SNMP statistics

Good evening,
The documentation from SUN DS 6.3 admin reference guide doesnt have good steps on setting
up SNMP monitoring on a Solaris 10 serer.
Do any one here know of any instructions?

I'm not exactly sure what you guys are in the market for but basically, there isn't much of an SNMP setup really. Everything goes through cacao on port 11161 for gets. Traps are under water. you can poll just fine though.
if you need help on installing the monitoring console, this http://docs.sun.com/app/docs/doc/819-5081/gbxni?a=view could be helpful (I'm not too sure though)
Otherwise, just use your usual SNMP walker/browser on port 11161 and you should be able to poll info from your instances.
cheers
-=arnaud=-

Similar Messages

Why does the snmpcoll process always start up even if SNMP Statistics Collection is turned off?

Why does the snmpcoll process always start up even if SNMP
Statistics Collection is turned off?
<P>
The SNMP Statistics Collection field on the Server Status|SNMP
Subagent Configuration form affects only the SNMP subagent, which is a separate entity from
the collector process (snmpcoll). Currently, snmpcoll does not look
at the SNMP configuration data when it starts up. It is started by
the dispatcher and terminates when the dispatcher terminates. Many
of the statistics are supposed to reflect cumulative values recorded since MTA
initialization, such as the total number of messages sent and received.
As a convenience, the collector process collects information in the
background even while the SNMP subagent is turned off; this way,
the values are available when the SNMP subagent is configured and
turned on.

Collections fall off on the Date of First Deliquency 7-7.5 years later; that is supposed to be reported as the first time you went late (1-30 days) on the OC (original creditor) in the chain of events leading up to it's being farmed out for collection as I underestand it. DOFD though sometimes doesn't get reported right, and by default it will be the date the collection is added to the bureaus. As an example I have an awkward collection (not sure how I got it looking at the payment history thought I'd cancelled that account but TWC billing apparently didn't think so) which I went late on in 2009, but didn't get farmed out till late 2010. The DOFD is 6/09 looking at it, and it's expected to come off according to the bureaus 6/16 as a result. Different negatives have their own rules though.

Vpdn: searching for snmp oid to log out vpdn session

Hello colleagues,
Cisco 7204 works as vpdn server.
There are two problems:
1) I'm searching for snmp oid to log out , terminate vpdn session
2) radius server does not receives snmp statistics of incoming traffic of vpdn users.
Please is anyone able to assist me?
aaa new-model
aaa authentication login default local
aaa authentication ppp default group radius local
aaa authentication ppp VPDN local group radius
aaa authorization network default local group radius
aaa accounting delay-start
aaa accounting update periodic 3
aaa accounting exec default start-stop group radius
aaa accounting network default start-stop group radius
aaa session-id common
vpdn enable
vpdn-group 1
! Default PPTP VPDN group
description HOMENET
accept-dialin
protocol pptp
virtual-template 3
interface Virtual-Template3
ip unnumbered Loopback1
peer default ip address pool vpdn-pool
no keepalive
ppp authentication chap VPDN
snmp-server community xxxxxxx RW
snmp-server chassis-id 0x0E
snmp-server enable traps tty
radius-server host x.x.x.x auth-port 1812 acct-port 1813
radius-server timeout 60
radius-server key 7
radius-server authorization permit missing Service-Type
Best regards, Petr Akimov

Hello –
I received a reply from the developer of the script, and listed below is the new code that was suggested:
#!/bin/bash
value=`snmpwalk $1 -v1 -c $2 .1.3.6.1.2.1.25.1.5.0 | cut -d " " -f4`
if [[ value -gt $3 ]]
then
echo " $value Users Online, Critical!"
retval=2;
else
     if [[ $value -gt $4 ]]
           then
           echo " $value users online, Warning!"
           retval=1;
           else
           echo " $value Users online, fine."
           retval=0;
           fi
fi
exit $retval;
I checked the server in question, and there were two, 2, user logins active on the system. I ran the snmpwalk command, and the output was the following:
HOST-RESOURCES-MIB::hrSystemNumUsers.0 = Gauge32: 15
I then modified the script to include the above text, and ran it again. The output was the following:
15 users on line, Normal.
For some reason, the value of 12 appears to be that for no users logged into the system. I am not sure why that is the case.
If nothing else, progress has been made with the modification of the script. The snmp service that I have installed on the server is that which came bundled as a
feature with the server. The only thing that was not installed was the SNMP WMI Provider option.

