def test_special_jack(self):
# given
self.game.table.append(
makao.Card(makao.CardSuit.HEARTS, makao.CardValue.JACK))
self.game.make_restriction(1, makao.CardValue.SIX)
# when
# puts jack
expected_jack = 2
output_jack = self.game.restriction(
makao.Card(makao.CardSuit.SPADES, makao.CardValue.JACK),
self.game.players[0])
# puts illegal card
output_illegal = self.game.restriction(
makao.Card(makao.CardSuit.SPADES, makao.CardValue.THREE),
self.game.players[0])
# puts demanded card
demand = makao.CardValue.SIX
output_demand = self.game.restriction(
makao.Card(makao.CardSuit.CLUBS, demand), self.game.players[0])
# then
self.assertEqual(output_jack, expected_jack)
self.assertFalse(output_illegal)
self.assertTrue(output_demand)
def test_special_four(self):
# given
self.game.table.append(
makao.Card(makao.CardSuit.DIAMONDS, makao.CardValue.FOUR))
self.game.make_restriction(0)
self.game.table.append(
makao.Card(makao.CardSuit.SPADES, makao.CardValue.FOUR))
self.game.make_restriction(0)
# when
expected_wait = 2
output_wait = self.game.stops_pending
# puts four
output_four = self.game.restriction(
makao.Card(makao.CardSuit.CLUBS, makao.CardValue.FOUR),
self.game.players[1])
# puts illegal card
expected_illegal = -1
output_illegal = self.game.restriction(
makao.Card(makao.CardSuit.SPADES, makao.CardValue.QUEEN),
self.game.players[1])
# then
self.assertEqual(output_wait, expected_wait)
self.assertTrue(output_four)
self.assertEqual(output_illegal, expected_illegal)
def test_special_ace(self):
# given
self.game.table.append(
makao.Card(makao.CardSuit.HEARTS, makao.CardValue.ACE))
self.game.make_restriction(1, makao.CardSuit.SPADES)
# when
# puts ace
expected_ace = 2
output_ace = self.game.restriction(
makao.Card(makao.CardSuit.CLUBS, makao.CardValue.ACE),
self.game.players[0])
# puts illegal card
output_illegal = self.game.restriction(
makao.Card(makao.CardSuit.HEARTS, makao.CardValue.FIVE),
self.game.players[0])
# puts demanded card
demand = makao.CardSuit.SPADES
output_demand = self.game.restriction(
makao.Card(demand, makao.CardValue.EIGHT), self.game.players[0])
# then
self.assertEqual(output_ace, expected_ace)
self.assertFalse(output_illegal)
self.assertTrue(output_demand)
def test_can_put_on_table(self):
# given
self.game.table.append(
makao.Card(makao.CardSuit.HEARTS, makao.CardValue.FIVE))
card_val = makao.Card(makao.CardSuit.SPADES, makao.CardValue.FIVE)
card_suit = makao.Card(makao.CardSuit.HEARTS, makao.CardValue.EIGHT)
card_not_playable = makao.Card(makao.CardSuit.CLUBS,
makao.CardValue.SEVEN)
# when
output_is_playable_value = self.game.current().is_playable(card_val)
output_is_playable_suit = self.game.current().is_playable(card_suit)
output_is_not_playable = self.game.current().is_playable(
card_not_playable)
# then
self.assertTrue(output_is_playable_value,
'Card should have the same value as the one on table')
self.assertTrue(output_is_playable_suit,
'Card should have the same suit as the one on table')
self.assertFalse(output_is_not_playable,
'Card should have same suit or value')
def test_special_king(self):
# given
self.game.table.append(
makao.Card(makao.CardSuit.HEARTS, makao.CardValue.KING))
self.game.make_restriction(0)
# when
# cards to draw after two two's
expected_draw = 5
output_draw = self.game.card_pending
# puts two of same suit
output_two = self.game.restriction(
makao.Card(makao.CardSuit.HEARTS, makao.CardValue.TWO),
self.game.players[1])
# puts three of same suit
output_three = self.game.restriction(
makao.Card(makao.CardSuit.HEARTS, makao.CardValue.THREE),
self.game.players[1])
# puts another special king
output_king = self.game.restriction(
makao.Card(makao.CardSuit.SPADES, makao.CardValue.KING),
self.game.players[1])
# puts two of other suit = illegal card
expected_illegal = -1
output_illegal = self.game.restriction(
makao.Card(makao.CardSuit.CLUBS, makao.CardValue.TWO),
self.game.players[1])
# then
self.assertEqual(output_draw, expected_draw)
self.assertTrue(output_two)
self.assertTrue(output_three)
self.assertTrue(output_king)
self.assertEqual(output_illegal, expected_illegal)