def test_transfer_money(self):
"""
Tests if customer able to Transfer amount Successfully
:return: Assertion of test fail or pass
"""
self.test__init__()
# open an existing account as destination
# amount should Transfer to pass test
dest_customer = Customer("Gulnaz")
dest_customer.open_account(5)
prev_balance = dest_customer.check_balance()
self.my_customer.transfer_money(5, 50)
self.assertEqual(self.my_customer.check_balance(),
50,
msg="Transfer from source Account")
dest_customer.open_account(5)
new_balance = dest_customer.check_balance()
self.assertEqual(prev_balance + 50,
new_balance,
msg=" Amount not comes in destination Account")
# open an account that not exist
# amount should not transfer to pass test
self.test__init__()
self.my_customer.transfer_money(200, 50)
self.assertEqual(self.my_customer.check_balance(),
100,
msg=" Amount Transfer But dest not exist")
def test_open_account(self):
"""
Tests if an account Open Suceesfully when exist
and not opened when not exist
:return: Assertion of test fail or pass
"""
f_customer = Customer("huma")
f_customer.open_account(2)
self.assertNotEqual(f_customer.check_balance(),
-1,
msg=" Account Not Opened But it exists")
s_customer = Customer("huma")
s_customer.open_account(15)
self.assertEqual(s_customer.check_balance(),
-1,
msg=" Account Open when it not exist")
def test_request_new_account(self):
"""
Tests when request for new account is made it is
opened or not
:return: Assertion of test fail or pass
"""
dest_customer = Customer("Tempcust")
dest_customer.request_new_account("S")
dest_customer.deposit(500)
acnt_no = dest_customer.get_account_number()
dest_customer.open_account(acnt_no)
self.assertEqual(dest_customer.check_balance(),
500,
msg=" New Account Not Opened")
def open_account_interface():
"""
Prompt User to Enter valid account no and Customer Name
:return: Customer instance for Current User
"""
while True:
print "Enter Account No"
read_account = raw_input()
print "Enter name"
read_username = raw_input()
current_customer = Customer(read_username)
current_customer.open_account(int(read_account))
if current_customer.check_balance() != -1:
check_account_details_interface(current_customer)
return current_customer
else:
print "Enter valid Account NO and Name"
class CustomerTestCases(unittest.TestCase):
"""
This class tests the customer class operations
via unit tests
"""
def test__init__(self):
"""
This initialize Customer attribute of Customer test cases
:return: None
"""
self.my_customer = Customer("Rabia")
self.my_customer.account.c_id = 11
self.my_customer.account.account_no = 11
self.my_customer.account.account_type = "S"
self.my_customer.account.balance = 100
def test_balance(self):
"""
Tests if balance is set successfully or not
:return: Assertion of test fail or pass
"""
self.test__init__()
self.assertEqual(self.my_customer.account.balance,
100,
msg=" Balance not Set")
def test_deposit(self):
"""
Tests if deposit Work properly
:return: Assertion of test fail or pass
"""
self.test__init__()
self.my_customer.deposit(500)
self.assertEqual(self.my_customer.account.balance,
600,
msg=" Balance Not Updated after deposit")
def test_withdraw(self):
"""
Tests if withdraw Work properly
:return: Assertion of test fail or pass
"""
self.test__init__()
self.my_customer.withdraw(50)
self.assertEqual(self.my_customer.account.balance,
50,
msg=" Balance Not Updated after withdraw")
self.my_customer.withdraw(500)
self.assertEqual(self.my_customer.account.balance,
50,
msg=" Withdraw Even when Not enough amount Available")
def test_check_balance(self):
"""
Tests if Customer is able to check his balance
:return:Assertion of test fail or pass
"""
self.test__init__()
self.assertEqual(self.my_customer.check_balance(),
100,
msg="Check balance not works Properly")
def test_transfer_money(self):
"""
Tests if customer able to Transfer amount Successfully
:return: Assertion of test fail or pass
"""
self.test__init__()
# open an existing account as destination
# amount should Transfer to pass test
dest_customer = Customer("Gulnaz")
dest_customer.open_account(5)
prev_balance = dest_customer.check_balance()
self.my_customer.transfer_money(5, 50)
self.assertEqual(self.my_customer.check_balance(),
50,
msg="Transfer from source Account")
dest_customer.open_account(5)
new_balance = dest_customer.check_balance()
self.assertEqual(prev_balance + 50,
new_balance,
msg=" Amount not comes in destination Account")
# open an account that not exist
# amount should not transfer to pass test
self.test__init__()
self.my_customer.transfer_money(200, 50)
self.assertEqual(self.my_customer.check_balance(),
100,
msg=" Amount Transfer But dest not exist")
def test_pay_bills(self):
"""
Tests if customer able to pay bills Successfully
:return: Assertion of test fail or pass
"""
self.test__init__()
self.my_customer.pay_bills(50)
self.assertEqual(self.my_customer.check_balance(),
50,
msg=" Bills not Pay")
def test_request_new_account(self):
"""
Tests when request for new account is made it is
opened or not
:return: Assertion of test fail or pass
"""
dest_customer = Customer("Tempcust")
dest_customer.request_new_account("S")
dest_customer.deposit(500)
acnt_no = dest_customer.get_account_number()
dest_customer.open_account(acnt_no)
self.assertEqual(dest_customer.check_balance(),
500,
msg=" New Account Not Opened")
def test_open_account(self):
"""
Tests if an account Open Suceesfully when exist
and not opened when not exist
:return: Assertion of test fail or pass
"""
f_customer = Customer("huma")
f_customer.open_account(2)
self.assertNotEqual(f_customer.check_balance(),
-1,
msg=" Account Not Opened But it exists")
s_customer = Customer("huma")
s_customer.open_account(15)
self.assertEqual(s_customer.check_balance(),
-1,
msg=" Account Open when it not exist")
print(f"{'-' * 30}|")
debet_saldo = int(input("Debet Saldo: "))
'''
if atm.check_balance <= 50000:
print("[MESSAGE] - Maaf, minimal saldo yang tersisa setelah penarikan minimal IDR. {}")
else:
pass
'''
print(f"[MESSAGE]: Anda akan melakukan debet dengan nominal {debet_saldo}")
verify_withdraw = input("KONFIRMASI [y/n]: ")
if verify_withdraw == "y" or verify_withdraw == "Y":
print(f"Saldo awal : IDR. {atm.check_balance()}")
if debet_saldo < atm.check_balance():
atm.withdraw_balance(debet_saldo)
print(f"[SUCCESS] Transaksi debet berhasil!")
print(f"Saldo tersisa: {atm.check_balance()}")
else:
print("[GAGAL] Maaf, saldo Anda tidak mencukupi untuk melakukan tarikan!")
print("Silahkan melakukan penambahan saldo")
elif verify_withdraw == "n" or verify_withdraw == "N":
break
else:
print("pilihan tidak tersedia")
elif select_menu == 3:
