383 lines
13 KiB
TypeScript
383 lines
13 KiB
TypeScript
import Debug from '../../conf/Debug';
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import VideoData from './VideoData';
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import RescanReason from './enums/RescanReason.enum';
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import AspectRatioType from '../../../common/enums/AspectRatioType.enum';
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import CropModePersistence from '../../../common/enums/CropModePersistence.enum';
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import Logger from '../Logger';
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import Settings from '../Settings';
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import ExtensionMode from '../../../common/enums/ExtensionMode.enum';
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import CommsClient from '../comms/CommsClient';
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import EventBus from '../EventBus';
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if (process.env.CHANNEL !== 'stable'){
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console.info("Loading PageInfo");
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}
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/**
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*
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* The classes kinda go like this:
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*
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* PageInfo — one per page/frame.
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* |
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* +——— VideoData — child of PageInfo. There may be more than one of those
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* | +—— PlayerData — VideoData has exactly ONE (1) PlayerData
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* | +—— AspectRatioDetector — VideoData has 0-1 AARD things
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* | +—— Resizer
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* | +—— Scaler
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* | +—— Stretcher
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* | +—— Zoom
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* +——— VideoData
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* | +—— PlayerData
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* | :
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* :
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*
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* There is as many VideoData objects as there are videos.
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*/
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class PageInfo {
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//#region flags
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readOnly: boolean = false;
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hasVideos: boolean = false;
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siteDisabled: boolean = false;
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//#endregion
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//#region timers and timeouts
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rescanTimer: any;
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urlCheckTimer: any;
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announceZoomTimeout: any;
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//#endregion
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//#region helper objects
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logger: Logger;
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settings: Settings;
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comms: CommsClient;
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eventBus: EventBus;
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videos: {videoData: VideoData, element: HTMLVideoElement}[] = [];
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//#endregion
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//#region misc stuff
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lastUrl: string;
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extensionMode: ExtensionMode;
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defaultCrop: any;
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currentCrop: any;
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kbmHandlerInitQueue: any[] = [];
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currentZoomScale: number = 1;
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kbmHandler: any;
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//#endregion
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constructor(eventBus: EventBus, settings: Settings, logger: Logger, extensionMode, readOnly = false){
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this.logger = logger;
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this.settings = settings;
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this.lastUrl = window.location.href;
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this.extensionMode = extensionMode;
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this.readOnly = readOnly;
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if (eventBus){
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this.eventBus = eventBus;
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}
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try {
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// request inject css immediately
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const playerStyleString = this.settings.active.sites[window.location.hostname].css.replace('\\n', '');
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this.eventBus.send('inject-css', {cssString: playerStyleString});
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} catch (e) {
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// do nothing. It's ok if there's no special settings for the player element or crop persistence
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}
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this.currentCrop = this.defaultCrop;
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this.rescan(RescanReason.PERIODIC);
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this.scheduleUrlCheck();
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}
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destroy() {
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this.logger.log('info', ['debug', 'init'], "[PageInfo::destroy] destroying all videos!")
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if(this.rescanTimer){
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clearTimeout(this.rescanTimer);
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}
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for (let video of this.videos) {
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try {
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this.eventBus.send('noVideo', undefined);
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video.videoData.destroy();
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} catch (e) {
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this.logger.log('error', ['debug', 'init'], '[PageInfo::destroy] unable to destroy video! Error:', e);
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}
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}
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try {
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const playerStyleString = this.settings.active.sites[window.location.hostname].css;
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this.eventBus.send('eject-css', {cssString: playerStyleString});
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} catch (e) {
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// do nothing. It's ok if there's no special settings for the player element
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}
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}
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reset() {
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for(let video of this.videos) {
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video.videoData.destroy();
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video.videoData = null;
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}
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this.videos = [];
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this.rescan(RescanReason.MANUAL);
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}
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initMouseActionHandler(videoData) {
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if (this.kbmHandler) {
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this.kbmHandler.registerHandleMouse(videoData);
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} else {
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this.kbmHandlerInitQueue.push(videoData);
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}
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}
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getVideos(host) {
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if (this.settings.active.sites[host]?.DOM?.video?.manual
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&& this.settings.active.sites[host]?.DOM?.video?.querySelectors){
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const videos = document.querySelectorAll(this.settings.active.sites[host].DOM.video.querySelectors) as NodeListOf<HTMLVideoElement>;
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if (videos.length) {
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return videos;
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}
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}
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return document.getElementsByTagName('video');
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}
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hasVideo() {
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return this.readOnly ? this.hasVideos : this.videos.length;
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}
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/**
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* Re-scans the page for videos. Removes any videos that no longer exist from our list
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* of videos. Destroys all videoData objects for all the videos that don't have their
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* own <video> html element on the page.
