def test_get_balance_two_loonie_candy_75():
"""
given that two toonies are inserted into the machine and a candy bar
was purchased, the method should return 85.
"""
machine = vending_machine.VendingMachine()
toonie = coins.Toonie()
candy = products.Candy()
machine.insert_coin(toonie)
machine.insert_coin(toonie)
machine.buy_product(candy)
assert machine.get_balance() == 85
def test_vending_machine_whole():
"""
Here we do a integrated test to simulate a action of using vending machine
"""
machine1 = vending_machine.VendingMachine()
quarter = coins.Quarter()
toonie = coins.Toonie()
dime = coins.Dime()
nickel = coins.Nickel()
loonie = coins.Loonie()
candy = products.Candy()
chips = products.Chips()
machine1.insert_coin(toonie)
machine1.insert_coin(loonie)
machine1.insert_coin(loonie)
machine1.insert_coin(toonie)
machine1.insert_coin(quarter)
candy = products.Candy()
chips = products.Chips()
machine1.buy_product(candy)
machine1.buy_product(chips)
assert machine1.get_change() == [
quarter, quarter, dime, dime, dime, nickel
]
def test_candy_str():
"""test candy str"""
candy = products.Candy()
assert str(candy) == "Candy: $3.15"
def test_candy_price():
"""test candy price"""
candy = products.Candy()
assert candy.price == 315
def test_candy_str():
candy = products.Candy()
assert str(candy) == 'Candy: $3.15'
def test_candy_price():
candy = products.Candy()
assert candy.price == 315