SNMP traps configuration doesn't work in CUSTOMER-CONTEXT

Hi evryone;
I'm having some issues configurin SNMP traps on a ASA5520 USER-CONTEXT (Cisco Adaptive Security Appliance Software Version 8.2(4)):
I had already configured SNMP traps on ADMIN-CONTEXT and traps were getting the correspondig NETCOOL SERVERS (10.105.27.115 and 10.105.27.118) as you can see in point 2).
Cuold you please give me any clue of why I get this output for a non ADMIN-CONTEXT and why I do not even see SNMP packets output
1) CUST-09-CONTEXT
name 10.105.27.115 Netcool1_TESTBED description Netcool1_TESTBED SNMP server.
name 10.105.27.118 Netcool2_TESTBED description Netcool2_TESTBED SNMP server.
snmp-server community sjnemdhqksptabld
snmp-server host CUST-09-HCS-MNGT-TRANSIT Netcool1_TESTBED community sjnemdhqksptabld version 2c
snmp-server host CUST-09-HCS-MNGT-TRANSIT Netcool2_TESTBED community sjnemdhqksptabld version 2c
no snmp-server location
no snmp-server contact
snmp-server enable traps snmp authentication linkup linkdown coldstart
snmp-server enable traps syslog
route CUST-09-HCS-MNGT-TRANSIT 10.105.27.0 255.255.255.0 192.168.228.1 1
CAPTURES
Lab-asa1-p/CUST-09-CONTEXT/act# capture TEST1 interface CUST-09-HCS-MNGT-TRANSIT match ip host 10.105.27.115 any
Lab-asa1-p/CUST-09-CONTEXT/act# show capture TEST1 trace detail
23 packets captured
   1: 15:17:16.373927 1200.0314.0600 0000.0c9f.fc14 0x8100 118: 802.1Q vlan#3092 P0 192.168.228.4 > 10.105.27.115: icmp: echo request (ttl 255, id 9815)
   2: 15:17:18.370433 1200.0314.0600 0000.0c9f.fc14 0x8100 118: 802.1Q vlan#3092 P0 192.168.228.4 > 10.105.27.115: icmp: echo request (ttl 255, id 10598)
   3: 15:17:20.370433 1200.0314.0600 0000.0c9f.fc14 0x8100 118: 802.1Q vlan#3092 P0 192.168.228.4 > 10.105.27.115: icmp: echo request (ttl 255, id 27648)
   4: 15:17:22.370433 1200.0314.0600 0000.0c9f.fc14 0x8100 118: 802.1Q vlan#3092 P0 192.168.228.4 > 10.105.27.115: icmp: echo request (ttl 255, id 3518)
   5: 15:17:24.370433 1200.0314.0600 0000.0c9f.fc14 0x8100 118: 802.1Q vlan#3092 P0 192.168.228.4 > 10.105.27.115: icmp: echo request (ttl 255, id 18995)
   6: 15:17:43.015258 1200.0314.0600 0000.0c9f.fc14 0x8100 118: 802.1Q vlan#3092 P0 192.168.228.4 > 10.105.27.115: icmp: echo request (ttl 255, id 2110)
   7: 15:17:45.010436 1200.0314.0600 0000.0c9f.fc14 0x8100 118: 802.1Q vlan#3092 P0 192.168.228.4 > 10.105.27.115: icmp: echo request (ttl 255, id 11567)
   8: 15:17:47.010436 1200.0314.0600 0000.0c9f.fc14 0x8100 118: 802.1Q vlan#3092 P0 192.168.228.4 > 10.105.27.115: icmp: echo request (ttl 255, id 25551)
   9: 15:17:49.010436 1200.0314.0600 0000.0c9f.fc14 0x8100 118: 802.1Q vlan#3092 P0 192.168.228.4 > 10.105.27.115: icmp: echo request (ttl 255, id 3716)
10: 15:17:51.010436 1200.0314.0600 0000.0c9f.fc14 0x8100 118: 802.1Q vlan#3092 P0 192.168.228.4 > 10.105.27.115: icmp: echo request (ttl 255, id 20820)
11: 15:48:16.998483 1200.0314.0600 0000.0c9f.fc14 0x8100 118: 802.1Q vlan#3092 P0 192.168.228.4 > 10.105.27.115: icmp: echo request (ttl 255, id 25423)
12: 15:48:18.990366 1200.0314.0600 0000.0c9f.fc14 0x8100 118: 802.1Q vlan#3092 P0 192.168.228.4 > 10.105.27.115: icmp: echo request (ttl 255, id 30357)
13: 15:48:20.990366 1200.0314.0600 0000.0c9f.fc14 0x8100 118: 802.1Q vlan#3092 P0 192.168.228.4 > 10.105.27.115: icmp: echo request (ttl 255, id 31174)
14: 15:48:22.990366 1200.0314.0600 0000.0c9f.fc14 0x8100 118: 802.1Q vlan#3092 P0 192.168.228.4 > 10.105.27.115: icmp: echo request (ttl 255, id 10878)
15: 15:48:39.735527 1200.0314.0600 0000.0c9f.fc14 0x8100 118: 802.1Q vlan#3092 P0 192.168.228.4 > 10.105.27.115: icmp: echo request (ttl 255, id 8146)
16: 15:48:41.730354 1200.0314.0600 0000.0c9f.fc14 0x8100 118: 802.1Q vlan#3092 P0 192.168.228.4 > 10.105.27.115: icmp: echo request (ttl 255, id 1803)
17: 15:49:01.881134 1200.0314.0600 0000.0c9f.fc14 0x8100 46: 802.1Q vlan#3092 P0 192.168.228.4.49175 > 10.105.27.115.33434: [udp sum ok] udp 0 [ttl 1] (id 15279)
18: 15:49:01.881744 1200.0314.0600 0000.0c9f.fc14 0x8100 46: 802.1Q vlan#3092 P0 192.168.228.4.49175 > 10.105.27.115.33435: [udp sum ok] udp 0 [ttl 1] (id 20090)
19: 15:49:01.884201 1200.0314.0600 0000.0c9f.fc14 0x8100 46: 802.1Q vlan#3092 P0 192.168.228.4.49175 > 10.105.27.115.33436: [udp sum ok] udp 0 [ttl 1] (id 24847)
