def is_applicable(self, order: Order) -> bool:
"""
Check if the promotion jarramania is applicable.
- 2 burribeers and 1 chips.
- Everyday to 30-09-2020. Between 16-19.30 h.
:param Order order: order
:return boolean: is promotion applicable
"""
if len(order.drinks()) != 2 \
and [drink.type() != 'burribeer' for drink in order.drinks()] \
and len(order.chips()) != 1:
return False
day_before = datetime.utcnow() <= datetime.strptime(
'2020-09-30', '%Y-%m-%d')
hour_between = datetime.strptime('16:00:00', '%H:%M:%S').time() \
<= datetime.now().time() \
<= datetime.strptime('19:30:00', '%H:%M:%S').time()
return day_before is True and hour_between is True
def is_applicable(
self,
order: Order
) -> bool:
"""
Check if the promotion 15% burrimenu is applicable.
The same number of hamburgers, drinks and chips.
:param Order order: order
:return boolean: is promotion applicable
"""
return len(order.hamburgers()) == len(order.chips()) == len(order.drinks())
def calculate(
self,
order: Order
) -> float:
"""
Calculate the total price of all items.
:param Order order: order
:return float: price
"""
for drink in order.drinks():
drink.set_price(price=PriceDrink().calculate(drink=drink))
for chips in order.chips():
chips.set_price(price=PriceChips().calculate(chips=chips))
for hamburger in order.hamburgers():
hamburger.set_price(price=PriceHamburger().calculate(hamburger=hamburger))
if PromotionBurrimenu().is_applicable(order=order):
PromotionBurrimenu().apply(order=order)
if PromotionEuromania().is_applicable(order=order):
PromotionEuromania().apply(order=order)
total = 0.0
if PromotionJarramania().is_applicable(order=order):
total = 3.0
PromotionJarramania().apply(order=order)
else:
for item in order.hamburgers() + order.drinks() + order.chips():
total += item.price()
order.set_price(price=total)
return total
def normalize(order: Order) -> Dict[str, Union[str, int]]:
return dict(
barista=order.barista() or None,
hamburgers=[
HamburgerNormalizer.normalize(hamburger=hamburger)
for hamburger in order.hamburgers()
],
chips=[
ChipsNormalizer.normalize(chips=chips)
for chips in order.chips()
],
drinks=[
DrinkNormalizer.normalize(drink=drink)
for drink in order.drinks()
],
price=order.price(),
dt_created=order.dt_created(),
is_ready=order.is_ready(),
promotions=order.promotions(),
)