def _process_event(self, event):
if self._shutting_down:
return
event_name = getEventNameByType(event.__class__)
stop_event = event_name == "SUPERVISOR_STATE_CHANGE_STOPPING"
if stop_event:
self._log.info("supervisor stopping!")
self._stop()
elif event_name.startswith("TICK"):
return
try:
payload_str = text_type(event.payload())
except AttributeError:
# old supervisor version
payload_str = text_type(event)
payload = dict((x.split(":") for x in payload_str.split()))
if event_name.startswith("PROCESS_STATE"):
pname = "{}:{}".format(payload["groupname"], payload["processname"])
payload[u"process"] = parse_obj(self.getProcessInfo(pname))
# broadcast the event to clients
server = self.supervisord.options.identifier
new_event = {
u"pool": u"multivisor",
u"server": text_type(server),
u"eventname": text_type(event_name),
u"payload": payload,
}
for channel in self._event_channels:
channel.put(new_event)
if stop_event:
self._shutdown()
def _process_event(self, event):
if self._shutting_down:
return
event_name = getEventNameByType(event.__class__)
stop_event = event_name == 'SUPERVISOR_STATE_CHANGE_STOPPING'
if stop_event:
self._log.info('supervisor stopping!')
self._stop()
elif event_name.startswith('TICK'):
return
try:
# old supervisor version
payload_str = event.payload()
except AttributeError:
payload_str = str(event)
payload = dict((x.split(':') for x in payload_str.split()))
if event_name.startswith('PROCESS_STATE'):
pname = "{}:{}".format(payload['groupname'],
payload['processname'])
payload['process'] = self.getProcessInfo(pname)
# broadcast the event to clients
server = self.supervisord.options.identifier
new_event = dict(pool='multivisor',
server=server,
eventname=event_name,
payload=payload)
for channel in self._event_channels:
channel.put(new_event)
if stop_event:
self._shutdown()
def on_process(self, event):
""" Called when a ProcessEvent is sent by the local Supervisor.
The event is published to all Supvisors instances. """
event_name = events.getEventNameByType(event.__class__)
self.logger.debug('got Process event from supervisord: {} {}'.format(event_name, event))
# create payload from event
payload = {'processname': event.process.config.name,
'groupname': event.process.group.config.name,
'state': ProcessStates._from_string(event_name.split('_')[-1]),
'now': int(time.time()),
'pid': event.process.pid,
'expected': event.expected}
self.logger.debug('payload={}'.format(payload))
self.publisher.send_process_event(payload)
def on_process(self, event):
""" Called when a ProcessEvent is sent by the local Supervisor.
The event is published to all Supvisors instances. """
event_name = events.getEventNameByType(event.__class__)
self.logger.debug('got Process event from supervisord: {} {}'.format(
event_name, event))
# create payload from event
payload = {'name': event.process.config.name,
'group': event.process.group.config.name,
'state': ProcessStates._from_string(event_name.split('_')[-1]),
'now': int(time.time()),
'pid': event.process.pid,
'expected': event.expected}
self.logger.debug('payload={}'.format(payload))
self.publisher.send_process_event(payload)
def _eventEnvelope(self, event_type, serial, pool_serial, payload):
event_name = events.getEventNameByType(event_type)
payload_len = len(payload)
D = {
'ver': '3.0',
'sid': self.config.options.identifier,
'serial': serial,
'pool_name': self.config.name,
'pool_serial': pool_serial,
'event_name': event_name,
'len': payload_len,
'payload': payload,
}
return ('ver:%(ver)s server:%(sid)s serial:%(serial)s '
'pool:%(pool_name)s poolserial:%(pool_serial)s '
'eventname:%(event_name)s len:%(len)s\n%(payload)s' % D)
def _eventEnvelope(self, event_type, serial, pool_serial, payload):
event_name = events.getEventNameByType(event_type)
payload_len = len(payload)
D = {
'ver':'3.0',
