Splunk Search

Retrieve result from list

Nidd
Path Finder

I have a field in log like:

"policies":["Test1"]

for which I am not able to search through the keyword when I have the query:

index=myindex host=myhost policies=Test1

 

Since policies is a list and I cant be able to directly search it.

Is there any specific way I can search for inputs available in a list?

Labels (1)
0 Karma
1 Solution

scelikok
SplunkTrust
SplunkTrust

Hi @Nidd,

Can you please try below;

index=myindex host=myhost policies{}=Test1
If this reply helps you an upvote and "Accept as Solution" is appreciated.

View solution in original post

0 Karma

isoutamo
SplunkTrust
SplunkTrust

Hi

based on your example you probably have an event which is JSON or partially has JSON? Then you could do e.g.

index=_internal earliest=-1m
| head 1
| eval _raw = "{\"policies\":[\"Test1\"]}"
```previous generate example event```
| spath
| search policies{} = "Test1"

 

Your event is something like this in JSON format:

{"policies":[
  "Test1"
]}

 

0 Karma

Nidd
Path Finder

Thank you @isoutamo 

0 Karma

scelikok
SplunkTrust
SplunkTrust

Hi @Nidd,

Can you please try below;

index=myindex host=myhost policies{}=Test1
If this reply helps you an upvote and "Accept as Solution" is appreciated.
0 Karma

Nidd
Path Finder

Thank you @scelikok 

0 Karma
Got questions? Get answers!

Join the Splunk Community Slack to learn, troubleshoot, and make connections with fellow Splunk practitioners in real time!

Meet up IRL or virtually!

Join Splunk User Groups to connect and learn in-person by region or remotely by topic or industry.

Get Updates on the Splunk Community!

Deep insights, no barriers: Splunk Observability Cloud Free Edition

As software delivery cycles continue to accelerate, observability shouldn’t be a luxury — it should be a ...

Monitoring AI Agents with Splunk Observability Cloud

Let’s say I’m running a travel planning AI app in production. A user asks for three concise hotel options in ...

[Puzzles] Solve, Learn, Repeat: Tiling

This puzzle (first published here) is based on finding groups of tessellated tiles (inspired by floor tiles I ...