![]() For any entries that match, the value of the group field in the lookup dataset is written to the field user_group in the search results. I like to remove empty row its my regex not found any records. The values in the user field in the lookup dataset are mapped to the corresponding value of the field local_user in the search results. In my query response, few time I dont get data and its just adding row empty row. The dataset contains multiple fields, including user and group. If you want to use those null fields you can use fillnull command. There is a KV store lookup dataset called usertogroup. Hi leninkp3005, You can use fieldnull for this one. Lookup users and return the corresponding group the user belongs to | lookup addresses CustID AS cid OUTPUT CustAddress AS cAddress 3. Find the corresponding CustAddress value and use the address in the lookup dataset to replace the cAddress in the search results. This search includes all the events associated with each field in this set of data. It maps each value in the CustID field in the lookup dataset with the matching value in the cid field in the search results. In this example, we’re using this search: indexsplunktest sourcetypeaccesscombinedwcookie Using job inspector, we can see it took about 7.3 seconds to run this search. ![]() This example replaces the data returned from the search results with data in the addresses lookup dataset. Replace data in your events with data from a lookup dataset Because there is no uid to match on, there are no changes to the search results for that event.Ģ. The fourth event was missing the department and the uid. If the search results already have the username and department fields, the OUTPUTNEW argument only fills in missing values in those fields.īecause the third event was missing the department, the department name is added to the search results. The username and department fields from the users lookup dataset are appended to each search result. | lookup users uid OUTPUTNEW username, department When you run the following search, for search results that contains a uid field, the value in that field are matched with the uid field in the users lookup dataset. The fourth event is missing the department and the uid. The third event is missing the department. For real-time streaming data, you can select an interval to view, ranging from 30 seconds to an hour. You can see events from the last 15 minutes, for example, or any desired time interval. The time range picker to the right of the search bar permits time range adjustment. The users lookup dataset contains this data: The search bar at the top is empty, ready for you to type in a search. The outputlookup command cannot be used with external lookups. This example appends the data returned from your search results with the data in the users lookup dataset using the uid field. The lookup table can refer to a KV store collection or a CSV lookup. Put corresponding information from a lookup dataset into your events To learn more about the lookup command, see How the lookup command works.ġ. This probably isn't fully going to work but I hope it gives you some more ideas there.The following are examples for using the SPL2 lookup command. You may also be able to add a secondary stats command holding the sum(noct) if you use | appendpipe to add it after your first stats command. See if that gets you output you can visualize with the linechart visualization. If that gets you values, then you can consider trying to re-represent them in 2 dimensions but I think you may have to drop one of your statistical evaluations, something like this: | bin _time span=1d | stats sum(yesct) as yesct, sum(noct) as noct by _time, mainsystem Second thing you could try is to use stats as opposed to timechart- something like this (doing this in my head so syntax might not be 100% correct): |inputlookup mylookup ![]() If you do see results, you might consider trying to do an eventstats to add your sum(noct) to the resulting table. Also don't worry yet about visualization at this point look at this result in the stats tab to see if you do truly have sum(yesct) plotted between _time as your rows and mainsystem as your columns. That should put your Y-axis columns each only representing a mainsystem value. Maybe just |timechart span=1d sum(yesct) by mainsystem. ![]() Make this a true 2 dimensional representation. I would consider trying a couple of things, though:įirst, see if you get better results when you only call one single function in your timechart command. Just based on what we have in the thread here, I don't really know.
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