20: 15:49:01.886672 1200.0314.0600 0000.0c9f.fc14 0x8100 46: 802.1Q vlan#3092 P0 192.168.228.4.49175 > 10.105.27.115.33437: [udp sum ok] udp 0 (ttl 2, id 8822)
21: 15:49:04.880356 1200.0314.0600 0000.0c9f.fc14 0x8100 46: 802.1Q vlan#3092 P0 192.168.228.4.49175 > 10.105.27.115.33438: [udp sum ok] udp 0 (ttl 2, id 20949)
22: 15:49:07.880371 1200.0314.0600 0000.0c9f.fc14 0x8100 46: 802.1Q vlan#3092 P0 192.168.228.4.49175 > 10.105.27.115.33439: [udp sum ok] udp 0 (ttl 2, id 9126)
23: 15:49:10.880340 1200.0314.0600 0000.0c9f.fc14 0x8100 46: 802.1Q vlan#3092 P0 192.168.228.4.49175 > 10.105.27.115.33440: [udp sum ok] udp 0 (ttl 3, id 24404)
23 packets shown
I had already configured SNMP traps on ADMIN-CONTEXT and traps were getting the correspondig NETCOOL SERVERS:
2) CONFIGURATION ADMIN-CONTEXT
IP Management ASA-FW -->10.105.89.38
interface GigabitEthernet0/3.710
nameif management
security-level 100
ip address 10.105.89.38 255.255.255.192 standby 10.105.89.39
management-only
name 10.105.27.115 Netcool1_TESTBED description Netcool1_TESTBED SNMP server.
name 10.105.27.118 Netcool2_TESTBED description Netcool2_TESTBED SNMP server.
snmp-server community sjnemdhqksptabld
snmp-server host management Netcool1_TESTBED community sjnemdhqksptabld version 2c
snmp-server host management Netcool2_TESTBED community sjnemdhqksptabld version 2c
snmp-server enable traps snmp authentication linkup linkdown coldstart
snmp-server enable traps syslog
ip route 0.0.0.0 0.0.0.0 10.105.89.1
CAPTURES : I could see 206 SNMP packets output and traffic towards the NETCOOL SERVERS (10.105.27.115 AND 10.105.27.118)
Lab-asa1-p/ADMIN-CONTEXT/act# sh snmp statistics
0 SNMP packets input
    0 Bad SNMP version errors
    0 Unknown community name
    0 Illegal operation for community name supplied
    0 Encoding errors
    0 Number of requested variables
    0 Number of altered variables
    0 Get-request PDUs
    0 Get-next PDUs
    0 Get-bulk PDUs
    0 Set-request PDUs (Not supported)
206 SNMP packets output
    0 Too big errors (Maximum packet size 512)
    0 No such name errors
    0 Bad values errors
    0 General errors
    0 Response PDUs
    206 Trap PDUs
Lab-asa1-p/ADMIN-CONTEXT/act#
Lab-asa1-p/ADMIN-CONTEXT/act# capture TEST1 interface management match ip host 10.105.27.115 any
Lab-asa1-p/ADMIN-CONTEXT/act# show capture TEST1
5 packets captured
   1: 18:36:17.631070 802.1Q vlan#710 P0 10.105.89.38.162 > 10.105.27.115.162: udp 356
   2: 18:36:18.491261 802.1Q vlan#710 P0 10.105.89.38.162 > 10.105.27.115.162: udp 355
   3: 18:36:22.389338 802.1Q vlan#710 P0 10.105.89.38.162 > 10.105.27.115.162: udp 266
   4: 18:36:29.491231 802.1Q vlan#710 P0 10.105.89.38.162 > 10.105.27.115.162: udp 355
   5: 18:36:40.491246 802.1Q vlan#710 P0 10.105.89.38.162 > 10.105.27.115.162: udp 355
5 packets shown
Lab-asa1-p/ADMIN-CONTEXT/act# capture TEST2 interface management match ip host 10.105.27.118 any
Lab-asa1-p/ADMIN-CONTEXT/act# show capture TEST2
13 packets captured
   1: 18:37:16.198094 802.1Q vlan#710 P0 10.105.89.38.162 > 10.105.27.118.162: udp 356
   2: 18:37:24.491307 802.1Q vlan#710 P0 10.105.89.38.162 > 10.105.27.118.162: udp 355
   3: 18:37:35.491307 802.1Q vlan#710 P0 10.105.89.38.162 > 10.105.27.118.162: udp 355
   4: 18:37:46.491307 802.1Q vlan#710 P0 10.105.89.38.162 > 10.105.27.118.162: udp 355
   5: 18:37:57.491307 802.1Q vlan#710 P0 10.105.89.38.162 > 10.105.27.118.162: udp 355
   6: 18:38:08.491322 802.1Q vlan#710 P0 10.105.89.38.162 > 10.105.27.118.162: udp 355
   7: 18:38:19.491292 802.1Q vlan#710 P0 10.105.89.38.162 > 10.105.27.118.162: udp 355
   8: 18:38:30.491338 802.1Q vlan#710 P0 10.105.89.38.162 > 10.105.27.118.162: udp 355
   9: 18:38:41.491307 802.1Q vlan#710 P0 10.105.89.38.162 > 10.105.27.118.162: udp 355
10: 18:38:52.491307 802.1Q vlan#710 P0 10.105.89.38.162 > 10.105.27.118.162: udp 355
11: 18:39:03.491307 802.1Q vlan#710 P0 10.105.89.38.162 > 10.105.27.118.162: udp 355
12: 18:39:14.491307 802.1Q vlan#710 P0 10.105.89.38.162 > 10.105.27.118.162: udp 355
13: 18:39:25.491307 802.1Q vlan#710 P0 10.105.89.38.162 > 10.105.27.118.162: udp 355
13 packets shown
thanks
Ana

