def test_welcome():
prints = [
"Welcome to Game of Greed!",
"Wanna play? ",
"OK. Maybe another time",
"Great! Check back tomorrow!",
]
def print_for_testing(message):
assert message == prints.pop(0)
game = Game(print_for_testing, print_for_testing)
game.play()
def play(cls, num_games=1):
mega_total = 0
for i in range(num_games):
player = cls()
game = Game()
game.play()
mega_total += player.total_score
player.reset()
print(
f"{num_games} games (maybe) played with average score of {mega_total // num_games}"
)
def test_def_validate_roll_fail(roll, expected_keepers):
prints = ['No way pal', roll, 'No way pal',roll]
inputs = ['0','0', str(expected_keepers[0])]
def my_print(msg, *args):
assert msg == prints.pop(0)
def my_input(msg, *args):
assert msg == 'Enter dice to keep: '
return inputs.pop(0)
game = Game(my_print, my_input)
keepers = game.validate_roll(roll)
assert keepers == expected_keepers
def test_def_validate_roll_success(roll, expected_keepers):
def my_print(msg, *args):
assert msg == roll
def my_input(msg, *args):
assert msg == 'Enter dice to keep: '
keeper_string = ''
for val in expected_keepers:
keeper_string += str(val)
return keeper_string
game = Game(my_print, my_input)
keepers = game.validate_roll(roll)
assert keepers == expected_keepers
def test_flow_no():
prints = ['Welcome to Game of Greed', 'OK. Maybe another time']
prompts = ['Wanna play? Please type y to start game Type: ']
responses = ['n']
def mock_print(*args):
if len(prints):
current_print = prints.pop(0)
assert args[0] == current_print
def mock_input(*args):
if len(prompts):
current_prompt = prompts.pop(0)
assert args[0] == current_prompt
if len(responses):
current_response = responses.pop(0)
return current_response
game = Game(mock_print, mock_input)
game.play()
def test_1_and_5():
test_game = Game()
actual = test_game.calculate_score((6, 5, 4, 1, 4, 2))
assert 150 == actual
def test_straigt():
test_game = Game()
actual = test_game.calculate_score((6, 5, 4, 1, 3, 2))
assert 1500 == actual
def test_3_pairs():
test_game = Game()
actual = test_game.calculate_score((6, 4, 4, 2, 6, 2))
assert 1500 == actual