def play_turn(human, cpu, pot):
#global TOTAL_TURNS
#TOTAL_TURNS += 1
(h_hand, h_reserve) = flip_if_needed(human)
(c_hand, c_reserve) = flip_if_needed(cpu)
h_card = cards.pull_top(h_hand)
c_card = cards.pull_top(c_hand)
pot.extend([h_card, c_card])
h_pic = interface.pic_repr(h_card)
c_pic = interface.pic_repr(c_card)
for (h_line, c_line) in zip(h_pic, c_pic):
print("{}\t\t\t{}".format(h_line, c_line))
print("You play the above \tComputer plays the above")
winner = cards.compare_cards(h_card, c_card)
if winner == -1: # Human wins
print("{} > {} --- You win this round.".format(h_card, c_card))
print("You win {} cards!".format(len(pot)))
#print(" WIN", end="")
h_reserve.extend(pot)
elif winner == 1: # Computer wins
print("{} > {} --- You lose this round.".format(c_card, h_card))
print("You lose {} cards!".format(len(pot)))
#print("LOSE", end="")
c_reserve.extend(pot)
elif winner == 0: # A tie; a cause for WAR!
print("There is a tie.")
print("Declare War!")
interface.wait_for_input()
#print(" TIE", end="\n")
(h_hand, h_reserve) = flip_if_needed((h_hand, h_reserve), n=3)
(c_hand, c_reserve) = flip_if_needed((c_hand, c_reserve), n=3)
pot.extend(cards.pull_three(h_hand))
pot.extend(cards.pull_three(c_hand))
# Weeeee, recursion!
((h_hand, h_reserve), (c_hand, c_reserve)) = play_turn(
(h_hand, h_reserve), (c_hand, c_reserve), pot)
return ((h_hand, h_reserve), (c_hand, c_reserve))
def play_turn(human, cpu, pot):
# global TOTAL_TURNS
# TOTAL_TURNS += 1
(h_hand, h_reserve) = flip_if_needed(human)
(c_hand, c_reserve) = flip_if_needed(cpu)
h_card = cards.pull_top(h_hand)
c_card = cards.pull_top(c_hand)
pot.extend([h_card, c_card])
h_pic = interface.pic_repr(h_card)
c_pic = interface.pic_repr(c_card)
for (h_line, c_line) in zip(h_pic, c_pic):
print("{}\t\t\t{}".format(h_line, c_line))
print("You play the above \tComputer plays the above")
winner = cards.compare_cards(h_card, c_card)
if winner == -1: # Human wins
print("{} > {} --- You win this round.".format(h_card, c_card))
print("You win {} cards!".format(len(pot)))
# print(" WIN", end="")
h_reserve.extend(pot)
elif winner == 1: # Computer wins
print("{} > {} --- You lose this round.".format(c_card, h_card))
print("You lose {} cards!".format(len(pot)))
# print("LOSE", end="")
c_reserve.extend(pot)
elif winner == 0: # A tie; a cause for WAR!
print("There is a tie.")
print("Declare War!")
interface.wait_for_input()
# print(" TIE", end="\n")
(h_hand, h_reserve) = flip_if_needed((h_hand, h_reserve), n=3)
(c_hand, c_reserve) = flip_if_needed((c_hand, c_reserve), n=3)
pot.extend(cards.pull_three(h_hand))
pot.extend(cards.pull_three(c_hand))
# Weeeee, recursion!
((h_hand, h_reserve), (c_hand, c_reserve)) = play_turn((h_hand, h_reserve), (c_hand, c_reserve), pot)
return ((h_hand, h_reserve), (c_hand, c_reserve))
def test_pull_top_error():
with pytest.raises(cards.OutOfCardsError):
cards.pull_three([(3,)])
def test_pull_top_three():
deck = [(2,), (5,), (11,)]
cs = cards.pull_three(deck)
assert len(deck) == 0
assert type(cs) is list
assert cs == [(11,), (5,), (2,)]
def test_pull_top_error():
with pytest.raises(cards.OutOfCardsError):
cards.pull_three([(3, )])
def test_pull_top_three():
deck = [(2, ), (5, ), (11, )]
cs = cards.pull_three(deck)
assert len(deck) == 0
assert type(cs) is list
assert cs == [(11, ), (5, ), (2, )]