def do(self, args):
processes = getProcesses(prefix='flumotion')
# convert to a dict of (worker pid, component name) -> component pid
components = {}
for p in processes.values():
if not p.cmd.startswith('flumotion-job'):
continue
# ignore workerPid 1, which is init - see orphaned for that
if p.ppid == 1:
continue
t = (p.ppid, p.component)
if not t in components.keys():
components[t] = []
components[t].append(str(p.pid))
# count the number of tuples with more than one component running
which = [(t, p) for t, p in components.items() if len(p) > 1]
if not which:
return util.ok('No multiple component jobs running.')
l = []
for (workerPid, component), pids in which:
l.append('worker %d: component %s (%s)' % (
workerPid, component, ", ".join(pids)))
return util.critical('%d multiple component job(s) running (%s).' % (
len(which), ", ".join(l)))
def do(self, args):
processes = getProcesses(prefix='flumotion')
# convert to a dict of (worker pid, component name) -> component pid
components = {}
for p in processes.values():
if not p.cmd.startswith('flumotion-job'):
continue
# ignore workerPid 1, which is init - see orphaned for that
if p.ppid == 1:
continue
t = (p.ppid, p.component)
if not t in components.keys():
components[t] = []
components[t].append(str(p.pid))
# count the number of tuples with more than one component running
which = [(t, p) for t, p in components.items() if len(p) > 1]
if not which:
return util.ok('No multiple component jobs running.')
l = []
for (workerPid, component), pids in which:
l.append('worker %d: component %s (%s)' %
(workerPid, component, ", ".join(pids)))
return util.critical('%d multiple component job(s) running (%s).' %
(len(which), ", ".join(l)))
def do(self, args):
which = getMultiple('flumotion-worke')
if which:
return util.critical(
'%d worker service(s) running more than once (%s)' % (
len(which), ", ".join(which)))
return util.ok('no worker services running more than once')
def do(self, args):
which = getMultiple('flumotion-worke')
if which:
return util.critical(
'%d worker service(s) running more than once (%s)' %
(len(which), ", ".join(which)))
return util.ok('no worker services running more than once')
def do(self, args):
# get a list of pid, vsize and sort on vsize in reverse order
processes = getProcesses(prefix='flumotion-job')
orphaned = [str(pid) for pid, p in processes.items() if p.ppid == 1]
if not orphaned:
return util.ok('No orphaned job processes running.')
return util.critical('%d orphaned job process(es) running (%s).' % (
len(orphaned), ", ".join(orphaned)))
def do(self, args):
# get a list of pid, vsize and sort on vsize in reverse order
processes = getProcesses(prefix='flumotion-job')
orphaned = [str(pid) for pid, p in processes.items() if p.ppid == 1]
if not orphaned:
return util.ok('No orphaned job processes running.')
return util.critical('%d orphaned job process(es) running (%s).' %
(len(orphaned), ", ".join(orphaned)))
def do(self, args):
if not args:
return util.unknown('Please specify a log file to check.')
if len(args) > 1:
return util.unknown('Please specify only one log file to check.')
command = "grep '%s' %s | tail -n 1" % (self.options.string,
" ".join(args))
self.debug('executing %s' % command)
output = commands.getoutput(command)
self.debug('output: %s' % output)
if not output:
return util.unknown('Could not find string %s in log file' %
self.options.string)
level = output[:5].strip()
if level not in ['ERROR', 'WARN', 'INFO', 'DEBUG', 'LOG']:
return util.unknown("Last line is not a log line: '%s'" % output)
# matches flumotion.extern.log.log
# level pid object cat time
# 5 + 1 + 7 + 1 + 32 + 1 + 17 + 1 + 15 == 80
position = 5 + 1 + 7 + 1 + 32 + 1 + 17 + 1
# log timestrings are currently in local time, which might be a mistake
timestring = output[position:position + 15]
timetuple = time.strptime(timestring, "%b %d %H:%M:%S")
now = time.time()
nowtuple = time.localtime(now)
# since the year does not get logged, assume the log line is from this
# year, or last year if the delta becomes negative
timelist = list(timetuple)
timelist[0] = nowtuple[0]
if time.mktime(tuple(timelist)) > time.mktime(nowtuple):
self.debug('timestamp is past now, so assume it is from last year')
timelist[0] = nowtuple[0] - 1
# mktime also works in local time, which hopefully matches the log's
# local time
timestamp = time.mktime(tuple(timelist))
delta = now - int(timestamp)
msg = 'Last log line%s is %s old.' % (
self.options.string and " with '%s'" % self.options.string
or '', formatting.formatTime(delta, fractional=2))
if delta > int(self.options.critical):
return util.critical(msg)
elif delta > int(self.options.warning):
return util.warning(msg)
else:
return util.ok(msg)
def do(self, args):
if not args:
return util.unknown('Please specify a log file to check.')
if len(args) > 1:
return util.unknown('Please specify only one log file to check.')
