getWeight()), 5)
def setUp (self): self.theBasket = Basket ()
def setUp(self):
self.product = Product("Lego1", "Lego Toy", 2.50)
self.basket = Basket()
def setUp(self):
self.basket = Basket()
def basket_instance_test(self):
# create instance of basket class
self.basket = Basket()
