def poll_device(ip, snmp_community, snmp_version, path, interfaces='all'):
'''Using SNMP, polls single device for ifMIB returning tuple for graphite.
:param ip: ip of the device
:type ip: str
:param snmp_community: SNMP community that allows ifMIB values to be read
:type snmp_community: str
:param snmp_version: version of SNMP device supports
:type snmp_version: int
:param path: desired graphite path for device
:type path: str
:param interfaces: **ifName** of interfaces to poll. Careful because this
value can be different even within the same vendor.
Cisco ASA will return full iface name while IOS abbrev.
:type interfaces: list of strings or single str 'all'.
'''
TIMESTAMP = int(time.time())
NULL_IFS = [
'Nu0',
'NV0',
]
CARBON_STRINGS = []
if snmp_version == 2:
load('SNMPv2-MIB')
load('IF-MIB')
try:
m = Manager(
host=ip, community=snmp_community, version=snmp_version
)
except socket.gaierror, error:
log.error('SNMP: Error raised for host: %s - %s', ip, error)
def data(self, data=None):
for i in self.mibs.split(","): load(i)
self.manager = M(self.ip, self.community, self.version)
m = self.manager
d = {}
d['model'] = str(self.manager.upsIdentModel).strip()
d['manufacturer'] = str(m.upsIdentManufacturer).strip()
d['values'] = {}
d['values']['battery_voltage'] = int(m.upsBatteryVoltage)
d['values']['battery_current'] = int(m.upsBatteryCurrent)
d['values']['input_frequency'] = []
for l in m.upsInputFrequency:
d['values']['input_frequency'].append(int(m.upsInputFrequency[l]))
d['values']['input_voltage'] = []
for l in m.upsInputVoltage:
d['values']['input_voltage'].append(int(m.upsInputVoltage[l]))
d['values']['output_current'] = []
for l in m.upsOutputCurrent:
d['values']['output_current'].append(int(m.upsOutputCurrent[l]))
d['values']['output_power'] = []
for l in m.upsOutputPower:
d['values']['output_power'].append(int(m.upsOutputPower[l]))
return d
def has_snmp(self):
load("SNMPv2-MIB")
self.snmp = False
try:
m = M(host=str(self.host), community=str(self.snmp_group),
version=2, timeout=2)
if m.sysName is not None:
self.snmp = True
except Exception, e:
self.has_error("(snmp) " + e.message)
self.snmp = False
def snmp(hostname, oids, mibs):
logger.debug(hostname); logger.debug(oids); logger.debug(mibs)
for mib in mibs:
snimpy.load(mib)
try:
session = snimpy.snmp.Session(hostname, "public", 1)
session.timeout = 300 # ms
session.retries = 2
infos = session.get(*oids)
snmp_results = NetworkTools.format_snmp_results(infos)
except:
snmp_results = NetworkTools.format_empty_result(oids)
return snmp_results
def get_port_info_table(self):
"""Obtain the Port table"""
table = {}
load('IF-MIB')
with M(host=self.address, community=self.community, version=2) as m:
for idx in m.ifName:
name = m.ifName[idx]
descr = m.ifDescr[idx]
# snimpy fails when retrieving an empty value
try:
label = m.ifAlias[idx]
except UnboundLocalError:
label = ''
print('Adding {} {} {} {}'.format(idx, name, descr, label))
table[int(idx)] = {"name": name, "descr": descr, "label": label}
return table
def get_mac_table(self):
"""Obtain the MAC table"""
table = defaultdict(list)
load('Q-BRIDGE-MIB')
logger.info('Retrieving MAC table for {}'.format(self.address))
with M(host=self.address, community=self.community, version=2) as m:
dbPort = m.dot1qTpFdbPort
for idx in dbPort:
vlan, mac = idx
# snimpy fails when retrieving an empty value
try:
port = int(dbPort[idx])
logger.debug('{} {} {}'.format(port, mac, vlan))
table[port].append({"vlan": int(vlan), "mac": _normalize_mac(mac)})
except SNMPException:
logger.error('Unable to get port for mac: {} {}'.format(vlan, mac))
logger.debug('Finished retrieving MAC table for {}'.format(self.address))
return table
def main():
logging.info('***************************************************************************')
logging.info('Starting Script')
#Prepare stats file
touch(docroot + 'arista_snmp_alarms_current')
touch(docroot + 'arista_snmp_exclusions')
os.rename(docroot+'arista_snmp_alarms_current',docroot+'arista_snmp_alarms_previous')
touch(docroot + 'arista_snmp_alarms_current')
#Parse previous alarms file and output to log file for debugging
try:
logPreviousAlarms()
except Exception as inst:
msg = 'Exception occurred while parsing previous alarms file. Exception: {0}'.format(inst)
logging.warning(msg)
#Load required MIBs
load(docroot + "mibs/ENTITY-MIB.my")
load(docroot + "mibs/SNMPv2-MIB")
load(docroot + "mibs/ENTITY-SENSOR-MIB.my")
load(docroot + "mibs/ARISTA-SMI-MIB.mib")
load(docroot + "mibs/ARISTA-ENTITY-SENSOR.txt")
script_start = time.time()
try:
deviceFile = open(docroot+'arista_devices','r')
comm = "public"
ver = 2
for line in deviceFile:
if line[0:1] != "#":
start = time.time()
hostname = line[:-1]
queryDevice(hostname,comm,ver)
end = time.time()
print '{0} - {1} - {2} sec. {3} total sec.'.format(deviceCount,hostname,(end-start),(end-script_start))
except Exception as inst:
msg = 'Exception occurred in main function. Exception = "{0}"'.format(inst)
logging.warning('MAIN\tERROR\t{0}'.format(msg))
logging.info('TOTAL\tSTATS\t(Checked,OK,Error) || Temp({1},{2},{3}) || PSU({4},{5},{6}) || FAN({7},{8},{9}) || Other({10},{11},{12}) || Devices({0})'.format(deviceCount,*totalStats))
logging.info('Script Complete')
def main():
logging.info('***************************************************************************')
logging.info('Starting Script')
deviceCount = 0
#Prepare stats file
touch(docroot + 'hp_blade_snmp_exclusions')
#Load required MIBs
load(docroot + "mibs/SNMPv2-MIB")
load(docroot + "mibs/CPQHOST.MIB")
#We need to use a customized CPQRACK-MIB (cpqrack_spot.mib) because of issues in the official MIB.
#This script will only work with this version of the MIB. Some unused indices needed
#to be removed from some object definitions. See https://github.com/vincentbernat/snimpy/issues/12
#for details.
load(docroot + "mibs/cpqrack_spot.mib")
#Check PagerDuty for open incidents
try:
getCurrentAlarms()
except Exception as inst:
msg = 'Exception occurred while querying PagerDuty for open incidents; Exception = "{0}"'.format(inst)
logging.warning('PAGER\tERROR\r{0}'.format(msg))
script_start = time.time()
try:
deviceFile = open(docroot+'device_list','r')
comm = "public"
ver = 2
for line in deviceFile:
if line[0:1] != "#":
deviceCount += 1
start = time.time()
hostname = line[:-1]
queryDevice(hostname,comm,ver)
end = time.time()
print '{0} - {1} - {2} sec. {3} total sec.'.format(deviceCount,hostname,(end-start),(end-script_start))
except Exception as inst:
msg = 'Exception occurred in main function. Exception = "{0}"'.format(inst)
logging.warning('MAIN\tERROR\t{0}'.format(msg))
logging.info('TOTAL\tSTATS\t(Checked,OK,Error) || Fan({1},{2},{3}) || Temp({4},{5},{6}) || PSU({7},{8},{9}) || Enclosure({10},{11},{12}) || Mgr({13},{14},{15}) || PowerEnc({16},{17},{18}) || Blades({19},{20},{21})|| Devices({0})'.format(deviceCount,*totalStats))
logging.info('Script Complete')
def main():
logging.info('***************************************************************************')
logging.info('Starting Script')
deviceCount = 0
#Prepare stats file
touch(docroot + 'riverbed_exclusions')
#Load required MIBs
load(docroot + "mibs/SNMPv2-MIB")
load(docroot + "mibs/riverbed-rbt.mib")
load(docroot + "mibs/WW-MIB.txt")
#Check PagerDuty for open incidents
try:
getCurrentAlarms()
except Exception as inst:
msg = 'Exception occurred while querying PagerDuty for open incidents; Exception = "{0}"'.format(inst)
logging.warning('PAGER\tERROR\r{0}'.format(msg))
script_start = time.time()
try:
deviceList = ['<Your riverbed device name>']
comm = "public"
ver = 2
for line in deviceList:
if line[0:1] != "#":
deviceCount += 1
start = time.time()
hostname = line
queryDevice(hostname,comm,ver)
end = time.time()
print '{0} - {1} - {2} sec. {3} total sec.'.format(deviceCount,hostname,(end-start),(end-script_start))
except Exception as inst:
msg = 'Exception occurred in main function. Exception = "{0}"'.format(inst)
logging.warning('MAIN\tERROR\t{0}'.format(msg))
logging.info('TOTAL\tSTATS\t(Checked,OK,Error) || Health({1},{2},{3}) || Devices({0})'.format(deviceCount,*totalStats))
logging.info('Script Complete')
snmphost = os.getenv('snmphost','127.0.0.1')
snmpcommunity = os.getenv('snmpcommunity')
print (snmpcommunity)
mqtthost = os.getenv('mqtthost','127.0.0.1')
print (mqtthost)
mqttport = os.getenv('mqttport',1883)
print (mqttport)
print (snmphost)
while True:
load("IF-MIB")
m = M(host=snmphost, community=snmpcommunity,version = 1)
ifspeed= m.ifSpeed[2]
OutOctet1 = m.ifInOctets[2]
InOctet1 = m.ifOutOctets[2]
time.sleep(1)
m = M(host=snmphost, community=snmpcommunity,version = 1)
OutOctet2 = m.ifInOctets[2]
InOctet2 = m.ifOutOctets[2]
upload= float(float(OutOctet2) - float(OutOctet1))*8
download=float(float(InOctet2) - float(InOctet1))*8
mqttc = mqtt.Client("python_pub")
print (upload)
print (download)
mqttc.connect(mqtthost,mqttport)
mqttc.publish("bandwidth/up", upload)
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with r4d. If not, see <http://www.gnu.org/licenses/>.