Hi guys coould you please help me out ??
BR
ANA

SNMP polling for 5108 Chassis

I'm attempting to set up SNMP statistics polling for the 5108 Chassis with 4 half width blade servers. I can get SNMP data from the 6120 Fabric Extender just fine such as IFs and such, but I don't see any OIDs corrisponding to the chassis.
Is there a separate host I should poll for the chassis, or perhaps a different community name?
I'm specifically looking to monitor power draw from the four Chassis PSUs, as well as the two FE PSUs.
root@sj-mon:~# snmpwalk -v 2c -c public ucs1 .1.3.6.1.4.1.9.9.117.1.1.1
SNMPv2-SMI::enterprises.9.9.117.1.1.1.1.1.470 = INTEGER: 2
SNMPv2-SMI::enterprises.9.9.117.1.1.1.1.1.471 = INTEGER: 2
SNMPv2-SMI::enterprises.9.9.117.1.1.1.1.2.470 = STRING: "CentiAmps @ 12V"
SNMPv2-SMI::enterprises.9.9.117.1.1.1.1.2.471 = STRING: "CentiAmps @ 12V"
SNMPv2-SMI::enterprises.9.9.117.1.1.1.1.3.470 = INTEGER: 4538
SNMPv2-SMI::enterprises.9.9.117.1.1.1.1.3.471 = INTEGER: 4538
SNMPv2-SMI::enterprises.9.9.117.1.1.1.1.4.470 = INTEGER: 29
SNMPv2-SMI::enterprises.9.9.117.1.1.1.1.4.471 = INTEGER: 29
Here is all I've been able to pull for the FE PSUs, and the 4538 value doesn't seem to have any correlation to what's being shown in the UCS Manager under Statistics.
Thanks!

