# the fix in in, put the in/correct card at 'A'
if win:
g._players[p].hand[0] = Card(c, i, "A")
else:
g._players[p].hand[0] = Card(c, 6 - i, "A")
print "%s playing card A" % p
display(g.play_card(p, "A"))
if g._is_game_over():
return
# run through a bunch of games.
for w in [True, False]:
for n in range(5, 1, -1):
show_game(n, w)
g = Game()
display(g.add_player("Olive"))
display(g.get_hands("Olive"))
display(g.add_player("Maisie"))
display(g.add_player("Jasper"))
display(g.add_player("George"))
display(g.add_player("Frank"))
display(g.add_player("One Too Many"))
display(g.get_table())
display(g.remove_player("George"))
display(g.get_table())
display(g.start_game("Olive"))
display(g.remove_player("Maisie"))
if win:
g._players[p].hand[0] = Card(c, i, 'A')
else:
g._players[p].hand[0] = Card(c, 6-i, 'A')
show_hands(g)
print '%s playing card A' % p
display(g.play_card(p, 'A'))
if g._is_game_over():
return
# run through a bunch of games.
for w in [True, False]:
for n in range(5, 1, -1):
show_game(n, w)
g = Game()
display(g.add_player('Olive'))
display(g.get_hands('Olive'))
display(g.add_player('Maisie'))
display(g.add_player('Jasper'))
display(g.add_player('George'))
display(g.add_player('Frank'))
display(g.add_player('One Too Many'))
display(g.get_table())
display(g.remove_player('George'))
display(g.get_table())
display(g.start_game('Olive'))
display(g.remove_player('Maisie'))
