Forum Discussion

aarkkelin's avatar
aarkkelin
2 years ago

Just wanted to toss a note in here saying I stumbled upon this by accident but was actually something we were actively looking into how to monitor this on CheckPoints. So, thanks for opening the original thread, @Nishil Vachhani . Secondly, I was able to build a datasource to monitor a specific tunnel. It’s a bit tedious if you have to repeat that for multiple tunnels at a site. But for anyone looking to just monitor a few, it’s definitely doable using the OID info in the CheckPoint article linked in the comments above. It’s not the cleanest thing ever and it’s definitely something I hope LM builds into their standard CheckPoint datasources and tidies up a bit. But for now, this seems to get the job done.

  • dlebouef's avatar
    dlebouef
    Icon for Neophyte rankNeophyte
    7 months ago

    How did you set your DataPoint(s)?

    I am trying to monitor some tunnels on a CP and this is what I get when trying to poll the DS:

    Fail to get the result of this oid OID is 1.3.6.1.4.1.2620.500.9002.1.3.X.X.X.X.0 Raw value is Tunnel1 : 3 , Tunnel2 : 3 , Tunnel3 : 3 , Tunnel4 : 3 , Tunnel5 : 3 , Tunnel6 : 3 , Tunnel7 : 3 , Tunnel8 : 3 , Tunnel9 : 3 , Tunnel10 : 3 , Tunnel11 : 3 , Tunnel12 : 3 , Tunnel13 : 3 , Tunnel14 : 3 , Tunnel15 : 3 , Tunnel16 : 3 , Tunnel17 : 3 , Tunnel18 : 3 , Tunnel19 : 3 , Tunnel20 : 3

    It's getting the raw values correct but not sure how to configure the DataPoint for these. Do I need to create a DataPoint for each tunnel? 

    Thanks!

    • Anonymous's avatar
      Anonymous
      7 months ago

      No, you need to create instances through SNMP discovery. It looks like this would simply be "value" discovery through SNMP, and you should be able to use almost the same OID: 1.3.6.1.4.1.2620.500.9002.1.2. The result of that walk should give you IDs (the ip addresses) and names (Tunnel1-Tunnel20). By picking "value" discovery, it'll use the IDs as the wildvalues and the names as the wildaliases, matching the definition in the MIB. 

      Once you have that, your datapoint would simply use a key of 1.3.6.1.4.1.2620.500.9002.1.9.##WILDVALUE##. You can bring in the other numeric datapoints by swapping out the 9 for 3 (state), 8 (priority), 9 (probstate), 10 (peer type), or 11 (tunnel type).