def getStatus():
checkprev = 0
i = 1
while True:
try:
linkname = snmp_get('1.3.6.1.4.1.3845.31.4.2.2.15.2.1.3.' + str(i), hostname=ip, version=3, security_level="auth_without_privacy", security_username=username, auth_protocol="SHA", auth_password=password, privacy_protocol="AES", privacy_password=password)
state = snmp_get('1.3.6.1.4.1.3845.31.4.2.2.15.2.1.4.' + str(i), hostname=ip, version=3, security_level="auth_without_privacy", security_username=username, auth_protocol="SHA", auth_password=password, privacy_protocol="AES", privacy_password=password)
except:
print('CRITICAL | Connection Error')
sys.exit(2)
if state.value != str(0):
if state.value == str(1):
state.value = 'DISABLED'
elif state.value == str(2):
state.value = 'DEAD'
elif state.value == str(3):
state.value = 'BAD'
elif state.value == str(4):
state.value = 'GOOD'
linkstatus.update({linkname.value:state.value})
if checkprev == len(linkstatus):
break
else:
checkprev += 1
else:
break
i += 1
return linkstatus
def pulloid(ip):
global counter
counter = 0
desc = str(
snmp_get('iso.3.6.1.2.1.1.1.0',
hostname=str(ip),
community='public',
version=2)).split("'")[1]
if "Firmware Version" in desc and "Build" in desc:
fwv = desc.replace("Version ",
"Version:").replace(" Build ",
":Build:").split(':')[1]
bnum = desc.replace("Version ",
"Version:").replace(" Build ",
":Build:").split(':')[3]
model = str(
snmp_get('iso.3.6.1.2.1.1.5.0',
hostname=str(ip),
community='public',
version=2)).split("'")[1].replace(" (contains binary)",
"")
with open("ep-snmp-details.csv", "a+") as f:
f.write(
str(ip) + "," + model + "," + fwv + "," + bnum + "," + desc +
"\n")
print '[+] Found "' + model + '" Mercury OEM at ' + str(ip)
counter += 1
def getStatus():
checkprev = 0
i = 1
while True:
try:
linkname = snmp_get('1.3.6.1.4.1.3845.31.4.2.2.15.2.1.3.' + str(i),
hostname=ip,
community=community,
version=2)
state = snmp_get('1.3.6.1.4.1.3845.31.4.2.2.15.2.1.4.' + str(i),
hostname=ip,
community=community,
version=2)
except:
print('CRITICAL | Connection Error')
sys.exit(2)
if state.value != str(0):
if state.value == str(1):
state.value = 'DISABLED'
elif state.value == str(2):
state.value = 'DEAD'
elif state.value == str(3):
state.value = 'BAD'
elif state.value == str(4):
state.value = 'GOOD'
linkstatus.update({linkname.value: state.value})
if checkprev == len(linkstatus):
break
else:
checkprev += 1
else:
break
i += 1
return linkstatus
def pulloid(ip):
global counter
counter = 0
desc = str(snmp_get('iso.3.6.1.2.1.1.1.0', hostname=str(ip), community='public', version=2)).split("'")[1]
if "Firmware Version" in desc and "Build" in desc:
fwv = desc.replace("Version ", "Version:").replace(" Build ", ":Build:").split(':')[1]
bnum = desc.replace("Version ", "Version:").replace(" Build ", ":Build:").split(':')[3]
model = str(snmp_get('iso.3.6.1.2.1.1.5.0', hostname=str(ip), community='public', version=2)).split("'")[1].replace(" (contains binary)", "")
with open("ep-snmp-details.csv","a+")as f:
f.write(str(ip)+","+model+","+fwv+","+bnum+","+desc+"\n")
print '[+] Found "'+model+'" Mercury OEM at '+str(ip)
counter += 1
def get_SNMP_task(agente, oid_1, oid_2):
r_1 = 0
r_2 = 0
try:
r_1 = (snmp_get(oid_1,
hostname=agente.Ip,
community=agente.Comunidad,
version=agente.Protocolo)).value
r_2 = (snmp_get(oid_2,
hostname=agente.Ip,
community=agente.Comunidad,
version=agente.Protocolo)).value
except Exception:
r_1 = 'error'
r_2 = 'error'
return r_1, r_2
def InitScript(Data):
logger.info("Récupération des modèles d'IRD en cours...")
