While not as extreme as what is demonstrated here, I integrate things in my environment with Lisp in a way that is similar to this. I run StumpWM too so I can g

While not as extreme as what is demonstrated here, I integrate things in my environment with Lisp in a way that is similar to this. I run StumpWM too so I can grab the content of the current X selection and do actions from it (e.g. the content matches a JIRA ticket regex, open it, the text matches a filename, edit it (fun fact, anything can be a filename), etc.). For processes, I wrote something that is not finished, not polished, but if anyone want to steal from it, go ahead: https://github.com/christophejunke/pipeline https://github.com/christophejunke/pipeline This allows to spawn processes or threads to pipeline input/output, like done usually with | in shells (with-pipeline () (program "ls" (namestring (merge-pathnames "bin/" (user-homedir-pathname)))) (program "sed" "s/a/aaaa/") (tee/error) ;; "tee" and output a copy to error (program "wc" "-c") #'read) https://github.com/christophejunke/pipeline/blob/master/tests.lisp#L9 https://github.com/christophejunke/pipeline/blob/master/test... The nmcli.lisp example starts an nmcli process and filters its output to build Lisp objects representing connections: https://github.com/christophejunke/pipeline/blob/master/nmcli.lisp#L52 https://github.com/christophejunke/pipeline/blob/master/nmcl...