def main():
savings_account_01 = SavingsAccount(100)
print("Saving account balance: $", savings_account_01.get_balance(),
sep="")
checking_account_01 = CheckingAccount(500)
print("Checking account balance: $", checking_account_01.get_balance(),
sep="")
print("")
print("Making deposit into checking account for 75$...")
checking_account_01.deposit_funds(75)
print("New checking account balance: $", checking_account_01.get_balance(),
sep="")
print("")
print("Making deposit into savings account for 300$...")
savings_account_01.deposit_funds(300)
print("New savings account balance: $", savings_account_01.get_balance(),
sep="")
print("")
transfer_funds(checking_account_01, savings_account_01, 300)
print("New checking account balance: $", checking_account_01.get_balance(),
sep="")
print("New savings account balance: $", savings_account_01.get_balance(),
sep="")
print("")
class SavingsAccountTestCase(TestCase):
def setUp(self):
self.holder = 'John'
self.account_number = 12345
self.starting_balance = 1500
self.interest_rate = 0.01
self.account = SavingsAccount(self.holder, self.account_number,
self.starting_balance,
self.interest_rate)
def test_create_account(self):
self.assertEqual(self.holder, self.account.get_holder())
self.assertEqual(self.account_number,
self.account.get_account_number())
self.assertEqual(self.starting_balance, self.account.get_balance())
self.assertEqual(self.interest_rate, self.account.get_interest_rate())
@unittest.skipIf(not sys.platform.startswith('darwin'), 'Only run on mac')
def test_001_mac(self):
self.fail('You are on a mac')
pass
@unittest.skipIf(not sys.platform.startswith('linux'), 'Only run on linux')
def test_001_linux(self):
pass
def test_interest_rate_works(self):
a = self.account
m_rate = self.interest_rate / 12
added = self.starting_balance * m_rate
self.assertEqual(self.starting_balance, a.get_balance())
self.assertEqual(added, a.add_monthly_interest())
self.assertEqual(self.starting_balance + added, a.get_balance())
def test_compound_interest(self):
name = 'Jaime'
number = 6732
balance = 10000
interest = 0.01
a = SavingsAccount(name, number, balance, interest)
m_rate = interest / 12
added = balance * m_rate
new_balance = added + balance
self.assertEqual(added, a.compound_interest())
self.assertEqual(new_balance, a.get_balance())
print("-" * 30)
# Savings account
account3 = SavingsAccount("Sally", 500000, 2.50, 3.25, 5)
print(account3)
print("-" * 30)
account4 = SavingsAccount("Jonny Cash", 50, 0.5, 5, 4)
print(account4)
try:
account4.make_withdrawal(15)
except MaxNumberOfWithdrawals as max_error:
print(str(max_error))
except InsufficientFunds as my_error:
print(str(my_error))
print(account4.get_balance())
try:
account4.make_withdrawal(60)
except MaxNumberOfWithdrawals as max_error:
print(str(max_error))
except InsufficientFunds as my_error:
print(str(my_error))
print(account4.get_balance())
try:
account4.make_withdrawal(30)
except MaxNumberOfWithdrawals as max_error:
print(str(max_error))
except InsufficientFunds as my_error:
print(str(my_error))