def test_calculate_account_banrisul_valid(self):
bank = BANRISUL['correct_account']
digits_calculated = []
accounts_digit = []
for i in range(len(bank)):
calculate_account = CalculateAccount(
account=bank[i][0]).calculate_account_banrisul()
digits_calculated.append(calculate_account)
accounts_digit.append(bank[i][1])
assert digits_calculated == accounts_digit
def test_calculate_account_bradesco_invalid(self):
bank = BRADESCO['invalid_combinations']
digits_calculated = []
accounts_digit = []
for i in range(len(bank)):
calculate_account = CalculateAccount(
agency=bank[i]['branch'],
account=bank[i]['account']).calculate_account_bradesco()
digits_calculated.append(calculate_account)
accounts_digit.append(bank[i]['account_digit'])
assert digits_calculated != accounts_digit
def test_calculate_account_nubank_valid(self):
bank = NUBANK['valid_combinations']
digits_calculated = []
accounts_digit = []
for i in range(len(bank)):
calculate_account = CalculateAccount(
agency=bank[i]['branch'],
account=bank[i]['account']).calculate_account_nubank()
digits_calculated.append(calculate_account)
accounts_digit.append(bank[i]['account_digit'])
assert digits_calculated == accounts_digit
def test_calculate_account_caixa_invalid(self):
bank = CAIXA_ECONOMICA_FEDERAL['invalid_combinations']
digits_calculated = []
accounts_digit = []
for i in range(len(bank)):
calculate_account = CalculateAccount(
agency=bank[i]['branch'],
account=bank[i]['account']).calculate_account_caixa()
digits_calculated.append(calculate_account)
accounts_digit.append(bank[i]['account_digit'])
assert digits_calculated != accounts_digit
def test_calculate_account_santander_invalid(self):
bank = SANTANDER['invalid_combinations']
digits_calculated = []
accounts_digit = []
for i in range(len(bank)):
calculate_account = CalculateAccount(
agency=bank[i]['branch'],
account=bank[i]['account']).calculate_account_santander()
digits_calculated.append(calculate_account)
accounts_digit.append(bank[i]['account_digit'])
assert digits_calculated != accounts_digit
def test_calculate_account_itau_invalid(self):
bank = ITAU['invalid_combinations']
digits_calculated = []
accounts_digit = []
for i in range(len(bank)):
account = bank[i]['branch'] + bank[i]['account']
calculate_account = CalculateAccount(
agency=bank[i]['branch'],
account=account).calculate_account_itau()
digits_calculated.append(calculate_account)
accounts_digit.append(bank[i]['account_digit'])
assert digits_calculated != accounts_digit
def check_number_calculate_account(**kwargs):
"""
Performs the validation and calculation of bank accounts
"""
agency, account, digit_account, length_account, bank = kwargs.values()
if len(account) < length_account:
account = f'%0{length_account}d' % int(account)
result_valid_account = CommonValidate.account_is_valid(account)
if not result_valid_account:
raise InvalidAccountNumber()
result_valid_digit_account = CommonValidate.account_digit_is_valid(
digit_account)
if not result_valid_digit_account:
raise InvalidDigitAccountNumber()
switcher = {
'bb': CalculateAccount(account=account).calculate_account_bb,
'bradesco':
CalculateAccount(account=account).calculate_account_bradesco,
'itau': CalculateAccount(account=account).calculate_account_itau,
'santander':
CalculateAccount(account=account,
agency=agency).calculate_account_santander,
'citibank':
CalculateAccount(account=account).calculate_account_citibank,
'banrisul':
CalculateAccount(account=account).calculate_account_banrisul,
'caixa': CalculateAccount(account=account,
agency=agency).calculate_account_caixa,
'nubank':
CalculateAccount(account=account).calculate_account_nubank,
}
result_check_number_account = switcher.get(bank)()
if not result_check_number_account:
raise InvalidAccountNumber()
return result_check_number_account
def test_calculate_account_bb_valid(self):
bank = BANCO_DO_BRASIL['valid_combinations']
digits_calculated = []
accounts_digit = []
for i in range(len(bank)):
account = bank[i]['account']
if len(account) < 8:
account = f'%08d' % int(account)
calculate_account = CalculateAccount(
agency=bank[i]['branch'],
account=account).calculate_account_bb()
digits_calculated.append(calculate_account)
accounts_digit.append(bank[i]['account_digit'])
assert digits_calculated == accounts_digit
def test_calculate_account_bradesco_valid(self):
bank = BRADESCO['valid_combinations']
digits_calculated = []
accounts_digit = []
for i in range(len(bank)):
account = bank[i]['account']
if len(account) < 7:
account = f'%07d' % int(account)
calculate_account = CalculateAccount(
agency=bank[i]['branch'],
account=account).calculate_account_bradesco()
digits_calculated.append(calculate_account)
if bank[i]['account_digit'] == '0' or bank[i][
'account_digit'] == 'P':
bank[i]['account_digit'] = calculate_account
accounts_digit.append(bank[i]['account_digit'])
assert digits_calculated == accounts_digit