There are no stats for the chassis.
You can only snmpget stats for the "NXOS" part of the Fabric Interconnect.
You can get snmptraps for all of UCS (go a google for UCS-MIB, and there's a doc explaining this on cisco.com - do a google for site:cisco.com ucs documentation roadmap).
At the end of the year I believe a full MIB will be available to do what you want.
If you want stats, use the XMLAPI.
Cheers
Steve

IDSM2 (5.0) Implementation

Hi everyone,
I have the following case:
2 x Cat6509 (HSRP master and slave)
2 x IDSM blades (v5.0 - 229)
each Cat has his own IDSM blade install online (not inline), with 2 monitoring sessions on each Cat.
There is any way to monitor traffic over 600 Mbps in those 2 different blades?
Regards,

I have doubts that 2 IDSM2 blades cant cover traffic around 300 Mbps as I cant get from the SNMP statistics. Thats way I was asking how 2 blades can be configure without having problem with interVLAN traffic.
FYI
evStatus: eventId=1136715333146415062 vendor=Cisco
originator:
hostId: Cisco-IDSM2-1
appName: interface
appInstanceId: 425
time: June 7, 2006 7:34:01 AM UTC offset=180 timeZone=GMT+02:00
netInterfaceMissedPacketThresholdExceeded:
description: GigabitEthernet0/7 : Missed-packet threshold was exceeded. 912% of packets were missed.
interfaceName: GigabitEthernet0/7
Rgds

Show ip nat statistics snmp oid

Hello,
I'm trying to monitor nat stats using snmp in the newer IOS versions. I had it working pre 12.4(22)T, but now it seems as if the oid has changed.
2811#show ip nat statistics
Total active translations: 29 (0 static, 29 dynamic; 29 extended)
Peak translations: 43, occurred 1d13h ago
Outside interfaces:
FastEthernet0/1
Inside interfaces:
Loopback0, Virtual-Template1
Hits: 82385 Misses: 0
CEF Translated packets: 66829, CEF Punted packets: 3876
Expired translations: 5233
Dynamic mappings:
-- Inside Source
[Id: 1] access-list nat pool inet refcount 30
pool inet: netmask 255.255.255.192
start 111.111.111.110 end 111.111.111.111
type generic, total addresses 1, allocated 1 (100%), misses 0
Total doors: 1
Appl doors: 1
Normal doors: 0
Queued Packets: 0
The number i'm looking for is the Total active translations. If you try it on a router that has 12.4(20)T it will work, seems as if anything newer does not.
Dan.

Hi Dan,
There is currently no MIB that has the "show ip nat statistics" output. An enhancement
request was opened against this, but so far there are no plans to add this to the MIBs.
Here is the enhancement request ID and release notes:
CSCdr25202 no mib variable for ip nat statistics for total active translations
"snmp mib variable for the command: show ip nat statistics for the total active
translations is not present at the moment.
This is an enhancement request. The work-around is to issue the command on the device itself (via CLI)."
Thanks,
Gaganjeet

Tuxedo container statistics (snmp or other)

Using Tuxedo 11.1 on Solaris
Right the only statistics we generate about our Tuxedo applications is through txrpt output which gives us information about response times/throughput plus we extract stuff like pq, psr load direct from tmadmin. Looking for more information about how the container is doing (gateway services, etc. internals of Tuxedo.
One way (but looking also for other suggestions) is to setup the SNMP deamon along side the Tuxedo domain. There is tuxTmachineActive information:
http://docs.oracle.com/cd/E13161_01/tuxedo/docs10gr3/snmpmref/2coremib.html#wp1658507
that provides data about the local machine or the tuxTBridgeTbl about connectivity and so forth.
Tried running tux_snmpd on the default port 161 and then using the snmpwalk to scroll down the MIB tree but getting stuck at:
<my host>@(<my domain>)-> snmpwalk <my host> public private.enterprises.bea.beaSystem
No Response from <my host>
Are there any debug options? Nothing is written to the ULOG.

Hi,
I'm not sure what the problem with SNMP is, although you should probably review the SNMP configuration files. SNMP won't give you any more information than can already be obtained from the Tuxedo MIB via calling the .TMIB service. If you want more information than that, especially on the BRIDGE or gateway processes, you'll need to install TSAM. TSAM can give you very detailed performance information about your application.
Regards,
Todd Little
Oracle Tuxedo Chief Architect

Airport network statistics (SNMP)

I'm having a heck of a time getting SNMP network monitoring working with my Airport network. I downloaded iNet from the App Store, which looks sweet. Too bad it needs to know the SNMP Community String. If you look at this image (/___sbsstatic___/migration-images/163/16325285-1.jpg) from another application's website, it shows an area under the two SNMP checkboxes where you can enter a string. That field is not there on my version of Airport Utility (5.5.3 on Lion). I tried entering the default 'public' and my wifi password which also didn't work.
I've attached both the image from that site, and a screenshot from my setup.
Help!
Thanks,
Keith

I have the same issue here..

