Splunk Search

Combining results in metric index?

winknotes
Path Finder

I have a metric index with a hierarchical structure (maybe all metric indexes are like this).  
SuperCategory.Category1.metric1
                                                  .metric2
                                                  .metric3
SuperCategory.Category2.metric1
                                                      .metric2

There is a many to one relationship between categories.  I've tried many different combination methods but my starting point was:

 

 

 

|  mstats  avg(Vmax.StorageGroup.HostIOs) as IOPs avg(Vmax.StorageGroup.AllocatedCapacity) as SgCapacity avg(Vmax.Array.UsableCapacity) as ArrayCap avg(Vmax.Array.HostIOs) as ArrayIOPS 
WHERE index=storage_metrics by Array_Name, Loc, sgname span=1d 
| eval SgIOPs = round(IOPs, 2), SgCapacity = round(SgCapacity, 2), SgCapPct=round((SgCapacity/ArrayCap)*100, 2), SgIOPct=round((IOPs/ArrayIOPS)*100, 2)
| table sgname Array_Name Loc SgIOPs ArrayIOPS SgIOPct SgCapacity ArrayCap SgCapPct  _time

 

 

 

Nothing is returned for any of the Vmax.Array metrics.  There are many 'sgname' to any single 'Array_Name'.  As you can probably tell I'm trying to calculate what % of an array total an sgname is using.  I find myself in this situation quite often and don't really know how to handle it.  

I appreciate any help anyone can offer.   

 

Labels (2)
0 Karma
Career Survey
First 500 qualified respondents will receive a $20 gift card! Tell us about your professional Splunk journey.

Can’t make it to .conf25? Join us online!

Get Updates on the Splunk Community!

What Is Splunk? Here’s What You Can Do with Splunk

Hey Splunk Community, we know you know Splunk. You likely leverage its unparalleled ability to ingest, index, ...

Level Up Your .conf25: Splunk Arcade Comes to Boston

With .conf25 right around the corner in Boston, there’s a lot to look forward to — inspiring keynotes, ...

Manual Instrumentation with Splunk Observability Cloud: How to Instrument Frontend ...

Although it might seem daunting, as we’ve seen in this series, manual instrumentation can be straightforward ...