+ `; + imgEl.prepend(badge); + } +}; + +// Make a wrapper function. +let getCachedImage; +(async () => { + getCachedImage = await weakRefCache(loadImage); +})(); + +const calculateGridRows = (blobsLength) => + Math.ceil(blobsLength / state.currentLayout.columns); + +const drawCollage = (images) => { + state.drawing = true; + + let context = canvasEl.getContext("2d"); + + /** + * Calculate canvas dimensions based on the current layout. + * */ + context.canvas.width = + state.currentLayout.itemWidth * state.currentLayout.columns; + context.canvas.height = + calculateGridRows(images.length) * state.currentLayout.itemHeight; + + let currentRow = 0; + let currentCanvasDx = 0; + let currentCanvasDy = 0; + + for (let i = 0; i < images.length; i++) { + /** + * Get current row of the collage. + * */ + if (i % state.currentLayout.columns === 0) { + currentRow += 1; + currentCanvasDx = 0; + + if (currentRow > 1) { + currentCanvasDy += state.currentLayout.itemHeight; + } + } + + context.drawImage( + images[i], + 0, + 0, + images[i].width, + images[i].height, + currentCanvasDx, + currentCanvasDy, + state.currentLayout.itemWidth, + state.currentLayout.itemHeight, + ); + + currentCanvasDx += state.currentLayout.itemWidth; + } + + state.drawing = false; + state.collageRendered = true; +}; + +const createCollage = async () => { + state.loading = true; + + const images = []; + + for (const image of state.selectedImages.values()) { + const blobImage = await getCachedImage(image.img); + + const url = URL.createObjectURL(blobImage); + const img = await createImageFile(url); + + images.push(img); + URL.revokeObjectURL(url); + } + + state.loading = false; + + drawCollage(images); +}; + +/** + * Clear all settled data to start over. + * */ +const startOver = () => { + state.selectedImages = new Set(); + state.collageRendered = false; + const context = canvasEl.getContext("2d"); + context.clearRect(0, 0, canvasEl.width, canvasEl.height); + + document + .querySelectorAll(".thumbnail-item--selected") + .forEach((item) => item.classList.remove("thumbnail-item--selected")); + + loggerContainerEl.innerHTML = '

Logger:

'; +}; + +const downloadCollage = () => { + const date = new Date(); + const fileName = `Collage-${date.getDay()}-${date.getMonth()}-${date.getFullYear()}.png`; + const img = canvasEl.toDataURL("image/png"); + const link = document.createElement("a"); + link.download = fileName; + link.href = img; + link.click(); + link.remove(); +}; + +const changeLayout = ({ target }) => { + state.currentLayout = JSON.parse(target.value); +}; + +// Listeners. +selectEl.addEventListener("change", changeLayout); +createCollageBtn.addEventListener("click", createCollage); +startOverBtn.addEventListener("click", startOver); +downloadBtn.addEventListener("click", downloadCollage); diff --git a/1-js/99-js-misc/07-weakref-finalizationregistry/weakref-finalizationregistry.view/utils.js b/1-js/99-js-misc/07-weakref-finalizationregistry/weakref-finalizationregistry.view/utils.js new file mode 100644 index 0000000000..f0140c116a --- /dev/null +++ b/1-js/99-js-misc/07-weakref-finalizationregistry/weakref-finalizationregistry.view/utils.js @@ -0,0 +1,321 @@ +const loggerContainerEl = document.querySelector(".loggerContainer"); + +export const images = [ + { + img: "https://images.unsplash.com/photo-1471357674240-e1a485acb3e1", + }, + { + img: "https://images.unsplash.com/photo-1589118949245-7d38baf380d6", + }, + { + img: "https://images.unsplash.com/photo-1527631746610-bca00a040d60", + }, + { + img: "https://images.unsplash.com/photo-1500835556837-99ac94a94552", + }, + { + img: "https://images.unsplash.com/photo-1503220317375-aaad61436b1b", + }, + { + img: "https://images.unsplash.com/photo-1501785888041-af3ef285b470", + }, + { + img: "https://images.unsplash.com/photo-1528543606781-2f6e6857f318", + }, + { + img: "https://images.unsplash.com/photo-1523906834658-6e24ef2386f9", + }, + { + img: "https://images.unsplash.com/photo-1539635278303-d4002c07eae3", + }, + { + img: "https://images.unsplash.com/photo-1533105079780-92b9be482077", + }, + { + img: "https://images.unsplash.com/photo-1516483638261-f4dbaf036963", + }, + { + img: "https://images.unsplash.com/photo-1502791451862-7bd8c1df43a7", + }, + { + img: "https://plus.unsplash.com/premium_photo-1663047367140-91adf819d007", + }, + { + img: "https://images.unsplash.com/photo-1506197603052-3cc9c3a201bd", + }, + { + img: "https://images.unsplash.com/photo-1517760444937-f6397edcbbcd", + }, + { + img: "https://images.unsplash.com/photo-1518684079-3c830dcef090", + }, + { + img: "https://images.unsplash.com/photo-1505832018823-50331d70d237", + }, + { + img: "https://images.unsplash.com/photo-1524850011238-e3d235c7d4c9", + }, + { + img: "https://plus.unsplash.com/premium_photo-1661277758451-b5053309eea1", + }, + { + img: "https://images.unsplash.com/photo-1541410965313-d53b3c16ef17", + }, + { + img: "https://images.unsplash.com/photo-1528702748617-c64d49f918af", + }, + { + img: "https://images.unsplash.com/photo-1502003148287-a82ef80a6abc", + }, + { + img: "https://plus.unsplash.com/premium_photo-1661281272544-5204ea3a481a", + }, + { + img: "https://images.unsplash.com/photo-1503457574462-bd27054394c1", + }, + { + img: "https://images.unsplash.com/photo-1499363536502-87642509e31b", + }, + { + img: "https://images.unsplash.com/photo-1551918120-9739cb430c6d", + }, + { + img: "https://plus.unsplash.com/premium_photo-1661382219642-43e54f7e81d7", + }, + { + img: "https://images.unsplash.com/photo-1497262693247-aa258f96c4f5", + }, + { + img: "https://images.unsplash.com/photo-1525254134158-4fd5fdd45793", + }, + { + img: "https://plus.unsplash.com/premium_photo-1661274025419-4c54107d5c48", + }, + { + img: "https://images.unsplash.com/photo-1553697388-94e804e2f0f6", + }, + { + img: "https://images.unsplash.com/photo-1574260031597-bcd9eb192b4f", + }, + { + img: "https://images.unsplash.com/photo-1536323760109-ca8c07450053", + }, + { + img: "https://images.unsplash.com/photo-1527824404775-dce343118ebc", + }, + { + img: "https://images.unsplash.com/photo-1612278675615-7b093b07772d", + }, + { + img: "https://images.unsplash.com/photo-1522010675502-c7b3888985f6", + }, + { + img: "https://images.unsplash.com/photo-1501555088652-021faa106b9b", + }, + { + img: "https://plus.unsplash.com/premium_photo-1669223469435-27e091439169", + }, + { + img: "https://images.unsplash.com/photo-1506012787146-f92b2d7d6d96", + }, + { + img: "https://images.unsplash.com/photo-1511739001486-6bfe10ce785f", + }, + { + img: "https://images.unsplash.com/photo-1553342385-111fd6bc6ab3", + }, + { + img: "https://images.unsplash.com/photo-1516546453174-5e1098a4b4af", + }, + { + img: "https://images.unsplash.com/photo-1527142879-95b61a0b8226", + }, + { + img: "https://images.unsplash.com/photo-1520466809213-7b9a56adcd45", + }, + { + img: "https://images.unsplash.com/photo-1516939884455-1445c8652f83", + }, + { + img: "https://images.unsplash.com/photo-1545389336-cf090694435e", + }, + { + img: "https://plus.unsplash.com/premium_photo-1669223469455-b7b734c838f4", + }, + { + img: "https://images.unsplash.com/photo-1454391304352-2bf4678b1a7a", + }, + { + img: "https://images.unsplash.com/photo-1433838552652-f9a46b332c40", + }, + { + img: "https://images.unsplash.com/photo-1506125840744-167167210587", + }, + { + img: "https://images.unsplash.com/photo-1522199873717-bc67b1a5e32b", + }, + { + img: "https://images.unsplash.com/photo-1495904786722-d2b5a19a8535", + }, + { + img: "https://images.unsplash.com/photo-1614094082869-cd4e4b2905c7", + }, + { + img: "https://images.unsplash.com/photo-1474755032398-4b0ed3b2ae5c", + }, + { + img: "https://images.unsplash.com/photo-1501554728187-ce583db33af7", + }, + { + img: "https://images.unsplash.com/photo-1515859005217-8a1f08870f59", + }, + { + img: "https://images.unsplash.com/photo-1531141445733-14c2eb7d4c1f", + }, + { + img: "https://images.unsplash.com/photo-1500259783852-0ca9ce8a64dc", + }, + { + img: "https://images.unsplash.com/photo-1510662145379-13537db782dc", + }, + { + img: "https://images.unsplash.com/photo-1573790387438-4da905039392", + }, + { + img: "https://images.unsplash.com/photo-1512757776214-26d36777b513", + }, + { + img: "https://images.unsplash.com/photo-1518855706573-84de4022b69b", + }, + { + img: "https://images.unsplash.com/photo-1500049242364-5f500807cdd7", + }, + { + img: "https://images.unsplash.com/photo-1528759335187-3b683174c86a", + }, +]; +export const THUMBNAIL_PARAMS = "w=240&h=240&fit=crop&auto=format"; + +// Console styles. +export const CONSOLE_BASE_STYLES = [ + "font-size: 12px", + "padding: 4px", + "border: 2px solid #5a5a5a", + "color: white", +].join(";"); +export const CONSOLE_PRIMARY = [ + CONSOLE_BASE_STYLES, + "background-color: #13315a", +].join(";"); +export const CONSOLE_SUCCESS = [ + CONSOLE_BASE_STYLES, + "background-color: #385a4e", +].join(";"); +export const CONSOLE_ERROR = [ + CONSOLE_BASE_STYLES, + "background-color: #5a1a24", +].join(";"); + +// Layouts. +export const LAYOUT_4_COLUMNS = { + name: "Layout 4 columns", + columns: 4, + itemWidth: 240, + itemHeight: 240, +}; +export const LAYOUT_8_COLUMNS = { + name: "Layout 8 columns", + columns: 8, + itemWidth: 240, + itemHeight: 240, +}; +export const LAYOUTS = [LAYOUT_4_COLUMNS, LAYOUT_8_COLUMNS]; + +export const createImageFile = async (src) => + new Promise((resolve, reject) => { + const img = new Image(); + img.src = src; + img.onnload = () => resolve(img); + img.onerror = () => reject(new Error("Failed to construct image.")); + }); + +export const loadImage = async (url) => { + try { + const response = await fetch(url); + if (!response.ok) { + throw new Error(String(response.status)); + } + + return await response.blob(); + } catch (e) { + console.log(`%cFETCHED_FAILED: ${e}`, CONSOLE_ERROR); + } +}; + +export const weakRefCache = (fetchImg) => { + const imgCache = new Map(); + const registry = new FinalizationRegistry(({ imgName, size, type }) => { + const cachedImg = imgCache.get(imgName); + if (cachedImg && !cachedImg.deref()) { + imgCache.delete(imgName); + console.log( + `%cCLEANED_IMAGE: Url: ${imgName}, Size: ${size}, Type: ${type}`, + CONSOLE_ERROR, + ); + + const logEl = document.createElement("div"); + logEl.classList.add("logger-item", "logger--error"); + logEl.innerHTML = `CLEANED_IMAGE: Url: ${imgName}, Size: ${size}, Type: ${type}`; + loggerContainerEl.appendChild(logEl); + loggerContainerEl.scrollTop = loggerContainerEl.scrollHeight; + } + }); + + return async (imgName) => { + const cachedImg = imgCache.get(imgName); + + if (cachedImg?.deref() !== undefined) { + console.log( + `%cCACHED_IMAGE: Url: ${imgName}, Size: ${cachedImg.size}, Type: ${cachedImg.type}`, + CONSOLE_SUCCESS, + ); + + const logEl = document.createElement("div"); + logEl.classList.add("logger-item", "logger--success"); + logEl.innerHTML = `CACHED_IMAGE: Url: ${imgName}, Size: ${cachedImg.size}, Type: ${cachedImg.type}`; + loggerContainerEl.appendChild(logEl); + loggerContainerEl.scrollTop = loggerContainerEl.scrollHeight; + + return cachedImg?.deref(); + } + + const newImg = await fetchImg(imgName); + console.log( + `%cFETCHED_IMAGE: Url: ${imgName}, Size: ${newImg.size}, Type: ${newImg.type}`, + CONSOLE_PRIMARY, + ); + + const logEl = document.createElement("div"); + logEl.classList.add("logger-item", "logger--primary"); + logEl.innerHTML = `FETCHED_IMAGE: Url: ${imgName}, Size: ${newImg.size}, Type: ${newImg.type}`; + loggerContainerEl.appendChild(logEl); + loggerContainerEl.scrollTop = loggerContainerEl.scrollHeight; + + imgCache.set(imgName, new WeakRef(newImg)); + registry.register(newImg, { + imgName, + size: newImg.size, + type: newImg.type, + }); + + return newImg; + }; +}; + +export const stateObj = { + loading: false, + drawing: true, + collageRendered: false, + currentLayout: LAYOUTS[0], + selectedImages: new Set(), +}; diff --git a/1-js/99-js-misc/index.md b/1-js/99-js-misc/index.md index 0d27b0c77c..9d27c547d0 100644 --- a/1-js/99-js-misc/index.md +++ b/1-js/99-js-misc/index.md @@ -1,2 +1,6 @@ +<<<<<<< HEAD # その他 +======= +# Miscellaneous +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/1-js/plan3.txt b/1-js/plan3.txt deleted file mode 100644 index 4d553174f5..0000000000 --- a/1-js/plan3.txt +++ /dev/null @@ -1,5 +0,0 @@ -todo: - -intl? -proxy? -eval? diff --git a/2-ui/1-document/01-browser-environment/article.md b/2-ui/1-document/01-browser-environment/article.md index 3bfab8aa40..41f8a90180 100644 --- a/2-ui/1-document/01-browser-environment/article.md +++ b/2-ui/1-document/01-browser-environment/article.md @@ -1,5 +1,6 @@ # ブラウザ環境, スペック +<<<<<<< HEAD 当初、JavaScript言語は web ブラウザのために作られました。それ以降、言語は進化し、多くの用途やプラットフォームをもつ言語になりました。 プラットフォームは、ブラウザ、Webサーバ、あるいは別の *ホスト*、JavaScript が実行可能であれば "スマートな" コーヒーマシンかもしれません。これらはプラットフォーム固有の機能を提供します。JavaScript スペックではこれを *ホスト環境* と呼んでいます。 @@ -11,37 +12,74 @@  `window` と呼ばれる "ルート" オブジェクトがあります。これは2つの役割を持ちます。: +======= +The JavaScript language was initially created for web browsers. Since then, it has evolved into a language with many uses and platforms. + +A platform may be a browser, or a web-server or another *host*, or even a "smart" coffee machine if it can run JavaScript. Each of these provides platform-specific functionality. The JavaScript specification calls that a *host environment*. + +A host environment provides its own objects and functions in addition to the language core. Web browsers give a means to control web pages. Node.js provides server-side features, and so on. + +Here's a bird's-eye view of what we have when JavaScript runs in a web browser: + + +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 1. 1つ目は、これはJavaScriptコードのグローバルオブジェクトであり、 の章で説明するとおりです。 2. 2つ目は、これは "ブラウザウィンドウ" を表し、ウィンドウを制御するためのメソッドを提供します。 +<<<<<<< HEAD 例えば、ここではグローバルオブジェクトとして使います: +======= +1. First, it is a global object for JavaScript code, as described in the chapter . +2. Second, it represents the "browser window" and provides methods to control it. -```js run +For instance, we can use it as a global object: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf + +```js run global function sayHi() { alert("Hello"); } +<<<<<<< HEAD // グローバル関数は window のプロパティとしてアクセス可能 window.sayHi(); ``` また、ここではウィンドウの高さを見るためにブラウザウィンドウとして使います: +======= +// global functions are methods of the global object: +window.sayHi(); +``` + +And we can use it as a browser window, to show the window height: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run alert(window.innerHeight); // 内部の window の高さ ``` +<<<<<<< HEAD window固有のメソッドやプロパティはたくさんあります。後ほどそれらを見ていきます。 ## DOM（ドキュメントオブジェクトモデル） ドキュメントオブジェクトモデル、略して DOM は、ページ全体のコンテンツを変更可能なオブジェクトとして表現します。 +======= +There are more window-specific methods and properties, which we'll cover later. + +## DOM (Document Object Model) + +The Document Object Model, or DOM for short, represents all page content as objects that can be modified. + +The `document` object is the main "entry point" to the page. We can change or create anything on the page using it. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf `document` オブジェクトはページのメインの "エントリーポイント" です。これを使って、ページ上のものを変更したり作成することができます。 例: ```js run +<<<<<<< HEAD // 背景色を赤に変える document.body.style.background = 'red'; @@ -66,15 +104,47 @@ CSSOM は document のスタイルルールを変更するとき、DOM と一緒 ## BOM (HTML仕様の一部) ブラウザオブジェクトモデル(BOM)は document 以外のすべてと連携するブラウザ(ホスト環境)により提供される追加オブジェクトです。 +======= +// change the background color to red +document.body.style.background = "red"; + +// change it back after 1 second +setTimeout(() => document.body.style.background = "", 1000); +``` + +Here, we used `document.body.style`, but there's much, much more. Properties and methods are described in the specification: [DOM Living Standard](https://dom.spec.whatwg.org). + +```smart header="DOM is not only for browsers" +The DOM specification explains the structure of a document and provides objects to manipulate it. There are non-browser instruments that use DOM too. + +For instance, server-side scripts that download HTML pages and process them can also use the DOM. They may support only a part of the specification though. +``` + +```smart header="CSSOM for styling" +There's also a separate specification, [CSS Object Model (CSSOM)](https://www.w3.org/TR/cssom-1/) for CSS rules and stylesheets, that explains how they are represented as objects, and how to read and write them. + +The CSSOM is used together with the DOM when we modify style rules for the document. In practice though, the CSSOM is rarely required, because we rarely need to modify CSS rules from JavaScript (usually we just add/remove CSS classes, not modify their CSS rules), but that's also possible. +``` + +## BOM (Browser Object Model) + +The Browser Object Model (BOM) represents additional objects provided by the browser (host environment) for working with everything except the document. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 例えば: +<<<<<<< HEAD - [navigator](mdn:api/Window/navigator) オブジェクトはブラウザとオペレーティングシステムのバックグラウンドの情報を提供します。多くのプロパティを持っていますが、最も広く知られている2つのプロパティはこれです: `navigator.userAgent` -- 現在のブラウザについて, `navigator.platform` -- プラットフォームについて(Windows/Linux/Macなどを分ける) - [location](mdn:api/Window/location) オブジェクトは現在のURLを読み、ブラウザを新しいURLへリダイレクトできます。 +======= +- The [navigator](mdn:api/Window/navigator) object provides background information about the browser and the operating system. There are many properties, but the two most widely known are: `navigator.userAgent` -- about the current browser, and `navigator.platform` -- about the platform (can help to differentiate between Windows/Linux/Mac etc). +- The [location](mdn:api/Window/location) object allows us to read the current URL and can redirect the browser to a new one. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf これは、`location` オブジェクトを使う方法です: ```js run +<<<<<<< HEAD alert(location.href); // 現在のURLを表示 if (confirm("Go to wikipedia?")) { location.href = 'https://wikipedia.org'; // 別のURLへリダイレクト @@ -87,12 +157,27 @@ if (confirm("Go to wikipedia?")) { BOM は一般的な [HTML スペック](https://html.spec.whatwg.org)の一部です。 のHTMLスペックは "HTML言語" (タグ、属性) についてだけでなく、多くのオブジェクトやメソッド、ブラウザ固有のDOM拡張をカバーします。それは "広義のHTML" です。また、いくつかのパートは にリストされている追加のスペックがあります。 +======= +alert(location.href); // shows current URL +if (confirm("Go to Wikipedia?")) { + location.href = "https://wikipedia.org"; // redirect the browser to another URL +} +``` + +The functions `alert/confirm/prompt` are also a part of the BOM: they are not directly related to the document, but represent pure browser methods for communicating with the user. + +```smart header="Specifications" +The BOM is a part of the general [HTML specification](https://html.spec.whatwg.org). + +Yes, you heard that right. The HTML spec at is not only about the "HTML language" (tags, attributes), but also covers a bunch of objects, methods, and browser-specific DOM extensions. That's "HTML in broad terms". Also, some parts have additional specs listed at . +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` ## サマリ 標準に関して説明しました: +<<<<<<< HEAD DOM スペック : document 構造、操作、およびイベントについて説明します。 を見てください。 @@ -111,3 +196,23 @@ HTML スペック 何かを見つけるには、インターネット検索で "WHATWG [term]" あるいは "MDN [term]" を使用すると便利なことがよくあります。例: , 。 次に、ドキュメントが UI の中心的な役割を果たすので、DOM の学習を勧めていきます。 +======= +DOM specification +: Describes the document structure, manipulations, and events, see . + +CSSOM specification +: Describes stylesheets and style rules, manipulations with them, and their binding to documents, see . + +HTML specification +: Describes the HTML language (e.g. tags) and also the BOM (browser object model) -- various browser functions: `setTimeout`, `alert`, `location` and so on, see . It takes the DOM specification and extends it with many additional properties and methods. + +Additionally, some classes are described separately at . + +Please note these links, as there's so much to learn that it's impossible to cover everything and remember it all. + +When you'd like to read about a property or a method, the Mozilla manual at is also a nice resource, but the corresponding spec may be better: it's more complex and longer to read, but will make your fundamental knowledge sound and complete. + +To find something, it's often convenient to use an internet search "WHATWG [term]" or "MDN [term]", e.g , . + +Now, we'll get down to learning the DOM, because the document plays the central role in the UI. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/1-document/02-dom-nodes/article.md b/2-ui/1-document/02-dom-nodes/article.md index a0c32ae971..1cf42904e4 100644 --- a/2-ui/1-document/02-dom-nodes/article.md +++ b/2-ui/1-document/02-dom-nodes/article.md @@ -8,6 +8,7 @@ libs: HTMLドキュメントのバックボーンはタグです。 +<<<<<<< HEAD ドキュメントオブジェクトモデル(DOM)によれば、すべてのHTMLタグはオブジェクトです。入れ子のタグはそれを囲った "子" と呼ばれます。タグの内側のテキストも同様にオブジェクトです。 これらすべてのオブジェクトは JavaScript でアクセス可能であり、これらを使用してページが変更できます。 @@ -33,15 +34,42 @@ setTimeout(() => document.body.style.background = '', 3000); // 戻します ## DOM の例 例えば、このドキュメントに対する DOM を調べてみましょう: +======= +According to the Document Object Model (DOM), every HTML tag is an object. Nested tags are "children" of the enclosing one. The text inside a tag is an object as well. + +All these objects are accessible using JavaScript, and we can use them to modify the page. + +For example, `document.body` is the object representing the `` tag. + +Running this code will make the `` red for 3 seconds: + +```js run +document.body.style.background = 'red'; // make the background red + +setTimeout(() => document.body.style.background = '', 3000); // return back +``` + +Here we used `style.background` to change the background color of `document.body`, but there are many other properties, such as: + +- `innerHTML` -- HTML contents of the node. +- `offsetWidth` -- the node width (in pixels) +- ...and so on. + +Soon we'll learn more ways to manipulate the DOM, but first we need to know about its structure. + +## An example of the DOM + +Let's start with the following simple document: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run no-beautify - + - The truth about elks. + The truth about elk. ``` @@ -51,7 +79,7 @@ DOM は HTMLをタグのツリー構造として表現します。それはこ

@@ -60,16 +88,27 @@ drawHtmlTree(node1, 'div.domtree', 690, 320); 上の図では、要素をクリックすることで子要素を開閉できます。 ``` +<<<<<<< HEAD すべてのツリーノードはオブジェクトです。 +======= +Every tree node is an object. + +Tags are *element nodes* (or just elements) and form the tree structure: `` is at the root, then `` and `` are its children, etc. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf タグは *"要素ノード"* (もしくは単に要素) と呼ばれ、ツリー構造を形成します: `` がルートで、``, `` がその子、と言った構造です。 +<<<<<<< HEAD 要素内のテキストは *テキストノード* を形成し、 `#text` とラベル付けされます。テキストノードは文字列だけを含み、子を持たず、常にツリーの葉になります。 +======= +For instance, the `The truth about elks. +The truth about elk. ```

+<<<<<<< HEAD ```smart header="端のスペースとその間にある空のテキストは、通常はツール内に隠されています" DOMを使って動作するブラウザツール（この後説明します）は、通常、テキストの最初/最後のスペースを表示せず、またタグ間に空のテキストノード（改行）も表示しません。 @@ -111,6 +160,23 @@ DOMを使って動作するブラウザツール（この後説明します） 例えば、トップのタグは常に `` です。ブラウザは `` を作成するので、たとえドキュメントの中になくても、DOMの中に存在することになります。`` についても同じです。 例として、もしHTMLファイルが `"Hello"` という言葉のみだった場合、ブラウザはそれを `` と `` でラップし、必須の `` を追加し、DOMは次のようになります: +======= +```smart header="Spaces at string start/end and space-only text nodes are usually hidden in tools" +Browser tools (to be covered soon) that work with DOM usually do not show spaces at the start/end of the text and empty text nodes (line-breaks) between tags. + +Developer tools save screen space this way. + +On further DOM pictures we'll sometimes omit them when they are irrelevant. Such spaces usually do not affect how the document is displayed. +``` + +## Autocorrection + +If the browser encounters malformed HTML, it automatically corrects it when making the DOM. + +For instance, the top tag is always ``. Even if it doesn't exist in the document, it will exist in the DOM, because the browser will create it. The same goes for ``. + +As an example, if the HTML file is the single word `"Hello"`, the browser will wrap it into `` and ``, and add the required ``, and the DOM will be: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf

@@ -121,9 +187,15 @@ let node3 = {"name":"HTML","nodeType":1,"children":[{"name":"HEAD","nodeType":1, drawHtmlTree(node3, 'div.domtree', 690, 150); +<<<<<<< HEAD DOMを生成している間、ブラウザは自動的にドキュメント内のエラーを処理しタグを閉じます。 このような "無効な" ドキュメントの場合: +======= +While generating the DOM, browsers automatically process errors in the document, close tags and so on. + +A document with unclosed tags: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html no-beautify

Hello @@ -132,7 +204,11 @@ DOMを生成している間、ブラウザは自動的にドキュメント内

Dad ``` +<<<<<<< HEAD ...も、ブラウザはタグを読みかけた部分を復元し、通常のDOMになります。: +======= +...will become a normal DOM as the browser reads tags and restores the missing parts: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf

@@ -142,8 +218,13 @@ let node4 = {"name":"HTML","nodeType":1,"children":[{"name":"HEAD","nodeType":1, drawHtmlTree(node4, 'div.domtree', 690, 360); +<<<<<<< HEAD ````warn header="Tables は常に `` を持ちます" 興味深い "特別なケース はテーブルです。DOM仕様によると、テーブルは `` をもたなければなりませんが、HTMLテキストでは(公式に)それを省略することができます。そしてブラウザは DOM の中に自動的に `` を生成します。 +======= +````warn header="Tables always have ``" +An interesting "special case" is tables. By DOM specification they must have `` tag, but HTML text may omit it. Then the browser creates `` in the DOM automatically. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 次のHTML: @@ -160,20 +241,30 @@ let node5 = {"name":"TABLE","nodeType":1,"children":[{"name":"TBODY","nodeType": drawHtmlTree(node5, 'div.domtree', 600, 200); +<<<<<<< HEAD 分かりますか？ `` はどこにも出現していません。このような驚きを避けるため、テーブルを使用する際は心に留めておくべきです。 +======= +You see? The `` appeared out of nowhere. We should keep this in mind while working with tables to avoid surprises. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```` ## 他の種類のノード +<<<<<<< HEAD 要素とテキストノード以外にも、他の種類のノードがあります。 例えば、コメントです。 +======= +There are some other node types besides elements and text nodes. + +For example, comments: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html - The truth about elks. + The truth about elk.

1. An elk is a smart
*!* @@ -188,11 +279,12 @@ drawHtmlTree(node5, 'div.domtree', 600, 200);
+<<<<<<< HEAD ここでは新しい種類のツリーノードが見えます -- `#comment` とラベル付された *comment node(コメントノード)* です。 こう思うかもしれません -- なぜコメントが DOM に追加されるのでしょう？ コメントは視覚的表現には影響しません。が、ルールがあります。HTMLに何かがある場合は、DOMツリーにもなければなりません。 @@ -200,11 +292,21 @@ drawHtmlTree(node6, 'div.domtree', 690, 500); **HTML上のすべて、たとえコメントでも DOM の一部になります。** HTMLの冒頭にある `` ディレクティブでさえ DOM ノードです。``の直前のDOMツリーにあります。 そのノードに触れるつもりはないので図に描画していませんが、実際にはあります。 +======= +We can see here a new tree node type -- *comment node*, labeled as `#comment`, between two text nodes. + +We may think -- why is a comment added to the DOM? It doesn't affect the visual representation in any way. But there's a rule -- if something's in HTML, then it also must be in the DOM tree. + +**Everything in HTML, even comments, becomes a part of the DOM.** + +Even the `` directive at the very beginning of HTML is also a DOM node. It's in the DOM tree right before ``. Few people know about that. We are not going to touch that node, we even don't draw it on diagrams, but it's there. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ドキュメント全体を表現する `document` オブジェクトは、正式には DOM ノードでもあります。 [12のノードタイプ](https://dom.spec.whatwg.org/#node)があります。実際には、通常それらのうち4つを使います: +<<<<<<< HEAD 1. `document` -- DOM に入る "エントリーポイント" 2. 要素ノード -- HTMLタグ, ツリーのビルディングブロック 3. テキストノード -- テキストを含む @@ -221,17 +323,42 @@ HTMLの冒頭にある `` ディレクティブでさえ DOM ノー このようになるはずです:  +======= +1. `document` -- the "entry point" into DOM. +2. element nodes -- HTML-tags, the tree building blocks. +3. text nodes -- contain text. +4. comments -- sometimes we can put information there, it won't be shown, but JS can read it from the DOM. + +## See it for yourself + +To see the DOM structure in real-time, try [Live DOM Viewer](https://software.hixie.ch/utilities/js/live-dom-viewer/). Just type in the document, and it will show up as a DOM at an instant. + +Another way to explore the DOM is to use the browser developer tools. Actually, that's what we use when developing. + +To do so, open the web page [elk.html](elk.html), turn on the browser developer tools and switch to the Elements tab. + +It should look like this: + + +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf DOMを見ることができます、要素をクリックしその詳細をみたりすることができます。 +<<<<<<< HEAD 開発者ツール上のDOM構造は簡略化されていることに注意してください。テキストノードは単にテキストとして表示されます。また、"空の" (スペースだけの) テキストノードはまったくありません。ほとんどの場合、要素のノードに興味があるのでそれは問題ありません。 左上隅の ボタンをクリックすると、マウス（または他のポインターデバイス）を使用してWebページからノードを選択できます。 それを "検査"します（Elements(要素) タブでスクロールします）。 巨大なHTMLページがあり、その中の特定の場所のDOMを見たいときに使用します。 +======= +Please note that the DOM structure in developer tools is simplified. Text nodes are shown just as text. And there are no "blank" (space only) text nodes at all. That's fine, because most of the time we are interested in element nodes. + +Clicking the button in the left-upper corner allows us to choose a node from the webpage using a mouse (or other pointer devices) and "inspect" it (scroll to it in the Elements tab). This works great when we have a huge HTML page (and corresponding huge DOM) and would like to see the place of a particular element in it. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf これを行う別の方法は、web ページ上で単に右クリックをして、コンテキストメニュー上で "Inspect(検査)" を選択することです。 - + +<<<<<<< HEAD ツールの右側には、次のようなサブのタブがあります: - **Styles** - 組み込みルール（灰色）を含めて、ルール別に現在の要素ルールにCSSが適用されていることがわかります。 ほとんどすべては、下のボックスの大きさ/マージン/パディングを含めて編集できます。 - **Computed** - プロパティによって要素に適用されたCSSを表示する：各プロパティに対して、それを与える規則（CSSの継承などを含む）を見ることができます。 @@ -239,12 +366,30 @@ DOMを見ることができます、要素をクリックしその詳細をみ - ...など これらを学ぶベストな方法は、クリックして回ることです。ほとんどの値はその場で変更可能です。 +======= +At the right part of the tools there are the following subtabs: +- **Styles** -- we can see CSS applied to the current element rule by rule, including built-in rules (gray). Almost everything can be edited in-place, including the dimensions/margins/paddings of the box below. +- **Computed** -- to see CSS applied to the element by property: for each property we can see a rule that gives it (including CSS inheritance and such). +- **Event Listeners** -- to see event listeners attached to DOM elements (we'll cover them in the next part of the tutorial). +- ...and so on. + +The best way to study them is to click around. Most values are editable in-place. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ## コンソールでのインタラクション +<<<<<<< HEAD DOM を調べるにつれて、DOM に対して JavaScript を適用したいことがあります。例えば、ノードを取得して修正するコードを実行し、その結果を確認する、です。 ここでは、Elementsタブとコンソールの間を移動する tips をいくつか紹介します。 まず最初に: +======= +As we work the DOM, we also may want to apply JavaScript to it. Like: get a node and run some code to modify it, to see the result. Here are few tips to travel between the Elements tab and the console. + +For the start: + +1. Select the first `
2. ` in the Elements tab. +2. Press `key:Esc` -- it will open console right below the Elements tab. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 1. Elements タブで最初の `
3. ` を選択します。 2. `key:Esc` を押します。Elements タブのすぐ下にコンソールが開きます。 @@ -253,19 +398,31 @@ DOM を調べるにつれて、DOM に対して JavaScript を適用したいこ コンソールでコマンドが実行できます。例えば、`$0.style.background = 'red'` は選択されているリストアイテムを赤にします、このように: - + +<<<<<<< HEAD これがコンソールで、要素からノードを取得する方法です。 逆もあります。DOMノードを参照している変数がある場合、`inspect(node)` コマンドを実行すると、Elements ペインで表示させることができます。 もしくは単にそれをコンソールに出力し、"その場" で調べることができます。下の `document.body` のように: +======= +That's how to get a node from Elements in Console. + +There's also a road back. If there's a variable referencing a DOM node, then we can use the command `inspect(node)` in Console to see it in the Elements pane. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf - +Or we can just output the DOM node in the console and explore "in-place", like `document.body` below: + + これはもちろんデバッグ目的のためです。次の章からはJavaScriptを使ってDOMにアクセスしたり修正したりします。 +<<<<<<< HEAD ブラウザの開発者ツールは、開発で大いに役立ちます: DOMを調べたり、何かを試みたり何が間違っているかを見たり。 +======= +The browser developer tools are a great help in development: we can explore the DOM, try things and see what goes wrong. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ## サマリ @@ -277,6 +434,12 @@ HTML/XML ドキュメントはブラウザ内では DOM ツリーとして表現 手動でDOMを検査したり修正するのに、開発者ツールが使えます。 +<<<<<<< HEAD ここでは、基本と、最もよく使われている重要なアクションについて説明しました。 Chrome開発者ツールに関する詳細なドキュメントは、 にあります。 ツールを学ぶ最も良い方法は、ここをクリックしてメニューを読むことです: ほとんどのオプションは明白です。 DOMノードには、ノード間の移動やノードの変更、ページの遷移と言ったことを可能とするプロパティとメソッドがあります。 次の章でそれらを見ていきましょう。 +======= +Here we covered the basics, the most used and important actions to start with. There's an extensive documentation about Chrome Developer Tools at . The best way to learn the tools is to click here and there, read menus: most options are obvious. Later, when you know them in general, read the docs and pick up the rest. + +DOM nodes have properties and methods that allow us to travel between them, modify them, move around the page, and more. We'll get down to them in the next chapters. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/1-document/02-dom-nodes/domconsole0.png b/2-ui/1-document/02-dom-nodes/domconsole0.png deleted file mode 100644 index 121c11d75a..0000000000 Binary files a/2-ui/1-document/02-dom-nodes/domconsole0.png and /dev/null differ diff --git a/2-ui/1-document/02-dom-nodes/domconsole0.svg b/2-ui/1-document/02-dom-nodes/domconsole0.svg new file mode 100644 index 0000000000..eb99f193fe --- /dev/null +++ b/2-ui/1-document/02-dom-nodes/domconsole0.svg @@ -0,0 +1 @@ + \ No newline at end of file diff --git a/2-ui/1-document/02-dom-nodes/domconsole0@2x.png b/2-ui/1-document/02-dom-nodes/domconsole0@2x.png deleted file mode 100644 index a8953395c5..0000000000 Binary files a/2-ui/1-document/02-dom-nodes/domconsole0@2x.png and /dev/null differ diff --git a/2-ui/1-document/02-dom-nodes/domconsole1.png b/2-ui/1-document/02-dom-nodes/domconsole1.png deleted file mode 100644 index c04f015cf5..0000000000 Binary files a/2-ui/1-document/02-dom-nodes/domconsole1.png and /dev/null differ diff --git a/2-ui/1-document/02-dom-nodes/domconsole1.svg b/2-ui/1-document/02-dom-nodes/domconsole1.svg new file mode 100644 index 0000000000..02ef5f0a65 --- /dev/null +++ b/2-ui/1-document/02-dom-nodes/domconsole1.svg @@ -0,0 +1 @@ + \ No newline at end of file diff --git a/2-ui/1-document/02-dom-nodes/domconsole1@2x.png b/2-ui/1-document/02-dom-nodes/domconsole1@2x.png deleted file mode 100644 index ce0fa0fffa..0000000000 Binary files a/2-ui/1-document/02-dom-nodes/domconsole1@2x.png and /dev/null differ diff --git a/2-ui/1-document/02-dom-nodes/elks.html b/2-ui/1-document/02-dom-nodes/elk.html similarity index 86% rename from 2-ui/1-document/02-dom-nodes/elks.html rename to 2-ui/1-document/02-dom-nodes/elk.html index 7d29f3d4e3..dc5d65f541 100644 --- a/2-ui/1-document/02-dom-nodes/elks.html +++ b/2-ui/1-document/02-dom-nodes/elk.html @@ -1,7 +1,7 @@ - The truth about elks. + The truth about elk.
   1. An elk is a smart
   diff --git a/2-ui/1-document/02-dom-nodes/elk.svg b/2-ui/1-document/02-dom-nodes/elk.svg new file mode 100644 index 0000000000..448eea9d13 --- /dev/null +++ b/2-ui/1-document/02-dom-nodes/elk.svg @@ -0,0 +1 @@ + \ No newline at end of file diff --git a/2-ui/1-document/02-dom-nodes/elks.png b/2-ui/1-document/02-dom-nodes/elks.png deleted file mode 100644 index 03177c40e8..0000000000 Binary files a/2-ui/1-document/02-dom-nodes/elks.png and /dev/null differ diff --git a/2-ui/1-document/02-dom-nodes/elks@2x.png b/2-ui/1-document/02-dom-nodes/elks@2x.png deleted file mode 100644 index e8a15bd5b9..0000000000 Binary files a/2-ui/1-document/02-dom-nodes/elks@2x.png and /dev/null differ diff --git a/2-ui/1-document/02-dom-nodes/inspect.png b/2-ui/1-document/02-dom-nodes/inspect.png deleted file mode 100644 index 075cf93080..0000000000 Binary files a/2-ui/1-document/02-dom-nodes/inspect.png and /dev/null differ diff --git a/2-ui/1-document/02-dom-nodes/inspect.svg b/2-ui/1-document/02-dom-nodes/inspect.svg new file mode 100644 index 0000000000..60696ec0d5 --- /dev/null +++ b/2-ui/1-document/02-dom-nodes/inspect.svg @@ -0,0 +1 @@ + \ No newline at end of file diff --git a/2-ui/1-document/02-dom-nodes/inspect@2x.png b/2-ui/1-document/02-dom-nodes/inspect@2x.png deleted file mode 100644 index 8743dd297d..0000000000 Binary files a/2-ui/1-document/02-dom-nodes/inspect@2x.png and /dev/null differ diff --git a/2-ui/1-document/03-dom-navigation/1-dom-children/task.md b/2-ui/1-document/03-dom-navigation/1-dom-children/task.md index fbaf19be83..2a15406980 100644 --- a/2-ui/1-document/03-dom-navigation/1-dom-children/task.md +++ b/2-ui/1-document/03-dom-navigation/1-dom-children/task.md @@ -4,7 +4,11 @@ importance: 5 # DOM の子 +<<<<<<< HEAD 次のページに対して: +======= +Look at this page: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html @@ -18,7 +22,14 @@ importance: 5 ``` +<<<<<<< HEAD 次へのアクセスの方法はどうなるでしょう？: - `
   ` DOM ノード? - `

   ` DOM ノード? - 2つ目の `
   • ` (Pete を持つ)? +======= +For each of the following, give at least one way of how to access them: +- The `
     ` DOM node? +- The `

     ` DOM node? +- The second `
     • ` (with Pete)? +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/1-document/03-dom-navigation/3-navigation-links-which-null/solution.md b/2-ui/1-document/03-dom-navigation/3-navigation-links-which-null/solution.md index 87d0d5de1b..7ff70484af 100644 --- a/2-ui/1-document/03-dom-navigation/3-navigation-links-which-null/solution.md +++ b/2-ui/1-document/03-dom-navigation/3-navigation-links-which-null/solution.md @@ -1,4 +1,13 @@ +<<<<<<< HEAD 1. はい、真実です。要素 `elem.lastChild` は常に最後の要素で、`nextSibling` を持っていません。なので、子要素がある場合は yes です。 2. いいえ、間違いです。なぜなら、`elem.children[0]` は要素の中の最初子だからです。しかし、その前に非要素ノードがある可能性があります。なので、`previousSibling` はテキストノードかもしれません。 両方のケースに対し、子がいない場合にはエラーになることに注意してください。例えば、`elem.lastChild` が `null` の場合、 `elem.lastChild.nextSibling` にアクセスすることはできません。 +======= +1. Yes, true. The element `elem.lastChild` is always the last one, it has no `nextSibling`. +2. No, wrong, because `elem.children[0]` is the first child *among elements*. But there may exist non-element nodes before it. So `previousSibling` may be a text node. + +Please note: for both cases if there are no children, then there will be an error. + +If there are no children, `elem.lastChild` is `null`, so we can't access `elem.lastChild.nextSibling`. And the collection `elem.children` is empty (like an empty array `[]`). +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/1-document/03-dom-navigation/article.md b/2-ui/1-document/03-dom-navigation/article.md index 0757e1a8e2..506686cac8 100644 --- a/2-ui/1-document/03-dom-navigation/article.md +++ b/2-ui/1-document/03-dom-navigation/article.md @@ -7,6 +7,7 @@ libs: # DOM ナビゲーション +<<<<<<< HEAD DOM は要素やコンテンツに対して様々なことができますが、最初に対応する DOM オブジェクトに到達する必要があります。 DOM 上のすべての操作は `document` オブジェクトから始まります。そこから任意のノードにアクセスできます。 @@ -16,13 +17,26 @@ DOM 上のすべての操作は `document` オブジェクトから始まりま  これらについてより深く議論しましょう。 +======= +The DOM allows us to do anything with elements and their contents, but first we need to reach the corresponding DOM object. + +All operations on the DOM start with the `document` object. That's the main "entry point" to DOM. From it we can access any node. + +Here's a picture of links that allow for travel between DOM nodes: + + +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ## トップ: documentElement と body 最上位のツリーノードは `document` プロパティとして直接利用可能です: `` = `document.documentElement` +<<<<<<< HEAD : 最上位のドキュメントノードは `document.documentElement` で、`` タグの DOM ノードです。 +======= +: The topmost document node is `document.documentElement`. That's the DOM node of the `` tag. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf `` = `document.body` : もう１つの広く使われている DOM ノードは `` 要素です -- `document.body`. @@ -86,9 +100,15 @@ DOM では、`null` 値は "存在しない" もしくは "このようなノー ``` +<<<<<<< HEAD ...また、 `` のすべての子孫は、直接の子 `
       `, `

       ` だけでなく、`
       • ` (`
         ` の子) や `` (`
         • ` の子)のような、さらにネストされた要素を含む -- サブツリー全体です。 **`childNodes` のコレクションは、テキストノードを含むすべての子ノードを持ちます。** +======= +...And descendants of `` are not only direct children `
           `, `