import logging
import os
from r4d.db import PowerControl
from snimpy.manager import Manager
from snimpy.manager import load
log = logging.getLogger(__name__)
mibpath = os.path.dirname(__file__)
load(os.path.join(mibpath, "GUDEADS-EPC8x-MIB.txt"))
def register(parent):
log.debug("register " + __name__)
parent._add_model('pc8210', pc8210)
class pc8210(PowerControl):
__mapper_args__ = {'polymorphic_identity': 'pc8210'}
def num_ports(self):
m = Manager(self.URI, "public", 2)
return m.epc8portNumber
def poweron(self, port):
mac = [binascii.b2a_hex(x) for x in list(octet)]
":".join(mac)
def convertIP(octet):
ip = [str(int(binascii.b2a_hex(x),16)) for x in list(octet)]
return ".".join(ip)
# ++++++++++++++++++++
import logging
logging.basicConfig(level=logging.INFO)
logger = logging.getLogger(__name__)
# --------------------
############## Load MIBs
load("RFC1213-MIB") # sysName, ecc..
load("IF-MIB") # ifDescr, ecc..
load("IP-FORWARD-MIB") # routing table
load("IP-MIB") # ipAddress
load("OSPF-MIB") # ospf
load("MPLS-L3VPN-STD-MIB") # vrf
load("MPLS-LDP-STD-MIB") # ldp
load("BGP4-MIB") # bgp
load("ISIS-MIB") # isis
load("RFC1213-MIB") # tcp sessions
try:
load("CISCO-CDP-MIB") # cdp
except:
print "smilint -s -l1 CISCO-CDP-MIB"
def enable(self, protocol, rhost, rport='', vhost='', vport=''):
"""
Enable a real server in keepalived. This command rellies on snimpy
and will set the weight of the real server back to its original weight.
Assumption: original weight is stored in self.cache_dir/realServerWeight.x.y
The reason is not used in this case.
"""
hostips = utils.gethostbyname_ex(rhost)
if not hostips:
logger.error('Real server %s is not valid!' % rhost)
return False
# Here we only use the first IP if the host has more than one
hostip = hostips[0]
if rport:
# check that it's a valid port
portnum = utils.getportnum(rport)
if portnum == -1:
logger.error('Port %s is not valid!' % rport)
return False
if vhost:
vipnum = utils.gethostname(vhost)
if not vipnum:
logger.error('Virtual host %s not valid!' % vhost)
return False
if vport:
vportnum = utils.getportnum(vport)
if vportnum == -1:
logger.error('Virtual port %s is not valid!' % vport)
return False
try:
manager.load(self.mib)
m = manager.Manager(self.snmp_host, self.snmp_community)
# Not compatible with earlier
# versions of snimpy
# secname=self.snmp_user,
# authpassword=self.snmp_password)
except (snmp.SNMPException, mib.SMIException) as e:
logger.error(e)
logger.error("Unable to perfrom action!")
return False
# iterate through the virtual servers
# and enable the matching real server
# if the weight is zero.
# Note: if file is not found in the cache_dir (i.e. /var/cache/lvsm)
# we set the weight 1 (keepalived default)
try:
for i in m.virtualServerAddress:
hexip = m.virtualServerAddress[i]
vip = socket.inet_ntoa(hexip)
logger.debug("Keepalived.enable(): Checking VIP: %s" % vip)
logger.debug("Keepalived.enable(): Protocol: %s" %
str(m.virtualServerProtocol[i]))
if m.virtualServerProtocol[i] == protocol:
if not vhost or vipnum == vip:
vp = m.virtualServerPort[i]
if not vport or vportnum == vp:
# iterate over the realservers in
# the specific virtual host
j = m.virtualServerRealServersTotal[i]
idx = 1
while idx <= j:
hexip = m.realServerAddress[i, idx]
rip = socket.inet_ntoa(hexip)
logger.debug("Keepalived.enable(): RIP: %s" %
rip)
rp = m.realServerPort[i, idx]
if hostip == rip:
if not rport or (rport and portnum == rp):
# Record the original weight somewhere before disabling it
# Will be used when enabling the server
weight = m.realServerWeight[i, idx]
logger.debug(
'Keepalived.enable(): Current weight: %s'
% weight)
if weight > 0:
msg = "Real server %s:%s on VIP %s:%s is already enabled with a weight of %s" % (
rip, rp, vip, vp, weight)
logger.warning(msg)
idx += 1
continue
filename = "realServerWeight.%s.%s" % (
i, idx)
fullpath = '%s/%s' % (self.cache_dir,
filename)
logger.debug(
'Keepalived.enable(): Enabling %s:%s on VIP %s:%s'
% (rip, rp, vip, vp))
try:
logger.debug(
'Keepalived.enable(): Reading server weight from file: %s'
% fullpath)
f = open(fullpath, 'r')
str_weight = f.readline().rstrip()
f.close()
# make sure the weight is a valid int
orig_weight = int(str_weight)
except IOError as e:
logger.warning(
"%s. Using 1 as default weight!"
% e)
logger.warning(
"To ensure the correct wieght is set, please restart Keepalived."
)
orig_weight = 1
# set the weight to zero
community = "private"
cmd_example = "snmpset -v2c -c %s localhost KEEPALIVED-MIB::%s = %s" % (
community, filename, orig_weight)
logger.info(
"Running equivalent command to: %s"
% cmd_example)
m.realServerWeight[i,
idx] = orig_weight
print "Enabled %s:%s on VIP %s:%s (%s). Weight set to %s." % (
rip, rp, vip, vp, protocol,
orig_weight)
# Now remove the placeholder file locally
try:
os.unlink(fullpath)
except OSError as e:
logger.error(e)
logger.error(
'Please make sure %s is writable!'
% self.cache_dir)
logger.error(
'%s needs to be manually deleted to avoid future problems.'
% fullpath)
# Try removing the reason file
rfilename = "realServerReason.%s.%s" % (
i, idx)
rfullpath = '%s/%s' % (self.cache_dir,
rfilename)
try:
os.unlink(rfullpath)
except OSError as e:
logger.error(e)
logger.error(
'Please make sure %s is writable!'
% self.cache_dir)
logger.error(
'%s needs to be manually deleted to avoid future problems.'
% rfullpath)
# remove the placeholder file in other nodes
self.filesync_nodes('remove', fullpath)
idx += 1
except snmp.SNMPException as e:
logger.error(e)
logger.error(
"Unable to complete the command successfully! Please verify manually."
