import Hyprland from 'resource:///com/github/Aylur/ags/service/hyprland.js'; import Service from 'resource:///com/github/Aylur/ags/service.js'; import TouchGestures from './touch-gestures.js'; import { execAsync, subprocess } from 'resource:///com/github/Aylur/ags/utils.js'; import GUdev from 'gi://GUdev'; const ROTATION_MAP = { 'normal': 0, 'right-up': 3, 'bottom-up': 2, 'left-up': 1, }; const SCREEN = 'desc:BOE 0x0964'; class Tablet extends Service { static { Service.register(this, { 'device-fetched': ['boolean'], 'autorotate-started': ['boolean'], 'autorotate-destroyed': ['boolean'], 'inputs-blocked': ['boolean'], 'inputs-unblocked': ['boolean'], 'laptop-mode': ['boolean'], 'tablet-mode': ['boolean'], 'mode-toggled': ['boolean'], 'osk-toggled': ['boolean'], }); } #tabletMode = false; #oskState = false; #autorotate; #blockedInputs; #udevClient = GUdev.Client.new(['input']); get tabletMode() { return this.#tabletMode; } get oskState() { return this.#oskState; } constructor() { super(); this.#initUdevConnection(); this.#listenOskState(); } #blockInputs() { if (this.#blockedInputs) { return; } this.#blockedInputs = subprocess(['libinput', 'debug-events', '--grab', '--device', '/dev/input/by-path/platform-i8042-serio-0-event-kbd', '--device', '/dev/input/by-path/platform-i8042-serio-1-event-mouse', '--device', '/dev/input/by-path/platform-AMDI0010:02-event-mouse', '--device', '/dev/input/by-path/platform-thinkpad_acpi-event', '--device', '/dev/video-bus'], () => { /**/ }, (err) => logError(err)); this.emit('inputs-blocked', true); } #unblockInputs() { if (this.#blockedInputs) { this.#blockedInputs.force_exit(); this.#blockedInputs = null; this.emit('inputs-unblocked', true); } } setTabletMode() { execAsync(['gsettings', 'set', 'org.gnome.desktop.a11y.applications', 'screen-keyboard-enabled', 'true']).catch(print); execAsync(['brightnessctl', '-d', 'tpacpi::kbd_backlight', 's', '0']) .catch(print); this.startAutorotate(); this.#blockInputs(); this.#tabletMode = true; this.emit('tablet-mode', true); this.emit('mode-toggled', true); } setLaptopMode() { execAsync(['gsettings', 'set', 'org.gnome.desktop.a11y.applications', 'screen-keyboard-enabled', 'false']).catch(print); execAsync(['brightnessctl', '-d', 'tpacpi::kbd_backlight', 's', '2']) .catch(print); this.killAutorotate(); this.#unblockInputs(); this.#tabletMode = false; this.emit('laptop-mode', true); this.emit('mode-toggled', true); } toggleMode() { if (this.#tabletMode) { this.setLaptopMode(); } else { this.setTabletMode(); } this.emit('mode-toggled', true); } #initUdevConnection() { this.#getDevices(); this.#udevClient.connect('uevent', (_, action) => { if (action === 'add' || action === 'remove') { this.#getDevices(); } }); } #getDevices() { this.devices = []; Hyprland.sendMessage('j/devices').then((out) => { const devices = JSON.parse(out); devices.touch.forEach((dev) => { this.devices.push(dev.name); }); devices.tablets.forEach((dev) => { this.devices.push(dev.name); }); }).catch(print); this.emit('device-fetched', true); } startAutorotate() { if (this.#autorotate) { return; } this.#autorotate = subprocess( ['monitor-sensor'], (output) => { if (output.includes('orientation changed')) { const orientation = ROTATION_MAP[output.split(' ').at(-1)]; Hyprland.sendMessage( `keyword monitor ${SCREEN},transform,${orientation}`, ).catch(print); const batchRotate = this.devices.map((dev) => `keyword device:${dev}:transform ${orientation}; `); Hyprland.sendMessage(`[[BATCH]] ${batchRotate.flat()}`); if (TouchGestures.gestureDaemon) { TouchGestures.killDaemon(); TouchGestures.startDaemon(); } } }, (err) => logError(err), ); this.emit('autorotate-started', true); } killAutorotate() { if (this.#autorotate) { this.#autorotate.force_exit(); this.#autorotate = null; this.emit('autorotate-destroyed', true); } } #listenOskState() { subprocess( ['bash', '-c', 'busctl monitor --user sm.puri.OSK0'], (output) => { if (output.includes('BOOLEAN')) { this.#oskState = output.match('true|false')[0] === 'true'; this.emit('osk-toggled', this.#oskState); } }, (err) => logError(err), ); } static openOsk() { execAsync(['busctl', 'call', '--user', 'sm.puri.OSK0', '/sm/puri/OSK0', 'sm.puri.OSK0', 'SetVisible', 'b', 'true']) .catch(print); } static closeOsk() { execAsync(['busctl', 'call', '--user', 'sm.puri.OSK0', '/sm/puri/OSK0', 'sm.puri.OSK0', 'SetVisible', 'b', 'false']) .catch(print); } toggleOsk() { if (this.#oskState) { Tablet.closeOsk(); } else { Tablet.openOsk(); } } } const tabletService = new Tablet(); export default tabletService;