271 lines
9.4 KiB
QML
271 lines
9.4 KiB
QML
pragma Singleton
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import QtQuick
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import Quickshell
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import Quickshell.Io
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import qs.Commons
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Singleton {
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id: root
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property list<var> ddcMonitors: []
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readonly property list<Monitor> monitors: variants.instances
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property bool appleDisplayPresent: false
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function getMonitorForScreen(screen: ShellScreen): var {
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return monitors.find(m => m.modelData === screen)
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}
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function getAvailableMethods(): list<string> {
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var methods = []
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if (monitors.some(m => m.isDdc))
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methods.push("ddcutil")
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if (monitors.some(m => !m.isDdc))
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methods.push("internal")
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if (appleDisplayPresent)
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methods.push("apple")
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return methods
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}
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// Global helpers for IPC and shortcuts
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function increaseBrightness(): void {
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monitors.forEach(m => m.increaseBrightness())
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}
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function decreaseBrightness(): void {
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monitors.forEach(m => m.decreaseBrightness())
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}
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function getDetectedDisplays(): list<var> {
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return detectedDisplays
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}
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reloadableId: "brightness"
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Component.onCompleted: {
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Logger.log("Brightness", "Service started")
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}
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onMonitorsChanged: {
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ddcMonitors = []
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ddcProc.running = true
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}
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Variants {
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id: variants
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model: Quickshell.screens
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Monitor {}
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}
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// Check for Apple Display support
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Process {
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running: true
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command: ["sh", "-c", "which asdbctl >/dev/null 2>&1 && asdbctl get || echo ''"]
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stdout: StdioCollector {
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onStreamFinished: root.appleDisplayPresent = text.trim().length > 0
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}
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}
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// Detect DDC monitors
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Process {
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id: ddcProc
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property list<var> ddcMonitors: []
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command: ["ddcutil", "detect", "--sleep-multiplier=0.5"]
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stdout: StdioCollector {
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onStreamFinished: {
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// Do not filter out invalid displays. For some reason --brief returns some invalid which works fine
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var displays = text.trim().split("\n\n")
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ddcProc.ddcMonitors = displays.map(d => {
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var ddcModelMatc = d.match(/This monitor does not support DDC\/CI/)
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var modelMatch = d.match(/Model:\s*(.*)/)
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var busMatch = d.match(/I2C bus:[ ]*\/dev\/i2c-([0-9]+)/)
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var ddcModel = ddcModelMatc ? ddcModelMatc.length > 0 : false
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var model = modelMatch ? modelMatch[1] : "Unknown"
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var bus = busMatch ? busMatch[1] : "Unknown"
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Logger.log("Detected DDC Monitor:", model, "on bus", bus, "is DDC:", !ddcModel)
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return {
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"model": model,
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"busNum": bus,
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"isDdc": !ddcModel
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}
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})
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root.ddcMonitors = ddcProc.ddcMonitors.filter(m => m.isDdc)
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}
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}
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}
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component Monitor: QtObject {
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id: monitor
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required property ShellScreen modelData
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readonly property bool isDdc: root.ddcMonitors.some(m => m.model === modelData.model)
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readonly property string busNum: root.ddcMonitors.find(m => m.model === modelData.model)?.busNum ?? ""
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readonly property bool isAppleDisplay: root.appleDisplayPresent && modelData.model.startsWith("StudioDisplay")
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readonly property string method: isAppleDisplay ? "apple" : (isDdc ? "ddcutil" : "internal")
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property real brightness
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property real lastBrightness: 0
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property real queuedBrightness: NaN
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// For internal displays - store the backlight device path
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property string backlightDevice: ""
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property string brightnessPath: ""
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property string maxBrightnessPath: ""
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property int maxBrightness: 100
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property bool ignoreNextChange: false
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// Signal for brightness changes
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signal brightnessUpdated(real newBrightness)
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// FileView to watch for external brightness changes (internal displays only)
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readonly property FileView brightnessWatcher: FileView {
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id: brightnessWatcher
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// Only set path for internal displays with a valid brightness path
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path: (!monitor.isDdc && !monitor.isAppleDisplay && monitor.brightnessPath !== "") ? monitor.brightnessPath : ""
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watchChanges: path !== ""
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onFileChanged: {
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reload()
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if (monitor.ignoreNextChange) {
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monitor.ignoreNextChange = false
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return
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}
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if (text() === "")
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return
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var current = parseInt(text().trim())
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if (!isNaN(current) && monitor.maxBrightness > 0) {
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var newBrightness = current / monitor.maxBrightness
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// Only update if it's actually different (avoid feedback loops)
