def main():
login = userLogin()
user = login.getUser()
interface = GraphicInterface()
app = ATM(user, interface)
app.run()
interface.closeInterface()
def test_bank_2(self):
test_bank = Bank.Bank()
test_bank.add_entry(123456789, 1234, "checking", 1000)
test_bank.add_account(123456789, "savings", 1000)
test_bank.add_entry(987654321, 7321, "checking", 5000)
test_atm = ATM.ATM(test_bank, 10000)
cash_bin_over_action = [("See Balance", 0), ("Withdraw", 30000)]
# Tests cash bin excess handling on account balance
self.assertEqual(
test_atm(987654321, 7321, "checking", cash_bin_over_action),
"Actions completed")
exit_action = [("See Balance", 0), ("Leave", 0)]
self.assertEqual(test_atm(987654321, 7321, "checking", exit_action),
"Gracefully departed")
def test_bank_1(self):
test_bank = Bank.Bank()
test_bank.add_entry(123456789, 1234, "checking", 1000)
test_bank.add_account(123456789, "savings", 1000)
test_bank.add_entry(987654321, 7321, "checking", 5000)
test_atm = ATM.ATM(test_bank, 10000)
action_list = [("See Balance", 0), ("Withdraw", 40),
("Withdraw", 1000), ("Deposit", 100)]
# These next test should be a correctly executing test case
self.assertEqual(test_atm(987654321, 7321, "checking", action_list),
"Actions completed")
# Tests whether ATM handles overdraft attempt without crashing
self.assertEqual(test_atm(123456789, 1234, "checking", action_list),
"Actions completed")
# Test incorrect PIN number
self.assertEqual(test_atm(987654321, 1234, "checking", action_list),
"Invalid Card or Incorrect Pin!")
# Test incorrect Account number
self.assertEqual(test_atm(876504321, 1234, "checking", action_list),
"Invalid Card or Incorrect Pin!")
def main():
# Test Cases
'''
dylan = Customer("Dylan", 19, 724, "MALE", 123, 10000, 2000)
print(dylan.accessCustomerSupport())
print(dylan)
money = dylan.withdrawal(123, 200)
print(money)
money2 = dylan.withdrawal(123, 2000)
print(money2)
money3 = dylan.withdrawal(123456789, 200)
print(money3)
dylan.deposit(5000000)
dylan.deposit(5000000)
print(Customer.amountOfCustomer())
del(dylan)
print(Customer.amountOfCustomer())
'''
'''
dylan = Customer("Dylan", 19, 724, "MALE", 123, 10000, 2000)
dylan2 = Customer("Dylan2", 19, 724, "MALE", 123, 90, 2000)
print(dylan)
print(dylan2)
dylan.transferFunds(10, dylan2)
print(dylan)
print(dylan2)
'''
'''
eric = Employee('Eric', 19, 7245491059, 'Male', 14, 'ewb5319', 'hello')
#print(eric.paygrade())
#print(eric.accessCustomerSupport())
#print(eric.getEmployeeNumber())
#eric.changePassword()
print(eric)
print(Employee.employeeCount())
del(eric)
print(Employee.employeeCount())
eric = Employee('Eric', 19, 7245491059, 'Male', 14, 'ewb5319', 'hello')
print(eric)
dude = Manager('dude', 19, 12345678, 'Male', 14, 'asdf', 'asdf')
dude.givePromotion(eric, 1500)
print(eric)
'''
'''
dude = Manager('dude', 19, 12345678, 'Male', 14, 'asdf', 'asdf')
dylan2 = Customer("Dylan", 19, 724, "MALE", 123, 10000, 2000)
eric = Teller('Eric', 19, 7245491059, 'Male', 14, 1234, 1234, 'ewb5319', 'hello', dude)
print(eric)
print(dylan2)
print(dude.seeCustomerDetails(dylan2))
print(eric.seeCustomerDetails(dylan2))
'''
'''
dylan2 = Customer("Dylan", 19, 724, "MALE", 123, 10000, 2000)
print(dylan2)
ATM(dylan2)
print(dylan2)
'''
'''
eric3 = Child('Eric', 14, 724, 'Male', 1234, 1000.50, 1000.50)
print(eric3)
print(Customer.amountOfCustomer())
print(Child.amountOfChildren())
eric3.deposit(500)
eric3.checkChecBalance()
eric3.checkSavBalance()
print(eric3)
'''
eric = Child('Eric', 14, 724, 'Male', 1, 1000, 1000)
ATM(eric)
dude = Manager('dude', 19, 12345678, 'Male', 14, 'asdf', 'asdf')
print(dude.seeCustomerDetails(eric))
print(Customer.amountOfCustomer())
del eric
print(Customer.amountOfCustomer())
'''
eric2 = Adult('Eric2', 19, 724, 'Male', 2, 1000, 1000)
'''
'''
eric.checkChecBalance()
eric2.checkChecBalance()
eric.deposit(20)
eric2.deposit(20)
eric.checkChecBalance()
eric2.checkChecBalance()
eric2.childDeposit(20, eric)
eric.checkChecBalance()
eric2.withdrawal(2,20)
eric2.checkChecBalance()
'''
'''
from ATM import *
if __name__ == '__main__':
atm1 = ATM(1)
atm2 = ATM(2)
atm3 = ATM(3)
atm1.deposit(11, 2500)
atm2.withdraw(12, 1000)
atm3.deposit(12, 7000)
atm3.deposit(13, 1500)
atm1.withdraw(11, 500)
atm2.withdraw(13, 1500)
atm2.deposit(11, 7000)
atm1.deposit(13, 3500)
for number in accounts.keys():
print("the account #{0} contains {1}€".format(number,
atm1.balance(number)))
from ATM import *
# card initialization
file = open("account.txt", "r")
bank = file.readline()
username = file.readline()
pin = int(file.readline())
balance = float(file.readline())
file.close()
x = ATM(bank, username, pin, balance)
# function to call the methods for basic operations on ATM
def transactions():
time.sleep(1.0)
print("1.Make a deposit.\n")
time.sleep(1.0)
print("2.Make a withdraw.\n")
time.sleep(1.0)
print("3.Check the current balance.\n")
choice = int(input())
clear_screen()
if choice == 1:
x.deposit()
def test_empty_bank(self):
empty_bank = Bank.Bank()
empty_atm = ATM.ATM(empty_bank, 0)
valid, message = empty_atm.swipe(0, 0)
self.assertEqual(valid, 0)
import ATM
def withdraw(ATM,request):
print("Welcome to The Bank " ,self.bank_name)
print("Your balance is : " ,self.balance)
#Current_Balance = 0
#pvals=[100,50,10,5,2,1]
#if request <= balance:
#for index in pvals
atm1=ATM(500,Cairo_Bank)
#def withdraw(Balance,request):
#Current_Balance = 0
#pvals=[100,50,10,5,2,1]
#if request <= Balance:
#for index in pvals:
#while request - index >=0:
#print("give " + str(index))
#request -= index
#Current_Balance = Current_Balance+index
#print ("Current_Balance is: ") , Balance - Current_Balance
#else:
#print "Can't give you this money !!"
#Balance = 500
#print withdraw(Balance,278)
#print withdraw(Balance,600)
#print withdraw(Balance,5)