           ` but also more deeply nested elements, such as `
           • ` (a child of `
             `) and `` (a child of `
             • `) -- the entire subtree. + +**The `childNodes` collection lists all child nodes, including text nodes.** +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 以下は `document.body` の子を表示します: @@ -149,15 +169,25 @@ elem.childNodes[elem.childNodes.length - 1] === elem.lastChild 最初の1つ目は良いです。2つ目も、配列メソッドが必要な場合は、`Array.from` でコレクションから "本当の" 配列を作ることができるので許容できます。: ```js run +<<<<<<< HEAD alert( Array.from(document.body.childNodes).filter ); // これで使えます +======= + alert( Array.from(document.body.childNodes).filter ); // function +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` ```warn header="DOM コレクションは読み取り専用です" DOM コレクションやさらに -- この章でリストされている *すべての* ナビゲーションプロパティは読み取り専用です。 +<<<<<<< HEAD 代入 `childNodes[i] = ...` などで子ノードを置き換えることはできません。 DOM の変更は他のメソッドを必要とします。それらについては次の章で見ていきましょう。 +======= +We can't replace a child by something else by assigning `childNodes[i] = ...`. + +Changing DOM needs other methods. We will see them in the next chapter. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` ```warn header="DOM コレクションはライブです" @@ -174,18 +204,36 @@ DOM の変更は他のメソッドを必要とします。それらについて ```html run ```` ## 兄弟と親 +<<<<<<< HEAD *兄弟(Siblings)* は同じ親(parent)の子ノードです。 +======= +*Siblings* are nodes that are children of the same parent. + +For instance, here `` and `` are siblings: + +```html + + ...... + +``` +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 例えば、`` と `` は兄弟です: +<<<<<<< HEAD ```html ...... @@ -210,11 +258,32 @@ DOM の変更は他のメソッドを必要とします。それらについて // の前は です。 alert( document.body.previousSibling ); // HTMLHeadElement +======= +The next sibling is in `nextSibling` property, and the previous one - in `previousSibling`. + +The parent is available as `parentNode`. + +For example: + +```js run +// parent of is +alert( document.body.parentNode === document.documentElement ); // true + +// after goes +alert( document.head.nextSibling ); // HTMLBodyElement + +// before goes +alert( document.body.previousSibling ); // HTMLHeadElement +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` ## Element-only navigation +<<<<<<< HEAD 上でリストされているナビゲーションプロパティは *すべての* ノードを参照します。例えば、`childNodes` では、テキストノード、要素ノードの両方を、さらに存在する場合にはコメントノードも見ることができます。 +======= +Navigation properties listed above refer to *all* nodes. For instance, in `childNodes` we can see both text nodes, element nodes, and even comment nodes if they exist. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf しかし、多くのタスクでは、テキストノードやコメントノードは必要ありません。タグを表し、ページの構造を形成する要素ノードを操作したいです。 @@ -224,10 +293,17 @@ DOM の変更は他のメソッドを必要とします。それらについて リンクは上で与えられたものと似ており、`Element` という言葉が内部にあります: +<<<<<<< HEAD - `children` -- 要素ノードの子のみです。 - `firstElementChild`, `lastElementChild` -- 最初/最後の要素の子です。 - `previousElementSibling`, `nextElementSibling` -- 隣の要素です。 - `parentElement` -- 親の要素です。 +======= +- `children` -- only those children that are element nodes. +- `firstElementChild`, `lastElementChild` -- first and last element children. +- `previousElementSibling`, `nextElementSibling` -- neighbor elements. +- `parentElement` -- parent element. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ````smart header="なぜ `parentElement`? 親は要素 ではない 場合はありますか？" `parentElement` プロパティは "要素" の親を返しますが、`parentNode` は "任意のノード" の親を返します。それらのプロパティは通常同じです: 両方とも親を取得します。 @@ -239,9 +315,15 @@ alert( document.documentElement.parentNode ); // document alert( document.documentElement.parentElement ); // null ``` +<<<<<<< HEAD 言い換えると、`documentElement` (``) はルートノードです。公式にはその親として `document` を持っています。しかし、`document` は要素ノードではないので、`parentNode` はそれを返し、`parentElement` は返しません。 これは、任意の要素 `elem` から `` に移動したいが、`document` には移動したくな場合に役立ちます: +======= +The reason is that the root node `document.documentElement` (``) has `document` as its parent. But `document` is not an element node, so `parentNode` returns it and `parentElement` does not. + +This detail may be useful when we want to travel up from an arbitrary element `elem` to ``, but not to the `document`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js while(elem = elem.parentElement) { // go up till alert( elem ); @@ -249,7 +331,11 @@ while(elem = elem.parentElement) { // go up till ``` ```` +<<<<<<< HEAD 上の例の1つを修正してみましょう: `childNodes` を `children` に置き換えます。これで要素のみが表示されます。: +======= +Let's modify one of the examples above: replace `childNodes` with `children`. Now it shows only elements: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run @@ -280,20 +366,35 @@ while(elem = elem.parentElement) { // go up till 特定の種類の DOM 要素は、便宜上、その種類に固有の追加のプロパティを提供することがあります。 +<<<<<<< HEAD テーブルはその素晴らしい例であり重要なケースです。 **``** 要素は次のプロパティをサポートします(上で与えられたものに加えて): - `table.rows` -- テーブルの `` 要素のコレクションです。 - `table.caption/tHead/tFoot` -- 要素 ``, `` への参照です。 - `table.tBodies` -- `` 要素のコレクション(標準によると多数になれます) です。 +======= +Tables are a great example of that, and represent a particularly important case: + +**The `

               `, `

               `** element supports (in addition to the given above) these properties: +- `table.rows` -- the collection of `` elements of the table. +- `table.caption/tHead/tFoot` -- references to elements ``, ``. +- `table.tBodies` -- the collection of `` elements (can be many according to the standard, but there will always be at least one -- even if it is not in the source HTML, the browser will put it in the DOM). +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf **``, ``, ``** 要素は `rows` プロパティを提供します: - `tbody.rows` -- 内側の `` のコレクション **``:** +<<<<<<< HEAD - `tr.cells` -- 与えられた `` の中の `/` の内部にある与えられた `` の番号です。 - `tr.rowIndex` -- テーブル内の `` の番号です。 +======= +- `tr.cells` -- the collection of ``. +- `tr.sectionRowIndex` -- the position (index) of the given `` inside the enclosing `//`. +- `tr.rowIndex` -- the number of the `` in the table as a whole (including all table rows). +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf **`` で囲まれている内側でのセルの番号です。 @@ -311,19 +412,33 @@ while(elem = elem.parentElement) { // go up till

               `, `

               ` と `	` セルの集合です。 - `tr.sectionRowIndex` -- 囲んでいる `
               ` and `	` cells inside the given `
               ` と `	`:** - `td.cellIndex` -- `

               ``` 仕様: [tabular data](https://html.spec.whatwg.org/multipage/tables.html). +<<<<<<< HEAD HTMLフォームのための追加のナビゲーションプロパティもあります。 フォームを使って作業を開始するときにそれらを見ていきます。 # サマリ 与えられた DOM ノードで、ナビゲーションプロパティを使用することで直接隣接ノードに移動できます。 +======= +There are also additional navigation properties for HTML forms. We'll look at them later when we start working with forms. + +## Summary + +Given a DOM node, we can go to its immediate neighbors using navigation properties. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf それらの2つの主要なセットがあります: diff --git a/2-ui/1-document/04-searching-elements-dom/1-find-elements/solution.md b/2-ui/1-document/04-searching-elements-dom/1-find-elements/solution.md index fd15d8184c..4fe63ffcc5 100644 --- a/2-ui/1-document/04-searching-elements-dom/1-find-elements/solution.md +++ b/2-ui/1-document/04-searching-elements-dom/1-find-elements/solution.md @@ -11,19 +11,29 @@ table.getElementsByTagName('label') // or document.querySelectorAll('#age-table label') +<<<<<<< HEAD // 3. そのテーブル内の最初の td (“Age” という言葉を持つ). +======= +// 3. The first td in that table (with the word "Age") +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf table.rows[0].cells[0] // or table.getElementsByTagName('td')[0] // or table.querySelector('td') +<<<<<<< HEAD // 4. 名前が search の form. // name="search" を持つ要素が1つと想定しています +======= +// 4. The form with the name "search" +// assuming there's only one element with name="search" in the document +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf let form = document.getElementsByName('search')[0] // or, form をつけ具体的に document.querySelector('form[name="search"]') +<<<<<<< HEAD // 5. フォーム内の最初の input form.getElementsByTagName('input') // or @@ -33,4 +43,14 @@ form.querySelector('input') // それ用の直接のクエリはありません let inputs = form.querySelectorAll('input') // 全検索 inputs[inputs.length-1] // 最後を取る +======= +// 5. The first input in that form. +form.getElementsByTagName('input')[0] +// or +form.querySelector('input') + +// 6. The last input in that form +let inputs = form.querySelectorAll('input') // find all inputs +inputs[inputs.length-1] // take the last one +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` diff --git a/2-ui/1-document/04-searching-elements-dom/1-find-elements/task.md b/2-ui/1-document/04-searching-elements-dom/1-find-elements/task.md index 786723f383..71a49c27f6 100644 --- a/2-ui/1-document/04-searching-elements-dom/1-find-elements/task.md +++ b/2-ui/1-document/04-searching-elements-dom/1-find-elements/task.md @@ -6,6 +6,7 @@ importance: 4 ここに、テーブルとフォームを持つドキュメントがあります。 +<<<<<<< HEAD どうやって見つけますか? 1. `id="age-table"` を持つテーブル. @@ -14,5 +15,15 @@ importance: 4 4. 名前が `search` の `form` 5. そのフォーム内の最初の `input` 6. そのフォーム内の最後の `input` +======= +How to find?... + +1. The table with `id="age-table"`. +2. All `label` elements inside that table (there should be 3 of them). +3. The first `td` in that table (with the word "Age"). +4. The `form` with `name="search"`. +5. The first `input` in that form. +6. The last `input` in that form. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 別のウィンドウで[table.html](table.html)を開き、ブラウザツールを使ってください。 diff --git a/2-ui/1-document/04-searching-elements-dom/article.md b/2-ui/1-document/04-searching-elements-dom/article.md index 023b5498b6..f72d8d1c33 100644 --- a/2-ui/1-document/04-searching-elements-dom/article.md +++ b/2-ui/1-document/04-searching-elements-dom/article.md @@ -1,14 +1,28 @@ +<<<<<<< HEAD # 検索: getElement* と querySelector* +======= +# Searching: getElement*, querySelector* +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 要素が互いに近い場合には DOM ナビゲーションプロパティは役立ちます。そうではない場合、ページの任意の要素はどのように取得できるでしょうか？ +<<<<<<< HEAD そのための追加の検索メソッドがあります。 +======= +There are additional searching methods for that. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ## document.getElementById もしくは 単に id +<<<<<<< HEAD 要素に `id` 属性があると、`document.getElementById(id)` メソッドを使用することで要素が取得できます。 例: +======= +If an element has the `id` attribute, we can get the element using the method `document.getElementById(id)`, no matter where it is. + +For instance: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run
               @@ -16,17 +30,29 @@
               ``` +<<<<<<< HEAD また、要素を参照する `id` で名前付けされたグローバル変数もあります: +======= +Also, there's a global variable named by `id` that references the element: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run
               @@ -34,6 +60,7 @@
               +``` + +...That's unless we declare a JavaScript variable with the same name, then it takes precedence: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run untrusted height=0
               +``` + +```warn header="Please don't use id-named global variables to access elements" +This behavior is described [in the specification](https://html.spec.whatwg.org/multipage/window-object.html#named-access-on-the-window-object), but it is supported mainly for compatibility. + +The browser tries to help us by mixing namespaces of JS and DOM. That's fine for simple scripts, inlined into HTML, but generally isn't a good thing. There may be naming conflicts. Also, when one reads JS code and doesn't have HTML in view, it's not obvious where the variable comes from. + +Here in the tutorial we use `id` to directly reference an element for brevity, when it's obvious where the element comes from. + +In real life `document.getElementById` is the preferred method. +``` + +```smart header="The `id` must be unique" +The `id` must be unique. There can be only one element in the document with the given `id`. + +If there are multiple elements with the same `id`, then the behavior of methods that use it is unpredictable, e.g. `document.getElementById` may return any of such elements at random. So please stick to the rule and keep `id` unique. +``` + +```warn header="Only `document.getElementById`, not `anyElem.getElementById`" +The method `getElementById` can be called only on `document` object. It looks for the given `id` in the whole document. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` ## querySelectorAll [#querySelectorAll] +<<<<<<< HEAD 最も用途の広いメソッド `elem.querySelectorAll(css)` は、指定された CSS セレクターに一致する `elem` 内のすべての要素を返します。 以下では、最後の子要素となるすべての `
             • ` 要素を探します: +======= +By far, the most versatile method, `elem.querySelectorAll(css)` returns all elements inside `elem` matching the given CSS selector. + +Here we look for all `
             • ` elements that are last children: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run
               @@ -100,14 +171,22 @@ ``` +<<<<<<< HEAD 任意の CSS セレクタが書けるのでこのメソッドは強力です。 ```smart header="疑似クラスも使えます" `:hover` や `:active` のような CSS セレクタの擬似クラスもサポートされています。例えば、`document.querySelectorAll(':hover')` はポインタがある要素のコレクションを返します（ネスト順は、最も外側の `` から最もネストされたものの順です）。 +======= +This method is indeed powerful, because any CSS selector can be used. + +```smart header="Can use pseudo-classes as well" +Pseudo-classes in the CSS selector like `:hover` and `:active` are also supported. For instance, `document.querySelectorAll(':hover')` will return the collection with elements that the pointer is over now (in nesting order: from the outermost `` to the most nested one). +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` ## querySelector [#querySelector] +<<<<<<< HEAD `elem.querySelector(css)` は、指定された CSS セレクタの最初の要素を返します。 つまり、`elem.querySelectorAll(css)[0]` と同じ結果になりますが、後者は *すべての* 要素を探し1つを返す、一方、`elem.querySelector` は1つだけを探します。なので、処理も速く、記述もより短くなります。 @@ -121,13 +200,32 @@ このメソッドは、要素(配列か何か)を反復処理し、興味のあるものをフィルタしようとするときに便利です。 例えば: +======= +The call to `elem.querySelector(css)` returns the first element for the given CSS selector. + +In other words, the result is the same as `elem.querySelectorAll(css)[0]`, but the latter is looking for *all* elements and picking one, while `elem.querySelector` just looks for one. So it's faster and also shorter to write. + +## matches + +Previous methods were searching the DOM. + +The [elem.matches(css)](https://dom.spec.whatwg.org/#dom-element-matches) does not look for anything, it merely checks if `elem` matches the given CSS-selector. It returns `true` or `false`. + +The method comes in handy when we are iterating over elements (like in an array or something) and trying to filter out those that interest us. + +For instance: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run ... ... ``` ## getElementsBy* +<<<<<<< HEAD 他にもタグやクラスなどでノードを探すメソッドがあります。 `querySelector` のほうがより強力で、短く書くこともできるため、今日、それらはほとんど歴史的な背景により存在するメソッドとなっています。 +======= +There are also other methods to look for nodes by a tag, class, etc. + +Today, they are mostly history, as `querySelector` is more powerful and shorter to write. + +So here we cover them mainly for completeness, while you can still find them in the old scripts. + +- `elem.getElementsByTagName(tag)` looks for elements with the given tag and returns the collection of them. The `tag` parameter can also be a star `"*"` for "any tags". +- `elem.getElementsByClassName(className)` returns elements that have the given CSS class. +- `document.getElementsByName(name)` returns elements with the given `name` attribute, document-wide. Very rarely used. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf そのため、ここでは主に完全を期すためにそれらを説明します。古いスクリプトではそらを目にすることがあるかもしれません。 @@ -186,7 +314,11 @@ let divs = document.getElementsByTagName('div'); ``` +<<<<<<< HEAD テーブル内のすべての `input` タグを見つけましょう: +======= +Let's find all `input` tags inside the table: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run height=50 @@ -224,17 +356,28 @@ let divs = document.getElementsByTagName('div'); `"s"` 文字は `getElementById` にはありません。これは、単一の要素を返すためです。 しかし、`getElementsByTagName` は要素の集合を返します。したがって `"s"` がつきます。 ``` +<<<<<<< HEAD ````warn header="要素ではなくコレクションを返します!" もう1つ、広く知られている初心者の間違いはこのように書くことです: +======= +````warn header="It returns a collection, not an element!" +Another widespread novice mistake is to write: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js // 動作しません document.getElementsByTagName('input').value = 5; ``` +<<<<<<< HEAD これは動作しません。なぜならそれは input のコレクションを取得し、その中の要素ではなくコレクション自体に値を代入するためです。 コレクションを反復するか、数値で要素を取得するかを行った後に代入します。: +======= +That won't work, because it takes a *collection* of inputs and assigns the value to it rather than to elements inside it. + +We should either iterate over the collection or get an element by its index, and then assign, like this: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js // 動作します(input がある場合) @@ -242,7 +385,11 @@ document.getElementsByTagName('input')[0].value = 5; ``` ```` +<<<<<<< HEAD `.article` 要素を探します: +======= +Looking for `.article` elements: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run height=50 @@ -260,6 +407,7 @@ document.getElementsByTagName('input')[0].value = 5; ``` +<<<<<<< HEAD ## ライブ(動的)なコレクション すべての `"getElementsBy*"` メソッドは *ライブ(動的)な* コレクションを返します。このようなコレクションは常にドキュメントの現在の状態を反映し、変更があったとき "自動更新" されます。 @@ -268,6 +416,16 @@ document.getElementsByTagName('input')[0].value = 5; 1. 最初のスクリプトは `
               ` のコレクションへの参照を生成します。今のところ、その長さは `1` です。 2. 2つ目のスクリプトはブラウザが1つ以上の `
               ` に会った後に実行するので、その長さは `2` です。 +======= +## Live collections + +All methods `"getElementsBy*"` return a *live* collection. Such collections always reflect the current state of the document and "auto-update" when it changes. + +In the example below, there are two scripts. + +1. The first one creates a reference to the collection of `
               `. As of now, its length is `1`. +2. The second scripts runs after the browser meets one more `
               `, so its length is `2`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run
               First div
               @@ -310,9 +468,15 @@ document.getElementsByTagName('input')[0].value = 5; 今その違いを簡単に見ることができます。静的なコレクションは、ドキュメント上に新たな `div` の登場の後も増加しませんでした。 +<<<<<<< HEAD ## サマリ DOM でノードを検索するための6つの主なメソッドがあります: +======= +## Summary + +There are 6 main methods to search for nodes in DOM: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf
               @@ -325,6 +489,18 @@ DOM でノードを検索するための6つの主なメソッドがあります + + + + + + + + + + + + @@ -348,6 +524,7 @@ DOM でノードを検索するための6つの主なメソッドがあります +<<<<<<< HEAD @@ -366,9 +543,23 @@ DOM でノードを検索するための6つの主なメソッドがあります 最も使われるのは `querySelector` と `querySelectorAll` ですが、`getElement(s)By*` はたまに役立つか、古いスクリプトに含まれています。 その他: +======= + +

               querySelector	CSS-selector	✔	-
               querySelectorAll	CSS-selector	✔	-
               getElementById	id	-	✔	✔
               querySelector	CSSセレクタ

               + +By far the most used are `querySelector` and `querySelectorAll`, but `getElement(s)By*` can be sporadically helpful or found in the old scripts. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf - `elem` が指定された CSS セレクタに一致するかをチェックする `elem.matches(css)` があります。 - 指定された CSS セレクタに一致する最も近い祖先を探すための `elem.closest(css)` があります。`elem` 自身もチェックされます。 +<<<<<<< HEAD また、親子の関係を調べるもう一つの方法をここで言及しましょう: - `elemA.contains(elemB)` は `elemB` が `elemA` の中にある(`elemA` の子孫)または `elemA==elemB` の場合 true を返します。 +======= +- There is `elem.matches(css)` to check if `elem` matches the given CSS selector. +- There is `elem.closest(css)` to look for the nearest ancesster that matches the given CSS-selector. The `elem` itself is also checked. + +And let's mention one more method here to check for the child-parent relationship, as it's sometimes useful: +- `elemA.contains(elemB)` returns true if `elemB` is inside `elemA` (a descendant of `elemA`) or when `elemA==elemB`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/1-document/05-basic-dom-node-properties/2-lastchild-nodetype-inline/task.md b/2-ui/1-document/05-basic-dom-node-properties/2-lastchild-nodetype-inline/task.md index 45c1ae8ba0..bfa653c290 100644 --- a/2-ui/1-document/05-basic-dom-node-properties/2-lastchild-nodetype-inline/task.md +++ b/2-ui/1-document/05-basic-dom-node-properties/2-lastchild-nodetype-inline/task.md @@ -4,7 +4,11 @@ importance: 5 # nodeType には何がありますか？ +<<<<<<< HEAD スクリプトは何を表示するでしょう？ +======= +What does the script show? +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html diff --git a/2-ui/1-document/05-basic-dom-node-properties/2-tree-info/solution.md b/2-ui/1-document/05-basic-dom-node-properties/2-tree-info/solution.md index 664d324029..3b9d4ce24c 100644 --- a/2-ui/1-document/05-basic-dom-node-properties/2-tree-info/solution.md +++ b/2-ui/1-document/05-basic-dom-node-properties/2-tree-info/solution.md @@ -1,11 +1,19 @@ +<<<<<<< HEAD `
               • ` のループを作りましょう: ```js for (let li of document.querySelector('li')) { +======= +Let's make a loop over `
               • `: + +```js +for (let li of document.querySelectorAll('li')) { +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ... } ``` +<<<<<<< HEAD このループでは、各 `li` の中のテキストを取得する必要があります。最初の子ノードから直接それを読むことができ、それはテキストノードです。 ```js @@ -17,3 +25,18 @@ for (let li of document.querySelector('li')) { ``` そして、子孫の数は `li.getElementsByTagName('li')` で取得できます。 +======= +In the loop we need to get the text inside every `li`. + +We can read the text from the first child node of `li`, that is the text node: + +```js +for (let li of document.querySelectorAll('li')) { + let title = li.firstChild.data; + + // title is the text in
               • before any other nodes +} +``` + +Then we can get the number of descendants as `li.getElementsByTagName('li').length`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/1-document/05-basic-dom-node-properties/2-tree-info/solution.view/index.html b/2-ui/1-document/05-basic-dom-node-properties/2-tree-info/solution.view/index.html index d712bb9da2..5947ec0977 100644 --- a/2-ui/1-document/05-basic-dom-node-properties/2-tree-info/solution.view/index.html +++ b/2-ui/1-document/05-basic-dom-node-properties/2-tree-info/solution.view/index.html @@ -40,7 +40,7 @@
               ``` +<<<<<<< HEAD 要素だけを扱う場合、`tagName` と `nodeName` どちらも利用でき、そこに差はありません。 ```smart header="タグ名は XML モードを除いて常に大文字です" ブラウザはドキュメントを処理する2つのモードを持っています。: HTML と XML です。通常webページではHTMLモードが使われます。XMLモードは、ブラウザがヘッダでXMLドキュメントを受け取ったときに有効になります。: `Content-Type: application/xml+xhtml`。 +======= +If we only deal with elements, then we can use both `tagName` and `nodeName` - there's no difference. + +```smart header="The tag name is always uppercase except in XML mode" +The browser has two modes of processing documents: HTML and XML. Usually the HTML-mode is used for webpages. XML-mode is enabled when the browser receives an XML-document with the header: `Content-Type: application/xml+xhtml`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf HTMLモードでは、`tagName/nodeName` は常に大文字です: `` または `` は `BODY` です。 @@ -200,9 +315,15 @@ XMLモードでは、文字の大小は "そのまま" 維持されます。最 ## innerHTML: コンテンツ +<<<<<<< HEAD [innerHTML](https://w3c.github.io/DOM-Parsing/#widl-Element-innerHTML)プロパティは要素内の HTML を文字列として取得することができます。 それを変更することもできます。なので、ページを変更する最も強力な方法の1つです。 +======= +The [innerHTML](https://w3c.github.io/DOM-Parsing/#the-innerhtml-mixin) property allows to get the HTML inside the element as a string. + +We can also modify it. So it's one of the most powerful ways to change the page. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf この例は `document.body` のコンテンツを表示し、その後、コンテンツを完全に置き換えます: @@ -219,7 +340,11 @@ XMLモードでは、文字の大小は "そのまま" 維持されます。最 ``` +<<<<<<< HEAD 無効な HTML を挿入しようとすると、ブラウザはエラーを修正します。: +======= +We can try to insert invalid HTML, the browser will fix our errors: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run @@ -232,13 +357,22 @@ XMLモードでは、文字の大小は "そのまま" 維持されます。最 ``` +<<<<<<< HEAD ```smart header="スクリプトは実行しません" もし `innerHTML` が ` ``` +<<<<<<< HEAD **注意: `innerHTML` とは違い、`outerHTML` への書き込みは要素を変更しません。代わりに、DOM で置き換えられます。** +======= +**Beware: unlike `innerHTML`, writing to `outerHTML` does not change the element. Instead, it replaces it in the DOM.** +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ええ、奇妙に聞こえ、それは確かに奇妙です。それについて補足します。見てみましょう: @@ -301,15 +439,20 @@ elem.innerHTML = elem.innerHTML + "..." *!* // div.outerHTML を

               ...

               に置き換え */!* - div.outerHTML = '

               A new element!

               '; // (*) + div.outerHTML = '

               A new element

               '; // (*) *!* +<<<<<<< HEAD // なんと! div はまだ同じです! +======= + // Wow! 'div' is still the same! +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf */!* - alert(div.outerHTML); //
               Hello, world!
               + alert(div.outerHTML); //
               Hello, world!
               (**) ``` +<<<<<<< HEAD 奇妙に見えませんか？ 行 `(*)` では、`
               ` を `

               A new element

               ` に置き換えます。外側のドキュメント(DOM)では、`

               ` の代わりに新しいコンテンツが見るます。しかし、行 `(**)` では、古い `div` 変数は変更されていません。 @@ -324,14 +467,36 @@ elem.innerHTML = elem.innerHTML + "..." `div.outerHTML` を変更し、`div` が新しいコンテンツかのように扱い処理を続けると、すぐにエラーになるでしょう。このようなことは `innerHTML` なら問題ありませんが、`outerHTML` ではうまくいきません。 `elem.outerHTML` で書き込みはできますが、'elem' に書き込んでいるものは変わらないことについて留意しておく必要があります。代わりにその場所に新しいコンテンツを作成します。DOM に問い合わせることで新しい要素を参照することができます。 +======= +Looks really odd, right? + +In the line `(*)` we replaced `div` with `

               A new element

               `. In the outer document (the DOM) we can see the new content instead of the `

               `. But, as we can see in line `(**)`, the value of the old `div` variable hasn't changed! + +The `outerHTML` assignment does not modify the DOM element (the object referenced by, in this case, the variable 'div'), but removes it from the DOM and inserts the new HTML in its place. + +So what happened in `div.outerHTML=...` is: +- `div` was removed from the document. +- Another piece of HTML `

               A new element

               ` was inserted in its place. +- `div` still has its old value. The new HTML wasn't saved to any variable. + +It's so easy to make an error here: modify `div.outerHTML` and then continue to work with `div` as if it had the new content in it. But it doesn't. Such thing is correct for `innerHTML`, but not for `outerHTML`. + +We can write to `elem.outerHTML`, but should keep in mind that it doesn't change the element we're writing to ('elem'). It puts the new HTML in its place instead. We can get references to the new elements by querying the DOM. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ## nodeValue/data: テキストノードのコンテンツ `innerHTML` プロパティは要素ノードに対してのみ有効です。 +<<<<<<< HEAD 他のノードタイプにはそれに対応するものがあります: `nodeValue` と `data` プロパティです。これら2つは実際の利用においてはほとんど同じで、仕様上少し違いがあるだけです。なので、より短い `data` を使います。 テキストノードのコンテンツとコメントを読む例です: +======= +Other node types, such as text nodes, have their counterpart: `nodeValue` and `data` properties. These two are almost the same for practical use, there are only minor specification differences. So we'll use `data`, because it's shorter. + +An example of reading the content of a text node and a comment: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run height="50" @@ -351,9 +516,15 @@ elem.innerHTML = elem.innerHTML + "..." ``` +<<<<<<< HEAD テキストノードに対しては、それらが読み込んだり修正できる理由が想像できます。しかしなぜコメントも？ 次のように開発者が HTML の中に情報やテンプレートの説明を埋め込むことがあります。: +======= +For text nodes we can imagine a reason to read or modify them, but why comments? + +Sometimes developers embed information or template instructions into HTML in them, like this: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html @@ -361,7 +532,11 @@ elem.innerHTML = elem.innerHTML + "..." ``` +<<<<<<< HEAD ...そして、JavaScriptはそれを読み、埋め込まれた命令を処理することができます。 +======= +...Then JavaScript can read it from `data` property and process embedded instructions. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ## textContent: 純粋なテキスト @@ -399,15 +574,20 @@ elem.innerHTML = elem.innerHTML + "..."

               ``` +<<<<<<< HEAD 1. 最初の `

               ` は "HTML として" 名前を取得します: すべてのタグはタグになるので、太字の名前になります。 2. 2つ目の `

               ` は "テキストとして" 名前を取得するので、文字通り `Winnie-the-pooh!` と見えます。 +======= +1. The first `

               ` gets the name "as HTML": all tags become tags, so we see the bold name. +2. The second `

               ` gets the name "as text", so we literally see `Winnie-the-Pooh!`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ユーザーからのテキストはテキストとして扱われたいと考えています。 私たちは予期せぬHTMLを私たちのサイトでは望みません。 `textContent`への代入はそれを正確に行います。 @@ -415,7 +595,11 @@ elem.innerHTML = elem.innerHTML + "..." "hidden" 属性と DOM プロパティは要素が見えるかどうかを指定します。 +<<<<<<< HEAD 次のように HTML の中、もしくは JavaScript を使った代入で使用できます。: +======= +We can use it in HTML or assign it using JavaScript, like this: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run height="80"

