def main():
"""Plugin: check_uptime."""
argparser = SnmpArguments(description)
args = argparser.parser.parse_nelmon_args()
snmp = NelmonSnmp(args)
uptime = snmp.get_value(O.sysUpTime + '.0')
nelmon_exit(C.OK, uptime)
def main():
"""Plugin: check_asa_connections."""
argparser = SnmpArguments(description)
argparser.parser.add_argument("-w", help="Number of connections to report warning state", type=int)
argparser.parser.add_argument("-c", help="Number of connections to report critical state", type=int)
args = argparser.parser.parse_nelmon_args()
snmp = NelmonSnmp(args)
current_connections = O.cfwConnectionStatValue + ".40.6"
connections = snmp.get_value(current_connections)
if not args.c or not args.w:
nelmon_exit(C.UNKNOWN, "Use -w or -c")
if args.c <= connections:
exit_code = C.CRITICAL
exit_string = "%d connections" % connections
elif args.w <= connections:
exit_code = C.WARNING
exit_string = "%d connections" % connections
else:
exit_code = C.OK
exit_string = "%d connections" % connections
if args.c and args.w:
perf_data = "connections=%s;%s;%s" % (connections, args.w, args.c)
else:
perf_data = "connections=%s" % connections
nelmon_exit(exit_code, exit_string, perf_data=perf_data)
def main():
"""Plugin: check_asa_connections."""
argparser = SnmpArguments(description)
argparser.parser.add_argument(
'-w', help='Number of connections to report warning state', type=int)
argparser.parser.add_argument(
'-c', help='Number of connections to report critical state', type=int)
args = argparser.parser.parse_nelmon_args()
snmp = NelmonSnmp(args)
current_connections = O.cfwConnectionStatValue + ".40.6"
connections = snmp.get_value(current_connections)
if not args.c or not args.w:
nelmon_exit(C.UNKNOWN, 'Use -w or -c')
if args.c <= connections:
exit_code = C.CRITICAL
exit_string = "%d connections" % connections
elif args.w <= connections:
exit_code = C.WARNING
exit_string = "%d connections" % connections
else:
exit_code = C.OK
exit_string = "%d connections" % connections
if args.c and args.w:
perf_data = 'connections=%s;%s;%s' % (connections, args.w, args.c)
else:
perf_data = 'connections=%s' % connections
nelmon_exit(exit_code, exit_string, perf_data=perf_data)
def main():
"""Plugin: check_uptime."""
argparser = SnmpArguments(description)
args = argparser.parser.parse_nelmon_args()
snmp = NelmonSnmp(args)
uptime = snmp.get_value(O.sysUpTime + '.0')
nelmon_exit(C.OK, uptime)
def main():
"""Plugin: check_admin_up_oper_down."""
argparser = SnmpArguments(description)
argparser.parser.add_argument('-w',
action='store_true',
help='Return Warning if interfaces are down')
argparser.parser.add_argument(
'-c',
action='store_true',
help='Return Critical if interfaces are down')
args = argparser.parser.parse_nelmon_args()
if args.c:
exit_status = C.CRITICAL
elif args.w:
exit_status = C.WARNING
else:
nelmon_exit(C.UNKNOWN, 'Use -w or -c')
snmp = NelmonSnmp(args)
oidlist = []
oidlist.append(O.ifAdminStatus)
oidlist.append(O.ifOperStatus)
var_table = snmp.getnext(*oidlist)
admin_up = []
oper_down = []
for var_binds in var_table:
for oid, value in var_binds:
if O.ifAdminStatus in oid and value == 1:
ifIndex = int(oid.rsplit('.', 1)[-1])
admin_up.append(ifIndex)
if O.ifOperStatus in oid and value == 2:
ifIndex = int(oid.rsplit('.', 1)[-1])
oper_down.append(ifIndex)
down_interfaces = list(set(admin_up) & set(oper_down))
if len(down_interfaces) == 0:
nelmon_exit(C.OK, 'No interfaces down')
oidlist = []
interface_descr = {}
interface_alias = {}
for ifIndex in down_interfaces:
oidlist.append(O.ifDescr + "." + str(ifIndex))
oidlist.append(O.ifAlias + "." + str(ifIndex))
var_binds = snmp.get(*oidlist)
for oid, value in var_binds:
if O.ifDescr in oid:
ifIndex = int(oid.rsplit('.', 1)[-1])
interface_descr[ifIndex] = value
if O.ifAlias in oid:
ifIndex = int(oid.rsplit('.', 1)[-1])
interface_alias[ifIndex] = value
return_string = []
if len(down_interfaces) > 1:
return_string.append("%d interfaces down" % (len(down_interfaces)))
for ifIndex in down_interfaces:
if len(str(interface_alias[ifIndex])) > 0:
return_string.append(
str(interface_descr[ifIndex]) + " - " +
str(interface_alias[ifIndex]))
else:
return_string.append(str(interface_descr[ifIndex]))
nelmon_exit(exit_status, return_string)
def main():
"""Plugin: check_admin_up_oper_down."""
