def calculate_price(self):
total_price = self._price
for ingredient_type in self._ingredients.values():
for ingredient in ingredient_type.values():
if not isNaN(ingredient.amount) and not isNaN(
ingredient.additional_price):
total_price += ingredient.additional_price * ingredient.amount
self._total_price = total_price
def check_order_availability(self, inventory: Inventory) -> bool:
temp_inventory = deepcopy(inventory)
for items_list in self.items.values():
for item in items_list:
for ingredient_list in item._ingredients.values():
if ingredient_list.__class__.__name__ == "Ingredient":
if not temp_inventory.is_available(
ingredient_list.name, ingredient_list.amount):
print(
f"Inventory not enough for {ingredient_list.amount} {ingredient_list.name}"
)
return False
temp_inventory.update_stock(ingredient_list.name,
-ingredient_list.amount)
else:
for ingredient in ingredient_list.values():
assert (
ingredient.__class__.__name__ == "Ingredient")
if not isNaN(ingredient.amount
) and not temp_inventory.is_available(
ingredient.name,
ingredient.amount):
print(
f"Inventory not enough for {ingredient.amount} {ingredient.name}"
)
return False
temp_inventory.update_stock(
ingredient.name, -ingredient.amount)
return True
def __str__(self):
Wraps = [
f"{wrap.name}: {wrap.amount}"
for wrap in self._ingredients['Wrap'].values()
if not isNaN(wrap.amount) and wrap.amount >= 0
]
Patties = [
f"{patty.name}: {patty.amount}"
for patty in self._ingredients['Patty'].values()
if not isNaN(patty.amount) and patty.amount >= 0
]
Others = [
f"{other.name}: {other.amount}"
for other in self._ingredients['Other'].values()
if not isNaN(other.amount) and other.amount >= 0
]
return (
f"{self._type}: {self._name} \nIngredients: \n\t- Wraps: {Wraps} \n\t- Patties: {Patties} \n\t- Others: {Others} \nNet Price: ${self.price:.2f} \nDescription: {self._description}"
)
def ingredients(self):
Wraps = [
f"{wrap.name}: {wrap.amount}"
for wrap in self._ingredients['Wrap'].values()
if not isNaN(wrap.amount) and wrap.amount >= 0
]
Patties = [
f"{patty.name}: {patty.amount}"
for patty in self._ingredients['Patty'].values()
if not isNaN(patty.amount) and patty.amount >= 0
]
Others = [
f"{other.name}: {other.amount}"
for other in self._ingredients['Other'].values()
if not isNaN(other.amount) and other.amount >= 0
]
return (
f"Ingredients: \n\t- Wraps: {Wraps} \n\t- Patties: {Patties} \n\t- Others: {Others}"
)
def __str__(self):
Buns = [
f"{bun.name}: {bun.amount}"
for bun in self._ingredients['Bun'].values()
if not isNaN(bun.amount) and bun.amount > 0
]
Patties = [
f"{patty.name}: {patty.amount}"
for patty in self._ingredients['Patty'].values()
if not isNaN(patty.amount) and patty.amount > 0
]
Others = [
f"{other.name}: {other.amount}"
for other in self._ingredients['Other'].values()
if not isNaN(other.amount) and other.amount > 0
]
return (
f"{self._type}: {self._name} \nIngredients: \n\t- Buns: {Buns} \n\t- Patties: {Patties} \n\t- Others: {Others} \nNet Price: ${self.price:.2f} \nDescription: {self._description}"
)
def ingredients(self):
Buns = [
f"{bun.name}: {bun.amount}"
for bun in self._ingredients['Bun'].values()
if not isNaN(bun.amount) and bun.amount > 0
]
Patties = [
f"{patty.name}: {patty.amount}"
for patty in self._ingredients['Patty'].values()
if not isNaN(patty.amount) and patty.amount > 0
]
Others = [
f"{other.name}: {other.amount}"
for other in self._ingredients['Other'].values()
if not isNaN(other.amount) and other.amount > 0
]
return (
f"Ingredients: \n\t- Buns: {Buns} \n\t- Patties: {Patties} \n\t- Others: {Others}"
)
def _check_availability(self, inventory: Inventory):
for ingredient in self._ingredients.values():
if ingredient.amount == 0:
self._is_available = False
return
else:
if (not isNaN(ingredient.amount)
and not inventory.is_available(ingredient.name,
ingredient.amount)):
self._is_available = False
return
self._is_available = True
def update_order_inventory(self, inventory: Inventory):
for items_list in self.items.values():
for item in items_list:
for ingredient_list in item._ingredients.values():
if ingredient_list.__class__.__name__ == "Ingredient":
inventory.update_stock(ingredient_list.name,
-ingredient_list.amount)
else:
for ingredient in ingredient_list.values():
assert (
ingredient.__class__.__name__ == "Ingredient")
if not isNaN(ingredient.amount):
inventory.update_stock(ingredient.name,
-ingredient.amount)
def getSumInMain(self, ingredient_type: str):
sum = 0
for ingredient in self._ingredients[ingredient_type].values():
sum += ingredient.amount if not isNaN(ingredient.amount) else 0
return sum