edde746
83f4e2a263
Collapses indirection layers and one-caller abstractions across the video player, shortcut dispatch, shader loading and context-menu code, including the VideoPIPManager pass-through over PipService.
384 lines
13 KiB
Dart
384 lines
13 KiB
Dart
import 'dart:async' show unawaited;
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import 'dart:io';
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import 'package:flutter/material.dart';
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import 'package:flutter/services.dart';
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import '../models/hotkey_model.dart';
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import '../i18n/strings.g.dart';
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import '../mpv/mpv.dart';
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import 'settings_binding_owner.dart';
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import 'settings_service.dart';
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import 'shortcut_action.dart';
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import '../utils/platform_detector.dart';
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import '../utils/player_utils.dart';
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class KeyboardShortcutsService extends ChangeNotifier {
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static KeyboardShortcutsService? _instance;
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static Future<void>? _initialization;
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late final SettingsBindingOwner _settingsBinding;
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Map<String, HotKey?> _hotkeys = {};
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Future<void> _shortcutMutationTail = Future.value();
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int _seekTimeSmall = 10; // Default, loaded from settings
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int _seekTimeLarge = 30; // Default, loaded from settings
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bool _disposed = false;
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bool _settingsInitialized = false;
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KeyboardShortcutsService._() {
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_settingsBinding = SettingsBindingOwner(
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prefs: [SettingsService.keyboardHotkeys, SettingsService.seekTimeSmall, SettingsService.seekTimeLarge],
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onRefresh: _syncFromSettings,
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);
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}
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SettingsService get _settingsService => _settingsBinding.settings!;
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static Future<KeyboardShortcutsService> getInstance() async {
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var instance = _instance;
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if (instance == null) {
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instance = KeyboardShortcutsService._();
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_instance = instance;
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final initialization = instance._init();
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_initialization = initialization;
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}
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final initialization = _initialization;
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if (initialization != null) {
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try {
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await initialization;
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} catch (_) {
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if (identical(_instance, instance)) {
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instance._settingsBinding.dispose();
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instance._disposed = true;
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_instance = null;
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}
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rethrow;
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} finally {
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if (identical(_initialization, initialization)) _initialization = null;
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}
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}
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if (instance._disposed) throw StateError('KeyboardShortcutsService was disposed during initialization');
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return instance;
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}
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/// Keyboard shortcut customization is only supported on desktop platforms.
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static bool isPlatformSupported() {
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return PlatformDetector.isDesktopOS();
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}
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Future<void> _init() async {
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await _settingsBinding.bind();
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}
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void _syncFromSettings(SettingsService service) {
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final hotkeys = service.read(SettingsService.keyboardHotkeys);
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final seekTimeSmall = service.read(SettingsService.seekTimeSmall);
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final seekTimeLarge = service.read(SettingsService.seekTimeLarge);
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final changed =
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!_hotkeyMapsEqual(_hotkeys, hotkeys) || _seekTimeSmall != seekTimeSmall || _seekTimeLarge != seekTimeLarge;
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_hotkeys = Map<String, HotKey?>.from(hotkeys);
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_seekTimeSmall = seekTimeSmall;
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_seekTimeLarge = seekTimeLarge;
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final notify = _settingsInitialized;
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_settingsInitialized = true;
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if (notify && changed) notifyListeners();
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}
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bool _hotkeyMapsEqual(Map<String, HotKey?> a, Map<String, HotKey?> b) {
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if (a.length != b.length) return false;
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for (final entry in a.entries) {
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if (!b.containsKey(entry.key)) return false;
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final value = entry.value;
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final other = b[entry.key];
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if (value == null || other == null) {
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if (value != other) return false;
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} else if (!_hotkeyEquals(value, other)) {
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return false;
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}
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}
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return true;
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}
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Map<String, HotKey?> get hotkeys => Map.from(_hotkeys);
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HotKey? getHotkey(String action) {
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return _hotkeys[action];
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}
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Future<void> setHotkey(String action, HotKey? hotkey) {
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return _serializeShortcutMutation(() async {
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await _settingsService.write(SettingsService.keyboardHotkeys, <String, HotKey?>{..._hotkeys, action: hotkey});
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});
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}
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Future<void> refreshFromStorage() async {
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_settingsBinding.refresh();
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}
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Future<void> resetToDefaults() {
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return _serializeShortcutMutation(() async {
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await _settingsService.write(SettingsService.keyboardHotkeys, <String, HotKey?>{
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...SettingsService.defaultKeyboardHotkeys(),
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});
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});
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}
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Future<void> _serializeShortcutMutation(Future<void> Function() operation) {
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final result = _shortcutMutationTail.then((_) => operation());
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_shortcutMutationTail = result.then<void>((_) {}, onError: (Object _, StackTrace _) {});
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return result;
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}
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@override
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void dispose() {
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if (_disposed) return;
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_disposed = true;
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_settingsBinding.dispose();
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if (identical(_instance, this)) {
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_instance = null;