Dict = {}
for i in range(1, 36):
Position = "ird" + str(i)
Model = "model" + str(i)
try:
s = snmp_get(Data['IRDModel'],
hostname=Data[Position],
community='private',
version=1)
except:
logger.error(
"Impossible de communiquer avec : {} !!".format(Position))
Dict[Model] = 'Inconnu'
continue
m = re.search(r'(value=)\'(.*)\'\ (.*)', str(s))
for item in Data['SupportedModels']:
if re.search(item[:3], m.group(2), re.IGNORECASE):
Dict[Model] = item
break
elif re.search(r'armv7', m.group(2), re.IGNORECASE):
Dict[Model] = item
break
else:
Dict[Model] = 'NoMatch'
if Dict[Model] == 'NoMatch':
logger.error(
"Impossible de déterminer le modèle de : {} !!".format(
Position))
Dict[Model] = 'Inconnu'
logger.debug(Dict)
logger.info("Terminé.")
return Dict
def getUpstreamErrors(cmts, cmIndex):
cmUsErrors = ".1.3.6.1.2.1.10.127.1.3.3.1.12." + str(cmIndex)
cmUsErrorsData = snmp_get(cmUsErrors,
hostname=cmts,
community='private',
version=2)
return cmUsErrorsData.value
def getCmIfIndex(cmts, cmIndex):
getCmIfIndex = ".1.3.6.1.2.1.10.127.1.3.3.1.5." + str(cmIndex)
getCmIfIndexData = snmp_get(getCmIfIndex,
hostname=cmts,
community='private',
version=2)
return getCmIfIndexData.value
def get_port_status(self, port):
"""
Показывает статус указанного порта (включен или выключен)
:param port:
:return: MAC адрес or False (в случае если невозможно получить мак адрес с данного порта)
"""
current_function = 'Switch.get_port_status'
try:
port_status = snmp_get('IF-MIB::ifOperStatus.{}'.format(str(port)),
hostname=self.host,
community='orion_comm',
version=2)
except exceptions.EasySNMPTimeoutError:
self.log.error('Хост {} - недоступен'.format(self.host))
return False
else:
if port_status.value == 'NOSUCHINSTANCE':
self.log.error('{}: Отсутствует {} порт у свитча {}'.format(
current_function, port, self.host))
return False
status = port_status.value
if status == '1':
return True
return False
def collect_power_usage_info():
config = settings.PLUGINS_CONFIG["axians_netbox_pdu"]
devices = Device.objects.filter().exclude(
device_type__pduconfig__isnull=True).exclude(primary_ip4__isnull=True)
logging.info("Start: Collecting Power Usage Information")
results = []
for device in devices:
try:
power_usage = snmp_get(
device.device_type.pduconfig.power_usage_oid,
hostname=str(device.primary_ip4.address.ip),
community=config["snmp_read"],
version=2,
)
except EasySNMPError as err:
logging.error(
f"Failed to get power usage status for {device.name}: {err}.")
raise
pdu_status = PDUStatus.objects.update_or_create(
device=device, defaults={"power_usage": power_usage.value})
data = {device.name: power_usage.value}
results.append(data)
logging.info("FINISH: Collecting Power Usage Information")
return results
def getCmIndex(macDottedDecimal, cmts):
cmIndex = ".1.3.6.1.2.1.10.127.1.3.7.1.2" + macDottedDecimal
cmIndexData = snmp_get(cmIndex,
hostname=cmts,
community='private',
version=2)
cmIndexData = cmIndexData.value
return cmIndexData
def run(parameters):
try:
return snmp_get(parameters["object"],
hostname=parameters["agent"],
community=parameters["community"],
version=2).value
except Exception:
return "Something went wrong."