)
return False
return True
def setUpClass(cls):
load('IF-MIB')
load('SNMPv2-MIB')
load(os.path.join(os.path.dirname(os.path.abspath(__file__)),
"SNIMPY-MIB.mib"))
cls.agent = agent.TestAgent()
def setUpClass(cls):
load('IF-MIB')
load('SNMPv2-MIB')
load(os.path.join(os.path.dirname(os.path.abspath(__file__)),
"SNIMPY-MIB.mib"))
cls.agent = agent.TestAgent()
def interact(argv=sys.argv): # pragma: no cover
conf = Conf().load()
banner = "\033[1mSnimpy\033[0m ({0}) -- {1}.\n".format(
snimpy.__version__, snimpy.__doc__)
banner += " load -> load an additional MIB\n"
banner += " M -> manager object"
local = {
"conf": conf,
"M": manager.Manager,
"load": manager.load,
"timedelta": timedelta,
"snmp": manager.snmp
}
if len(argv) <= 1:
manager.Manager._complete = True
for ms in conf.mibs:
manager.load(ms)
globals().update(local)
if len(argv) > 1:
argv = argv[1:]
exec(compile(open(argv[0]).read(), argv[0], 'exec')) in local
return
try:
try:
try:
# ipython >= 1.0
from IPython.terminal.embed import \
InteractiveShellEmbed
except ImportError:
# ipython >= 0.11
from IPython.frontend.terminal.embed import \
InteractiveShellEmbed
import IPython
if IPython.version_info < (4, ):
from IPython.config.loader import Config
else:
from traitlets.config.loader import Config
cfg = Config()
try:
# >= 0.12
cfg.PromptManager.in_template = "Snimpy [\\#]> "
cfg.PromptManager.out_template = "Snimpy [\\#]: "
except ImportError:
# 0.11
cfg.InteractiveShellEmbed.prompt_in1 = "Snimpy [\\#]> "
cfg.InteractiveShellEmbed.prompt_out = "Snimpy [\\#]: "
if conf.ipythonprofile:
cfg.InteractiveShellEmbed.profile = conf.ipythonprofile
shell = InteractiveShellEmbed(config=cfg,
banner1=banner,
user_ns=local)
# Not interested by traceback in this module
shell.InteractiveTB.tb_offset += 1
except ImportError:
# ipython < 0.11
from IPython.Shell import IPShellEmbed
argv = [
"-prompt_in1", "Snimpy [\\#]> ", "-prompt_out",
"Snimpy [\\#]: "
]
if conf.ipythonprofile:
argv += ["-profile", conf.ipythonprofile]
shell = IPShellEmbed(argv=argv, banner=banner, user_ns=local)
# Not interested by traceback in this module
shell.IP.InteractiveTB.tb_offset += 1
except ImportError:
shell = None
if shell and conf.ipython:
shell()
else:
try:
import rlcompleter
import readline
except ImportError:
readline = None
if readline:
if conf.histfile:
try:
readline.read_history_file(
os.path.expanduser(conf.histfile))
except IOError:
pass
atexit.register(lambda: readline.write_history_file(
os.path.expanduser(conf.histfile)))
readline.set_completer(rlcompleter.Completer(local).complete)
readline.parse_and_bind("tab: menu-complete")
sys.ps1 = conf.prompt
code.interact(banner=banner, local=local)
import error_handling import sysoidan import sshcmd # Snimpy SNMP lib and MIB loading from snimpy.manager import Manager as M from snimpy.manager import load from snimpy import snmp mib_path = script_path + '/mibs/' # RTF FAQ os.environ['SMIPATH'] = mib_path # base MIBs that everyone uses at some point load(mib_path + "SNMPv2-SMI.my") load(mib_path + "SNMPv2-TC.my") load(mib_path + "SNMPv2-CONF.my") load(mib_path + "SNMP-FRAMEWORK-MIB.my") load(mib_path + "INET-ADDRESS-MIB.my") load(mib_path + "RMON-MIB.my") load(mib_path + "IANAifType-MIB.my") load(mib_path + "IF-MIB.my") load(mib_path + "SNMPv2-MIB.my") # entity, for serial-# load(mib_path + "ENTITY-MIB.my") # Cisco stacks load(mib_path + "CISCO-SMI.my") load(mib_path + "CISCO-TC.my")
# {
# echo "Rebooting device $1"
# snmpset -v1 -cprivate $SWITCH_ADDRESS $BASE_SWITCH_OID.$1 i 3 >> /dev/null
# }
import logging
import os
from r4d.db import PowerControl
from snimpy.manager import Manager
from snimpy.manager import load
log = logging.getLogger(__name__)
mibpath = os.path.dirname(__file__)
load(os.path.join(mibpath, "powernet404.mib"))
def register(parent):
log.debug("register " + __name__)
parent._add_model('apc', apc)
class apc(PowerControl):
__mapper_args__ = {'polymorphic_identity': 'apc'}
def num_ports(self):
m = Manager(self.URI, "public", 2)
return m.rPDUOutletDevNumTotalOutlets
def poweron(self, port):
# Copyright Jason Kack – [email protected] # Using MIT License # Version 0.5k import os, sys from IPy import IP from netaddr import * from snimpy.manager import Manager as M, load, snmp try: modem_host = IP(sys.argv[1]) except: sys.exit("Invalid argument. Just provide an ip. Thats it") try: # Loading mibs we will need load("DOCS-CABLE-DEVICE-MIB") load("SNMPv2-MIB") load("IF-MIB") load("SNMPv2-SMI") load("DISMAN-EVENT-MIB") load("DOCS-IF-MIB") load("RFC1213-MIB") load("BRIDGE-MIB") load("DOCS-IF31-MIB") load("DOCS-PNM-MIB") load("DOCS-IF-EXT-MIB") modem = str(modem_host) host = M(host=modem, community="public", version=2, timeout=1, retries=2)
def load_mib(self, mib):
flagname = 'SNMP: ' + mib
if not self.type.has_flag(flagname):
raise NotImplementedError('Current device does not implement %s' %
(mib, ))
mgr.load(mib)
def main():
mib.path(mib.path() + ":/usr/share/mibs/cisco")
load("SNMPv2-MIB")
load("IF-MIB")
load("IP-MIB")
load("RFC1213-MIB")
load("CISCO-QUEUE-MIB")
#Requires MIB RFC-1212 (add to /usr/share/mibs/ietf/)
parser = argparse.ArgumentParser()
parser.add_argument('-r',
'--router',
nargs='?',
required=True,
help='address of router to monitor')
parser.add_argument('-s',
'--sinterval',
type=int,
help='sampling interval (seconds)',
default=5)
args = parser.parse_args()
myInterval = args.sinterval
print(args)
#Creates SNMP manager for router with address args.router
m = M(args.router,
'private',
3,
secname='uDDR',
authprotocol="MD5",
authpassword="******",
privprotocol="AES",
privpassword="******")
print(m.sysDescr) #Gets sysDescr from SNMPv2-MIB
print("===")
print(m.ifDescr.items()
) #Lists (order, name) interfaces in ifDescr from IF-MIB
for i, name in m.ifDescr.items():
print("Interface order %d: %s" % (i, name))
print("===")
print(
m.ipAddressIfIndex.items()
) #Lists ((adr.type,adr),order) interfaces in ipAddressIfIndex from IP-MIB
ifWithAddr = {}
#Stores (order, first adr.) of all interfaces
for addr, i in m.ipAddressIfIndex.items():
if not i in ifWithAddr:
ifWithAddr.update({i: IPfromOctetString(addr[0], addr[1])})
print('%s, Interface order: %d, %s' %
(IPfromOctetString(addr[0], addr[1]), i, m.ifDescr[i]))
print(ifWithAddr)
print("===========================================================")
f = open("InOutPkts.txt", 'w')
fByte = open("InOutBytes.txt", 'w')
last_outpackets = [None] * 10
last_inPkts = [None] * 10
last_outByte = [0] * 10
last_inByte = [0] * 10
for i, name in m.ifHCOutUcastPkts.items():
last_outpackets[i] = name
for i, name in m.ifHCInUcastPkts.items():
last_inPkts[i] = name
for i, name in m.ifHCOutOctets.items():
last_outByte[i] = name
for i, name in m.ifHCInOctets.items():
last_inByte[i] = name
listInterfaces = []
listValues = []
try:
while (True):
listInterfaces = []
listValues = []
printFlag = False
interval = time.time()
if ((interval - lastTime) >= myInterval):
global lastTime
lastTime = time.time()
printFlag = True
if (printFlag == True):
print(" ==Out Packets==")
f.write("Router : %s ==Out Packets==\n" % args.router)
for i, name in m.ifHCOutUcastPkts.items():
print(
"Interface %d: Packets send in the last interval: %s" %
(i, (name - last_outpackets[i])))
f.write(
"Interface %d: Packets send in the last interval: %s\n"
% (i, (name - last_outpackets[i])))
listInterfaces = listInterfaces + [int(i)]
listValues = listValues + [int(name - last_outpackets[i])]
last_outpackets[i] = name
plt.plot(listInterfaces, listValues)
plt.title("Out Packets")
plt.ylabel("Out Packets")
plt.xlabel("Interfaces")
plt.show()
print(" ==In Packets==")
f.write("Router : %s ==In Packets==\n" % args.router)
listInterfaces = []
listValues = []
for i, name in m.ifHCInUcastPkts.items():
print(
"Interface %d: Packets receive in the last interval: %s"
% (i, (name - last_inPkts[i])))
f.write(
"Interface %d: Packets receive in the last interval: %s\n"
% (i, (name - last_inPkts[i])))
listInterfaces = listInterfaces + [int(i)]
listValues = listValues + [int(name - last_inPkts[i])]
last_inPkts[i] = name
plt.plot(listInterfaces, listValues)
plt.title("==In Packets==")
plt.ylabel("In Packets")
plt.xlabel("Interfaces")
plt.show()
f.write("===============================================\n")
print(" ==Out Bytes==")
listInterfaces = []
listValues = []
fByte.write("Router : %s ==Out Bytes==\n" % args.router)
for i, name in m.ifHCOutOctets.items():
print("Interface %d: Bytes send in the last interval: %s" %
(i, (name - last_outByte[i])))
fByte.write(
"Interface %d: Bytes send in the last interval: %s\n" %
(i, (name - last_outByte[i])))
listInterfaces = listInterfaces + [int(i)]
listValues = listValues + [int(name - last_outByte[i])]
last_outByte[i] = name
plt.plot(listInterfaces, listValues)
plt.title("==Out Bytes==")
plt.ylabel("Out Bytes")
plt.xlabel("Interfaces")
plt.show()
print(" ==In Bytes==")
listInterfaces = []
listValues = []
fByte.write("Router : %s ==In Bytes==\n" % args.router)
for i, name in m.ifHCInOctets.items():
print(
"Interface %d: Bytes receive in the last interval: %s"
% (i, (name - last_inByte[i])))
fByte.write(
"Interface %d: Bytes receive in the last interval: %s\n"
% (i, (name - last_inByte[i])))
listInterfaces = listInterfaces + [int(i)]
listValues = listValues + [int(name - last_inByte[i])]
last_inByte[i] = name
plt.plot(listInterfaces, listValues)
plt.title("==In Bytes==")
plt.ylabel("In Bytes")
plt.xlabel("Interfaces")
plt.show()
fByte.write(
"===============================================\n")
except KeyboardInterrupt:
f.close()
exit
# http://www.oidview.com/mibs/9/CISCO-PROCESS-MIB.html
# https://supportforums.cisco.com/document/30366/oids-management
#
# + place where place mibs on mac
# cd /usr/local/share/mibs/ietf
# cd /usr/local/Cellar/libsmi/0.4.8/share/mibs/ietf
# buitins
import logging
# pip install
from snimpy.manager import Manager as M
from snimpy.manager import load
load("RFC1213-MIB") # sysName, ecc..
load("IP-FORWARD-MIB")
load("IF-MIB")
load("SNMPv2-MIB")
load("SNMPv2-SMI")
load("CISCO-PROCESS-MIB")
load("CISCO-MEMORY-POOL-MIB")
class Device(object):
snmpCommunity = "public"
snmpTarget = ""
sysName = ""
sysDescr = ""
sysObjectID = ""
def enable(self, protocol, rhost, rport='',vhost='', vport=''):
"""
Enable a real server in keepalived. This command rellies on snimpy
and will set the weight of the real server back to its original weight.
