def create_wallet(cls, user_id: str) -> bool:
"A method to initialize a users wallet"
if not user_id in cls._wallets:
cls._wallets[user_id] = Decimal('0')
Reports.log_event(f"wallet for `{user_id}` created and set to 0")
return True
return False
def register_user(cls, new_user: dict[str, str]) -> str:
"register a user"
if not new_user["user_name"] in cls._users:
# generate really complicated unique user_id.
# Using the existing user_name as the id for simplicity
user_id = new_user["user_name"]
cls._users[user_id] = new_user
Reports.log_event(f"new user `{user_id}` created")
# create a wallet for the new user
Wallets().create_wallet(user_id)
# give the user a sign up bonus
Reports.log_event(f"Give new user `{user_id}` sign up bonus of 10")
Wallets().adjust_balance(user_id, Decimal(10))
return user_id
return ""
def submit_entry(cls, user_id: str, entry: Decimal) -> bool:
"Submit a new entry for the user in this game"
now = int(time.time())
time_remaining = cls._start_time - now + cls._clock
if time_remaining > 0:
if Wallets.get_balance(user_id) > Decimal('1'):
if Wallets.adjust_balance(user_id, Decimal('-1')):
cls._entries.append((user_id, entry))
Reports.log_event(
f"New entry `{entry}` submitted by `{user_id}`")
return True
Reports.log_event(
f"Problem adjusting balance for `{user_id}`")
return False
Reports.log_event(f"User Balance for `{user_id}` to low")
return False
Reports.log_event("Game Closed")
return False
def adjust_balance(cls, user_id: str, amount: Decimal) -> Decimal:
"A method to adjust a user balance up or down"
cls._wallets[user_id] = cls._wallets[user_id] + Decimal(amount)
Reports.log_event(f"Balance adjustment for `{user_id}`. "
f"New balance = {cls._wallets[user_id]}")
return cls._wallets[user_id]
def get_balance(cls, user_id: str) -> Decimal:
"A method to check a users balance"
Reports.log_event(
f"Balance check for `{user_id}` = {cls._wallets[user_id]}")
return cls._wallets[user_id]
