def test_getter(self):
card_one = CustomerCard(1, 'Adam', 'Andrei', 5010306015562,
'06/03/2001', '01/10/2019', False)
self.assertEqual(card_one.get_id_entity(), 1)
self.assertEqual(card_one.get_customer_name(), 'Adam')
self.assertEqual(card_one.get_customer_first_name(), 'Andrei')
self.assertEqual(card_one.get_customer_cnp(), 5010306015562)
self.assertEqual(card_one.get_birth_date(), '06/03/2001')
self.assertEqual(card_one.get_registration_date(), '01/10/2019')
def validate_customer_card(customer_card: CustomerCard):
"""
Function verify if an object respects some conditions and if it finds an irregularity raise an exception
:param customer_card: an CustomerCard object
:return: exceptions
"""
if not isinstance(customer_card.get_id_entity(), int):
raise InvalidCustomerCardException("ID = {} must be an int".format(
customer_card.get_id_entity()))
if len("{}".format(customer_card.get_customer_cnp())) != 13:
raise InvalidCNPException("CNP {} must be made out of 13"
" characters".format(
customer_card.get_customer_cnp()))
if len("{}".format(customer_card.get_customer_name())) == 0:
raise InvalidCustomerCardException("Customer has to get a name ")
if len("{}".format(customer_card.get_customer_first_name())) == 0:
raise InvalidCustomerCardException("Customer has to get a name ")
if not isinstance(customer_card.get_customer_cnp(), int):
raise InvalidCustomerCardException("CNP {} must be int".format(
customer_card.get_customer_cnp()))
if "/" not in customer_card.get_birth_date():
raise InvalidCustomerCardException("please use / for writing date")
if "/" not in customer_card.get_registration_date():
raise InvalidCustomerCardException("please use / for writing date")
if len("{}".format(customer_card.get_birth_date())) < 5:
raise InvalidCustomerCardException("Date is not valid")
if len("{}".format(customer_card.get_registration_date())) < 5:
raise InvalidCustomerCardException("Date is not valid")
birth_date = customer_card.get_birth_date().split(sep="/")
if len(birth_date) != 3:
raise InvalidCustomerCardException("Use only two /")
if int(birth_date[0]) < 1 or int(birth_date[0]) > 31:
raise InvalidCustomerCardException(
"Day {} must be between 1 and 31".format(int(birth_date[0])))
if int(birth_date[1]) < 1 or int(birth_date[1]) > 12:
raise InvalidCustomerCardException(
"Month {} must be between 1 and 12".format(int(birth_date[1])))
if int(birth_date[2]) > 2019:
raise InvalidCustomerCardException(
"Year cannot be in the future {}".format(int(birth_date[2])))
registration_date = customer_card.get_registration_date().split(
sep="/")
if int(registration_date[0]) < 1 or int(registration_date[0]) > 31:
raise InvalidCustomerCardException(
"Day {} must be between 1 and 31".format(
int(registration_date[0])))
if int(registration_date[1]) < 1 or int(registration_date[1]) > 12:
raise InvalidCustomerCardException(
"Month {} must be between 1 and 12".format(
int(registration_date[1])))
if int(registration_date[2]) > 2019:
raise InvalidCustomerCardException(
"Year cannot be in the future {}".format(
int(registration_date[2])))
if len(registration_date) != 3:
raise InvalidCustomerCardException("Use only two /")