Simple and configurable tool that dynamically switches turbo boost and the kernel governor in order to have a corresponding relationship between the computer's capabilities and the actual usage.
Another important variable is whether the machine is charging or using the
battery, depending on this state racf
will use the corresponding
configuration profile.
This is intended mainly for battery based machines like laptops. Desktops could benefit, I haven't really thought about it that much (e.g. those systems would only be on the '[ac]' profile).
A rewrite of sacf in rust.
Reference: cpufreq
racf --help
Note A very helpful flag is --run-once
which, runs once; and thus no need
for racf
to stay in the background. This way you can manually tweak your
system with the help of racf
whenever you actually need it (might be useful
to put this in the status bar).
Currently you need to build it from source (not that big) with cargo
and then, optionally, move it to your PATH. In the example bellow I use
/usr/local/bin/
as the PREFIX (target) directory.
cargo build --release
cp -f ./target/release/racf /usr/local/bin/
Alternatively use cargo install racf
This repo contains racf.toml configuration example with the respective documentation for it's parameters.
racf
searches config files in:
/etc/racf.toml
/etc/racf/racf.toml
/etc/racf/config.toml
The first config file that is found is used.
You can copy the file like so:
cp -f racf.toml /etc/racf.toml
or simply copy and paste it.
- Implement
user space
for thermal controls (just like thermald) [seems a bit complicated] - Allow to define profiles with an
Option
al battery percentage value