def test_task_assignment(self):
# See https://github.com/surfly/gevent/blob/master/greentest/test__event.py
INTERVAL = 2
self.scheduler.schedule('task_1', every_second(INTERVAL), func_1)
assert self.scheduler.tasks[0].name == 'task_1'
greenlet1, greenlet2 = self.scheduler.run(self.scheduler.tasks[0])
event1 = AsyncResult()
greenlet1.link(event1)
self.assertEqual(event1.get(), 100)
assert greenlet2.ready() == False
assert greenlet2.successful() == False
sleep(INTERVAL)
assert greenlet2.ready() == True
assert greenlet2.successful() == True
greenlet2.kill()
greenlet1.kill()
assert greenlet2.value[0].get() == 100, 'Actual %s' % str(
greenlet2.value[0].get())
print("C**t spotted")
rev = 0 if c**t[1] else 1
rev_string = "unprotected" if rev else "protected"
stat = "User " + c**t[3] + " has moved account to " + rev_string
print(stat)
#rest.update_status(status=c**t[0]+' has '+ 'his/fer account')
cur.execute('UPDATE C**T set IS_CUNT=? WHERE ID=?', (rev, c**t[0]))
#for r in row:
return
def add_all():
for c**t in cunts:
cur_cunt = rest.show_user(id=c**t)
user_id = cur_cunt['id']
screen_name = cur_cunt['screen_name']
if cur_cunt['protected']:
prot = 1
else:
prot = 0
cur.execute(
'INSERT INTO C**T (IS_CUNT,USER_ID, SCREEN_NAME) VALUES (?,?,?)',
(prot, user_id, screen_name))
#add_all()
#who_is_a_cunt()
scheduler = greenclock.Scheduler(logger_name='task_scheduler')
scheduler.schedule('task_1', greenclock.every_second(4), who_is_a_cunt)
scheduler.run_forever(start_at='once')
def test_builtin_timer_second(self):
assert every_second(2).next().total_seconds() == 2
assert every_second(3600).next().total_seconds() == 3600
def add_task(self, name, task, tick=20):
logger.debug("add task", task, 'name', name, 'tick', tick)
self.scheduler.schedule(name, every_second(tick), task)
def add_task(self, name, task, tick=20):
logger.debug("add task", task, 'name', name, 'tick', tick)
self.scheduler.schedule(name, every_second(tick), task)
import greenclock
from datetime import datetime
import time
def func_1():
print('Calling func_1() at ' + str(datetime.now()))
time.sleep(2)
print('Ended call to func_1() at ' + str(datetime.now()))
def func_2():
print('Calling func_2() at ' + str(datetime.now()))
time.sleep(2)
print('Ended call to func_2() at ' + str(datetime.now()))
def func_3():
print('Calling func_3() at ' + str(datetime.now()))
time.sleep(2)
print('Ended call to func_3() at ' + str(datetime.now()))
if __name__ == "__main__":
scheduler = greenclock.Scheduler(logger_name='task_scheduler')
scheduler.schedule('task_1', greenclock.every_second(4), func_1)
scheduler.schedule('task_2', greenclock.every_second(1), func_2)
# Run at 41:00 every hour every day
scheduler.schedule('task_3', greenclock.every_hour(minute=41, second=0), func_3)
# Run task at 12:35:00 every day
scheduler.schedule('task_2', greenclock.every_hour(hour=12, minute=35, second=0), func_2)
# Starts the scheduling engine without delay
scheduler.run_forever(start_at='once')
print('Calling func_1() at ' + str(datetime.now()))
time.sleep(2)
print('Ended call to func_1() at ' + str(datetime.now()))
def func_2():
print('Calling func_2() at ' + str(datetime.now()))
time.sleep(2)
print('Ended call to func_2() at ' + str(datetime.now()))
def func_3():
print('Calling func_3() at ' + str(datetime.now()))
time.sleep(2)
print('Ended call to func_3() at ' + str(datetime.now()))
if __name__ == "__main__":
scheduler = greenclock.Scheduler(logger_name='task_scheduler')
scheduler.schedule('task_1', greenclock.every_second(4), func_1)
scheduler.schedule('task_2', greenclock.every_second(1), func_2)
# Run at 41:00 every hour every day
scheduler.schedule('task_3', greenclock.every_hour(minute=41, second=0),
func_3)
# Run task at 12:35:00 every day
scheduler.schedule('task_2',
greenclock.every_hour(hour=12, minute=35, second=0),
func_2)
# Starts the scheduling engine without delay
scheduler.run_forever(start_at='once')