argparser = SnmpArguments(description)
argparser.parser.add_argument('-w', action='store_true',
help='Return Warning if interfaces are down')
argparser.parser.add_argument('-c', action='store_true',
help='Return Critical if interfaces are down')
args = argparser.parser.parse_nelmon_args()
if args.c:
exit_status = C.CRITICAL
elif args.w:
exit_status = C.WARNING
else:
nelmon_exit(C.UNKNOWN, 'Use -w or -c')
snmp = NelmonSnmp(args)
oidlist = []
oidlist.append(O.ifAdminStatus)
oidlist.append(O.ifOperStatus)
var_table = snmp.getnext(*oidlist)
admin_up = []
oper_down = []
for var_binds in var_table:
for oid, value in var_binds:
if O.ifAdminStatus in oid and value == 1:
ifIndex = int(oid.rsplit('.', 1)[-1])
admin_up.append(ifIndex)
if O.ifOperStatus in oid and value == 2:
ifIndex = int(oid.rsplit('.', 1)[-1])
oper_down.append(ifIndex)
down_interfaces = list(set(admin_up) & set(oper_down))
if len(down_interfaces) == 0:
nelmon_exit(C.OK, 'No interfaces down')
oidlist = []
interface_descr = {}
interface_alias = {}
for ifIndex in down_interfaces:
oidlist.append(O.ifDescr + "." + str(ifIndex))
oidlist.append(O.ifAlias + "." + str(ifIndex))
var_binds = snmp.get(*oidlist)
for oid, value in var_binds:
if O.ifDescr in oid:
ifIndex = int(oid.rsplit('.', 1)[-1])
interface_descr[ifIndex] = value
if O.ifAlias in oid:
ifIndex = int(oid.rsplit('.', 1)[-1])
interface_alias[ifIndex] = value
return_string = []
if len(down_interfaces) > 1:
return_string.append("%d interfaces down" % (len(down_interfaces)))
for ifIndex in down_interfaces:
if len(str(interface_alias[ifIndex])) > 0:
return_string.append(str(interface_descr[ifIndex]) + " - " + str(interface_alias[ifIndex]))
else:
return_string.append(str(interface_descr[ifIndex]))
nelmon_exit(exit_status, return_string)
def main():
"""Plugin: check_admin_up_oper_down."""
argparser = SnmpArguments(description)
argparser.parser.add_argument('-w',
action='store_true',
help='Return Warning if interfaces are down')
argparser.parser.add_argument(
'-c',
action='store_true',
help='Return Critical if interfaces are down')
argparser.parser.add_argument(
'-d',
'--descr',
dest='ifdescr_arg',
default=None,
const=None,
help='Search over Interface descr with regex'
'example: GigabitEthernet(\d+)/0/(4[78]|[5][0-2])'
'matches any of: GigabitEthernetx/0/47,48,50,51,52')
argparser.parser.add_argument(
'-al',
'--alias',
dest='ifalias_arg',
default=None,
const=None,
help='Search over Interface alias with regex'
'example: UPLINK'
'matches any interfaces with keyword UPLINK on its alias')
argparser.parser.add_argument(
'-id',
'--ignore_descr',
dest='ifdescr_ignore_arg',
default=None,
const=None,
help='Search over Interface ifDescr with regex and ignores that'
'example: Stack')
args = argparser.parser.parse_nelmon_args()
if args.c:
exit_status = C.CRITICAL
elif args.w:
exit_status = C.WARNING
