def init():
# bind a ioloop or use default ioloop
chronos.setup() # chronos.setup(tornado.ioloop.IOLoop())
chronos.schedule('say', chronos.every_second(1), say)
chronos.schedule('say2', chronos.every_second(1), test_process, once=True, process=True)
chronos.schedule('say3', chronos.every_second(1), lambda: test("test3"))
chronos.start(True)
def test_schedule_process(self):
import threading
lock = threading.Lock()
def say(word="hello chronos"):
LOG.info("%s: %d" % (word, say.count))
with lock:
if say.count == 5:
chronos.stop(True, True)
else:
say.count += 1
say.count = 1
chronos.schedule('stop', every_second(1), lambda: say("test"))
chronos.schedule('test_proc', every_second(1), test_proc, process=True)
chronos.start(True)
assert say.count == 5
def test_schedule_thread(self):
import threading
lock = threading.Lock()
def say(word="hello chronos"):
LOG.info("%s: %d" % (word, say.count))
with lock:
if say.count == 5:
chronos.remove_task('say2')
chronos.stop(True, True)
else:
say.count += 1
say.count = 1
def say2(word):
LOG.info("%s: %d" % (word, say.count))
chronos.schedule('say', every_second(1), lambda: say("test"))
chronos.schedule('say2', every_second(1), lambda: say2("test2"))
chronos.start(True)
assert say.count == 5
def test_builtin_timer_second(self):
assert every_second(2).next().total_seconds() == 2
assert every_second(3600).next().total_seconds() == 3600