def createBank(number=0):
"""Saves a bank with the specified number of accounts.
Used during testing."""
bank = Bank()
for i in range(number):
bank.add(SavingsAccount('Name' + str(i + 1), str(1000 + i), 100.00))
bank.save("bank.dat")
def createBank(number=0):
"""Saves a bank with the specified number of accounts.
Used during testing."""
bank = Bank()
for i in xrange(number):
bank.add(SavingsAccount("Name" + str(i), str(1000 + i), 100.00))
bank.save("bank.dat")
def main(number=0):
"""Instantiate a Bank and an ATM and run it."""
bank = Bank()
for i in range(number):
bank.add(SavingsAccount('Name ' + str(i + 1), str(1000 + i), 100.00))
atm = ATM(bank)
atm.run()
bank.save("bank.dat")
def testBank(self,number = 0):
'''Returns a bank with the specified number of accounts and/or
the accounts loaded from the specified file name.'''
bank = Bank()
for i in xrange(number):
bank.add(SavingsAccount('Name' + str(i + 1),str(1000 + i),100.00))
return bank
def main(number):
bank = Bank()
for i in range(number):
bank.add(SavingsAccount('Name' + str(i + 1),
str(1000 + i),
100.00))
"""Instantiate a bank and use it in an ATM."""
print("The bank has been loaded")
atm = ATM(bank)
print("Running the GUI")
atm.mainloop()
bank.save('bank.dat')
bank.__init__("bank.dat")
print("The bank has been updated")
def createBank(num=5):
"""Returns a bank object with a given number of accounts"""
bank = Bank()
customers = []
for i in range(num):
#random account type
acc = random.randrange(4)
#random starting balance
bal = random.randrange(10_000)
#random name and random choice of student or not
cust = Customer(getFirst(), getLast(), random.choice([True, False]))
if acc == 0:
bank.add(Advantage_Relationship_Account(cust, 1000 + i, bal))
elif acc == 1:
bank.add(Advantage_Savings_Account(cust, 1000 + i, bal))
elif acc == 2:
bank.add(Advantage_Safe_Account(cust, 1000 + i, bal))
else:
bank.add(Advantage_Plus_Account(cust, 1000 + i, bal))
print(bank)
def main():
bank = Bank()
bank.add(Account("Alex", "1111", 1024.0))
bank.add(Account("Carson", "2222", 2048.0))
bank.add(Account("Chase", "3333", 2048.0))
bank.add(Account("Silas", "4444", 1024.0))
bank.add(Account("Ramiro", "5555", 512.0))
bank.add(Account("Don", "6666", 2048.0))
bank.add(Account("Carmen", "7777", 512.0))
bank.add(Account("Ann", "8888", 32.0))
bank.add(Account("Ryuji", "9999", 256.0))
bank.add(Account("William", "0000", 64.0))
bank.add(Account("Haru", "1212", 128.0))
bank.add(Account("Lucy", "2323", 1024.0))
bank.add(Account("Yusuke", "3434", 64.0))
bank.add(Account("Gorokichi", "4545", 128.0))
bank.add(Account("Akechi", "5656", 512.0))
bank.add(Account("Loki", "6767", 256.0))
bank.add(Account("Makoto", "7878", 128.0))
bank.add(Account("Johanna", "8989", 64.0))
bank.add(Account("Arsene", "9090", 256.0))
print(TITLE)
print(bank)
class BankTest(unittest.TestCase):
def setUp(self):
self._bank = Bank()
self._bank.addRate('CHF', 'USD', 2)
self._five_dollars = Money.dollar(5)
self._ten_dollars = Money.dollar(10)
self._fifteen_dollars = Money.dollar(15)
self._five_francs = Money.franc(5)
self._ten_francs = Money.franc(10)
self._thirty_francs = Money.franc(30)
def test_identity_rate(self):
assert_that(self._bank.rate('USD', 'USD'), is_(equal_to(1)))
def test_custom_rate(self):
assert_that(self._bank.rate('CHF', 'USD'), is_(equal_to(2)))
def test_inverse_rate(self):
assert_that(self._bank.rate('USD', 'CHF'), is_(equal_to(0.5)))
def test_currency_conversion(self):
assert_that(self._bank.convert(self._ten_francs, to='USD'),
is_(equal_to(self._five_dollars)))
assert_that(self._bank.convert(self._five_dollars, to='CHF'),
is_(equal_to(self._ten_francs)))
def test_simple_addition(self):
assert_that(self._bank.add(self._five_dollars, self._five_dollars),
is_(equal_to(self._ten_dollars)))
def test_mixed_addition(self):
assert_that(
self._bank.add(self._five_dollars, self._ten_francs, to='USD'),
is_(equal_to(self._ten_dollars)))
def test_multiple_addition(self):
assert_that(
self._bank.add(
self._bank.add(self._five_dollars, self._five_dollars),
self._five_dollars), is_(equal_to(self._fifteen_dollars)))
def test_simple_multiplication(self):
assert_that(self._bank.multiply(self._five_francs, by=2),
is_(equal_to(self._ten_francs)))
def test_multiplication_of_sum(self):
assert_that(
self._bank.multiply(self._bank.add(self._five_francs,
self._five_francs),
by=3), is_(equal_to(self._thirty_francs)))
def test_subtraction(self):
assert_that(self._bank.subtract(self._ten_dollars, self._five_dollars),
is_(equal_to(self._five_dollars)))
def test_multi_currency_comparison(self):
assert_that(
self._bank.compare(self._ten_francs, to=self._five_dollars),
is_(True))
assert_that(
self._bank.compare(self._five_francs, to=self._ten_dollars),
is_(False))
