def test_toomanydice(self):
with raises(DiceFatalException):
roll('%id6' % (MAX_ROLL_DICE + 1))
with raises(DiceFatalException):
roll('7d6', max_dice=6)
with raises(ValueError):
Roll.roll(6, 1, 6, max_dice=4)
def test_toomanydice(self):
with raises(DiceFatalException):
roll("%id6" % (MAX_ROLL_DICE + 1))
with raises(DiceFatalException):
roll("7d6", max_dice=6)
with raises(ValueError):
Roll.roll(6, 1, 6, max_dice=4)
def test_roll(self):
amount, sides = 6, 6
assert len(Roll.roll(amount, 1, sides)) == amount
rr = Roll.roll(amount, 1, sides)
assert (1 * sides) <= sum(rr) <= (amount * sides)
rr = roll('%id%i' % (amount, sides))
rmin, rmax = rr.random_element.min_value, rr.random_element.max_value
assert rmin <= rr.do_roll_single() <= rmax
def test_roll_error(self):
with raises(ValueError):
Roll.roll(-1, 1, 6)
with raises(ValueError):
Roll.roll_single(4, 3)
with raises(DiceFatalException):
rolled = roll('6d6')
rolled.do_roll_single(4, 3)
def test_roll(self):
amount, sides = 6, 6
assert len(Roll.roll(amount, 1, sides)) == amount
rr = Roll.roll(amount, 1, sides)
assert (1 * sides) <= sum(rr) <= (amount * sides)
rr = roll('%id%i' % (amount, sides))
rmin, rmax = rr.random_element.min_value, rr.random_element.max_value
assert rmin <= rr.do_roll_single() <= rmax
def test_roll_error(self):
with raises(ValueError):
Roll.roll(-1, 1, 6)
with raises(ValueError):
Roll.roll_single(4, 3)
with raises(DiceFatalException):
rolled = roll('6d6')
rolled.do_roll_single(4, 3)
def test_roll(self):
amount, sides = 6, 6
assert len(Roll.roll(amount, sides)) == amount
assert (1 * sides) <= sum(Roll.roll(amount, sides)) <= (amount * sides)
def test_negative_amount_extreme(self):
with raises(ValueError):
Roll.roll(-1, 1, 6, force_extreme=DiceExtreme.EXTREME_MAX)
def test_roll(self):
amount, sides = 6, 6
assert len(Roll.roll(amount, sides)) == amount
assert (1 * sides) <= sum(Roll.roll(amount, sides)) <= (amount * sides)
def test_negative_amount_extreme(self):
with raises(ValueError):
Roll.roll(-1, 1, 6, force_extreme=DiceExtreme.EXTREME_MAX)