Open Source Rust Window Managers

komorebi is a tiling window manager that works as an extension to Microsoft's Desktop Window Manager in Windows 10 and above. komorebi allows you to control application windows, virtual workspaces and display monitors with a CLI which can be used with third-party software such as AutoHotKey to set user-defined keyboard shortcuts. komorebi aims to make as few modifications as possible to the operating system and desktop environment by default. Users are free to make such modifications in their own configuration files for komorebi, but these will remain opt-in and off by default for the foreseeable future.

This library encapsulates layout calculations from external dependencies and displays servers, so that it can be used by window managers for X.Org, Wayland, or whatever else. It's all about splitting up rectangles, the library has no concept of "windows". Some default layouts are provided, but custom layouts can be defined. Custom layout definitions allow some flexibility but are still fairly limited by design, as the target audience of this library is list-based / dynamic-tiling window managers (the likes of leftwm, dwm, ...) as opposed to manual tilers like i3.

Left is a tiling window manager written in rust for stability and performance. The core of left is designed to do one thing and one thing well. Be a window manager. Because you probably want more than just a black screen LeftWM is built around the concept of theming. With themes, you can choose between different bars/compositors/backgrounds/colors, whatever makes you happy. LeftWM has been built from the very beginning to support multiple screens and has been built around ultrawide monitors. You will see this with the default key bindings.

Penrose is a modular library for configuring your own X11 window manager in Rust. This means that, unlike most other tiling window managers, Penrose is not a binary that you install on your system. Instead, you use it like a normal dependency in your own crate for writing your own window manager. Don't worry, the top-level API is well documented and a lot of things will work out of the box, and if you fancy digging deeper you'll find lots of opportunities to customize things to your liking. Penrose was born out of my failed attempts to refactor the dwm codebase into something that I could more easily understand and hack on. While I very much admire and aim for minimalism in code, I personally feel that it becomes a problem when your code base starts playing code golf to keep things short for the sake of it.

FlickOS is designed to be lightweight, fast and sustainable, with focus on efficient use of system resources. The project is based on Ubuntu 20.04 and LXLE, which provides a stable and well-supported foundation. Unnecessary packages and services are stripped away, leaving only the essential components needed to minimize resource usage. FlickOS have complete suite of applications like LibreOffice, Firefox, VLC and many essential software for daily use. Save the environment, recycle your old PCs and Flick it. Support If you are having trouble installing or have some suggestions, you can email me at dvbondoy@gmail.com. You may also join our Reddit community at r/flickos, I am always there to answer your questions. Create issues at https://github.com/dvbondoy/FlickOS/issues Download the ISO file, write it to flash-drive using Etcher and boot your computer to the USB.

SnapToWindow is a user-experience utility likely aimed at enhancing window management on desktop environments by enabling users to “snap” application windows into predefined screen positions or layouts using keyboard shortcuts or mouse gestures. These kinds of tools are popular for improving productivity, especially on multi-monitor setups, by letting users quickly align and resize windows to halves, quarters, or other grid arrangements without manual dragging. While official project documentation isn’t available from search, the repository name and conventions imply a small, focused tool that hooks into the native windowing system (on Windows, macOS, or Linux) to detect active windows and reposition them based on user commands. It helps streamline workflows for developers, designers, and multitaskers who juggle many open windows and want consistent, repeatable layouts.

Baru gathers the information from /sys and /proc filesystems (filled by the kernel). Except for audio and network modules that use C libraries. There is no memory leak over time. All modules are threaded. Thanks to this design (as well as Rust and C), baru is lightweight and efficient. It can run at a high refresh rate with a minimal processor footprint. The audio module communicates with the PipeWire/PulseAudio server through client API to retrieve its data. Wireless and wired modules use the netlink interface with the help of libnl to talk directly to the kernel and retrieve their data. Baru is modular. This means that only the modules you want to see are instantiated and executed.

This tool allows you to rapidly choose a specific window directly without having to use the mouse or directional keyboard navigation. Thanks to cairo, it should work on all kinds of screens and automatically display at the correct size according to your DPI.