def test_turn_score_is_zero_on_roll_of_one():
player = Player()
turn = Turn(player)
turn.score = 10
turn.record_roll(1)
assert turn.score == 0
def test_turn_score_is_zero_on_roll_of_one():
player = Player()
turn = Turn(player)
turn.score = 10
turn.record_roll(1)
assert turn.score == 0
def test_turn_tells_player_roll():
# This should result in a roll of 4.
random.seed(0)
player = TestPlayer()
turn = Turn(player)
turn.go()
assert player.rolls == [4]
def test_turn_tells_player_roll():
# This should result in a roll of 4.
random.seed(0)
player = TestPlayer()
turn = Turn(player)
turn.go()
assert player.rolls == [4]
def test_turn_repeats_until_player_stops():
# This should result in a rolls of [2, 4, 4].
random.seed(100)
player = StopAtThreePlayer()
turn = Turn(player)
turn.start()
assert turn.over
assert turn.player.rolls == [2, 4, 4]
def test_turn_ends_on_a_roll_of_one():
player = Player()
turn = Turn(player)
assert not turn.over
turn.record_roll(1)
assert turn.over
def test_turn_repeats_until_player_stops():
# This should result in a rolls of [2, 4, 4].
random.seed(100)
player = StopAtThreePlayer()
turn = Turn(player)
turn.start()
assert turn.over
assert turn.player.rolls == [2, 4, 4]
def test_turn_ends_on_a_roll_of_one():
player = Player()
turn = Turn(player)
assert not turn.over
turn.record_roll(1)
assert turn.over
def test_turn_collect_rolls():
player = Player()
turn = Turn(player)
assert turn.score == 0
turn.record_roll(3)
assert turn.score == 3
turn.record_roll(5)
assert turn.score == 8
def test_turn_collect_rolls():
player = Player()
turn = Turn(player)
assert turn.score == 0
turn.record_roll(3)
assert turn.score == 3
turn.record_roll(5)
assert turn.score == 8