command = "grep '%s' %s | tail -n 1" % (
self.options.string, " ".join(args))
self.debug('executing %s' % command)
output = commands.getoutput(command)
self.debug('output: %s' % output)
if not output:
return util.unknown('Could not find string %s in log file' %
self.options.string)
level = output[:5].strip()
if level not in ['ERROR', 'WARN', 'INFO', 'DEBUG', 'LOG']:
return util.unknown("Last line is not a log line: '%s'" % output)
# matches flumotion.extern.log.log
# level pid object cat time
# 5 + 1 + 7 + 1 + 32 + 1 + 17 + 1 + 15 == 80
position = 5 + 1 + 7 + 1 + 32 + 1 + 17 + 1
# log timestrings are currently in local time, which might be a mistake
timestring = output[position:position + 15]
timetuple = time.strptime(timestring, "%b %d %H:%M:%S")
now = time.time()
nowtuple = time.localtime(now)
# since the year does not get logged, assume the log line is from this
# year, or last year if the delta becomes negative
timelist = list(timetuple)
timelist[0] = nowtuple[0]
if time.mktime(tuple(timelist)) > time.mktime(nowtuple):
self.debug('timestamp is past now, so assume it is from last year')
timelist[0] = nowtuple[0] - 1
# mktime also works in local time, which hopefully matches the log's
# local time
timestamp = time.mktime(tuple(timelist))
delta = now - int(timestamp)
msg = 'Last log line%s is %s old.' % (
self.options.string and " with '%s'" % self.options.string or '',
formatting.formatTime(delta, fractional=2))
if delta > int(self.options.critical):
return util.critical(msg)
elif delta > int(self.options.warning):
return util.warning(msg)
else:
return util.ok(msg)
def do(self, args):
# get a list of pid, vsize and sort on vsize in reverse order
l = []
processes = getProcesses(prefix=self.prefix)
if not processes:
return util.ok('No job processes running.')
for process in processes.values():
l.append((process.pid, process.vsize))
l.sort(key=lambda t: t[1])
l.reverse()
# check the one with the mostest
pid, vsize = l[0]
warning = parseSize(self.options.warning)
critical = parseSize(self.options.critical)
if vsize >= critical:
# count number of critical jobs
which = [t for t in l if t[1] >= critical]
return util.critical(
'%d %s(s) above critical level - highest is %d at %s' %
(len(which), self.process_type, pid,
formatting.formatStorage(vsize)))
if vsize >= warning:
# count number of warning jobs
which = [t for t in l if t[1] >= warning]
return util.warning(
'%d %s(s) above warning level - highest is %d at %s' %
(len(which), self.process_type, pid,
formatting.formatStorage(vsize)))
return util.ok(
'No %s processes above warning level '
'(highest is %d at %s)' %
(self.process_type, pid, formatting.formatStorage(vsize)))
def do(self, args):
# get a list of pid, vsize and sort on vsize in reverse order
l = []
processes = getProcesses(prefix=self.prefix)
if not processes:
return util.ok('No job processes running.')
for process in processes.values():
l.append((process.pid, process.vsize))
l.sort(key=lambda t: t[1])
l.reverse()
# check the one with the mostest
pid, vsize = l[0]
warning = parseSize(self.options.warning)
critical = parseSize(self.options.critical)
if vsize >= critical:
# count number of critical jobs
which = [t for t in l if t[1] >= critical]
return util.critical(
'%d %s(s) above critical level - highest is %d at %s' % (
len(which), self.process_type, pid,
formatting.formatStorage(vsize)))
if vsize >= warning:
# count number of warning jobs
which = [t for t in l if t[1] >= warning]
return util.warning(
'%d %s(s) above warning level - highest is %d at %s' % (
len(which), self.process_type, pid,
formatting.formatStorage(vsize)))
return util.ok('No %s processes above warning level '
'(highest is %d at %s)' % (
self.process_type, pid, formatting.formatStorage(vsize)))
def gotPlanetStateCb(result):
self.debug("gotPlanetStateCb")
c = util.findComponent(result, self._component)
if not c:
return util.unknown("Could not find component %s" % self._component)
moodValue = c.get("mood")
moodName = planet.moods.get(moodValue).name
if moodName in self._critical:
return util.critical("Component %s is %s" % (self._component, moodName))
if moodName in self._warning:
return util.warning("Component %s is %s" % (self._component, moodName))
return util.ok("Component %s is %s" % (self._component, moodName))
def gotPlanetStateCb(result):
self.debug('gotPlanetStateCb')
c = util.findComponent(result, self._component)
if not c:
return util.unknown('Could not find component %s' %
self._component)
moodValue = c.get('mood')
moodName = planet.moods.get(moodValue).name
if moodName in self._critical:
return util.critical('Component %s is %s' %
(self._component, moodName))
if moodName in self._warning:
return util.warning('Component %s is %s' %
(self._component, moodName))
return util.ok('Component %s is %s' % (self._component, moodName))
def ok(self, message):
# remove tempfile with the stream if all goes ok
os.remove(self._tmpfile)
return util.ok('%s: %s' % (self._url, message))
def ok(self, message):
# remove tempfile with the stream if all goes ok
os.remove(self._tmpfile)
return util.ok('%s: %s' % (self._url, message))