Assumption: original weight is stored in self.cache_dir/realServerWeight.x.y
The reason is not used in this case.
"""
hostips = utils.gethostbyname_ex(rhost)
if not hostips:
logger.error('Real server %s is not valid!' % rhost)
return False
# Here we only use the first IP if the host has more than one
hostip = hostips[0]
if rport:
# check that it's a valid port
portnum = utils.getportnum(rport)
if portnum == -1:
logger.error('Port %s is not valid!' % rport)
return False
if vhost:
vipnum = utils.gethostname(vhost)
if not vipnum:
logger.error('Virtual host %s not valid!' % vhost)
return False
if vport:
vportnum = utils.getportnum(vport)
if vportnum == -1:
logger.error('Virtual port %s is not valid!' % vport)
return False
try:
manager.load(self.mib)
m = manager.Manager(self.snmp_host, self.snmp_community)
# Not compatible with earlier
# versions of snimpy
# secname=self.snmp_user,
# authpassword=self.snmp_password)
except (snmp.SNMPException, mib.SMIException) as e:
logger.error(e)
logger.error("Unable to perfrom action!")
return False
# iterate through the virtual servers
# and enable the matching real server
# if the weight is zero.
# Note: if file is not found in the cache_dir (i.e. /var/cache/lvsm)
# we set the weight 1 (keepalived default)
try:
for i in m.virtualServerAddress:
hexip = m.virtualServerAddress[i]
vip = socket.inet_ntoa(hexip)
logger.debug("Keepalived.enable(): Checking VIP: %s" % vip)
logger.debug("Keepalived.enable(): Protocol: %s" % str(m.virtualServerProtocol[i]))
if m.virtualServerProtocol[i] == protocol:
if not vhost or vipnum == vip:
vp = m.virtualServerPort[i]
if not vport or vportnum == vp:
# iterate over the realservers in
# the specific virtual host
j = m.virtualServerRealServersTotal[i]
idx = 1
while idx <= j:
hexip = m.realServerAddress[i,idx]
rip = socket.inet_ntoa(hexip)
logger.debug("Keepalived.enable(): RIP: %s" % rip)
rp = m.realServerPort[i,idx]
if hostip == rip:
if not rport or (rport and portnum == rp):
# Record the original weight somewhere before disabling it
# Will be used when enabling the server
weight = m.realServerWeight[i,idx]
logger.debug('Keepalived.enable(): Current weight: %s' % weight)
if weight > 0:
msg = "Real server %s:%s on VIP %s:%s is already enabled with a weight of %s" % (rip, rp, vip, vp, weight)
logger.warning(msg)
idx += 1
continue
filename = "realServerWeight.%s.%s" % (i, idx)
fullpath = '%s/%s' % (self.cache_dir, filename)
logger.debug('Keepalived.enable(): Enabling %s:%s on VIP %s:%s' % (rip, rp, vip, vp))
try:
logger.debug('Keepalived.enable(): Reading server weight from file: %s' % fullpath)
f = open(fullpath, 'r')
str_weight = f.readline().rstrip()
f.close()
# make sure the weight is a valid int
orig_weight = int(str_weight)
except IOError as e:
logger.warning("%s. Using 1 as default weight!" % e)
logger.warning("To ensure the correct wieght is set, please restart Keepalived.")
orig_weight = 1
# set the weight to zero
community = "private"
cmd_example = "snmpset -v2c -c %s localhost KEEPALIVED-MIB::%s = %s" % (community, filename, orig_weight)
logger.info("Running equivalent command to: %s" % cmd_example)
m.realServerWeight[i,idx] = orig_weight
print "Enabled %s:%s on VIP %s:%s (%s). Weight set to %s." % (rip, rp, vip, vp, protocol, orig_weight)
# Now remove the placeholder file locally
try:
logger.debug("Keeplived.enable(): removing placehodler file")
os.unlink(fullpath)
except OSError as e:
logger.error(e)
logger.error('Please make sure %s is writable!' % self.cache_dir)
logger.error('%s needs to be manually deleted to avoid future problems.' % fullpath)
# Try removing the reason file
rfilename = "realServerReason.%s.%s" % (i, idx)
rfullpath = '%s/%s' % (self.cache_dir, rfilename)
try:
logger.debug("Keeplived.enable(): removing reason file")
os.unlink(rfullpath)
except OSError as e:
logger.error(e)
logger.error('Please make sure %s is writable!' % self.cache_dir)
logger.error('%s needs to be manually deleted to avoid future problems.' % rfullpath)
# remove the placeholder file in other nodes
self.filesync_nodes('remove', fullpath)
idx += 1
except snmp.SNMPException as e:
logger.error(e)
logger.error("Unable to complete the command successfully! Please verify manually.")
return False
return True
def main():
mib.path(mib.path() + ":/usr/share/mibs/cisco")
load("SNMPv2-MIB")
load("IF-MIB")
load("IP-MIB")
load("RFC1213-MIB")
load("CISCO-QUEUE-MIB")
# Requires MIB RFC-1212 (add to /usr/share/mibs/ietf/)
parser = argparse.ArgumentParser()
parser.add_argument('-r', '--router', nargs='?', required=True, help='address of router to monitor')
parser.add_argument('-s', '--sinterval', type=int, help='sampling interval (seconds)', default=5)
args = parser.parse_args()
sys.stdout = Logger("router_" + args.router)
print(args)
# Creates SNMP manager for router with address args.router
m = M(args.router, 'private', 3, secname='uDDR', authprotocol="MD5", authpassword="******", privprotocol="AES",
privpassword="******")
print(m.sysDescr) # Gets sysDescr from SNMPv2-MIB
print("##################")
# print(m.ifDescr.items()) #Lists (order, name) interfaces in ifDescr from IF-MIB
for i, name in m.ifDescr.items():
print("Interface order %d: %s" % (i, name))
print("##################")
ifWithAddr = {} # Stores the interfaces with IP address
for addr, i in m.ipAddressIfIndex.items():
if i not in ifWithAddr:
ifWithAddr.update({i: {"ip": ip_from_octet_string(addr[0], addr[1]), "name": m.ifDescr[i]}})
print('%s, Interface order: %d, %s' % (ip_from_octet_string(addr[0], addr[1]), i, m.ifDescr[i]))
t = 0
ifOutUCastPkts = {}
ifInUCastPkts = {}
ifOutOctets = {}
ifInOctets = {}
ifQstats = {}
"""
## load from json
with open('router_10.0.0.2.json') as data_file:
content = json.load(data_file)
ifOutUCastPkts = content["ifOutUCastPkts"]
ifInUCastPkts = content["ifInUCastPkts"]
ifOutOctets = content["ifOutUCastPkts"]
ifInOctets = content["ifOutUCastPkts"]
ifQstats = content["ifOutUCastPkts"]
draw_plt(ifWithAddr, ifOutUCastPkts, ifInUCastPkts, ifOutOctets, ifInOctets, ifQstats)
exit()
"""
try:
prevOutUCastPkts = {}
prevInUCastPkts = {}
prevOutOctets = {}
prevInOctets = {}
previfQstats = {}
for i in ifWithAddr.keys():
prevOutUCastPkts[i] = 0
prevInUCastPkts[i] = 0
prevOutOctets[i] = 0
prevInOctets[i] = 0
previfQstats[i] = 0
count = 0
while True:
print("\n=== %d Seconds passed ===" % t)
"""
# ifHCOutUcastPkts
The total number of packets that higher-level protocols
requested be transmitted, and which were not addressed to a
multicast or broadcast address at this sub-layer, including
those that were discarded or not sent. This object is a
64-bit version of ifOutUcastPkts.
Discontinuities in the value of this counter can occur at
re-initialization of the management system, and at other
times as indicated by the value of
ifCounterDiscontinuityTime."
"""
print("\n### ifOutUCastPkts")
ifOutUCastPkts[t] = {}
for i, pkts in m.ifHCOutUcastPkts.items():
if i in ifWithAddr.keys():
if i not in ifOutUCastPkts[t]:
if count == 0:
ifOutUCastPkts[t].update({i: 0})
else:
ifOutUCastPkts[t].update({i: pkts - prevOutUCastPkts[i]})
prevOutUCastPkts[i] = pkts
print('%s, Interface Out packets: %d' % (m.ifDescr[i], ifOutUCastPkts[t][i]))
"""
The number of packets, delivered by this sub-layer to a
higher (sub-)layer, which were not addressed to a multicast
or broadcast address at this sub-layer. This object is a
64-bit version of ifInUcastPkts.
Discontinuities in the value of this counter can occur at
re-initialization of the management system, and at other
times as indicated by the value of
ifCounterDiscontinuityTime.
"""
print("\n### ifInUCastPkts")
ifInUCastPkts[t] = {}
for i, pkts in m.ifHCInUcastPkts.items():
if i in ifWithAddr.keys():
if i not in ifInUCastPkts[t]:
if count == 0:
ifInUCastPkts[t].update({i: 0})
else:
ifInUCastPkts[t].update({i: pkts - prevInUCastPkts[i]})
prevInUCastPkts[i] = pkts
print('%s, Interface In packets: %d' % (m.ifDescr[i], ifInUCastPkts[t][i]))
"""
The total number of octets transmitted out of the
interface, including framing characters. This object is a
64-bit version of ifOutOctets.
