def test_CanAssignCard(self):
c = Card()
player = Player("Homer")
c.assign_to(player)
self.assertEqual(c.AssignedTo, "Homer")
def test_Play_CoinFlipsTails_StartsNewCard(self):
homer = Player("Homer")
game = Create.game() \
.with_inbox_column([Card()]) \
.please()
homer.play(game, COIN_TAILS)
self.assertEqual(game.column("Development").Cards, [Card("Homer")])
def test_Play_CoinFlipsTails_HasAssignedBlockedCardInTesting_UnblocksTheCard(
self):
homer = Player("Homer")
game = Create \
.game() \
.with_testing_column([Card("Homer", True)]) \
.please()
homer.play(game, COIN_TAILS)
self.assertEqual(game.column("Testing").Cards, [Card("Homer", False)])
def test_Play_CoinFlipsTails_HasAssignedCardInTesting_MovesTheCardToDone(
self):
homer = Player("Homer")
game = Create.game() \
.with_testing_column([Card("Homer")]) \
.please()
homer.play(game, COIN_TAILS)
self.assertEqual(game.column("Testing").Cards, [])
self.assertEqual(game.column("Done").Cards, [Card("Homer")])
def test_CanNotPullBlockedCard(self):
column1 = Column()
card = Card()
card.lock()
column1.push(card)
column2 = Column()
column2.pull_from(column1)
self.assertEqual(len(column1.Cards), 1)
self.assertEqual(len(column2.Cards), 0)
def test_PlayWithWipLimits_CoinFlipsHeads_BlockAndRespectWipLimit(self):
homer = Player("Homer")
game = Create.game() \
.with_inbox_column([Card()]) \
.with_development_column(cards=[Card("Homer", False)], wip_limit=1) \
.with_testing_column(cards=[Card("Homer", True)], wip_limit=1) \
.please()
homer.play(game, COIN_HEADS)
self.assertEqual(
game.column("Development").Cards, [Card("Homer", True)])
self.assertEqual(game.column("Testing").Cards, [Card("Homer", True)])
def test_Play_CoinFlipsHeads_HasCardInDevelopment_BlocksTheCardAndStartsNewCard(
self):
homer = Player("Homer")
game = Create \
.game() \
.with_inbox_column([Card()]) \
.with_development_column([Card("Homer", False)]) \
.please()
homer.play(game, COIN_HEADS)
self.assertEqual(
game.column("Development").Cards,
[Card("Homer", True), Card("Homer", False)])
def test_PlayWithWipLimits_CoinFlipsTails_HelpOthersWithDevelopmentIfCanNotWorkOnMyCards(
self):
homer = Player("Homer")
game = Create.game() \
.with_inbox_column([Card()]) \
.with_development_column(cards=[Card("Marge")], wip_limit=1) \
.with_testing_column(cards=[], wip_limit=1) \
.please()
homer.play(game, COIN_TAILS)
self.assertEqual(game.column("Development").Cards, [])
self.assertEqual(game.column("Testing").Cards, [Card("Marge")])
self.assertEqual(game.column("Done").Cards, [])
def test_Play():
homer = Player("Homer")
marge = Player("Marge")
bart = Player("Bart")
liza = Player("Liza")
maggie = Player("Maggie")
coin = Coin()
done_cards = []
for game_count in range(1000):
inbox = []
for card_count in range(20):
inbox.append(Card())
game = Create.game() \
.with_inbox_column(inbox) \
.with_development_column([], 7) \
.with_testing_column([], 7) \
.please()
for steps_count in range(20):
homer.play(game, coin)
marge.play(game, coin)
bart.play(game, coin)
liza.play(game, coin)
maggie.play(game, coin)
done_cards.append(len(game.column("Done").Cards))
print(done_cards)
print(np.mean(done_cards))
def test_CanPushCardsIndependently(self):
column1 = Column()
column2 = Column()
column1.push(Card())
self.assertEqual(len(column1.Cards), 1)
self.assertEqual(len(column2.Cards), 0)
def test_CanUnlockCard(self):
c = Card()
c.lock()
c.unlock()
self.assertFalse(c.IsLocked)
def test_ByDefault_IsNotBlocked(self):
c = Card()
self.assertFalse(c.IsLocked)
def test_CanLockCard(self):
c = Card()
c.lock()
self.assertTrue(c.IsLocked)
def __init__(self, number_of_cards=0, wip_limit=0):
self._wip_limit = wip_limit
self.Cards = []
for i in range(number_of_cards):
self.Cards.append(Card())