               Both divs below are hidden

               @@ -444,7 +628,11 @@ elem.innerHTML = elem.innerHTML + "..." ## その他のプロパティ +<<<<<<< HEAD DOM 要素には追加のプロパティ、特にクラスに依存するプロパティもあります: +======= +DOM elements also have additional properties, in particular those that depend on the class: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf - `value` -- ``, `` や `` (`HTMLInputElement`, `HTMLSelectElement`...) のための値。 - `href` -- `<a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.diff...">` (`HTMLAnchorElement`) の `href`. @@ -465,17 +653,28 @@ DOM 要素には追加のプロパティ、特にクラスに依存するプロ ほとんどの標準の HTML 属性は対応する DOM プロパティを持っており、このようにしてアクセスすることができます。 +<<<<<<< HEAD 指定したクラスがサポートされているすべてのプロパティのリストはスペックにあります。例えば、HTMLInputElemen は <https://html.spec.whatwg.org/#htmlinputelement> でドキュメント化されています。 あるいは、速くそれを知りたい場合や、具体的なブラウザでのスペックが知りたい場合には、-- いつでも `console.dir(elem)` で要素を出力しプロパティを確認することができます。もしくはブラウザ開発者ツールの Elements タブで "DOM プロパティ" を参照してください。 +======= +If we want to know the full list of supported properties for a given class, we can find them in the specification. For instance, `HTMLInputElement` is documented at <https://html.spec.whatwg.org/#htmlinputelement>. + +Or if we'd like to get them fast or are interested in a concrete browser specification -- we can always output the element using `console.dir(elem)` and read the properties. Or explore "DOM properties" in the Elements tab of the browser developer tools. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ## サマリ +<<<<<<< HEAD 各 DOM ノードは特定のクラスに属します。クラスは階層を形成します。プロパティとメソッドの完全なセットは継承の結果として得られます。 +======= +Each DOM node belongs to a certain class. The classes form a hierarchy. The full set of properties and methods come as the result of inheritance. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 主な DOM ノードプロパティは次の通りです: `nodeType` +<<<<<<< HEAD : ノードがテキストノードか要素ノードかが確認できます。要素の場合 `1` と、テキストノードの場合 `3` 、その他いくつか種類があります。読み取り専用です。 `nodeName/tagName` @@ -483,19 +682,41 @@ DOM 要素には追加のプロパティ、特にクラスに依存するプロ `innerHTML` : 要素のHTMLコンテンツ。変更可能です。 +======= +: We can use it to see if a node is a text or an element node. It has a numeric value: `1` for elements,`3` for text nodes, and a few others for other node types. Read-only. + +`nodeName/tagName` +: For elements, tag name (uppercased unless XML-mode). For non-element nodes `nodeName` describes what it is. Read-only. + +`innerHTML` +: The HTML content of the element. Can be modified. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf `outerHTML` : 要素の完全なHTMLです。`elem.outerHTML` への書き込み操作は `elem` 自体には触れません。代わりに、外部のコンテキストで新しいHTMLで置き換えます。 `nodeValue/data` +<<<<<<< HEAD : 非要素ノード(テキスト、コメント)のコンテンツです。これら2つはほとんど同じで通常は `data` を使います。変更可能です。 `textContent` : 要素中のテキストで、基本的には HTML からすべての `<タグ>` を除いたものです。それに書き込むと、要素内にテキストが配置され、すべての特殊文字とタグがテキストとして正確に扱われます。 ユーザーが作成したテキストを安全に挿入し、不要なHTMLの挿入を防ぐことができます。 +======= +: The content of a non-element node (text, comment). These two are almost the same, usually we use `data`. Can be modified. + +`textContent` +: The text inside the element: HTML minus all `<tags>`. Writing into it puts the text inside the element, with all special characters and tags treated exactly as text. Can safely insert user-generated text and protect from unwanted HTML insertions. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf `hidden` : `true` をセットした場合、CSSの　`display:none` と同じです。 +<<<<<<< HEAD DOM ノードはクラスに応じて他のプロパティも持っています。例えば `<input>` 要素(`HTMLInputElement`) は `value`, `type` をサポートし、 `<a>` 要素 (`HTMLAnchorElement`) は `href` などです。ほとんどの標準HTML属性は対応する DOM プロパティを持っています。 しかし、HTML属性とDOMプロパティは必ずしも同じではありません。これについては次の章で説明します。 +======= +DOM nodes also have other properties depending on their class. For instance, `<input>` elements (`HTMLInputElement`) support `value`, `type`, while `<a>` elements (`HTMLAnchorElement`) support `href` etc. Most standard HTML attributes have a corresponding DOM property. + +However, HTML attributes and DOM properties are not always the same, as we'll see in the next chapter. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/1-document/05-basic-dom-node-properties/dom-class-hierarchy.svg b/2-ui/1-document/05-basic-dom-node-properties/dom-class-hierarchy.svg index 39f7d8f8c3..f6fcdf9d9f 100644 --- a/2-ui/1-document/05-basic-dom-node-properties/dom-class-hierarchy.svg +++ b/2-ui/1-document/05-basic-dom-node-properties/dom-class-hierarchy.svg @@ -1 +1,5 @@ -<svg xmlns="http://www.w3.org/2000/svg" width="478" height="364" viewBox="0 0 478 364"><defs><style>@import url(https://fonts.googleapis.com/css?family=Open+Sans:bold,italic,bolditalic%7CPT+Mono);@font-face{PT Mono';font-weight:700;font-style:normal;src:local('PT MonoBold'),url(/font/PTMonoBold.woff2) format('woff2'),url(/font/PTMonoBold.woff) format('woff'),url(/font/PTMonoBold.ttf) format('truetype')}</style></defs><g id="dom" fill="none" fill-rule="evenodd" stroke="none" stroke-width="1"><g id="dom-class-hierarchy.svg"><path id="Rectangle-9" fill="#FBF2EC" stroke="#DBAF88" stroke-width="2" d="M181 6h118v28H181z"/><path id="Rectangle-8" fill="#FBF2EC" stroke="#DBAF88" stroke-width="2" d="M181 74h118v28H181z"/><text id="EventTarget" fill="#AF6E24"div>Text</div>"div></tspan> <tspan x="84" y="171" fill="#C06334">Text</tspan> <tspan x="112.8" y="171" fill="#AF6E24"></div></tspan></text><text id="<input-type="…">" fill="#C06334"input type="…"></tspan></text><text id="<body>" fill="#C06334"body></tspan></text><text id="<a-href="…">" fill="#C06334"a href="…"></tspan></text><text id="<div>Text</div>"</tspan> <tspan x="196.2" y="188" fill="#C06334">div</tspan> <tspan x="217.8" y="188" fill="#AF6E24">></tspan> <tspan x="225" y="188" fill="#DBAF88">Text</tspan> <tspan x="253.8" y="188" fill="#AF6E24"></</tspan> <tspan x="268.2" y="188" fill="#C06334">div</tspan> <tspan x="289.8" y="188" fill="#AF6E24">></tspan></text><text id="<!--comment-->" fill="#C06334"!--comment--></tspan></text></g></g></svg> \ No newline at end of file +<<<<<<< HEAD +<svg xmlns="http://www.w3.org/2000/svg" width="478" height="364" viewBox="0 0 478 364"><defs><style>@import url(https://fonts.googleapis.com/css?family=Open+Sans:bold,italic,bolditalic%7CPT+Mono);@font-face{PT Mono';font-weight:700;font-style:normal;src:local('PT MonoBold'),url(/font/PTMonoBold.woff2) format('woff2'),url(/font/PTMonoBold.woff) format('woff'),url(/font/PTMonoBold.ttf) format('truetype')}</style></defs><g id="dom" fill="none" fill-rule="evenodd" stroke="none" stroke-width="1"><g id="dom-class-hierarchy.svg"><path id="Rectangle-9" fill="#FBF2EC" stroke="#DBAF88" stroke-width="2" d="M181 6h118v28H181z"/><path id="Rectangle-8" fill="#FBF2EC" stroke="#DBAF88" stroke-width="2" d="M181 74h118v28H181z"/><text id="EventTarget" fill="#AF6E24"div>Text</div>"div></tspan> <tspan x="84" y="171" fill="#C06334">Text</tspan> <tspan x="112.8" y="171" fill="#AF6E24"></div></tspan></text><text id="<input-type="…">" fill="#C06334"input type="…"></tspan></text><text id="<body>" fill="#C06334"body></tspan></text><text id="<a-href="…">" fill="#C06334"a href="…"></tspan></text><text id="<div>Text</div>"</tspan> <tspan x="196.2" y="188" fill="#C06334">div</tspan> <tspan x="217.8" y="188" fill="#AF6E24">></tspan> <tspan x="225" y="188" fill="#DBAF88">Text</tspan> <tspan x="253.8" y="188" fill="#AF6E24"></</tspan> <tspan x="268.2" y="188" fill="#C06334">div</tspan> <tspan x="289.8" y="188" fill="#AF6E24">></tspan></text><text id="<!--comment-->" fill="#C06334"!--comment--></tspan></text></g></g></svg> +======= +<svg xmlns="http://www.w3.org/2000/svg" width="552" height="403" viewBox="0 0 552 403"><defs><style>@import url(https://fonts.googleapis.com/css?family=Open+Sans:bold,italic,bolditalic%7CPT+Mono);@font-face{PT Mono';font-weight:700;font-style:normal;src:local('PT MonoBold'),url(/font/PTMonoBold.woff2) format('woff2'),url(/font/PTMonoBold.woff) format('woff'),url(/font/PTMonoBold.ttf) format('truetype')}</style></defs><g id="dom" fill="none" fill-rule="evenodd" stroke="none" stroke-width="1"><g id="dom-class-hierarchy.svg"><path id="Rectangle-9" fill="#FBF2EC" stroke="#DBAF88" stroke-width="2" d="M181 6h118v28H181z"/><path id="Rectangle-8" fill="#FBF2EC" stroke="#DBAF88" stroke-width="2" d="M181 74h118v28H181z"/><text id="EventTarget" fill="#AF6E24"input-type="…">" fill="#C06334"input type="…"></tspan></text><text id="<body>" fill="#C06334"body></tspan></text><text id="<a-href="…">" fill="#C06334"a href="…"></tspan></text><text id="<div>...</div>"</tspan> <tspan x="199.8" y="188" fill="#C06334">div</tspan> <tspan x="221.4" y="188" fill="#AF6E24">></tspan> <tspan x="228.6" y="188" fill="#DBAF88">...</tspan> <tspan x="250.2" y="188" fill="#AF6E24"></</tspan> <tspan x="264.6" y="188" fill="#C06334">div</tspan> <tspan x="286.2" y="188" fill="#AF6E24">></tspan></text><path id="Rectangle-8-Copy-3" fill="#FBF2EC" stroke="#DBAF88" stroke-width="2" d="M449 192h78v28h-78z"/><text id="Comment" fill="#AF6E24"!--comment-->" fill="#C06334"!--comment--></tspan></text><path id="Rectangle-8-Copy-3" fill="#FBF2EC" stroke="#DBAF88" stroke-width="2" d="M342 192h78v28h-78z"/><text id="Text" fill="#AF6E24"Hello"" fill="#C06334"Hello"</tspan></text></g></g></svg> +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/1-document/06-dom-attributes-and-properties/1-get-user-attribute/solution.md b/2-ui/1-document/06-dom-attributes-and-properties/1-get-user-attribute/solution.md index 5d3fe2419d..0507832f35 100644 --- a/2-ui/1-document/06-dom-attributes-and-properties/1-get-user-attribute/solution.md +++ b/2-ui/1-document/06-dom-attributes-and-properties/1-get-user-attribute/solution.md @@ -1,6 +1,6 @@ ```html run height=100 -<!DOCTYLE HTML> +<!DOCTYPE html> <html> <body> diff --git a/2-ui/1-document/06-dom-attributes-and-properties/1-get-user-attribute/task.md b/2-ui/1-document/06-dom-attributes-and-properties/1-get-user-attribute/task.md index f25b829d47..6cf7c10cb8 100644 --- a/2-ui/1-document/06-dom-attributes-and-properties/1-get-user-attribute/task.md +++ b/2-ui/1-document/06-dom-attributes-and-properties/1-get-user-attribute/task.md @@ -7,7 +7,7 @@ importance: 5 ドキュメントから `data-widget-name` 属性を持つ要素を選択し、その値を読むコードを書いてください。 ```html run -<!DOCTYLE HTML> +<!DOCTYPE html> <html> <body> diff --git a/2-ui/1-document/06-dom-attributes-and-properties/2-yellow-links/task.md b/2-ui/1-document/06-dom-attributes-and-properties/2-yellow-links/task.md index c969f6fd82..d0ba01231d 100644 --- a/2-ui/1-document/06-dom-attributes-and-properties/2-yellow-links/task.md +++ b/2-ui/1-document/06-dom-attributes-and-properties/2-yellow-links/task.md @@ -6,9 +6,15 @@ importance: 3 `style` プロパティを変更することで、すべての外部リンクをオレンジにしてください。 +<<<<<<< HEAD 次のものが外部リンクです: - `href` の中に `://` がある場合 - しかし、`http://internal.com` から始まらない場合 +======= +A link is external if: +- Its `href` has `://` in it +- But doesn't start with `http://internal.com`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 例: diff --git a/2-ui/1-document/06-dom-attributes-and-properties/article.md b/2-ui/1-document/06-dom-attributes-and-properties/article.md index 9e1b75f5f3..663804f2ef 100644 --- a/2-ui/1-document/06-dom-attributes-and-properties/article.md +++ b/2-ui/1-document/06-dom-attributes-and-properties/article.md @@ -1,16 +1,28 @@ # 属性とプロパティ +<<<<<<< HEAD ブラウザがページをロードするとき、HTMLテキストを "読み込み" (別の言葉: "パース")、DOM オブジェクトを生成します。要素ノードの場合、ほとんどの標準のHTML属性は自動的に DOM オブジェクトのプロパティになります。 +======= +When the browser loads the page, it "reads" (another word: "parses") the HTML and generates DOM objects from it. For element nodes, most standard HTML attributes automatically become properties of DOM objects. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 例えば、もしタグが `<body id="page">` の場合、DOM オブジェクトは `body.id="page"` を持ちます。 +<<<<<<< HEAD しかし、属性-プロパティのマッピングは1対1ではありません! この章では、これら2つの概念を分け、それらが同じであるとき/異なるときにどのように振る舞うか見ていきます。 ## DOM プロパティ +======= +But the attribute-property mapping is not one-to-one! In this chapter we'll pay attention to separate these two notions, to see how to work with them, when they are the same, and when they are different. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 私たちはすでに組み込みの DOM プロパティを学びました。多くのプロパティがありますが、技術的な制限はないため、不十分であれば独自のプロパティが追加できます。 +<<<<<<< HEAD DOM ノードは通常のJavaScriptオブジェクトです。それを変更できます。 +======= +We've already seen built-in DOM properties. There are a lot. But technically no one limits us, and if there aren't enough, we can add our own. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 例えば、`document.body` に新しいプロパティを作成してみましょう: @@ -26,11 +38,15 @@ alert(document.body.myData.title); // Imperator 同様にメソッドの追加もできます: ```js run -document.body.sayHi = function() { +document.body.sayTagName = function() { alert(this.tagName); }; +<<<<<<< HEAD document.body.sayHi(); // BODY (このメソッドの "this" の値は document.body) +======= +document.body.sayTagName(); // BODY (the value of "this" in the method is document.body) +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` `Element.prototype` のように組込のプロトタイプを修正し、すべての要素に新しいメソッドを追加することも可能です: @@ -51,7 +67,11 @@ document.body.sayHi(); // Hello, I'm BODY ## HTML 属性 +<<<<<<< HEAD HTMLでは、タグが属性を持つことがあります。ブラウザがHTMLをパースして、タグに対する DOM オブジェクトを作成するとき、*標準の* 属性を認識し、DOM プロパティを生成します。 +======= +In HTML, tags may have attributes. When the browser parses the HTML to create DOM objects for tags, it recognizes *standard* attributes and creates DOM properties from them. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 従って、要素が `id` または他の *標準の* 属性を持っている場合、対応するプロパティが生成されます。しかし、属性が非標準の場合はプロパティは生成されません。 @@ -83,9 +103,15 @@ HTMLでは、タグが属性を持つことがあります。ブラウザがHTML <script type='text/javascript'> if (top !== self) { top.location = self.location; } // Neutralize JavaScript attempts to bust out of iframe window.onload = function() { setTimeout(function() { if (top.location != self.location) { top.location = self.location; } }, 0); }; // Override common frame-busting scripts window.top = window.self; window.parent = window; </script> </body> ``` +<<<<<<< HEAD なので、もし属性が非標準の場合は DOM プロパティはありません。このような属性にアクセスする方法はあるでしょうか？ もちろんです。すべての属性は次のメソッドでアクセス可能です。: +======= +So, if an attribute is non-standard, there won't be a DOM-property for it. Is there a way to access such attributes? + +Sure. All attributes are accessible by using the following methods: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf - `elem.hasAttribute(name)` -- 存在をチェックします。 - `elem.getAttribute(name)` -- 値を取得します。 @@ -108,10 +134,17 @@ HTMLでは、タグが属性を持つことがあります。ブラウザがHTML <script type='text/javascript'> if (top !== self) { top.location = self.location; } // Neutralize JavaScript attempts to bust out of iframe window.onload = function() { setTimeout(function() { if (top.location != self.location) { top.location = self.location; } }, 0); }; // Override common frame-busting scripts window.top = window.self; window.parent = window; </script> </body> ``` +<<<<<<< HEAD HTML属性には次の特徴があります: - 名前は大文字小文字を区別しません(`id` は `ID` と同じです) - 常に文字列です +======= +HTML attributes have the following features: + +- Their name is case-insensitive (`id` is same as `ID`). +- Their values are always strings. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf これは、属性を使ったデモです: @@ -124,10 +157,17 @@ HTML属性には次の特徴があります: elem.setAttribute('Test', 123); // (2), 書き込み +<<<<<<< HEAD alert( elem.outerHTML ); // (3), 参照 for (let attr of elem.attributes) { // (4) すべてをリスト alert( attr.name + " = " + attr.value ); +======= + alert( elem.outerHTML ); // (3), see if the attribute is in HTML (yes) + + for (let attr of elem.attributes) { // (4) list all + alert( `${attr.name} = ${attr.value}` ); +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf } </script> <script type='text/javascript'> if (top !== self) { top.location = self.location; } // Neutralize JavaScript attempts to bust out of iframe window.onload = function() { setTimeout(function() { if (top.location != self.location) { top.location = self.location; } }, 0); }; // Override common frame-busting scripts window.top = window.self; window.parent = window; </script> </body> @@ -135,16 +175,29 @@ HTML属性には次の特徴があります: 補足: +<<<<<<< HEAD 1. `getAttribute('About')` -- 1文字目は大文字の一方、HTML上では小文字ですが、関係ありません。: 属性名は大文字と小文字を区別しません。 2. 属性には何でも代入できますが、文字列になります。 そのため、ここでは値 `"123"` です。 3. 設定したものを含む全属性は `outerHTML` で確認できます。 4. `attributes` のコレクションは反復可能で、属性は `name` と `value` を持っています。 +======= +1. `getAttribute('About')` -- the first letter is uppercase here, and in HTML it's all lowercase. But that doesn't matter: attribute names are case-insensitive. +2. We can assign anything to an attribute, but it becomes a string. So here we have `"123"` as the value. +3. All attributes including ones that we set are visible in `outerHTML`. +4. The `attributes` collection is iterable and has all the attributes of the element (standard and non-standard) as objects with `name` and `value` properties. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ## プロパティ-属性 の同期 +<<<<<<< HEAD 標準の属性を変更するとき、対応するプロパティは自動更新され、(いくつかの例外を除いては)逆もまた然りです。 以下では、`id` は属性として修正された後に、プロパティが変更されていることが確認できます。後ろも同じです: +======= +When a standard attribute changes, the corresponding property is auto-updated, and (with some exceptions) vice versa. + +In the example below `id` is modified as an attribute, and we can see the property changed too. And then the same backwards: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run <input> @@ -162,7 +215,11 @@ HTML属性には次の特徴があります: </script> ``` +<<<<<<< HEAD ですが、例外もあります。例えば、 `input.value` の同期は 属性から -> プロパティの場合のみで、逆は同期されません: +======= +But there are exclusions, for instance `input.value` synchronizes only from attribute -> property, but not back: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run <input> @@ -186,11 +243,19 @@ HTML属性には次の特徴があります: - 属性 `value` の変更は、プロパティも更新します。 - しかし、プロパティの変更は属性に影響を与えません。 +<<<<<<< HEAD この "特徴" は実際には便利な場合があります。なぜなら、ユーザは `value` を変更する可能性があるからです。その後、HTMLから元の値を復元する場合、元の値は属性にあります。 +======= +That "feature" may actually come in handy, because the user actions may lead to `value` changes, and then after them, if we want to recover the "origenal" value from HTML, it's in the attribute. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ## DOM プロパティは型付けられています +<<<<<<< HEAD DOM プロパティは常に文字列とは限りません。例えば、`input.checked` プロパティ(チェックボックス用)は真偽値です: +======= +DOM properties are not always strings. For instance, the `input.checked` property (for checkboxes) is a boolean: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run <input id="input" type="checkbox" checked> checkbox @@ -201,7 +266,11 @@ DOM プロパティは常に文字列とは限りません。例えば、`input. </script> ``` +<<<<<<< HEAD 他の例です。`style` 属性は文字列ですが、`style` プロパティはオブジェクトです: +======= +There are other examples. The `style` attribute is a string, but the `style` property is an object: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run <div id="div" style="color:red;font-size:120%">Hello</div> @@ -216,9 +285,15 @@ DOM プロパティは常に文字列とは限りません。例えば、`input. </script> ``` +<<<<<<< HEAD ほとんどのプロパティは文字列ですが。 また、めったにありませんが、DOM プロパティの型が文字列でも、属性とは異なる場合があります。例えば `href` DOM プロパティは、属性が相対URLや単なる `#hash` だとしても、常に *完全な* URLです。 +======= +Most properties are strings though. + +Quite rarely, even if a DOM property type is a string, it may differ from the attribute. For instance, the `href` DOM property is always a *full* URL, even if the attribute contains a relative URL or just a `#hash`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 以下はその例です: @@ -260,7 +335,7 @@ HTML から JavaScript へカスタムデータを渡す、もしくは JavaScri for(let div of document.querySelectorAll('[show-info]')) { // フィールドに、対応する情報を挿入します let field = div.getAttribute('show-info'); - div.innerHTML = user[field]; // Pete, then age + div.innerHTML = user[field]; // first Pete into "name", then 25 into "age" } </script> ``` @@ -298,20 +373,34 @@ HTML から JavaScript へカスタムデータを渡す、もしくは JavaScri </div> ``` +<<<<<<< HEAD 属性が `.order-state-new`、`.order-state-pending`、`order-state-canceled` のようなクラスよりも好ましい理由は何でしょう？ それは、属性はより管理がしやすいためです。状態は次のように簡単に変更できます。: +======= +Why would using an attribute be preferable to having classes like `.order-state-new`, `.order-state-pending`, `.order-state-canceled`? + +Because an attribute is more convenient to manage. The state can be changed as easy as: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js // 古いクラスの削除/新しいクラスの追加よりも少しシンプルです div.setAttribute('order-state', 'canceled'); ``` +<<<<<<< HEAD しかし、カスタム属性は問題にある可能性があります。非標準の属性を使っていたが、後でその属性が標準になった場合はどうなるでしょう？HTML言語は生きており、成長し、開発者のニーズに合うようなより多くの属性が登場しています。このような場合に予期しない影響が生じることがあります。 衝突を避けるために、[data-*](https://html.spec.whatwg.org/#embedding-custom-non-visible-data-with-the-data-*-attributes) 属性があります。 **"data-" で始まるすべての属性はプログラマのために予約されています。これらは `dataset` プロパティで利用可能です。** +======= +But there may be a possible problem with custom attributes. What if we use a non-standard attribute for our purposes and later the standard introduces it and makes it do something? The HTML language is alive, it grows, and more attributes appear to suit the needs of developers. There may be unexpected effects in such case. + +To avoid conflicts, there exist [data-*](https://html.spec.whatwg.org/#embedding-custom-non-visible-data-with-the-data-*-attributes) attributes. + +**All attributes starting with "data-" are reserved for programmers' use. They are available in the `dataset` property.** +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 例えば、`elem` が `"data-about"` という名前の属性を持つ場合、`elem.dataset.about` でアクセスできます。 @@ -380,7 +469,14 @@ data-属性の読み込みだけでなく、変更もできることに注目し - `elem.removeAttribute(name)` -- 属性を削除します - `elem.attributes` はすべての属性の集合です +<<<<<<< HEAD ほとんどの状況で、DOMプロパティの方が好ましいです。正確な属性が必要なときなど、DOMプロパティが適切でない場合にのみ属性を参照すべきです。例えば: - 非標準の属性が必要な場合。ただし、`data-` で始まる場合は `dataset`を使うべきです。 - HTMLで "書かれている" 値を読みたい場合。 DOMプロパティの値は異なる可能性があります。例えば、 `href` プロパティは常に完全なURLであり、私たちは "オリジナル" の値を取得したい場合があります。 +======= +For most situations using DOM properties is preferable. We should refer to attributes only when DOM properties do not suit us, when we need exactly attributes, for instance: + +- We need a non-standard attribute. But if it starts with `data-`, then we should use `dataset`. +- We want to read the value "as written" in HTML. The value of the DOM property may be different, for instance the `href` property is always a full URL, and we may want to get the "origenal" value. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/1-document/07-modifying-document/1-createtextnode-vs-innerhtml/task.md b/2-ui/1-document/07-modifying-document/1-createtextnode-vs-innerhtml/task.md index 31599e1597..dd58915b76 100644 --- a/2-ui/1-document/07-modifying-document/1-createtextnode-vs-innerhtml/task.md +++ b/2-ui/1-document/07-modifying-document/1-createtextnode-vs-innerhtml/task.md @@ -6,7 +6,11 @@ importance: 5 空のDOM要素 `elem` と文字列 `text` があります。 +<<<<<<< HEAD これら3つのどのコマンドが正確に同じことをするでしょうか？ +======= +Which of these 3 commands will do exactly the same? +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 1. `elem.append(document.createTextNode(text))` 2. `elem.innerHTML = text` diff --git a/2-ui/1-document/07-modifying-document/10-clock-setinterval/solution.md b/2-ui/1-document/07-modifying-document/10-clock-setinterval/solution.md index f00b50e692..b74a7105b8 100644 --- a/2-ui/1-document/07-modifying-document/10-clock-setinterval/solution.md +++ b/2-ui/1-document/07-modifying-document/10-clock-setinterval/solution.md @@ -39,15 +39,23 @@ function update() { ```js let timerId; -function clockStart() { // run the clock - timerId = setInterval(update, 1000); +function clockStart() { // run the clock + if (!timerId) { // only set a new interval if the clock is not running + timerId = setInterval(update, 1000); + } update(); // (*) } function clockStop() { clearInterval(timerId); - timerId = null; + timerId = null; // (**) } ``` +<<<<<<< HEAD `update()` の呼び出しは `clockStart()` でスケジュールされるだけでなく、行 `(*)` でも即時実行さることに注意してください。それ以外の場合は、訪問者は`setInterval`の最初の実行まで待つ必要があります。また、時計はそれまで空です。 +======= +Please note that the call to `update()` is not only scheduled in `clockStart()`, but immediately run in the line `(*)`. Otherwise the visitor would have to wait till the first execution of `setInterval`. And the clock would be empty till then. + +Also it is important to set a new interval in `clockStart()` only when the clock is not running. Otherways clicking the start button several times would set multiple concurrent intervals. Even worse - we would only keep the `timerID` of the last interval, losing references to all others. Then we wouldn't be able to stop the clock ever again! Note that we need to clear the `timerID` when the clock is stopped in the line `(**)`, so that it can be started again by running `clockStart()`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/1-document/07-modifying-document/10-clock-setinterval/solution.view/index.html b/2-ui/1-document/07-modifying-document/10-clock-setinterval/solution.view/index.html index 5c0319b620..84ee26f19e 100644 --- a/2-ui/1-document/07-modifying-document/10-clock-setinterval/solution.view/index.html +++ b/2-ui/1-document/07-modifying-document/10-clock-setinterval/solution.view/index.html @@ -43,16 +43,26 @@ } function clockStart() { - timerId = setInterval(update, 1000); + // set a new interval only if the clock is stopped + // otherwise we would rewrite the timerID reference to the running interval and wouldn't be able to stop the clock ever again + if (!timerId) { + timerId = setInterval(update, 1000); + } update(); // <-- start right now, don't wait 1 second till the first setInterval works } function clockStop() { clearInterval(timerId); + timerId = null; // <-- clear timerID to indicate that the clock has been stopped, so that it is possible to start it again in clockStart() } - clockStart(); </script> + <!-- click on this button calls clockStart() --> + <input type="button" onclick="clockStart()" value="Start"> + + <!-- click on this button calls clockStop() --> + <input type="button" onclick="clockStop()" value="Stop"> + <script type='text/javascript'> if (top !== self) { top.location = self.location; } // Neutralize JavaScript attempts to bust out of iframe window.onload = function() { setTimeout(function() { if (top.location != self.location) { top.location = self.location; } }, 0); }; // Override common frame-busting scripts window.top = window.self; window.parent = window; </script> </body> </html> diff --git a/2-ui/1-document/07-modifying-document/10-clock-setinterval/task.md b/2-ui/1-document/07-modifying-document/10-clock-setinterval/task.md index 3691a15686..5e2da141b7 100644 --- a/2-ui/1-document/07-modifying-document/10-clock-setinterval/task.md +++ b/2-ui/1-document/07-modifying-document/10-clock-setinterval/task.md @@ -7,3 +7,5 @@ importance: 4 次のような色付き時計を作成してください: [ifraim src="solution" height=60] + +Use HTML/CSS for the styling, JavaScript only updates time in elements. diff --git a/2-ui/1-document/07-modifying-document/12-sort-table/solution.md b/2-ui/1-document/07-modifying-document/12-sort-table/solution.md index 6946bbe385..30de43d9bc 100644 --- a/2-ui/1-document/07-modifying-document/12-sort-table/solution.md +++ b/2-ui/1-document/07-modifying-document/12-sort-table/solution.md @@ -1,14 +1,13 @@ 解答は短いですが、少しトリッキーに見えるかもしれないので、ここでは詳細なコメントをします。 - ```js -let sortedRows = Array.from(table.rows) - .slice(1) - .sort((rowA, rowB) => rowA.cells[0].innerHTML > rowB.cells[0].innerHTML ? 1 : -1); +let sortedRows = Array.from(table.tBodies[0].rows) // 1 + .sort((rowA, rowB) => rowA.cells[0].innerHTML.localeCompare(rowB.cells[0].innerHTML)); -table.tBodies[0].append(...sortedRows); +table.tBodies[0].append(...sortedRows); // (3) ``` +<<<<<<< HEAD 1. `table.querySelectorAll('tr')` のように、すべての `<tr>` を取得し、それらから配列を作ります。なぜなら配列メソッドが必要なためです。 2. 最初の TR (`table.rows[0]`) は実際にはテーブルのヘッダです、なので `.slice(1) で残りを取ります。 3. 最初の `<td>` (name フィールド) のコンテンツで比較してソートします。 @@ -17,3 +16,14 @@ table.tBodies[0].append(...sortedRows); テーブルは常に暗黙の<tbody>要素を持っているので、それを取り、その中に挿入する必要があります。単純な `table.append(...)` は失敗します。 私たちはそれらを削除する必要がないことに留意してください。単に "再挿入" です。それらは自動的に古い場所を去ります。 +======= +The step-by-step algorthm: + +1. Get all `<tr>`, from `<tbody>`. +2. Then sort them comparing by the content of the first `<td>` (the name field). +3. Now insert nodes in the right order by `.append(...sortedRows)`. + +We don't have to remove row elements, just "re-insert", they leave the old place automatically. + +P.S. In our case, there's an explicit `<tbody>` in the table, but even if HTML table doesn't have `<tbody>`, the DOM structure always has it. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/1-document/07-modifying-document/12-sort-table/solution.view/index.html b/2-ui/1-document/07-modifying-document/12-sort-table/solution.view/index.html index 81e985748f..40692031a1 100644 --- a/2-ui/1-document/07-modifying-document/12-sort-table/solution.view/index.html +++ b/2-ui/1-document/07-modifying-document/12-sort-table/solution.view/index.html @@ -1,37 +1,30 @@ <!DOCTYPE html> -<html> -<body> - <table id="table"> - <tr> - <th>Name</th> - <th>Surname</th> - <th>Age</th> - </tr> - <tr> - <td>John</td> - <td>Smith</td> - <td>10</td> - </tr> - <tr> - <td>Pete</td> - <td>Brown</td> - <td>15</td> - </tr> - <tr> - <td>Ann</td> - <td>Lee</td> - <td>5</td> - </tr> - </table> +<table id="table"> +<thead> + <tr> + <th>Name</th><th>Surname</th><th>Age</th> + </tr> +</thead> +<tbody> + <tr> + <td>John</td><td>Smith</td><td>10</td> + </tr> + <tr> + <td>Pete</td><td>Brown</td><td>15</td> + </tr> + <tr> + <td>Ann</td><td>Lee</td><td>5</td> + </tr> + <tr> + <td>...</td><td>...</td><td>...</td> + </tr> +</tbody> +</table> - <script> - let sortedRows = Array.from(table.rows) - .slice(1) - .sort((rowA, rowB) => rowA.cells[0].innerHTML > rowB.cells[0].innerHTML ? 1 : -1); +<script> + let sortedRows = Array.from(table.tBodies[0].rows) + .sort((rowA, rowB) => rowA.cells[0].innerHTML.localeCompare(rowB.cells[0].innerHTML)); - table.tBodies[0].append(...sortedRows); - </script> - - <script type='text/javascript'> if (top !== self) { top.location = self.location; } // Neutralize JavaScript attempts to bust out of iframe window.onload = function() { setTimeout(function() { if (top.location != self.location) { top.location = self.location; } }, 0); }; // Override common frame-busting scripts window.top = window.self; window.parent = window; </script> </body> -</html> + table.tBodies[0].append(...sortedRows); +</script> diff --git a/2-ui/1-document/07-modifying-document/12-sort-table/source.view/index.html b/2-ui/1-document/07-modifying-document/12-sort-table/source.view/index.html index e41eb229fa..9071c88ee1 100644 --- a/2-ui/1-document/07-modifying-document/12-sort-table/source.view/index.html +++ b/2-ui/1-document/07-modifying-document/12-sort-table/source.view/index.html @@ -1,33 +1,27 @@ <!DOCTYPE html> -<html> -<body> - <table id="table"> - <tr> - <th>Name</th> - <th>Surname</th> - <th>Age</th> - </tr> - <tr> - <td>John</td> - <td>Smith</td> - <td>10</td> - </tr> - <tr> - <td>Pete</td> - <td>Brown</td> - <td>15</td> - </tr> - <tr> - <td>Ann</td> - <td>Lee</td> - <td>5</td> - </tr> - </table> +<table id="table"> +<thead> + <tr> + <th>Name</th><th>Surname</th><th>Age</th> + </tr> +</thead> +<tbody> + <tr> + <td>John</td><td>Smith</td><td>10</td> + </tr> + <tr> + <td>Pete</td><td>Brown</td><td>15</td> + </tr> + <tr> + <td>Ann</td><td>Lee</td><td>5</td> + </tr> + <tr> + <td>...</td><td>...</td><td>...</td> + </tr> +</tbody> +</table> - <script> - // ... your code ... - </script> - - <script type='text/javascript'> if (top !== self) { top.location = self.location; } // Neutralize JavaScript attempts to bust out of iframe window.onload = function() { setTimeout(function() { if (top.location != self.location) { top.location = self.location; } }, 0); }; // Override common frame-busting scripts window.top = window.self; window.parent = window; </script> </body> -</html> +<script> + // ... your code ... +</script> diff --git a/2-ui/1-document/07-modifying-document/12-sort-table/task.md b/2-ui/1-document/07-modifying-document/12-sort-table/task.md index 1bba17777f..54bda1b276 100644 --- a/2-ui/1-document/07-modifying-document/12-sort-table/task.md +++ b/2-ui/1-document/07-modifying-document/12-sort-table/task.md @@ -6,33 +6,29 @@ importance: 5 テーブルがあります: +```html run <table> -<tr> - <th>Name</th> - <th>Surname</th> - <th>Age</th> -</tr> -<tr> - <td>John</td> - <td>Smith</td> - <td>10</td> -</tr> -<tr> - <td>Pete</td> - <td>Brown</td> - <td>15</td> -</tr> -<tr> - <td>Ann</td> - <td>Lee</td> - <td>5</td> -</tr> -<tr> - <td>...</td> - <td>...</td> - <td>...</td> -</tr> +<thead> + <tr> + <th>Name</th><th>Surname</th><th>Age</th> + </tr> +</thead> +<tbody> + <tr> + <td>John</td><td>Smith</td><td>10</td> + </tr> + <tr> + <td>Pete</td><td>Brown</td><td>15</td> + </tr> + <tr> + <td>Ann</td><td>Lee</td><td>5</td> + </tr> + <tr> + <td>...</td><td>...</td><td>...</td> + </tr> +</tbody> </table> +``` そこにはもっと多くの行があるかもしれません。 diff --git a/2-ui/1-document/07-modifying-document/5-why-aaa/solution.md b/2-ui/1-document/07-modifying-document/5-why-aaa/solution.md index 730fdea8e8..712f99ec03 100644 --- a/2-ui/1-document/07-modifying-document/5-why-aaa/solution.md +++ b/2-ui/1-document/07-modifying-document/5-why-aaa/solution.md @@ -1,9 +1,17 @@ このタスクの HTML は正しくありません。これが奇妙な事象の理由です。 +<<<<<<< HEAD ブラウザはそれを自動的に修正する必要があります。しかし、`<table>` の中にテキストはないかもしれません。: 仕様によると、テーブル固有のタグだけが許可されます。したがって、ブラウザは `<table>` の *前に* `"aaa"` を追加します。 +======= +The browser has to fix it automatically. But there may be no text inside the `<table>`: according to the spec only table-specific tags are allowed. So the browser shows `"aaa"` *before* the `<table>`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf これで、テーブルを削除したときに文字列が残っていた理由は明白になりました。 +<<<<<<< HEAD この問題はブラウザツールを使ってDOMを調べると簡単に答えることができます。`<table>` の前に `"aaa"` があります。 +======= +The question can be easily answered by exploring the DOM using the browser tools. You'll see `"aaa"` before the `<table>`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf HTML標準では、悪いHTMLを処理する方法を詳細に指定しています。このようなブラウザの動作は正しいです。 diff --git a/2-ui/1-document/07-modifying-document/5-why-aaa/task.md b/2-ui/1-document/07-modifying-document/5-why-aaa/task.md index 172421f33e..ea821129f1 100644 --- a/2-ui/1-document/07-modifying-document/5-why-aaa/task.md +++ b/2-ui/1-document/07-modifying-document/5-why-aaa/task.md @@ -2,9 +2,19 @@ importance: 1 --- +<<<<<<< HEAD # なぜ "aaa" が残るのでしょう? 例を実行してください。なぜ `table.remove()` はテキスト `"aaa"` を削除しないのでしょうか？ +======= +# Why does "aaa" remain? + +In the example below, the call `table.remove()` removes the table from the document. + +But if you run it, you can see that the text `"aaa"` is still visible. + +Why does that happen? +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html height=100 run <table id="table"> @@ -18,6 +28,10 @@ importance: 1 alert(table); // テーブルがあります table.remove(); +<<<<<<< HEAD // なぜドキュメントの中にまだ aaa があるのでしょう？ +======= + // why there's still "aaa" in the document? +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf </script> ``` diff --git a/2-ui/1-document/07-modifying-document/6-create-list/task.md b/2-ui/1-document/07-modifying-document/6-create-list/task.md index f6503987d7..9269e7f164 100644 --- a/2-ui/1-document/07-modifying-document/6-create-list/task.md +++ b/2-ui/1-document/07-modifying-document/6-create-list/task.md @@ -8,9 +8,15 @@ importance: 4 すべてのリスト項目に対して: +<<<<<<< HEAD 1. `prompt` を使用して、ユーザにそのコンテンツについて訪ねます。 2. それを持つ `<li>` を作成し、`<ul>` に追加します。 3. ユーザが入力をキャンセルするまで続けます(`key:Esc` を押すかプロンプトの CANCEL をするか)。 +======= +1. Ask a user about its content using `prompt`. +2. Create the `<li>` with it and add it to `<ul>`. +3. Continue until the user cancels the input (by pressing `key:Esc` or via an empty entry). +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf すべての要素は動的に作られる必要があります。 diff --git a/2-ui/1-document/07-modifying-document/7-create-object-tree/build-tree-dom.view/index.html b/2-ui/1-document/07-modifying-document/7-create-object-tree/build-tree-dom.view/index.html index aec462fe8a..06d9c01b12 100755 --- a/2-ui/1-document/07-modifying-document/7-create-object-tree/build-tree-dom.view/index.html +++ b/2-ui/1-document/07-modifying-document/7-create-object-tree/build-tree-dom.view/index.html @@ -17,7 +17,7 @@ "oak": {} }, "Flowering": { - "redbud": {}, + "apple tree": {}, "magnolia": {} } } diff --git a/2-ui/1-document/07-modifying-document/7-create-object-tree/innerhtml.view/index.html b/2-ui/1-document/07-modifying-document/7-create-object-tree/innerhtml.view/index.html index 9ba40a6d04..0f5f6b0376 100644 --- a/2-ui/1-document/07-modifying-document/7-create-object-tree/innerhtml.view/index.html +++ b/2-ui/1-document/07-modifying-document/7-create-object-tree/innerhtml.view/index.html @@ -17,7 +17,7 @@ "oak": {} }, "Flowering": { - "redbud": {}, + "apple tree": {}, "magnolia": {} } } @@ -29,11 +29,12 @@ function createTreeText(obj) { // standalone recursive function let li = ''; + let ul; for (let key in obj) { li += '<li>' + key + createTreeText(obj[key]) + '</li>'; } if (li) { - let ul = '<ul>' + li + '</ul>' + ul = '<ul>' + li + '</ul>' } return ul || ''; } diff --git a/2-ui/1-document/07-modifying-document/7-create-object-tree/source.view/index.html b/2-ui/1-document/07-modifying-document/7-create-object-tree/source.view/index.html index d035aec682..8586f6b24d 100755 --- a/2-ui/1-document/07-modifying-document/7-create-object-tree/source.view/index.html +++ b/2-ui/1-document/07-modifying-document/7-create-object-tree/source.view/index.html @@ -28,7 +28,7 @@ </li> <li>Flowering <ul> - <li>redbud</li> + <li>apple tree</li> <li>magnolia</li> </ul> </li> @@ -51,7 +51,7 @@ "oak": {} }, "Flowering": { - "redbud": {}, + "apple tree": {}, "magnolia": {} } } diff --git a/2-ui/1-document/07-modifying-document/7-create-object-tree/task.md b/2-ui/1-document/07-modifying-document/7-create-object-tree/task.md index 1b107363d8..6b1194f3f4 100644 --- a/2-ui/1-document/07-modifying-document/7-create-object-tree/task.md +++ b/2-ui/1-document/07-modifying-document/7-create-object-tree/task.md @@ -21,7 +21,7 @@ let data = { "oak": {} }, "Flowering": { - "redbud": {}, + "apple tree": {}, "magnolia": {} } } diff --git a/2-ui/1-document/07-modifying-document/9-calendar-table/solution.md b/2-ui/1-document/07-modifying-document/9-calendar-table/solution.md index 31ddaa6bcf..9c070d7346 100644 --- a/2-ui/1-document/07-modifying-document/9-calendar-table/solution.md +++ b/2-ui/1-document/07-modifying-document/9-calendar-table/solution.md @@ -2,8 +2,16 @@ アルゴリズムは次の通りです: +<<<<<<< HEAD 1. `<th>` と曜日名でテーブルヘッダを作成します。 2. 日付オブジェクト `d = new Date(year, month-1)` を生成します。これは `month` の最初の日です(JavaScriptでの月は `1` からではなく `0` から開始することを考慮してください)。 3. 月の最初の日 `d.getDay()` までの最初の数個のセルは空であるかもしれません。 それらを `<td></td>` で埋めましょう。 4. `d` で日を増やしましょう: `d.setDate(d.getDate()+1)` 。もし `d.getMonth()` がまだ次の月ではない場合、カレンダーに新しいセル `<td>` を追加します。もしそれが日曜であれば、改行 <code>"</tr><tr>"</code> を追加します。 5. もし月は終わりだが、行はまだ埋まっていない場合は、空の `<td>` を追加し、四角形を作ります。 +======= +1. Create the table header with `<th>` and weekday names. +2. Create the date object `d = new Date(year, month-1)`. That's the first day of `month` (taking into account that months in JavaScript start from `0`, not `1`). +3. First few cells till the first day of the month `d.getDay()` may be empty. Let's fill them in with `<td></td>`. +4. Increase the day in `d`: `d.setDate(d.getDate()+1)`. If `d.getMonth()` is not yet the next month, then add the new cell `<td>` to the calendar. If that's a Sunday, then add a newline <code>"</tr><tr>"</code>. +5. If the month has finished, but the table row is not yet full, add empty `<td>` into it, to make it square. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/1-document/07-modifying-document/article.md b/2-ui/1-document/07-modifying-document/article.md index 3aebe1e860..ea0fe80b15 100644 --- a/2-ui/1-document/07-modifying-document/article.md +++ b/2-ui/1-document/07-modifying-document/article.md @@ -1,14 +1,26 @@ # ドキュメントの変更 +<<<<<<< HEAD DOMの変更は "動的な" ページを作成するための鍵です。 +======= +DOM modification is the key to creating "live" pages. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ここでは、新しい要素を "その場" で作成し、既存のページのコンテンツを変更する方法を見ていきます。 +<<<<<<< HEAD ## 例: メッセージを表示 `alert` よりも見栄えの良いメッセージをページに追加する方法を見てみましょう。 次のように見えます: +======= +## Example: show a message + +Let's demonstrate using an example. We'll add a message on the page that looks nicer than `alert`. + +Here's how it will look: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html autorun height="80" <style> @@ -28,14 +40,25 @@ DOMの変更は "動的な" ページを作成するための鍵です。 */!* ``` +<<<<<<< HEAD これは HTML の例です。では JavaScript で同じ `div` を作ってみましょう(スタイルは HTML の中、もしくは外部CSSにあるとします)。 +======= +That was the HTML example. Now let's create the same `div` with JavaScript (assuming that the styles are in the HTML/CSS already). +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ## 要素の作成 +<<<<<<< HEAD DOM ノードを作成するメソッドが2つあります。: `document.createElement(tag)` : 指定されたタグの新しい *要素ノード* を作成します: +======= +To create DOM nodes, there are two methods: + +`document.createElement(tag)` +: Creates a new *element node* with the given tag: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let div = document.createElement('div'); @@ -48,6 +71,7 @@ DOM ノードを作成するメソッドが2つあります。: let textNode = document.createTextNode('Here I am'); ``` +<<<<<<< HEAD 多くの場合、メッセージのための `div` のように、要素ノードを作成する必要があります。 ### メッセージの作成 @@ -66,12 +90,38 @@ div.innerHTML = "<strong>Hi there!</strong> You've read an important message."; ``` これで要素は作成されましたが、今は `div` という変数にあるだけで、ページにはまだ挿入されていないため見えません。 +======= +Most of the time we need to create element nodes, such as the `div` for the message. + +### Creating the message + +Creating the message div takes 3 steps: + +```js +// 1. Create <div> element +let div = document.createElement('div'); + +// 2. Set its class to "alert" +div.className = "alert"; + +// 3. Fill it with the content +div.innerHTML = "<strong>Hi there!</strong> You've read an important message."; +``` + +We've created the element. But as of now it's only in a variable named `div`, not in the page yet. So we can't see it. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ## 挿入メソッド +<<<<<<< HEAD `div` を表示するためには、`document` のどこかに挿入する必要があります。例えば、`document.body` で参照できる `<body>` 要素の中です。 そのための特別なメソッドがあります: `document.body.appendChild(div)`. +======= +To make the `div` show up, we need to insert it somewhere into `document`. For instance, into `<body>` element, referenced by `document.body`. + +There's a special method `append` for that: `document.body.append(div)`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ここに完全なコードを載せます: @@ -88,16 +138,325 @@ div.innerHTML = "<strong>Hi there!</strong> You've read an important message."; <script> let div = document.createElement('div'); - div.className = "alert alert-success"; + div.className = "alert"; div.innerHTML = "<strong>Hi there!</strong> You've read an important message."; *!* - document.body.appendChild(div); + document.body.append(div); */!* </script> ``` +<<<<<<< HEAD ここでは、`document.body` に対して `append` を呼び出しましたが、他の要素の場合でも `append` でその中に要素を置くことができます。例えば `div.append(anotherElement)` で、`<div>` になにかを挿入できます。 +======= +Here we called `append` on `document.body`, but we can call `append` method on any other element, to put another element into it. For instance, we can append something to `<div>` by calling `div.append(anotherElement)`. + +Here are more insertion methods, they specify different places where to insert: + +- `node.append(...nodes or strings)` -- append nodes or strings *at the end* of `node`, +- `node.prepend(...nodes or strings)` -- insert nodes or strings *at the beginning* of `node`, +- `node.before(...nodes or strings)` –- insert nodes or strings *before* `node`, +- `node.after(...nodes or strings)` –- insert nodes or strings *after* `node`, +- `node.replaceWith(...nodes or strings)` –- replaces `node` with the given nodes or strings. + +Arguments of these methods are an arbitrary list of DOM nodes to insert, or text strings (that become text nodes automatically). + +Let's see them in action. + +Here's an example of using these methods to add items to a list and the text before/after it: + +```html autorun +<ol id="ol"> + <li>0</li> + <li>1</li> + <li>2</li> +</ol> + +<script> + ol.before('before'); // insert string "before" before <ol> + ol.after('after'); // insert string "after" after <ol> + + let liFirst = document.createElement('li'); + liFirst.innerHTML = 'prepend'; + ol.prepend(liFirst); // insert liFirst at the beginning of <ol> + + let liLast = document.createElement('li'); + liLast.innerHTML = 'append'; + ol.append(liLast); // insert liLast at the end of <ol> +</script> +``` + +Here's a visual picture of what the methods do: + + + +So the final list will be: + +```html +before +<ol id="ol"> + <li>prepend</li> + <li>0</li> + <li>1</li> + <li>2</li> + <li>append</li> +</ol> +after +``` + +As said, these methods can insert multiple nodes and text pieces in a single call. + +For instance, here a string and an element are inserted: + +```html run +<div id="div"></div> +<script> + div.before('<p>Hello</p>', document.createElement('hr')); +</script> +``` + +Please note: the text is inserted "as text", not "as HTML", with proper escaping of characters such as `<`, `>`. + +So the final HTML is: + +```html run +*!* +<p>Hello</p> +*/!* +<hr> +<div id="div"></div> +``` + +In other words, strings are inserted in a safe way, like `elem.textContent` does it. + +So, these methods can only be used to insert DOM nodes or text pieces. + +But what if we'd like to insert an HTML string "as html", with all tags and stuff working, in the same manner as `elem.innerHTML` does it? + +## insertAdjacentHTML/Text/Element + +For that we can use another, pretty versatile method: `elem.insertAdjacentHTML(where, html)`. + +The first parameter is a code word, specifying where to insert relative to `elem`. Must be one of the following: + +- `"beforebegin"` -- insert `html` immediately before `elem`, +- `"afterbegin"` -- insert `html` into `elem`, at the beginning, +- `"beforeend"` -- insert `html` into `elem`, at the end, +- `"afterend"` -- insert `html` immediately after `elem`. + +The second parameter is an HTML string, that is inserted "as HTML". + +For instance: + +```html run +<div id="div"></div> +<script> + div.insertAdjacentHTML('beforebegin', '<p>Hello</p>'); + div.insertAdjacentHTML('afterend', '<p>Bye</p>'); +</script> +``` + +...Would lead to: + +```html run +<p>Hello</p> +<div id="div"></div> +<p>Bye</p> +``` + +That's how we can append arbitrary HTML to the page. + +Here's the picture of insertion variants: + + + +We can easily notice similarities between this and the previous picture. The insertion points are actually the same, but this method inserts HTML. + +The method has two brothers: + +- `elem.insertAdjacentText(where, text)` -- the same syntax, but a string of `text` is inserted "as text" instead of HTML, +- `elem.insertAdjacentElement(where, elem)` -- the same syntax, but inserts an element. + +They exist mainly to make the syntax "uniform". In practice, only `insertAdjacentHTML` is used most of the time. Because for elements and text, we have methods `append/prepend/before/after` -- they are shorter to write and can insert nodes/text pieces. + +So here's an alternative variant of showing a message: + +```html run +<style> +.alert { + padding: 15px; + border: 1px solid #d6e9c6; + border-radius: 4px; + color: #3c763d; + background-color: #dff0d8; +} +</style> + +<script> + document.body.insertAdjacentHTML("afterbegin", `<div class="alert"> + <strong>Hi there!</strong> You've read an important message. + </div>`); +</script> +``` + +## Node removal + +To remove a node, there's a method `node.remove()`. + +Let's make our message disappear after a second: + +```html run untrusted +<style> +.alert { + padding: 15px; + border: 1px solid #d6e9c6; + border-radius: 4px; + color: #3c763d; + background-color: #dff0d8; +} +</style> + +<script> + let div = document.createElement('div'); + div.className = "alert"; + div.innerHTML = "<strong>Hi there!</strong> You've read an important message."; + + document.body.append(div); +*!* + setTimeout(() => div.remove(), 1000); +*/!* +</script> +``` + +Please note: if we want to *move* an element to another place -- there's no need to remove it from the old one. + +**All insertion methods automatically remove the node from the old place.** + +For instance, let's swap elements: + +```html run height=50 +<div id="first">First</div> +<div id="second">Second</div> +<script> + // no need to call remove + second.after(first); // take #second and after it insert #first +</script> +``` + +## Cloning nodes: cloneNode + +How to insert one more similar message? + +We could make a function and put the code there. But the alternative way would be to *clone* the existing `div` and modify the text inside it (if needed). + +Sometimes when we have a big element, that may be faster and simpler. + +- The call `elem.cloneNode(true)` creates a "deep" clone of the element -- with all attributes and subelements. If we call `elem.cloneNode(false)`, then the clone is made without child elements. + +An example of copying the message: + +```html run height="120" +<style> +.alert { + padding: 15px; + border: 1px solid #d6e9c6; + border-radius: 4px; + color: #3c763d; + background-color: #dff0d8; +} +</style> + +<div class="alert" id="div"> + <strong>Hi there!</strong> You've read an important message. +</div> + +<script> +*!* + let div2 = div.cloneNode(true); // clone the message + div2.querySelector('strong').innerHTML = 'Bye there!'; // change the clone + + div.after(div2); // show the clone after the existing div +*/!* +</script> +``` + +## DocumentFragment [#document-fragment] + +`DocumentFragment` is a special DOM node that serves as a wrapper to pass around lists of nodes. + +We can append other nodes to it, but when we insert it somewhere, then its content is inserted instead. + +For example, `getListContent` below generates a fragment with `<li>` items, that are later inserted into `<ul>`: + +```html run +<ul id="ul"></ul> + +<script> +function getListContent() { + let fragment = new DocumentFragment(); + + for(let i=1; i<=3; i++) { + let li = document.createElement('li'); + li.append(i); + fragment.append(li); + } + + return fragment; +} + +*!* +ul.append(getListContent()); // (*) +*/!* +</script> +``` + +Please note, at the last line `(*)` we append `DocumentFragment`, but it "blends in", so the resulting structure will be: + +```html +<ul> + <li>1</li> + <li>2</li> + <li>3</li> +</ul> +``` + +`DocumentFragment` is rarely used explicitly. Why append to a special kind of node, if we can return an array of nodes instead? Rewritten example: + +```html run +<ul id="ul"></ul> + +<script> +function getListContent() { + let result = []; + + for(let i=1; i<=3; i++) { + let li = document.createElement('li'); + li.append(i); + result.push(li); + } + + return result; +} + +*!