SNMP over ACE not showing RealServer statistics

Hi All,
I have a semi weird problem. I´m trying to get statistics from my ACE, and I downloaded the MIBs for that and use a program to do a snmpwalk over these. My problem is this: I can get statistics for the Virtual Servers and also some for the real servers (IPs, description, preconfigured values, etc.), but not statistics for connections to the Real Servers.
Both in CISCO-SLB-MIB and CISCO-ENHANCED-SLB-MIB, when I try to do a snmpwalk over slbRealServers and cesRserverEntry, I receive a "no data available " message.
Any ideas will be appreciated.
regards

Hi,
If you look into CISCO-ENHANCED-SLB-MIB (rserver related MIB for ACE). It has cesRserverAdminStatus and cesRserverOperStatus in cesRserverTable. cesRserverTable gives stats of physical rserver (without sfarm association). In the same MIB, cesServerFarmRserverTable gives details of real severs with sfarm association. It has cesServerFarmRserverAdminStatus and cesServerFarmRserverOperStatus for status info. slbVServerState in slbVServerInfoTable of CISCO-SLB-MIB give vserver state.
HTH
Siva

Gathering Hardware Utilization Statistics for UCS B/C Series via SNMP - Is it possible?

It is possible to gather typical cpu, memory, fan speed, and hdd utilization statistics from the Cisco MIBs for UCS B / C series servers?
The excellent Cisco UCS Monitoring Resource Handbook (https://communities.cisco.com/docs/DOC-37197) provides a link to the following document for MIB Loading Order and Statistics Collection Details:
MIB Reference for Cisco UCS Standalone C-Series Servers:
http://www.cisco.com/en/US/docs/unified_computing/ucs/sw/mib/c-series/b_UCS_Standalone_C-Series_MIBRef.pdf
In Table Four of the above referenced document, it contains various MIBs/OIDs used for gathering statistics.
For example, this processor section:
Processor
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB
.1.3.6.1.4.1.9.9.719.1.41 is the parent OID where the key statistics reside.
processorEnvStats—Provides all CPU power and temperature statistics for every CPU socket.
processorUnit—Provides all CPU statistics for every CPU.
When walking the following C Series with the suggested OID:
snmpwalk -v2c -c XXXXXXX -m ALL XXXXXX sysdesc
SNMPv2-MIB::sysDescr.0 = STRING: Cisco Integrated Management Controller(CIMC) [UCS C220 M3S], Firmware Version 1.5(1l) Copyright (c) 2008-2012, Cisco Systems, Inc.
I get the following output:
snmpwalk -v2c -c XXXXXXX -m CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB XXXXXXXX cucsProcessorUnitTable
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitDn.1 = STRING: "sys/rack-unit-1/board/cpu-1"
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitDn.2 = STRING: "sys/rack-unit-1/board/cpu-2"
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitRn.1 = STRING: cpu-1
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitRn.2 = STRING: cpu-2
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitArch.1 = INTEGER: xeon(179)
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitArch.2 = INTEGER: xeon(179)
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitCores.1 = Gauge32: 4
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitCores.2 = Gauge32: 4
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitCoresEnabled.1 = Gauge32: 4
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitCoresEnabled.2 = Gauge32: 4
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitId.1 = Gauge32: 0
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitId.2 = Gauge32: 1
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitModel.1 = STRING: Intel(R) Xeon(R) CPU E5-2643 0 @ 3.30GHz
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitModel.2 = STRING: Intel(R) Xeon(R) CPU E5-2643 0 @ 3.30GHz
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitOperState.1 = INTEGER: operable(1)
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitOperState.2 = INTEGER: operable(1)
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitOperability.1 = INTEGER: operable(1)
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitOperability.2 = INTEGER: operable(1)
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitPerf.1 = INTEGER: ok(1)
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitPerf.2 = INTEGER: ok(1)
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitPower.1 = INTEGER: unknown(0)
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitPower.2 = INTEGER: unknown(0)
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitPresence.1 = INTEGER: equipped(10)
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitPresence.2 = INTEGER: equipped(10)
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitRevision.1 = STRING: unknown
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitRevision.2 = STRING: unknown
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitSerial.1 = STRING: Not Specified
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitSerial.2 = STRING: Not Specified
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitSocketDesignation.1 = STRING: CPU1
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitSocketDesignation.2 = STRING: CPU2
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitSpeed.1 = INTEGER: 3300
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitSpeed.2 = INTEGER: 3300
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitStepping.1 = Gauge32: 0
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitStepping.2 = Gauge32: 0
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitThermal.1 = INTEGER: unknown(0)
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitThermal.2 = INTEGER: unknown(0)
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitThreads.1 = Gauge32: 8
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitThreads.2 = Gauge32: 8
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitVendor.1 = STRING: Intel(R) Corporation
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitVendor.2 = STRING: Intel(R) Corporation
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitVoltage.1 = INTEGER: unknown(0)
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB::cucsProcessorUnitVoltage.2 = INTEGER: unknown(0)
Typical CPU performance graphs provide percentage integers in vertical or y-axis and time in the horizontal or x-axis. The suggested OID yields no percentage utilization which I can graph. Am I correct in concluding that we must poll the hypervisor for this data instead of the CIMC directly?
Thanks,
Amir

