def setUp(self):
"""Initialise the game for each test."""
assert self._decks and len(self._decks) > 0
self.game = Game(name="Trading Cards Test Game", decks=self._decks, apxchg=(2, 4))
self.fox = self.game.player_add("TheWilfox")
self.better_fox = self.game.player_add("Missingno")
self.game.ap[self.fox] = 1
self.game.ap[self.better_fox] = 5
self.game.round_start()
class TradeCardsTestCase(unittest.TestCase):
@classmethod
def setUpClass(cls):
"""Only load the decks for each game once."""
cls._decks = [deck.Deck(deck.basepacks)]
def setUp(self):
"""Initialise the game for each test."""
assert self._decks and len(self._decks) > 0
self.game = Game(name="Trading Cards Test Game", decks=self._decks, apxchg=(2, 4))
self.fox = self.game.player_add("TheWilfox")
self.better_fox = self.game.player_add("Missingno")
self.game.ap[self.fox] = 1
self.game.ap[self.better_fox] = 5
self.game.round_start()
def test_more_than_limit(self):
"""Ensure I can't trade more cards than allowed."""
# just trade the whole damn hand
with self.assertRaises(RuleError):
self.game.player_trade_ap(self.better_fox, self.game.playercards[self.better_fox])
def test_more_than_my_ap(self):
"""Ensure I can't trade when I don't have the AP for it."""
with self.assertRaises(RuleError):
self.game.player_trade_ap(self.fox, self.game.playercards[self.fox][:2])
def test_working_trade(self):
"""Ensure I can trade when parameters are okay."""
cards_to_trade = self.game.playercards[self.better_fox][:2]
self.game.player_trade_ap(self.better_fox, cards_to_trade)
for card in cards_to_trade:
self.assertNotIn(card, self.game.playercards[self.better_fox])
def test_deck_exhaustion(self):
"""Ensure I can't trade more cards than the deck has remaining."""
# XXX TODO
self.assertEqual(True, True)
def test(self):
"""Ensures that we can finish a game using maxrounds."""
decks = [deck.Deck(deck.basepacks)]
player_list = create_players_helper()
rounds_to_test = 20
game = Game(name="Max Rounds Test Game", decks=decks, maxrounds=rounds_to_test, players=player_list)
better_fox, fox, stallion, derpy_dog, derpy_pony = game.players
player_list = set(game.players)
for next_round in range(0, rounds_to_test):
game.round_start()
winner = random.choice(list(player_list.difference([game.tsar])))
game.player_play(winner, game.playercards[winner][0 : game.card_black().playcount])
game.round_end(winner)
self.assertTrue(game.spent)
def test(self):
"""Ensures that we can finish a game using maxap."""
decks = [deck.Deck(deck.basepacks)]
player_list = create_players_helper()
ap_to_test = 40
game = Game(name="Max AP Test Game", decks=decks, maxap=ap_to_test, players=player_list)
better_fox, fox, stallion, derpy_dog, derpy_pony = game.players
for next_round in range(0, ap_to_test + 1 + int(ceil(ap_to_test / 5))):
game.round_start()
if (next_round + 1) % 5 == 0:
game.player_play(derpy_dog, game.playercards[derpy_dog][0 : game.card_black().playcount])
game.round_end(derpy_dog)
else:
game.player_play(better_fox, game.playercards[better_fox][0 : game.card_black().playcount])
game.round_end(better_fox)
self.assertTrue(game.spent)