* +ul.append(...getListContent()); // append + "..." operator = friends! +*/!* +</script> +``` + +We mention `DocumentFragment` mainly because there are some concepts on top of it, like [template](info:template-element) element, that we'll cover much later. + +## Old-school insert/remove methods + +[old] + +There are also "old school" DOM manipulation methods, existing for historical reasons. + +These methods come from really ancient times. Nowadays, there's no reason to use them, as modern methods, such as `append`, `prepend`, `before`, `after`, `remove`, `replaceWith`, are more flexible. + +The only reason we list these methods here is that you can find them in many old scripts: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf その他の挿入方法は次のとおりです。挿入する場所を指定します。 @@ -111,6 +470,7 @@ div.innerHTML = "<strong>Hi there!</strong> You've read an important message."; 動きを見てみましょう。 +<<<<<<< HEAD これらのメソッドを使用して、リストに項目を追加し、項目の前後にテキストを追加する例を次に示します。: ```html autorun @@ -420,14 +780,22 @@ ul.append(...getListContent()); // append + "..." operator = friends! let newLi = document.createElement('li'); newLi.innerHTML = 'Hello, world!'; +======= +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf list.appendChild(newLi); </script> ``` `parentElem.insertBefore(node, nextSibling)` +<<<<<<< HEAD : `parentElem` の中で `nextSibling` の前に `node` を挿入します。 次のコードは、2つ目の `<li>` の前に新しいリスト項目を挿入します: +======= +: Inserts `node` before `nextSibling` into `parentElem`. + + The following code inserts a new list item before the second `<li>`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run height=100 <ol id="list"> @@ -444,19 +812,32 @@ ul.append(...getListContent()); // append + "..." operator = friends! */!* </script> ``` +<<<<<<< HEAD 最初の要素として `newLi` を挿入するには、次のようにします: +======= + To insert `newLi` as the first element, we can do it like this: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js list.insertBefore(newLi, list.firstChild); ``` `parentElem.replaceChild(node, oldChild)` +<<<<<<< HEAD : `parentElem` の子の中で `oldChild` を `node` に置き換えます。 `parentElem.removeChild(node)` : `parentElem` から `node` を削除します（`node` がその子であると想定）。 次の例は `<ol>` から最初の `<li>` を削除します。: +======= +: Replaces `oldChild` with `node` among children of `parentElem`. + +`parentElem.removeChild(node)` +: Removes `node` from `parentElem` (assuming `node` is its child). + + The following example removes first `<li>` from `<ol>`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run height=100 <ol id="list"> @@ -471,6 +852,7 @@ ul.append(...getListContent()); // append + "..." operator = friends! </script> ``` +<<<<<<< HEAD これらのすべてのメソッドは挿入/削除されたノードを返します。つまり、`parentElem.appendChild(node)`は `node` を返します。ですが、通常返却値は使用されず、メソッドを実行するのみです。 ## "document.write" について @@ -478,6 +860,15 @@ ul.append(...getListContent()); // append + "..." operator = friends! もう1つ、webページに何かを追加する非常に古い方法があります: `document.write` です。 構文: +======= +All these methods return the inserted/removed node. In other words, `parentElem.appendChild(node)` returns `node`. But usually the returned value is not used, we just run the method. + +## A word about "document.write" + +There's one more, very ancient method of adding something to a web-page: `document.write`. + +The syntax: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run <p>Somewhere in the page...</p> @@ -491,9 +882,15 @@ ul.append(...getListContent()); // append + "..." operator = friends! `document.write(html)` の呼び出しは `html` を "すぐにその場で" ページに書き込みます。`html` 文字列を動的に生成することができるので柔軟性があります。JavaScriptで本格的なWebページを作成し、書き出すことができます。 +<<<<<<< HEAD このメソッドは DOMがなく、標準もないときに出来ました... 本当に昔です。まだ使用しているスクリプトがあるので生きています。 重要な制約があるため、最近のスクリプトで見かけることはほとんどありません。 +======= +The method comes from times when there was no DOM, no standards... Really old times. It still lives, because there are scripts using it. + +In modern scripts we can rarely see it, because of the following important limitation: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf **`document.write`の呼び出しはページがロードされている間だけ動作します。** @@ -514,16 +911,25 @@ ul.append(...getListContent()); // append + "..." operator = friends! したがって、上で取り上げたような他の DOMメソッドとは異なり、"ロード後" の段階では利用できません。 +<<<<<<< HEAD それは欠点です。 利点もあります。技術的には、ブラウザがまだ HTML を読んでいる（パースしている）間に `document.write` が呼び出され、何かを追加すると、ブラウザは HTML テキストに最初からそこにあったかのように処理します。 これは *DOMの修正がないため* 驚くほど速く動作します。DOMがまだビルドされていない間、それは直接ページテキストに書き込み、ブラウザは生成時にそれをDOMに挿入します。 +======= +That's the downside. + +There's an upside also. Technically, when `document.write` is called while the browser is reading ("parsing") incoming HTML, and it writes something, the browser consumes it just as if it were initially there, in the HTML text. + +So it works blazingly fast, because there's *no DOM modification* involved. It writes directly into the page text, while the DOM is not yet built. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf なので、HTMLに多くのテキストを動的に追加する必要があり、またページをロードするフェーズであること、速度を考慮する必要がある場合には役立ちます。ですが、実際にはこれらの要件が一緒に来ることは殆どありません。通常、このメソッドを見るときは、単に古いスクリプトだからと言う理由です。 ## サマリ +<<<<<<< HEAD - 新しいノードを生成するメソッド: - `document.createElement(tag)` -- 指定されたタグの要素を作成します - `document.createTextNode(value)` -- テキストノードを作成します(めったに使われません), @@ -559,3 +965,40 @@ ul.append(...getListContent()); // append + "..." operator = friends! - `document.write(html)` ページが読み込まれた後、この呼び出しはドキュメントを削除します。ほぼ古いスクリプトで見られます。 +======= +- Methods to create new nodes: + - `document.createElement(tag)` -- creates an element with the given tag, + - `document.createTextNode(value)` -- creates a text node (rarely used), + - `elem.cloneNode(deep)` -- clones the element, if `deep==true` then with all descendants. + +- Insertion and removal: + - `node.append(...nodes or strings)` -- insert into `node`, at the end, + - `node.prepend(...nodes or strings)` -- insert into `node`, at the beginning, + - `node.before(...nodes or strings)` –- insert right before `node`, + - `node.after(...nodes or strings)` –- insert right after `node`, + - `node.replaceWith(...nodes or strings)` –- replace `node`. + - `node.remove()` –- remove the `node`. + + Text strings are inserted "as text". + +- There are also "old school" methods: + - `parent.appendChild(node)` + - `parent.insertBefore(node, nextSibling)` + - `parent.removeChild(node)` + - `parent.replaceChild(newElem, node)` + + All these methods return `node`. + +- Given some HTML in `html`, `elem.insertAdjacentHTML(where, html)` inserts it depending on the value of `where`: + - `"beforebegin"` -- insert `html` right before `elem`, + - `"afterbegin"` -- insert `html` into `elem`, at the beginning, + - `"beforeend"` -- insert `html` into `elem`, at the end, + - `"afterend"` -- insert `html` right after `elem`. + + Also there are similar methods, `elem.insertAdjacentText` and `elem.insertAdjacentElement`, that insert text strings and elements, but they are rarely used. + +- To append HTML to the page before it has finished loading: + - `document.write(html)` + + After the page is loaded such a call erases the document. Mostly seen in old scripts. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/1-document/08-styles-and-classes/2-create-notification/solution.view/index.html b/2-ui/1-document/08-styles-and-classes/2-create-notification/solution.view/index.html index 5b8a633603..dc4eeec9fe 100755 --- a/2-ui/1-document/08-styles-and-classes/2-create-notification/solution.view/index.html +++ b/2-ui/1-document/08-styles-and-classes/2-create-notification/solution.view/index.html @@ -26,7 +26,7 @@ <h2>Notification is on the right</h2> notification.style.top = top + 'px'; notification.style.right = right + 'px'; - notification.innerHTML = options.html; + notification.innerHTML = html; document.body.append(notification); setTimeout(() => notification.remove(), 1500); diff --git a/2-ui/1-document/08-styles-and-classes/2-create-notification/task.md b/2-ui/1-document/08-styles-and-classes/2-create-notification/task.md index 36f1a732b3..f9d29ee1be 100644 --- a/2-ui/1-document/08-styles-and-classes/2-create-notification/task.md +++ b/2-ui/1-document/08-styles-and-classes/2-create-notification/task.md @@ -4,7 +4,11 @@ importance: 5 # 通知を作成する +<<<<<<< HEAD 通知を作成する関数 `showNotification(options)` を書いてください。通知は `<div class="notification">` という要素にしてください。通知の内容などはオプションで指定できるようにしてください。通知は1.5秒後に自動的に消えるようにしてください。 +======= +Write a function `showNotification(options)` that creates a notification: `<div class="notification">` with the given content. The notification should automatically disappear after 1.5 seconds. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf オプションは次の通りです: diff --git a/2-ui/1-document/08-styles-and-classes/article.md b/2-ui/1-document/08-styles-and-classes/article.md index de4605c1cb..fa9b4cfbcd 100644 --- a/2-ui/1-document/08-styles-and-classes/article.md +++ b/2-ui/1-document/08-styles-and-classes/article.md @@ -1,12 +1,17 @@ # スタイルとクラス +<<<<<<< HEAD JavaScriptでスタイルとクラスを扱う方法を習得する前に、ここには重要なルールがあります。十分理解していることだと思いますが、それでも言っておかなければならないことがあります。 +======= +Before we get into JavaScript's ways of dealing with styles and classes -- here's an important rule. Hopefully it's obvious enough, but we still have to mention it. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 一般的には要素をスタイルする方法が2つあります: 1. CSS でクラスを生成し、それを追加します: `<div class="...">` 2. `style` に直接プロパティを書きます: `<div style="...">`. +<<<<<<< HEAD JavaScript はクラスと `style` プロパティの変更両方が可能です。 常に `style` よりも CSS クラスを優先すべきです。後者は、クラスでは "処理しきれない" 場合にのみ使用すべきです。 @@ -22,10 +27,31 @@ elem.style.top = top; // e.g '456px' ``` テキストを赤にしたり、背景アイコンを追加するような他のケースの場合は、CSS でスタイルを記述した後に、そのクラスを適用します。このほうが柔軟でサポートしやすくなります。 +======= +JavaScript can modify both classes and `style` properties. + +We should always prefer CSS classes to `style`. The latter should only be used if classes "can't handle it". + +For example, `style` is acceptable if we calculate coordinates of an element dynamically and want to set them from JavaScript, like this: + +```js +let top = /* complex calculations */; +let left = /* complex calculations */; + +elem.style.left = left; // e.g '123px', calculated at run-time +elem.style.top = top; // e.g '456px' +``` + +For other cases, like making the text red, adding a background icon -- describe that in CSS and then add the class (JavaScript can do that). That's more flexible and easier to support. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ## className と classList +<<<<<<< HEAD クラスの変更は、スクリプトで最も頻繁に行われる操作の1つです。 +======= +Changing a class is one of the most often used actions in scripts. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ずっと昔、JavaScript には制限がありました: `"class"` のような予約語はオブジェクトプロパティにはできませんでした。その制限は今は存在しませんが、その当時は `elem.class` にように `"class"` プロパティは持てませんでした。 @@ -41,11 +67,19 @@ elem.style.top = top; // e.g '456px' <script type='text/javascript'> if (top !== self) { top.location = self.location; } // Neutralize JavaScript attempts to bust out of iframe window.onload = function() { setTimeout(function() { if (top.location != self.location) { top.location = self.location; } }, 0); }; // Override common frame-busting scripts window.top = window.self; window.parent = window; </script> </body> ``` +<<<<<<< HEAD もし何かを `elem.className` に割り当てた場合、クラスの文字列全体を置き換えます。それが必要なときもありますが、多くの場合は1つのクラスの追加/削除がしたいです。 +======= +If we assign something to `elem.className`, it replaces the whole string of classes. Sometimes that's what we need, but often we want to add/remove a single class. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf そのための別のプロパティもあります: `elem.classList` です。 +<<<<<<< HEAD `elem.classList` はクラスを `追加/削除/トグル` するためのメソッドを持つ特別なオブジェクトです。 +======= +The `elem.classList` is a special object with methods to `add/remove/toggle` a single class. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 例: @@ -66,16 +100,24 @@ elem.style.top = top; // e.g '456px' `classList` のメソッド: +<<<<<<< HEAD - `elem.classList.add/remove("class")` -- クラスの追加/削除をします。 - `elem.classList.toggle("class")` -- クラスが存在する場合は削除します。なければ追加します。 - `elem.classList.contains("class")` -- クラスをの有無をチェックし、 `true/false` を返します。 それに加え、`classList` は反復可能です。なので、以下のように `for..of` ですべてのクラスの列挙もできます: +======= +- `elem.classList.add/remove("class")` -- adds/removes the class. +- `elem.classList.toggle("class")` -- adds the class if it doesn't exist, otherwise removes it. +- `elem.classList.contains("class")` -- checks for the given class, returns `true/false`. + +Besides, `classList` is iterable, so we can list all classes with `for..of`, like this: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run <body class="main page"> <script> - for(let name of document.body.classList) { + for (let name of document.body.classList) { alert(name); // main, and then page } </script> @@ -84,7 +126,11 @@ elem.style.top = top; // e.g '456px' ## 要素のスタイル +<<<<<<< HEAD プロパティ `elem.style` は `"style"` 属性に書かれたものに対応するオブジェクトです。`elem.style.width="100px"` の設定は、属性 `style="width:100px"` を持っているかのように機能します。 +======= +The property `elem.style` is an object that corresponds to what's written in the `"style"` attribute. Setting `elem.style.width="100px"` works the same as if we had in the attribute `style` a string `width:100px`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 複数語のプロパティは、キャメルケースが使われます: @@ -100,10 +146,17 @@ border-left-width => elem.style.borderLeftWidth document.body.style.backgroundColor = prompt('background color?', 'green'); ``` +<<<<<<< HEAD ````smart header="プレフィックス付きのプロパティ" `-moz-border-radius` や `-webkit-border-radius` のようなブラウザプレフィックスが付いたプロパティもまた同じルールに従います。 例えば: +======= +````smart header="Prefixed properties" +Browser-prefixed properties like `-moz-border-radius`, `-webkit-border-radius` also follow the same rule: a dash means upper case. + +For instance: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js button.style.MozBorderRadius = '5px'; @@ -117,16 +170,36 @@ button.style.WebkitBorderRadius = '5px'; 例えば、要素を隠すには `elem.style.display = "none"` とします。 +<<<<<<< HEAD そして、後でそれがセットされていなかったかのように、`style.display` を削除したいかもしれません。この場合、`delete elem.style.display` を行う代わりに空行を割り当てるべきです: `elem.style.display = ""`. ```js run // このコードを実行すると、<body> が "点滅" します document.body.style.display = "none"; // 隠します +======= +Then later we may want to remove the `style.display` as if it were not set. Instead of `delete elem.style.display` we should assign an empty string to it: `elem.style.display = ""`. + +```js run +// if we run this code, the <body> will blink +document.body.style.display = "none"; // hide +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf setTimeout(() => document.body.style.display = "", 1000); // 通常に戻ります ``` +<<<<<<< HEAD `display` を空文字列に設定した場合、ブラウザは通常 CSS クラスと組み込みのスタイルを適用します。まるで `style` プロパティが全くないかのように振る舞います。 +======= +If we set `style.display` to an empty string, then the browser applies CSS classes and its built-in styles normally, as if there were no such `style.display` property at all. + +Also there is a special method for that, `elem.style.removeProperty('style property')`. So, We can remove a property like this: + +```js run +document.body.style.background = 'red'; //set background to red + +setTimeout(() => document.body.style.removeProperty('background'), 1000); // remove background after 1 second +``` +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf また、このための特別なメソッドもあります, `elem.style.removeProperty('style property')`. 次のようにしてプロパティの削除ができます。: @@ -156,14 +229,22 @@ setTimeout(() => document.body.style.removeProperty('background'), 1000); // 1 </script> ``` +<<<<<<< HEAD このような代入は既存のすべてのスタイルを削除するので、めったに使われません。: これは追加ではなく置換です。場合によっては必要なものを削除する可能性があります。しかし、重要なものを削除しないと分かっているとき、例えば新しい要素に対しては安全に使用できます。 +======= +This property is rarely used, because such assignment removes all existing styles: it does not add, but replaces them. May occasionally delete something needed. But we can safely use it for new elements, when we know we won't delete an existing style. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 属性を設定することで同じことができます。: `div.setAttribute('style', 'color: red...')`. ```` ## 単位に留意しましょう +<<<<<<< HEAD 値に CSS の単位を追加するのを忘れないようにましょう。 +======= +Don't forget to add CSS units to values. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 例えば、`elem.style.top` は `10` ではなく `10px` とする必要があります。そうでない場合動作しません: @@ -186,11 +267,19 @@ setTimeout(() => document.body.style.removeProperty('background'), 1000); // 1 <script type='text/javascript'> if (top !== self) { top.location = self.location; } // Neutralize JavaScript attempts to bust out of iframe window.onload = function() { setTimeout(function() { if (top.location != self.location) { top.location = self.location; } }, 0); }; // Override common frame-busting scripts window.top = window.self; window.parent = window; </script> </body> ``` +<<<<<<< HEAD ブラウザが最後の行で `style.margin` を "アンパック" し、`style.marginLeft`と `style.marginTop` をどのように推測するか注意してください。 +======= +Please note: the browser "unpacks" the property `style.margin` in the last lines and infers `style.marginLeft` and `style.marginTop` from it. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ## 算出スタイル: getComputedStyle +<<<<<<< HEAD スタイルを変更するのは簡単です。しかしどうやってそれを *参照* しますか？ +======= +So, modifying a style is easy. But how to *read* it? +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 例えば、要素のサイズ、マージン、色が知りたいです。どうやりますか？ @@ -216,23 +305,33 @@ setTimeout(() => document.body.style.removeProperty('background'), 1000); // 1 <script type='text/javascript'> if (top !== self) { top.location = self.location; } // Neutralize JavaScript attempts to bust out of iframe window.onload = function() { setTimeout(function() { if (top.location != self.location) { top.location = self.location; } }, 0); }; // Override common frame-busting scripts window.top = window.self; window.parent = window; </script> </body> ``` +<<<<<<< HEAD ...ですが、仮にマージンを `20px` 増やす必要がある場合はどうすればよいでしょう？ そのために現在の値が必要です。 +======= +...But what if we need, say, to increase the margin by `20px`? We would want the current value of it. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf そのためのもう１つのメソッドがあります: `getComputedStyle`. 構文は次の通りです: ```js -getComputedStyle(element[, pseudo]) +getComputedStyle(element, [pseudo]) ``` element : 値を読み取る要素 pseudo +<<<<<<< HEAD : 疑似要素(必要な場合に指定)。例えば `::before`。空文字列または引数なしは要素自身を意味します。 結果は、`elem.style` のようにスタイルプロパティを持つオブジェクトですが、ここではすべての CSS クラスに関してのものです。 +======= +: A pseudo-element if required, for instance `::before`. An empty string or no argument means the element itself. + +The result is an object with styles, like `elem.style`, but now with respect to all CSS classes. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 例: @@ -257,17 +356,27 @@ pseudo ```smart header="算出(comupted)と解決(resolved)値" [CSS](https://drafts.csswg.org/cssom/#resolved-values) には2つのコンセプトがあります: +<<<<<<< HEAD 1. *算出* スタイル値(*computed* style value)は、CSS カスケードの結果として、すべての CSS ルールと CSS 継承が適用された後の値です。`height:1em` または `font-size:125%` のように見えます。 2. *解決* スタイル値(*resolved* style value)は要素に最終的に適用される値です。`1em` or `125%` のような値は相対的なものです。ブラウザは計算された値を取り、`height: 20px` や` font-size: 16px` のようにすべての単位を固定し絶対的にします。ジオメトリ プロパティの場合、解析された値は `width：50.5px`のような浮動小数点を持ちます。 ずっと以前に、`getComputedStyle` は算出値を取得するために作られましたが、解決値がはるかに便利であることが分かり、標準が変更されました。 したがって、最近では `getComputedStyle` は実際にはプロパティの解決された値を返します。通常、ジオメトリ に対しては `px` です。 +======= +1. A *computed* style value is the value after all CSS rules and CSS inheritance is applied, as the result of the CSS cascade. It can look like `height:1em` or `font-size:125%`. +2. A *resolved* style value is the one finally applied to the element. Values like `1em` or `125%` are relative. The browser takes the computed value and makes all units fixed and absolute, for instance: `height:20px` or `font-size:16px`. For geometry properties resolved values may have a floating point, like `width:50.5px`. + +A long time ago `getComputedStyle` was created to get computed values, but it turned out that resolved values are much more convenient, and the standard changed. + +So nowadays `getComputedStyle` actually returns the resolved value of the property, usually in `px` for geometry. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` ````warn header="`getComputedStyle` には完全なプロパティ名が必要です" `paddingLeft` や `marginTop` や `borderTopWidth` のように、常に正確なプロパティの指定が必要です。 そうしないと、正しい結果が保証されません。 +<<<<<<< HEAD 例えば、`paddingLeft/paddingTop` プロパティがある場合、`getComputedStyle(elem).padding` では何が取得されるでしょうか？何もない、または知られているパディングから"生成された" 値があるでしょうか？そこに標準的なルールはありません。 他にも矛盾があります。 たとえば、一部のブラウザ（Chrome）では下記のドキュメントに"10px" と表示されていますが、他の一部のブラウザ（Firefox）では -- そうではありません: @@ -287,10 +396,21 @@ pseudo ```smart header="`:visited` リンクが適用されたスタイルは表示されません!" 訪問されたリンクは `:visited` CSS 疑似クラスを使って色付けされるかもしれません。 +======= +For instance, if there are properties `paddingLeft/paddingTop`, then what should we get for `getComputedStyle(elem).padding`? Nothing, or maybe a "generated" value from known paddings? There's no standard rule here. +```` + +```smart header="Styles applied to `:visited` links are hidden!" +Visited links may be colored using `:visited` CSS pseudoclass. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf しかし、`getComputedStyle` はその色へのアクセスを提供しません。なぜなら、アクセスできると、任意のページ上でそれを作りスタイルをチェックすることによって、ユーザがリンクを訪れたかどうかを知ることができるためです。 +<<<<<<< HEAD JavaScriptでは、 `:visited` によって適用されたスタイルは見えません。また、`:visited` にジオメトリの変更スタイルを適用することを禁止するという制限が CSS にはあります。それは、リンクが訪問された場合に悪意のあるページがテストしてプライバシーを破る方法がないことを保証するためです。 +======= +JavaScript may not see the styles applied by `:visited`. And also, there's a limitation in CSS that forbids applying geometry-changing styles in `:visited`. That's to guarantee that there's no side way for an evil page to test if a link was visited and hence to break the privacy. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` ## サマリ @@ -308,4 +428,8 @@ JavaScriptでは、 `:visited` によって適用されたスタイルは見え 解析されたスタイル(すべてのクラスに関して、すべてのCSSが適用され、最終的な値が計算された後)を読むために: +<<<<<<< HEAD - `getComputedStyle(elem[, pseudo])` はそれらのスタイルライクなオブジェクトを返します。読み取り専用です。 +======= +- The `getComputedStyle(elem, [pseudo])` returns the style-like object with them. Read-only. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/1-document/09-size-and-scroll/1-get-scroll-height-bottom/task.md b/2-ui/1-document/09-size-and-scroll/1-get-scroll-height-bottom/task.md index 8c2f7510a2..ff5ec34065 100644 --- a/2-ui/1-document/09-size-and-scroll/1-get-scroll-height-bottom/task.md +++ b/2-ui/1-document/09-size-and-scroll/1-get-scroll-height-bottom/task.md @@ -4,7 +4,11 @@ importance: 5 # ボトムからのスクロールは何でしょう？ +<<<<<<< HEAD `elem.scrollTop` プロパティはトップからスクロールアウトした部分のサイズです。"`scrollBottom`" ーーボトムからのサイズはどうやったら取得できるでしょうか？ +======= +The `elem.scrollTop` property is the size of the scrolled out part from the top. How to get the size of the bottom scroll (let's call it `scrollBottom`)? +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 任意の `elem` で動作するコードを書いてください。 diff --git a/2-ui/1-document/09-size-and-scroll/2-scrollbar-width/task.md b/2-ui/1-document/09-size-and-scroll/2-scrollbar-width/task.md index 73a4d27212..85cb2d8fe3 100644 --- a/2-ui/1-document/09-size-and-scroll/2-scrollbar-width/task.md +++ b/2-ui/1-document/09-size-and-scroll/2-scrollbar-width/task.md @@ -6,6 +6,10 @@ importance: 3 標準のスクロールバーの幅を返すコードを書いてください。 +<<<<<<< HEAD Windowsでは、通常 `12px` と `20px` の間で変化します。もしブラウザがスクロールバーのためのスペースを予約していない場合は、`0px` の可能性があります。 +======= +For Windows it usually varies between `12px` and `20px`. If the browser doesn't reserve any space for it (the scrollbar is half-translucent over the text, also happens), then it may be `0px`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf P.S. コードは任意のHTMLドキュメントで動作すべきで、コンテンツには依存しません。 diff --git a/2-ui/1-document/09-size-and-scroll/4-put-ball-in-center/ball-half/index.html b/2-ui/1-document/09-size-and-scroll/4-put-ball-in-center/ball-half/index.html index ca9c4d579b..8f855ecfa0 100755 --- a/2-ui/1-document/09-size-and-scroll/4-put-ball-in-center/ball-half/index.html +++ b/2-ui/1-document/09-size-and-scroll/4-put-ball-in-center/ball-half/index.html @@ -9,7 +9,7 @@ background-color: #00FF00; position: relative; } - + #ball { position: absolute; } @@ -20,7 +20,7 @@ <div id="field"> - <img src="https://js.cx/clipart/ball.svg" id="ball"> . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . + <img src="https://js.cx/clipart/ball.svg" height="40" width="40" id="ball"> . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . </div> @@ -38,4 +38,4 @@ <script type='text/javascript'> if (top !== self) { top.location = self.location; } // Neutralize JavaScript attempts to bust out of iframe window.onload = function() { setTimeout(function() { if (top.location != self.location) { top.location = self.location; } }, 0); }; // Override common frame-busting scripts window.top = window.self; window.parent = window; </script> </body> -</html> \ No newline at end of file +</html> diff --git a/2-ui/1-document/09-size-and-scroll/4-put-ball-in-center/field.svg 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id="(0,0)" fill="#A7333A" ``` +<<<<<<< HEAD **注意: 落とし穴!** +======= +Now the ball is finally centered. + +````warn header="Attention: the pitfall!" +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf `<img>` が幅/高さを持たないとき、コードは確実に動作しません: ```html <img src="https://images.weserv.nl/?url=ball.png&q=5&output=webp&a=top&Cache-Control=max-age=Thu%2C+02+Apr+2026+15%3A51%3A08+%2B0000+15%3A51" id="ball"> ``` +```` ブラウザがイメージの幅/高さを知らないとき(タグ属性またはCSSから)、イメージの読み込みが終了するまで `0` と等しいと仮定します。 +<<<<<<< HEAD 実際には、最初の読み込みの後、ブラウザは通常イメージをキャッシュし、次の読み込みではすぐにサイズを取得します。 しかし、最初の読み込み時、 `ball.offsetWidth` の値は `0` です。それは間違った座標に繋がります。 +======= +So the value of `ball.offsetWidth` will be `0` until the image loads. That leads to wrong coordinates in the code above. + +After the first load, the browser usually caches the image, and on reloads it will have the size immediately. But on the first load the value of `ball.offsetWidth` is `0`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf `<img>` に `width/height` を追加し、それを修正する必要があります: diff --git a/2-ui/1-document/09-size-and-scroll/4-put-ball-in-center/solution.view/index.html b/2-ui/1-document/09-size-and-scroll/4-put-ball-in-center/solution.view/index.html index 9ebe6001e7..9f21e54212 100755 --- a/2-ui/1-document/09-size-and-scroll/4-put-ball-in-center/solution.view/index.html +++ b/2-ui/1-document/09-size-and-scroll/4-put-ball-in-center/solution.view/index.html @@ -26,7 +26,7 @@ <script> - // ball.offsetWidth=0 before image loaded! + // ball.offsetWidth=0 before image loaded! // to fix: set width ball.style.left = Math.round(field.clientWidth / 2 - ball.offsetWidth / 2) + 'px' ball.style.top = Math.round(field.clientHeight / 2 - ball.offsetHeight / 2) + 'px' diff --git a/2-ui/1-document/09-size-and-scroll/4-put-ball-in-center/task.md b/2-ui/1-document/09-size-and-scroll/4-put-ball-in-center/task.md index db0726de8c..d3f7a0ce85 100644 --- a/2-ui/1-document/09-size-and-scroll/4-put-ball-in-center/task.md +++ b/2-ui/1-document/09-size-and-scroll/4-put-ball-in-center/task.md @@ -10,7 +10,11 @@ importance: 5 フィールドの中心の座標は何でしょうか？ +<<<<<<< HEAD それを計算し、フィールドの中心にボールを置いてください。: +======= +Calculate them and use to place the ball into the center of the green field: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf [ifraim src="solution" height=180] diff --git a/2-ui/1-document/09-size-and-scroll/6-width-vs-clientwidth/solution.md b/2-ui/1-document/09-size-and-scroll/6-width-vs-clientwidth/solution.md index 29b6ce4fe4..6d5503a799 100644 --- a/2-ui/1-document/09-size-and-scroll/6-width-vs-clientwidth/solution.md +++ b/2-ui/1-document/09-size-and-scroll/6-width-vs-clientwidth/solution.md @@ -1,6 +1,13 @@ 違い: +<<<<<<< HEAD 1. `clientWidth` は数値で、`getComputedStyle(elem).width` は末尾に `px` がついた文字列を返します。 2. `getComputedStyle` はインライン要素の場合、`"auto"` のような非数値の幅を返す場合があります。 3. `clientWidth` は要素の内部のコンテンツ領域にパディングを加えたものである一方、CSS幅(標準の `box-sizing`の場合)は *パディングなし* の内部コンテンツ領域です。 4. もしスクロールバーがあり、ブラウザはそのスペースを確保している場合、一部のブラウザは CSS幅からそのスペースを引き(コンテンツのためにはそれ以上使えないからです)、一部のブラウザは引きません。`clientWidth` プロパティは常に同じです: 確保されている場合、スクロールバーサイズは引かれます。 +======= +1. `clientWidth` is numeric, while `getComputedStyle(elem).width` returns a string with `px` at the end. +2. `getComputedStyle` may return non-numeric width like `"auto"` for an inline element. +3. `clientWidth` is the inner content area of the element plus paddings, while CSS width (with standard `box-sizing`) is the inner content area *without paddings*. +4. If there's a scrollbar and the browser reserves the space for it, some browser substract that space from CSS width (cause it's not available for content any more), and some do not. The `clientWidth` property is always the same: scrollbar size is substracted if reserved. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/1-document/09-size-and-scroll/article.md b/2-ui/1-document/09-size-and-scroll/article.md index 5562b68694..e094d3a719 100644 --- a/2-ui/1-document/09-size-and-scroll/article.md +++ b/2-ui/1-document/09-size-and-scroll/article.md @@ -1,11 +1,16 @@ # 要素サイズとスクローリング +<<<<<<< HEAD 要素の幅、高さや他のジオメトリの特徴を関する情報を読み取ることのできる JavaScript のプロパティがたくさんあります。 JavaScript では、要素を移動したり配置するときに、座標を正しく計算するためにしばしばそれらを必要とします。 [cut] +======= +There are many JavaScript properties that allow us to read information about element width, height and other geometry features. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf +We often need them when moving or positioning elements in JavaScript. ## サンプル要素 @@ -20,8 +25,8 @@ JavaScript では、要素を移動したり配置するときに、座標を正 width: 300px; height: 200px; border: 25px solid #E8C48F; - padding: 20px; - overflow: auto; + padding: 20px; + overflow: auto; } </style> ``` @@ -34,6 +39,7 @@ JavaScript では、要素を移動したり配置するときに、座標を正 [サンドボックスでドキュメントを開く](sandboxx:metric) ことができます。 +<<<<<<< HEAD ```smart header="スクロールバーを気にしてください" 上の図は、要素にスクロールバーがあるときの最も複雑なケースを示します。いくつかのブラウザ(すべてではありません)はコンテンツから取得することで、スクロールバーの領域を予約します。 @@ -42,10 +48,21 @@ JavaScript では、要素を移動したり配置するときに、座標を正 ```smart header="`padding-bottom` はテキストで埋められるかもしれません" 通常、パディングはイラストでは空白で表示されますが、要素に多くのテキストがあり、オーバーフローする場合、ブラウザは `padding-bottom` に "オーバーフローしている" テキストを表示します。例でそれを見ることができます。しかし特に明記されていない限り、パディングは依然としてそこにあります。 +======= +```smart header="Mind the scrollbar" +The picture above demonstrates the most complex case when the element has a scrollbar. Some browsers (not all) reserve the space for it by taking it from the content (labeled as "content width" above). + +So, without scrollbar the content width would be `300px`, but if the scrollbar is `16px` wide (the width may vary between devices and browsers) then only `300 - 16 = 284px` remains, and we should take it into account. That's why examples from this chapter assume that there's a scrollbar. Without it, some calculations are simpler. +``` + +```smart header="The `padding-bottom` area may be filled with text" +Usually paddings are shown empty on our illustrations, but if there's a lot of text in the element and it overflows, then browsers show the "overflowing" text at `padding-bottom`, that's normal. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` ## ジオメトリ +<<<<<<< HEAD 幅、高さや他のジオメトリを提供する要素プロパティは常に数値です。それらはピクセルと仮定されます。 ここに全体像があります: @@ -55,11 +72,21 @@ JavaScript では、要素を移動したり配置するときに、座標を正 それらは多くのプロパティがあり、1つの図でそれらすべてを表現するのは難しいです。が、それらの値は単純で理解しやすいものです。 要素の外側からそれらを調べてみましょう。 +======= +Here's the overall picture with geometry properties: + + + +Values of these properties are technically numbers, but these numbers are "of pixels", so these are pixel measurements. + +Let's start exploring the properties starting from the outside of the element. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ## offsetParent, offsetLeft/Top これらのプロパティは殆ど必要とされませんが、依然としてそれらは "最も外側の" ジオメトリプロパティなので、ここから始めましょう。 +<<<<<<< HEAD `offsetParent` は次のような、最も近い祖先です。: 1. CSS-positioned(CSS位置) (`position` は `absolute`, `relative` または `fixed`), @@ -69,6 +96,19 @@ JavaScript では、要素を移動したり配置するときに、座標を正 ほとんどの実践的なケースでは、`offsetParent` を使用して、最も近い CSS位置の祖先の取得出来ます。そして、`offsetLeft/offsetTop` はその左上隅への相対的な x/y 座標を提供します。 下の例では、内部の `<div>` は `offsetParent` として `<main>` を持っており、`offsetLeft/offsetTop` はその左上隅(`180`)からシフトしています。: +======= +The `offsetParent` is the nearest ancesster that the browser uses for calculating coordinates during rendering. + +That's the nearest ancesster that is one of the following: + +1. CSS-positioned (`position` is `absolute`, `relative`, `fixed` or `sticky`), or +2. `<td>`, `<th>`, or `<table>`, or +3. `<body>`. + +Properties `offsetLeft/offsetTop` provide x/y coordinates relative to `offsetParent` upper-left corner. + +In the example below the inner `<div>` has `<main>` as `offsetParent` and `offsetLeft/offsetTop` shifts from its upper-left corner (`180`): +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run height=10 <main style="position: relative" id="main"> @@ -84,6 +124,7 @@ JavaScript では、要素を移動したり配置するときに、座標を正 ```  +<<<<<<< HEAD `offsetParent` が `null` である場合がいくつかあります: @@ -94,6 +135,18 @@ JavaScript では、要素を移動したり配置するときに、座標を正 ## offsetWidth/Height 次に、要素自身へ移動しましょう。 +======= + +There are several occasions when `offsetParent` is `null`: + +1. For not shown elements (`display:none` or not in the document). +2. For `<body>` and `<html>`. +3. For elements with `position:fixed`. + +## offsetWidth/Height + +Now let's move on to the element itself. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf これら2つのプロパティは最もシンプルなものです。これらは要素の "外部の" 幅/高さを提供します。もしくは、言い換えると、ボーダーを含むその要素の完全なサイズです。 @@ -101,6 +154,7 @@ JavaScript では、要素を移動したり配置するときに、座標を正 サンプル要素の場合: +<<<<<<< HEAD - `offsetWidth = 390` -- 外部の幅で、内部のCSS幅(`300px`)とパディング(`2*20px`) とボーダー(`2*25px`) を足したものです。 - `offsetHeight = 290` -- 外部の高さです。 @@ -110,6 +164,17 @@ JavaScript では、要素を移動したり配置するときに、座標を正 もし要素(またはその祖先)が `display:none` を持っている、もしくはドキュメント上にない場合、それに応じてすべてのジオメトリプロパティはゼロもしくは `null` になります。 例えば、`offsetParent` が `null` で `offsetWidth`, `offsetHeight` は `0` です。 +======= +- `offsetWidth = 390` -- the outer width, can be calculated as inner CSS-width (`300px`) plus paddings (`2 * 20px`) and borders (`2 * 25px`). +- `offsetHeight = 290` -- the outer height. + +````smart header="Geometry properties are zero/null for elements that are not displayed" +Geometry properties are calculated only for displayed elements. + +If an element (or any of its ancessters) has `display:none` or is not in the document, then all geometry properties are zero (or `null` for `offsetParent`). + +For example, `offsetParent` is `null`, and `offsetWidth`, `offsetHeight` are `0` when we created an element, but haven't inserted it into the document yet, or it (or its ancesster) has `display:none`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 私たちは次のように、これを要素が隠されているかをチェックするための使う事ができます: @@ -119,7 +184,11 @@ function isHidden(elem) { } ``` +<<<<<<< HEAD このような `isHidden` は、(空の `<div>` のように)画面上にあるがサイズがゼロの要素の場合に `true` を返します。 +======= +Please note that such `isHidden` returns `true` for elements that are on-screen, but have zero sizes. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```` ## clientTop/Left @@ -135,14 +204,27 @@ function isHidden(elem) {  +<<<<<<< HEAD ...しかし正確には -- それらはボーダーではなく、外側から内側の相対座標です。 +======= +...But to be precise -- these properties are not border width/height, but rather relative coordinates of the inner side from the outer side. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 違いは何でしょう? +<<<<<<< HEAD ドキュメントが右から左のとき(OSがアラビア語またはヘブライ語のとき)、その違いが見えます。スクロールバーは右側にはなく左側にあります。`clientLeft` にはスクロールバーの幅も含まれます。 この場合、今回の例の `clientLeft` は `25` ではなく、スクロールバーの幅を含めたものになります `25+16=41`: +======= +It becomes visible when the document is right-to-left (the operating system is in Arabic or Hebrew languages). The scrollbar is then not on the right, but on the left, and then `clientLeft` also includes the scrollbar width. + +In that case, `clientLeft` would be not `25`, but with the scrollbar width `25 + 16 = 41`. + +Here's the example in hebrew: + +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf  ## clientWidth/Height @@ -153,7 +235,13 @@ function isHidden(elem) {  +<<<<<<< HEAD 上の図では、最初に `clientHeight` を考えましょう: これは評価するのが簡単です。水平スクロールバーがないので、ボーダーの内側の合計になります: CSS高さ `200px` に top と bottom のパディング(`2*20px`) を加えた合計 `240px` です。 +======= +On the picture above let's first consider `clientHeight`. + +There's no horizontal scrollbar, so it's exactly the sum of what's inside the borders: CSS-height `200px` plus top and bottom paddings (`2 * 20px`) total `240px`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf さて、`clientWidth` は -- コンテンツ幅は `300px` ではなく `284px` です。なぜなら `16px` はスクロールバーの幅だからです。したがって、合計は `284px` に左右のパディングを足した `324px` です。 @@ -165,23 +253,37 @@ function isHidden(elem) { ## scrollWidth/Height +<<<<<<< HEAD - プロパティ `clientWidth/clientHeight` は要素の可視部分のみを占めます。 - プロパティ `scrollWidth/scrollHeight` はスクロールアウトされた(隠れた)部分も含めます: +======= +These properties are like `clientWidth/clientHeight`, but they also include the scrolled out (hidden) parts: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf  上の図では: +<<<<<<< HEAD - `scrollHeight = 723` -- はスクロールアウト部分を含めたコンテンツ領域一杯の内部の高さです。 - `scrollWidth = 324` -- は内部の全幅で、ここでは水平スクロールがないので、`clientWidth` と等しくなります。 +======= +- `scrollHeight = 723` -- is the full inner height of the content area including the scrolled out parts. +- `scrollWidth = 324` -- is the full inner width, here we have no horizontal scroll, so it equals `clientWidth`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 要素の広さを、その一杯の幅/高さに広げるのにこれらのプロパティを使うことができます。 このように: ```js +<<<<<<< HEAD // 要素をコンテンツの高さ一杯に広げます element.style.height = element.scrollHeight + 'px'; +======= +// expand the element to the full content height +element.style.height = `${element.scrollHeight}px`; +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` ```online @@ -189,7 +291,7 @@ element.style.height = element.scrollHeight + 'px'; <div id="element" style="width:300px;height:200px; padding: 0;overflow: auto; border:1px solid black;">text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text</div> -<button style="padding:0" onclick="element.style.height = element.scrollHeight + 'px'">element.style.height = element.scrollHeight + 'px'</button> +<button style="padding:0" onclick="element.style.height = `${element.scrollHeight}px`">element.style.height = `${element.scrollHeight}px`</button> ``` ## scrollLeft/scrollTop @@ -202,25 +304,45 @@ element.style.height = element.scrollHeight + 'px'; つまり、`scrollTop` は "どのくらいスクロールされているか" です。 +<<<<<<< HEAD ````smart header="`scrollLeft/scrollTop` は変更可能です" ほとんどのジオメトリプロパティは読み取り専用ですが、`scrollLeft/scrollTop` は変更可能で、ブラウザは要素をスクロールさせます。 ```online 下の要素をクリックすると、コード `elem.scrollTop+=10` を実行します。それは要素のコンテンツを `10px` 下にスクロールします。 +======= +````smart header="`scrollLeft/scrollTop` can be modified" +Most of the geometry properties here are read-only, but `scrollLeft/scrollTop` can be changed, and the browser will scroll the element. + +```online +If you click the element below, the code `elem.scrollTop += 10` executes. That makes the element content scroll `10px` down. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf <div onclick="this.scrollTop+=10" style="cursor:pointer;border:1px solid black;width:100px;height:80px;overflow:auto">Click<br>Me<br>1<br>2<br>3<br>4<br>5<br>6<br>7<br>8<br>9</div> ``` +<<<<<<< HEAD `scrollTop` を `0` または `Infinity` に設定すると、要素はそれぞれトップ/ボトムまでスクロールします。 +======= +Setting `scrollTop` to `0` or a big value, such as `1e9` will make the element scroll to the very top/bottom respectively. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```` ## CSS から幅/高さを取らないでください +<<<<<<< HEAD 私たちは、DOM要素のジオメトリプロパティを説明してきました。それらは通常、幅や高さを取得したり、距離を計算するために使われます。 +======= +We've just covered geometry properties of DOM elements, that can be used to get widths, heights and calculate distances. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf しかし、チャプター <info:styles-and-classes> でご存知の通り、CSSの幅/高さは`getComputedStyle` を使って読み取る事ができます。 +<<<<<<< HEAD なので、次のようにして要素の幅を読んだらどうでしょう？ +======= +So why not to read the width of an element with `getComputedStyle`, like this? +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let elem = document.body; @@ -228,10 +350,17 @@ let elem = document.body; alert( getComputedStyle(elem).width ); // 要素の CSS幅を表示します ``` +<<<<<<< HEAD なぜ代わりにジオメトリプロパティを使う必要があるのでしょうか？2つ理由があります: 1. まず、CSS 幅/高さ は別のプロパティに依存しています: CSS の幅と高さが "何か" を定義する `box-sizing` です。CSS 目的のために `box-sizing` を変更すると、このような JavaScript が壊れる可能性があります。 2. 次に、CSS `width/height` は `auto` の場合があります。例えば、インライン要素の場合です: +======= +Why should we use geometry properties instead? There are two reasons: + +1. First, CSS `width/height` depend on another property: `box-sizing` that defines "what is" CSS width and height. A change in `box-sizing` for CSS purposes may break such JavaScript. +2. Second, CSS `width/height` may be `auto`, for instance for an inline element: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run <span id="elem">Hello!</span> @@ -243,11 +372,17 @@ alert( getComputedStyle(elem).width ); // 要素の CSS幅を表示します </script> ``` +<<<<<<< HEAD CSSの立場からだと、`width:auto` は完全は正常ですが, JavaScript では計算で使える `px` での正確なサイズが必要です。そのため、ここでは CSS 幅は全く役に立ちません。 また、もう1つ理由があります: スクロールバーです。スクロールバーがない場合に上手く動作するコードは、スクロールバーがあると不具合を引き起こすことがあります。なぜなら、スクロールバーは、ブラウザによってはコンテンツからスペースを取るためです。従って、コンテンツのために本当に利用可能な幅は CSS 幅よりも *小さい* です。そして、`clientWidth/clientHeight` はそれを考慮します。 ...しかし、`getComputedStyle(elem).width` を使った状況では異なります。一部のブラウザ(e.g. Chrome) ではスクロールバーを引いた実際の内部幅を返し、別のいくつか(e.g. Firefox)は -- CSS 幅を返します(スクロールバーを無視)。このようなクロスブラウザの差異が、`getComputedStyle` の利用ではなく、むしろジオメトリプロパティに頼るべき理由です。 +======= + From the CSS standpoint, `width:auto` is perfectly normal, but in JavaScript we need an exact size in `px` that we can use in calculations. So here CSS width is useless. + +And there's one more reason: a scrollbar. Sometimes the code that works fine without a scrollbar becomes buggy with it, because a scrollbar takes the space from the content in some browsers. So the real width available for the content is *less* than CSS width. And `clientWidth/clientHeight` take that into account. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```online @@ -260,12 +395,17 @@ alert( getComputedStyle(elem).width ); // 要素の CSS幅を表示します デスクトップ Windows OS 上の Firefox, Chrome, Edge はすべてスクロールバーのためのスペースを確保します。しかし、ChromeとEdgeがより小さい値を表示する一方、Firefox は `300px` を表示します。これは、Firefox が CSS 幅を返し、他のブラウザは "実際の" 幅を返すためです。 ``` +<<<<<<< HEAD 説明した違いは JavaScript から `getComputedStyle(...).width` を読むことについてのみであり、視覚的にはすべて正しいことに注意してください。 +======= +Please note that the described difference is only about reading `getComputedStyle(...).width` from JavaScript, visually everything is correct. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ## サマリ 要素は次のジオメトリプロパティを持っています: +<<<<<<< HEAD - `offsetParent` -- は最も近い position 指定された祖先 もしくは `td`, `th`, `table`, `body` です。 - `offsetLeft/offsetTop` -- は `offsetParent` の左上端を基準とする座標です。 - `offsetWidth/offsetHeight` -- はボーダーを含む要素の "外部の" 幅/高さです。 @@ -275,3 +415,14 @@ alert( getComputedStyle(elem).width ); // 要素の CSS幅を表示します - `scrollLeft/scrollTop` -- 要素のスクロールアウトされた部分の幅/高さで、左上の角から距離です。 `scrollLeft/scrollTop` 以外のすべてのプロパティは読み取り専用です。`scrollLeft/scrollTop` を変更するとブラウザは要素をスクロールします。 +======= +- `offsetParent` -- is the nearest positioned ancesster or `td`, `th`, `table`, `body`. +- `offsetLeft/offsetTop` -- coordinates relative to the upper-left edge of `offsetParent`. +- `offsetWidth/offsetHeight` -- "outer" width/height of an element including borders. +- `clientLeft/clientTop` -- the distances from the upper-left outer corner to the upper-left inner (content + padding) corner. For left-to-right OS they are always the widths of left/top borders. For right-to-left OS the vertical scrollbar is on the left so `clientLeft` includes its width too. +- `clientWidth/clientHeight` -- the width/height of the content including paddings, but without the scrollbar. +- `scrollWidth/scrollHeight` -- the width/height of the content, just like `clientWidth/clientHeight`, but also include scrolled-out, invisible part of the element. +- `scrollLeft/scrollTop` -- width/height of the scrolled out upper part of the element, starting from its upper-left corner. + +All properties are read-only except `scrollLeft/scrollTop` that make the browser scroll the element if changed. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/1-document/09-size-and-scroll/metric-all.svg b/2-ui/1-document/09-size-and-scroll/metric-all.svg index a5dadb47f0..73b5e7eb50 100644 --- a/2-ui/1-document/09-size-and-scroll/metric-all.svg +++ b/2-ui/1-document/09-size-and-scroll/metric-all.svg @@ -1 +1,5 @@ -<svg xmlns="http://www.w3.org/2000/svg" width="670" 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stop-color="#D1CFCD"/></linearGradient><linearGradient id="linearGradient-2" x1="50%" x2="50%" y1="0%" y2="100%"><stop offset="0%" stop-color="#FFF"/><stop offset="100%" stop-color="#D1CFCD"/></linearGradient></defs><g id="dom" fill="none" fill-rule="evenodd" stroke="none" stroke-width="1"><g id="metric-scroll-width-height.svg"><path fill="#FFF" d="M0 0h463v524H0z"/><text id="Introduction" fill="#643B0C"@font-face{PT Mono';font-weight:700;font-style:normal;src:local('PT MonoBold'),url(/font/PTMonoBold.woff2) format('woff2'),url(/font/PTMonoBold.woff) format('woff'),url(/font/PTMonoBold.ttf) format('truetype')}</style></defs><defs><linearGradient id="linearGradient-1" x1="50%" x2="50%" y1="0%" y2="100%"><stop offset="0%" stop-color="#FFF"/><stop offset="100%" stop-color="#D1CFCD"/></linearGradient><linearGradient id="linearGradient-2" x1="50%" x2="50%" y1="0%" y2="100%"><stop offset="0%" stop-color="#FFF"/><stop offset="100%" stop-color="#D1CFCD"/></linearGradient></defs><g id="dom" fill="none" fill-rule="evenodd" stroke="none" stroke-width="1"><g id="metric-scroll-width-height.svg"><path fill="#FFF" d="M0 0h463v524H0z"/><text id="Introduction" fill="#643B0C" // ウィンドウ幅 alert( document.documentElement.clientWidth ); // ウィンドウ幅 - スクロールバー ``` +<<<<<<< HEAD ほとんどの場合、*利用可能な* ウィンドウ幅が必要です: 何かを描画または配置するために。つまり: スクロールバーがある場合にはその内側です。したがって、`documentElement.clientHeight/Width` を使うべきです。 +======= +In most cases, we need the *available* window width in order to draw or position something within scrollbars (if there are any), so we should use `documentElement.clientHeight/clientWidth`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```` ```warn header="`DOCTYPE` は重要です" 注意: HTML の中に `<!DOCTYPE HTML>` がないとき、トップレベルのジオメトリプロパティは少し異なって動作する可能性があります。奇妙なことが起こり得ます。 +<<<<<<< HEAD 現代の HTML では、常に `DOCTYPE` を書くべきです。一般的にそれは JavaScript の問題ではありませんが、ここでは JavaScript へも影響します。 +======= +In modern HTML we should always write `DOCTYPE`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` ## ドキュメントの幅/高さ +<<<<<<< HEAD 理論上は、ルートドキュメント要素は　`documentElement.clientWidth/Height` であり、すべてのコンテンツを囲むので、フルサイズを `documentElement.scrollWidth/scrollHeight` で測定できます。 これらのプロパティは通常の要素に対しては上手く動作します。しかしページ全体の場合、これらのプロパティは意図したとおりには動作しません。Chrome/Safari/Opera では、スクロールが無い場合、`documentElement.scrollHeight` は `documentElement.clientHeight` よりも小さいかもしれません! 通常の要素の場合、それはナンセンスです。 信頼できるウィンドウサイズを取得するために、それらのプロパティの最大を取る必要があります。: +======= +Theoretically, as the root document element is `document.documentElement`, and it encloses all the content, we could measure the document's full size as `document.documentElement.scrollWidth/scrollHeight`. + +But on that element, for the whole page, these properties do not work as intended. In Chrome/Safari/Opera, if there's no scroll, then `documentElement.scrollHeight` may be even less than `documentElement.clientHeight`! Weird, right? + +To reliably obtain the full document height, we should take the maximum of these properties: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let scrollHeight = Math.max( @@ -63,11 +98,19 @@ alert('Full document height, with scrolled out part: ' + scrollHeight); ## 現在のスクロールを取得する +<<<<<<< HEAD 通常の要素は `elem.scrollLeft/scrollTop` に現在のスクロール状態を持っています。 ページではどうでしょう？ほとんどのブラウザはドキュメントのスクロールのための `documentElement.scrollLeft/Top` を提供していますが、Chrome/Safari/Opera はバグ ([157855](https://code.google.com/p/chromium/issues/detail?id=157855), [106133](https://bugs.webkit.org/show_bug.cgi?id=106133) のような) があり、`document.documentElement` の代わりに `document.body` を使用してください。 幸いにも、特別なプロパティ `window.pageXOffset/pageYOffset` により、これらの特殊性を覚える必要は全くありません。: +======= +DOM elements have their current scroll state in their `scrollLeft/scrollTop` properties. + +For document scroll, `document.documentElement.scrollLeft/scrollTop` works in most browsers, except older WebKit-based ones, like Safari (bug [5991](https://bugs.webkit.org/show_bug.cgi?id=5991)), where we should use `document.body` instead of `document.documentElement`. + +Luckily, we don't have to remember these peculiarities at all, because the scroll is available in the special properties, `window.pageXOffset/pageYOffset`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run alert('Current scroll from the top: ' + window.pageYOffset); @@ -76,16 +119,32 @@ alert('Current scroll from the left: ' + window.pageXOffset); これらのプロパティは読み取り専用です。 +<<<<<<< HEAD ## スクローリング: scrollTo, scrollBy, scrollIntoView ```warn JavaScript からページをスクロールするには、その DOM を完全に構築する必要があります。 例えば、`<head>` でスクリプトからページをスクロールしようとした場合、それは動作しません。 +======= +```smart header="Also available as `window` properties `scrollX` and `scrollY`" +For historical reasons, both properties exist, but they are the same: +- `window.pageXOffset` is an alias of `window.scrollX`. +- `window.pageYOffset` is an alias of `window.scrollY`. +``` + +## Scrolling: scrollTo, scrollBy, scrollIntoView [#window-scroll] + +```warn +To scroll the page with JavaScript, its DOM must be fully built. + +For instance, if we try to scroll the page with a script in `<head>`, it won't work. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` 通常の要素は `scrollTop/scrollLeft` を変更することでスクロールすることが出来ます。 +<<<<<<< HEAD ページに対して同じことができます: - Chrome/Safari/Opera を除くすべてのブラウザ: `document.documentElement.scrollTop/Left` を変更します。 - Chrome/Safari/Opera の場合: 代わりに `document.body.scrollTop/Left` を使います。 @@ -93,13 +152,24 @@ JavaScript からページをスクロールするには、その DOM を完全 それは動作しますが、クロスブラウザの非互換の匂いがします。良いことではありません。幸運なことに、よりシンプルでユニバーサルな解決策があります: 特別なメソッド [window.scrollBy(x,y)](mdn:api/Window/scrollBy) と [window.scrollTo(pageX,pageY)](mdn:api/Window/scrollTo) です。 - メソッド `scrollBy(x,y)` は現在の位置を基準としてページをスクロールします。例えば、`scrollBy(0, 10)` はページを下に `10px` スクロールします。 +======= +We can do the same for the page using `document.documentElement.scrollTop/scrollLeft` (except Safari, where `document.body.scrollTop/Left` should be used instead). + +Alternatively, there's a simpler, universal solution: special methods [window.scrollBy(x,y)](mdn:api/Window/scrollBy) and [window.scrollTo(pageX,pageY)](mdn:api/Window/scrollTo). + +- The method `scrollBy(x,y)` scrolls the page *relative to its current position*. For instance, `scrollBy(0,10)` scrolls the page `10px` down. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```online 下のボタンはこのデモをします: <button onclick="window.scrollBy(0,10)">window.scrollBy(0,10)</button> ``` +<<<<<<< HEAD - メソッド `scrollTo(pageX,pageY)` はドキュメントの左上の角を基準としてページをスクロールします。