else:
nelmon_exit(C.UNKNOWN, 'Use -w or -c')
ifdescr_arg = args.ifdescr_arg
ifalias_arg = args.ifalias_arg
ifdescr_ignore_arg = args.ifdescr_ignore_arg
snmp = NelmonSnmp(args)
oidlist = []
oidlist.append(O.ifAdminStatus)
oidlist.append(O.ifOperStatus)
var_table = snmp.getnext(*oidlist)
admin_up = []
oper_down = []
for var_binds in var_table:
for oid, value in var_binds:
if O.ifAdminStatus in oid and value == 1:
ifIndex = int(oid.rsplit('.', 1)[-1])
admin_up.append(ifIndex)
if O.ifOperStatus in oid and value == 2:
ifIndex = int(oid.rsplit('.', 1)[-1])
oper_down.append(ifIndex)
down_interfaces = list(set(admin_up) & set(oper_down))
if len(down_interfaces) == 0:
nelmon_exit(C.OK, 'No interfaces down')
oidlist = []
interface_descr = {}
interface_alias = {}
for ifIndex in down_interfaces:
oidlist.append(O.ifDescr + "." + str(ifIndex))
oidlist.append(O.ifAlias + "." + str(ifIndex))
var_binds = snmp.get(*oidlist)
for oid, value in var_binds:
if O.ifDescr in oid:
ifIndex = int(oid.rsplit('.', 1)[-1])
interface_descr[ifIndex] = value
if O.ifAlias in oid:
ifIndex = int(oid.rsplit('.', 1)[-1])
interface_alias[ifIndex] = value
return_string = []
# Change the down_interfaces only to those that ifDescr matches regex passed to ifdescr_arg
if ifdescr_arg:
down_interfaces = []
for ifIndex, ifDescr in interface_descr.items():
# Add the regex from -d command, like: GigabitEthernet(\d+)/0/(4[78]|[5][0-2])
ifdescr_regex = re.compile(ifdescr_arg)
# Only add to down_interfaces if regex matches
if ifdescr_regex.search(ifDescr):
down_interfaces.append(ifIndex)
# Change the down_interfaces only to those that ifAlias matches regex passed to ifalias_arg
if ifalias_arg:
down_interfaces = []
if interface_alias:
for ifIndex, ifAlias in interface_alias.items():
# Add the regex from -al command, like: UPLINK
ifalias_regex = re.compile(ifalias_arg)
# Only add to down_interfaces if regex matches
if ifalias_regex.search(ifAlias):
down_interfaces.append(ifIndex)
# Change the down_interfaces only to those that ifDescr doesn't match regex passed to ifdescr_ignore_arg
if ifdescr_ignore_arg:
for ifIndex, ifDescr in interface_descr.items():
# Add the regex from --id command, like: GigabitEthernet(\d+)/0/(4[78]|[5][0-2]) or Stack
ifdescr_regex = re.compile(ifdescr_ignore_arg)
# Remove from down_interfaces if regex matches
if ifdescr_regex.search(ifDescr):
down_interfaces.remove(ifIndex)
if len(down_interfaces) > 0:
return_string.append("%d interfaces down" % (len(down_interfaces)))
else:
nelmon_exit(C.OK, 'No interfaces down')
for ifIndex in down_interfaces:
if len(str(interface_alias[ifIndex])) > 0:
return_string.append(
str(interface_descr[ifIndex]) + " - " +
str(interface_alias[ifIndex]))
else:
return_string.append(str(interface_descr[ifIndex]))
nelmon_exit(exit_status, return_string)
def main():
"""Plugin: check_version."""
