To render pseudocode in Hugo, you can use the pseudocode.js library. Here is what I did to make this working on my blog. Theme configuration In your theme files, you will first need to add link to the library CDN. <!-- in themes/<theme>/layouts/partials/pseucodode.html --> <script src="https://cdnjs.cloudflare.com/ajax/libs/KaTeX/0.16.7/katex.min.js" integrity="sha512-EKW5YvKU3hpyyOcN6jQnAxO/L8gts+YdYV6Yymtl8pk9YlYFtqJgihORuRoBXK8/cOIlappdU6Ms8KdK6yBCgA==" crossorigin="anonymous" referrerpolicy="no-referrer"> </script> <link rel="stylesheet" href="https://cdn.jsdelivr.net/npm/pseudocode@latest/build/pseudocode.min.css"> <script src="https://cdn.jsdelivr.net/npm/pseudocode@latest/build/pseudocode.min.js"></script> And render all element with pseudocode HTMl class. <!-- in themes/<theme>layouts/partials/pseudocode-render.html --> <script> let pseudocodeElements = document.…

A bean for some useful UNIX command snippets. Add two hours This could be useful for nocmig fan, to ease the hour computation of a bird contact. hour() { start=$1 duration=$2 IFS=":" read -r duration_hour duration_minute <<< $duration date -d "$start $(($duration_hour * 60 + $duration_minute)) minutes" +"%H:%M" } hour 17:00 5:43 22:43 WAV creation datetime Here is a small snippet that demonstrates how to get the creation date-time of a WAV file with ffprobe…

github-linguist is a Ruby library and command line tool for detecting the programming languages used in a project. It is used by GitHub to detect the language of a project and to generate language statistics. We can use it through the command line, in order to analyze the programming languages used in a project. During my application to bioinformatics master degree, I had to say which programming languages I commend. So here is some quick tips to use github-linguist as I learned to do for this purpose.…

Il suffit d’installer xclip: sudo dnf install xclip # sur fedora par exemple Puis, c’est tout simple: echo "Coucou !" | xclip -selection c Un exemple d’utilisation: copier une clé publique ssh dans le presse papier depuis le terminal: cat ~/.ssh/id_ecdsa.pub | xclip -selection c …

Après avoir réalisé un piège photo avec un caméra déclenchée par un détecteur de mouvement infrarouge et Arduino, j’ai eu envie d’essayer de faire le même type de système avec un Raspberry Pi. L’avantage de Raspberry Pi est que c’est un vrai ordinateur (pas un simple microcontrolleur comme l’ATMega de l’Arduino). De ce fait il a une plus grande capacité de calculs, et on peut se passer du PIR sensor en utilisant de l’analyse d’image pour détecter le mouvement.…