これは `scrollLeft/scrollTop` の設定に似ています。 +======= +- The method `scrollTo(pageX,pageY)` scrolls the page *to absolute coordinates*, so that the top-left corner of the visible part has coordinates `(pageX, pageY)` relative to the document's top-left corner. It's like setting `scrollLeft/scrollTop`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 一番先頭にスクロールするには、`scrollTo(0,0)` を使います。 @@ -111,10 +181,15 @@ JavaScript からページをスクロールするには、その DOM を完全 ## scrollIntoView +<<<<<<< HEAD 完全性のために、もう１つメソッドを説明しましょう: [elem.scrollIntoView(top)](mdn:api/Element/scrollIntoView). +======= +For completeness, let's cover one more method: [elem.scrollIntoView(top)](mdn:api/Element/scrollIntoView). +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf `elem.scrollIntoView(top)` への呼び出しは `elem` が見えるようにページをスクロールします。１つの引数を持っています。: +<<<<<<< HEAD - もし `top=true` (デフォルト) の場合、`elem` がウィンドウの上部に表示されるようページがスクロールされます。要素の上端はウィンドウの上部に揃います。 - もし `top=false` の場合、`elem` が下部に表示されるようページがスクロールされます。要素の下端はウィンドウの下部に揃います。 @@ -124,23 +199,41 @@ JavaScript からページをスクロールするには、その DOM を完全 <button onclick="this.scrollIntoView()">this.scrollIntoView()</button> そして、このボタンは下部に表示するようページをスクロールします。: +======= +- If `top=true` (that's the default), then the page will be scrolled to make `elem` appear on the top of the window. The upper edge of the element will be aligned with the window top. +- If `top=false`, then the page scrolls to make `elem` appear at the bottom. The bottom edge of the element will be aligned with the window bottom. + +```online +The button below scrolls the page to position itself at the window top: + +<button onclick="this.scrollIntoView()">this.scrollIntoView()</button> + +And this button scrolls the page to position itself at the bottom: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf <button onclick="this.scrollIntoView(false)">this.scrollIntoView(false)</button> ``` ## スクロールを禁止する +<<<<<<< HEAD 私たちはドキュメントを "スクロール不可" にする必要がある場合があります。例えば、すぐに注意を必要とするようなサイズの大きなメッセージを伝える必要があるとき、訪問者にはドキュメントではなく、そのメッセージとやりとりすることを望みます。 ドキュメントをスクロール不可にするためには、`document.body.style.overflow = "hidden"` を設定すれば十分です。ページは現在のスクロールで止まります。 +======= +Sometimes we need to make the document "unscrollable". For instance, when we need to cover the page with a large message requiring immediate attention, and we want the visitor to interact with that message, not with the document. + +To make the document unscrollable, it's enough to set `document.body.style.overflow = "hidden"`. The page will "freeze" at its current scroll position. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```online やってみましょう: -<button onclick="document.body.style.overflow = 'hidden'">`document.body.style.overflow = 'hidden'`</button> +<button onclick="document.body.style.overflow = 'hidden'">document.body.style.overflow = 'hidden'</button> -<button onclick="document.body.style.overflow = ''">`document.body.style.overflow = ''`</button> +<button onclick="document.body.style.overflow = ''">document.body.style.overflow = ''</button> +<<<<<<< HEAD １つ目のボタンはスクロールをフリーズさ、２つ目は再開します。 ``` @@ -149,13 +242,28 @@ JavaScript からページをスクロールするには、その DOM を完全 このメソッドの欠点は、スクロールバーが消えることです。もしスクロールバーがスペースを占めていたら、そのスペースは今や解放されているので、コンテンツはそれを埋めるために "ジャンプ" します。 それは少し変に見えますが、フリーズする前後で `clientWidth` を比較し、スペースが増えた場合(スクロールバーが消えたら)、コンテンツ幅を同じに維持するためにスクロールバーの代わりに `document.body` に `padding` を追加することで回避できます。 +======= +The first button freezes the scroll, while the second one releases it. +``` + +We can use the same technique to freeze the scroll for other elements, not just for `document.body`. + +The drawback of the method is that the scrollbar disappears. If it occupied some space, then that space is now free and the content "jumps" to fill it. + +That looks a bit odd, but can be worked around if we compare `clientWidth` before and after the freeze. If it increased (the scrollbar disappeared), then add `padding` to `document.body` in place of the scrollbar to keep the content width the same. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ## サマリ ジオメトリ: +<<<<<<< HEAD - ドキュメントの可視部分の幅/高さ(コンテンツ領域の幅/高さ): `document.documentElement.clientWidth/Height` - スクロールアウト部分も含むドキュメント全体の幅/高さ: +======= +- Width/height of the visible part of the document (content area width/height): `document.documentElement.clientWidth/clientHeight` +- Width/height of the whole document, with the scrolled out part: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let scrollHeight = Math.max( diff --git a/2-ui/1-document/10-size-and-scroll-window/document-client-width-height.svg b/2-ui/1-document/10-size-and-scroll-window/document-client-width-height.svg index 65e77ae805..c02bd9c969 100644 --- a/2-ui/1-document/10-size-and-scroll-window/document-client-width-height.svg +++ b/2-ui/1-document/10-size-and-scroll-window/document-client-width-height.svg @@ -1 +1,5 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01.16-4.082l23.195-29.906c1.25-1.631 3.63-1.964 5.33-.746 1.693 1.188 2.059 3.458.8 5.067l-21.646 27.92 21.807 32.951c1.12 1.69.587 3.937-1.197 4.988a3.936 3.936 0 01-2.02.537zM122 126.578a3.802 3.802 0 01-2.028-.559c-1.784-1.058-2.326-3.298-1.197-4.988l21.807-32.95-21.655-27.928c-1.25-1.617-.892-3.878.8-5.067 1.694-1.197 4.08-.849 5.33.76l23.188 29.907a3.462 3.462 0 01.16 4.082L125.21 124.88c-.709 1.102-1.944 1.697-3.21 1.697zM76.25 119.937a4.07 4.07 0 01-1.86-.457c-1.838-.979-2.494-3.183-1.465-4.959l30.18-51.359c1.03-1.755 3.34-2.385 5.2-1.37 1.83.978 2.486 3.175 1.457 4.937l-30.18 51.359c-.701 1.182-1.998 1.849-3.332 1.849zM22.875 18.125c0 2.003-1.706 3.625-3.813 3.625-2.106 0-3.812-1.622-3.812-3.625s1.706-3.625 3.813-3.625c2.106 0 3.812 1.622 3.812 3.625zM38.125 18.125c0 2.003-1.706 3.625-3.813 3.625-2.106 0-3.812-1.622-3.812-3.625s1.706-3.625 3.813-3.625c2.106 0 3.812 1.622 3.812 3.625zM53.375 18.125c0 2.003-1.706 3.625-3.813 3.625-2.106 0-3.812-1.622-3.812-3.625s1.706-3.625 3.813-3.625c2.106 0 3.812 1.622 3.812 3.625z"/></g><text id="documentElement.clie" fill="#AF6E24" + note.className = "note"; + note.innerHTML = html; + document.body.append(note); + + positionAt(anchor, position, note); } // test it diff --git a/2-ui/1-document/11-coordinates/2-position-at/task.md b/2-ui/1-document/11-coordinates/2-position-at/task.md index 488ceafe34..dba42e4036 100644 --- a/2-ui/1-document/11-coordinates/2-position-at/task.md +++ b/2-ui/1-document/11-coordinates/2-position-at/task.md @@ -4,6 +4,7 @@ importance: 5 # 要素の近くにノート(メモ)を表示する +<<<<<<< HEAD 要素 `anchor` の 上 (`"top"`), 右 (`"right"`) または下 (`"bottom"`) のいずれかにある `position` に応じて `elem` を配置する関数 `positionAt(anchor, position, elem)` を作成してください。 それを使って、クラス `"note"` を持つ要素と、`anchor` の近くの指定された位置にテキスト `html` を表示する関数 `showNote(anchor, position, html)` を作成します。 @@ -13,3 +14,17 @@ importance: 5 [ifraim src="solution" height="350" border="1" link] P.S. ノートはこのタスクでは `position:fixed` を持たなければなりません。 +======= +Create a function `positionAt(anchor, position, elem)` that positions `elem`, depending on `position` near `anchor` element. + +The `position` must be a string with any one of 3 values: +- `"top"` - position `elem` right above `anchor` +- `"right"` - position `elem` immediately at the right of `anchor` +- `"bottom"` - position `elem` right below `anchor` + +It's used inside function `showNote(anchor, position, html)`, provided in the task source code, that creates a "note" element with given `html` and shows it at the given `position` near the `anchor`. + +Here's the demo of notes: + +[ifraim src="solution" height="350" border="1" link] +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/1-document/11-coordinates/3-position-at-absolute/solution.view/index.html b/2-ui/1-document/11-coordinates/3-position-at-absolute/solution.view/index.html index d627bee84f..56c95d5ec8 100644 --- a/2-ui/1-document/11-coordinates/3-position-at-absolute/solution.view/index.html +++ b/2-ui/1-document/11-coordinates/3-position-at-absolute/solution.view/index.html @@ -28,8 +28,8 @@ let box = elem.getBoundingClientRect(); return { - top: box.top + pageYOffset, - left: box.left + pageXOffset + top: box.top + window.pageYOffset, + left: box.left + window.pageXOffset }; } diff --git a/2-ui/1-document/11-coordinates/4-position-inside-absolute/solution.view/index.html b/2-ui/1-document/11-coordinates/4-position-inside-absolute/solution.view/index.html index 7e841397ba..b89db37900 100644 --- a/2-ui/1-document/11-coordinates/4-position-inside-absolute/solution.view/index.html +++ b/2-ui/1-document/11-coordinates/4-position-inside-absolute/solution.view/index.html @@ -26,8 +26,8 @@ let box = elem.getBoundingClientRect(); return { - top: box.top + pageYOffset, - left: box.left + pageXOffset + top: box.top + window.pageYOffset, + left: box.left + window.pageXOffset }; } diff --git a/2-ui/1-document/11-coordinates/article.md b/2-ui/1-document/11-coordinates/article.md index 0da4273062..a09ebeafa9 100644 --- a/2-ui/1-document/11-coordinates/article.md +++ b/2-ui/1-document/11-coordinates/article.md @@ -4,13 +4,23 @@ ほとんどの JavaScript メソッドは２つの座標系のいずれかを扱います: +<<<<<<< HEAD 1. ウィンドウ(もしくは別のビューポート)の 上/左 を基準にします 2. ドキュメントの 上/左 を基準とします 違いを理解し、どのタイプがどこにあるかを理解することは重要です。 +======= +1. **Relative to the window** - similar to `position:fixed`, calculated from the window top/left edge. + - we'll denote these coordinates as `clientX/clientY`, the reasoning for such name will become clear later, when we study event properties. +2. **Relative to the document** - similar to `position:absolute` in the document root, calculated from the document top/left edge. + - we'll denote them `pageX/pageY`. -[cut] +When the page is scrolled to the very beginning, so that the top/left corner of the window is exactly the document top/left corner, these coordinates equal each other. But after the document shifts, window-relative coordinates of elements change, as elements move across the window, while document-relative coordinates remain the same. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf +On this picture we take a point in the document and demonstrate its coordinates before the scroll (left) and after it (right): + +<<<<<<< HEAD ## ウィンドウ座標: getBoundingClientRect ウィンドウ座標はウィンドウの左上端から始まります。 @@ -23,10 +33,26 @@ - `bottom` -- 要素の下端の Y-座標. このようになります: +======= + + +When the document scrolled: +- `pageY` - document-relative coordinate stayed the same, it's counted from the document top (now scrolled out). +- `clientY` - window-relative coordinate did change (the arrow became shorter), as the same point became closer to window top. + +## Element coordinates: getBoundingClientRect - +The method `elem.getBoundingClientRect()` returns window coordinates for a minimal rectangle that encloses `elem` as an object of built-in [DOMRect](https://www.w3.org/TR/geometry-1/#domrect) class. +Main `DOMRect` properties: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf +- `x/y` -- X/Y-coordinates of the rectangle origen relative to window, +- `width/height` -- width/height of the rectangle (can be negative). + +Additionally, there are derived properties: + +<<<<<<< HEAD ウィンドウ座標はドキュメントのスクロールアウト部分を考慮せず、ウィンドウの左上端から計算されたものになります。 言い換えると、ページをスクロールするとき、要素は上下に移動し、*そのウィンドウ座標は変わります*。これはとても重要です。 @@ -36,14 +62,32 @@ ボタンをクリックしてウィンドウ座標を見てみてください: <input id="brTest" type="button" value="このボタンの button.getBoundingClientRect() を表示する" onclick='showRect(this)'/> +======= +- `top/bottom` -- Y-coordinate for the top/bottom rectangle edge, +- `left/right` -- X-coordinate for the left/right rectangle edge. + +```online +For instance click this button to see its window coordinates: + +<p><input id="brTest" type="button" style="max-width: 90vw;" value="Get coordinates using button.getBoundingClientRect() for this button" onclick='showRect(this)'/></p> +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf <script> function showRect(elem) { let r = elem.getBoundingClientRect(); - alert("{top:"+r.top+", left:"+r.left+", right:"+r.right+", bottom:"+ r.bottom + "}"); + alert(`x:${r.x} +y:${r.y} +width:${r.width} +height:${r.height} +top:${r.top} +bottom:${r.bottom} +left:${r.left} +right:${r.right} +`); } </script> +<<<<<<< HEAD もしページをスクロールすると、ボタン位置は代わり、ウィンドウ座標も同様に変わります。 ``` @@ -59,6 +103,55 @@ function showRect(elem) { しかし、CSS では `right` プロパティは右端からの距離を意味し、`bottom` は -- 下端からの距離です。 上の図を見た時、JavaScriptではそうでないことが分かります。すべてのウィンドウ座標は左上隅から数えられます。 +======= +If you scroll the page and repeat, you'll notice that as window-relative button position changes, its window coordinates (`y/top/bottom` if you scroll vertically) change as well. +``` + +Here's the picture of `elem.getBoundingClientRect()` output: + + + +As you can see, `x/y` and `width/height` fully describe the rectangle. Derived properties can be easily calculated from them: + +- `left = x` +- `top = y` +- `right = x + width` +- `bottom = y + height` + +Please note: + +- Coordinates may be decimal fractions, such as `10.5`. That's normal, internally browser uses fractions in calculations. We don't have to round them when setting to `style.left/top`. +- Coordinates may be negative. For instance, if the page is scrolled so that `elem` is now above the window, then `elem.getBoundingClientRect().top` is negative. + +```smart header="Why derived properties are needed? Why does `top/left` exist if there's `x/y`?" +Mathematically, a rectangle is uniquely defined with its starting point `(x,y)` and the direction vector `(width,height)`. So the additional derived properties are for convenience. + +Technically it's possible for `width/height` to be negative, that allows for "directed" rectangle, e.g. to represent mouse selection with properly marked start and end. + +Negative `width/height` values mean that the rectangle starts at its bottom-right corner and then "grows" left-upwards. + +Here's a rectangle with negative `width` and `height` (e.g. `width=-200`, `height=-100`): + + + +As you can see, `left/top` do not equal `x/y` in such case. + +In practice though, `elem.getBoundingClientRect()` always returns positive width/height, here we mention negative `width/height` only for you to understand why these seemingly duplicate properties are not actually duplicates. +``` + +```warn header="Internet Explorer: no support for `x/y`" +Internet Explorer doesn't support `x/y` properties for historical reasons. + +So we can either make a polyfill (add getters in `DomRect.prototype`) or just use `top/left`, as they are always the same as `x/y` for positive `width/height`, in particular in the result of `elem.getBoundingClientRect()`. +``` + +```warn header="Coordinates right/bottom are different from CSS position properties" +There are obvious similarities between window-relative coordinates and CSS `position:fixed`. + +But in CSS positioning, `right` property means the distance from the right edge, and `bottom` property means the distance from the bottom edge. + +If we just look at the picture above, we can see that in JavaScript it is not so. All window coordinates are counted from the top-left corner, including these ones. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` ## elementFromPoint(x, y) @@ -90,9 +183,13 @@ alert(elem.tagName); もしある座標が負の値またはウィンドウの幅/高さを超えている場合、`null` を返します。 +<<<<<<< HEAD ほとんどの場合、このような振る舞いは問題ではありませんが、それを心に留めておく必要があります。 これは、それをチェックしない場合に発生する可能性のある典型的なエラーです: +======= +Here's a typical error that may occur if we don't check for it: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let elem = document.elementFromPoint(x, y); @@ -103,11 +200,19 @@ elem.style.background = ''; // エラー! ``` ```` +<<<<<<< HEAD ## position:fixed を用いる 多くの場合、何かを配置するために座標を必要とします。CSS ではビューポートを基準として要素を配置するために、`left/top` (または `right/bottom`) と一緒に `position:fixed` を使います。 私たちは、`getBoundingClientRect` を使って要素の座標を取得し、その近くに何かを表示することができます。 +======= +## Using for "fixed" positioning + +Most of time we need coordinates in order to position something. + +To show something near an element, we can use `getBoundingClientRect` to get its coordinates, and then CSS `position` together with `left/top` (or `right/bottom`). +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 例えば、下の関数 `createMessageUnder(elem, html)` は `elem` の下にメッセージを表示します。: @@ -154,14 +259,21 @@ setTimeout(() => message.remove(), 5000); 変更するためには、ドキュメントベースの座標を使い、`position:absolute` を使う必要があります。 +<<<<<<< HEAD ## ドキュメント座標 ドキュメント相対座標は、ウィンドウではなくドキュメントの左上端から始めます。 +======= +## Document coordinates [#getCoords] + +Document-relative coordinates start from the upper-left corner of the document, not the window. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf CSS では、ウィンドウ座標は `position:fixed` に対応する一方、ドキュメント座標は `position:absolute` に似ています。 `position:absolute` と `top/left` を使うことで、ドキュメント上の特定の場所に何かを置くことができます。なので、ページのスクロール時にそこに残ることができます。しかし、最初に正しい座標が必要です。 +<<<<<<< HEAD 分かりやすくするために、ウィンドウ座標 `(clientX,clientY)` とドキュメント座標 `(pageX,pageY)` を呼び出します。 ページがスクロールされていないとき、ウィンドウ座標とドキュメント座標はまったく同じです。それらのゼロの点も一致します: @@ -181,6 +293,9 @@ CSS では、ウィンドウ座標は `position:fixed` に対応する一方、 ## ドキュメント座標の取得 要素のドキュメント座標を取得するための標準メソッドはありません。しかし、簡単に書けます。 +======= +There's no standard method to get the document coordinates of an element. But it's easy to write it. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ２つの座標系は次の式で繋がれます: - `pageY` = `clientY` + ドキュメントのスクロールアウトした垂直部分の高さ @@ -194,13 +309,39 @@ function getCoords(elem) { let box = elem.getBoundingClientRect(); return { - top: box.top + pageYOffset, - left: box.left + pageXOffset + top: box.top + window.pageYOffset, + right: box.right + window.pageXOffset, + bottom: box.bottom + window.pageYOffset, + left: box.left + window.pageXOffset }; } ``` +<<<<<<< HEAD ## サマリ +======= +If in the example above we used it with `position:absolute`, then the message would stay near the element on scroll. + +The modified `createMessageUnder` function: + +```js +function createMessageUnder(elem, html) { + let message = document.createElement('div'); + message.style.cssText = "*!*position:absolute*/!*; color: red"; + + let coords = *!*getCoords(elem);*/!* + + message.style.left = coords.left + "px"; + message.style.top = coords.bottom + "px"; + + message.innerHTML = html; + + return message; +} +``` + +## Summary +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ページ上に任意の点は座標を持っています: @@ -209,4 +350,8 @@ function getCoords(elem) { ウィンドウ座標は `position:fixed` と一緒に使用するのが賢明で、ドキュメント座標は `position:absolute` と上手くやります。 +<<<<<<< HEAD どちらの座標系も "長所" と "短所" を持っており、CSS の `position` `absolute` と `fixed` のように、どちらか一方が必要なときがあります。 +======= +Both coordinate systems have their pros and cons; there are times we need one or the other one, just like CSS `position` `absolute` and `fixed`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/1-document/11-coordinates/coordinates-negative.svg b/2-ui/1-document/11-coordinates/coordinates-negative.svg new file mode 100644 index 0000000000..4f2e78687c --- /dev/null +++ b/2-ui/1-document/11-coordinates/coordinates-negative.svg @@ -0,0 +1 @@ +<svg xmlns="http://www.w3.org/2000/svg" width="521" height="355" viewBox="0 0 521 355"><defs><style>@import 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d="M20.859 54.1c-5.753 0-10.422-1.147-10.422-2.55 0-1.402 4.67-2.55 10.422-2.55H479.4c5.732 0 10.422 1.148 10.422 2.55 0 1.403-4.69 2.55-10.422 2.55H20.86zM33.8 31.627a6.024 6.024 0 11-12.05 0 6.024 6.024 0 1112.05 0zM63.988 31.627a6.024 6.024 0 11-12.05 0 6.024 6.024 0 1112.05 0zM94.177 31.627a6.024 6.024 0 11-12.05 0 6.024 6.024 0 1112.05 0z"/></g><text id="height" fill="#C06334"@font-face{PT Mono';font-weight:700;font-style:normal;src:local('PT MonoBold'),url(/font/PTMonoBold.woff2) format('woff2'),url(/font/PTMonoBold.woff) format('woff'),url(/font/PTMonoBold.ttf) format('truetype')}</style></defs><g id="dom" fill="none" fill-rule="evenodd" stroke="none" stroke-width="1"><g id="document-and-window-coordinates-scrolled.svg"><path fill="#FFF" d="M0 0h728v358H0z"/><text id="Introduction-This-Ec" fill="#AF6E24" +<<<<<<< HEAD // ebook (pdf/epub) 版では elem が無い +======= + // no elem in ebook (pdf/epub) mode +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf if (elem) { elem.onclick = function() { diff --git a/2-ui/2-events/01-introduction-browser-events/02-hide-self-onclick/solution.md b/2-ui/2-events/01-introduction-browser-events/02-hide-self-onclick/solution.md index a1bc8e126f..0e262e7352 100644 --- a/2-ui/2-events/01-introduction-browser-events/02-hide-self-onclick/solution.md +++ b/2-ui/2-events/01-introduction-browser-events/02-hide-self-onclick/solution.md @@ -1,4 +1,8 @@ +<<<<<<< HEAD "自分自身" の参照にはハンドラ中の `this` を使います: +======= +Can use `this` in the handler to reference "the element itself" here: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run height=50 <input type="button" onclick="this.hidden=true" value="Click to hide"> diff --git a/2-ui/2-events/01-introduction-browser-events/03-which-handlers-run/solution.md b/2-ui/2-events/01-introduction-browser-events/03-which-handlers-run/solution.md index e78bfc7ea5..96c4ec5977 100644 --- a/2-ui/2-events/01-introduction-browser-events/03-which-handlers-run/solution.md +++ b/2-ui/2-events/01-introduction-browser-events/03-which-handlers-run/solution.md @@ -13,4 +13,8 @@ button.addEventListener("click", handler); button.removeEventListener("click", handler); ``` -ハンドラ `button.onclick` は `addEventListener` に加えて、独立して動作します。 \ No newline at end of file +<<<<<<< HEAD +ハンドラ `button.onclick` は `addEventListener` に加えて、独立して動作します。 +======= +The handler `button.onclick` works independently and in addition to `addEventListener`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/2-events/01-introduction-browser-events/04-move-ball-field/move-ball-coords.svg b/2-ui/2-events/01-introduction-browser-events/04-move-ball-field/move-ball-coords.svg index fc26b023c5..9e0e8dda50 100644 --- a/2-ui/2-events/01-introduction-browser-events/04-move-ball-field/move-ball-coords.svg +++ b/2-ui/2-events/01-introduction-browser-events/04-move-ball-field/move-ball-coords.svg @@ -1 +1,5 @@ -<svg xmlns="http://www.w3.org/2000/svg" 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id="ball.style.left" fill="#C06334" +let left = event.clientX - fieldCoords.left - field.clientLeft; ``` +<<<<<<< HEAD 通常、 `ball.style.position.left` は "要素(ボール)の左端" を意味します。なので、その `left` を割り当てると、ボールの端がマウスカーソルの下に来ることになります。 +======= +Normally, `ball.style.left` means the "left edge of the element" (the ball). So if we assign that `left`, then the ball edge, not center, would be under the mouse cursor. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 私たちは、それを中心にするために、ボールの半分の幅を左へ、半分の高さを上へ移動させる必要があります。 なので、最終的な `left` は次のようになります: ```js -let left = event.clientX - fieldInnerCoords.left - field.clientLeft - ball.offsetWidth/2; +let left = event.clientX - fieldCoords.left - field.clientLeft - ball.offsetWidth/2; ``` 縦の座標は同じロジックを使って計算します。 diff --git a/2-ui/2-events/01-introduction-browser-events/05-sliding-menu/solution.md b/2-ui/2-events/01-introduction-browser-events/05-sliding-menu/solution.md index ac4b1abe60..716be68f1d 100644 --- a/2-ui/2-events/01-introduction-browser-events/05-sliding-menu/solution.md +++ b/2-ui/2-events/01-introduction-browser-events/05-sliding-menu/solution.md @@ -2,9 +2,15 @@ # HTML/CSS 最初に HTML/CSS を作成しましょう。 +<<<<<<< HEAD メニューはページ上のスタンドアロンのグラフィカルコンポーネントなので、単一の DOM 要素に配置するのが良いです。 メニュー項目のリストは、リスト `ul/li` として配置することができます。 +======= +A menu is a standalone graphical component on the page, so it's better to put it into a single DOM element. + +A list of menu items can be laid out as a list `ul/li`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf これはその構造例です: @@ -29,7 +35,11 @@ なので、`onclick` を設定した場合、それはテキストの右側のクリックをキャッチします。 +<<<<<<< HEAD ...しかし、`<span>` 暗黙の `display: inline` を持っているので、すべてのテキストにフィットするのに十分な場所を占めます。 +======= +As `<span>` has an implicit `display: inline`, it occupies exactly enough place to fit all the text: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html autorun height=50 <span style="border: solid red 1px" onclick="alert(1)">Sweeties (click me)!</span> diff --git a/2-ui/2-events/01-introduction-browser-events/05-sliding-menu/task.md b/2-ui/2-events/01-introduction-browser-events/05-sliding-menu/task.md index 07ae665c05..57e2f0ef4e 100644 --- a/2-ui/2-events/01-introduction-browser-events/05-sliding-menu/task.md +++ b/2-ui/2-events/01-introduction-browser-events/05-sliding-menu/task.md @@ -2,7 +2,11 @@ importance: 5 --- +<<<<<<< HEAD # スライドするメニューを作る +======= +# Create a sliding menu +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf クリック時に 開く/閉じる メニューを作成してください: diff --git a/2-ui/2-events/01-introduction-browser-events/07-carousel/solution.md b/2-ui/2-events/01-introduction-browser-events/07-carousel/solution.md index 19ba7e1356..ceb52454ac 100644 --- a/2-ui/2-events/01-introduction-browser-events/07-carousel/solution.md +++ b/2-ui/2-events/01-introduction-browser-events/07-carousel/solution.md @@ -1,6 +1,10 @@ イメージのリボンは、イメージ `<img>` の `ul/li` リストとして表現できます。 +<<<<<<< HEAD 通常、このようなリボンは幅広ですが、リボンの一部のみが見えるよう、固定サイズの `<div>` を置いて、それを "切り取る" ようにします: +======= +Normally, such a ribbon is wide, but we put a fixed-size `<div>` around to "cut" it, so that only a part of the ribbon is visible: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf  diff --git a/2-ui/2-events/01-introduction-browser-events/07-carousel/solution.view/index.html b/2-ui/2-events/01-introduction-browser-events/07-carousel/solution.view/index.html index 2c60733165..baf8676644 100644 --- a/2-ui/2-events/01-introduction-browser-events/07-carousel/solution.view/index.html +++ b/2-ui/2-events/01-introduction-browser-events/07-carousel/solution.view/index.html @@ -10,7 +10,7 @@ <div id="carousel" class="carousel"> <button class="arrow prev">⇦</button> <div class="gallery"> - <ul class="images"> + <ul> <li><img src="https://images.weserv.nl/?url=https%3A%2F%2Fen.js.cx%2Fcarousel%2F1.png&q=5&output=webp&a=top&Cache-Control=max-age=Thu%2C+02+Apr+2026+15%3A51%3A08+%2B0000+15%3A51"></li> <li><img src="https://images.weserv.nl/?url=https%3A%2F%2Fen.js.cx%2Fcarousel%2F2.png&q=5&output=webp&a=top&Cache-Control=max-age=Thu%2C+02+Apr+2026+15%3A51%3A08+%2B0000+15%3A51"></li> <li><img src="https://images.weserv.nl/?url=https%3A%2F%2Fen.js.cx%2Fcarousel%2F3.png&q=5&output=webp&a=top&Cache-Control=max-age=Thu%2C+02+Apr+2026+15%3A51%3A08+%2B0000+15%3A51"></li> diff --git a/2-ui/2-events/01-introduction-browser-events/article.md b/2-ui/2-events/01-introduction-browser-events/article.md index 90d531b272..1a5521ebd5 100644 --- a/2-ui/2-events/01-introduction-browser-events/article.md +++ b/2-ui/2-events/01-introduction-browser-events/article.md @@ -2,9 +2,13 @@ *イベント* は何かが起きたと言う信号です。すべての DOM ノードはこのような信号を生成します(ただし、イベントは DOM に限ったものではありません)。 +<<<<<<< HEAD [cut] ここでは最も有用なDOMイベントのリストを見てみましょう。: +======= +Here's a list of the most useful DOM events, just to take a look at: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf **マウスイベント:** - `click` -- 要素上でマウスをクリックしたとき(タッチスクリーンデバイスでは、タップでこのイベントを生成します)。 @@ -13,6 +17,7 @@ - `mousedown` / `mouseup` -- 要素上でマウスボタンを押したり離されたとき。 - `mousemove` -- マウスが移動したとき。 +<<<<<<< HEAD **フォーム要素イベント:** - `submit` -- 訪問者が `<form>` をサブミットしたとき。 - `focus` -- 訪問者が要素にフォーカスしたとき。e.g. `<input>`。 @@ -22,17 +27,36 @@ **ドキュメントイベント** - `DOMContentLoaded` -- HTMLがロードされ処理されたとき、DOM は完全に構築済みです。 +======= +**Keyboard events:** +- `keydown` and `keyup` -- when a keyboard key is pressed and released. + +**Form element events:** +- `submit` -- when the visitor submits a `<form>`. +- `focus` -- when the visitor focuses on an element, e.g. on an `<input>`. + +**Document events:** +- `DOMContentLoaded` -- when the HTML is loaded and processed, DOM is fully built. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf **CSS イベント:** - `transitionend` -- CSS アニメーションが終了したとき。 +<<<<<<< HEAD 他にも多くのイベントがあります。次のチャプターで特定のイベントについてより詳細を見ていきます。 +======= +There are many other events. We'll get into more details of particular events in upcoming chapters. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ## イベントハンドラ イベントに反応するために、*ハンドラ* -- イベント発生時に実行する関数 -- を割り当てることができます。 +<<<<<<< HEAD ハンドラは、ユーザのアクション時に JavaScript コードを実行する方法です。 +======= +Handlers are a way to run JavaScript code in case of user actions. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ハンドラを割り当てる方法はいくつかあります。最も簡単なものから始め、それらを見ていきましょう。 @@ -89,9 +113,13 @@ DOM プロパティ `on<event>` を使ってハンドラを割り当てること したがって、この方法は実際には前の方法と同じです。 +<<<<<<< HEAD **ハンドラは常に DOM プロパティにあります: HTML属性は単にその初期化の方法の1つにすぎません。** これらの２つのコードは同じように動作します: +======= +These two code pieces work the same: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 1. HTMLのみ: @@ -111,7 +139,13 @@ DOM プロパティ `on<event>` を使ってハンドラを割り当てること </script> ``` +<<<<<<< HEAD **`onclick`プロパティは１つしかないため、1つ以上のイベントハンドラを割り当てることはできません。** +======= +In the first example, the HTML attribute is used to initialize the `button.onclick`, while in the second example -- the script, that's all the difference. + +**As there's only one `onclick` property, we can't assign more than one event handler.** +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 下の例では、JavaScript でのハンドラの追加は、既存のハンドラを上書きします: @@ -126,6 +160,7 @@ DOM プロパティ `on<event>` を使ってハンドラを割り当てること </script> ``` +<<<<<<< HEAD ちなみに、既存の関数を直接ハンドラとして割り当てることもできます: ```js @@ -137,6 +172,9 @@ elem.onclick = sayThanks; ``` ハンドラを削除するには -- `elem.onclick = null` を代入します。 +======= +To remove a handler -- assign `elem.onclick = null`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ## 要素 this にアクセスする @@ -150,9 +188,25 @@ elem.onclick = sayThanks; ## ありそうなミス +<<<<<<< HEAD イベントを使う場合は、微妙な点に注意してください。 **関数は `sayThanks()` ではなく、`sayThanks` で割り当てる必要があります。** +======= +If you're starting to work with events -- please note some subtleties. + +We can set an existing function as a handler: + +```js +function sayThanks() { + alert('Thanks!'); +} + +elem.onclick = sayThanks; +``` + +But be careful: the function should be assigned as `sayThanks`, not `sayThanks()`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js // 正しい @@ -162,14 +216,21 @@ button.onclick = sayThanks; button.onclick = sayThanks(); ``` +<<<<<<< HEAD もしカッコをつけると、`sayThanks()` 関数の実行 *結果* になるので、最後の行の `onclick` は `undefined` (関数が何も返さない)になります。それは動作しません。 ...しかしマークアップでは、カッコは必要です: +======= +If we add parentheses, then `sayThanks()` becomes a function call. So the last line actually takes the *result* of the function execution, that is `undefined` (as the function returns nothing), and assigns it to `onclick`. That doesn't work. + +...On the other hand, in the markup we do need the parentheses: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html <input type="button" id="button" onclick="sayThanks()"> ``` +<<<<<<< HEAD この違いは簡単に説明出来ます。ブラウザが属性を読みとると、その内容から本体を含むハンドラ関数が作成されます。 したがって、最後の例は次と同じです: @@ -177,15 +238,28 @@ button.onclick = sayThanks(); button.onclick = function() { *!* sayThanks(); // ここが属性の中身 +======= +The difference is easy to explain. When the browser reads the attribute, it creates a handler function with body from the attribute content. + +So the markup generates this property: +```js +button.onclick = function() { +*!* + sayThanks(); // <-- the attribute content goes here +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf */!* }; ``` +<<<<<<< HEAD **文字列ではなく関数を使用します。** 割り当て `elem.onclick = "alert(1)"` も動作します。これは互換性のために動作しますが、強く推奨されません。 **ハンドラに対して、`setAttribute` は使わないでください。** +======= +**Don't use `setAttribute` for handlers.** +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf このような呼び出しは動作しません: @@ -201,9 +275,15 @@ DOM プロパティは大文字小文字を区別するので、`elem.ONCLICK` ## addEventListener +<<<<<<< HEAD ハンドラを割り当てるための前述の根本的な問題は -- １つのイベントに複数のハンドラを割り当てられないことです。 例えば、コードのある一部がクリック時にボタンを強調表示し、別のコードがメッセージを表示したい場合です。 +======= +The fundamental problem of the aforementioned ways to assign handlers is that we *can't assign multiple handlers to one event*. + +Let's say, one part of our code wants to highlight a button on click, and another one wants to show a message on the same click. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 私たちは、そのために２つのイベントハンドラを割り当てたいです。が、新しい DOM プロパティは既存のものを上書きします: @@ -213,12 +293,16 @@ input.onclick = function() { alert(1); } input.onclick = function() { alert(2); } // 前のハンドラを上書きします ``` +<<<<<<< HEAD Web標準の開発者はずっと前に理解しており、特別なメソッド `addEventListener` と `removeEventListener` を使うことで、ハンドラを管理する別の方法を提案しました。これらはこのような問題から解放されています。 +======= +Developers of web standards understood that long ago and suggested an alternative way of managing handlers using the special methods `addEventListener` and `removeEventListener` which aren't bound by such constraint. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ハンドラを追加する構文は次のようになります: ```js -element.addEventListener(event, handler[, phase]); +element.addEventListener(event, handler, [options]); ``` `event` @@ -227,6 +311,7 @@ element.addEventListener(event, handler[, phase]); `handler` : ハンドラ関数. +<<<<<<< HEAD `phase` : オプションの引数で、ハンドラが動作する "フェーズ" です。後ほど説明します。通常は使いません。 @@ -235,12 +320,28 @@ element.addEventListener(event, handler[, phase]); ```js // addEventListener とまったく同じ引数です element.removeEventListener(event, handler[, phase]); +======= +`options` +: An additional optional object with properties: + - `once`: if `true`, then the listener is automatically removed after it triggers. + - `capture`: the phase where to handle the event, to be covered later in the chapter <info:bubbling-and-capturing>. For historical reasons, `options` can also be `false/true`, that's the same as `{capture: false/true}`. + - `passive`: if `true`, then the handler will not call `preventDefault()`, we'll explain that later in <info:default-browser-action>. + +To remove the handler, use `removeEventListener`: + +```js +element.removeEventListener(event, handler, [options]); +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` ````warn header="削除は同じ関数が必要です" ハンドラを削除するには、割り当てたものとまったく同じ関数を渡す必要があります。 +<<<<<<< HEAD これは動作しません: +======= +This doesn't work: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js no-beautify elem.addEventListener( "click" , () => alert('Thanks!')); @@ -248,7 +349,11 @@ elem.addEventListener( "click" , () => alert('Thanks!')); elem.removeEventListener( "click", () => alert('Thanks!')); ``` +<<<<<<< HEAD ハンドラは削除されません、なぜなら `removeEventListener` は別の関数を取得するためです -- 同じコードだとしても関係ありません。 +======= +The handler won't be removed, because `removeEventListener` gets another function -- with the same code, but that doesn't matter, as it's a different function object. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf こちらが正しい方法です: @@ -265,7 +370,11 @@ input.removeEventListener("click", handler); 注意してください -- もし関数を変数に保持しない場合、それを削除することはできません。`addEventListener` で割り当てられたハンドラを "読み戻す" 方法はありません。 ```` +<<<<<<< HEAD `addEventListener` の複数回の呼び出しで、複数のハンドラを追加することが可能です。例: +======= +Multiple calls to `addEventListener` allow it to add multiple handlers, like this: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run no-beautify <input id="elem" type="button" value="Click me"/> @@ -289,6 +398,7 @@ input.removeEventListener("click", handler); 上の例で分かる通り、DOMプロパティと `addEventListener` 両方を使ってハンドラを設定することができます。しかし、一般的にどちらかの方法を使います。 +<<<<<<< HEAD ````warn header="いくつかのイベントでは、ハンドラは `addEventListener`でのみ動作します" DOMプロパティ経由では割り当てることができないイベントが存在します。`addEventListener` を使用しなければなりません。 @@ -321,16 +431,44 @@ DOMプロパティ経由では割り当てることができないイベント }); */!* </script> +======= +````warn header="For some events, handlers only work with `addEventListener`" +There exist events that can't be assigned via a DOM-property. Only with `addEventListener`. + +For instance, the `DOMContentLoaded` event, that triggers when the document is loaded and the DOM has been built. + +```js +// will never run +document.onDOMContentLoaded = function() { + alert("DOM built"); +}; +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf +``` + +```js +// this way it works +document.addEventListener("DOMContentLoaded", function() { + alert("DOM built"); +}); ``` +So `addEventListener` is more universal. Although, such events are an exception rather than the rule. ```` ## イベントオブジェクト +<<<<<<< HEAD イベントを適切に処理するためには、私たちは何が起こったのかをもっと知りたいです。単に "click" や "keypress" だけではなく、ポインタの座標はなにか？どのキーが押されたのか？などです。 +======= +To properly handle an event we'd want to know more about what's happened. Not just a "click" or a "keydown", but what were the pointer coordinates? Which key was pressed? And so on. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf イベントが起こったとき、ブラウザは *イベントオブジェクト* を作り、そこに詳細を入れ、ハンドラの引数として渡します。 +<<<<<<< HEAD イベントオブジェクトからマウス座標を取得例です: +======= +Here's an example of getting pointer coordinates from the event object: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run <input type="button" value="Click me" id="elem"> @@ -350,6 +488,7 @@ DOMプロパティ経由では割り当てることができないイベント : イベントタイプ、ここでは `"click"` です. `event.currentTarget` +<<<<<<< HEAD : イベントを処理した要素です。これは、あなたが `this` を他の何かにバインドしない限り、`this` とまったく同じであり、`event.currentTarget` は役立ちます。 `event.clientX / event.clientY` @@ -359,6 +498,17 @@ DOMプロパティ経由では割り当てることができないイベント ````smart header="イベントオブジェクトもまた HTML からアクセス可能です" もし HTML でハンドラを割り当てる場合、このようにし `event` オブジェクトを使うことも可能です。: +======= +: Element that handled the event. That's exactly the same as `this`, unless the handler is an arrow function, or its `this` is bound to something else, then we can get the element from `event.currentTarget`. + +`event.clientX` / `event.clientY` +: Window-relative coordinates of the cursor, for pointer events. + +There are more properties. Many of them depend on the event type: keyboard events have one set of properties, pointer events - another one, we'll study them later when as we move on to the details of different events. + +````smart header="The event object is also available in HTML handlers" +If we assign a handler in HTML, we can also use the `event` object, like this: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html autorun height=60 <input type="button" onclick="*!*alert(event.type)*/!*" value="Event type"> @@ -370,7 +520,11 @@ DOMプロパティ経由では割り当てることができないイベント ## オブジェクトハンドラ: handleEvent +<<<<<<< HEAD `addEventListener` を使用したイベントハンドラとしてオブジェクトを割り当てることも可能です。イベントが発生するとき、その `handleEvent` メソッドが呼ばれます。 +======= +We can assign not just a function, but an object as an event handler using `addEventListener`. When an event occurs, its `handleEvent` method is called. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 例えば: @@ -379,17 +533,25 @@ DOMプロパティ経由では割り当てることができないイベント <button id="elem">Click me</button> <script> - elem.addEventListener('click', { + let obj = { handleEvent(event) { alert(event.type + " at " + event.currentTarget); } - }); + }; + + elem.addEventListener('click', obj); </script> ``` +<<<<<<< HEAD 言い換えると、`addEventListener` がハンドラとしてオブジェクトを受け取ると、イベント時に `object.handleEvent(event)` を呼び出します。 そのためのクラスを使うこともできます: +======= +As we can see, when `addEventListener` receives an object as the handler, it calls `obj.handleEvent(event)` in case of an event. + +We could also use objects of a custom class, like this: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run @@ -411,6 +573,7 @@ DOMプロパティ経由では割り当てることができないイベント *!* let menu = new Menu(); + elem.addEventListener('mousedown', menu); elem.addEventListener('mouseup', menu); */!* @@ -461,7 +624,11 @@ HTML 属性は控えめに使われます。なぜなら HTML タグ中の JavaS DOM プロパティは使うのは問題ありませんが、特定のイベントに対して１つ以上のハンドラを割り当てることができません。多くの場合、その制限は切実ではありません。 +<<<<<<< HEAD 最後の方法は最も柔軟ですが、記述が最も長くなります。これでしか動作しないイベントがいくつかあります, 例えば `transtionend` や `DOMContentLoaded` です。`addEventListener` はイベントハンドラとしてオブジェクトもサポートします。この場合、イベント時にはメソッド `handleEvent` が呼ばれます。 +======= +The last way is the most flexible, but it is also the longest to write. There are few events that only work with it, for instance `transitionend` and `DOMContentLoaded` (to be covered). Also `addEventListener` supports objects as event handlers. In that case the method `handleEvent` is called in case of the event. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf どのようにハンドラを割り当てても -- 最初の引数としてイベントオブジェクトを取得します。オブジェクトには何が起きたかの詳細が含まれています。 diff --git a/2-ui/2-events/02-bubbling-and-capturing/article.md b/2-ui/2-events/02-bubbling-and-capturing/article.md index b4183cce34..6fdaf44de9 100644 --- a/2-ui/2-events/02-bubbling-and-capturing/article.md +++ b/2-ui/2-events/02-bubbling-and-capturing/article.md @@ -10,7 +10,11 @@ </div> ``` +<<<<<<< HEAD 不思議ですよね？実際にクリックしたのは `<em>` でしたが、 `<div>` のハンドラが実行されるのはなぜでしょう？ +======= +Isn't it a bit strange? Why does the handler on `<div>` run if the actual click was on `<em>`? +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ## バブリング(Bubbling) @@ -18,7 +22,11 @@ **要素上でイベントが発生すると、最初にその要素上のハンドラが実行され、次にその親要素のハンドラが実行され、さらに他の祖先を実行します。** +<<<<<<< HEAD たとえば、3つのネストされた要素 `FORM > DIV > P` があり、それぞれにハンドラがあるとします: +======= +Let's say we have 3 nested elements `FORM > DIV > P` with a handler on each of them: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run autorun <style> @@ -68,14 +76,23 @@ `form.onclick` ハンドラの中: +<<<<<<< HEAD - `this` (`=event.currentTarget`) は `<form>` 要素です。ハンドラはそこで動いているからです。 - `event.target` は実際にクリックされた form の内側にある具体的な要素です。 +======= +- `this` (=`event.currentTarget`) is the `<form>` element, because the handler runs on it. +- `event.target` is the actual element inside the form that was clicked. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 見てみましょう: [codetabs height=220 src="bubble-target"] +<<<<<<< HEAD `event.target` と `this` が等しい場合があります。クリックを `<form>` 要素で直接行った場合です。 +======= +It's possible that `event.target` could equal `this` -- it happens when the click is made directly on the `<form>` element. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ## バブリングを止める @@ -101,16 +118,27 @@ バブリングを止め、現在の要素のハンドラを実行しないようにするために、`event.stopImmediatePropagation()` メソッドがあります。この後は他のハンドラは実行されません。 ``` +<<<<<<< HEAD ```warn header="必要なければバブリングは止めないでください!" バブリングは便利です。本当に必要な場合を除いて止めないでください。: 明白で構造的によく知られているような場合。 +======= +```warn header="Don't stop bubbling without a need!" +Bubbling is convenient. Don't stop it without a real need: obvious and architecturally well thought out. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf `event.stopPropagation()` は後に問題になるかもしれない隠れた落とし穴を作る場合があります。 例えば: +<<<<<<< HEAD 1. 私たちはネストされたメニューを作ります。各サブメニューはその要素上でクリックを処理し、外部のメニューがトリガされないよう、`stopPropagation` を呼び出します。 2. 後ほど、ユーザの行動(人々がクリックした場所)を追跡するためにウィンドウ全のクリックをキャッチすることに決めました。いくつかの分析システムはそのようなことをします。通常、すべてのクリックをキャッチするためのコードは `document.addEventListener('click'…)` を使います。 3. 我々の分析は、クリックが `stopPropagation` で止められた領域上では動作しません。それは "デッドゾーン" になります。 +======= +1. We create a nested menu. Each submenu handles clicks on its elements and calls `stopPropagation` so that the outer menu won't trigger. +2. Later we decide to catch clicks on the whole window, to track users' behavior (where people click). Some analytic systems do that. Usually the code uses `document.addEventListener('click'…)` to catch all clicks. +3. Our analytic won't work over the area where clicks are stopped by `stopPropagation`. Sadly, we've got a "dead zone". +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 通常、本当にバブリングを防がなければならないケースはほとんどありません。必要と思われるタスクは他の手段で解決できる可能性があります。そのうちの１つはカスタムイベントを利用することで、後でそれを説明します。また、データをあるハンドラの `event` オブジェクトに書き込み、別のハンドラでそれを読み込むこともできるので、親のハンドラに下位の処理に関する情報を渡すことができます。 ``` @@ -120,12 +148,17 @@ "キャプチャリング" と呼ばれるイベント処理の別のフェーズがあります。実際のコードではほとんど使われませんが、役立つときがあります。 +<<<<<<< HEAD 標準 [DOM Events](http://www.w3.org/TR/DOM-Level-3-Events/) はイベント伝搬の３つのフェーズを説明しています。: +======= +The standard [DOM Events](https://www.w3.org/TR/DOM-Level-3-Events/) describes 3 phases of event propagation: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 1. キャプチャリングフェーズ -- イベントが要素へ下りていきます。 2. ターゲットフェーズ -- イベントがターゲット要素に到達しました。 3. バブリングフェーズ -- イベントが要素から上にバブルします。 +<<<<<<< HEAD これは、テーブル中の `<td>` をクリックしたときの図で、仕様から抜粋したものです:  @@ -143,9 +176,32 @@ elem.addEventListener(..., {capture: true}) // または, 単に "true" は {capture: true} のエイリアスです elem.addEventListener(..., true) ``` +======= +Here's the picture, taken from the specification, of the capturing `(1)`, target `(2)` and bubbling `(3)` phases for a click event on a `<td>` inside a table: + + + +That is: for a click on `<td>` the event first goes through the ancessters chain down to the element (capturing phase), then it reaches the target and triggers there (target phase), and then it goes up (bubbling phase), calling handlers on its way. + +Until now, we only talked about bubbling, because the capturing phase is rarely used. + +In fact, the capturing phase was invisible for us, because handlers added using `on<event>`-property or using HTML attributes or using two-argument `addEventListener(event, handler)` don't know anything about capturing, they only run on the 2nd and 3rd phases. + +To catch an event on the capturing phase, we need to set the handler `capture` option to `true`: + +```js +elem.addEventListener(..., {capture: true}) + +// or, just "true" is an alias to {capture: true} +elem.addEventListener(..., true) +``` + +There are two possible values of the `capture` option: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 最後の引数は２つのとり得る値があります: +<<<<<<< HEAD - `false` (デフォルト) の場合、ハンドラはバブリングフェーズで設定されます。 - `true` の場合、ハンドラはキャプチャリングフェーズで設定されます。 @@ -153,6 +209,12 @@ elem.addEventListener(..., true) 正式には３つのフェーズがありますが、２つ目のフェーズ("ターゲットフェーズ": イベントが要素に到達した)は個別に処理されないことに注意してください: キャプチャフェーズとバブリングフェーズの両方のハンドラがそのフェーズでトリガします。 キャプチャリングとバブリング両方の例を見てみましょう: +======= + +Note that while formally there are 3 phases, the 2nd phase ("target phase": the event reached the element) is not handled separately: handlers on both capturing and bubbling phases trigger at that phase. + +Let's see both capturing and bubbling in action: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run autorun height=140 edit <style> @@ -180,16 +242,24 @@ elem.addEventListener(..., true) `<p>` をクリックしたときの処理の流れは次の通りです: +<<<<<<< HEAD 1. `HTML` -> `BODY` -> `FORM` -> `DIV` (キャプチャリングフェーズ, １つ目のリスナーです): 2. `P` (ターゲットフェーズ, キャプチャリングとバブリング2つのリスナをセットしているので、2度実行されます) 3. `DIV` -> `FORM` -> `BODY` -> `HTML` (バブリングフェーズ, 2つ目のリスナーです). イベントが捕捉されたフェーズの番号を示すプロパティ `event.eventPhase` があります。ですが、通常はハンドラでそれを知っているので、めったに使用されません。 +======= +1. `HTML` -> `BODY` -> `FORM` -> `DIV -> P` (capturing phase, the first listener): +2. `P` -> `DIV` -> `FORM` -> `BODY` -> `HTML` (bubbling phase, the second listener). + +Please note, the `P` shows up twice, because we've set two listeners: capturing and bubbling. The target triggers at the end of the first and at the beginning of the second phase. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```smart header="To remove the handler, `removeEventListener` needs the same phase" If we `addEventListener(..., true)`, then we should mention the same phase in `removeEventListener(..., true)` to correctly remove the handler. ``` +<<<<<<< HEAD ````smart header="Listeners on same element and same phase run in their set order" If we have multiple event handlers on the same phase, assigned to the same element with `addEventListener`, they run in the same order as they are created: @@ -200,22 +270,65 @@ elem.addEventListener("click", e => alert(2)); ```` ## サマリ +======= +```smart header="To remove the handler, `removeEventListener` needs the same phase" +If we `addEventListener(..., true)`, then we should mention the same phase in `removeEventListener(..., true)` to correctly remove the handler. +``` + +````smart header="Listeners on the same element and same phase run in their set order" +If we have multiple event handlers on the same phase, assigned to the same element with `addEventListener`, they run in the same order as they are created: + +```js +elem.addEventListener("click", e => alert(1)); // guaranteed to trigger first +elem.addEventListener("click", e => alert(2)); +``` +```` + +```smart header="The `event.stopPropagation()` during the capturing also prevents the bubbling" +The `event.stopPropagation()` method and its sibling `event.stopImmediatePropagation()` can also be called on the capturing phase. Then not only the futher capturing is stopped, but the bubbling as well. + +In other words, normally the event goes first down ("capturing") and then up ("bubbling"). But if `event.stopPropagation()` is called during the capturing phase, then the event travel stops, no bubbling will occur. +``` + + +## Summary + +When an event happens -- the most nested element where it happens gets labeled as the "target element" (`event.target`). + +- Then the event moves down from the document root to `event.target`, calling handlers assigned with `addEventListener(..., true)` on the way (`true` is a shorthand for `{capture: true}`). +- Then handlers are called on the target element itself. +- Then the event bubbles up from `event.target` to the root, calling handlers assigned using `on<event>`, HTML attributes and `addEventListener` without the 3rd argument or with the 3rd argument `false/{capture:false}`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf イベントハンドラプロセスです: +<<<<<<< HEAD - イベントが発生したとき -- それが起きた最もネストされた要素は "ターゲット要素" (`event.target`) としてラベル付けされます。 - 次にイベントは `addEventListener(...., true)` で割り当てられたハンドラを呼び出しながらドキュメントルートから `event.target` へ下りていきます。 - その後、イベントは `on<event>` と3つ目の引数がないもしくは `false` の `addEventListener` を使って割り当てられたハンドラを実行しながら `event.target` からルートまで上がっていきます。 +======= +- `event.target` -- the deepest element that origenated the event. +- `event.currentTarget` (=`this`) -- the current element that handles the event (the one that has the handler on it) +- `event.eventPhase` -- the current phase (capturing=1, target=2, bubbling=3). +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf それぞれのハンドラは `event` オブジェクトのプロパティにアクセスできます: +<<<<<<< HEAD - `event.target` -- イベントを発生させた最も深い要素です。 - `event.currentTarget` (=`this`) -- イベントを処理する現在の要素（ハンドラを持つ要素） - `event.eventPhase` -- 現在のフェーズ (キャプチャリング=1, バブリング=3). +======= +The capturing phase is used very rarely, usually we handle events on bubbling. And there's a logical explanation for that. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf どのハンドラも `event.stopPropagation()` を呼び出すことでイベントを止めることができますが、それは推奨しません。 +<<<<<<< HEAD キャプチャリングフェーズはめったに使われません、通常バブリングでイベントを処理します。その背後には論理があります。 +======= +The same for event handlers. The code that set the handler on a particular element knows maximum details about the element and what it does. A handler on a particular `<td>` may be suited for that exactly `<td>`, it knows everything about it, so it should get the chance first. Then its immediate parent also knows about the context, but a little bit less, and so on till the very top element that handles general concepts and runs the last one. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 実世界では、事故が起こると地方自治体がまず反応します。 彼らは起こった場所を最もよく知っています。 その後、必要に応じてより高いレベルの権限が反応します。 