![]() Here we can see that there's going to be a parameter with hits per page. Then we can head into our terminal and paste that. We'll use the search query and we'll just copy it as a QRL request. ![]() To kick things off with JQ, we need to grab a JSON data source, so let's hop over to Egghead. CSVs are really useful because we can just import them into a spreadsheet application and perform high-level aggregations really quickly and learn a lot about the underlying data. Today I'm going to be using JQ to show you how to slice-and-dice JSON and turn it into a CSV. $pathToOutputFile = $pathToInputFolder + "Activities.Instructor: Hey everybody. $pathToInputFile = $pathToInputFolder + "Activities.json" $inputCollected | Select-Object = (New-Object -ComObject Shell.Application).NameSpace('shell:Downloads').Self.Path + "\" + "PowerBIActivities\combined\" To handle this, use the UnifyProperties function: function UnifyProperties It appears that Export-CSV uses the first object passed to determine the schema for the CSV to output. Notice that columns c, d, and e are missing. The script produced this CSV: "a","b","g" Using Piemol's comment, I processed this JSON: [ For example, the Power BI activities log outputs JSON that contains different members depending on variables like what activities occurred in the requested data or what features were available at the time. JSON strings do not always represent rectangular data sets. While Piemol's comment from Jan 30 '19 solved a basic problem with Mark Wrang's answer, it also didn't work for me. Trying to use Mark Wrang's answer failed for me.
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