argparser = SnmpArguments(description)
argparser.parser.add_argument(
'-d', help="Directory containing yaml version files")
args = argparser.parser.parse_nelmon_args()
snmp = NelmonSnmp(args)
hostinfo = HostInfo(snmp)
hostinfo.get_version()
if hostinfo.version == 'UNKNOWN':
exit_str = ['Unable to determine device version']
exit_str.append('Vendor: %s' % hostinfo.vendor)
exit_str.append('OS: %s' % hostinfo.os)
exit_str.append('Version: %s' % hostinfo.version)
exit_str.append('*******************************')
exit_str.append("Your version of Nelsnmp does't support this device")
exit_str.append('please check:')
exit_str.append('http://networklore.com/nelsnmp-hostinfo/')
nelmon_exit(C.UNKNOWN, exit_str)
if args.d:
yaml_file = '%s/%s_%s.yml' % (args.d, hostinfo.vendor, hostinfo.os)
else:
nelmon_exit(C.OK, hostinfo.version)
if not os.path.isfile(yaml_file):
nelmon_exit(C.UNKNOWN, 'Unable to find file: %s' % yaml_file)
data = None
with open(yaml_file, 'r') as f:
data = yaml.load(f.read())
if data is None:
nelmon_exit(C.UNKNOWN, 'Unable to parse %s' % yaml_file)
declared_versions = []
for policy in data:
if data[policy] is not None:
for version in data[policy]:
declared_versions.append(version)
if hostinfo.version == version:
match_policy = policy
hits = declared_versions.count(hostinfo.version)
if hits == 0:
nelmon_exit(C.UNKNOWN,
'%s not declared in %s' % (hostinfo.version, yaml_file))
elif hits > 1:
nelmon_exit(
C.UNKNOWN, '%s is declared %s times in %s' %
(hostinfo.version, hits, yaml_file))
else:
if match_policy == 'approved':
if data[match_policy][hostinfo.version]:
nelmon_exit(
C.OK, '%s - %s' %
(hostinfo.version, data[match_policy][hostinfo.version]))
else:
nelmon_exit(C.OK, hostinfo.version)
elif match_policy == 'critical':
if data[match_policy][hostinfo.version]:
nelmon_exit(
C.CRITICAL, '%s - %s (critical)' %
(hostinfo.version, data[match_policy][hostinfo.version]))
else:
nelmon_exit(C.CRITICAL, '%s - (critical)' % hostinfo.version)
elif match_policy == 'vulnerable':
if data[match_policy][hostinfo.version]:
nelmon_exit(
C.WARNING, '%s - %s (vulnerable)' %
(hostinfo.version, data[match_policy][hostinfo.version]))
else:
nelmon_exit(C.WARNING, '%s - (warning)' % hostinfo.version)
elif match_policy == 'obsolete':
if data[match_policy][hostinfo.version]:
nelmon_exit(
C.WARNING, '%s - %s (obsolete)' %
(hostinfo.version, data[match_policy][hostinfo.version]))
else:
nelmon_exit(C.WARNING, '%s - (obsolete)' % hostinfo.version)
else:
nelmon_exit(
C.UNKNOWN, '%s is under unknown policy: %s' %
(hostinfo.version, match_policy))
nelmon_exit(C.OK, hostinfo.version)
def main():
"""Plugin: check_environment."""
argparser = SnmpArguments(description)
args = argparser.parser.parse_nelmon_args()
snmp = NelmonSnmp(args)
hostinfo = HostInfo(snmp)
hostinfo.get_vendor()
if hostinfo.vendor != 'cisco':
nelmon_exit(
C.UNKNOWN, '%s v%s only works with Cisco devices' %
(C.CURRENT_PLUGIN, NelmonGlobals.PLUGIN_VERSION))
env_tables = snmp.getnext(O.ciscoEnvMonObjects)
volt_sensors = {}
temp_sensors = {}
fan_sensors = {}
pw_sensors = {}
s = SensorCollection()
for env_table in env_tables:
for oid, value in env_table:
if O.ciscoEnvMonVoltageStatusTable in oid:
sensor_id = oid.rsplit('.', 1)[-1]
if sensor_id not in volt_sensors.keys():
volt_sensors[sensor_id] = Sensor(sensor_id)
if O.ciscoEnvMonVoltageStatusDescr in oid:
volt_sensors[sensor_id].set_description(value)
if O.ciscoEnvMonVoltageStatusValue in oid:
volt_sensors[sensor_id].set_value(value)
if O.ciscoEnvMonVoltageState in oid:
volt_sensors[sensor_id].set_state(value)
if O.ciscoEnvMonTemperatureStatusTable in oid:
sensor_id = oid.rsplit('.', 1)[-1]
if sensor_id not in temp_sensors.keys():
temp_sensors[sensor_id] = Sensor(sensor_id)
if O.ciscoEnvMonTemperatureStatusDescr in oid:
temp_sensors[sensor_id].set_description(value)
if O.ciscoEnvMonTemperatureStatusValue in oid:
temp_sensors[sensor_id].set_value(value)
if O.ciscoEnvMonTemperatureState in oid:
temp_sensors[sensor_id].set_state(value)
if O.ciscoEnvMonFanStatusTable in oid:
sensor_id = oid.rsplit('.', 1)[-1]
if sensor_id not in fan_sensors.keys():
fan_sensors[sensor_id] = Sensor(sensor_id)
if O.ciscoEnvMonFanStatusDescr in oid:
fan_sensors[sensor_id].set_description(value)
if O.ciscoEnvMonFanState in oid:
fan_sensors[sensor_id].set_state(value)
if O.ciscoEnvMonSupplyStatusTable in oid:
sensor_id = oid.rsplit('.', 1)[-1]
if sensor_id not in pw_sensors.keys():
pw_sensors[sensor_id] = Sensor(sensor_id)
if O.ciscoEnvMonSupplyStatusDescr in oid:
pw_sensors[sensor_id].set_description(value)
if O.ciscoEnvMonSupplyState in oid:
pw_sensors[sensor_id].set_state(value)
for sensor in volt_sensors:
s.add_sensor('volt', volt_sensors[sensor].description,
volt_sensors[sensor].state)
for sensor in temp_sensors:
s.add_sensor('temp', temp_sensors[sensor].description,
temp_sensors[sensor].state)
for sensor in fan_sensors:
s.add_sensor('fan', fan_sensors[sensor].description,
fan_sensors[sensor].state)
for sensor in pw_sensors:
s.add_sensor('pw', pw_sensors[sensor].description,
pw_sensors[sensor].state)
s.set_message()
nelmon_exit(s.status, s.output)
def main():
"""Plugin: check_environment."""
