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_clear_screen(self):
""" Tests that the right amount of new lines were printed, including the last
one added automatically by python"""
expected = "\n" * 81
with pcutils.MockPrint() as mocked_print:
basic_utils.clear_screen()
print_output = mocked_print.stdout
self.assertEqual(expected, print_output)
def answer(action, comp_cards, missing_card):
search_code = action[1]
if not is_valid_search_code(search_code):
print("An invalid search code was entered!!")
return
if len(search_code) == 1:
show_amount(search_code, comp_cards)
pause()
elif len(search_code) == 2:
show_cards(search_code, comp_cards)
basic_utils.clear_screen()
elif len(search_code) == 3:
show_three_elements(search_code, comp_cards)
guess(missing_card)
basic_utils.clear_screen()
def request_cards(player):
cards = []
basic_utils.clear_screen()
print("Player " + player + " - Pick your cards:\n\n")
while True:
print(CARD_HELP)
print("You have entered " + str(len(cards)) + " cards.")
card = input("Enter a card - enter 'done' when finished:\n")
if is_valid_card(card):
cards.append(card)
elif card.lower() == "done":
break
else:
print("An invalid card was entered!")
print("\n\n\nYou have entered the following cards:")
print("\n".join(list_of_codes_to_names(cards)))
answer = input("\nAre you sure these are your cards? If so, enter 'done'\n")
if answer.lower() == "done":
return cards
else:
return request_cards(player)