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_initialization = null;
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}
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super.dispose();
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}
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String formatHotkey(HotKey? hotKey) {
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if (hotKey == null) return t.hotkeys.noShortcutSet;
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final isMac = Platform.isMacOS;
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// macOS standard modifier order: ⌃ ⌥ ⇧ ⌘
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const macModifierLabels = <HotKeyModifier, String>{
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HotKeyModifier.control: '\u2303',
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HotKeyModifier.alt: '\u2325',
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HotKeyModifier.shift: '\u21e7',
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HotKeyModifier.meta: '\u2318',
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HotKeyModifier.capsLock: '\u21ea',
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HotKeyModifier.fn: 'fn',
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};
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const defaultModifierLabels = <HotKeyModifier, String>{
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HotKeyModifier.alt: 'Alt',
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HotKeyModifier.control: 'Ctrl',
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HotKeyModifier.shift: 'Shift',
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HotKeyModifier.meta: 'Meta',
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HotKeyModifier.capsLock: 'CapsLock',
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HotKeyModifier.fn: 'Fn',
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};
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final labels = isMac ? macModifierLabels : defaultModifierLabels;
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final modifiers = (hotKey.modifiers ?? []).map((m) => labels[m] ?? m.name).toList();
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// The key label already uses macOS symbols via physicalKeyLabel()
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final keyName = physicalKeyLabel(hotKey.key);
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if (isMac) {
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return [...modifiers, keyName].join();
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}
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return modifiers.isEmpty ? keyName : '${modifiers.join(' + ')} + $keyName';
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}
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KeyEventResult handleVideoPlayerKeyEvent(
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KeyEvent event,
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Player player,
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VoidCallback? onToggleFullscreen,
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VoidCallback? onToggleSubtitles,
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VoidCallback? onNextAudioTrack,
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VoidCallback? onNextSubtitleTrack,
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VoidCallback? onNextChapter,
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VoidCallback? onPreviousChapter, {
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required bool canControlPlayback,
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required bool canNavigateMediaItems,
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VoidCallback? onPlayPause,
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VoidCallback? onToggleShader,
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VoidCallback? onSkipMarker,
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VoidCallback? onNextEpisode,
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VoidCallback? onPreviousEpisode,
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VoidCallback? onScreenshot,
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VoidCallback? onZoomIn,
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VoidCallback? onZoomOut,
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VoidCallback? onZoomReset,
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VoidCallback? onVolumeUp,
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VoidCallback? onVolumeDown,
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VoidCallback? onToggleMute,
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ValueChanged<int>? onLiveSeekBy,
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Future<void> Function(Duration position)? onSeekRequested,
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}) {
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final isRepeat = event is KeyRepeatEvent;
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if (event is! KeyDownEvent && !isRepeat) return KeyEventResult.ignored;
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final physicalKey = event.physicalKey;
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final isShiftPressed = HardwareKeyboard.instance.isShiftPressed;
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final isControlPressed = HardwareKeyboard.instance.isControlPressed;
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final isAltPressed = HardwareKeyboard.instance.isAltPressed;
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final isMetaPressed = HardwareKeyboard.instance.isMetaPressed;
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for (final entry in _hotkeys.entries) {
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final hotkey = entry.value;
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if (hotkey == null) continue;
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if (physicalKey != hotkey.key) continue;
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// Null for an id this build does not know: the event is still consumed so
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// a stale binding never leaks through to another handler.
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final action = ShortcutAction.fromId(entry.key);
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final requiredModifiers = hotkey.modifiers ?? [];
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bool modifiersMatch = true;
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for (final modifier in requiredModifiers) {
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switch (modifier) {
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case HotKeyModifier.shift:
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if (!isShiftPressed) modifiersMatch = false;
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break;
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case HotKeyModifier.control:
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if (!isControlPressed) modifiersMatch = false;
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break;
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case HotKeyModifier.alt:
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if (!isAltPressed) modifiersMatch = false;
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break;
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case HotKeyModifier.meta:
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if (!isMetaPressed) modifiersMatch = false;
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break;
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case HotKeyModifier.capsLock:
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// CapsLock is typically not used for shortcuts, ignore for now
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break;
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case HotKeyModifier.fn:
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// Fn key is typically not used for shortcuts, ignore for now
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break;
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}
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if (!modifiersMatch) break;
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}
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// Check that no extra modifiers are pressed
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if (modifiersMatch) {
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final hasShift = requiredModifiers.contains(HotKeyModifier.shift);
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final hasControl = requiredModifiers.contains(HotKeyModifier.control);
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final hasAlt = requiredModifiers.contains(HotKeyModifier.alt);
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final hasMeta = requiredModifiers.contains(HotKeyModifier.meta);
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if (isShiftPressed != hasShift ||
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isControlPressed != hasControl ||
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isAltPressed != hasAlt ||
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isMetaPressed != hasMeta) {
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continue;
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}
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if (isRepeat && !(action?.repeatable ?? false)) {
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return KeyEventResult.handled;
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}
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if (action == null ||
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(action.requiresPlayback && !canControlPlayback) ||
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(action.requiresMediaNavigation && !canNavigateMediaItems)) {
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return KeyEventResult.handled;
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}
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void performSeek(int offsetSeconds) {
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// Relative live-TV skip: route through the parent accumulator, which
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// coalesces a rapid burst into one transcode re-open (#1253).