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* @param rescanReason Why was the rescan triggered. Mostly used for logging.
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* @returns
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*/
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rescan(rescanReason?: RescanReason){
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// is there any video data objects that had their HTML elements removed but not yet
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// destroyed? We clean that up here.
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const orphans = this.videos.filter(x => !document.body.contains(x.element));
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for (const orphan of orphans) {
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orphan.videoData.destroy();
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}
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// remove all destroyed videos.
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this.videos = this.videos.filter(x => !x.videoData.destroyed);
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// add new videos
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try{
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let vids = this.getVideos(window.location.hostname);
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if(!vids || vids.length == 0){
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this.hasVideos = false;
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if(rescanReason == RescanReason.PERIODIC){
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this.logger.log('info', 'videoRescan', "[PageInfo::rescan] Scheduling normal rescan.")
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this.scheduleRescan(RescanReason.PERIODIC);
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}
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return;
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}
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// add new videos
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this.hasVideos = false;
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let videoExists = false;
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for (const videoElement of vids) {
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// do not re-add videos that we already track:
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if (this.videos.find(x => x.element.isEqualNode(videoElement))) {
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continue;
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}
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// if we find even a single video with width and height, that means the page has valid videos
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// if video lacks either of the two properties, we skip all further checks cos pointless
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if(!videoElement.offsetWidth || !videoElement.offsetHeight) {
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continue;
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}
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// at this point, we're certain that we found new videos. Let's update some properties:
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this.hasVideos = true;
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// if PageInfo is marked as "readOnly", we actually aren't adding any videos to anything because
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// that's super haram. We're only interested in whether
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if (this.readOnly) {
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// in lite mode, we're done. This is all the info we want, but we want to actually start doing
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// things that interfere with the website. We still want to be running a rescan, tho.
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if(rescanReason == RescanReason.PERIODIC){
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this.scheduleRescan(RescanReason.PERIODIC);
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}
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return;
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}
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this.logger.log('info', 'videoRescan', "[PageInfo::rescan] found new video candidate:", videoElement, "NOTE:: Video initialization starts here:\n--------------------------------\n")
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try {
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const newVideo = new VideoData(videoElement, this.settings, this);
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this.videos.push({videoData: newVideo, element: videoElement});
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} catch (e) {
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this.logger.log('error', 'debug', "rescan error: failed to initialize videoData. Skipping this video.",e);
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}
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this.logger.log('info', 'videoRescan', "END VIDEO INITIALIZATION\n\n\n-------------------------------------\nvideos[] is now this:", this.videos,"\n\n\n\n\n\n\n\n")
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}
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this.removeDestroyed();
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// if we're left without videos on the current page, we unregister the page.
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// if we have videos, we call register.
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if (this.eventBus) {
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// We used to send "register video" requests only on the first load, or if the number of
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// videos on the page has changed. However, since Chrome Web Store started to require every
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// extension requiring "broad permissions" to undergo manual review
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// ... and since Chrome Web Store is known for taking their sweet ass time reviewing extensions,
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// with review times north of an entire fucking month
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// ... and since the legacy way of checking whether our frames-with-videos cache in background
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// script contains any frames that no longer exist required us to use webNavigation.getFrame()/
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// webNavigation.getAllFrames(), which requires a permission that triggers a review.
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//
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// While the extension uses some other permissions that trigger manual review, it's said that
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// less is better / has a positive effect on your manual review times ... So I guess we'll do
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// things in the less-than-optimal. more-than-retarded way.
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//
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// no but honestly fuck Chrome.