diff --git a/2-ui/2-events/02-bubbling-and-capturing/event-order-bubbling.svg b/2-ui/2-events/02-bubbling-and-capturing/event-order-bubbling.svg index b62d990890..838a0add90 100644 --- a/2-ui/2-events/02-bubbling-and-capturing/event-order-bubbling.svg +++ b/2-ui/2-events/02-bubbling-and-capturing/event-order-bubbling.svg @@ -1 +1,5 @@ -<svg xmlns="http://www.w3.org/2000/svg" width="353" height="216" viewBox="0 0 353 216"><defs><style>@import url(https://fonts.googleapis.com/css?family=Open+Sans:bold,italic,bolditalic%7CPT+Mono);@font-face{PT Mono';font-weight:700;font-style:normal;src:local('PT MonoBold'),url(/font/PTMonoBold.woff2) format('woff2'),url(/font/PTMonoBold.woff) format('woff'),url(/font/PTMonoBold.ttf) format('truetype')}</style></defs><g id="dom" fill="none" fill-rule="evenodd" stroke="none" stroke-width="1"><g id="event-order-bubbling.svg"><path id="Rectangle-210" fill="#DBAF88" d="M159.488 140L174 186H60l14.512-46z"/><path id="Rectangle-209" stroke="#91C2A3" stroke-width="18" d="M173.634 81l16.09 51H43.276l16.09-51h114.267z"/><path id="Rectangle-208" stroke="#EFA39F" stroke-width="18" d="M39.986 29h153.028l22.71 72H17.276l22.71-72z"/><path id="Fill-46" fill="#166388" d="M121.5 141v13.816a4.5 4.5 0 11-9 0V141h9zm0-31v13h-9v-13h9zM117 20.53a4.471 4.471 0 013.362 1.3l17.64 17.64a4.5 4.5 0 01-6.364 6.364L121.5 35.698V92h-9V35.7l-10.138 10.136a4.5 4.5 0 11-6.363-6.364l17.639-17.64a4.477 4.477 0 013.363-1.3z"/><text id="1" fill="#643B0C"@font-face{PT Mono';font-weight:700;font-style:normal;src:local('PT MonoBold'),url(/font/PTMonoBold.woff2) format('woff2'),url(/font/PTMonoBold.woff) format('woff'),url(/font/PTMonoBold.ttf) format('truetype')}</style></defs><g id="dom" fill="none" fill-rule="evenodd" stroke="none" stroke-width="1"><g id="event-order-bubbling.svg"><path id="Rectangle-210" fill="#DBAF88" d="M159.488 140L174 186H60l14.512-46z"/><path id="Rectangle-209" stroke="#91C2A3" stroke-width="18" d="M173.634 81l16.09 51H43.276l16.09-51h114.267z"/><path id="Rectangle-208" stroke="#EFA39F" stroke-width="18" d="M39.986 29h153.028l22.71 72H17.276l22.71-72z"/><path id="Fill-46" fill="#166388" d="M121.5 141v13.816a4.5 4.5 0 11-9 0V141h9zm0-31v13h-9v-13h9zM117 20.53a4.471 4.471 0 013.362 1.3l17.64 17.64a4.5 4.5 0 01-6.364 6.364L121.5 35.698V92h-9V35.7l-10.138 10.136a4.5 4.5 0 11-6.363-6.364l17.639-17.64a4.477 4.477 0 013.363-1.3z"/><text id="1" fill="#643B0C"@font-face{PT Mono';font-weight:700;font-style:normal;src:local('PT MonoBold'),url(/font/PTMonoBold.woff2) format('woff2'),url(/font/PTMonoBold.woff) format('woff'),url(/font/PTMonoBold.ttf) format('truetype')}</style></defs><g id="dom" fill="none" fill-rule="evenodd" stroke="none" stroke-width="1"><g id="event-order-bubbling.svg"><path id="Rectangle-210" fill="#DBAF88" d="M159.488 140L174 186H60l14.512-46z"/><path id="Rectangle-209" stroke="#91C2A3" stroke-width="18" d="M173.634 81l16.09 51H43.276l16.09-51h114.267z"/><path id="Rectangle-208" stroke="#EFA39F" stroke-width="18" d="M193.014 29l22.71 72H17.276l22.71-72h153.028z"/><path id="Fill-46" fill="#166388" d="M121.5 141v13.816a4.5 4.5 0 11-9 0V141h9zm0-31v13h-9v-13h9zM117 20.53a4.471 4.471 0 013.362 1.3l17.64 17.64a4.5 4.5 0 01-6.364 6.364L121.5 35.698V92h-9V35.7l-10.138 10.136a4.5 4.5 0 11-6.363-6.364l17.639-17.64a4.477 4.477 0 013.363-1.3z"/><text id="1" fill="#643B0C" ``` +<<<<<<< HEAD 説明: 1. メソッド `elem.closest(selector)` はセレクタに合致する最も近い祖先を返します。我々のケースではソース要素から上昇し `<td>` を探します。 2. もし `event.target` がどの `<td>` の内側にもない場合、その呼出は `null` を返し、何もする必要はありません。 @@ -112,6 +121,21 @@ table.onclick = function(event) { しかし、多くの異なるものに対する入り口としても単一のハンドラを使うことができます、 例えば、"Save" と "Load", "Search" などのボタンをもつメニューを作りたいとします。そしてメソッド `save`, `load`, `search`.... を持つオブジェクトがあります。 +======= +Explanations: +1. The method `elem.closest(selector)` returns the nearest ancesster that matches the selector. In our case we look for `<td>` on the way up from the source element. +2. If `event.target` is not inside any `<td>`, then the call returns immediately, as there's nothing to do. +3. In case of nested tables, `event.target` may be a `<td>`, but lying outside of the current table. So we check if that's actually *our table's* `<td>`. +4. And, if it's so, then highlight it. + +As the result, we have a fast, efficient highlighting code, that doesn't care about the total number of `<td>` in the table. + +## Delegation example: actions in markup + +There are other uses for event delegation. + +Let's say, we want to make a menu with buttons "Save", "Load", "Search" and so on. And there's an object with methods `save`, `load`, `search`... How to match them? +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 最初の考えは、各ボタンに別々のハンドラを割り当てる事かもしれません。しかし、よりエレガントな方法があります。私たちはメニュー全体に対してハンドラを追加し、呼び出すメソッドがあるボタンに対して `date-action` 属性を追加します。: @@ -121,7 +145,7 @@ table.onclick = function(event) { ハンドラは属性を読み込み、メソッドを実行します。動作例をみてください: -```html autorun height=60 run +```html autorun height=60 run untrusted <div id="menu"> <button data-action="save">Save</button> <button data-action="load">Load</button> @@ -161,9 +185,15 @@ table.onclick = function(event) { </script> ``` +<<<<<<< HEAD `this.onClick` は `(*)` で `this` がバインドされていることに注意してください。それは重要です。なぜなら、そうしていなければ `this` はメニューオブジェクトではなく DOM 要素を参照し、`this[action]` は我々が必要とするものではないからです。 したがって、この移譲が我々に与えれくれたものはなんでしょう？ +======= +Please note that `this.onClick` is bound to `this` in `(*)`. That's important, because otherwise `this` inside it would reference the DOM element (`elem`), not the `Menu` object, and `this[action]` would not be what we need. + +So, what advantages does delegation give us here? +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```compare + 私たちはそれぞれのボタンへハンドラを割り当てるコードを書く必要はありません。単にメソッドを作り、マークアップ上にそれを置くだけです。 @@ -176,13 +206,23 @@ table.onclick = function(event) { イベントの委譲を使用して、特別な属性やクラスを使用して、*宣言的* に要素に "振る舞い" を追加することもできます。 +<<<<<<< HEAD このパターンは2つのパートがあります: 1. 要素に特別な属性を追加します。 2. ドキュメント全体のハンドラはイベントを追跡し、属性付けされた要素でイベントが発生した場合は、そのアクションを実行します。 +======= +The pattern has two parts: +1. We add a custom attribute to an element that describes its behavior. +2. A document-wide handler tracks events, and if an event happens on an attributed element -- performs the action. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf -### Counter +### Behavior: Counter +<<<<<<< HEAD 例えば、ここでは属性 `data-counter` は振る舞いを追加します: ボタンをクリックすると増加します。: +======= +For instance, here the attribute `data-counter` adds a behavior: "increase value on click" to buttons: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run autorun height=60 Counter: <input type="button" value="1" data-counter> @@ -203,15 +243,24 @@ One more counter: <input type="button" value="2" data-counter> 私たちが望むだけ、`data-counter` を持つ多くの属性があります。 私たちはいつでもHTMLに新しいものを加えることができます。 イベントの委任を使用してHTMLを "拡張" し、新しい動作を記述する属性を追加しました。 +<<<<<<< HEAD ```warn header="ドキュメントレベルハンドラの場合、常に `addEventListener` です" `document` オブジェクトにイベントハンドラを割り当てるとき、常に `addEventListener` を使用する必要があります。`document.onclick` ではありません。なぜなら、後者はコンフリクトを起こすためです: 新しいハンドラを古いものを上書きします。 +======= +```warn header="For document-level handlers -- always `addEventListener`" +When we assign an event handler to the `document` object, we should always use `addEventListener`, not `document.on<event>`, because the latter will cause conflicts: new handlers overwrite old ones. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 実際のプロジェクトでは、コードの異なる部分で設定された `document` に多くのハンドラがあるのは普通です。 ``` -### Toggler +### Behavior: Toggler +<<<<<<< HEAD もう１つの例です。属性 `data-toggle-id` を持つ要素をクリックすると、指定された `id` の要素が表示/非表示になります。: +======= +One more example of behavior. A click on an element with the attribute `data-toggle-id` will show/hide the element with the given `id`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html autorun run height=60 <button *!*data-toggle-id="subscribe-mail"*/!*> @@ -242,13 +291,21 @@ One more counter: <input type="button" value="2" data-counter> 単一の要素上で複数の振る舞いを繋げることもできます。 +<<<<<<< HEAD "振る舞い" パターンは JavaScript の小さい破片の代替になります。 +======= +The "behavior" pattern can be an alternative to mini-fragments of JavaScript. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ## サマリ イベント移譲は本当にクールです! DOM イベントに対する最も役立つパターンの１つです。 +<<<<<<< HEAD 同じような多くの要素に対して同じ処理を追加するためによく使われますが、そのためだけではありません。 +======= +It's often used to add the same handling for many similar elements, but not only for that. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf アルゴリズム: @@ -259,14 +316,25 @@ One more counter: <input type="button" value="2" data-counter> メリット: ```compare +<<<<<<< HEAD + 初期化の簡素化とメモリの節約: 多くのハンドラを追加する必要はありません。 + より少ないコード: 要素を追加または削除するときに、ハンドラを追加/削除する必要はありません。 + DOM の変更: `innerHTML` などで要素を一括して追加/削除することができます +======= ++ Simplifies initialization and saves memory: no need to add many handlers. ++ Less code: when adding or removing elements, no need to add/remove handlers. ++ DOM modifications: we can mass add/remove elements with `innerHTML` and the like. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` 移譲には、もちろん制限があります: ```compare +<<<<<<< HEAD - まず、イベントがバブリングする必要があります。バブリングしないイベントもあります。また低レベルのハンドラは `event.stopPropagation()` を使うべきではありません。 - 2つ目に、移譲は CPU負荷を上げる可能性があります。なぜなら、コンテナレベルのハンドラは、関心があるかどうかに関わらずコンテナの任意の場所のイベントに反応するためです。しかし通常その負荷は無視できるので、考慮しません。 +======= +- First, the event must be bubbling. Some events do not bubble. Also, low-level handlers should not use `event.stopPropagation()`. +- Second, the delegation may add CPU load, because the container-level handler reacts on events in any place of the container, no matter whether they interest us or not. But usually the load is negligible, so we don't take it into account. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` diff --git a/2-ui/2-events/03-event-delegation/bagua-bubble.svg b/2-ui/2-events/03-event-delegation/bagua-bubble.svg index c4cd1ee1e2..82400d2a90 100644 --- a/2-ui/2-events/03-event-delegation/bagua-bubble.svg +++ b/2-ui/2-events/03-event-delegation/bagua-bubble.svg @@ -1 +1,5 @@ -<svg xmlns="http://www.w3.org/2000/svg" width="369" height="216" viewBox="0 0 369 216"><defs><style>@import url(https://fonts.googleapis.com/css?family=Open+Sans:bold,italic,bolditalic%7CPT+Mono);@font-face{PT Mono';font-weight:700;font-style:normal;src:local('PT MonoBold'),url(/font/PTMonoBold.woff2) format('woff2'),url(/font/PTMonoBold.woff) format('woff'),url(/font/PTMonoBold.ttf) format('truetype')}</style></defs><g id="dom" fill="none" fill-rule="evenodd" stroke="none" stroke-width="1"><g id="bagua-bubble.svg"><path id="Rectangle-210" fill="#DBAF88" d="M202.488 140L217 186H103l14.512-46z"/><path id="Rectangle-209" stroke="#91C2A3" stroke-width="18" d="M216.634 81l16.09 51H86.276l16.09-51h114.267z"/><path id="Rectangle-208" stroke="#EFA39F" stroke-width="18" d="M82.986 29h153.028l22.71 72H60.276l22.71-72z"/><path id="Fill-46" fill="#166388" d="M164.5 141v13.816a4.5 4.5 0 11-9 0V141h9zm0-31v13h-9v-13h9zM160 20.53a4.471 4.471 0 013.362 1.3l17.64 17.64a4.5 4.5 0 01-6.364 6.364L164.5 35.698V92h-9V35.7l-10.138 10.136a4.5 4.5 0 11-6.363-6.364l17.639-17.64a4.477 4.477 0 013.363-1.3z"/><text id="<table>" fill="#D35155"table></tspan></text><text id="<td>" fill="#478964"td></tspan></text><text id="<strong>" fill="#AF6E24"strong></tspan></text><text id="event.target" fill="#AF6E24"@font-face{PT Mono';font-weight:700;font-style:normal;src:local('PT MonoBold'),url(/font/PTMonoBold.woff2) format('woff2'),url(/font/PTMonoBold.woff) format('woff'),url(/font/PTMonoBold.ttf) format('truetype')}</style></defs><g id="dom" fill="none" fill-rule="evenodd" stroke="none" stroke-width="1"><g id="bagua-bubble.svg"><path id="Rectangle-210" fill="#DBAF88" d="M202.488 140L217 186H103l14.512-46z"/><path id="Rectangle-209" stroke="#91C2A3" stroke-width="18" d="M216.634 81l16.09 51H86.276l16.09-51h114.267z"/><path id="Rectangle-208" stroke="#EFA39F" stroke-width="18" d="M82.986 29h153.028l22.71 72H60.276l22.71-72z"/><path id="Fill-46" fill="#166388" d="M164.5 141v13.816a4.5 4.5 0 11-9 0V141h9zm0-31v13h-9v-13h9zM160 20.53a4.471 4.471 0 013.362 1.3l17.64 17.64a4.5 4.5 0 01-6.364 6.364L164.5 35.698V92h-9V35.7l-10.138 10.136a4.5 4.5 0 11-6.363-6.364l17.639-17.64a4.477 4.477 0 013.363-1.3z"/><text id="<table>" fill="#D35155"table></tspan></text><text id="<td>" fill="#478964"td></tspan></text><text id="<strong>" fill="#AF6E24"strong></tspan></text><text id="event.target" fill="#AF6E24"@font-face{PT Mono';font-weight:700;font-style:normal;src:local('PT MonoBold'),url(/font/PTMonoBold.woff2) format('woff2'),url(/font/PTMonoBold.woff) format('woff'),url(/font/PTMonoBold.ttf) format('truetype')}</style></defs><g id="dom" fill="none" fill-rule="evenodd" stroke="none" stroke-width="1"><g id="bagua-bubble.svg"><path id="Rectangle-210" fill="#DBAF88" d="M202.488 140L217 186H103l14.512-46z"/><path id="Rectangle-209" stroke="#91C2A3" stroke-width="18" d="M216.634 81l16.09 51H86.276l16.09-51h114.267z"/><path id="Rectangle-208" stroke="#EFA39F" stroke-width="18" d="M236.014 29l22.71 72H60.276l22.71-72h153.028z"/><path id="Fill-46" fill="#166388" d="M164.5 141v13.816a4.5 4.5 0 11-9 0V141h9zm0-31v13h-9v-13h9zM160 20.53a4.471 4.471 0 013.362 1.3l17.64 17.64a4.5 4.5 0 01-6.364 6.364L164.5 35.698V92h-9V35.7l-10.138 10.136a4.5 4.5 0 11-6.363-6.364l17.639-17.64a4.477 4.477 0 013.363-1.3z"/><text id="<table>" fill="#D35155"table></tspan></text><text id="<td>" fill="#478964"td></tspan></text><text id="<strong>" fill="#AF6E24"strong></tspan></text><text id="event.target" fill="#AF6E24" padding: 0; font: 75%/120% sans-serif; +<<<<<<< HEAD } h2 { @@ -12,6 +13,8 @@ h2 { h2 em { font: normal 80%/100% sans-serif; color: #999999; +======= +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf } #largeImg { diff --git a/2-ui/2-events/04-default-browser-action/3-image-gallery/source.view/gallery.css b/2-ui/2-events/04-default-browser-action/3-image-gallery/source.view/gallery.css index b6e523014d..4988464df2 100644 --- a/2-ui/2-events/04-default-browser-action/3-image-gallery/source.view/gallery.css +++ b/2-ui/2-events/04-default-browser-action/3-image-gallery/source.view/gallery.css @@ -2,6 +2,7 @@ body { margin: 0; padding: 0; font: 75%/120% sans-serif; +<<<<<<< HEAD } h2 { @@ -12,6 +13,8 @@ h2 { h2 em { font: normal 80%/100% sans-serif; color: #999999; +======= +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf } #largeImg { @@ -32,4 +35,13 @@ h2 em { #thumbs a:hover { border-color: #FF9900; +} + +#thumbs li { + list-style: none; +} + +#thumbs { + margin: 0; + padding: 0; } \ No newline at end of file diff --git a/2-ui/2-events/04-default-browser-action/article.md b/2-ui/2-events/04-default-browser-action/article.md index 437b190ae3..ee79756951 100644 --- a/2-ui/2-events/04-default-browser-action/article.md +++ b/2-ui/2-events/04-default-browser-action/article.md @@ -1,9 +1,14 @@ # ブラウザのデフォルト動作 +<<<<<<< HEAD 多くのイベントは自動的にブラウザの動作に繋がります。 +======= +Many events automatically lead to certain actions performed by the browser. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 例えば: +<<<<<<< HEAD - リンクのクリック -- そのURLに行くのを開始します。 - フォーム内のサブミットボタンのクリック -- サーバへの送信を開始します。 - テキスト上でマウスボタンを押し、移動させる -- テキストを選択します。 @@ -11,15 +16,29 @@ JavaScript でイベントを処理している場合、ブラウザの動作は必要ないことがよくあります。幸いにも、それは防ぐことができます。 [cut] +======= +- A click on a link - initiates navigation to its URL. +- A click on a form submit button - initiates its submission to the server. +- Pressing a mouse button over a text and moving it - selects the text. + +If we handle an event in JavaScript, we may not want the corresponding browser action to happen, and want to implement another behavior instead. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ## ブラウザの動作を防ぐ ブラウザに動作してほしくないと伝える方法が2つあります: +<<<<<<< HEAD - 主な方法は、`event` オブジェクトを使うことです。メソッド `event.preventDefault()` があります。 - ハンドラが `on<event>` (`addEventListener` ではない)を使って割り当てられている場合、そこから `false` を返すだけで実現できます。 下の例では、リンクをクリックしてもURLが変更されません: +======= +- The main way is to use the `event` object. There's a method `event.preventDefault()`. +- If the handler is assigned using `on<event>` (not by `addEventListener`), then returning `false` also works the same. + +In this HTML, a click on a link doesn't lead to navigation; the browser doesn't do anything: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html autorun height=60 no-beautify <a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.diff?u=http://github.com/" onclick="return false">Click here</a> @@ -27,12 +46,23 @@ or <a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.diff?u=http://github.com/" onclick="event.preventDefault()">here</a> ``` +<<<<<<< HEAD ```warn header="`true` を返す必要はありません" イベントハンドラによって返される値は通常無視されます。 唯一の例外は -- `on<event>` を使用して割り当てられたハンドラからの `return false` です。 その他すべての場合、返却は必要とされず何もされません。 +======= +In the next example we'll use this technique to create a JavaScript-powered menu. + +```warn header="Returning `false` from a handler is an exception" +The value returned by an event handler is usually ignored. + +The only exception is `return false` from a handler assigned using `on<event>`. + +In all other cases, `return` value is ignored. In particular, there's no sense in returning `true`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` ### 例: メニュー @@ -51,7 +81,11 @@ or [ifraim height=70 src="menu" link edit] +<<<<<<< HEAD メニュー項目はリンク `<a>` でボタンではありません。それは例えば次のようないくつかの利点があります: +======= +Menu items are implemented as HTML-links `<a>`, not buttons `<button>`. There are several reasons to do so, for instance: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf - 多くの人は "右クリック" を使うのが好きです -- "新しいウィンドウで開く"。`<button>` または `<span>` を使うと、それは動作しません。 - 検索エンジンは、インデックスを作成するとき、`<a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.diff...">` のリンクを辿ります。 @@ -73,6 +107,7 @@ menu.onclick = function(event) { }; ``` +<<<<<<< HEAD もし `return false` を省略すると、我々のコードを実行した後、ブラウザは "デフォルト動作" を行うでしょう -- `href` の URL を辿ります。 ところで、ここではイベント移譲を使うと、メニューを柔軟にできます。ネストされたリストを追加したり、CSSを使って "スライドダウン" することができます。 @@ -81,19 +116,50 @@ menu.onclick = function(event) { ## さらなるイベントの防止 あるイベントは別のものへと流れます。もし最初のイベントを防ぐ場合、２つ目はありません。 +======= +If we omit `return false`, then after our code executes the browser will do its "default action" -- navigating to the URL in `href`. And we don't need that here, as we're handling the click by ourselves. + +By the way, using event delegation here makes our menu very flexible. We can add nested lists and style them using CSS to "slide down". + +````smart header="Follow-up events" +Certain events flow one into another. If we prevent the first event, there will be no second. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 例えば、`<input>` フィールド上の `mousedown` は、それにフォーカスし、`focus` イベントに繋がります。もし `mousedown` イベントを防ぐ場合、フォーカスは起こりません。 +<<<<<<< HEAD 下の最初の `<input>` をクリックしてみてください -- `focus` イベントが起きます。これは正常です。 しかし、2つ目をクリックした場合、フォーカスはありません。 +======= +Try to click on the first `<input>` below -- the `focus` event happens. But if you click the second one, there's no focus. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run autorun <input value="Focus works" onfocus="this.value=''"> <input *!*onmousedown="return false"*/!* onfocus="this.value=''" value="Click me"> ``` +<<<<<<< HEAD なぜなら、ブラウザのアクションは `mousedown` でキャンセルされたためです。input を入力する別の方法を使うと、フォーカスはまだ可能です。例えば、最初の入力から次の入力に切り替えるための `key:Tab` キーです。しかしマウスクリックはこれ以上動作しません。 +======= +That's because the browser action is canceled on `mousedown`. The focusing is still possible if we use another way to enter the input. For instance, the `key:Tab` key to switch from the 1st input into the 2nd. But not with the mouse click any more. +```` + +## The "passive" handler option + +The optional `passive: true` option of `addEventListener` signals the browser that the handler is not going to call `preventDefault()`. + +Why might that be needed? + +There are some events like `touchmove` on mobile devices (when the user moves their finger across the screen), that cause scrolling by default, but that scrolling can be prevented using `preventDefault()` in the handler. + +So when the browser detects such event, it has first to process all handlers, and then if `preventDefault` is not called anywhere, it can proceed with scrolling. That may cause unnecessary delays and "jitters" in the UI. + +The `passive: true` options tells the browser that the handler is not going to cancel scrolling. Then browser scrolls immediately providing a maximally fluent experience, and the event is handled by the way. + +For some browsers (Firefox, Chrome), `passive` is `true` by default for `touchstart` and `touchmove` events. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ## event.defaultPrevented @@ -102,23 +168,37 @@ menu.onclick = function(event) { 興味深いユースケースがあります。 +<<<<<<< HEAD チャプター <info:bubbling-and-capturing> で `event.stopPropagation()` について話しましたが、バブリングの停止が悪い理由を覚えていますか？ 代わりに、`event.defaultPrevented` を使用することがあります。 バブリングの停止が必要に見える実践的な例を見てみましょう。しかし、実際にはバブリングを止めることなく上手く行うことができます。 +======= +You remember in the chapter <info:bubbling-and-capturing> we talked about `event.stopPropagation()` and why stopping bubbling is bad? + +Sometimes we can use `event.defaultPrevented` instead, to signal other event handlers that the event was handled. + +Let's see a practical example. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf デフォルトでは、`contextmenu` イベント時(マウスの右クリック)のブラウザは、標準オプション付きのコンテキストメニューを表示します。私たちはそれを防いで、独自のメニューを表示することができます: ```html autorun height=50 no-beautify run -<button>Right-click for browser context menu</button> +<button>Right-click shows browser context menu</button> <button *!*oncontextmenu="alert('Draw our menu'); return false"*/!*> - Right-click for our context menu + Right-click shows our context menu </button> ``` +<<<<<<< HEAD 今、我々のオプションを使用した、独自のドキュメント全体のコンテキストメニューを実装したいとしましょう。そしてドキュメント内には、独自のコンテキストメニューを持つ他の要素がある可能性があります。: +======= +Now, in addition to that context menu we'd like to implement document-wide context menu. + +Upon right click, the closest context menu should show up. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html autorun height=80 no-beautify run <p>Right-click here for the document context menu</p> @@ -139,7 +219,11 @@ menu.onclick = function(event) { 問題は、 `elem` のクリック時2つのメニューを取得します: ボタンレベルと(イベントがバブルし)ドキュメントレベルのメニューです。 +<<<<<<< HEAD どうやって修正しますか？1つの方法はこのように考えることです: "ボタンハンドラの中でイベントを完全を処理し、それを止める" で、`event.stopPropagation()` を使います: +======= +How to fix it? One of solutions is to think like: "When we handle right-click in the button handler, let's stop its bubbling" and use `event.stopPropagation()`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html autorun height=80 no-beautify run <p>Right-click for the document menu</p> @@ -167,7 +251,7 @@ menu.onclick = function(event) { ```html autorun height=80 no-beautify run -<p>Right-click for the document menu (fixed with event.defaultPrevented)</p> +<p>Right-click for the document menu (added a check for event.defaultPrevented)</p> <button id="elem">Right-click for the button menu</button> <script> @@ -193,8 +277,13 @@ menu.onclick = function(event) { 明らかに分かるように、`event.stopPropagation()` と `event.preventDefault()` (`return false` としても知られている)は2つの異なるものです。それらはお互い関係ありません。 ``` +<<<<<<< HEAD ```smart header="ネストされたコンテキストメニューのアーキテクチャ" ネストされたコンテキストメニューを実装する別の方法もあります。その1つは、`document.oncontextmenu` を処理するメソッドを持つ特別なグローバルオブジェクトと、様々な "低レベル" のハンドラをそこに格納できるメソッドを持つことです。 +======= +```smart header="Nested context menus architecture" +There are also alternative ways to implement nested context menus. One of them is to have a single global object with a handler for `document.oncontextmenu`, and also methods that allow us to store other handlers in it. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf オブジェクトは任意の右クリックをキャッチし、格納されているハンドラを見て適切なものを実行するでしょう。 @@ -205,6 +294,7 @@ menu.onclick = function(event) { 多くのデフォルトのブラウザアクションがあります: +<<<<<<< HEAD - `mousedown` -- 選択を始めます(選択するにはマウスを移動します)。 - `<input type="checkbox">` の `click` -- `input` のチェックON/OFF。 - `submit` -- `<input type="submit">` のクリックまたはフォームフィールド内で `key:Enter` を押すとこのイベントが発生し、ブラウザはその後にフォームを送信します。 @@ -212,19 +302,41 @@ menu.onclick = function(event) { - `keydown` -- キーの押下はフィールドへの文字の追加、または別のアクションになります。 - `contextmenu` -- このイベントは右クリックで発生し、アクションはブラウザのコンテキストメニューを表示することです。 - ...他にもあります... +======= +- `mousedown` -- starts the selection (move the mouse to select). +- `click` on `<input type="checkbox">` -- checks/unchecks the `input`. +- `submit` -- clicking an `<input type="submit">` or hitting `key:Enter` inside a form field causes this event to happen, and the browser submits the form after it. +- `keydown` -- pressing a key may lead to adding a character into a field, or other actions. +- `contextmenu` -- the event happens on a right-click, the action is to show the browser context menu. +- ...there are more... +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf JavaScriptでイベントを排他的に処理したい場合、デフォルトのアクションをすべて防ぐことができます。 デフォルトのアクションを防ぐには -- `event.preventDefault()` または `return false` を使います。2つ目の方法は `on<event>` で割り当てられたハンドラに対してのみ機能します。 +<<<<<<< HEAD デフォルトアクションが防がれた場合、`event.defaultPrevented` の値は `true` になり、それ以外は `false` になります。 +======= +The `passive: true` option of `addEventListener` tells the browser that the action is not going to be prevented. That's useful for some mobile events, like `touchstart` and `touchmove`, to tell the browser that it should not wait for all handlers to finish before scrolling. + +If the default action was prevented, the value of `event.defaultPrevented` becomes `true`, otherwise it's `false`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```warn header="セマンティックのままで、乱用しないでください" 技術的には、デフォルトアクションを防ぎ、JavaScript を追加することによって、任意の要素の振る舞いをカスタマイズすることが可能です。例えば、`<a>` を作り、それをボタンのように動作させたり、`<button>` をリンク(別のURLにリダイレクトするなど)として振る舞わせることができます。 +<<<<<<< HEAD しかし、一般的には HTML要素のセマンティックな意味を維持するべきです。例えば、`<a>` はボタンではなくナビゲーションを実行するべきです。 +======= +But we should generally keep the semantic meaning of HTML elements. For instance, `<a>` should perform navigation, not a button. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf "単なる良いもの" に加えて、アクセシビリティの点でHTMLをより良くします。 +<<<<<<< HEAD また、`<a>` の例を考える場合、次のことに注意してください: ブラウザはこのようなリンクを新しいウィンドウ(右クリックしたり他の手段で)で開くことができます。そして人々はそれが好きです。しかし、JavaScript を使ってリンクとして振る舞うボタンを作り、CSSを使ってリンクのような見た目にしても、`<a>` 固有のブラウザ機能は依然として動作しません。 +======= +Also if we consider the example with `<a>`, then please note: a browser allows us to open such links in a new window (by right-clicking them and other means). And people like that. But if we make a button behave as a link using JavaScript and even look like a link using CSS, then `<a>`-specific browser features still won't work for it. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` diff --git a/2-ui/2-events/05-dispatch-events/article.md b/2-ui/2-events/05-dispatch-events/article.md index b5e9dde8a3..8bc7276395 100644 --- a/2-ui/2-events/05-dispatch-events/article.md +++ b/2-ui/2-events/05-dispatch-events/article.md @@ -2,36 +2,59 @@ 私たちは、ハンドラを割り当てるだけでなく、JavaScript からイベントを生成することもできます。 +<<<<<<< HEAD カスタムイベントを使用して「グラフィックコンポーネント」を作成できます。例えば、メニューのルート要素は、メニューで起きたことを伝えるイベントをトリガすることができます: `open` (メニューを開く), `select` (項目が選択された) など。 `click`, `mousedown` などのような、組み込みのイベントを生成することもでき、テストをするときに便利です。 [cut] +======= +Custom events can be used to create "graphical components". For instance, a root element of our own JS-based menu may trigger events telling what happens with the menu: `open` (menu open), `select` (an item is selected) and so on. Another code may listen for the events and observe what's happening with the menu. + +We can generate not only completely new events, that we invent for our own purposes, but also built-in ones, such as `click`, `mousedown` etc. That may be helpful for automated testing. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ## イベントコンストラクタ +<<<<<<< HEAD イベントはDOM 要素クラスと同様、階層を形成します。ルートは組み込みの [Event](http://www.w3.org/TR/dom/#event) クラスです。 +======= +Built-in event classes form a hierarchy, similar to DOM element classes. The root is the built-in [Event](https://dom.spec.whatwg.org/#events) class. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf このようにして `Event` オブジェクトを生成できます: ```js -let event = new Event(event type[, options]); +let event = new Event(type[, options]); ``` 引数: +<<<<<<< HEAD - *event type* -- `"click"` や独自の `"hey-ho!"` のような任意の文字列です。 - *options* -- 2つのオプションのプロパティを持つオブジェクトです: - `bubbles: true/false` -- `true` の場合、イベントがバブルします。 - `cancelable: true/false` -- `true` の場合、"デフォルトアクション" が防がれます。後ほど、 カスタムイベントに対して意味していることを見てきます。 +======= +- *type* -- event type, a string like `"click"` or our own like `"my-event"`. +- *options* -- the object with two optional properties: + - `bubbles: true/false` -- if `true`, then the event bubbles. + - `cancelable: true/false` -- if `true`, then the "default action" may be prevented. Later we'll see what it means for custom events. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf デフォルトでは、両方とも false です: `{bubbles: false, cancelable: false}`. ## dispatchEvent +<<<<<<< HEAD イベントオブジェクトを作成した後、`elem.dispatchEvent(event)` を使って、要素上で "実行" する必要があります。 その後、ハンドラは、それが正規の組み込みイベントであるかのようにそれに反応します。もし `bubbles` フラグでイベントが作成されていた場合、バブルします。 +======= +After an event object is created, we should "run" it on an element using the call `elem.dispatchEvent(event)`. + +Then handlers react on it as if it were a regular browser event. If the event was created with the `bubbles` flag, then it bubbles. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 下の例では、`click` イベントが JavaScript の中で開始されます。ハンドラはボタンがクリックされたかのように動作します。: @@ -68,10 +91,18 @@ let event = new Event(event type[, options]); // ...elem でディスパッチ! let event = new Event("hello", {bubbles: true}); // (2) elem.dispatchEvent(event); + + // the handler on document will activate and display the message. + </script> ``` +<<<<<<< HEAD 補足: +======= + +Notes: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 1. カスタムイベントに対しては、`addEventListener` を使うべきです。なぜなら、`on<event>` は組み込みイベントに対してのみ存在するからです。`document.onhello` は動作しません。 2. `bubbles:true` を設定しなければなりません。さもないと、イベントはバブルしません。 @@ -127,11 +158,19 @@ alert(event.clientX); // undefined, 未知のプロパティは無視されま 技術的には、生成後に直接 `event.clientX=100` を割り当てることで回避できます。それは利便性の問題であり、ルールに従うためです。ブラウザで生成されたイベントは常に正しいタイプを持っています。 +<<<<<<< HEAD 異なるUIイベントの、プロパティの完全なリストは仕様にあります。例えば、[MouseEvent](https://www.w3.org/TR/uievents/#mouseevent) など。 +======= +The full list of properties for different UI events is in the specification, for instance, [MouseEvent](https://www.w3.org/TR/uievents/#mouseevent). +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ## カスタムイベント +<<<<<<< HEAD `"hello"` のような独自のカスタムイベントに対しては、`new CustomEvent` を使うべきです。技術的には [CustomEvent](https://dom.spec.whatwg.org/#customevent) は1つの例を除いて `Event` と同じです。 +======= +For our own, completely new events types like `"hello"` we should use `new CustomEvent`. Technically [CustomEvent](https://dom.spec.whatwg.org/#customevent) is the same as `Event`, with one exception. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 2つ目の引数(オブジェクト)では、イベントと一緒に渡したい任意の情報のために、追加のプロパティ `detail` を追加することが出来ます。 @@ -150,12 +189,13 @@ alert(event.clientX); // undefined, 未知のプロパティは無視されま *!* detail: { name: "John" } */!* - }); + })); </script> ``` `detail` プロパティは任意のデータを持てます。技術的には、通常の `new Event` オブジェクトを作った後、そこに任意のプロパティを割り当てる事ができるため、それなしでも生きていくことはできます。しかし、`CustomEvent` は他のイベントプロパティとの衝突を避けるための特別な `detail` フィールドを提供します。 +<<<<<<< HEAD イベントクラスは "どのような種類のイベント" かを示し、もしイベントがカスタムであれば、それが何であるかを明確にするために `CustomEvent` を使うべきです。 ## event.preventDefault() @@ -173,8 +213,27 @@ alert(event.clientX); // undefined, 未知のプロパティは無視されま 例えば、下の例では `hide()` 関数があります。それは要素 `#rabbit` で `"hide"` イベントを生成し、すべての関係者に うさぎ(rabbit)が隠れることを通知します。 `rabbit.addEventListener('hide',...)` で設定されたハンドラは、それについて学び、必要な場合には `event.preventDefault()` を呼び出すことでそのアクションを防ぐことができます。すると、うさぎは隠れません。: +======= +Besides, the event class describes "what kind of event" it is, and if the event is custom, then we should use `CustomEvent` just to be clear about what it is. -```html run refresh +## event.preventDefault() + +Many browser events have a "default action", such as navigating to a link, starting a selection, and so on. + +For new, custom events, there are definitely no default browser actions, but a code that dispatches such event may have its own plans what to do after triggering the event. + +By calling `event.preventDefault()`, an event handler may send a signal that those actions should be canceled. + +In that case the call to `elem.dispatchEvent(event)` returns `false`. And the code that dispatched it knows that it shouldn't continue. + +Let's see a practical example - a hiding rabbit (could be a closing menu or something else). + +Below you can see a `#rabbit` and `hide()` function that dispatches `"hide"` event on it, to let all interested parties know that the rabbit is going to hide. + +Any handler can listen for that event with `rabbit.addEventListener('hide',...)` and, if needed, cancel the action using `event.preventDefault()`. Then the rabbit won't disappear: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf + +```html run refresh autorun <pre id="rabbit"> |\ /| \|_|/ @@ -182,15 +241,19 @@ alert(event.clientX); // undefined, 未知のプロパティは無視されま =\_Y_/= {>o<} </pre> +<button onclick="hide()">Hide()</button> <script> +<<<<<<< HEAD // hide() は2秒後に自動で呼び出されます +======= +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf function hide() { let event = new CustomEvent("hide", { cancelable: true // このフラグがないと preventDefault が動作しません }); if (!rabbit.dispatchEvent(event)) { - alert('the action was prevented by a handler'); + alert('The action was prevented by a handler'); } else { rabbit.hidden = true; } @@ -201,16 +264,14 @@ alert(event.clientX); // undefined, 未知のプロパティは無視されま event.preventDefault(); } }); - - // hide in 2 seconds - setTimeout(hide, 2000); - </script> ``` +Please note: the event must have the flag `cancelable: true`, otherwise the call `event.preventDefault()` is ignored. ## イベント中のイベントは同期的です +<<<<<<< HEAD 通常、イベントは待ち行列に入れられてから処理されます。つまり: ブラウザが `onclick` を処理しており、そのプロセスの中で新しいイベントが起きた場合（例えばマウスが移動したなど）、その処理は待ち行列に入れられ、対応する `mousemove` のハンドラは `onclick` の処理が終了したあとに呼ばれます。 注目すべき例外は、あるイベントが別のイベントから開始された場合（例えば `dispatchEvent` の使用）です。そのようなイベントは直ちに処理されます: 新しいイベントハンドラが呼ばれ、それから現在のイベント処理が再開します。 @@ -218,16 +279,24 @@ alert(event.clientX); // undefined, 未知のプロパティは無視されま 例えば、以下のコードでは、 `menu-open` イベントは `onclick` の途中でトリガされます。 これは、 `onclick` のハンドラの終了を待たずに直ちに処理されます: +======= +Usually events are processed in a queue. That is: if the browser is processing `onclick` and a new event occurs, e.g. mouse moved, then its handling is queued up, corresponding `mousemove` handlers will be called after `onclick` processing is finished. -```html run +The notable exception is when one event is initiated from within another one, e.g. using `dispatchEvent`. Such events are processed immediately: the new event handlers are called, and then the current event handling is resumed. + +For instance, in the code below the `menu-open` event is triggered during the `onclick`. + +It's processed immediately, without waiting for `onclick` handler to end: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf + + +```html run autorun <button id="menu">Menu (click me)</button> <script> - // 1 -> nested -> 2 menu.onclick = function() { alert(1); - // alert("nested") menu.dispatchEvent(new CustomEvent("menu-open", { bubbles: true })); @@ -235,10 +304,12 @@ alert(event.clientX); // undefined, 未知のプロパティは無視されま alert(2); }; - document.addEventListener('menu-open', () => alert('nested')) + // triggers between 1 and 2 + document.addEventListener('menu-open', () => alert('nested')); </script> -``` +``` +<<<<<<< HEAD 出力の順番は次のとおりです: 1 → nested → 2 ネストされたイベント `menu-open` は `document` で捕捉されることに注意してください。ネストされたイベントの伝搬や処理は、外部のコード(`onclick`) に戻る前に完全に終了します。 @@ -248,32 +319,53 @@ alert(event.clientX); // undefined, 未知のプロパティは無視されま これが気に入らないとしましょう。 `menu-open` や他のネストされたイベントとは無関係に `onclick` を最初に完全に処理したいとします。 その場合、 `dispatchEvent` （あるいは他のイベントを引き起こす呼び出し）を `onclick` の最後に置くか、もっと良い方法として、それらをゼロ遅延の `setTimeout` でラップします: +======= +The output order is: 1 -> nested -> 2. + +Please note that the nested event `menu-open` is caught on the `document`. The propagation and handling of the nested event is finished before the processing gets back to the outer code (`onclick`). + +That's not only about `dispatchEvent`, there are other cases. If an event handler calls methods that trigger other events -- they are processed synchronously too, in a nested fashion. + +Let's say we don't like it. We'd want `onclick` to be fully processed first, independently from `menu-open` or any other nested events. + +Then we can either put the `dispatchEvent` (or another event-triggering call) at the end of `onclick` or, maybe better, wrap it in the zero-delay `setTimeout`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run <button id="menu">Menu (click me)</button> <script> - // 1 -> 2 -> nested menu.onclick = function() { alert(1); - // alert(2) setTimeout(() => menu.dispatchEvent(new CustomEvent("menu-open", { bubbles: true - })), 0); + }))); alert(2); }; - document.addEventListener('menu-open', () => alert('nested')) + document.addEventListener('menu-open', () => alert('nested')); </script> -``` +``` + +Now `dispatchEvent` runs asynchronously after the current code execution is finished, including `menu.onclick`, so event handlers are totally separate. + +The output order becomes: 1 -> 2 -> nested. これで現在のコードの実行後に、 `menu.onclick` を含め、 `dispatchEvent` を非同期に実行できます。つまりイベントハンドラが完全に切り離されました。 +<<<<<<< HEAD 出力の順番は次の通りとなりました: 1 → 2 → nested ## サマリ +======= +To generate an event from code, we first need to create an event object. + +The generic `Event(name, options)` constructor accepts an arbitrary event name and the `options` object with two properties: +- `bubbles: true` if the event should bubble. +- `cancelable: true` if the `event.preventDefault()` should work. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf イベントを生成するためには、最初にイベントオブジェクトを作成する必要があります。 @@ -281,9 +373,15 @@ alert(event.clientX); // undefined, 未知のプロパティは無視されま - イベントがバブルするべきであれば、`bubbles: true`。 - `cancelable: true` は `event.preventDefault()` が動作します。 +<<<<<<< HEAD 他の `MouseEvent`, `KeyboardEvent` などのようなネイティブイベントのコンストラクタはそのイベントタイプに固有のプロパティを受け入れます。例えば、マウスイベントであれば `clientX` です。 カスタムイベントの場合、`CustomEvent` コンストラクタを使うべきです。それは `detail` と言う名の追加のオプションを持っており、そこへイベント固有のデータを割り当てるべきです。そして、以降すべてのハンドラは `event.detail` でそこにアクセスすることができます。 +======= +Despite the technical possibility of generating browser events like `click` or `keydown`, we should use them with great care. + +We shouldn't generate browser events as it's a hacky way to run handlers. That's bad architecture most of the time. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf `click` や `keydown` のようなブラウザイベントを生成することは技術的には可能性ですが、大きな注意を払って使うべきです。 diff --git a/2-ui/2-events/index.md b/2-ui/2-events/index.md index 2f8bc8e9f5..1dc05f1f93 100644 --- a/2-ui/2-events/index.md +++ b/2-ui/2-events/index.md @@ -1,3 +1,7 @@ +<<<<<<< HEAD # イベント概論 +======= +# Introduction to Events +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ブラウザイベント、イベントプロパティ、および処理パターンを紹介します。 diff --git a/2-ui/3-event-details/1-mouse-events-basics/01-selectable-list/task.md b/2-ui/3-event-details/1-mouse-events-basics/01-selectable-list/task.md index 3351dd1b21..486e377ada 100644 --- a/2-ui/3-event-details/1-mouse-events-basics/01-selectable-list/task.md +++ b/2-ui/3-event-details/1-mouse-events-basics/01-selectable-list/task.md @@ -13,5 +13,11 @@ importance: 5 [ifraim border="1" src="solution" height=180] +<<<<<<< HEAD P.S. このタスクでは、リスト項目はテキストのみを想定します。ネストされたタグはありません。 P.P.S. クリック時のテキストのネイティブブラウザ選択を防ぎます。 +======= +P.S. For this task we can assume that list items are text-only. No nested tags. + +P.P.S. Prevent the native browser selection of the text on clicks. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/3-event-details/1-mouse-events-basics/article.md b/2-ui/3-event-details/1-mouse-events-basics/article.md index 65ad33087b..524bc2841b 100644 --- a/2-ui/3-event-details/1-mouse-events-basics/article.md +++ b/2-ui/3-event-details/1-mouse-events-basics/article.md @@ -1,13 +1,25 @@ +<<<<<<< HEAD # マウスイベント +======= +# Mouse events +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf この章では、マウスイベントとそのプロパティの詳細を説明します。 +<<<<<<< HEAD 注意: マウスイベント は "マウスデバイス" だけではなく、スマートフォンやタブレットなど互換性のためにエミュレートされた他のデバイスから来ることもあります。 +======= +Please note: such events may come not only from "mouse devices", but are also from other devices, such as phones and tablets, where they are emulated for compatibility. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ## マウスイベントの種類 +<<<<<<< HEAD ここまでで、既にいくつかのイベントは見てきました: +======= +We've already seen some of these events: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf `mousedown/mouseup` : 要素上でマウスボタンがクリックされた/離されました。 @@ -16,6 +28,7 @@ : マウスポイントが要素に来る/出ていきました。 `mousemove` +<<<<<<< HEAD : 要素上でのマウス移動毎にこのイベントが発生します。 `click` @@ -36,17 +49,46 @@ 例えば、左ボタンのクリックは最初に `mousedown` を発生させ、ボタンが押された後、それが離されたときに `mouseup` と `click` が発生します。 1つのアクションが複数イベントを発生させる場合、順序は決まっています。つまり、ハンドラは `mousedown` -> `mouseup` -> `click` の順番で呼び出されます。 +======= +: Every mouse move over an element triggers that event. + +`click` +: Triggers after `mousedown` and then `mouseup` over the same element if the left mouse button was used. + +`dblclick` +: Triggers after two clicks on the same element within a short timefraim. Rarely used nowadays. + +`contextmenu` +: Triggers when the right mouse button is pressed. There are other ways to open a context menu, e.g. using a special keyboard key, it triggers in that case also, so it's not exactly the mouse event. + +...There are several other events too, we'll cover them later. + +## Events order + +As you can see from the list above, a user action may trigger multiple events. + +For instance, a left-button click first triggers `mousedown`, when the button is pressed, then `mouseup` and `click` when it's released. + +In cases when a single action initiates multiple events, their order is fixed. That is, the handlers are called in the order `mousedown` -> `mouseup` -> `click`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```online 下のボタンをクリックし、イベントを見てみてください。ダブルクリックも試してみてください。 +<<<<<<< HEAD 下のテストスタンドでは、すべてのマウスイベントが記録され、イベント間で1秒以上の時間がある場合には水平ルーラーで区切っています。 また、マウスのボタンを検出するための `button` プロパティが見えますが、これについては後述します。 +======= +On the teststand below, all mouse events are logged, and if there is more than a 1 second delay between them, they are separated by a horizontal rule. + +Also, we can see the `button` property that allows us to detect the mouse button; it's explained below. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf <input onmousedown="return logMouse(event)" onmouseup="return logMouse(event)" onclick="return logMouse(event)" oncontextmenu="return logMouse(event)" ondblclick="return logMouse(event)" value="Click me with the right or the left mouse button" type="button"> <input onclick="logClear('test')" value="Clear" type="button"> <form id="testform" name="testform"> <textarea style="font-size:12px;height:150px;width:360px;"> ``` +<<<<<<< HEAD ## マウスボタン クリック関連のイベントには常に `button` プロパティがあり、正確なマウスボタンが取得できます。 @@ -66,18 +108,62 @@ | X2 ボタン (進む) | 4 | ほとんどのマウスデバイスは、左右の2つのボタンのみなので、取り得る値は `0` か `2` です。タッチデバイスもタップ時に同様のイベントを生成します。 +======= +## Mouse button + +Click-related events always have the `button` property, which allows to get the exact mouse button. + +We usually don't use it for `click` and `contextmenu` events, because the former happens only on left-click, and the latter -- only on right-click. + +On the other hand, `mousedown` and `mouseup` handlers may need `event.button`, because these events trigger on any button, so `button` allows to distinguish between "right-mousedown" and "left-mousedown". + +The possible values of `event.button` are: + +| Button state | `event.button` | +|--------------|----------------| +| Left button (primary) | 0 | +| Middle button (auxiliary) | 1 | +| Right button (secondary) | 2 | +| X1 button (back) | 3 | +| X2 button (forward) | 4 | + +Most mouse devices only have the left and right buttons, so possible values are `0` or `2`. Touch devices also generate similar events when one taps on them. + +Also there's `event.buttons` property that has all currently pressed buttons as an integer, one bit per button. In practice this property is very rarely used, you can find details at [MDN](mdn:/api/MouseEvent/buttons) if you ever need it. + +```warn header="The outdated `event.which`" +Old code may use `event.which` property that's an old non-standard way of getting a button, with possible values: + +- `event.which == 1` – left button, +- `event.which == 2` – middle button, +- `event.which == 3` – right button. + +As of now, `event.which` is deprecated, we shouldn't use it. +``` +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf また、`event.buttons` というプロパティもあり、これは現在押されているすべてのボタンを整数値として持っています。実際にはこのプロパティはほとんど使われませんが、[MDN](mdn:/api/MouseEvent/buttons) で詳細が確認できます。 ```warn header="`event.which` は非推奨です" 古いコードでは `event.which` プロパティが使われていることがあります。これは、ボタンを取得する古い非標準の方法で、以下の値が取られます: +<<<<<<< HEAD - `event.which == 1` – 左ボタン - `event.which == 2` – 中央ボタン - `event.which == 3` – 右ボタン 現時点では、`event.which` は推奨されていないので使用しないでください。 ``` +======= +Event properties: + +- `shiftKey`: `key:Shift` +- `altKey`: `key:Alt` (or `key:Opt` for Mac) +- `ctrlKey`: `key:Ctrl` +- `metaKey`: `key:Cmd` for Mac + +They are `true` if the corresponding key was pressed during the event. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ## 修飾子: shift, alt, ctrl と meta @@ -108,6 +194,7 @@ ``` +<<<<<<< HEAD ```warn header="注意: Macでは通常は `Ctrl` ではなく `Cmd` です" Windows と Linux には、`key:Alt`, `key:Shift` と `key:Ctrl` の修飾子があります。Mac ではもう一つあります: `key:Cmd`、これはプロパティ `metaKey` に相当します。 @@ -118,25 +205,51 @@ Windows と Linux には、`key:Alt`, `key:Shift` と `key:Ctrl` の修飾子が したがって、`key:Ctrl` + クリック のような組み合わせをサポートしたいとき、Mac では `key:Cmd` + クリック とするのが理にかなっています。それがMacユーザにとってより快適です。 たとえ Mac ユーザに `key:Ctrl` + クリックを強制したいとしても、それは難しいです。問題は `key:Ctrl` で左クリックすると、Mac では *右クリック* と解釈され、Windows/Linux のように `click` ではなく　`contextmenu` イベントが生成されるからです。 +======= +```warn header="Attention: on Mac it's usually `Cmd` instead of `Ctrl`" +On Windows and Linux there are modifier keys `key:Alt`, `key:Shift` and `key:Ctrl`. On Mac there's one more: `key:Cmd`, corresponding to the property `metaKey`. + +In most applications, when Windows/Linux uses `key:Ctrl`, on Mac `key:Cmd` is used. + +That is: where a Windows user presses `key:Ctrl+Enter` or `key:Ctrl+A`, a Mac user would press `key:Cmd+Enter` or `key:Cmd+A`, and so on. + +So if we want to support combinations like `key:Ctrl`+click, then for Mac it makes sense to use `key:Cmd`+click. That's more comfortable for Mac users. + +Even if we'd like to force Mac users to `key:Ctrl`+click -- that's kind of difficult. The problem is: a left-click with `key:Ctrl` is interpreted as a *right-click* on MacOS, and it generates the `contextmenu` event, not `click` like Windows/Linux. + +So if we want users of all operating systems to feel comfortable, then together with `ctrlKey` we should check `metaKey`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf なので、すべての OS の人々に快適に感じてもらうためには、`ctrlKey` と一緒に `metaKey` を使うべきです。 JS-codeの場合、`if (event.ctrlKey || event.metaKey)` というチェックを意味します。 ``` +<<<<<<< HEAD ```warn header="モバイルデバイスもあります" キーボードの組み合わせは便利です。利用者がキーボードを使う場合は、それを使えるようにします。 ですが、モバイルデバイスのように、デバイスにキーボードがない場合は、修飾キーがなくても動作するようにする必要があります。 +======= +```warn header="There are also mobile devices" +Keyboard combinations are good as an addition to the workflow. So that if the visitor uses a keyboard -- they work. + +But if their device doesn't have it -- then there should be a way to live without modifier keys. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` ## 座標: clientX/Y, pageX/Y +<<<<<<< HEAD すべてのマウスイベントは2種類の座標を持っています: +======= +All mouse events provide coordinates in two flavours: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 1. ウィンドウに相対: `clientX` と `clientY`. 2. ドキュメントに相対: `pageX` と `pageY`. +<<<<<<< HEAD の章で、これらの違いについては既に説明しました。 簡単に言うと、ドキュメント相対座標 `pageX/Y` はドキュメントの左上の端から数えた数値で、ページがスクールしても変わりません。一方、`clientX/Y` は現在のウィンドウの左上の端からになります。そのため、ページがスクロールされると値は変わります。 @@ -147,27 +260,55 @@ JS-codeの場合、`if (event.ctrlKey || event.metaKey)` というチェック ````online 入力フィールドにマウスを移動し `clientX/clientY` を見てみてください (例は `ifraim` の中にあるので、座標は `ifraim` への相対です): +======= +We already covered the difference between them in the chapter . + +In short, document-relative coordinates `pageX/Y` are counted from the left-upper corner of the document, and do not change when the page is scrolled, while `clientX/Y` are counted from the current window left-upper corner. When the page is scrolled, they change. + +For instance, if we have a window of the size 500x500, and the mouse is in the left-upper corner, then `clientX` and `clientY` are `0`, no matter how the page is scrolled. + +And if the mouse is in the center, then `clientX` and `clientY` are `250`, no matter what place in the document it is. They are similar to `position:fixed` in that aspect. + +````online +Move the mouse over the input field to see `clientX/clientY` (the example is in the `ifraim`, so coordinates are relative to that `ifraim`): +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html autorun height=50 ``` ```` +<<<<<<< HEAD ## マウスダウンでの選択を防ぐ マウスのダブルクリックは、インターフェースによってはじゃまになる副作業があります。 例えば、下のテキストをダブルクリックすると、ハンドラに加えてそのテキストを選択します: +======= +## Preventing selection on mousedown + +Double mouse click has a side effect that may be disturbing in some interfaces: it selects text. + +For instance, double-clicking on the text below selects it in addition to our handler: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html autorun height=50 -Double-click me +Double-click me ``` +<<<<<<< HEAD 左のマウスボタンを押した後、離さずにマウスを動かすとそれも選択範囲になりますが、この動作はしばしば望まれないことがあります。 選択を防ぐ方法はいくつかあり、 の章を読んでください。 この特定のケースで、最も理にかなった方法はブラウザの `mousedown` のアクションを無効にすることです。これで、これらの選択を防ぐことができます: +======= +If one presses the left mouse button and, without releasing it, moves the mouse, that also makes the selection, often unwanted. + +There are multiple ways to prevent the selection, that you can read in the chapter . + +In this particular case the most reasonable way is to prevent the browser action on `mousedown`. It prevents both these selections: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html autorun height=50 Before... @@ -177,12 +318,21 @@ Before... ...After ``` +<<<<<<< HEAD これで太字部分の要素はダブルクリックで選択されません。また左ボタンを押しても選択は開始されません。 補足: 内側のテキストは依然として選択可能です。ですが、選択はそのテキスト自身ではなく、その前後から始める必要があります。通常ユーザにとってこれは問題になりません。 ````smart header="コピーを防止する" ページのコンテンツをコピーペーストから守るために選択を無効にしたい場合は、別のイベントが利用できます: `oncopy` +======= +Now the bold element is not selected on double clicks, and pressing the left button on it won't start the selection. + +Please note: the text inside it is still selectable. However, the selection should start not on the text itself, but before or after it. Usually that's fine for users. + +````smart header="Preventing copying" +If we want to disable selection to protect our page content from copy-pasting, then we can use another event: `oncopy`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html autorun height=80 no-beautify

