def stop(self):
if self.sched_id:
scheduler.cancel(self.sched_id)
self.sched_id = None
self.set('idle')
self.setIdle()
self.isStarted = 0
def export(self, alarm, attempt=0):
self._lock.acquire()
try:
if (not self._started):
self._alarm.append(alarm)
# No need to set scheduler here; start() will call
# export_waiting_alarm()...
return
# Even if this node is already started, do not attempt to
# export alarm unless the linked log node and its collector
# object are extant and started:
if (self.log.collector is None):
self._alarm.append(alarm)
if (self._waiting_alarm_sid is
None): # if we're not already scheduled, do it:
# Need to wait long enough for log.start() to finish creating
# and starting collector. ***GUESS*** 10.0 sec. Symptom of not
# waiting long enough: ENotStarted error raised below:
self._waiting_alarm_sid = scheduler.after(
10.0, self.export_waiting_alarm, ())
return
finally:
self._lock.release()
self.log.collector.pause()
try:
try:
if not self.log.collector.running:
raise ENotStarted('Collector not started yet.')
entry = self.log.collector.get_entry()
entry[self.ts_position] = time.time()
# Stamp source, if target log columns support it:
if isinstance(self.trigger_node_url_posn, int):
entry[self.trigger_node_url_posn] = as_node_url(
alarm.source)
if isinstance(self.trigger_node_msg_posn, int):
entry[self.trigger_node_msg_posn] = str(alarm)
self.log.add_entry(entry)
t = time.time()
for child in self.log.get_child('exporters').children_nodes():
child.go(t) # starts threads for long ops
except:
msglog.exception()
if attempt > alarm.source.send_retries:
msglog.log('broadway', msglog.types.WARN,
'Export of alarm failed, aborting send.')
raise MpxException('Log and export failed.')
else:
msglog.log('broadway', msglog.types.WARN,
'Log on alarm failed, delaying 1.0 sec.')
self._lock.acquire()
try:
if self._scheduled != None:
scheduler.cancel(self._scheduled)
self._scheduled = scheduler.after(
1, self.export, (alarm, attempt + 1))
finally:
self._lock.release()
finally:
self.log.collector.play()
return
def stop(self):
self._running = 0
CompositeNode.stop(self)
if not self._sid is None:
scheduler.cancel(self._sid)
self._sid = None
return
def stop(self):
self._running = 0
CompositeNode.stop(self)
if not self._sid is None:
scheduler.cancel(self._sid)
self._sid = None
return
def stop( self ):
if self.sched_id:
scheduler.cancel( self.sched_id )
self.sched_id = None
self.set( 'idle' )
self.setIdle()
self.isStarted = 0
def export(self, alarm, attempt=0):
self._lock.acquire()
try:
if (not self._started):
self._alarm.append(alarm)
# No need to set scheduler here; start() will call
# export_waiting_alarm()...
return
# Even if this node is already started, do not attempt to
# export alarm unless the linked log node and its collector
# object are extant and started:
if (self.log.collector is None):
self._alarm.append(alarm)
if (self._waiting_alarm_sid is None): # if we're not already scheduled, do it:
# Need to wait long enough for log.start() to finish creating
# and starting collector. ***GUESS*** 10.0 sec. Symptom of not
# waiting long enough: ENotStarted error raised below:
self._waiting_alarm_sid = scheduler.after(10.0, self.export_waiting_alarm, ())
return
finally:
self._lock.release()
self.log.collector.pause()
try:
try:
if not self.log.collector.running:
raise ENotStarted('Collector not started yet.')
entry = self.log.collector.get_entry()
entry[self.ts_position] = time.time()
# Stamp source, if target log columns support it:
if isinstance(self.trigger_node_url_posn, int):
entry[self.trigger_node_url_posn] = as_node_url(alarm.source)
if isinstance(self.trigger_node_msg_posn, int):
entry[self.trigger_node_msg_posn] = str(alarm)
self.log.add_entry(entry)
t = time.time()
for child in self.log.get_child('exporters').children_nodes():
child.go(t) # starts threads for long ops
except:
msglog.exception()
if attempt > alarm.source.send_retries:
msglog.log('broadway',msglog.types.WARN,
'Export of alarm failed, aborting send.')
raise MpxException('Log and export failed.')
else:
msglog.log('broadway',msglog.types.WARN,
'Log on alarm failed, delaying 1.0 sec.')
self._lock.acquire()
try:
if self._scheduled != None:
scheduler.cancel(self._scheduled)
self._scheduled = scheduler.after(1,self.export,
(alarm,attempt+1))
finally:
self._lock.release()
finally:
self.log.collector.play()
return
def set(self, stateName):
_stateName = stateName.lower()
if self.stateDict.has_key(_stateName):
self.stateName = _stateName
self.stateSetFunction = self.stateDict[_stateName]
if self.isStarted and self.sched_id:
scheduler.cancel(self.sched_id)
self._schedule()
else:
msg = "valid states are one of %s" % repr(self.stateDict.keys())
raise EInvalidValue('state name', stateName, msg)
def set( self, stateName ):
_stateName = stateName.lower()
if self.stateDict.has_key( _stateName ):
self.stateName = _stateName
self.stateSetFunction = self.stateDict[_stateName]
if self.isStarted and self.sched_id:
scheduler.cancel( self.sched_id )
self._schedule()
else:
msg = "valid states are one of %s" % repr( self.stateDict.keys() )
raise EInvalidValue( 'state name', stateName, msg )
def notify(self, n=1):
if not self._lock.locked():
raise AssertionError('wait called on un-acquire()d lock')
release_count = 0
locks = self._locks
for lock in locks:
if lock.get_id():
scheduler.cancel(lock.get_id())
if not lock.acquire(0):
release_count += 1
lock.release()
try:
self._locks.remove(lock)
except ValueError:
pass
if release_count == n:
return
def notify(self, n=1):
if not self._lock.locked():
raise AssertionError('wait called on un-acquire()d lock')
release_count = 0
locks = self._locks
for lock in locks:
if lock.get_id():
scheduler.cancel(lock.get_id())
if not lock.acquire(0):
release_count += 1
lock.release()
try:
self._locks.remove(lock)
except ValueError:
pass
if release_count == n:
return
def stop(self):
Client.stop(self)
if self.sid:
scheduler.cancel(self.sid)
def stop(self):
Client.stop(self)
if self.sid:
scheduler.cancel(self.sid)
def stop( self ):
CompositeNode.stop( self )
if self.sched_id:
scheduler.cancel( self.sched_id )
self.sched_id = None
self.isStarted = 0