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if (Math.abs(newBrightness - monitor.brightness) > 0.01) {
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monitor.brightness = newBrightness
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monitor.brightnessUpdated(monitor.brightness)
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//Logger.log("Brightness", "External change detected:", monitor.modelData.name, monitor.brightness)
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}
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}
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}
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}
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// Initialize brightness
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readonly property Process initProc: Process {
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stdout: StdioCollector {
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onStreamFinished: {
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var dataText = text.trim()
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if (dataText === "") {
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return
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}
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//Logger.log("Brightness", "Raw brightness data for", monitor.modelData.name + ":", dataText)
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if (monitor.isAppleDisplay) {
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var val = parseInt(dataText)
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if (!isNaN(val)) {
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monitor.brightness = val / 101
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Logger.log("Brightness", "Apple display brightness:", monitor.brightness)
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}
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} else if (monitor.isDdc) {
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var parts = dataText.split(" ")
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if (parts.length >= 4) {
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var current = parseInt(parts[3])
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var max = parseInt(parts[4])
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if (!isNaN(current) && !isNaN(max) && max > 0) {
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monitor.brightness = current / max
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Logger.log("Brightness", "DDC brightness:", current + "/" + max + " =", monitor.brightness)
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}
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}
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} else {
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// Internal backlight - parse the response which includes device path
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var lines = dataText.split("\n")
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if (lines.length >= 3) {
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monitor.backlightDevice = lines[0]
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monitor.brightnessPath = monitor.backlightDevice + "/brightness"
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monitor.maxBrightnessPath = monitor.backlightDevice + "/max_brightness"
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var current = parseInt(lines[1])
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var max = parseInt(lines[2])
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if (!isNaN(current) && !isNaN(max) && max > 0) {
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monitor.maxBrightness = max
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monitor.brightness = current / max
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Logger.log("Brightness", "Internal brightness:", current + "/" + max + " =", monitor.brightness)
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Logger.log("Brightness", "Using backlight device:", monitor.backlightDevice)
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}
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}
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}
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// Always update
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monitor.brightnessUpdated(monitor.brightness)
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}
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}
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}
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// Timer for debouncing rapid changes
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readonly property Timer timer: Timer {
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interval: 200
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onTriggered: {
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if (!isNaN(monitor.queuedBrightness)) {
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monitor.setBrightness(monitor.queuedBrightness)
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monitor.queuedBrightness = NaN
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}
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}
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}
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function increaseBrightness(): void {
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var stepSize = Settings.data.brightness.brightnessStep / 100.0
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setBrightnessDebounced(monitor.brightness + stepSize)
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}
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function decreaseBrightness(): void {
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var stepSize = Settings.data.brightness.brightnessStep / 100.0
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setBrightnessDebounced(monitor.brightness - stepSize)
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}
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function setBrightness(value: real): void {
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value = Math.max(0, Math.min(1, value))
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var rounded = Math.round(value * 100)
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if (Math.round(monitor.brightness * 100) === rounded)
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return
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if (isDdc && timer.running) {
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monitor.queuedBrightness = value
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return
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}
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monitor.brightness = value
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brightnessUpdated(monitor.brightness)
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if (isAppleDisplay) {
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Quickshell.execDetached(["asdbctl", "set", rounded])
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} else if (isDdc) {
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Quickshell.execDetached(["ddcutil", "-b", busNum, "setvcp", "10", rounded])
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} else {
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monitor.ignoreNextChange = true
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Quickshell.execDetached(["brightnessctl", "s", rounded + "%"])
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}
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if (isDdc) {
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timer.restart()
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}
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}
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function setBrightnessDebounced(value: real): void {
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monitor.queuedBrightness = value
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timer.restart()
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}
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function initBrightness(): void {
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if (isAppleDisplay) {
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initProc.command = ["asdbctl", "get"]
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} else if (isDdc) {
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initProc.command = ["ddcutil", "-b", busNum, "getvcp", "10", "--brief"]
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} else {
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// Internal backlight - find the first available backlight device and get its info
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// This now returns: device_path, current_brightness, max_brightness (on separate lines)
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initProc.command = ["sh", "-c", "for dev in /sys/class/backlight/*; do " + " if [ -f \"$dev/brightness\" ] && [ -f \"$dev/max_brightness\" ]; then " + " echo \"$dev\"; " + " cat \"$dev/brightness\"; " + " cat \"$dev/max_brightness\"; " + " break; " + " fi; " + "done"]
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}
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initProc.running = true
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}
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onBusNumChanged: initBrightness()
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Component.onCompleted: initBrightness()
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}
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}
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