Hi tak,
my suggestion is to place the main prog outside the loop B but inside loop A. This makes sure, that Loop A is turning once with every execution of the main prog. Beside this Loop B is executing independently. Then you need some communication between your main program and the loop B which can be implemented easiest with global variables, one for each communication direction. This could look like this to abort the main prog on "emergency":
and to tell the Loop B to stop on finish of the Main prog:
In the main prog- VI (which is a bit weird, because the while loop execute always and only once and therefore is unnecessary) your experiment shoult execute in a while loop, since it is abortable dynamically. The for loop will execute the predefined count, defined by wiring the "loop count"- terminal or wiring an array with autoindexing.
I hope this helped a bit,
dave
Message Edited by daveTW on 06-17-2006 02:13 AM
Greets, Dave
Attachments:
multiple_loop_w_different_duration.png ‏4 KB
experiment.png ‏3 KB

Statistics\Reporting from a Wireless Conrtoller

After explaining all of our requirenments to the local Cisco Partner they prepared a quote and we purchased a Cisco 5508 Wireless Controller and 6 Aironet 1141 wireless access points. The wireless coverage in the building is great.
The problem is, we paid over $10,000 and one of the big reasons we upgraded is that I really need to get statistics. How many devices are using the wireless over a period of time. I need to be able to report how many and what type of user are accessing our wireless on a monthly basis.
I cannot find a way to do it from the software on the Wireless Controller and now theCisco partner has no clue how to get that information for us either.
Has anyone else found a way to do this?
Thanks,
Anna

Hi Anna,
We can use Either Cisco WCS or NCS for this or u can go for any freeware SNMP walk tool on Google and use WLC MIBS on the same.. however... these can answer only the first part of ur question that is..how many and what type of user are accessing our wireless on a monthly basis.
But i am not sure of any device on this earth telling us what type of device users are accessing.. may be this will give u the MAC address and then using OUI i thing u need to get the vendor information..
Please dont forget to rate the usefull posts!!
Regards
Surendra

PRI monitoring problem with SNMP

Hello
I'm having some problems with PRI monitoring.
I'm using cpmDS1ActiveDS0 MIB on a 3800 VoIP gateway with 4 PRI (2x2) (IOS 12.4(4)T1)
1.3.6.1.4.1.9.10.19.1.1.9.1.3.0.0 - I can see PRI 0/0/0 total number of calls
1.3.6.1.4.1.9.10.19.1.1.9.1.3.0.1 - I can see PRI 0/0/1 total number of calls
1.3.6.1.4.1.9.10.19.1.1.9.1.3.1.0 - Error
1.3.6.1.4.1.9.10.19.1.1.9.1.3.1.1 - Error
1.3.6.1.4.1.9.10.19.1.1.9.1.3.0.0.x - Error
1.3.6.1.4.1.9.10.19.1.1.9.1.3.0.1.x - Error
The PRIs that we want to see are 0/1/0 e 0/1/1...... (bad luck!)
Do I need to make some special configuration on the Router?

