def test_others(self):
'''Testing other players'''
g = Game.Game(Me({}), [Player("Foo", 4), Player("Bar", 14)])
assert len(g.others) == 2
assert g.others[0].name == "Foo"
assert g.others[0].numCards == 4
assert g.others[1].name == "Bar"
assert g.others[1].numCards == 14
def test_snapshot(self):
'''Test a game state snapshot'''
g = Game.Game(Me({'White'}), [Player("Foo", 17)])
g2 = g.snapshot()
t = Cards.Triple('White', 'Rope', 'Hall')
g.me.ask(t)
g.others[0].show(t)
assert not g2.me.asked
assert not g2.others[0].shown
def readPlayer(defaultName, defaultNumCards=3, maxCards=None):
'''Query user for name of a player'''
name = _read("Name", default=defaultName)
while True:
numCards = _read("How many cards does %s have?" % name,
default=defaultNumCards,
coerceTo=int)
print("got %s" % numCards)
if maxCards and numCards > maxCards:
if maxCards == 1:
msg = "There's only 1 card"
else:
msg = "There are only %s cards" % maxCards
print("%s left for %s!" % (msg, name))
continue
return Player(name, numCards)
def test_repr(self):
g = Game.Game(Me({'White'}), [Player("Foo", 17)])
assert repr(g) == "Game(Me(['White']), [Player('Foo', 17)])"
def test_dupe_player_names(self):
'''Test behavior when multiple other names are identical'''
with pytest.raises(ImpossibleError):
Game.Game(Me({}), [Player("Foo", 3), Player("Foo", 13)])
def test_wrong_number_card(self):
'''Test behavior when we have the wrong number of cards'''
with pytest.raises(ImpossibleError):
Game.Game(Me({}), [Player("Foo", 3)])
def test_me(self):
'''Testing my behaviors as a player'''
g = Game.Game(Me({'Plum'}), [Player("Foo", 17)])
assert g.me.numCards == 1
assert g.me.hasCards == {'Plum'}