Discontinuities in the value of this counter can occur at
re-initialization of the management system, and at other
times as indicated by the value of
ifCounterDiscontinuityTime.
"""
print("\n### ifOutOctets")
ifOutOctets[t] = {}
for i, pkts in m.ifHCOutOctets.items():
if i in ifWithAddr.keys():
if i not in ifOutOctets[t]:
if count == 0:
ifOutOctets[t].update({i: 0})
else:
ifOutOctets[t].update({i: pkts - prevOutOctets[i]})
prevOutOctets[i] = pkts
print('%s, Interface Out octets: %d' % (m.ifDescr[i], ifOutOctets[t][i]))
"""
The total number of octets received on the interface,
including framing characters. This object is a 64-bit
version of ifInOctets.
Discontinuities in the value of this counter can occur at
re-initialization of the management system, and at other
times as indicated by the value of
ifCounterDiscontinuityTime.
"""
print("\n### ifInOctets")
ifInOctets[t] = {}
for i, pkts in m.ifHCInOctets.items():
if i in ifWithAddr.keys():
if i not in ifInOctets[t]:
if count == 0:
ifInOctets[t].update({i: 0})
else:
ifInOctets[t].update({i: pkts - prevInOctets[i]})
prevInOctets[i] = pkts
print('%s, Interface In octets: %d' % (m.ifDescr[i], ifInOctets[t][i]))
"""
The number of messages in the sub-queue.
"""
print("\n### ifQstats")
ifQstats[t] = {}
for (i, u), pkts in m.cQStatsDepth.items():
if i in ifWithAddr.keys():
if i not in ifQstats[t]:
if count == 0:
ifQstats[t].update({i: 0})
else:
ifQstats[t].update({i: pkts - previfQstats[i]})
previfQstats[i] = pkts
print('%s, Interface Queue Size: %d' % (m.ifDescr[i], ifQstats[t][i]))
plt.ion()
timeList = []
for t, value in ifOutUCastPkts.items():
timeList.append(int(t))
timeList = sorted(timeList, key=int)
for i, details in ifWithAddr.items():
fig = plt.figure(i, figsize=(16, 10), dpi=80)
fig.canvas.set_window_title(str(details["name"]) + ' ' + str(details["ip"]))
fig.subplots_adjust(wspace=0.23)
# ifOutUCastPkts
xitems = timeList
yitems = []
for t in timeList:
yitems.append(ifOutUCastPkts[t][i])
plt.subplot(231)
plt.plot(xitems, yitems)
plt.title("Interface out")
plt.xlabel("time (s)")
plt.ylabel("Unicast packets")
plt.grid(True)
# ifInUCastPkts
xitems = timeList
yitems = []
for t in timeList:
yitems.append(ifInUCastPkts[t][i])
plt.subplot(232)
plt.plot(xitems, yitems)
plt.title("Interface in")
plt.ylabel("Unicast packets")
plt.xlabel("time (s)")
plt.grid(True)
# ifOutOctets
xitems = timeList
yitems = []
for t in timeList:
yitems.append(ifOutOctets[t][i])
plt.subplot(233)
plt.plot(xitems, yitems)
plt.title("Number of bytes transmitted")
plt.ylabel("Number of bytes")
plt.xlabel("time (s)")
plt.grid(True)
# ifInOctets
xitems = timeList
yitems = []
for t in timeList:
yitems.append(ifInOctets[t][i])
plt.subplot(234)
plt.plot(xitems, yitems)
plt.title("Number of bytes received")
plt.ylabel("Number of bytes")
plt.xlabel("time (s)")
plt.grid(True)
plt.draw()
# ifQstats
xitems = timeList
yitems = []
for t in timeList:
yitems.append(ifQstats[t][i])
plt.subplot(235)
plt.plot(xitems, yitems)
plt.title("The number of messages in the sub-queue.")
plt.ylabel("Number of messages")
plt.xlabel("time (s)")
plt.grid(True)
plt.draw()
time.sleep(args.sinterval)
t += args.sinterval
count += 1
except KeyboardInterrupt:
print "Finished after %d seconds..." % t
json_save(args, ifWithAddr, ifOutUCastPkts, ifInUCastPkts, ifOutOctets, ifInOctets, ifQstats)
def disable(self, protocol, host, port='', vhost='', vport='', reason=''):
"""
Disable a real server in keepalived. This command rellies on snimpy
and will set the weight of the real server to 0.
The reason is not used in this case.
"""
found = False
hostips = utils.gethostbyname_ex(host)
if not hostips:
logger.error('Real server %s is not valid!' % host)
return False
# Here we only use the first IP if the host has more than one
hostip = hostips[0]
if port:
# check that it's a valid port
portnum = utils.getportnum(port)
if portnum == -1:
logger.error('Port %s is not valid!' % port)
return False
if vhost:
vipnums = utils.gethostbyname_ex(vhost)
if not vipnums:
logger.error('Virtual host %s not valid!' % vhost)
return False
# only take the first ip address if host has more than one
vipnum = vipnums[0]
if vport:
vportnum = utils.getportnum(vport)
if vportnum == -1:
logger.error('Virtual port %s is not valid!' % vport)
return False
try:
manager.load(self.mib)
m = manager.Manager(self.snmp_host, self.snmp_community)
# Not compatible with earlier
# versions of snimpy
#secname=self.snmp_user,
#authpassword=self.snmp_password)
except (snmp.SNMPException, mib.SMIException) as e:
logger.error(e)
logger.error("Unable to perfrom action!")
return False
# iterate through the virtual servers
# and disable the matching real server
try:
for i in m.virtualServerAddress:
hexip = m.virtualServerAddress[i]
vip = socket.inet_ntoa(hexip)
logger.debug("Keepalived.disable(): Checking VIP: %s" % vip)
logger.debug("Keepalived.disable(): Protocol: %s" % str(m.virtualServerProtocol[i]))
if m.virtualServerProtocol[i] == protocol:
if not vhost or vipnum == vip:
vp = m.virtualServerPort[i]
if not vport or vportnum == vp:
# iterate over the realservers in
# the specific virtual
j = m.virtualServerRealServersTotal[i]
idx = 1
while idx <= j:
hexip = m.realServerAddress[i,idx]
rip = socket.inet_ntoa(hexip)
rp = m.realServerPort[i,idx]
if hostip == rip:
if not port or (port and portnum == rp):
logger.debug('Keepalived.disable(): Disabling %s:%s on VIP %s:%s' % (rip, rp, vip, vp))
# 'found' is used to keep track of
# matching real servers to disable
found = True
# Record the original weight
# before disabling it
# It'll be used when enabling
weight = m.realServerWeight[i,idx]
logger.debug('Keepalived.disable(): Current weight: %s' % weight)
if weight == 0:
logger.warning("Real server %s:%s is already disabled on VIP %s:%s" % (rip, rp, vip, vp))
idx += 1
continue
filename = "realServerWeight.%s.%s" % (i, idx)
fullpath = '%s/%s' % (self.cache_dir, filename)
rfilename = "realServerReason.%s.%s" % (i, idx)
rfullpath = '%s/%s' % (self.cache_dir, rfilename)
try:
# Create a file with the original weight
logger.info('Creating file: %s' % fullpath)
f = open(fullpath, 'w')
f.write(str(weight))
f.close()
# Create a file with the disable reason
logger.info('Creating file: %s' % rfullpath)
f = open(rfullpath, 'w')
f.write(str(reason))
f.close()
except IOError as e:
logger.error(e)
logger.error('Please make sure %s is writable before proceeding!' % self.cache_dir)
return False
# Copy the file to the other nodes
# In case of a switch lvsm will have
# the weight info on all nodes
self.filesync_nodes('copy', fullpath)
# set the weight to zero
community = "private"
cmd_example = "snmpset -v2c -c %s localhost KEEPALIVED-MIB::%s = 0" % (community, filename)
logger.info("Running equivalent command to: %s" % cmd_example)
m.realServerWeight[i,idx] = 0
print "Disabled %s:%s on VIP %s:%s (%s). Weight set to 0." % (rip, rp, vip, vp, protocol)
idx += 1
except snmp.SNMPException as e:
logger.error(e)
logger.error("Unable to complete the command successfully! Please verify manually.")
return False
if not found:
logger.error('No matching real servers were found!')