Have you had any responses to this issue ?
I am running into exactly the same issue and have tried everything I can find to get these individual PRI (count of channels/lines in use) statistics.
Just for the record, here are some of the SNMP OIDs that I have tried (the ISRs do respond to them, only thing is, the data they send back is mostly rubbish...) the output below is from two separate routers, with different versions of IOS running (which is shown in the sysdescr response):
Note that the query in red in the second router was responded to with a valid response in the FIRST router...
All of these OIDs have been suggested at various sites online as useable SNMP OIDs for the ISR, but at other sites, they are suggested to be faulty. I have found no definitive statement for ways to get these stats successfully on the ISR platform (which amazes me.) Output below is using net-snmp to collect the stats.
I welcome any suggestions as to how this can be done reliably for the ISR, and what IOS versions WILL work. (since I am getting way different reponses to the same OIDs on the two versions below).
You'll see that for the second (DC) router below, the values are always Zero.
Yet I can guarantee that the ACTUAL stats are NEVER zero during the time period queried.
Timestamp: 2010-12-27_13:56:31.73
C:\usr\share\snmp\mibs>snmptranslate -On CISCO-POP-MGMT-MIB::cpmActiveDS0s.0
.1.3.6.1.4.1.9.10.19.1.1.4.0
C:\usr\share\snmp\mibs>snmptranslate -On CISCO-POP-MGMT-MIB::cpmDS1ActiveDS0s.0.0
.1.3.6.1.4.1.9.10.19.1.1.9.1.3.0.0
C:\usr\share\snmp\mibs>snmptranslate -On CISCO-POP-MGMT-MIB::cpmISDNCfgBChannelsInUse.0
.1.3.6.1.4.1.9.10.19.1.1.3.0
C:\usr\share\snmp\mibs>snmptranslate -On CISCO-VOICE-DIAL-CONTROL-MIB::cvCallActiveDS0s.0
.1.3.6.1.4.1.9.9.63.1.3.3.0
C:\usr\share\snmp\mibs>snmptranslate -On ISDN-MIB::isdnBearerOperStatus.32
.1.3.6.1.2.1.10.20.1.2.1.1.2.32
From ROUTER2 - HQ:
SNMPv2-MIB::sysDescr.0 = STRING: Cisco IOS Software,
3800 Software (C3825-ADVIPSERVICESK9-M),
Version 12.4(15)T8, RELEASE SOFTWARE (fc3)
CISCO-POP-MGMT-MIB::cpmActiveDS0s.0 = Gauge32: 14
CISCO-POP-MGMT-MIB::cpmDS1ActiveDS0s.0.0 = Gauge32: 14
CISCO-POP-MGMT-MIB::cpmISDNCfgBChannelsInUse.0 = Gauge32: 7
CISCO-VOICE-DIAL-CONTROL-MIB::cvCallActiveDS0s.0 = Gauge32: 7 interfaces
ISDN-MIB::isdnBearerOperStatus.32 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.33 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.34 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.35 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.36 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.37 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.38 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.39 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.40 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.41 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.42 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.43 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.44 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.45 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.46 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.47 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.48 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.49 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.50 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.51 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.52 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.53 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.54 = INTEGER: idle(1)
From ROUTER2 - DC:
SNMPv2-MIB::sysDescr.0 = STRING: Cisco IOS Software,
3800 Software (C3825-ADVIPSERVICESK9-M),
Version 12.4(18), RELEASE SOFTWARE (fc1)
CISCO-POP-MGMT-MIB::cpmActiveDS0s.0 = Gauge32: 0
CISCO-POP-MGMT-MIB::cpmDS1ActiveDS0s.0.0 = Gauge32: 0
CISCO-POP-MGMT-MIB::cpmISDNCfgBChannelsInUse.0 = Gauge32: 0
CISCO-VOICE-DIAL-CONTROL-MIB::cvCallActiveDS0s.0 = No Such Object available on this agent at this OID
ISDN-MIB::isdnBearerOperStatus.32 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.33 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.34 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.35 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.36 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.37 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.38 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.39 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.40 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.41 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.42 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.43 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.44 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.45 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.46 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.47 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.48 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.49 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.50 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.51 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.52 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.53 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.54 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.81 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.82 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.83 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.84 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.85 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.86 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.87 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.88 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.89 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.90 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.91 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.92 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.93 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.94 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.95 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.96 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.97 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.98 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.99 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.100 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.101 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.102 = INTEGER: idle(1)
ISDN-MIB::isdnBearerOperStatus.103 = INTEGER: idle(1)
Timestamp: 2010-12-27_13:56:35.02

Is SNMP RO and telnet good enough for IPM?

Dear friends,
I have only SNMP RO access to the router and telnet access as well from Ciscoworks LMS.
But i dont have SNMP RW access.
Is it possible that i configure ip sla monitor manually on the routers / switches and just use IPM to poll these routers and collect the SLA statistics?
Thanks a lot
Gautam

IPM requires read-write access. However, you could try configuring the collectors on the devices manually, then import those collectors into IPM using the "ipm importcollector" cli command. I haven't tested doing this without having SNMP RW configured, but it should work. IPM will just not be able to fully manage the collectors, but it should be able to poll them.

Does the ApplTV2 support SNMP?

I have cacti running on my Mac Mini, and I've recently purchased an Apple TV. Is there a way to enable SNMP polling on the Apple TV? I'd love to see CPU/Memory/Interface statistics as I'm watching movies on it!
Thanks.

Welcome to the Apple Community.
No it doesn't, the only software the Apple TV will communicate with in any form is iTunes.

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