How do you take care of this layered task? It’s actually quite simple…once you know the tools at your disposal. However, before you immediately launch that command to kill the process, you first have to know what the process is. Thankfully, Linux has every tool necessary to empower you, the user, to kill an errant process. But how? Believe it or not, your best bet most often lies within the command line. You try to run the app again, but it turns out the original never truly shut down completely.

Picture this: You’ve launched an application (be it from your favorite desktop menu or from the command line) and you start using that launched app, only to have it lock up on you, stop performing, or unexpectedly die.

For more great SysAdmin tips and techniques check out our free intro to Linux course. NET which are not usually installed in server environments.This is a classic article written by Jack Wallen from the archives. The biggest issue was that they require dependencies such as. There are also various Windows binaries which can be used from a standard command prompt however I had limited luck with each one. dir -Recurse | Select-String -pattern įor example: dir -Recurse | Select-String -pattern 'Find Me'Īs you can see, its nowhere near the memorable Linux command grep -r but at least its now possible go get similar behaviour in a Windows environment. Use the below command inside the directory you would like to perform the ‘grep’ and change to match what you would like to match.

With the introduction of PowerShell, Windows has given us the grep functionality albeit with a much less finesse than the Linux equivalent. You have to pipe multiple commands together one command to transverse the directories, and one command to look for the pattern within each file found.

Not having grep, more specifically grep -r, is challenging at best and almost reason enough to avoid the platform entirely.

New windows terminal grep