return False
else:
return True
#!/usr/bin/python
import sys
from snimpy.manager import Manager as M
from snimpy.manager import load
import time
#Orden de carga correcto
load("mibs/RFC1155-SMI.mib")
load("mibs/RFC-1212.mib")
load("mibs/rfc1213.mib")
load("./SNMPv2-SMI.my")
load("./SNMPv2-TC.my")
load("./SNMPv2-CONF.my")
load("mibs/rfc2819.mib")#MIB de RMON
#########################
ip="192.168.0.197:8001"
m = M(ip, community="public", version=2)
topspeed=10 #MegaBits por segundo
def calculaUtilizacion(oldcounter,newcounter,interval,topspeed):
#Ancho de banda empleado en bytes por segundo
usedspeed=(newcounter-oldcounter)/interval
#
utilizacion= (usedspeed*8)/(topspeed*1e6);
return utilizacion
#def barraLed(utilizacion)
#oldcounter=0
#while True:
#tiempo=m.sysUpTime
# Optionally, let helper handle command-line arguments for us for example --threshold
# Note: If your plugin needs any commandline arguments on its own (like --hostname) you should add them
# before this step with helper.parser.add_option()
helper.parser.add_option("-H", help="Hostname or IP", dest="host", default='localhost')
helper.parser.add_option("--Version", help="Snmp Version", dest="version", default='2')
helper.parser.add_option("-c", help="Snmp Comunity", dest="community", default='public')
helper.parse_arguments()
mib='/usr/share/mibs/site/NetSure-SCU-Plus'
# Here starts our plugin specific logic. Lets try to read /proc/loadavg
# And if it fails, we exit immediately with UNKNOWN status
try:
load(mib)
except Exception, e:
helper.exit(summary="Could not read MIB file.", long_output=str(e), exit_code=unknown, perfdata='')
m=Manager(helper.options.host,helper.options.community,int(helper.options.version))
values={'systemCurrent':'','systemUsedCapacity':'','psBatteryVoltage':'','psBatteryCurrent':'','psInputLineAVoltage':''}
formatstring='systemUsedCapacity: %s'
content=m.systemUsedCapacity
helper.add_summary(formatstring % content)
for key in values:
commandstring="m."+key
values[key]=eval(commandstring)
# print key,values[key]
def main():
logging.info('***************************************************************************')
logging.info('Starting Script')
deviceCount = 0
#Prepare exclusions file
touch(docroot + 'brocade_exclusions')
#Load required MIBs
load(docroot + 'mibs/SNMPv2-MIB')
load(docroot + 'mibs/RFC1155-SMI.txt')
load(docroot + 'mibs/BRCD_REG.mib')
load(docroot + 'mibs/BRCD_TC.mib')
load(docroot + 'mibs/FA.mib')
load(docroot + 'mibs/FCMGMT-MIB.mib')
load(docroot + 'mibs/SW.mib')
load(docroot + 'mibs/HA.mib')
#Check PagerDuty for open incidents
try:
getCurrentAlarms()
except Exception as inst:
msg = 'Exception occurred while querying PagerDuty for open incidents; Exception = "{0}"'.format(inst)
logging.warning('PAGER\tERROR\r{0}'.format(msg))
script_start = time.time()
try:
deviceFile = open(docroot+'brocade_devices','r')
comm = "public"
ver = 2
for line in deviceFile:
if line[0:1] != "#":
deviceCount += 1
start = time.time()
hostname = line[:-1]
queryDevice(hostname,comm,ver)
end = time.time()
print '{0} - {1} - {2} sec. {3} total sec.'.format(deviceCount,hostname,(end-start),(end-script_start))
except Exception as inst:
msg = 'Exception occurred in main function. Exception = "{0}"'.format(inst)
logging.warning('MAIN\tERROR\t{0}'.format(msg))
logging.info('TOTAL\tSTATS\t(Checked,OK,Error) || Sensor({1},{2},{3}) || FRU({4},{5},{6}) || Devices({0})'.format(deviceCount,*totalStats))
logging.info('Script Complete')
def disable(self, protocol, host, port='', vhost='', vport='', reason=''):
"""
Disable a real server in keepalived. This command rellies on snimpy
and will set the weight of the real server to 0.
The reason is not used in this case.
"""
found = False
hostips = utils.gethostbyname_ex(host)
if not hostips:
logger.error('Real server %s is not valid!' % host)
return False
# Here we only use the first IP if the host has more than one
hostip = hostips[0]
if port:
# check that it's a valid port
portnum = utils.getportnum(port)
if portnum == -1:
logger.error('Port %s is not valid!' % port)
return False
if vhost:
vipnums = utils.gethostbyname_ex(vhost)
if not vipnums:
logger.error('Virtual host %s not valid!' % vhost)
return False
# only take the first ip address if host has more than one
vipnum = vipnums[0]
if vport:
vportnum = utils.getportnum(vport)
if vportnum == -1:
logger.error('Virtual port %s is not valid!' % vport)
return False
try:
manager.load(self.mib)
m = manager.Manager(self.snmp_host, self.snmp_community)
# Not compatible with earlier
# versions of snimpy
#secname=self.snmp_user,
#authpassword=self.snmp_password)
except (snmp.SNMPException, mib.SMIException) as e:
logger.error(e)
logger.error("Unable to perfrom action!")
return False
# iterate through the virtual servers
# and disable the matching real server
try:
for i in m.virtualServerAddress:
hexip = m.virtualServerAddress[i]
vip = socket.inet_ntoa(hexip)
logger.debug("Keepalived.disable(): Checking VIP: %s" % vip)
logger.debug("Keepalived.disable(): Protocol: %s" %
str(m.virtualServerProtocol[i]))
if m.virtualServerProtocol[i] == protocol:
if not vhost or vipnum == vip:
vp = m.virtualServerPort[i]
if not vport or vportnum == vp:
# iterate over the realservers in
# the specific virtual
j = m.virtualServerRealServersTotal[i]
idx = 1
while idx <= j:
hexip = m.realServerAddress[i, idx]
rip = socket.inet_ntoa(hexip)
rp = m.realServerPort[i, idx]
if hostip == rip:
if not port or (port and portnum == rp):
logger.debug(
'Keepalived.disable(): Disabling %s:%s on VIP %s:%s'
% (rip, rp, vip, vp))
# 'found' is used to keep track of
# matching real servers to disable
found = True
# Record the original weight
# before disabling it
# It'll be used when enabling
weight = m.realServerWeight[i, idx]
logger.debug(
'Keepalived.disable(): Current weight: %s'
% weight)
if weight == 0:
logger.warning(
"Real server %s:%s is already disabled on VIP %s:%s"
% (rip, rp, vip, vp))
idx += 1
continue
filename = "realServerWeight.%s.%s" % (
i, idx)
fullpath = '%s/%s' % (self.cache_dir,
filename)
rfilename = "realServerReason.%s.%s" % (
i, idx)
rfullpath = '%s/%s' % (self.cache_dir,
rfilename)
try:
# Create a file with the original weight
logger.info('Creating file: %s' %
fullpath)
f = open(fullpath, 'w')
f.write(str(weight))
f.close()
# Create a file with the disable reason
logger.info('Creating file: %s' %
rfullpath)
f = open(rfullpath, 'w')
f.write(str(reason))
f.close()
except IOError as e:
logger.error(e)
logger.error(
'Please make sure %s is writable before proceeding!'
% self.cache_dir)
return False
# Copy the file to the other nodes
# In case of a switch lvsm will have
# the weight info on all nodes
self.filesync_nodes('copy', fullpath)
# set the weight to zero
community = "private"
cmd_example = "snmpset -v2c -c %s localhost KEEPALIVED-MIB::%s = 0" % (
community, filename)
logger.info(
"Running equivalent command to: %s"
% cmd_example)
m.realServerWeight[i, idx] = 0
print "Disabled %s:%s on VIP %s:%s (%s). Weight set to 0." % (
rip, rp, vip, vp, protocol)
idx += 1
except snmp.SNMPException as e:
logger.error(e)
logger.error(
"Unable to complete the command successfully! Please verify manually."
)
return False
if not found:
logger.error('No matching real servers were found!')
return False
else:
return True
def handle(self, *args, **options):
log = logging.getLogger('ixpmgr.script')
conf = util.load_config()
if options['force']:
qs = ViewInterface.objects.all()
else:
# query for any interface that's enabled for ip and missing hostname
qs = ViewInterface.objects.filter(~Q(ipv4address=0),
ipv4enabled=1, ipv4hostname='')
qs |= ViewInterface.objects.filter(~Q(ipv6address=0),
ipv6enabled=1, ipv6hostname='')
qs = Switch.objects.filter(active=True, switchtype=const.SWITCHTYPE_SWITCH)
for switch in qs:
print switch.name, switch.hostname, switch.snmppasswd
print switch.name, switch.hostname, switch.snmppasswd
cmdGen = cmdgen.CommandGenerator()
errorIndication, errorStatus, errorIndex, varBinds = cmdGen.getCmd(
cmdgen.CommunityData(switch.snmppasswd),
cmdgen.UdpTransportTarget((switch.hostname, 161)),
cmdgen.MibVariable('SNMPv2-MIB', 'sysName', 0)
)
# Check for errors and print out results
if errorIndication:
print(errorIndication)
else:
if errorStatus:
print('%s at %s' % (
errorStatus.prettyPrint(),
errorIndex and varBinds[int(errorIndex)-1] or '?'
