def pool_test(minsize, maxsize):
pool = Pool(connect, minsize, maxsize, host='10.20.238.182', port=3306, user='******', password='******', db='webauth')
assert pool.connected_count == 0
assert len(pool.free_items) == 0
assert not pool.waittings
assert pool.maxsize == maxsize
init_task = yield NewTask(pool.init())
yield WaitTask(init_task)
assert pool.connected_count == minsize
assert len(pool.free_items) == minsize
assert not pool.waittings
connected_count = pool.connected_count
conns = []
for _ in range(minsize):
conns.append((yield pool.get()))
assert connected_count == pool.connected_count
assert len(pool.free_items) == 0
for _ in range(maxsize - minsize):
conns.append((yield pool.get()))
assert len(pool.free_items) == 0
assert pool.connected_count == maxsize
assert len(pool.free_items) == 0
yield NewTask(free_conn(pool, conns.pop()))
conns.append((yield pool.get()))
assert len(conns) == maxsize
assert pool.connected_count == maxsize
exit()
cookie = request.get_cookie("testcookie")
r = HTTPReponse(
"""Hello world, %s, cookie: %s,
request: %s
data: %s
connected: %s, pool left: %s
Schedule: %s"""
% (datetime.now(), cookie, request, rs[0], pool.connected_count, len(pool.free_items), schedule),
"text/plain",
)
r.set_cookie("testcookie", "%s" % time.time())
yield r
# import logging
# logging.root.setLevel(logging.DEBUG)
httpserver = HTTPServer(handler)
httpserver.listen(8081)
schedule = Scheduler.instance()
schedule.new(pool.init())
schedule.new(httpserver.start())
schedule.mainloop()
"""
TEST:
httperf --hog --server=10.20.208.25 --timeout 5 --uri=/ --port=8081 \
--rate 100 --num-conns=1000 --num-calls=10
"""