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// if (this.videos.length != oldVideoCount) {
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// }
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if (this.videos.length > 0) {
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// this.comms.registerVideo({host: window.location.hostname, location: window.location});
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this.eventBus.send('has-video', null);
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} else {
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// this.comms.unregisterVideo({host: window.location.hostname, location: window.location});
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this.eventBus.send('noVideo', null);
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}
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}
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} catch(e) {
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// if we encounter a fuckup, we can assume that no videos were found on the page. We destroy all videoData
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// objects to prevent multiple initialization (which happened, but I don't know why). No biggie if we destroyed
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// videoData objects in error — they'll be back in the next rescan
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this.logger.log('error', 'debug', "rescan error: — destroying all videoData objects",e);
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for (const v of this.videos) {
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v.videoData.destroy();
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}
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this.videos = [];
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return;
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}
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if(rescanReason == RescanReason.PERIODIC){
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this.scheduleRescan(RescanReason.PERIODIC);
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}
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}
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removeDestroyed(){
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this.videos = this.videos.filter( vid => vid.videoData.destroyed === false);
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}
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scheduleRescan(rescanReason){
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if(rescanReason != RescanReason.PERIODIC){
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this.rescan(rescanReason);
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return;
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}
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try{
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if(this.rescanTimer){
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clearTimeout(this.rescanTimer);
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}
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let ths = this;
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this.rescanTimer = setTimeout(function(rescanReason){
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ths.rescanTimer = null;
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ths.rescan(rescanReason);
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ths = null;
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}, this.settings.active.pageInfo.timeouts.rescan, RescanReason.PERIODIC)
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} catch(e) {
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this.logger.log('error', 'debug', "[PageInfo::scheduleRescan] scheduling rescan failed. Here's why:",e)
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}
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}
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scheduleUrlCheck() {
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try{
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if(this.urlCheckTimer){
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clearTimeout(this.urlCheckTimer);
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}
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let ths = this;
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this.urlCheckTimer = setTimeout(function(){
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ths.urlCheckTimer = null;
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ths.ghettoUrlCheck();
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ths = null;
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}, this.settings.active.pageInfo.timeouts.urlCheck)
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} catch(e){
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this.logger.log('error', 'debug', "[PageInfo::scheduleUrlCheck] scheduling URL check failed. Here's why:",e)
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}
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}
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ghettoUrlCheck() {
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if (this.lastUrl != window.location.href){
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this.logger.log('error', 'videoRescan', "[PageInfo::ghettoUrlCheck] URL has changed. Triggering a rescan!");
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this.rescan(RescanReason.URL_CHANGE);
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this.lastUrl = window.location.href;
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}
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this.scheduleUrlCheck();
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}
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setArPersistence(persistenceMode) {
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// name of this function is mildly misleading — we don't really _set_ ar persistence. (Ar persistence
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// mode is set and saved via popup or keyboard shortcuts, if user defined them) We just save the current
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// aspect ratio whenever aspect ratio persistence mode changes.
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if (persistenceMode === CropModePersistence.CurrentSession) {
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sessionStorage.setItem('uw-crop-mode-session-persistence', JSON.stringify(this.currentCrop));
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} else if (persistenceMode === CropModePersistence.Forever) {
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if (this.settings.active.sites[window.location.hostname]) {
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// | key may be missing, so we do this
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this.settings.active.sites[window.location.hostname]['defaultAr'] = this.currentCrop;
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} else {
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this.settings.active.sites[window.location.hostname] = this.settings.getDefaultOption();
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this.settings.active.sites[window.location.hostname]['defaultAr'] = this.currentCrop;
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}
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this.settings.saveWithoutReload();
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}
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}
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updateCurrentCrop(ar) {
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this.currentCrop = ar;
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// This means crop persistance is disabled. If crop persistance is enabled, then settings for current
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// site MUST exist (crop persistence mode is disabled by default)
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const cropModePersistence = this.settings.getDefaultCropPersistenceMode(window.location.hostname);
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if (cropModePersistence === CropModePersistence.Disabled) {
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return;
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}
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this.defaultCrop = ar;
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if (cropModePersistence === CropModePersistence.CurrentSession) {
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sessionStorage.setItem('uw-crop-mode-session-persistence', JSON.stringify(ar));
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} else if (cropModePersistence === CropModePersistence.Forever) {
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if (this.settings.active.sites[window.location.hostname]) {
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// | key may be missing, so we do this
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this.settings.active.sites[window.location.hostname]['defaultAr'] = ar;
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} else {
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this.settings.active.sites[window.location.hostname] = this.settings.getDefaultOption();
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this.settings.active.sites[window.location.hostname]['defaultAr'] = ar;
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}
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this.settings.saveWithoutReload();
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}
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}
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}
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if (process.env.CHANNEL !== 'stable'){
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console.info("PageInfo loaded!");
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}
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export default PageInfo;
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