def getUpstreamErrors(mac, cmts):
## This function will:
## Convert the MAC into dotted decimal
## Get the CM index by polling the CMTS
## Get the Upstream Error counter by polling the CMTS
## Oids
#print "Now getting US INFO"
cmIndex = ".1.3.6.1.2.1.10.127.1.3.7.1.2" ## Append the dotted decimal mac to the string to get the value
upHec = ".1.3.6.1.2.1.10.127.1.3.3.1.12." ## Append the cmIndex to the string to get the value
#print "Converting", mac ,"to decimal" ## Easy to convert hex in Python. result = int("0xff", 16)
mac = mac.split(':')
## Need to convert each hextet to decimal and then build the dotted decimal result. Might be a better way to do this, can't find a function.
## Break up the MAC address into hextets H stands for Hextet
macH0 = mac[0]
macH1 = mac[1]
macH2 = mac[2]
macH3 = mac[3]
macH4 = mac[4]
macH5 = mac[5]
## Convert each hextet to decimal
dec0 = int(macH0, 16)
dec1 = int(macH1, 16)
dec2 = int(macH2, 16)
dec3 = int(macH3, 16)
dec4 = int(macH4, 16)
dec5 = int(macH5, 16)
#print dec0, dec1, dec2, dec3, dec4, dec5
macDottedDecimal = "." + str(dec0) + "." + str(dec1) + "." + str(
dec2) + "." + str(dec3) + "." + str(dec4) + "." + str(dec5)
#print macDottedDecimal
cmIndex = ".1.3.6.1.2.1.10.127.1.3.7.1.2" + macDottedDecimal
cmIndexData = snmp_get(cmIndex,
hostname=cmts,
community='private',
version=2)
cmIndexData = cmIndexData.value
cmUsErrors = ".1.3.6.1.2.1.10.127.1.3.3.1.12." + str(cmIndexData)
cmUsErrorsData = snmp_get(cmUsErrors,
hostname=cmts,
community='private',
version=2)
return cmUsErrorsData.value
def get_location(hostname):
"""Requests and parses the snmp location from a hostname or address.
The expected format is: /snmp set location=47.1234,-121.1234"""
try:
loc = snmp_get(OID_LOCATION, hostname=hostname, **SNMP_ARGS)
lat, lon = loc.value.split(',')[0:2]
return float(lat), float(lon)
except (ValueError, EasySNMPConnectionError, EasySNMPTimeoutError):
return None, None
def getJuniperData(ip, pid):
data = {}
data["speed"] = int(
snmp_get(ifHighSpeed + "." + str(pid),
hostname=ip,
community='cacti',
version=2).value)
data["in"] = int(
snmp_get(ifHCInOctets + "." + str(pid),
hostname=ip,
community='cacti',
version=2).value)
data["out"] = int(
snmp_get(ifHCOutOctets + "." + str(pid),
hostname=ip,
community='cacti',
version=2).value)
return data
def get(self, items: list):
result = list()
for oid in items:
r = snmp_get(oid,
hostname=self.host,
community=self.community_read,
version=self.version)
result.append((oid, r.value))
return result
def statsnmp(_oid):
hostname = sys.argv[1]
# IP address is IP of Hytera repeater
_snmp_response = snmp_get(_oid,
hostname=hostname,
community='public',
version=1)
# return is string not int!
return (_snmp_response.value)
def get_location(hostname):
"""Requests and parses the snmp location from a hostname or address.
