def test_registry_multiplesegment_invert(values):
r = Registry()
for point in values:
r.add(point)
assert (~~r).acked == r.acked
def test_registry_add_only_accept_integers():
from binlog.registry import Registry
r = Registry()
with pytest.raises(TypeError):
r.add(None)
def test_registry_double_add():
from binlog.registry import Registry
r = Registry()
assert r.add(0)
assert not r.add(0)
def test_registry_is_iterator(points):
from binlog.registry import Registry
r = Registry()
for p in points:
r.add(p)
assert list(r) == sorted(points)
def test_registry_add_consecutive_left_side(data):
from binlog.registry import Registry
r = Registry()
r.add(data)
r.add(data - 1)
assert (data - 1, data) in r.acked
def test_registry_contains(data, point):
from binlog.registry import Registry
r = Registry()
for i in data:
r.add(i)
assert (point in r) == (point in data)
def test_registry_is_always_sorted(data):
from binlog.registry import Registry
r = Registry()
for i in data:
r.add(i)
assert list(r.acked) == sorted(r.acked) # sorted always returns list
def test_registry_add_consecutive_left_and_right(data):
from binlog.registry import Registry
r = Registry()
r.add(data - 1)
r.add(data + 1)
r.add(data)
assert (data - 1, data + 1) in r.acked
def test_registry_add_non_consecutive(data):
from binlog.registry import Registry
r = Registry()
r.add(0)
assert (0, 0) in r.acked
r.add(data)
assert (data, data) in r.acked
def test_registry_add_randomized_range(data):
from binlog.registry import Registry
r = Registry()
l = list(range(data, data + 101)) * random.randint(1, 3)
random.shuffle(l)
for i in l:
r.add(i)
assert (data, data + 100) in r.acked
def test_registry_add_starts_range(data):
from binlog.registry import Registry
r = Registry()
assert r.add(data)
assert r.acked == list([(data, data)])
def test_registries_support_intersection(data_a, data_b):
from binlog.registry import Registry
registry_a = Registry()
registry_b = Registry()
for p in data_a:
registry_a.add(p)
for p in data_b:
registry_b.add(p)
registry_x = registry_a & registry_b
ack_points = data_a & data_b
non_ack_points = set(range(0, 20)) - ack_points
for p in ack_points:
assert p in registry_x
for p in non_ack_points:
assert p not in registry_x