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.
Features
- Date and time
- Battery (level, status, design level based)
- Wireless (state, essid, signal strength)
- Audio sink and source (level, muted)
- Memory (percent or used/total in gigabyte/gibibyte)
- Dynamic and customizable labels
- Customizable format output
Project Samples
Categories
Window ManagersLicense
MIT LicenseFollow baru
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