def test_show(self):
p = Player.Player("Foo", 3)
t = Triple('White', 'Rope', 'Hall')
p.show(t)
assert p.shown == [t]
def test_check_good(self):
p = Player.Player("Foo", 3)
p.hasCards = {'Green', 'Rope'}
p.notHasCards == {'White', 'Revolver'}
p.check()
def test_noshow(self):
p = Player.Player("Foo", 3)
t = Triple('White', 'Rope', 'Hall')
p.noshow(t)
assert p.notHasCards == {'White', 'Rope', 'Hall'}
def test_has_identical(self):
p = Player.Player("Foo", 3)
p.hasCard('Green')
p.hasCard('Green')
assert p.hasCards == {'Green'}
def test_ask(self):
p = Player.Player("Foo", 3)
t = Triple('White', 'Rope', 'Hall')
p.ask(t)
assert p.asked == [t]
def test_noshow_impossible(self):
p = Player.Player("Foo", 3)
t = Triple('White', 'Rope', 'Hall')
p.hasCards = {'Rope'}
with pytest.raises(ImpossibleError):
p.noshow(t)
def test_check_bad(self):
p = Player.Player("Foo", 3)
p.hasCards = {'White', 'Rope'}
p.notHasCards = {'White', 'Revolver'}
with pytest.raises(ImpossibleError):
p.check()
def test_has_too_many(self):
p = Player.Player("Foo", 3)
p.hasCard('Green')
p.hasCard('Hall')
p.hasCard('White')
with pytest.raises(ImpossibleError):
p.hasCard('Rope')
def test_repr(self):
m = Player.Me(['Plum', 'Wrench', 'Hall'])
assert repr(m) == "Me(['Hall', 'Plum', 'Wrench'])"
def test_dupes(self):
m = Player.Me({'White', 'Green', 'Hall', 'White'}) # Two 'White'
assert m.hasCards == {'White', 'Green', 'Hall'}
assert m.numCards == 3
assert m.notHasCards == set(DECK).difference(m.hasCards)
def test_repr(self):
p = Player.Player("Foo", 3)
assert repr(p) == "Player('Foo', 3)"