def get_hands():
unavailable_cards = []
hands = {}
for player_i in range(basic_utils.ask_int("How many human players?\n")):
hand = request_cards(str(player_i + 1))
hands["p" + str(player_i)] = hand
unavailable_cards += hand
missing_card = select_card(excluded=unavailable_cards)
hands["missing"] = missing_card
unavailable_cards.append(missing_card)
comp_card_amount = basic_utils.ask_int("How many cards for the computer?\n")
hands["comp"] = select_cards(comp_card_amount, unavailable_cards)
hands["extra"] = []
for _ in range(36 - len(unavailable_cards)):
card = select_card(excluded=unavailable_cards)
hands["extra"].append(card)
unavailable_cards.append(card)
save_cards(hands)
basic_utils.clear_screen()
return hands
def test_ask_int_with_invalid_int_as_input(self):
""" Tests that ask_int returns an int by passing an invalid int and then a valid int, both
in the form of a string"""
expected = "test error message\n"
with pcutils.MockInput(
["a", "2"], loop=False), pcutils.MockPrint() as mocked_print:
self.assertEqual(
2, basic_utils.ask_int("", error_message="test error message"))
self.assertEqual(expected, mocked_print.stdout)
def test_ask_int_with_valid_int_as_input(self):
""" Tests that ask_int returns an int by passing a valid int in the form of a string"""
with pcutils.MockInput(["1", "2"]):
self.assertEqual(1, basic_utils.ask_int(""))