def _addTask(self, email):
"""Creating a task in order to send reminder emails periodically.
It's mandatory to implement this method for the specific pending queues"""
# ------ Creating a task in order to send reminder emails periodically ------
if not self._hasTask(email):
# Create the object which send the email
pedingReminder = self._reminder(email)
pedingReminder.setId("ReminderPending%s-%s" % (self._id,email))
# Create the task
t=task()
t.addObj(pedingReminder)
t.setInterval(timedelta(7)) # Remind each 7 days
nw=nowutc()
t.setLastDate(nw) # start in 7 days cos the first email was already sent
t.setEndDate(nw+timedelta(15)) # keep trying during 15 days
self._tasksIdx.indexTask(email, t)
Scheduler.addTask(t)
def run(self):
root_logger = logging.getLogger('')
root_logger.addHandler(self.mailer)
logger = logging.getLogger('daemon')
try:
Scheduler(multitask_mode=self.args.mode).run()
return_val = 0
except base.SchedulerQuitException:
logger.info("Daemon shut down successfully")
return_val = 0
except:
logger.exception("Daemon terminated for unknown reason ")
return_val = -1
finally:
return return_val
def run(self):
root_logger = logging.getLogger('')
root_logger.addHandler(self.mailer)
logger = logging.getLogger('daemon')
config = {}
if Config.getInstance().getDebug():
config['sleep_interval'] = 1
try:
Scheduler(**config).run()
return_val = 0
except base.SchedulerQuitException:
logger.info("Daemon shut down successfully")
return_val = 0
except:
logger.exception("Daemon terminated for unknown reason ")
return_val = -1
finally:
return return_val
def _removeTask(self, email):
if self._hasTask(email):
t=self._getTasksIdx().matchTask(email)[0]
Scheduler.removeTask(t)
self._tasksIdx.unindexTask(email, t)
def run(self):
s = Scheduler(sleep_interval=1,
task_max_tries=1,
multitask_mode=self._mode)
self.result = s.run()
def run(self):
s = Scheduler(sleep_interval=1,
task_max_tries=1,
multitask_mode=self._mode)
self.result = s.run()
def run(self):
s = Scheduler(sleep_interval=1,
task_max_tries=1)
self.result = s.run()
def run(self):
s = Scheduler(sleep_interval=1, task_max_tries=1)
self.result = s.run()
