def test_bloomfilter_union(self, n_xs_ys):
n, xs, ys = n_xs_ys
x, y = BloomFilter.from_iterable(n, 8, xs), BloomFilter.from_iterable(n, 8, ys)
# tests __or__
z = x | y
assert(z == BloomFilter.from_iterable(n, 8, xs | ys))
# tests __ior__
x |= y
assert(x == z)
def test_bloomfilter_union(self, n_xs_ys):
n, xs, ys = n_xs_ys
x, y = BloomFilter.from_iterable(n, 8, xs), BloomFilter.from_iterable(
n, 8, ys)
# tests __or__
z = x | y
assert (z == BloomFilter.from_iterable(n, 8, xs | ys))
# tests __ior__
x |= y
assert (x == z)
def test_bloomfilter_intersection(self, n_xs_ys):
n, xs, ys = n_xs_ys
x, y = BloomFilter.from_iterable(n, 8, xs), BloomFilter.from_iterable(n, 8, ys)
zs = xs & ys
# tests __and__
z = x & y
for e in zs:
assert(e in z)
# tests __iand__
x &= y
for e in zs:
assert(e in x)
def test_bloomfilter_intersection(self, n_xs_ys):
n, xs, ys = n_xs_ys
x, y = BloomFilter.from_iterable(n, 8, xs), BloomFilter.from_iterable(
n, 8, ys)
zs = xs & ys
# tests __and__
z = x & y
for e in zs:
assert (e in z)
# tests __iand__
x &= y
for e in zs:
assert (e in x)
def test_bloomfilter_negation(self, n_xs):
n, xs = n_xs
x = BloomFilter.from_iterable(n, 8, xs)
y = -x
assert (x == -y)
def test_bloomfilter_negation(self, n_xs): n, xs = n_xs x = BloomFilter.from_iterable(n, 8, xs) y = -x assert(x == -y)
