def test_card_incorrect(self):
self.assertFalse(card.check_card('79927398710'))
self.assertFalse(card.check_card('79927398711'))
self.assertFalse(card.check_card('79927398712'))
self.assertFalse(card.check_card('79927398714'))
self.assertFalse(card.check_card('79927398715'))
self.assertFalse(card.check_card('79927398716'))
self.assertFalse(card.check_card('79927398717'))
self.assertFalse(card.check_card('79927398718'))
self.assertFalse(card.check_card('79927398719'))
def login(account):
if not account:
return True
else:
print('\nYou have successfully logged in!')
while True:
print('1. Show Account Info\n2. Show Balance\n3. Deposit Money\n4. Withdraw Money\n5. Do Transfer\n6. Close Account\n7. Log Out\n8.Transactions\n9.Show Mini Statement\n0. Exit')
choice = input()
if choice == '1':
account_number, name, age, card_number, pin, balance = db.get_account_info(account)[0]
print(f'Name: {name}\nAge: {age}\nAccount Number: {account_number}\nCard Number: {card_number}\nBalance: {balance}\n')
elif choice == '2':
tr.balance(account)
elif choice == '3':
amount = int(input('Enter the amount you want to add: '))
if amount < 100:
print('Amount must be more than Rs 99')
elif amount > 500000:
print('Cannot add more than Rs 5,00,000')
else:
tr.add_income(account, amount)
cur_bal = db.get_bal(account)
print(f'{amount} has been credited\nYour current balance now is: {cur_bal[0]}')
elif choice == '4':
amount = int(input('Enter the amount you want to take: '))
tr.sub_income(account, amount)
cur_bal = db.get_bal(account)
print(f'{amount} has been debited\nYour current balance now is: {cur_bal[0]}')
elif choice == '5':
tr.do_transfer(account)
elif choice == '6':
check = cd.check_card()
if check:
tr.del_account(check)
return True
elif choice == '7':
print('You have successfully logged out!')
return True
elif choice == '8':
db.transaction_details(account)
elif choice == '9':
db.show_mini(account)
elif choice == '0':
return False
def main_menu():
while True:
print('\n1. Create an account\n2. Log into account\n3. Show all accounts\n0. Exit')
choice = input()
if choice == '1':
cd.create_card()
continue
elif choice == '2':
loggedin = mn.login(cd.check_card())
if loggedin:
continue
else:
stop()
break
elif choice == '3':
db.show_details()
elif choice == '0':
stop()
break
def test_card_correct_11_digits(self):
self.assertTrue(card.check_card('79927398713'))
def test_card_correct_15_digits(self):
self.assertTrue(card.check_card('370594756527911'))
self.assertTrue(card.check_card('379451233726940'))
self.assertTrue(card.check_card('341377872063524'))
self.assertTrue(card.check_card('376766310514015'))
self.assertTrue(card.check_card('375692442227519'))
def test_card_correct_16_digits(self):
self.assertTrue(card.check_card('4929134138580797'))
self.assertTrue(card.check_card('4152651010436721'))
self.assertTrue(card.check_card('4539667947868665'))
self.assertTrue(card.check_card('4024007164776170'))
self.assertTrue(card.check_card('4485154991816266'))
self.assertTrue(card.check_card('5443972305885927'))
self.assertTrue(card.check_card('5114869172331548'))
self.assertTrue(card.check_card('5578916533101687'))
self.assertTrue(card.check_card('5406733474061897'))
self.assertTrue(card.check_card('5419564871798376'))
self.assertTrue(card.check_card('6011395236301055'))
self.assertTrue(card.check_card('6011432269128210'))
self.assertTrue(card.check_card('6011636118723985'))
self.assertTrue(card.check_card('6011631220718007'))
self.assertTrue(card.check_card('6011856166915099'))