)
)
else:
for name, val in varBinds:
print('%s = %s' % (name.prettyPrint(), val.prettyPrint()))
load("IF-MIB")
load("SNMPv2-MIB")
load("BRIDGE-MIB")
load("Q-BRIDGE-MIB")
#for id in s.dot1qPortIngressFiltering:
m = M(switch.hostname, switch.snmppasswd)
#m = M(switch.hostname, 'dev_aLFMBMoZ30dNy8NqnHDJJgtRfP3', 2)
#print m.ifDescr[0]
#print m.sysContact
print m.ifDescr
# for idx in m.ifDescr:
# print m.ifDescr[idx]
# dot1qTpFdbPort
for i in m.dot1dBasePortIfIndex:
ifidx = m.dot1dBasePortIfIndex[i]
print "dot1d: ", i, m.dot1dBasePortIfIndex[i]
def main():
logging.info('***************************************************************************')
logging.info('Starting Script')
deviceCount = 0
#Prepare stats file
touch(docroot + 'cisco_snmp_alarms_current')
touch(docroot + 'cisco_snmp_exclusions')
os.rename(docroot+'cisco_snmp_alarms_current',docroot+'cisco_snmp_alarms_previous')
touch(docroot + 'cisco_snmp_alarms_current')
#Parse previous alarms file and output to log file for debugging
try:
logPreviousAlarms()
except Exception as inst:
msg = 'Exception occurred while parsing previous alarms file. Exception: {0}'.format(inst)
logging.warning(msg)
#Load required MIBs
load(docroot + "mibs/CISCO-SMI.my")
load(docroot + "mibs/CISCO-TC.my")
load(docroot + "mibs/ENTITY-MIB.my")
load(docroot + "mibs/SNMPv2-MIB")
load(docroot + "mibs/CISCO-ENVMON-MIB.my")
load(docroot + "mibs/CISCO-ENTITY-FRU-CONTROL-MIB.mib")
load(docroot + "mibs/CISCO-ENTITY-SENSOR-MIB.mib")
load(docroot + "mibs/CISCO-FIREWALL-MIB.my")
# We are using a modified version of the Tempus MIB
# because the original has syntax errors and cannot be loaded by snimpy
load(docroot + "mibs/TEMPUSLXUNISON-MIB-SPOT.txt")
script_start = time.time()
try:
deviceFile = open(docroot+'cisco_devices','r')
comm = "public"
ver = 2
for line in deviceFile:
if line[0:1] != "#":
deviceCount += 1
start = time.time()
hostname = line[:-1]
queryDevice(hostname,comm,ver)
end = time.time()
print '{0} - {1} - {2} sec. {3} total sec.'.format(deviceCount,hostname,(end-start),(end-script_start))
except Exception as inst:
msg = 'Exception occurred in main function. Exception = "{0}"'.format(inst)
logging.warning('MAIN\tERROR\t{0}'.format(msg))
logging.info('TOTAL\tSTATS\tIOS\t(Checked,OK,Error) || Fan({1},{2},{3}) || Temp({4},{5},{6}) || PSU({7},{8},{9}) || Devices({0})'.format(iosCount,*totalStatsIOS))
logging.info('TOTAL\tSTATS\tNXOS\t(Checked,OK,Error) || Fan({1},{2},{3}) || PSU({4},{5},{6}) || Module({7},{8},{9}) || Sensor({10},{11},{12}) || Devices({0})'.format(nxosCount,*totalStatsNXOS))
logging.info('TOTAL\tSTATS\tASA\t(Checked,OK,Error) || HW({1},{2},{3}) || Conn({4},{5},{6}) || Devices({0})'.format(asaCount,*totalStatsASA))
logging.info('TOTAL\tSTATS\tPTP\t(Checked,OK,Error) || PTP({1},{2},{3}) || Devices({0})'.format(ptpCount,*totalStatsPTP))
logging.info('Script Complete')
if (pickled): # Picked input
import pickle
mp = pickle.load(open('switches.pickle', 'r'))
# only needed
switches = []
for switchIp in mp.keys():
if mp[switchIp]:
switches.append(mp[switchIp][0])
else:
import os
import time
from snimpy.manager import Manager as M
from snimpy.manager import load
load("BRIDGE-MIB")
def find_switches():
""" find all the switches in the 10.11.12.xxx range """
sw = dict(
) # key/value = ip/mac of all the switches alive at the time of scan
print "Scanning 10.11.12.xxx range..."
for num in range(
130, 254
): #start from 130 as we don't have switches lower than that
ip = "10.11.12." + str(num)
if os.system("ping -c 1 -w2 -t2 " + ip +
" > /dev/null 2>&1") == 0: #host is alive!
print "%s added to the list" % ip
sw[ip] = ""
else:
unit = "Kbps"
return {'speed': speed, 'unit': unit}
if input < 125000000:
speed = str(round((input / 1250) / 100, 2))
unit = "Mbps"
return {'speed': speed, 'unit': unit}
if input > 125000000:
speed = str(round((speed / 1250000) / 100, 2))
unit = "Gbps"
return {'speed': speed, 'unit': unit}
# Wire Firebase
firebaseConnection = firebase.FirebaseApplication(_FIREBASE_ENDPOINT, None)
# Load SNMP MIB
load("IF-MIB")
# SNMP Manager (our client)
m = M(_WAN_HOST, _WAN_COMMUNITY, _WAN_SNMP_VERSION)
last_ifOutOctets = 0
last_ifInOctets = 0
last_timestamp = time.time()
while True:
# The first time the script runs, we have no change to send
if last_ifOutOctets == 0:
last_ifOutOctets = m.ifOutOctets[_WAN_ADAPTER]
last_ifInOctets = m.ifInOctets[_WAN_ADAPTER]
last_timestamp = time.time()
else:
def main():
mib.path(mib.path()+":/usr/share/mibs/cisco")
load("SNMPv2-MIB")
load("IF-MIB")
load("IP-MIB")
load("RFC1213-MIB")
load("CISCO-QUEUE-MIB")
#Requires MIB RFC-1212 (add to /usr/share/mibs/ietf/)
parser = argparse.ArgumentParser()
parser.add_argument('-r', '--router', nargs='?',required=True, help='address of router to monitor')
parser.add_argument('-s', '--sinterval', type=int, help='sampling interval (seconds)',default=5)
args=parser.parse_args()
sys.stdout = Logger("router_" + args.router)
#Creates SNMP manager for router with address args.router
m=M(args.router,'private',3, secname='uDDR',authprotocol="MD5", authpassword="******",privprotocol="AES", privpassword="******")
print(m.sysDescr) #Gets sysDescr from SNMPv2-MIB
ifWithAddr={} #Stores (order, first adr.) of all interfaces
for addr, i in m.ipAddressIfIndex.items():
if not i in ifWithAddr:
ifWithAddr.update({i:IPfromOctetString(addr[0],addr[1])})
t = 0
fig = plt.figure(num=None, figsize=(10, 7.5), dpi=80)
plt.subplots_adjust(wspace=0.25)
plt.subplots_adjust(hspace=0.25)
plt.ion()
try:
inPkts = {}
inPktsDiference = {}
outPkts = {}
outPktsDiference = {}
inOcts = {}
inOctsDiference = {}
outOcts = {}
outOctsDiference = {}
colors = {}
colormap = ['r.-','y.-','g.-','b.-','m.-']
counter = 0
patches=[]
for i, name in m.ifDescr.items():
if i in ifWithAddr:
inPkts.update({name:[]})
inPktsDiference.update({name:[]})
outPkts.update({name:[]})
outPktsDiference.update({name:[]})
inOcts.update({name:[]})
inOctsDiference.update({name:[]})
outOcts.update({name:[]})
outOctsDiference.update({name:[]})
colors.update({name:colormap[counter]})
counter +=1
if counter >= len(colormap):
counter =0
counter = 0
while True:
ifOutUCastPkts={} #Stores (order, OutPkts) of all interfaces
for i, pkts in m.ifHCOutUcastPkts.items():
if i in ifWithAddr.keys():
if not i in ifOutUCastPkts:
ifOutUCastPkts.update({i:pkts})
ifInUCastPkts={} #Stores (order, InPkts) of all interfaces
for i, pkts in m.ifHCInUcastPkts.items():
if i in ifWithAddr.keys():
if not i in ifInUCastPkts:
ifInUCastPkts.update({i:pkts})
ifOutOctets={} #Stores (order, OutOctets) of all interfaces
for i, pkts in m.ifHCOutOctets.items():
if i in ifWithAddr.keys():
if not i in ifOutOctets:
ifOutOctets.update({i:pkts})
ifInOctets={} #Stores (order, InOctets) of all interfaces
for i, pkts in m.ifHCInOctets.items():
if i in ifWithAddr.keys():
if not i in ifInOctets:
ifInOctets.update({i:pkts})
ifQstats={} #Stores (order, queue_size) of all interfaces
for (i,u),pkts in m.cQStatsDepth.items():
if i in ifWithAddr.keys():
if not i in ifQstats:
ifQstats.update({i:pkts})
x = np.arange(0, t+args.sinterval, 5)
order = []
aux = 0
print("=== %d Seconds passed ===" % t)
for i, name in m.ifDescr.items():
if i in ifWithAddr:
print("%s, %s \t pkts[in/out][%s/%s] \t octets[in/out][%s/%s] \t queue[%s]" % (ifWithAddr[i], name, ifInUCastPkts[i], ifOutUCastPkts[i], ifInOctets[i], ifOutOctets[i], ifQstats[i]))
order.append(name)
#Plot in Packets
plt.subplot(2, 2, 1)
plt.title('In Packets')
plt.ylabel('Packets')
inPkts[name] += [ifInUCastPkts[i]]
inPktsDiference[name] += [ifInUCastPkts[i]]
if(counter != 0):
if counter==1:
inPktsDiference[name][1] = inPkts[name][1]-inPkts[name][0]
inPktsDiference[name][0] = 0
else:
inPktsDiference[name][counter] = inPkts[name][counter]-inPkts[name][counter-1]
plt.plot(x, inPktsDiference[name], colors[name])
else:
plt.plot(x, 0, colors[name])
#Plot out Packets
plt.subplot(2, 2, 2)
plt.title('Out Packets')
outPkts[name] += [ifOutUCastPkts[i]]
outPktsDiference[name] += [ifOutUCastPkts[i]]
if(counter != 0):
if counter==1:
outPktsDiference[name][1] = outPkts[name][1]-outPkts[name][0]
outPktsDiference[name][0] = 0
else:
outPktsDiference[name][counter] = outPkts[name][counter]-outPkts[name][counter-1]
plt.plot(x, outPktsDiference[name], colors[name])
else:
plt.plot(x, 0, colors[name])
#Plot in Octets
plt.subplot(2, 2, 3)
plt.title('In Octets')
plt.xlabel('Time (s)')
plt.ylabel('Octets')
inOcts[name] += [ifInOctets[i]]
inOctsDiference[name] += [ifInOctets[i]]
if(counter != 0):
if counter==1:
inOctsDiference[name][1] = inOcts[name][1]-inOcts[name][0]
inOctsDiference[name][0] = 0
else:
inOctsDiference[name][counter] = inOcts[name][counter]-inOcts[name][counter-1]
plt.plot(x, inOctsDiference[name], colors[name])
else:
plt.plot(x, 0, colors[name])
#Plot out Octets
plt.subplot(2, 2, 0)
plt.title('Out Octets')
plt.xlabel('Time (s)')
outOcts[name] += [ifOutOctets[i]]
outOctsDiference[name] += [ifOutOctets[i]]
if(counter != 0):
if counter==1:
outOctsDiference[name][1] = outOcts[name][1]-outOcts[name][0]
outOctsDiference[name][0] = 0
else:
outOctsDiference[name][counter] = outOcts[name][counter]-outOcts[name][counter-1]
plt.plot(x, outOctsDiference[name], colors[name])
else:
plt.plot(x, 0, colors[name])
aux+=1
print("========================")
counter+=1
plt.subplot(2, 2, 1)
plt.legend(order, ncol=4, loc='upper center', bbox_to_anchor=[1.1, 1.3], columnspacing=1.0, labelspacing=0.0,handletextpad=0.0, handlelength=1.5, fancybox=True, shadow=True)
plt.draw()
time.sleep(args.sinterval)
t += args.sinterval
except KeyboardInterrupt:
print "Finished after %d seconds..." % t
fig.savefig('output.jpg')
sys.stdout.close()
# Optionally, let helper handle command-line arguments for us for example --threshold
# Note: If your plugin needs any commandline arguments on its own (like --hostname) you should add them
# before this step with helper.parser.add_option()
helper.parser.add_option("-n", help="Interface name (regex)", dest="name", default='.')