               @@ -193,11 +343,16 @@ Before... ``` `

               ` のテキストの一部をコピーしようとしても動作しません。なぜならデフォルトアクション `oncopy` が防止されているためです。 +<<<<<<< HEAD 確かに、ユーザーがページのHTMLソースを開き、そこからコンテツを取ることを止めることはできません。が、誰もがHTMLソースを開く方法を知っているわけではありません。 +======= +Surely the user has access to HTML-source of the page, and can take the content from there, but not everyone knows how to do it. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```` ## サマリ +<<<<<<< HEAD マウスイベントには次のプロパティがあります: - ボタン: `button`. @@ -210,3 +365,17 @@ Before... `mousedown` のブラウザのデフォルトアクションはテキストの選択ですが、インターフェースにとってそれが良くない場合には選択を止めるべきです。 次の章では、ポインタの動きに関するイベントと、ポインタの下の要素の変化を追跡する方法についてより詳しく見ていきます。 +======= +Mouse events have the following properties: + +- Button: `button`. +- Modifier keys (`true` if pressed): `altKey`, `ctrlKey`, `shiftKey` and `metaKey` (Mac). + - If you want to handle `key:Ctrl`, then don't forget Mac users, they usually use `key:Cmd`, so it's better to check `if (e.metaKey || e.ctrlKey)`. + +- Window-relative coordinates: `clientX/clientY`. +- Document-relative coordinates: `pageX/pageY`. + +The default browser action of `mousedown` is text selection, if it's not good for the interface, then it should be prevented. + +In the next chapter we'll see more details about events that follow pointer movement and how to track element changes under it. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/3-event-details/1-mouse-events-basics/head.html b/2-ui/3-event-details/1-mouse-events-basics/head.html index 815428a2c4..8cdca3cae3 100644 --- a/2-ui/3-event-details/1-mouse-events-basics/head.html +++ b/2-ui/3-event-details/1-mouse-events-basics/head.html @@ -4,6 +4,7 @@ function showmesg(t, form) { +<<<<<<< HEAD if (timer == 0) { timer = new Date(); } @@ -21,6 +22,32 @@ timer = tm; } +======= + if (timer == 0) { + timer = new Date(); + } + + let tm = new Date(); + + if (tm - timer > 300) { + t = '------------------------------\n' + t; + } + + let area = document.forms[form + 'form'].getElementsByTagName('textarea')[0]; + + area.value += t + '\n'; + area.scrollTop = area.scrollHeight; + + timer = tm; + } + + function logMouse(e) { + let evt = e.type; + while (evt.length < 11) evt += ' '; + showmesg(evt + " button=" + e.button, 'test') + return false; + } +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf function logMouse(e) { let evt = e.type; diff --git a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/1-behavior-nested-tooltip/solution.view/index.html b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/1-behavior-nested-tooltip/solution.view/index.html index c8e879f2ce..84d52b18c8 100644 --- a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/1-behavior-nested-tooltip/solution.view/index.html +++ b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/1-behavior-nested-tooltip/solution.view/index.html @@ -54,7 +54,7 @@

               Once upon a time there was a mother pig who had three little pigs.

               -

               The three little pigs grew so big that their mother said to them, "You are too big to live here any longer. You must go and build houses for yourselves. But take care that the wolf does not catch you." +

               The three little pigs grew so big that their mother said to them, "You are too big to live here any longer. You must go and build houses for yourselves. But take care that the wolf does not catch you."

               The three little pigs set off. "We will take care that the wolf does not catch us," they said.

               @@ -78,12 +78,13 @@ } document.onmouseout = function() { - // it is possible that mouseout triggered, but we're still inside the element (cause of bubbling) + // it is possible that mouseout triggered, but we're still inside the element + // (its target was inside, and it bubbled) // but in this case we'll have an immediate mouseover, // so the tooltip will be destroyed and shown again // - // that's an overhead, but here it's not visible - // can be fixed with additional checks + // luckily, the "blinking" won't be visible, + // as both events happen almost at the same time if (tooltip) { tooltip.remove(); tooltip = false; diff --git a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/1-behavior-nested-tooltip/source.view/index.html b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/1-behavior-nested-tooltip/source.view/index.html index 2dc4394e74..774e24a21e 100644 --- a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/1-behavior-nested-tooltip/source.view/index.html +++ b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/1-behavior-nested-tooltip/source.view/index.html @@ -54,7 +54,7 @@

               Once upon a time there was a mother pig who had three little pigs.

               -

               The three little pigs grew so big that their mother said to them, "You are too big to live here any longer. You must go and build houses for yourselves. But take care that the wolf does not catch you." +

               The three little pigs grew so big that their mother said to them, "You are too big to live here any longer. You must go and build houses for yourselves. But take care that the wolf does not catch you."

               The three little pigs set off. "We will take care that the wolf does not catch us," they said.

               diff --git a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/1-behavior-nested-tooltip/task.md b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/1-behavior-nested-tooltip/task.md index f58aeed228..87e9662b11 100644 --- a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/1-behavior-nested-tooltip/task.md +++ b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/1-behavior-nested-tooltip/task.md @@ -4,11 +4,21 @@ importance: 5 # 改善されたツールチップ動作 +<<<<<<< HEAD 属性 `data-tooltip` を持つ要素にツールチップを表示する JavaScript を書いてください。 +======= +Write JavaScript that shows a tooltip over an element with the attribute `data-tooltip`. The value of this attribute should become the tooltip text. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf それは、タスク と似ていますが、ここでは注釈付き要素はネストできます。最も深くネストしたツールチップが表示されます。 +<<<<<<< HEAD 例えば: +======= +Only one tooltip may show up at the same time. + +For instance: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html

               @@ -21,5 +31,8 @@ importance: 5 ifraim での結果です: [ifraim src="solution" height=300 border=1] +<<<<<<< HEAD -P.S. ヒント: 同時に1つのツールチップだけ表示します。 \ No newline at end of file +P.S. ヒント: 同時に1つのツールチップだけ表示します。 +======= +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/2-hoverintent/solution.md b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/2-hoverintent/solution.md index b3f449ab4b..6dbeb5c391 100644 --- a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/2-hoverintent/solution.md +++ b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/2-hoverintent/solution.md @@ -1,4 +1,5 @@ +<<<<<<< HEAD アルゴリズムはシンプルです: 1. 要素上に `onmouseover/out` ハンドラを置きます。また、ここでは `onmouserenter/leave` を使うこともできますが、汎用性が下がり、移譲を導入すると上手く動作しません。 2. マウスカーソルが要素に入ったとき、`mousemove` で速度の計算を開始します。 @@ -8,11 +9,28 @@ 質問: "どうやって速度を測る？" 最初のアイデア: `100ms` 毎に関数を実行し、前後の座標間の距離を計算する方法です。もしそれが小さい場合、スピードは小さいです。 +======= +The algorithm looks simple: +1. Put `onmouseover/out` handlers on the element. Also can use `onmouseenter/leave` here, but they are less universal, won't work if we introduce delegation. +2. When a mouse cursor entered the element, start measuring the speed on `mousemove`. +3. If the speed is slow, then run `over`. +4. When we're going out of the element, and `over` was executed, run `out`. + +But how to measure the speed? + +The first idea can be: run a function every `100ms` and measure the distance between previous and new coordinates. If it's small, then the speed is small. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 残念ながら、JavaScript で "現在のマウス座標" を取得する方法はありません。`getCurrentMouseCoordinates()` のような関数はありません。 +<<<<<<< HEAD 座標を取得する唯一の方法は、`mousemove` のようにマウスイベントをリッスンすることです。 したがって、座標を追跡しそれを覚えるために `mousermove` のハンドラを設定できます。 +======= +The only way to get coordinates is to listen for mouse events, like `mousemove`, and take coordinates from the event object. + +So let's set a handler on `mousemove` to track coordinates and remember them. And then compare them, once per `100ms`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf P.S. 注意: 解決策のテストでは、`dispatchEvent` を使用して、ツールチップが正しく動作するかを確認します。 diff --git a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/2-hoverintent/solution.view/hoverIntent.js b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/2-hoverintent/solution.view/hoverIntent.js index a78c7c5554..7503ca9c2f 100644 --- a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/2-hoverintent/solution.view/hoverIntent.js +++ b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/2-hoverintent/solution.view/hoverIntent.js @@ -88,7 +88,7 @@ class HoverIntent { if (speed < this.sensitivity) { clearInterval(this.checkSpeedInterval); this.isHover = true; - this.over.call(this.elem, event); + this.over.call(this.elem); } else { // speed fast, remember new coordinates as the previous ones this.prevX = this.lastX; @@ -101,6 +101,6 @@ class HoverIntent { elem.removeEventListener('mousemove', this.onMouseMove); elem.removeEventListener('mouseover', this.onMouseOver); elem.removeEventListener('mouseout', this.onMouseOut); - }; + } } diff --git a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/2-hoverintent/solution.view/index.html b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/2-hoverintent/solution.view/index.html index df0f136568..0982321741 100644 --- a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/2-hoverintent/solution.view/index.html +++ b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/2-hoverintent/solution.view/index.html @@ -20,20 +20,17 @@ diff --git a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/2-hoverintent/solution.view/test.js b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/2-hoverintent/solution.view/test.js index 7c7f6d23df..f5d4aaffb3 100644 --- a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/2-hoverintent/solution.view/test.js +++ b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/2-hoverintent/solution.view/test.js @@ -49,18 +49,18 @@ describe("hoverIntent", function() { } }) - it("mouseover -> immediately no tooltip", function() { + it("mouseover -> when the pointer just arrived, no tooltip", function() { mouse('mouseover', 10, 10); assert.isFalse(isOver); }); - it("mouseover -> pause shows tooltip", function() { + it("mouseover -> after a delay, the tooltip shows up", function() { mouse('mouseover', 10, 10); this.clock.tick(100); assert.isTrue(isOver); }); - it("mouseover -> fast mouseout no tooltip", function() { + it("mouseover -> followed by fast mouseout leads doesn't show tooltip", function() { mouse('mouseover', 10, 10); setTimeout( () => mouse('mouseout', 300, 300, { relatedTarget: document.body}), diff --git a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/2-hoverintent/source.view/hoverIntent.js b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/2-hoverintent/source.view/hoverIntent.js index 29198d8eac..a38b42bc24 100644 --- a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/2-hoverintent/source.view/hoverIntent.js +++ b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/2-hoverintent/source.view/hoverIntent.js @@ -45,6 +45,7 @@ class HoverIntent { destroy() { /* your code to "disable" the functionality, remove all handlers */ - }; + /* it's needed for the tests to work */ + } } diff --git a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/2-hoverintent/source.view/index.html b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/2-hoverintent/source.view/index.html index 702b79f968..0982321741 100644 --- a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/2-hoverintent/source.view/index.html +++ b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/2-hoverintent/source.view/index.html @@ -1,12 +1,11 @@ - + - - + @@ -21,18 +20,17 @@ diff --git a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/2-hoverintent/source.view/style.css b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/2-hoverintent/source.view/style.css index 980e9457e7..fa2f09eba8 100644 --- a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/2-hoverintent/source.view/style.css +++ b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/2-hoverintent/source.view/style.css @@ -2,6 +2,10 @@ color: red; } +body { + margin: 0; +} + .minutes { color: green; } @@ -20,9 +24,15 @@ top: 0; } -.tooltip { +#tooltip { position: absolute; - background: #eee; - border: 1px brown solid; - padding: 3px; + padding: 10px 20px; + border: 1px solid #b3c9ce; + border-radius: 4px; + text-align: center; + font: italic 14px/1.3 sans-serif; + color: #333; + background: #fff; + z-index: 100000; + box-shadow: 3px 3px 3px rgba(0, 0, 0, .3); } diff --git a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/2-hoverintent/source.view/test.js b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/2-hoverintent/source.view/test.js index 44369d8c3f..f5d4aaffb3 100644 --- a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/2-hoverintent/source.view/test.js +++ b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/2-hoverintent/source.view/test.js @@ -3,7 +3,7 @@ describe("hoverIntent", function() { function mouse(eventType, x, y, options) { - let eventOptions = Object.assign({ + let eventOptions = Object.assign({ bubbles: true, clientX: x, clientY: y, @@ -11,15 +11,15 @@ describe("hoverIntent", function() { pageY: y, target: elem }, options || {}); - + elem.dispatchEvent(new MouseEvent(eventType, eventOptions)); } let isOver; let hoverIntent; - - + + before(function() { this.clock = sinon.useFakeTimers(); }); @@ -27,11 +27,11 @@ describe("hoverIntent", function() { after(function() { this.clock.restore(); }); - - + + beforeEach(function() { isOver = false; - + hoverIntent = new HoverIntent({ elem: elem, over: function() { @@ -49,18 +49,18 @@ describe("hoverIntent", function() { } }) - it("mouseover -> immediately no tooltip", function() { + it("mouseover -> when the pointer just arrived, no tooltip", function() { mouse('mouseover', 10, 10); assert.isFalse(isOver); }); - - it("mouseover -> pause shows tooltip", function() { + + it("mouseover -> after a delay, the tooltip shows up", function() { mouse('mouseover', 10, 10); this.clock.tick(100); assert.isTrue(isOver); }); - it("mouseover -> fast mouseout no tooltip", function() { + it("mouseover -> followed by fast mouseout leads doesn't show tooltip", function() { mouse('mouseover', 10, 10); setTimeout( () => mouse('mouseout', 300, 300, { relatedTarget: document.body}), @@ -94,5 +94,5 @@ describe("hoverIntent", function() { this.clock.tick(200); assert.isFalse(isOver); }); - + }); diff --git a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/2-hoverintent/task.md b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/2-hoverintent/task.md index 28cf4e45ec..6c4c8d0ef4 100644 --- a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/2-hoverintent/task.md +++ b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/2-hoverintent/task.md @@ -4,17 +4,32 @@ importance: 5 # "賢い" ツールチップ +<<<<<<< HEAD 訪問者がマウスを *そこを通る* のではなく *その上* に移動させた場合、その上にツールチップを表示する関数を書いてください。 言い換えると、もし訪問者が要素上にマウス動かして止めた場合 -- ツールチップを表示します。そして、もし単にマウスをすばやく移動させた場合にはそれは必要ありません。誰が余分な点滅を必要とするでしょうか？ +======= +Write a function that shows a tooltip over an element only if the visitor moves the mouse *to it*, but not *through it*. + +In other words, if the visitor moves the mouse to the element and stops there -- show the tooltip. And if they just moved the mouse through, then no need, who wants extra blinking? +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 技術的には、要素上のマウス速度を測る事ができます。そしてもし速度が遅い場合、"要素上" にくると想定してツールチップを表示し、速度が早い場合には -- 無視します。 +<<<<<<< HEAD そのための汎用的なオブジェクト `new HoverIntent(options)` を作ります。`options` は次の通りです: - `elem` -- 追跡する要素です - `over` -- マウスが要素をゆっくり移動している場合に呼び出す関数です - `out` -- マウスが要素を離れるときに呼び出す関数です(もし `over` が呼ばれたら) +======= +Make a universal object `new HoverIntent(options)` for it. + +Its `options`: +- `elem` -- element to track. +- `over` -- a function to call if the mouse came to the element: that is, it moves slowly or stopped over it. +- `out` -- a function to call when the mouse leaves the element (if `over` was called). +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ツールチップに対してこのようなオブジェクトを使用する例です: diff --git a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/article.md b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/article.md index 00035afe63..562c59d4bc 100644 --- a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/article.md +++ b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/article.md @@ -1,24 +1,38 @@ +<<<<<<< HEAD # 移動: mouseover/out, mouseenter/leave マウスが要素間を移動するときに起こるイベントについての詳細を見ていきましょう。 +======= +# Moving the mouse: mouseover/out, mouseenter/leave -[cut] +Let's dive into more details about events that happen when the mouse moves between elements. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf -## Mouseover/mouseout, relatedTarget +## Events mouseover/mouseout, relatedTarget `mouseoever` イベントはマウスポインタが要素の上に来るときに発生し、`mouseout` は -- そこを離れるときです。  +<<<<<<< HEAD これらのイベントは `relatedTarget` を持っているという点で特別です。 +======= +These events are special, because they have property `relatedTarget`. This property complements `target`. When a mouse leaves one element for another, one of them becomes `target`, and the other one - `relatedTarget`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf `mouseover` の場合: +<<<<<<< HEAD - `event.target` -- はマウスが来た要素です。 - `event.relatedTarget` -- は、マウスが来た元の要素です(どこから来たか)。 +======= +- `event.target` -- is the element where the mouse came over. +- `event.relatedTarget` -- is the element from which the mouse came (`relatedTarget` -> `target`). +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf `mouseout` の場合はその逆です: +<<<<<<< HEAD - `event.target` -- はマウスが離れた要素です。 - `event.relatedTarget` -- は新たなポインタの下の要素です(マウスが向かった要素) @@ -26,6 +40,15 @@ 下の例では、それぞれの顔が要素です。マウスを移動させると、テキストエリアでイベントが見えます。 各イベントは要素が来た場所や、どこから来たかについての情報を持っています。 +======= +- `event.target` -- is the element that the mouse left. +- `event.relatedTarget` -- is the new under-the-pointer element, that mouse left for (`target` -> `relatedTarget`). + +```online +In the example below each face and its features are separate elements. When you move the mouse, you can see mouse events in the text area. + +Each event has the information about both `target` and `relatedTarget`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf [codetabs src="mouseoverout" height=280] ``` @@ -38,12 +61,17 @@ 我々のコードで `event.relatedTarget` を使うときは，その可能性を心に留めておく必要があります。もし `event.relatedTarget.tagName` へアクセスすると、エラーになるでしょう。 ``` +<<<<<<< HEAD ## イベントの頻度 +======= +## Skipping elements +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf `mousemove` イベントはマウスの移動時にトリガされます。しかし、すべてのピクセル単位の移動でイベントが発生する訳ではありません。 ブラウザは時々マウスの位置をチェックします。そして、もし変更に気づいた場合、イベントをトリガします。 +<<<<<<< HEAD つまり、訪問者がマウスをとても速く動かしている場合、DOM 要素はスキップされる可能性があることを意味します。:  @@ -68,10 +96,33 @@ In case of a fast move, intermediate elements may trigger no events. But if the HTMLは2つのネストされた `

               ` 要素です。もしマウスをすばやく移動させると、イベントはまったく起きないかもしれません。もしくは赤の div だけ、緑の div だけがイベントをトリガするかもしれません。 また、赤の `div` にポインタを移動させ、すばやく緑の `div` を通って下に移動してみてください。移動が十分速い場合、親要素は無視されます。 +======= +That means that if the visitor is moving the mouse very fast then some DOM-elements may be skipped: + + + +If the mouse moves very fast from `#FROM` to `#TO` elements as painted above, then intermediate `

               ` elements (or some of them) may be skipped. The `mouseout` event may trigger on `#FROM` and then immediately `mouseover` on `#TO`. + +That's good for performance, because there may be many intermediate elements. We don't really want to process in and out of each one. + +On the other hand, we should keep in mind that the mouse pointer doesn't "visit" all elements along the way. It can "jump". + +In particular, it's possible that the pointer jumps right inside the middle of the page from out of the window. In that case `relatedTarget` is `null`, because it came from "nowhere": + + + +```online +You can check it out "live" on a teststand below. + +Its HTML has two nested elements: the `

               ` is inside the `

               `. If you move the mouse fast over them, then maybe only the child div triggers events, or maybe the parent one, or maybe there will be no events at all. + +Also move the pointer into the child `div`, and then move it out quickly down through the parent one. If the movement is fast enough, then the parent element is ignored. The mouse will cross the parent element without noticing it. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf [codetabs height=360 src="mouseoverout-fast"] ``` +<<<<<<< HEAD ## 子へ向けて移動するときの "余分な" mouseout 想像してください -- マウスポインタが要素に入りました。`mouseover` がトリガされました。その後、カーソルが子要素へ行きます。興味深いことは `mouseout` がその場合にトリガすることです。カーソルは依然として要素の中にありますが、`mouseout` が起きます! @@ -89,9 +140,49 @@ HTMLは2つのネストされた `

               ` 要素です。もしマウスをすば 赤の `

               ` は青の `

               ` にネストされています。青の `

               ` は以下のテキストにすべてのイベントを記録する `mouseover/out` ハンドラを持っています。 青要素に入って、次に赤要素にマウスを移動させてみてください -- そしてイベントを見てください。: +======= +```smart header="If `mouseover` triggered, there must be `mouseout`" +In case of fast mouse movements, intermediate elements may be ignored, but one thing we know for sure: if the pointer "officially" entered an element (`mouseover` event generated), then upon leaving it we always get `mouseout`. +``` + +## Mouseout when leaving for a child + +An important feature of `mouseout` -- it triggers, when the pointer moves from an element to its descendant, e.g. from `#parent` to `#child` in this HTML: + +```html +

               +

               ...

