def shop_buy(data: dict, user: str):
products: Dict[str, int] = data["products"]
wallet_uuid: str = data["wallet_uuid"]
key: str = data["key"]
for product in products:
if product not in game_info["items"]:
return item_not_found
if not exists_wallet(wallet_uuid):
return wallet_not_found
bought_products: List[dict] = []
price: int = 0
for product, quantity in products.items():
price += game_info["items"][product]["price"] * quantity
if price > 0:
response: dict = pay_shop(wallet_uuid, key, price, products)
if "error" in response:
return response
for product, quantity in products.items():
for _ in range(quantity):
item: Inventory = Inventory.create(
product, user, game_info["items"][product]["related_ms"])
bought_products.append(item.serialize)
return {"bought_products": bought_products}
def create(data: dict, microservice: str) -> dict:
name: str = data["item_name"]
if name not in game_info["items"]:
return item_not_found
item: Inventory = Inventory.create(name, data["owner"], data["related_ms"])
return item.serialize
def add_inventory(cls, payload: inventory.InventoryPost, db: Session):
"""create a new inventory"""
# check inventory title exists
# if Inventory.check_title_exists(title=payload.title, db=db):
# raise HTTPException(status_code=409, detail="the inventory already exists")
try:
# add the inventory
record = Inventory(public_id=str(uuid.uuid4()),
title=payload.title.strip().title(),
isbn_no=payload.isbn_no,
buying_price=payload.buying_price,
selling_price=payload.selling_price,
uid=payload.uid)
created_record = record.create(db=db)
send_log_to_queue('Successfully Save Inventory Record')
return created_record
except Exception as e:
send_log_to_queue('Failed Save Inventory')
raise HTTPException(status_code=500, detail='Server Error')
