mousectl

Configure gaming mice on Linux over /dev/hidraw*, without vendor software. Pure Python 3 standard library: no packages, no venv.

Supported:

id	mouse	links	alias
attackshark-x11	Attack Shark X11	wired 1d57:fa55, dongle 1d57:fa60	ashark
rapoo-vt3pro	Rapoo VT3 PRO	wired 24ae:4431, dongle 24ae:1231	vt3pro
pulsar-x3	Pulsar X3 (PX3R21)	wired 3710:3409 / 3410, dongle 3710:5402 / 5403 (8K)	x3

Install

With pipx:

pipx install "git+https://github.com/D3m0nZOnFire/mousectl@v0.1.2"
mousectl install-udev   # only if you get permission errors

To upgrade, run the same command with --force and the newest release tag.

Or straight from a checkout, no packaging at all:

git clone https://github.com/D3m0nZOnFire/mousectl && cd mousectl
./install.sh            # symlinks mousectl into ~/.local/bin
mousectl install-udev   # only if you get permission errors

Use

mousectl list                          # connected mice and their links
mousectl status [--json]               # every connected mouse
mousectl keys -m ashark                # what a mouse supports, with ranges
mousectl get -m vt3pro polling dpi.active
mousectl set -m ashark dpi.stage3=3200 dpi.active=3 light.mode=static light.color=ff8800
mousectl set -m ashark dpi.stage5=off  # stages that can be disabled
mousectl battery [--json]
mousectl tui                           # all mice in one TUI ('m' switches mouse)
mousectl save [FILE] / restore FILE    # raw snapshots

-m takes a driver id or alias and can be left out when only one mouse is connected. --link wired|dongle pins the connection; otherwise the first one that answers is used (settings live in the mouse, so either will do).

Before the first write to a mouse, its untouched settings are saved to ~/.config/mousectl/<id>/auto-backup.json (mousectl restore it to go back).

Layout

bin/mousectl            launcher
mousectl/core/          hidraw, Driver/Session, Setting schema, backups
mousectl/drivers/       one module per mouse
mousectl/tui/           the schema-driven curses TUI
tests/                  python3 -m unittest

Where each protocol comes from and what was checked on real mice: docs/PROTOCOLS.md. New mouse? See docs/ADDING_A_DRIVER.md.

Roadmap

• Declarative profiles (mousectl apply prefs.toml), auto-applied on hotplug via a udev-triggered systemd user unit.
• Waybar battery module on top of mousectl battery --json.

Credits

• Attack Shark X11 protocol: HarukaYamamoto0/attack-shark-x11-driver (MIT)
• Pulsar X3 protocol: wertyg775/pulsar-x3-software, jonkristian/pulsar-x3-python (MIT) and packerlschupfer/pulsar-mouse-linux (MIT)
• Rapoo protocol research: pedro3z0/rapoo-software-linux (MIT)

License

MIT, see LICENSE.