argparser = SnmpArguments(description)
args = argparser.parser.parse_nelmon_args()
snmp = NelmonSnmp(args)
hostinfo = HostInfo(snmp)
hostinfo.get_vendor()
if hostinfo.vendor != 'cisco':
nelmon_exit(
C.UNKNOWN, '%s v%s only works with Cisco devices' % (
C.CURRENT_PLUGIN, NelmonGlobals.PLUGIN_VERSION))
env_tables = snmp.getnext(O.ciscoEnvMonObjects)
volt_sensors = {}
temp_sensors = {}
fan_sensors = {}
pw_sensors = {}
s = SensorCollection()
for env_table in env_tables:
for oid, value in env_table:
if O.ciscoEnvMonVoltageStatusTable in oid:
sensor_id = oid.rsplit('.', 1)[-1]
if sensor_id not in volt_sensors.keys():
volt_sensors[sensor_id] = Sensor(sensor_id)
if O.ciscoEnvMonVoltageStatusDescr in oid:
volt_sensors[sensor_id].set_description(value)
if O.ciscoEnvMonVoltageStatusValue in oid:
volt_sensors[sensor_id].set_value(value)
if O.ciscoEnvMonVoltageState in oid:
volt_sensors[sensor_id].set_state(value)
if O.ciscoEnvMonTemperatureStatusTable in oid:
sensor_id = oid.rsplit('.', 1)[-1]
if sensor_id not in temp_sensors.keys():
temp_sensors[sensor_id] = Sensor(sensor_id)
if O.ciscoEnvMonTemperatureStatusDescr in oid:
temp_sensors[sensor_id].set_description(value)
if O.ciscoEnvMonTemperatureStatusValue in oid:
temp_sensors[sensor_id].set_value(value)
if O.ciscoEnvMonTemperatureState in oid:
temp_sensors[sensor_id].set_state(value)
if O.ciscoEnvMonFanStatusTable in oid:
sensor_id = oid.rsplit('.', 1)[-1]
if sensor_id not in fan_sensors.keys():
fan_sensors[sensor_id] = Sensor(sensor_id)
if O.ciscoEnvMonFanStatusDescr in oid:
fan_sensors[sensor_id].set_description(value)
if O.ciscoEnvMonFanState in oid:
fan_sensors[sensor_id].set_state(value)
if O.ciscoEnvMonSupplyStatusTable in oid:
sensor_id = oid.rsplit('.', 1)[-1]
if sensor_id not in pw_sensors.keys():
pw_sensors[sensor_id] = Sensor(sensor_id)
if O.ciscoEnvMonSupplyStatusDescr in oid:
pw_sensors[sensor_id].set_description(value)
if O.ciscoEnvMonSupplyState in oid:
pw_sensors[sensor_id].set_state(value)
for sensor in volt_sensors:
s.add_sensor('volt', volt_sensors[sensor].description, volt_sensors[sensor].state)
for sensor in temp_sensors:
s.add_sensor('temp', temp_sensors[sensor].description, temp_sensors[sensor].state)
for sensor in fan_sensors:
s.add_sensor('fan', fan_sensors[sensor].description, fan_sensors[sensor].state)
for sensor in pw_sensors:
s.add_sensor('pw', pw_sensors[sensor].description, pw_sensors[sensor].state)
s.set_message()
nelmon_exit(s.status, s.output)