def test_helpers_ratelimit(worker):
worker.start_deps()
for i in range(1, 10):
r = ratelimit("k", 10, per=1)
assert r == 10 - i
assert ratelimit("k", 10, per=1) == 0
assert ratelimit("k2", 5, per=1) == 4
# We *could* have failures there if we go over a second but we've not seen it much so far.
for i in range(0, 100):
assert ratelimit("k", 10, per=1) == 0
# TODO: test the "per" argument a bit better.
time.sleep(1)
assert ratelimit("k", 10, per=1) == 9
def test_helpers_ratelimit(worker):
worker.start_deps()
for i in range(1, 10):
r = ratelimit("k", 10, per=1)
assert r == 10 - i
assert ratelimit("k", 10, per=1) == 0
assert ratelimit("k2", 5, per=1) == 4
# We *could* have failures there if we go over a second but we've not seen
# it much so far.
for i in range(0, 100):
assert ratelimit("k", 10, per=1) == 0
# TODO: test the "per" argument a bit better.
time.sleep(1)
assert ratelimit("k", 10, per=1) == 9
def test_helpers_ratelimit(worker):
worker.start_deps()
assert ratelimit("k3", 1, per=1) == 1
assert ratelimit("k3", 1, per=1) == 0
assert ratelimit("k3", 1, per=1) == 0
for i in range(0, 10):
r = ratelimit("k", 10, per=1)
assert r == 10 - i
assert ratelimit("k", 10, per=1) == 0
assert ratelimit("k2", 5, per=1) == 5
# We *could* have failures there if we go over a second but we've not seen
# it much so far.
for i in range(0, 100):
assert ratelimit("k", 10, per=1) == 0
# TODO: test the "per" argument a bit better.
time.sleep(1)
assert ratelimit("k", 10, per=1) == 10
assert ratelimit("k", 10, per=1) == 9
# This is actually another counter.
assert ratelimit("k", 10, per=10) == 10
assert ratelimit("k", 10, per=10) == 9
worker.stop_deps()
