def schedule(run_in, callback):
self = TimerHandler.__new__(TimerHandler)
self.__tep = S.getTEP(S.loc.tcb.tid)
# following accessible to TEP
self.tcb = S.loc.tcb
self.teid = self.__tep.teidgen.next()
self.callback = callback
self.run_at = time.time() + run_in
self.cancelled = False
self.cyclic = False
self.__tep.register(self)
return self
def schedule(run_in, callback):
self = TimerHandler.__new__(TimerHandler)
self.__tep = S.getTEP(S.loc.tcb.tid)
# following accessible to TEP
self.tcb = S.loc.tcb
self.teid = self.__tep.teidgen.next()
self.callback = callback
self.run_at = time.time() + run_in
self.cancelled = False
self.cyclic = False
self.__tep.register(self)
return self
def repeat(interval, callback):
self = TimerHandler.__new__(TimerHandler)
self.__tep = S.getTEP(S.loc.tcb.tid)
# following accessible to TEP
self.tcb = S.loc.tcb
self.teid = self.__tep.teidgen.next()
self.callback = callback
self.run_at = time.time() + interval
self.interval = interval
self.cancelled = False
self.cyclic = True
self.__tep.register(self)
return self
def repeat(interval, callback):
self = TimerHandler.__new__(TimerHandler)
self.__tep = S.getTEP(S.loc.tcb.tid)
# following accessible to TEP
self.tcb = S.loc.tcb
self.teid = self.__tep.teidgen.next()
self.callback = callback
self.run_at = time.time() + interval
self.interval = interval
self.cancelled = False
self.cyclic = True
self.__tep.register(self)
return self
