def check(processors, **args):
"""
Invoke the InfluxDB check using the Nagios plugin framework.
Reads the query from the processors chain.
"""
query = processors[0]()
client = InfluxDBClient(
host=args["hostname"],
port=args["port"],
username=args["username"],
password=args["password"],
database=args["database"],
timeout=args["timeout"],
)
check = Check(
Measurements(
query=query,
client=client,
),
ScalarContext(COUNT, args["count_warning_range"],
args["count_error_range"]),
ScalarContext(MEAN, args["mean_warning_range"],
args["mean_error_range"]),
MeasurementValuesSummary(query=query, ))
check.main(args["verbose"])
def main():
# Base function which is calling main Monitoring functions
args = RequestManager.default_args('Check Interface Traffic') # Initiating default args
# Adding some extra args needed for this method
args.add_argument('--descr', '-d',type=str, required=True, help='Interface description')
args.add_argument('--bandwidth', '-b', type=float, help='Interface bandwidth')
pargs = args.parse_args() # Parsing given args
resources = []
# Creating Context Params array to pass to Nagiosplugin check function
for key, val in multiple_perfdata[ARCH]['PERFDATA']['data'].items():
if not 'meta' in val:
CONTEXT = ScalarContext
if 'context' in val:
CONTEXT = val['context']
if not key.find('alert') == -1:
resources.append(CONTEXT(key, pargs.warning, pargs.critical))
else:
resources.append(CONTEXT(key))
# Calling Nagiosplugin Check function to get translated monitoring data
check = Check(
InterfaceTraffic(pargs.host, pargs.port, pargs.community, pargs.version,
interface=pargs.descr, bandw=pargs.bandwidth),
*resources,
)
check.main(pargs.verbose)
def main():
# Base function which is calling main Monitoring functions
args = RequestManager.default_args('Check Linux Memory') # Initiating default args
pargs = args.parse_args() # Parsing given args
resources = []
# Creating Context Params array to pass to Nagiosplugin check function
for pd in PERFDATA:
if pd.return_value:
CONTEXT = ScalarContext
if pd.context:
CONTEXT = pd.context
if not pd.key.find('alert') == -1:
resources.append(CONTEXT(pd.key, pargs.warning, pargs.critical))
else:
resources.append(CONTEXT(pd.key))
# Calling Nagiosplugin Check function to get translated monitoring data
check = Check(
CheckMemory(pargs.host, pargs.port, pargs.community, pargs.version, perfdata=PERFDATA, indexes=INDEXES),
*resources,
)
check.main(pargs.verbose)
def main():
# Base function which is calling main Monitoring functions
args = RequestManager.default_args('Check Memory') # Initiating default args
pargs = args.parse_args() # Parsing given args
resources = []
# Creating Context Params array to pass to Nagiosplugin check function
for key, val in PERFDATA['data'].items():
if not 'meta' in val:
CONTEXT = ScalarContext
if 'context' in val:
CONTEXT = val['context']
if not key.find('alert') == -1:
resources.append(CONTEXT(key, pargs.warning, pargs.critical))
else:
resources.append(CONTEXT(key))
# Calling Nagiosplugin Check function to get translated monitoring data
check = Check(
CheckMemory(pargs.host, pargs.port, pargs.community, pargs.version),
*resources,
)
check.main(pargs.verbose)
def main():
# Base function which is calling main Monitoring functions
args = RequestManager.default_args('Check CPU') # Initiating default args
# Adding some extra args needed for this method
args.add_argument('--sys',
'-s',
required=True,
type=str,
help='System Name')
pargs = args.parse_args() # Parsing given args
resources = []
# Creating Context Params array to pass to Nagiosplugin check function
for res in PERFDATA['data'].keys():
if not res.find('alert') == -1:
resources.append(ScalarContext(res, pargs.warning, pargs.critical))
else:
resources.append(ScalarContext(res))
# Calling Nagiosplugin Check function to get translated monitoring data
check = Check(
CheckCPU(pargs.host, pargs.port, pargs.community, pargs.version,
pargs.sys), *resources)
check.main(pargs.verbose)
def main():
args = parse_args()
check = Check(
CloudFileStats(
args.username, args.api_key, args.container,
float(args.timeout)))
check.add(ScalarContext('time', args.warn, args.critical))
check.add(ScalarContext('count', '', ''))
check.main(timeout=args.timeout)
def main():
a = argparse.ArgumentParser()
a.add_argument('-c',
'--critical',
metavar='RANGE',
default='500:',
help='return critical if file is outside RANGE')
args = a.parse_args()
check = Check(JournalFile(),
SimpleContext('critical', critical=args.critical),
JournalFileSummary())
check.main()
def make_check(host, port, token, pattern, node, check_id):
return Check(
ConsulCheck(
node=node,
check_id=check_id,
