def test_secrets(self):
for secret_type in SecretCard.__subclasses__():
random.seed(1857)
secret = secret_type()
game = generate_game_for(secret_type, StonetuskBoar, SpellTestingAgent, DoNothingBot)
for turn in range(0, secret.mana * 2 - 2):
game.play_single_turn()
def assert_different():
new_events = game.events.copy()
new_events.update(game.other_player.hero.events)
new_events.update(game.other_player.events)
new_events.update(game.current_player.hero.events)
new_events.update(game.current_player.events)
self.assertNotEqual(events, new_events, secret.name)
def assert_same():
new_events = game.events.copy()
new_events.update(game.current_player.hero.events)
new_events.update(game.current_player.events)
new_events.update(game.other_player.hero.events)
new_events.update(game.other_player.events)
self.assertEqual(events, new_events)
game.current_player.bind("turn_ended", assert_different)
game.other_player.bind("turn_ended", assert_same)
# save the events as they are prior to the secret being played
events = game.events.copy()
events.update(game.other_player.hero.events)
events.update(game.other_player.events)
events.update(game.current_player.hero.events)
events.update(game.current_player.events)
# The secret is played, but the events aren't updated until the secret is activated
game.play_single_turn()
self.assertEqual(1, len(game.current_player.secrets))
# Now the events should be changed
game.play_single_turn()
# Now the events should be reset
game.play_single_turn()
def card_used(card):
if type(card) in SecretCard.__subclasses__():
player.unbind("card_used", card_used)
player.unbind("turn_ended", turn_ended)
player.mana_filters.remove(mana_filter)
def __init__(self):
#To make sure that no matter what the cost of a secret, it will be 0
self.amount = 100
self.filter = lambda c: type(c) in SecretCard.__subclasses__()
self.min = 0