helper.parser.add_option("-H", help="Hostname or IP", dest="host", default='localhost')
helper.parser.add_option("--Version", help="Snmp Version", dest="version", default='2')
helper.parser.add_option("-c", help="Snmp Comunity", dest="community", default='public')
helper.parse_arguments()
# Here starts our plugin specific logic. Lets try to read /proc/loadavg
# And if it fails, we exit immediately with UNKNOWN status
try:
load('IF-MIB')
except Exception, e:
helper.exit(summary="Could not read MIB file.", long_output=str(e), exit_code=unknown, perfdata='')
m=Manager(helper.options.host,helper.options.community,int(helper.options.version))
mc = memcache.Client(['127.0.0.1:11211'], debug=0)
p = re.compile(helper.options.name)
values=['ifInOctets','ifOutOctets','ifInErrors','ifOutErrors','ifInUcastPkts','ifOutUcastPkts']
for interfaceKey in m.ifIndex:
if p.search(str(m.ifDescr[interfaceKey])):
for valuesKey in values:
now=time.time()
commandstr='m.'+valuesKey+"[%s]" % interfaceKey
labelstr=str(m.ifDescr[interfaceKey])+'-'+valuesKey
def load_mib(mib):
if not mib in manager.loaded:
manager.load(mib)
from mongoengine import *
import datetime
from snimpy.manager import Manager, load
from database import ProcessTableEntry, ProcessTable, UptimeScalar, ProcessCount, VideoTableEntry, VideoTable
import time
load("/home/bruno/.snmp/mibs/videoMgr.mib")
host = "104.131.91.218"
community = "vlavaav"
m = Manager(host, community);
def get_process_table():
pid_list = []
owner_list = []
cpu_list = []
mem_list = []
state_list = []
for idx in m.vmProcessOwner:
owner_list.append(m.vmProcessOwner[idx])
for idx in m.vmProcessPID:
pid_list.append(m.vmProcessPID[idx])
for idx in m.vmProcessCPU:
cpu_list.append(m.vmProcessCPU[idx])
for idx in m.vmProcessMem:
mem_list.append(m.vmProcessMem[idx])
for idx in m.vmProcessState:
# but the adjacency not established (Junos bug?) # # [email protected] from snimpy.manager import Manager from snimpy.manager import load from snimpy.snmp import SNMPNoSuchObject import sys import argparse parser = argparse.ArgumentParser() parser.add_argument("--host", nargs=1, dest='host', required=True, help="Target hostname") parser.add_argument("--community", nargs=1, dest='community', required=True, help="SNMP community") options = parser.parse_args() load('JUNIPER-VIRTUALCHASSIS-MIB') snimpyManager = Manager(options.host[0], options.community[0], 2, cache=True) return_code = 0 return_message = [] up_count = 0 down_count = 0 unknown_count = 0 for index in snimpyManager.jnxVirtualChassisPortAdminStatus: adminStatus = snimpyManager.jnxVirtualChassisPortAdminStatus[index] operStatus = snimpyManager.jnxVirtualChassisPortOperStatus[index] try: portName = snimpyManager.jnxVirtualChassisPortName[index] fpcId = snimpyManager.jnxVirtualChassisFpcId[index]
def interact(argv=sys.argv): # pragma: no cover
conf = Conf().load()
banner = "\033[1mSnimpy\033[0m ({0}) -- {1}.\n".format(
snimpy.__version__, snimpy.__doc__)
banner += " load -> load an additional MIB\n"
banner += " M -> manager object"
local = {"conf": conf,
"M": manager.Manager,
"load": manager.load,
"timedelta": timedelta,
"snmp": manager.snmp
}
if len(argv) <= 1:
manager.Manager._complete = True
for ms in conf.mibs:
manager.load(ms)
globals().update(local)
if len(argv) > 1:
argv = argv[1:]
exec(compile(open(argv[0]).read(), argv[0], 'exec')) in local
return
try:
try:
try:
# ipython >= 1.0
from IPython.terminal.embed import \
InteractiveShellEmbed
except ImportError:
# ipython >= 0.11
from IPython.frontend.terminal.embed import \
InteractiveShellEmbed
try:
# ipython >= 4
from traitlets.config.loader import Config
except ImportError:
# ipython >= 0.11
from IPython.config.loader import Config
cfg = Config()
try:
# >= 0.12
cfg.PromptManager.in_template = "Snimpy [\\#]> "
cfg.PromptManager.out_template = "Snimpy [\\#]: "
except ImportError:
# 0.11
cfg.InteractiveShellEmbed.prompt_in1 = "Snimpy [\\#]> "
cfg.InteractiveShellEmbed.prompt_out = "Snimpy [\\#]: "
if conf.ipythonprofile:
cfg.InteractiveShellEmbed.profile = conf.ipythonprofile
shell = InteractiveShellEmbed(
config=cfg,
banner1=banner,
user_ns=local)
# Not interested by traceback in this module
shell.InteractiveTB.tb_offset += 1
except ImportError:
# ipython < 0.11
from IPython.Shell import IPShellEmbed
argv = ["-prompt_in1", "Snimpy [\\#]> ",
"-prompt_out", "Snimpy [\\#]: "]
if conf.ipythonprofile:
argv += ["-profile", conf.ipythonprofile]
shell = IPShellEmbed(argv=argv,
banner=banner, user_ns=local)
# Not interested by traceback in this module
shell.IP.InteractiveTB.tb_offset += 1
except ImportError:
shell = None
if shell and conf.ipython:
shell()
else:
try:
import rlcompleter
import readline
except ImportError:
readline = None
if readline:
if conf.histfile:
try:
readline.read_history_file(
os.path.expanduser(conf.histfile))
except IOError:
pass
atexit.register(lambda: readline.write_history_file(
os.path.expanduser(conf.histfile)))
readline.set_completer(rlcompleter.Completer(local).complete)
readline.parse_and_bind("tab: menu-complete")
sys.ps1 = conf.prompt
code.interact(banner=banner, local=local)
#!/usr/bin/python
from snimpy.manager import Manager as M
from snimpy.manager import load
load("/usr/share/snmp/mibs/IF-MIB.mib")
m = M("ipmi-sw01", 'snmp-com-ro', 2)
print m.ifTable
import config
import time
INFLUX = influxdb.InfluxDBClient(
config.INFLUX_HOST,
config.INFLUX_PORT,
config.INFLUX_USER,
config.INFLUX_PASSWORD,
config.INFLUX_DATABASE,
)
try:
res = INFLUX.create_database(config.INFLUX_DATABASE)
except: pass
load("/app/UPSMonitor/RFC1155-SMI.txt")
load("/app/UPSMonitor/RFC-1215")
load("/app/UPSMonitor/RFC-1212-MIB.txt")
load("/app/UPSMonitor/RFC1213-MIB.txt")
load("/app/UPSMonitor/stdupsv1.mib")
m = M("172.16.14.36", "NARpublic", 1)
model = m.upsIdentModel
manuf = m.upsIdentManufacturer
def job():
points = []
points.append(dict(
measurement="ups_battery_voltage",
tags=dict(
model=model,
import time
INFLUX = influxdb.InfluxDBClient(
config.INFLUX_HOST,
config.INFLUX_PORT,
config.INFLUX_USER,
config.INFLUX_PASSWORD,
config.INFLUX_DATABASE,
)
try:
res = INFLUX.create_database(config.INFLUX_DATABASE)
except:
pass
load("/app/UPSMonitor/RFC1155-SMI.txt")
load("/app/UPSMonitor/RFC-1215")
load("/app/UPSMonitor/RFC-1212-MIB.txt")
load("/app/UPSMonitor/RFC1213-MIB.txt")
load("/app/UPSMonitor/stdupsv1.mib")
m = M("172.16.14.36", "NARpublic", 1)
model = m.upsIdentModel
manuf = m.upsIdentManufacturer
def job():
points = []
points.append(
dict(measurement="ups_battery_voltage",
tags=dict(model=model, manufacturer=manuf),