host=host,
port=port,
token=token,
),
PassThroughContext(
pattern=pattern,
),
)
def main():
parser = argparse.ArgumentParser()
parser.add_argument("hostname", help="the hostname", type=str)
parser.add_argument("username", help="the snmp user name", type=str)
parser.add_argument("authkey", help="the auth key", type=str)
parser.add_argument("privkey", help="the priv key", type=str)
parser.add_argument("mode", help="the mode", type=str,
choices=["load", "memory", "disk", "storage",
"update", "status"])
parser.add_argument("-w", help="warning value for selected mode", type=int)
parser.add_argument("-c", help="critical value for selected mode",
type=int)
parser.add_argument('-v', '--verbose', action='count', default=0)
args = parser.parse_args()
warning = args.w
critical = args.c
check = None
if args.mode == 'load':
check = Check(
Load(args.hostname, args.username, args.authkey, args.privkey),
nagiosplugin.ScalarContext('load', warning, critical),
LoadSummary())
elif args.mode == 'memory':
check = Check(
Memory(args.hostname, args.username, args.authkey,
args.privkey),
nagiosplugin.ScalarContext('memory', warning, critical),
MemorySummary())
elif args.mode == 'disk':
check = Check(
Disk(args.hostname, args.username, args.authkey, args.privkey),
nagiosplugin.ScalarContext('temp', warning, critical),
DiskContext('disk_status'),
DiskSummary())
elif args.mode == 'storage':
check = Check(
Storage(args.hostname, args.username, args.authkey,
args.privkey),
nagiosplugin.ScalarContext('storage', warning, critical),
StorageSummary())
elif args.mode == 'update':
check = Check(
Update(args.hostname, args.username, args.authkey,
args.privkey),
UpdateContext('update'),
UpdateSummary())
elif args.mode == 'status':
check = Check(
Status(args.hostname, args.username, args.authkey,
args.privkey),
nagiosplugin.ScalarContext('temp', warning, critical),
StatusContext('status'),
StatusSummary())
else:
raise CheckError('Unknown mode', args.mode)
check.main(args.verbose)
def main():
# Base function which is calling main Monitoring functions
args = RequestManager.default_args(
'Check Windows CPU') # Initiating default args
pargs = args.parse_args() # Parsing given args
resources = []
# Creating Context Params array to pass to Nagiosplugin check function
for res in PERFDATA['data'].keys():
if not res.find('alert') == -1:
resources.append(ScalarContext(res, pargs.warning, pargs.critical))
else:
resources.append(ScalarContext(res))
# Calling Nagiosplugin Check function to get translated monitoring data
check = Check(
WindowsCPU(pargs.host, pargs.port, pargs.community, pargs.version),
*resources)
check.main(pargs.verbose)
def main():
# Base function which is calling main Monitoring functions
args = RequestManager.default_args(
description='Check Linux Load') # Initiating default args
# Adding some extra args needed for this method
pargs = args.parse_args() # Parsing given args
req_manager = SystemLoad(host=pargs.host,
port=pargs.port,
community=pargs.community,
version=pargs.version)
resources = []
# Creating Context Params array to pass to Nagiosplugin check function
for res in PERFDATA['data'].keys():
if not res.find('alert') == -1:
resources.append(ScalarContext(res, pargs.warning, pargs.critical))
else:
resources.append(ScalarContext(res))
# Calling Nagiosplugin Check function to get translated monitoring data
check = Check(req_manager, *resources)
check.main()
def main():
# Base function which is calling main Monitoring functions
args = RequestManager.default_args(
'Check Disk I/O') # Initiating default args
# Adding some extra args needed for this method
args.add_argument('--disk',
'-d',
required=True,
type=str,
help='Disk name')
args.add_argument('--sleep-time',
'-s',
required=False,
type=float,
help="Sleep time",
default=10.0)
pargs = args.parse_args() # Parsing given args
resources = []
# Creating Context Params array to pass to Nagiosplugin check function
for res in PERFDATA['data'].keys():
if not res.find('alert') == -1:
resources.append(ScalarContext(res, pargs.warning, pargs.critical))
else:
resources.append(ScalarContext(res))
# Calling Nagiosplugin Check function to get translated monitoring data
check = Check(
DiskIO(pargs.host,
pargs.port,
pargs.community,
pargs.version,
disk=pargs.disk,
sleep=getattr(pargs, 'sleep-time', 10)), *resources)
check.main(pargs.verbose)
def main():
args = parse_cmdline(sys.argv[1:])
Check(*Target(args)).main(verbose=args.verbosity > 0)
def main(): # pragma: no cover
args = parse_args()
check = Check(CheckLayer2Link(args.ip, args.maxwait, args.count),
ScalarContext('arp', None, '1:1'), AuditSummary())
check.main(args.verbose)
