def deposit(account_from_user):
amount_to_deposit = int(input("How much would you like to deposit: \n >"))
balance = sql.get_balance(account_from_user)
new_balance = amount_to_deposit + balance
sql.update_balance(account_from_user, new_balance)
print(f"Your new balance is: {new_balance}")
print("Deposited...")
def balance(update, _):
(money, high,
chip) = sql.get_balance(telegram_id=update.message.from_user.id)
update.message.reply_markdown(text=text.BALANCE.format(
money=text.three_digits(n=money),
high=text.three_digits(n=high),
chip=text.three_digits(n=chip)),
reply_markup=menu.show(menu=text.HOME))
return state.HOME
def withdraw(self, amount):
original_balance = sql.get_balance(self.logged_user)[0]['balance']
bal = int(original_balance) - amount
sql.alter_balance(self.logged_user, bal)
print("Deposit Successfull...!")
def withdraw(account_from_user):
amount_to_withdraw = int(input("How much would you like to withdraw: \n >"))
balance = sql.get_balance(account_from_user)
if balance >= amount_to_withdraw:
new_balance = balance - amount_to_withdraw
print(f"Your new balance is: {new_balance}")
sql.update_balance(account_from_user, new_balance)
else:
print("Insufficient Balance")
def deposit(self, amount, name="self"):
target_name = name if name != "self" else self.logged_user
print(target_name)
original_balance = sql.get_balance(target_name)[0]['balance']
bal = int(original_balance) + amount
sql.alter_balance(target_name, bal)
print("Deposit Successfull...!")
def street_enter_high(update, _):
(money, high, _) = sql.get_balance(telegram_id=update.message.from_user.id)
update.message.reply_markdown(
text=text.STREET_ENTER_HIGH_TEXT.format(money=text.three_digits(n=money), high=text.three_digits(n=high)),
reply_markup=menu.show(menu=text.BACK))
return state.STREET_ENTER_HIGH
def dealer(update, _):
(_, high, _) = sql.get_balance(telegram_id=update.message.from_user.id)
update.message.reply_markdown(text=text.DEALER_DESC.format(high=text.three_digits(n=high)),
reply_markup=menu.show(menu=text.BACK))
return state.DEALER
