def test_rectangle_with_aspect_ratio_fuzz():
# Fuzz test which checks that requirements are met for a wide range of
# cases.
for area in range(50):
for ratio100 in range(1, 101):
ratio = ratio100 / 100.0
w, h = rectangle_with_aspect_ratio(area, ratio)
# Area should be sufficient
assert w * h >= area
# Should be both zero or neither zero
assert (w == 0) == (h == 0)
# Aspect ratio should meet requirement
if area > 0:
assert 0.0 < (float(h) / float(w)) <= 1.0
def test_rectangle_with_aspect_ratio_fuzz():
# Fuzz test which checks that requirements are met for a wide range of
# cases.
for area in range(50):
for ratio100 in range(1, 101):
ratio = ratio100 / 100.0
w, h = rectangle_with_aspect_ratio(area, ratio)
# Area should be sufficient
assert w * h >= area
# Should be both zero or neither zero
assert (w == 0) == (h == 0)
# Aspect ratio should meet requirement
if area > 0:
assert 0.0 < (float(h) / float(w)) <= 1.0
def test_rectangle_with_aspect_ratio(area, ratio, wh):
# Human generated cases which make sure the 'sane' thing is done
assert rectangle_with_aspect_ratio(area, ratio) == wh
def test_rectangle_with_aspect_ratio(area, ratio, wh):
# Human generated cases which make sure the 'sane' thing is done
assert rectangle_with_aspect_ratio(area, ratio) == wh
