def parseResult(self, data, result):
value = None
message = None
if data.get('messages'):
value = data['messages']
message = ' found ' + str(value) + ' messages'
else:
value = 0
message = ' No messages found in queue'
status = OK
if self.options.critical is not None and self.options.critical.in_range(value):
status = CRITICAL
elif self.options.warning is not None and self.options.warning.in_range(value):
status = WARNING
if result is None:
result = Response(status, message)
elif result.status.exit_code < status.exit_code:
result.status = status
result.message = message
self.rabbit_note = result.message
return result
}
for proc in procs:
processes[proc['statename']].append(proc['name'])
ret = OK
for state in ('STOPPING', 'STARTING'):
if len(processes[state]):
ret = WARNING
if len(processes['UNKNOWN']):
ret = UNKNOWN
for state in ('EXITED', 'BACKOFF', 'FATAL'):
if len(processes[state]):
ret = CRITICAL
result = Response(ret, processes)
msg = []
for k, v in processes.items():
if v:
msg.append('%s: %s' % (k, ', '.join(v)))
result.set_perf_data(k, len(v))
result.message = ' '.join(msg)
return result
if __name__ == '__main__':
SupervisordXmlRpcCheck().check().exit()
'BACKOFF': [], 'STOPPING': [], 'EXITED': [],
'FATAL': [], 'UNKNOWN': []}
for proc in procs:
processes[proc['statename']].append(proc['name'])
ret = OK
for state in ('STOPPING', 'STARTING'):
if len(processes[state]):
ret = WARNING
if len(processes['UNKNOWN']):
ret = UNKNOWN
for state in ('EXITED', 'BACKOFF', 'FATAL'):
if len(processes[state]):
ret = CRITICAL
result = Response(ret, processes)
msg = []
for k, v in processes.items():
if v:
msg.append('%s: %s' % (k, ', '.join(v)))
result.set_perf_data(k, len(v))
result.message = ' '.join(msg)
return result
if __name__ == '__main__':
SupervisordXmlRpcCheck().check().exit()