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if (onLiveSeekBy != null) {
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onLiveSeekBy(offsetSeconds);
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} else {
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final target = clampSeekPosition(player, player.state.position + Duration(seconds: offsetSeconds));
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unawaited((onSeekRequested ?? player.seek)(target));
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}
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}
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switch (action) {
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case ShortcutAction.playPause:
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(onPlayPause ?? player.playOrPause).call();
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case ShortcutAction.volumeUp:
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onVolumeUp?.call();
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case ShortcutAction.volumeDown:
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onVolumeDown?.call();
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case ShortcutAction.seekForward:
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performSeek(_seekTimeSmall);
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case ShortcutAction.seekBackward:
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performSeek(-_seekTimeSmall);
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case ShortcutAction.seekForwardLarge:
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performSeek(_seekTimeLarge);
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case ShortcutAction.seekBackwardLarge:
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performSeek(-_seekTimeLarge);
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case ShortcutAction.fullscreenToggle:
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onToggleFullscreen?.call();
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case ShortcutAction.muteToggle:
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onToggleMute?.call();
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case ShortcutAction.subtitleToggle:
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onToggleSubtitles?.call();
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case ShortcutAction.audioTrackNext:
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onNextAudioTrack?.call();
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case ShortcutAction.subtitleTrackNext:
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onNextSubtitleTrack?.call();
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case ShortcutAction.chapterNext:
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onNextChapter?.call();
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case ShortcutAction.chapterPrevious:
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onPreviousChapter?.call();
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case ShortcutAction.episodeNext:
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onNextEpisode?.call();
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case ShortcutAction.episodePrevious:
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onPreviousEpisode?.call();
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case ShortcutAction.speedIncrease:
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final newRateUp = (player.state.rate + 0.25).clamp(0.25, 3.0);
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player.setRate(newRateUp);
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_settingsService.write(SettingsService.defaultPlaybackSpeed, newRateUp);
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case ShortcutAction.speedDecrease:
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final newRateDown = (player.state.rate - 0.25).clamp(0.25, 3.0);
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player.setRate(newRateDown);
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_settingsService.write(SettingsService.defaultPlaybackSpeed, newRateDown);
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case ShortcutAction.speedReset:
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player.setRate(1.0);
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_settingsService.write(SettingsService.defaultPlaybackSpeed, 1.0);
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case ShortcutAction.subSeekNext:
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player.command(['sub-seek', '1']);
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case ShortcutAction.subSeekPrev:
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player.command(['sub-seek', '-1']);
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case ShortcutAction.shaderToggle:
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onToggleShader?.call();
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case ShortcutAction.skipMarker:
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onSkipMarker?.call();
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case ShortcutAction.screenshot:
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unawaited(player.command(['screenshot', 'subtitles']).then((_) => onScreenshot?.call()));
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case ShortcutAction.zoomIn:
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onZoomIn?.call();
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case ShortcutAction.zoomOut:
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onZoomOut?.call();
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case ShortcutAction.zoomReset:
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onZoomReset?.call();
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}
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return KeyEventResult.handled;
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}
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}
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return KeyEventResult.ignored;
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}
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String getActionDisplayName(String action) {
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final shortcut = ShortcutAction.fromId(action);
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if (shortcut == null) return action;
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return shortcut.label(seekTimeSmall: _seekTimeSmall, seekTimeLarge: _seekTimeLarge);
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}
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// Check if a hotkey is already assigned to another action
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String? getActionForHotkey(HotKey hotkey) {
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for (final entry in _hotkeys.entries) {
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final assignedHotkey = entry.value;
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if (assignedHotkey != null && _hotkeyEquals(assignedHotkey, hotkey)) {
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return entry.key;
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}
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}
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return null;
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}
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// Helper method to compare two HotKey objects
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bool _hotkeyEquals(HotKey a, HotKey b) {
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if (a.key != b.key) return false;
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final aModifiers = Set.from(a.modifiers ?? []);
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final bModifiers = Set.from(b.modifiers ?? []);
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return aModifiers.length == bModifiers.length && aModifiers.every((modifier) => bModifiers.contains(modifier));
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}
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}
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