The expected format is: /snmp set location=47.1234,-121.1234"""
try:
loc = snmp_get(OID_LOCATION, hostname=hostname, **SNMP_ARGS)
lat, lon = loc.value.split(',')[0:2]
return float(lat), float(lon)
except (ValueError, EasySNMPConnectionError, EasySNMPTimeoutError):
return None, None
def getData(ip, port): # returns speed, in, out
data = {}
data["speed"] = int(
snmp_get(ifSpeed64 + "." + port,
hostname=ip,
community='cacti',
version=2).value)
data["in"] = int(
snmp_get(inOctets64 + "." + port,
hostname=ip,
community='cacti',
version=2).value)
data["out"] = int(
snmp_get(outOctets64 + "." + port,
hostname=ip,
community='cacti',
version=2).value)
return data
def my_snmp_get(args, oid, use_sprint_value=False):
try:
retval = snmp_get(oid,
hostname=args.H,
community=args.C,
version=2,
use_sprint_value=use_sprint_value)
except (EasySNMPConnectionError, EasySNMPTimeoutError) as err:
snmp_err(err)
return retval
def snmp_get(self, oid, host_name):
mib_object = easysnmp.snmp_get(
oid,
hostname=host_name,
version=3,
security_level='auth_with_privacy',
security_username=self.env_vars.get_user_name(),
privacy_protocol='AES',
privacy_password=self.env_vars.get_priv_pass(),
auth_protocol='SHA',
auth_password=self.env_vars.get_auth_pass())
return mib_object.value
def searchPortIdFromFdbPortandIp(dot1dTpFdbPort, ip, db, community):
temp = snmp_get("1.3.6.1.2.1.17.1.4.1.2."+dot1dTpFdbPort, hostname=ip, community=community, version=2)
postIndex = temp.value
cursor = db.cursor()
exe = "SELECT portId FROM ifTable WHERE address = %s AND ifIndex = %s ;" % ("\"" + ip +"\"", "\"" + postIndex +"\"")
cursor.execute(exe)
result = cursor.fetchone()
if result == None:
logging.warning("No found portID from FdbPort %s and Ip %s", dot1dTpFdbPort, ip)
return None
return result[0]
return result[0]
def poll(host):
try:
get = easysnmp.snmp_get(oids,
hostname=host,
version=version,
community=community,
retries=retries,
timeout=timeout)
except Exception as err:
return
if get:
return _convertToDict(get)
def getNames(ip):
ports = []
for i in range(1, 999):
res = str(
snmp_get(ifDescr + "." + str(i),
hostname=ip,
community='cacti',
version=2).value)
if not "NOSUCHINSTANCE" in res:
if "xe" in res or "ge" in res:
#print ("ID: {} Data: {}".format(i,res))
ports.append((i, res))
return ports
def searchportIdFromFdbPortandIp(dot1dTpFdbPort, ip, db, community):
# dot1dTpFdbPort give you the number of port, from that, you
# need to find the index of that port, compare with ifTable to file portID
temp = snmp_get("1.3.6.1.2.1.17.1.4.1.2."+dot1dTpFdbPort, hostname=ip, community=community, version=2)
postIndex = temp.value
cursor = db.cursor()
exe = "SELECT portId, deviceId, address, ifPhysAddress FROM ifTable WHERE address = %s AND ifIndex = %s ;" % ("\"" + ip +"\"", "\"" + postIndex +"\"")
cursor.execute(exe)
result = cursor.fetchone()
if result == None:
return False
# print result
return result
def get_SNMP(agentes, listaGet):
respuesta = []
for agente in agentes:
resultado = []
for elemento in listaGet:
try:
resultado.append((snmp_get(elemento,
hostname=agente.Ip,
community=agente.Comunidad,
version=agente.Protocolo)).value)
except Exception:
resultado.append('error')
respuesta.append([agente.id, resultado])
return respuesta
def poll(oids, host, community, **kwargs):
version = kwargs.get('version', 2)
retries = kwargs.get('retries', 1)
timeout = kwargs.get('timeout', 1)
try:
get = easysnmp.snmp_get(oids,
hostname=host,
version=version,
community=community,
retries=retries,
timeout=timeout)
except Exception as err:
return
if get:
return _convertToDict(get)
def my_snmp_get_v3(args, oid, context="", use_sprint_value=False):
