def main():
validchecks = ['proc', 'offset', 'peers', 'reach', 'reachability', 'sync', 'trace', 'vars']
defaultchecks = ['proc', 'offset', 'peers', 'reach', 'sync', 'vars']
args = get_args(validchecks)
if args.check is None or len(args.check) < 1:
args.check = defaultchecks
else:
# turn 'reachability' into 'reach' for backwards compatibility
for i in range(0, len(args.check)):
if args.check[i] == 'reachability':
args.check[i] = 'reach'
if args.test:
# read from standard input in test mode
checkobjs = {
'peers': NTPPeers([x.rstrip() for x in sys.stdin.readlines()]),
}
else:
# run the checks
checkobjs = ntpchecks(args.check, debug=args.debug)
# alert on what we've collected
alerter = NTPAlerter(args.check)
alerter.alert_nagios(checkobjs=checkobjs, debug=args.debug)
sys.exit(alerter.return_code())
def main():
validchecks = ['proc', 'offset', 'peers', 'reach', 'sync', 'trace', 'vars']
defaultchecks = ['proc', 'offset', 'peers', 'reach', 'sync', 'vars']
args = get_args(validchecks)
if args.check is None or len(args.check) < 1:
args.check = defaultchecks
if args.test:
# read in ntpq output in test mode
checkobjs = {
'peers': NTPPeers([x.rstrip() for x in sys.stdin.readlines()]),
}
else:
# run the checks
checkobjs = ntpchecks(args.check, args.debug)
# alert on what we've collected
alerter = NTPAlerter(args.check, checkobjs)
alerter.alert_nagios(args.debug)
sys.exit(alerter.return_code())
