Build GNOME apps in JavaScript with GJS, GTK4, Libadwaita, and Meson/Flatpak workflows.
npx skills add https://github.com/padparadscho/skills --skill js-gnome-apps
Please help me install this Agent Skill. Skill: js-gnome-apps Source: https://github.com/padparadscho/skills/tree/main/skills/js-gnome-apps Command: npx skills add https://github.com/padparadscho/skills --skill js-gnome-apps
This Skill provides templates, patterns, and guidance to build native GNOME desktop applications using JavaScript (GJS) with GTK 4, Libadwaita, and the GNOME platform. It helps developers adopt UI design with XML or Blueprint, use GObject subclassing, configure Meson builds, and package apps with Flatpak, while leveraging GJS bindings for GLib/GIO/GTK4/Adw libraries.
Scaffold a GNOME app in JavaScript: create a basic window, wire up actions, and build/run with Meson/Flatpak workflows.
High-intent search queries and answers about installing and using this skill.
To build GNOME apps with JavaScript, use GJS bindings for GTK 4 and Libadwaita, configure Meson builds, and package with Flatpak. This provides templates and patterns for UI design, GObject subclassing, and app distribution.
Creating native GNOME desktop applications with GJS involves using GObject subclassing for reusable widgets, designing UIs with XML or Blueprint, and integrating GResource. Meson and Flatpak handle the build and packaging workflows.
Yes, you can use Libadwaita and Meson for JavaScript GNOME app development. GJS provides the bindings for GLib, GIO, GTK4, and Adw libraries, while Meson manages the build system and Flatpak handles distribution.
Package and distribute a GJS application by configuring Flatpak alongside Meson builds. This workflow includes setting up desktop files, schemas, and resources to ensure the GTK 4 application is properly bundled for GNOME.
GObject subclassing in JavaScript allows you to build robust, reusable GTK4 widgets by leveraging GJS bindings. It provides modern best practices and patterns for defining custom widget behavior and integrating them with Libadwaita.
You can use either Blueprint or XML for UI design in GNOME JavaScript apps. Both methods integrate with GResource to define GTK 4 and Libadwaita interfaces, allowing you to structure native GNOME application windows and actions efficiently.
gotarDesign GTK4 UI components with Libadwaita theming and GNOME HIG compliance.
FlukeSupakornPackage Tauri v2 apps for Linux into AppImage, Debian, RPM, Flatpak, Snap, and AUR formats.
chebizarroLaunch GTK Inspector to debug GTK4 applications interactively.
mhagreliusAlign GNOME UI designs with GNOME HIG guidelines for GTK 4/libadwaita and Qt/PySide6.