try:
retval = snmp_get(oid,
hostname=args.H,
security_level=args.l,
security_username=args.u,
auth_protocol=args.a,
auth_password=args.A,
privacy_protocol=args.x,
privacy_password=args.X,
context=context,
version=3,
use_sprint_value=use_sprint_value)
except (EasySNMPConnectionError, EasySNMPTimeoutError) as err:
snmp_err(err)
return retval
def net_parse(networks):
routers = list()
dbg_list = list()
name_list = list()
for item in networks:
IP_object = IPNetwork(item)
NET_list = list(IP_object.subnet(24))
for subnet in NET_list:
router = str(subnet[1])
if not ping(router, 0.1):
continue
try:
oid = '1.3.6.1.2.1.1.5.0'
name = snmp_get(oid,
hostname=router,
community='public',
version=1)
dbg_list.append(name.value)
if name.value not in name_list:
name_list.append(name.value)
routers.append([router])
except Exception:
continue
return routers
for j in range(4, len(cla)):
alloids.append(cla[j])
for z in range(1, len(cla) - 4):
globals()['a%s' % z] = 0
globals()['b%s' % z] = 0
for i in range(0, int(cla[3]) + 1):
x1 = time.time()
if i != 0:
print int(time.time()), '|', #print time for every sample
get_list = snmp_get(alloids,
hostname=h,
remote_port=p,
community=c,
version=2,
timeout=1,
retries=1) #storing all requests in list
for y in range(0, len(get_list)):
if get_list[y].value == "NOSUCHINSTANCE" or get_list[
y].value == "NOSUCHOBJECT":
get_list.remove(get_list[y]) # remove if there is wrong oid
for x in range(1, len(get_list)): #caluculate rate
globals()['c%s' % x] = get_list[x].value
globals()['d%s' % x] = get_list[x].snmp_type
globals()['t%s' % x] = time.time()
if i != 0:
diff = ((int(globals()['c%s' % x]) - globals()['a%s' % x]))
tdiff = round(globals()['t%s' % x] - globals()['b%s' % x], 1)
Ts = float(1 / Fs)
o1 = ['1.3.6.1.2.1.1.3.0']
o2 = sys.argv[4:len(sys.argv)]
oids = o1 + o2
l1 = []
v1 = []
l2 = []
v2 = []
T_start = time.clock()
n = 1
try:
sent_time1 = time.time()
req1 = snmp_get(oids,
hostname=ip,
community=commun,
version=2,
timeout=5,
retries=1)
recv_time1 = time.time()
for item in req1:
a1 = item.value
l1.append(a1)
counter_type = item.snmp_type
v1 = [s for s in l1[:] if s.isdigit()]
if v1:
val1 = map(int, v1[1:])
if Fs > 1:
t1 = float(v1[0]) / 100
else:
t1 = int(v1[0]) / 100
def check_if_out_errors(host, community, interface):
system_items = snmp_walk('IF-MIB::ifName',
hostname=host,
community=community,
version=2)
found = False
for item in system_items:
if item.value == interface:
oid = item.oid
value = item.value
oid_index = item.oid_index
found = True
if found:
if_in_errors = snmp_get('IF-MIB::ifOutErrors.' + oid_index,
hostname=host,
community=community,
version=2)
file_name = "{}.{}.out_errors.txt".format(host, value)
try:
# OPEN FILE
fo = open("/tmp/" + file_name, "r+")
# READ LAST VALUE
last_value = long(fo.read())
# PIC THE ACTUAL VALUE
actual_value = long(if_in_errors.value)
# COMPARE THE VALUES
if actual_value > last_value:
# TRUNCATE FILE CONTENT AND WRITE NEW CONTENT
fo.seek(0)
fo.truncate()
fo.write(str(actual_value))
# PRINT MESSAGE AND EXIT
print "Critical - Interface {} is increasing errors".format(
interface)
sys.exit(2)
else:
# TRUNCATE FILE CONTENT AND WRITE NEW CONTENT
fo.seek(0)
fo.truncate()
fo.write(str(actual_value))
# PRINT MESSAGE AND EXIT
print "OK - Interface {} is not increasing errors".format(
interface)
sys.exit(0)
except IOError:
# CREATE FILE AND WRITE THE FIRST VALUE
fo = open("/tmp/" + file_name, "w+")
fo.write(if_in_errors.value)
# CLOSE FILE
fo.close()
# RETURN OK - FILE CREATED
print "OK - Interface {} is not increasing errors".format(
interface)
sys.exit(0)
else:
print "Unknown - Interface not found"
sys.exit(3)
