import {UIElement} from "../UIElement"; import Svg from "../../Svg"; import Combine from "./Combine"; import {FixedUiElement} from "./FixedUiElement"; import {UIEventSource} from "../../Logic/UIEventSource"; import Hash from "../../Logic/Web/Hash"; import BaseUIElement from "../BaseUIElement"; import Img from "./Img"; import Title from "./Title"; /** * * The scrollableFullScreen is a bit of a peculiar component: * - It shows a title and some contents, constructed from the respective functions passed into the constructor * - When the element is 'activated', one clone of title+contents is attached to the fullscreen * - The element itself will - upon rendering - also show the title and contents (allthough it'll be a different clone) * * */ export default class ScrollableFullScreen extends UIElement { private static readonly empty = new FixedUiElement(""); private static _currentlyOpen: ScrollableFullScreen; public isShown: UIEventSource; private hashToShow: string; private _component: BaseUIElement; private _fullscreencomponent: BaseUIElement; constructor(title: ((mode: string) => BaseUIElement), content: ((mode: string) => BaseUIElement), hashToShow: string, isShown: UIEventSource = new UIEventSource(false) ) { super(); this.hashToShow = hashToShow; this.isShown = isShown; if (hashToShow === undefined) { throw "HashToShow should be defined as it is vital for the 'back' key functionality" } this._component = this.BuildComponent(title("desktop"), content("desktop"), isShown) .SetClass("hidden md:block"); this._fullscreencomponent = this.BuildComponent(title("mobile"), content("mobile").SetClass("pb-20"), isShown); const self = this; Hash.hash.addCallback(h => { if (h === undefined) { isShown.setData(false) } }) isShown.addCallback(isShown => { if (isShown) { // We first must set the hash, then activate the panel // If the order is wrong, this will cause the panel to disactivate again Hash.hash.setData(hashToShow) self.Activate(); } else { // Some cleanup... const fs = document.getElementById("fullscreen"); if (fs !== null) { ScrollableFullScreen.empty.AttachTo("fullscreen") fs.classList.add("hidden") } ScrollableFullScreen._currentlyOpen?.isShown?.setData(false); } }) } InnerRender(): BaseUIElement { return this._component; } Destroy() { super.Destroy(); this._component.Destroy() this._fullscreencomponent.Destroy() } Activate(): void { this.isShown.setData(true) this._fullscreencomponent.AttachTo("fullscreen"); const fs = document.getElementById("fullscreen"); ScrollableFullScreen._currentlyOpen = this; fs.classList.remove("hidden") } private BuildComponent(title: BaseUIElement, content: BaseUIElement, isShown: UIEventSource) { const returnToTheMap = new Combine([ Svg.back_svg().SetClass("block md:hidden w-12 h-12 p-2 svg-foreground"), Svg.close_svg() .SetClass("hidden md:block w-12 h-12 p-3 svg-foreground") ]).SetClass("rounded-full p-0 flex-shrink-0 self-center") returnToTheMap.onClick(() => { isShown.setData(false) Hash.hash.setData(undefined) }) title = new Title(title, 2) title.SetClass("text-l sm:text-xl md:text-2xl w-full p-0 max-h-20vh overflow-y-auto self-center") return new Combine([ new Combine([ new Combine([returnToTheMap, title]) .SetClass("border-b-1 border-black shadow bg-white flex flex-shrink-0 pt-1 pb-1 md:pt-0 md:pb-0"), new Combine([content]) .SetClass("block p-2 md:pt-4 w-full h-full overflow-y-auto md:max-h-65vh"), // We add an ornament which takes around 5em. This is in order to make sure the Web UI doesn't hide ]).SetClass("flex flex-col h-full relative bg-white") ]).SetClass("fixed top-0 left-0 right-0 h-screen w-screen md:max-h-65vh md:w-auto md:relative z-above-controls md:rounded-xl overflow-hidden"); } }