def test_order_with_privileged():
privileged = MAX_UNSIGNED_INT32_VALUE
seq1 = list(range(10))
seq2 = list(range(10, 20, 2))
nos = _nos.NumericOrderedSet(UNSIGNED_INT32, privileged)
for i in seq1:
nos.add(i)
nos.add_privileged()
for i in seq2:
nos.add(i)
assert list(nos) == seq1 + [privileged] + seq2
def _extract_strokes(
bitmap, bbox: Tuple[int, int, int, int]) -> _nos.NumericOrderedSet:
left, upper, right, lower = bbox
assert left >= 0 and upper >= 0
# reserve 0xFFFFFFFF as _STROKE_END
assert right <= _MAX_INT16_VALUE and lower < _MAX_INT16_VALUE
strokes = _nos.NumericOrderedSet(_UNSIGNED_INT32_TYPECODE,
privileged=_STROKE_END)
for y in range(upper, lower):
for x in range(left, right):
if bitmap[x, y] and strokes.add(_xy(x, y)):
_extract_stroke(bitmap, (x, y), strokes, bbox)
strokes.add_privileged()
return strokes
def test_len():
privileged = MAX_UNSIGNED_INT32_VALUE
nos = _nos.NumericOrderedSet(UNSIGNED_INT32, privileged)
length = 10
for i in range(length):
assert len(nos) == i
assert nos.add(i)
assert len(nos) == length
nos.add_privileged()
assert len(nos) == length + 1
nos.add(privileged)
assert len(nos) == length + 2
nos.clear()
assert len(nos) == 0
def test_privileged():
privileged = MAX_UNSIGNED_INT32_VALUE
nos = _nos.NumericOrderedSet(UNSIGNED_INT32, privileged)
assert privileged == nos.privileged
def test_order():
nos = _nos.NumericOrderedSet(UNSIGNED_INT32)
for i in (0, 2, 1, 0, 9, 8, 2, 0):
nos.add(i)
assert tuple(nos) == (0, 2, 1, 9, 8)
def test_typecode():
nos = _nos.NumericOrderedSet(UNSIGNED_INT32)
assert nos.typecode == UNSIGNED_INT32