def test_sorter(self):
g = KaiboshGame()
sorter = g.card_sorter(trump=Suits['Diamonds'], led_suit=Suits['Clubs'])
jack_of_diamonds = Card(Values['J'], Suits['Diamonds'])
jack_of_hearts = Card(Values['J'], Suits['Hearts'])
ace_of_clubs = Card(Values['A'], Suits['Clubs'])
king_of_clubs = Card(Values['K'], Suits['Clubs'])
ace_of_hearts = Card(Values['A'], Suits['Hearts'])
assert sorted([jack_of_hearts,
ace_of_clubs], sorter)[0] == jack_of_hearts
assert sorted([jack_of_hearts,
jack_of_diamonds], sorter)[0] == jack_of_diamonds
assert sorted([ace_of_clubs,
ace_of_hearts], sorter)[0] == ace_of_clubs
assert sorted([ace_of_clubs,
king_of_clubs], sorter)[0] == ace_of_clubs
def test_setup(self):
g = KaiboshGame()
p1 = Player('Alice', g)
p2 = Player('Bob', g)
p3 = Player('Chuck', g)
p4 = Player(u'댄', g)
self.players = [p1, p2, p3, p4]
assert g.state == 'add_player'
g.add_player(p1, p1)
g.add_player(p2, p2)
g.add_player(p3, p3)
g.add_player(p4, p4)
assert g.state == 'bid'
jack_of_hearts = Card(Values['J'], Suits['Hearts'])
jack_of_diamonds = Card(Values['J'], Suits['Diamonds'])
queen_of_clubs = Card(Values['Q'], Suits['Clubs'])
ten_of_spades = Card(Values['10'], Suits['Spades'])
p1.hand = []
p2.hand = []
p3.hand = []
p4.hand = []
for _ in xrange(6):
p1.hand.append(jack_of_hearts)
p2.hand.append(jack_of_diamonds)
p3.hand.append(queen_of_clubs)
p4.hand.append(ten_of_spades)
self.render_template()
p1.bid(0)
p2.bid(1)
try:
p3.bid(1)
assert False, 'Should complain about the bid being too low'
except:
assert True
p3.bid(4)
p4.bid(0)
assert g.score == [{'bidder': p3, 'bid': 4, 'trump': None, 'made_it': None, 'scores': ['-', '-']}]
assert g.high_bid == (p3, 4)
assert g.state == 'name_trump'
p3.name_trump(Suits['Hearts'])
assert g.score == [{'bidder': p3, 'bid': 4, 'trump': Suits['Hearts'], 'made_it': None, 'scores': ['-', '-']}]
assert g.state == 'play_card'
assert g.next_player == p1
p1.play_card(jack_of_hearts)
self.render_template()
try:
p1.play_card(jack_of_hearts)
assert False, 'Out of turn not raised'
except OutOfTurn:
assert True
p2.hand.append(queen_of_clubs)
try:
p2.play_card(queen_of_clubs)
assert False, 'Must follow suit should raise'
except MustFollowSuit:
assert True
p2.hand.remove(queen_of_clubs)
p2.play_card(jack_of_diamonds)
p3.play_card(queen_of_clubs)
p4.play_card(ten_of_spades)
assert g.tricks_won[p1] == 1
assert g.next_player == p1
for _ in xrange(5):
p1.play_card(jack_of_hearts)
p2.play_card(jack_of_diamonds)
p3.play_card(queen_of_clubs)
p4.play_card(ten_of_spades)
self.render_template()
assert g.state == 'bid'
assert p1.score == 6
assert p2.score == 0
assert p3.score == 6
assert p4.score == 0
p1.hand = []
p2.hand = []
p3.hand = []
p4.hand = []
for _ in xrange(6):
p1.hand.append(jack_of_hearts)
p2.hand.append(queen_of_clubs)
p3.hand.append(jack_of_diamonds)
p4.hand.append(ten_of_spades)
p2.bid(3)
p3.bid(12)
assert g.state == 'name_trump'
assert g.next_player == p3
p3.name_trump(Suits['Diamonds'])
for _ in xrange(6):
p3.play_card(jack_of_diamonds)
p4.play_card(ten_of_spades)
p2.play_card(queen_of_clubs)
self.render_template()
assert g.score[0] == {'bidder' : p3,
'bid' : 12,
'trump' : Suits['Diamonds'],
'made_it': True,
'scores' : [18, 0]}
