def test_transfer(self):
g = Client(cash=100)
c = Client(cash=200)
b = Bank()
b.register(g)
b.register(c)
b.deposit(g, 100)
b.deposit(c, 200)
b.transfer(g, b, c, 100)
self.assertEqual(b.checkbalance(c), 300)
def main():
print("Creating bank")
bank = Bank()
print("Creating account")
bank.create_account("bill gates", "msft", 100)
print("Checking balance, wrong account")
result = bank.check_balance("jeff bezos", "amzn")
print(result)
print("Checking balance, wrong password")
result = bank.check_balance("bill gates", "amzn")
print(result)
print("Checking balance")
result = bank.check_balance("bill gates", "msft")
print(result)
print("Depositing money")
result = bank.deposit("bill gates", "msft", 10)
print(result)
print("Withdrawing money")
result = bank.withdraw("bill gates", "msft", 15)
print(result)
print("Trying to withdraw too much")
result = bank.withdraw("bill gates", "msft", 1000)
print(result)
def test_deposit3(self):
g = Client(cash=100)
b = Bank()
b.register(g)
self.assertFalse(b.deposit(g, 101))
def test_deposit(self):
g = Client(cash=500)
b = Bank()
self.assertFalse(b.deposit(g, 100))
def test_deposit2(self):
g = Client(cash=100)
b = Bank()
b.register(g)
self.assertTrue(b.deposit(g, 100))
def test_unregistered(self):
g = Client()
b = Bank()
self.assertFalse(b.unregister(g))
def test_checkbalance(self):
g = Client()
b = Bank(clients=[g], accounts={g: 100})
self.assertEqual(b.checkbalance(g), 100)
def test_register(self):
g = Client()
b = Bank()
self.assertTrue(b.register(g))
self.assertTrue(b.is_client(g))
def test_unregister(self):
g = Client(cash=100)
b = Bank(clients=[g], accounts={g: 200})
self.assertEqual(b.unregister(g), 200)
def test_is_not_client(self):
b = Bank()
self.assertFalse(b.is_client("Goethe"))
def test_registered(self):
g = Client(name="Goethe")
b = Bank(name="Bank", clients=[g], accounts={g: 1})
self.assertFalse(b.register(g))
def test_is_client(self):
g = Client()
b = Bank(name="Bank", clients=[g], accounts={g: 1})
self.assertTrue(b.is_client(g))
def test_init_bank(self):
g = Client()
b = Bank(name="Bank", clients=[g], accounts={g: 1})
self.assertTrue(g in b.clients)
def test_crossbanktransfer(self):
g = Client(cash=400)
c = Client()
b = Bank()
b2 = Bank()
b.register(g)
b2.register(c)
b.deposit(g, 400)
b.transfer(g, b2, c, 400)
self.assertEqual(b2.checkbalance(c), 400)
def test_account():
test = Account(60, "tester")
print("Try to add to much interest")
test.interest(70)
print("Attempt to over withdrawl account")
test.withdrawl(70)
test.withdrawl(60)
print("Withdrawl almosteverything.", test.pretty_balance())
test.deposit(60)
print("New Balanmce should be 63:")
print(test.pretty_balance())
def test_person():
test = Person("max", "resnick", "*****@*****.**")
print(test.open_account(500, "the test"))
for account in test.accounts:
print(account)
print(test.close_account("the test"))
print(test.close_account("the waka"))
from banking import Bank
test = Bank()
test.new_customer("max", "resnick", "*****@*****.**")
test.make_customer_account("*****@*****.**","test", 50)
Your new account has been succesfully created.
def main():
elliot = Client("Elliot", cash=1337)
tyrell = Client("Tyrell", cash=64645435)
allsafe = Client("Allsafe", cash=0)
ebank = Bank(name="Evil Corp", clients=[tyrell], accounts={tyrell: 500})
bbank = Bank(name="B2BB")
ebank.register(elliot)
bbank.register(allsafe)
print(elliot)
print(tyrell)
print(allsafe)
ebank.deposit(elliot, 1337)
print("Elliot has ${} on his account (from deposit)".format(
ebank.checkbalance(elliot)))
print(elliot)
ebank.deposit(tyrell, 500000)
print("Tyrell has ${} on his account (from deposit and starting balance)".
format(ebank.checkbalance(tyrell)))
ebank.transfer(tyrell, bbank, allsafe, 500499)
print("Allsafe's account balance: ${}".format(bbank.checkbalance(allsafe)))
print("Tyrell after transfer: ${}".format(ebank.checkbalance(tyrell)))
ebank.unregister(tyrell)
print("Is Tyrell alive (as in a customer of the bank)? {}".format(
ebank.is_client(tyrell)))