def heartbeat(self):
if self.dead():
return
timer.cancelAllByTag(tag=self)
timer.scheduleIn(timeout=self._HEARTBEAT_TIMEOUT,
callback=self._heartbeatTimeout,
tag=self)
def _changeState(self, state):
timer.cancelAllByTag(tag=self)
self._state = state
if state in self.TIMEOUT:
timer.scheduleIn(timeout=self.TIMEOUT[state], callback=self._timeout, tag=self)
if self._stateChangeCallback is not None:
self._stateChangeCallback(self)
def _changeState(self, state):
timer.cancelAllByTag(tag=self)
self._state = state
if state in self._TIMEOUT:
timer.scheduleIn(timeout=self._TIMEOUT[state],
callback=self._timeout,
tag=self)
if self._stateChangeCallback is not None:
self._stateChangeCallback(self)
def _inauguratorProgress(self, progress):
if self._state not in [STATE_INAUGURATION_LABEL_PROVIDED, STATE_CHECKED_IN]:
logging.error("Progress message in invalid state: %(state)s", dict(state=self._state))
return
if self._state == STATE_CHECKED_IN:
return
if 'state' not in progress or 'percent' not in progress:
logging.error("Invalid progress message: %(progress)s", dict(progress=progress))
return
if progress['state'] != 'fetching':
return
if progress[u'percent'] != self._inaugurationProgressPercent:
self._inaugurationProgressPercent = progress[u'percent']
timer.cancelAllByTag(tag=self)
timer.scheduleIn(timeout=self.TIMEOUT[STATE_INAUGURATION_LABEL_PROVIDED],
callback=self._timeout, tag=self)
def heartbeat(self):
if self.dead():
return
timer.cancelAllByTag(tag=self)
timer.scheduleIn(timeout=self._HEARTBEAT_TIMEOUT, callback=self._heartbeatTimeout, tag=self)