'sid':self.config.options.identifier,
'serial':serial,
'pool_name':self.config.name,
'pool_serial':pool_serial,
'event_name':event_name,
'len':payload_len,
'payload':payload,
}
return ('ver:%(ver)s server:%(sid)s serial:%(serial)s '
'pool:%(pool_name)s poolserial:%(pool_serial)s '
'eventname:%(event_name)s len:%(len)s\n%(payload)s' % D)
def _handle_event(self, event):
if self._server is None:
reply = start_rpc_server(self, self._bind)
if isinstance(reply, Exception):
self._log.critical('severe 0RPC error: %s', reply)
self._stop()
self._shutdown()
return
self._server, self._watcher = reply
self._channel.put(event)
self._watcher.send()
# handle stop synchronously
event_name = getEventNameByType(event.__class__)
if event_name == 'SUPERVISOR_STATE_CHANGE_STOPPING':
self._server._stop_event.wait()
self._server = None
self._watcher = None
def _eventEnvelope(self, event_type, serial, pool_serial, payload):
event_name = events.getEventNameByType(event_type)
payload_len = len(payload)
D = {
"ver": "3.0",
"sid": self.config.options.identifier,
"serial": serial,
"pool_name": self.config.name,
"pool_serial": pool_serial,
"event_name": event_name,
"len": payload_len,
"payload": payload,
}
return (
"ver:%(ver)s server:%(sid)s serial:%(serial)s "
"pool:%(pool_name)s poolserial:%(pool_serial)s "
"eventname:%(event_name)s len:%(len)s\n%(payload)s" % D
)
def _process_event(self, event):
if self._shutting_down:
return
event_name = getEventNameByType(event.__class__)
if event_name == 'SUPERVISOR_STATE_CHANGE_STOPPING':
self._log.warn('noticed that supervisor is dying')
self._shutdown()
elif event_name.startswith('TICK'):
return
try:
# old supervisor version
payload_str = event.payload()
except AttributeError:
payload_str = str(event)
payload = dict((x.split(':') for x in payload_str.split()))
if event_name.startswith('PROCESS_STATE'):
pname = "{}:{}".format(payload['groupname'], payload['processname'])
payload['process'] = self.getProcessInfo(pname)
return dict(pool='multivisor', server=self.supervisord.options.identifier,
eventname=event_name, payload=payload)
def test_getEventNameByType(self):
from supervisor import events
for name, value in events.EventTypes.__dict__.items():
self.assertEqual(events.getEventNameByType(value), name)
import json
import logging
import os
import sys
import time
import xmlrpclib
from supervisor import childutils, states
from supervisor.events import EventTypes, getEventNameByType
from ubuntuone.storage.server.logger import configure_logger
PROCESS_COMMUNICATION_STDOUT = \
getEventNameByType(EventTypes.PROCESS_COMMUNICATION_STDOUT)
TICK_5 = getEventNameByType(EventTypes.TICK_5)
class HeartbeatListener(object):
"""A supervisor event Listener for PROCESS_COMMUNICATION events.
It supports events with a json payload that must have a dict with a 'type'
item in order to dispatch to the event handler.
"""
def __init__(self, timeout, interval, groups, processes, rpc, logger=None,
timer=time.time, stdin=sys.stdin, stdout=sys.stdout,
stderr=sys.stderr):
# there is no __init__ to call in basic.LineReceiver
self.logger = logger or logging.getLogger('heartbeat')
import json
import logging
import os
import sys
import time
import xmlrpclib
from supervisor import childutils, states
from supervisor.events import EventTypes, getEventNameByType
from ubuntuone.storage.server.logger import configure_logger
PROCESS_COMMUNICATION_STDOUT = \
getEventNameByType(EventTypes.PROCESS_COMMUNICATION_STDOUT)
TICK_5 = getEventNameByType(EventTypes.TICK_5)
class HeartbeatListener(object):
"""A supervisor event Listener for PROCESS_COMMUNICATION events.
It supports events with a json payload that must have a dict with a 'type'
item in order to dispatch to the event handler.
"""
def __init__(self,
timeout,
interval,
groups,
processes,
rpc,