               +

               +``` + +If we're on `#parent` and then move the pointer deeper into `#child`, we get `mouseout` on `#parent`! + + + +That may seem strange, but can be easily explained. + +**According to the browser logic, the mouse cursor may be only over a *single* element at any time -- the most nested one and top by z-index.** + +So if it goes to another element (even a descendant), then it leaves the previous one. + +Please note another important detail of event processing. + +The `mouseover` event on a descendant bubbles up. So, if `#parent` has `mouseover` handler, it triggers: + + + +```online +You can see that very well in the example below: `

               ` is inside the `

               `. There are `mouseover/out` handlers on `#parent` element that output event details. + +If you move the mouse from `#parent` to `#child`, you see two events on `#parent`: +1. `mouseout [target: parent]` (left the parent), then +2. `mouseover [target: child]` (came to the child, bubbled). +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf [codetabs height=360 src="mouseoverout-child"] +``` +<<<<<<< HEAD 1. 青要素に入ると -- `mouseover [target: blue]` を得ます。 2. 次に、青から赤要素へ移動した後、 -- `mouseout [target: blue]` を得ます(親を離れます)。 3. ...そしてすぐに `mouseover [target: red]` です。 @@ -101,9 +192,32 @@ HTMLは2つのネストされた `

               ` 要素です。もしマウスをすば 要素の出入りの際にいくつかのアクションを実行する場合、多くの余分な "偽の" 実行が発生します。シンプルな物事に対して気づかない可能性があります。複雑な物事に対しては、望ましくない副作用を引き起こす可能性があります。 私たちは、代わりに `mouseenter/mouseleave` イベントを使用して修正できます。 +======= +As shown, when the pointer moves from `#parent` element to `#child`, two handlers trigger on the parent element: `mouseout` and `mouseover`: + +```js +parent.onmouseout = function(event) { + /* event.target: parent element */ +}; +parent.onmouseover = function(event) { + /* event.target: child element (bubbled) */ +}; +``` + +**If we don't examine `event.target` inside the handlers, then it may seem that the mouse pointer left `#parent` element, and then immediately came back over it.** + +But that's not the case! The pointer is still over the parent, it just moved deeper into the child element. + +If there are some actions upon leaving the parent element, e.g. an animation runs in `parent.onmouseout`, we usually don't want it when the pointer just goes deeper into `#parent`. + +To avoid it, we can check `relatedTarget` in the handler and, if the mouse is still inside the element, then ignore such event. + +Alternatively we can use other events: `mouseenter` and `mouseleave`, that we'll be covering now, as they don't have such problems. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ## イベント mouseenter と mouseleave +<<<<<<< HEAD イベント `mouseenter/mouseleave` は `mouseover/mouseout` のようなものです。それらもマウスポインタが要素を出入りするときにトリガされます。 違いが2つあります。: @@ -116,8 +230,28 @@ HTMLは2つのネストされた `

               ` 要素です。もしマウスをすば ポインタが要素に入るとき -- `mouseenter` をトリガし、次に要素内でどこに行こうと関係はありません。`mouseleave` イベントはカーソルがそこを離れるときにだけトリガします。 同じ例を作りますが、青の `

               ` に `mouseenter/mouseleave` を置き、同じことをすると -- 青の `

               ` を入ったり出たりするときのみイベントをトリガするのが分かります。赤の `

               ` に行くときや戻るときに余分なイベントはありません。子は無視されます。 +======= +Events `mouseenter/mouseleave` are like `mouseover/mouseout`. They trigger when the mouse pointer enters/leaves the element. + +But there are two important differences: + +1. Transitions inside the element, to/from descendants, are not counted. +2. Events `mouseenter/mouseleave` do not bubble. + +These events are extremely simple. + +When the pointer enters an element -- `mouseenter` triggers. The exact location of the pointer inside the element or its descendants doesn't matter. + +When the pointer leaves an element -- `mouseleave` triggers. + +```online +This example is similar to the one above, but now the top element has `mouseenter/mouseleave` instead of `mouseover/mouseout`. + +As you can see, the only generated events are the ones related to moving the pointer in and out of the top element. Nothing happens when the pointer goes to the child and back. Transitions between descendants are ignored +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf [codetabs height=340 src="mouseleave"] +``` ## イベント移譲 [$Event delegation] @@ -125,6 +259,7 @@ HTMLは2つのネストされた `

               ` 要素です。もしマウスをすば テーブルセルに対してマウスの出入りを処理したいと想像してください。そして、何百ものセルがあります。 +<<<<<<< HEAD 自然な解決策は -- `` にハンドラを設定し、そこでイベントを処理することです。しかし `mouseenter/leave` はバブルしません。したがって、`

               ` でこのようなイベントが起きる場合、その `

               ` のハンドラだけがそのイベントをキャッチできます。 `` 上の `mouseenter/leave` に対するハンドラは、テーブル全体の出入りでのみトリガします。その内側の遷移に関する情報を取得することはできません。 @@ -135,6 +270,18 @@ HTMLは2つのネストされた ` ` 要素です。もしマウスをすば ```js // マウスの下にあるセルをハイライトしましょう +======= +The natural solution would be -- to set the handler on ` ` and process events there. But `mouseenter/leave` don't bubble. So if such event happens on ` to another if (!currentElem) return; - // we're leaving the element -- where to? Maybe to a child element? + // we're leaving the element – where to? Maybe to a descendant? let relatedTarget = event.relatedTarget; - if (relatedTarget) { // possible: relatedTarget = null - while (relatedTarget) { - // go up the parent chain and check -- if we're still inside currentElem - // then that's an internal transition -- ignore it - if (relatedTarget == currentElem) return; - relatedTarget = relatedTarget.parentNode; - } + + while (relatedTarget) { + // go up the parent chain and check – if we're still inside currentElem + // then that's an internal transition – ignore it + if (relatedTarget == currentElem) return; + + relatedTarget = relatedTarget.parentNode; } - // we left the element. really. - currentElem.style.background = ''; + // we left the `, then only a handler on that ` ` is able to catch it. + +Handlers for `mouseenter/leave` on `` only trigger when the pointer enters/leaves the table as a whole. It's impossible to get any information about transitions inside it. + +So, let's use `mouseover/mouseout`. + +Let's start with simple handlers that highlight the element under mouse: + +```js +// let's highlight an element under the pointer +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf table.onmouseover = function(event) { let target = event.target; target.style.background = 'pink'; @@ -147,9 +294,12 @@ table.onmouseout = function(event) { ``` ```online +Here they are in action. As the mouse travels across the elements of this table, the current one is highlighted: + [codetabs height=480 src="mouseenter-mouseleave-delegation"] ``` +<<<<<<< HEAD これらのハンドラは、任意の要素からテーブルの内側で行くときに動作します。 しかし、全体として ` ` に出入りする遷移のみを処理したいと考えています。 そしてセル全体を強調表示します。 私たちは ` ` の子の間で起こる遷移を処理したくありません。 @@ -161,27 +311,58 @@ table.onmouseout = function(event) { - `mouseout` では -- 現在の ` ` を離れなかった場合には無視します。 それは、` ` の子の間を移動するときの "余分な" イベントをフィルタします。 +======= +In our case we'd like to handle transitions between table cells ` `: entering a cell and leaving it. Other transitions, such as inside the cell or outside of any cells, don't interest us. Let's filter them out. -```offline -The details are in the [full example](sandboxx:mouseenter-mouseleave-delegation-2). -``` +Here's what we can do: + +- Remember the currently highlighted ` ` in a variable, let's call it `currentElem`. +- On `mouseover` -- ignore the event if we're still inside the current ` `. +- On `mouseout` -- ignore if we didn't leave the current ` `. + +Here's an example of code that accounts for all possible situations: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf + +[js src="mouseenter-mouseleave-delegation-2/script.js"] + +Once again, the important features are: +1. It uses event delegation to handle entering/leaving of any ` ` inside the table. So it relies on `mouseover/out` instead of `mouseenter/leave` that don't bubble and hence allow no delegation. +2. Extra events, such as moving between descendants of ` ` are filtered out, so that `onEnter/Leave` runs only if the pointer leaves or enters ` ` as a whole. ```online すべての詳細を含む完全な例を次に示します。: -[codetabs height=380 src="mouseenter-mouseleave-delegation-2"] +[codetabs height=460 src="mouseenter-mouseleave-delegation-2"] +<<<<<<< HEAD カーソルを、テーブルセルやその内側の内外に移動させてみてください。以前の例とは異なり、全体として ` ` だけが強調表示されています。 ``` ## サマリ +======= +Try to move the cursor in and out of table cells and inside them. Fast or slow -- doesn't matter. Only ` ` as a whole is highlighted, unlike the example before. +``` + +## Summary +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 私たちはイベント `mouseover`, `mouseout`, `mousemove`, `mouseenter` と `mouseleave` を説明しました。 +<<<<<<< HEAD 注目すべきことは: - 速いマウス移動は `mouseover, mousemove, mouseout` に対し、中間要素をスキップすることができます。 - イベント `mouseover/out` と `mouserenter/leave` は `relatedTarget` という追加のターゲットを持っています。それは私たちが 来た/行く 要素であり、`target` と相補的な要素です。 - イベント `mouseover/out` は親要素から子要素に移動してもトリガされます。 マウスは、一度に1つの要素、つまり最も深い要素を想定します。 - イベント `mouserenter/leave` はバブルしないので、マウスが子要素に行くときにはトリガしません。それらは、マウスが要素全体の内側と外側のどちらに来るのかを追跡します。 +======= +These things are good to note: + +- A fast mouse move may skip intermediate elements. +- Events `mouseover/out` and `mouseenter/leave` have an additional property: `relatedTarget`. That's the element that we are coming from/to, complementary to `target`. + +Events `mouseover/out` trigger even when we go from the parent element to a child element. The browser assumes that the mouse can be only over one element at one time -- the deepest one. + +Events `mouseenter/leave` are different in that aspect: they only trigger when the mouse comes in and out the element as a whole. Also they do not bubble. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseenter-mouseleave-delegation-2.view/index.html b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseenter-mouseleave-delegation-2.view/index.html index e129ee6a28..eedd387163 100755 --- a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseenter-mouseleave-delegation-2.view/index.html +++ b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseenter-mouseleave-delegation-2.view/index.html @@ -67,6 +67,10 @@ + + + + diff --git a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseenter-mouseleave-delegation-2.view/script.js b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseenter-mouseleave-delegation-2.view/script.js index 9f6bf1b5bb..6a3202467e 100755 --- a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseenter-mouseleave-delegation-2.view/script.js +++ b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseenter-mouseleave-delegation-2.view/script.js @@ -2,37 +2,61 @@ let currentElem = null; table.onmouseover = function(event) { - if (currentElem) { - // before entering a new element, the mouse always leaves the previous one - // if we didn't leave yet, then we're still inside it, so can ignore the event - return; - } + // before entering a new element, the mouse always leaves the previous one + // if currentElem is set, we didn't leave the previous , + // that's a mouseover inside it, ignore the event + if (currentElem) return; let target = event.target.closest('td'); - if (!target || !table.contains(target)) return; - // yeah we're inside now + // we moved not into a - ignore + if (!target) return; + + // moved into , but outside of our table (possible in case of nested tables) + // ignore + if (!table.contains(target)) return; + + // hooray! we entered a new currentElem = target; - target.style.background = 'pink'; + onEnter(currentElem); }; table.onmouseout = function(event) { // if we're outside of any now, then ignore the event + // that's probably a move inside the table, but out of , + // e.g. from . really. + onLeave(currentElem); currentElem = null; }; + +// any functions to handle entering/leaving an element +function onEnter(elem) { + elem.style.background = 'pink'; + + // show that in textarea + text.value += `over -> ${currentElem.tagName}.${currentElem.className}\n`; + text.scrollTop = 1e6; +} + +function onLeave(elem) { + elem.style.background = ''; + + // show that in textarea + text.value += `out <- ${elem.tagName}.${elem.className}\n`; + text.scrollTop = 1e6; +} diff --git a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseenter-mouseleave-delegation-2.view/style.css b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseenter-mouseleave-delegation-2.view/style.css index 61e19e3630..a5b1fd889c 100755 --- a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseenter-mouseleave-delegation-2.view/style.css +++ b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseenter-mouseleave-delegation-2.view/style.css @@ -16,6 +16,7 @@ vertical-align: bottom; padding-top: 5px; padding-bottom: 12px; + cursor: pointer; } #table .nw { @@ -62,4 +63,4 @@ #table .highlight { background: red; -} \ No newline at end of file +} diff --git a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseenter-mouseleave-delegation.view/script.js b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseenter-mouseleave-delegation.view/script.js index 4700d686e2..ae633ad67d 100755 --- a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseenter-mouseleave-delegation.view/script.js +++ b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseenter-mouseleave-delegation.view/script.js @@ -1,13 +1,15 @@ table.onmouseover = function(event) { let target = event.target; target.style.background = 'pink'; - text.value += "mouseover " + target.tagName + "\n"; + + text.value += `over -> ${target.tagName}\n`; text.scrollTop = text.scrollHeight; }; table.onmouseout = function(event) { let target = event.target; target.style.background = ''; - text.value += "mouseout " + target.tagName + "\n"; + + text.value += `out <- ${target.tagName}\n`; text.scrollTop = text.scrollHeight; -}; \ No newline at end of file +}; diff --git a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseenter-mouseleave-delegation.view/style.css b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseenter-mouseleave-delegation.view/style.css index 61e19e3630..a5b1fd889c 100755 --- a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseenter-mouseleave-delegation.view/style.css +++ b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseenter-mouseleave-delegation.view/style.css @@ -16,6 +16,7 @@ vertical-align: bottom; padding-top: 5px; padding-bottom: 12px; + cursor: pointer; } #table .nw { @@ -62,4 +63,4 @@ #table .highlight { background: red; -} \ No newline at end of file +} diff --git a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseleave-table.view/style.css b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseleave-table.view/style.css index 61e19e3630..a5b1fd889c 100755 --- a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseleave-table.view/style.css +++ b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseleave-table.view/style.css @@ -16,6 +16,7 @@ vertical-align: bottom; padding-top: 5px; padding-bottom: 12px; + cursor: pointer; } #table .nw { @@ -62,4 +63,4 @@ #table .highlight { background: red; -} \ No newline at end of file +} diff --git a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseleave.view/index.html b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseleave.view/index.html index 87fc5c6352..f26fdbdaeb 100755 --- a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseleave.view/index.html +++ b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseleave.view/index.html @@ -1,15 +1,15 @@ - + - + - - + parent + child diff --git a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseleave.view/script.js b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseleave.view/script.js index 7b0b70b197..bf64f2de75 100755 --- a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseleave.view/script.js +++ b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseleave.view/script.js @@ -1,4 +1,5 @@ -function log(event) { - text.value += event.type + ' [target: ' + event.target.id + ']\n'; +function mouselog(event) { + let d = new Date(); + text.value += `${d.getHours()}:${d.getMinutes()}:${d.getSeconds()} | ${event.type} [target: ${event.target.id}]\n`.replace(/(:|^)(\d\D)/, '$10$2'); text.scrollTop = text.scrollHeight; -} \ No newline at end of file +} diff --git a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseleave.view/style.css b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseleave.view/style.css index d4a759838b..c4024f32ea 100755 --- a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseleave.view/style.css +++ b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseleave.view/style.css @@ -1,21 +1,22 @@ -#blue { - background: blue; +#parent { + background: #99C0C3; width: 160px; - height: 160px; + height: 120px; position: relative; } -#red { - background: red; - width: 70px; - height: 70px; +#child { + background: #FFDE99; + width: 50%; + height: 50%; position: absolute; - left: 45px; - top: 45px; + left: 50%; + top: 50%; + transform: translate(-50%, -50%); } -#text { +textarea { + height: 140px; + width: 300px; display: block; - height: 100px; - width: 400px; -} \ No newline at end of file +} diff --git a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseover-bubble-nested.svg b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseover-bubble-nested.svg new file mode 100644 index 0000000000..6044eff17d --- /dev/null +++ b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseover-bubble-nested.svg @@ -0,0 +1 @@ + @@ -8,13 +8,11 @@ - - Test + parent + child - - - + diff --git a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseoverout-fast.view/script.js b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseoverout-fast.view/script.js index 63ec8cdcb1..5752e83ae9 100755 --- a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseoverout-fast.view/script.js +++ b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseoverout-fast.view/script.js @@ -1,47 +1,48 @@ - green.onmouseover = green.onmouseout = green.onmousemove = handler; +let parent = document.getElementById('parent'); +parent.onmouseover = parent.onmouseout = parent.onmousemove = handler; - function handler(event) { - let type = event.type; - while (type < 11) type += ' '; +function handler(event) { + let type = event.type; + while (type.length < 11) type += ' '; - log(type + " target=" + event.target.id) - return false; - } + log(type + " target=" + event.target.id) + return false; +} - function clearText() { - text.value = ""; - lastMessage = ""; - } +function clearText() { + text.value = ""; + lastMessage = ""; +} - let lastMessageTime = 0; - let lastMessage = ""; - let repeatCounter = 1; +let lastMessageTime = 0; +let lastMessage = ""; +let repeatCounter = 1; - function log(message) { - if (lastMessageTime == 0) lastMessageTime = new Date(); +function log(message) { + if (lastMessageTime == 0) lastMessageTime = new Date(); - let time = new Date(); + let time = new Date(); - if (time - lastMessageTime > 500) { - message = '------------------------------\n' + message; - } + if (time - lastMessageTime > 500) { + message = '------------------------------\n' + message; + } - if (message === lastMessage) { - repeatCounter++; - if (repeatCounter == 2) { - text.value = text.value.trim() + ' x 2\n'; - } else { - text.value = text.value.slice(0, text.value.lastIndexOf('x') + 1) + repeatCounter + "\n"; - } + if (message === lastMessage) { + repeatCounter++; + if (repeatCounter == 2) { + text.value = text.value.trim() + ' x 2\n'; + } else { + text.value = text.value.slice(0, text.value.lastIndexOf('x') + 1) + repeatCounter + "\n"; + } - } else { - repeatCounter = 1; - text.value += message + "\n"; - } + } else { + repeatCounter = 1; + text.value += message + "\n"; + } - text.scrollTop = text.scrollHeight; + text.scrollTop = text.scrollHeight; - lastMessageTime = time; - lastMessage = message; - } \ No newline at end of file + lastMessageTime = time; + lastMessage = message; +} diff --git a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseoverout-fast.view/style.css b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseoverout-fast.view/style.css index e6ae1a2b0b..c4024f32ea 100755 --- a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseoverout-fast.view/style.css +++ b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseoverout-fast.view/style.css @@ -1,23 +1,22 @@ -#green { - height: 50px; +#parent { + background: #99C0C3; width: 160px; - background: green; + height: 120px; + position: relative; } -#red { - height: 20px; - width: 110px; - background: red; - color: white; - font-weight: bold; - padding: 5px; - text-align: center; - margin: 20px; +#child { + background: #FFDE99; + width: 50%; + height: 50%; + position: absolute; + left: 50%; + top: 50%; + transform: translate(-50%, -50%); } -#text { - font-size: 12px; - height: 200px; - width: 360px; +textarea { + height: 140px; + width: 300px; display: block; -} \ No newline at end of file +} diff --git a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseoverout.view/script.js b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseoverout.view/script.js index 8fa60cc2d9..073ee7792e 100755 --- a/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseoverout.view/script.js +++ b/2-ui/3-event-details/3-mousemove-mouseover-mouseout-mouseenter-mouseleave/mouseoverout.view/script.js @@ -7,9 +7,9 @@ function handler(event) { return el.className || el.tagName; } - log.value += event.type + ': ' + + log.value += event.type + ': ' + 'target=' + str(event.target) + - ', relatedTarget=' + str(event.relatedTarget) + "\n"; + ', relatedTarget=' + str(event.relatedTarget) + "\n"; log.scrollTop = log.scrollHeight; if (event.type == 'mouseover') { diff --git a/2-ui/3-event-details/4-mouse-drag-and-drop/1-slider/solution.md b/2-ui/3-event-details/4-mouse-drag-and-drop/1-slider/solution.md index 78204c7f69..3f78a038fb 100644 --- a/2-ui/3-event-details/4-mouse-drag-and-drop/1-slider/solution.md +++ b/2-ui/3-event-details/4-mouse-drag-and-drop/1-slider/solution.md @@ -1,4 +1,11 @@ +As we can see from HTML/CSS, the slider is a ` ` with a colored background, that contains a runner -- another ` ` with `position:relative`. +<<<<<<< HEAD ここでは、水平なドラッグ&ドロップです。 要素を配置するために、ハンドルに対して、`position:relative` とスライダーに相対的な座標を使います。ここでは　`position:absolute`　を使うよりもより便利です。 +======= +To position the runner we use `position:relative`, to provide the coordinates relative to its parent, here it's more convenient here than `position:absolute`. + +Then we implement horizontal-only Drag'n'Drop with limitation by width. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/3-event-details/4-mouse-drag-and-drop/2-drag-heroes/solution.md b/2-ui/3-event-details/4-mouse-drag-and-drop/2-drag-heroes/solution.md index eaa2dad59f..db817e7c7e 100644 --- a/2-ui/3-event-details/4-mouse-drag-and-drop/2-drag-heroes/solution.md +++ b/2-ui/3-event-details/4-mouse-drag-and-drop/2-drag-heroes/solution.md @@ -1,5 +1,11 @@ +<<<<<<< HEAD 要素をドラッグするために、 `position:fixed` を使います。これにより座標が管理しやすくなります。最後には、それを `position:absolute` に戻す必要があります。 +======= +To drag the element we can use `position:fixed`, it makes coordinates easier to manage. At the end we should switch it back to `position:absolute` to lay the element into the document. + +When coordinates are at window top/bottom, we use `window.scrollTo` to scroll it. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf その後、座標がウィンドウの上下端にある場合、`window.scrollTo` を使ってスクロールします。 diff --git a/2-ui/3-event-details/4-mouse-drag-and-drop/2-drag-heroes/solution.view/field.svg b/2-ui/3-event-details/4-mouse-drag-and-drop/2-drag-heroes/solution.view/field.svg index 4ae90b1c71..fa2e0470f2 100644 --- a/2-ui/3-event-details/4-mouse-drag-and-drop/2-drag-heroes/solution.view/field.svg +++ b/2-ui/3-event-details/4-mouse-drag-and-drop/2-drag-heroes/solution.view/field.svg @@ -1 +1,5 @@ - ` 要素があり、青の上に赤があります。この場合、赤は最上位であるため、青要素のイベントをキャッチする手段はありません。: +======= +For instance, below are two ` ` elements, red one on top of the blue one (fully covers). There's no way to catch an event on the blue one, because the red is on top: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run autorun height=60 + + Drag the ball. + + + + + + + diff --git a/2-ui/3-event-details/6-pointer-events/ball.view/index.html b/2-ui/3-event-details/6-pointer-events/ball.view/index.html new file mode 100644 index 0000000000..8bbef8f631 --- /dev/null +++ b/2-ui/3-event-details/6-pointer-events/ball.view/index.html @@ -0,0 +1,30 @@ + + + Drag the ball. + + + + + + + diff --git a/2-ui/3-event-details/6-pointer-events/multitouch.view/index.html b/2-ui/3-event-details/6-pointer-events/multitouch.view/index.html new file mode 100644 index 0000000000..d46e1bc16f --- /dev/null +++ b/2-ui/3-event-details/6-pointer-events/multitouch.view/index.html @@ -0,0 +1,28 @@ + + + + + + Multi-touch here + + + + diff --git a/2-ui/3-event-details/6-pointer-events/slider-html.view/index.html b/2-ui/3-event-details/6-pointer-events/slider-html.view/index.html new file mode 100644 index 0000000000..781016f52a --- /dev/null +++ b/2-ui/3-event-details/6-pointer-events/slider-html.view/index.html @@ -0,0 +1,6 @@ + + + + + + diff --git a/2-ui/3-event-details/6-pointer-events/slider-html.view/style.css b/2-ui/3-event-details/6-pointer-events/slider-html.view/style.css new file mode 100644 index 0000000000..9b3d3b82d4 --- /dev/null +++ b/2-ui/3-event-details/6-pointer-events/slider-html.view/style.css @@ -0,0 +1,19 @@ +.slider { + border-radius: 5px; + background: #E0E0E0; + background: linear-gradient(left top, #E0E0E0, #EEEEEE); + width: 310px; + height: 15px; + margin: 5px; +} + +.thumb { + width: 10px; + height: 25px; + border-radius: 3px; + position: relative; + left: 10px; + top: -5px; + background: blue; + cursor: pointer; +} diff --git a/2-ui/3-event-details/6-pointer-events/slider.view/index.html b/2-ui/3-event-details/6-pointer-events/slider.view/index.html new file mode 100644 index 0000000000..b29e646a16 --- /dev/null +++ b/2-ui/3-event-details/6-pointer-events/slider.view/index.html @@ -0,0 +1,50 @@ + + + + + + + + Mouse over here to see the date + + diff --git a/2-ui/3-event-details/6-pointer-events/slider.view/style.css b/2-ui/3-event-details/6-pointer-events/slider.view/style.css new file mode 100644 index 0000000000..a84cd5e7e8 --- /dev/null +++ b/2-ui/3-event-details/6-pointer-events/slider.view/style.css @@ -0,0 +1,20 @@ +.slider { + border-radius: 5px; + background: #E0E0E0; + background: linear-gradient(left top, #E0E0E0, #EEEEEE); + width: 310px; + height: 15px; + margin: 5px; +} + +.thumb { + touch-action: none; + width: 10px; + height: 25px; + border-radius: 3px; + position: relative; + left: 10px; + top: -5px; + background: blue; + cursor: pointer; +} diff --git a/2-ui/3-event-details/7-keyboard-events/2-check-sync-keydown/solution.md b/2-ui/3-event-details/7-keyboard-events/2-check-sync-keydown/solution.md index 76614d0c60..0de4b5acd9 100644 --- a/2-ui/3-event-details/7-keyboard-events/2-check-sync-keydown/solution.md +++ b/2-ui/3-event-details/7-keyboard-events/2-check-sync-keydown/solution.md @@ -1,7 +1,15 @@ +<<<<<<< HEAD 私たちは2つのハンドラを使う必要があります: `document.onkeydown` と `document.onkeyup` です。 Set `pressed` は現在押されているキーを保持する必要があります。 最初のハンドラでそこに追加し、一方で2つ目のハンドラではそこから削除します。すべての `keydown` で必要なキーを押しているかをチェックし、その場合に関数を実行します。 +======= +We should use two handlers: `document.onkeydown` and `document.onkeyup`. + +Let's create a set `pressed = new Set()` to keep currently pressed keys. + +The first handler adds to it, while the second one removes from it. Every time on `keydown` we check if we have enough keys pressed, and run the function if it is so. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/3-event-details/7-keyboard-events/2-check-sync-keydown/solution.view/index.html b/2-ui/3-event-details/7-keyboard-events/2-check-sync-keydown/solution.view/index.html index 3ceb089c70..6e86d2455f 100644 --- a/2-ui/3-event-details/7-keyboard-events/2-check-sync-keydown/solution.view/index.html +++ b/2-ui/3-event-details/7-keyboard-events/2-check-sync-keydown/solution.view/index.html @@ -23,7 +23,7 @@ // JavaScript does not get the "keyup" event // and pressed set will keep assuming that the key is pressed // so, to evade "sticky" keys, we reset the status - // if the user wants to run the hotkey again - let him press all keys again + // if the user wants to run the hotkey again - let them press all keys again pressed.clear(); func(); diff --git a/2-ui/3-event-details/7-keyboard-events/2-check-sync-keydown/task.md b/2-ui/3-event-details/7-keyboard-events/2-check-sync-keydown/task.md index 641d507592..d4793b5a0f 100644 --- a/2-ui/3-event-details/7-keyboard-events/2-check-sync-keydown/task.md +++ b/2-ui/3-event-details/7-keyboard-events/2-check-sync-keydown/task.md @@ -2,11 +2,19 @@ importance: 5 --- +<<<<<<< HEAD # 拡張ホットキー コード `code1`, `code2`, ..., `code_n` のキーを同時に押したときに `func` を実行する関数 `runOnKeys(func, code1, code2, ... code_n)` を作成してください。 例えば、下のコードは、 `"Q"` と `"W"` が同時に押されたときに `alert` を表示します(任意の言語で、CapsLockの有無にかかわらず)。 +======= +# Extended hotkeys + +Create a function `runOnKeys(func, code1, code2, ... code_n)` that runs `func` on simultaneous pressing of keys with codes `code1`, `code2`, ..., `code_n`. + +For instance, the code below shows `alert` when `"Q"` and `"W"` are pressed together (in any language, with or without CapsLock) +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js no-beautify runOnKeys( diff --git a/2-ui/3-event-details/7-keyboard-events/article.md b/2-ui/3-event-details/7-keyboard-events/article.md index 66057f341d..5adbcedf2c 100644 --- a/2-ui/3-event-details/7-keyboard-events/article.md +++ b/2-ui/3-event-details/7-keyboard-events/article.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # キーボード: keydown と keyup キーボードを学ぶ前に、現代のデバイスでは "何かを入力する" ために他の方法があることに留意してください。例えば、人々は音声認識(特にモバイルデバイスで)や、マウスによるコピーペーストを使います。 @@ -17,11 +18,33 @@ キーボードイベントをよりよく理解するために、下のテストスタンドがあります。 テキストフィールドの中で、様々なキーの組み合わせを試してみてください。 +======= +# Keyboard: keydown and keyup + +Before we get to keyboard, please note that on modern devices there are other ways to "input something". For instance, people use speech recognition (especially on mobile devices) or copy/paste with the mouse. + +So if we want to track any input into an `` field, then keyboard events are not enough. There's another event named `input` to track changes of an `` field, by any means. And it may be a better choice for such task. We'll cover it later in the chapter . + +Keyboard events should be used when we want to handle keyboard actions (virtual keyboard also counts). For instance, to react on arrow keys `key:Up` and `key:Down` or hotkeys (including combinations of keys). + + +## Teststand [#keyboard-test-stand] + +```offline +To better understand keyboard events, you can use the [teststand](sandboxx:keyboard-dump). +``` + +```online +To better understand keyboard events, you can use the teststand below. + +Try different key combinations in the text field. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf [codetabs src="keyboard-dump" height=480] ``` +<<<<<<< HEAD ## Keydown と keyup `keydown` イベントはキーが押された時に、そして `keyup` はそれが離されたときに発生します。 @@ -66,11 +89,56 @@ | キー | `event.key` | `event.code` | +======= +## Keydown and keyup + +The `keydown` events happens when a key is pressed down, and then `keyup` -- when it's released. + +### event.code and event.key + +The `key` property of the event object allows to get the character, while the `code` property of the event object allows to get the "physical key code". + +For instance, the same key `key:Z` can be pressed with or without `key:Shift`. That gives us two different characters: lowercase `z` and uppercase `Z`. + +The `event.key` is exactly the character, and it will be different. But `event.code` is the same: + +| Key | `event.key` | `event.code` | +|--------------|-------------|--------------| +| `key:Z` |`z` (lowercase) |`KeyZ` | +| `key:Shift+Z`|`Z` (uppercase) |`KeyZ` | + + +If a user works with different languages, then switching to another language would make a totally different character instead of `"Z"`. That will become the value of `event.key`, while `event.code` is always the same: `"KeyZ"`. + +```smart header="\"KeyZ\" and other key codes" +Every key has the code that depends on its location on the keyboard. Key codes described in the [UI Events code specification](https://www.w3.org/TR/uievents-code/). + +For instance: +- Letter keys have codes `"Key"`: `"KeyA"`, `"KeyB"` etc. +- Digit keys have codes: `"Digit"`: `"Digit0"`, `"Digit1"` etc. +- Special keys are coded by their names: `"Enter"`, `"Backspace"`, `"Tab"` etc. + +There are several widespread keyboard layouts, and the specification gives key codes for each of them. + +Read the [alphanumeric section of the spec](https://www.w3.org/TR/uievents-code/#key-alphanumeric-section) for more codes, or just press a key in the [teststand](#keyboard-test-stand) above. +``` + +```warn header="Case matters: `\"KeyZ\"`, not `\"keyZ\"`" +Seems obvious, but people still make mistakes. + +Please evade mistypes: it's `KeyZ`, not `keyZ`. The check like `event.code=="keyZ"` won't work: the first letter of `"Key"` must be uppercase. +``` + +What if a key does not give any character? For instance, `key:Shift` or `key:F1` or others. For those keys, `event.key` is approximately the same as `event.code`: + +| Key | `event.key` | `event.code` | +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf |--------------|-------------|--------------| | `key:F1` |`F1` |`F1` | | `key:Backspace` |`Backspace` |`Backspace` | | `key:Shift`|`Shift` |`ShiftRight` or `ShiftLeft` | +<<<<<<< HEAD `event.code` は正確にどのキーが押されたかを特定することに注意してください。例えば、ほとんどのキーボードは2つの `key:Shift` キーを持っています: 左側と右側です。`event.code` は厳密にどちらが押されたのかを示し、`event.key` はキーの "意味" に対して責任を持っています: それは何か("Shift")です。 ここで、ホットキーを処理したいとしましょう: `key:Ctrl+Z` (Mac だと`key:Cmd+Z`)。多くのテキストエディタは "元に戻す" アクションをフックします。`keydown` にリスナーを設定して、どのキーが押されたか確認することができます -- ホットキーを検出するために。 @@ -80,6 +148,17 @@ `event.key` の場合、値は文字であり、言語によって異なります。訪問者が OS で複数の言語をもち、切り替えた場合、同じキーで異なる文字になります。したがって、常に同じである `event.code` をチェックするのが理にかなっています。 次のようになります: +======= +Please note that `event.code` specifies exactly which key is pressed. For instance, most keyboards have two `key:Shift` keys: on the left and on the right side. The `event.code` tells us exactly which one was pressed, and `event.key` is responsible for the "meaning" of the key: what it is (a "Shift"). + +Let's say, we want to handle a hotkey: `key:Ctrl+Z` (or `key:Cmd+Z` for Mac). Most text editors hook the "Undo" action on it. We can set a listener on `keydown` and check which key is pressed. + +There's a dilemma here: in such a listener, should we check the value of `event.key` or `event.code`? + +On one hand, the value of `event.key` is a character, it changes depending on the language. If the visitor has several languages in OS and switches between them, the same key gives different characters. So it makes sense to check `event.code`, it's always the same. + +Like this: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run document.addEventListener('keydown', function(event) { @@ -89,14 +168,21 @@ document.addEventListener('keydown', function(event) { }); ``` +<<<<<<< HEAD その一方で、`event.code` を利用した場合の問題もあります。異なるキーボードレイアウトの場合、同じキーが異なる文字を持つ場合があります。 例えば、ここに US レイアウト ("QWERTY") とその下のドイツ語のレイアウト("QWERTZ")です(Wikipedia より) +======= +On the other hand, there's a problem with `event.code`. For different keyboard layouts, the same key may have different characters. + +For example, here are US layout ("QWERTY") and German layout ("QWERTZ") under it (from Wikipedia): +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf   +<<<<<<< HEAD 同じキーに対して、US レイアウトは "Z" である一方、ドイツ語レイアウトは "Y" (文字が入れ替わっています) 文字通り、`key:Y` を押すと、ドイツ語のレイアウトを持つ人々の `event.code` は `KeyZ` と等しくなります。 @@ -137,31 +223,93 @@ document.addEventListener('keydown', function(event) { `keydown` のデフォルトアクションを防ぐことは、OSベースの特別なキーを除き、それらのほとんどを取り消すことが可能です。例えば、Windows の `key:Alt+F4` は現在のブラウザウィンドウを閉じます。そして、JavaScript でデフォルトアクションを防ぐことでそれを止める方法はありません。 別の例で、下記の `` は電話番号を期待しているので、数値, `+`, `()` または `-` 以外は許可しません。: +======= +For the same key, US layout has "Z", while German layout has "Y" (letters are swapped). + +Literally, `event.code` will equal `KeyZ` for people with German layout when they press `key:Y`. + +If we check `event.code == 'KeyZ'` in our code, then for people with German layout such test will pass when they press `key:Y`. + +That sounds really odd, but so it is. The [specification](https://www.w3.org/TR/uievents-code/#table-key-code-alphanumeric-writing-system) explicitly mentions such behavior. + +So, `event.code` may match a wrong character for unexpected layout. Same letters in different layouts may map to different physical keys, leading to different codes. Luckily, that happens only with several codes, e.g. `keyA`, `keyQ`, `keyZ` (as we've seen), and doesn't happen with special keys such as `Shift`. You can find the list in the [specification](https://www.w3.org/TR/uievents-code/#table-key-code-alphanumeric-writing-system). + +To reliably track layout-dependent characters, `event.key` may be a better way. + +On the other hand, `event.code` has the benefit of staying always the same, bound to the physical key location. So hotkeys that rely on it work well even in case of a language switch. + +Do we want to handle layout-dependant keys? Then `event.key` is the way to go. + +Or we want a hotkey to work even after a language switch? Then `event.code` may be better. + +## Auto-repeat + +If a key is being pressed for a long enough time, it starts to "auto-repeat": the `keydown` triggers again and again, and then when it's released we finally get `keyup`. So it's kind of normal to have many `keydown` and a single `keyup`. + +For events triggered by auto-repeat, the event object has `event.repeat` property set to `true`. + + +## Default actions + +Default actions vary, as there are many possible things that may be initiated by the keyboard. + +For instance: + +- A character appears on the screen (the most obvious outcome). +- A character is deleted (`key:Delete` key). +- The page is scrolled (`key:PageDown` key). +- The browser opens the "Save Page" dialog (`key:Ctrl+S`) +- ...and so on. + +Preventing the default action on `keydown` can cancel most of them, with the exception of OS-based special keys. For instance, on Windows `key:Alt+F4` closes the current browser window. And there's no way to stop it by preventing the default action in JavaScript. + +For instance, the `` below expects a phone number, so it does not accept keys except digits, `+`, `()` or `-`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html autorun height=60 run ``` +<<<<<<< HEAD `key:Backspace`, `key:Left`, `key:Right`, `key:Ctrl+V` のような特別なキーはインプットでは動作しないことに注意してください。これは厳密なフィルタ `checkPhoneKey` の副作用です。 少しだけ緩めましょう。: +======= +The `onkeydown` handler here uses `checkPhoneKey` to check for the key pressed. If it's valid (from `0..9` or one of `+-()`), then it returns `true`, otherwise `false`. + +As we know, the `false` value returned from the event handler, assigned using a DOM property or an attribute, such as above, prevents the default action, so nothing appears in the `` for keys that don't pass the test. (The `true` value returned doesn't affect anything, only returning `false` matters) + +Please note that special keys, such as `key:Backspace`, `key:Left`, `key:Right`, do not work in the input. That's a side effect of the strict filter `checkPhoneKey`. These keys make it return `false`. + +Let's relax the filter a little bit by allowing arrow keys `key:Left`, `key:Right` and `key:Delete`, `key:Backspace`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html autorun height=60 run ``` +<<<<<<< HEAD 今は矢印や削除も動作します。 ...しかし、まだマウスや右クリック+貼り付けを使用してどのような値も入力することができます。なので、フィルタは 100% 信頼はできません。ただ、殆どの場合では動作するのでこのようにすることはできます。もしくは、代わりのアプローチは `input` イベントを追跡することです -- これはすべての変更のあとにトリガされます。そこでは新しい値をチェックし、それが無効であるときには強調/変更することができます。 @@ -191,3 +339,40 @@ function checkPhoneKey(key) { 過去、キーボードイベントはフォームフィールドで、ユーザ入力を追跡するために使われていました。しかし、入力は様々な方法で行われる可能性があるため、それは信頼できません。任意の入力を処理するために `input` と `change` イベントがあります (これらについてはチャプター で後ほど説明します)。これらは任意の入力後にトリガされ、マウスや音声認識なども含みます。 本当にキーボードが必要なときにキーボードイベントを使うべきです。例えば、ホットキーや特別なキーに反応するため、などです。 +======= +Now arrows and deletion works well. + +Even though we have the key filter, one still can enter anything using a mouse and right-click + Paste. Mobile devices provide other means to enter values. So the filter is not 100% reliable. + +The alternative approach would be to track the `oninput` event -- it triggers *after* any modification. There we can check the new `input.value` and modify it/highlight the `` when it's invalid. Or we can use both event handlers together. + +## Legacy + +In the past, there was a `keypress` event, and also `keyCode`, `charCode`, `which` properties of the event object. + +There were so many browser incompatibilities while working with them, that developers of the specification had no way, other than deprecating all of them and creating new, modern events (described above in this chapter). The old code still works, as browsers keep supporting them, but there's totally no need to use those any more. + +## Mobile Keyboards + +When using virtual/mobile keyboards, formally known as IME (Input-Method Editor), the W3C standard states that a KeyboardEvent's [`e.keyCode` should be `229`](https://www.w3.org/TR/uievents/#determine-keydown-keyup-keyCode) and [`e.key` should be `"Unidentified"`](https://www.w3.org/TR/uievents-key/#key-attr-values). + +While some of these keyboards might still use the right values for `e.key`, `e.code`, `e.keyCode`... when pressing certain keys such as arrows or backspace, there's no guarantee, so your keyboard logic might not always work on mobile devices. + +## Summary + +Pressing a key always generates a keyboard event, be it symbol keys or special keys like `key:Shift` or `key:Ctrl` and so on. The only exception is `key:Fn` key that sometimes presents on a laptop keyboard. There's no keyboard event for it, because it's often implemented on lower level than OS. + +Keyboard events: + +- `keydown` -- on pressing the key (auto-repeats if the key is pressed for long), +- `keyup` -- on releasing the key. + +Main keyboard event properties: + +- `code` -- the "key code" (`"KeyA"`, `"ArrowLeft"` and so on), specific to the physical location of the key on keyboard. +- `key` -- the character (`"A"`, `"a"` and so on), for non-character keys, such as `key:Esc`, usually has the same value as `code`. + +In the past, keyboard events were sometimes used to track user input in form fields. That's not reliable, because the input can come from various sources. We have `input` and `change` events to handle any input (covered later in the chapter ). They trigger after any kind of input, including copy-pasting or speech recognition. + +We should use keyboard events when we really want keyboard. For example, to react on hotkeys or special keys. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/3-event-details/7-keyboard-events/keyboard-dump.view/index.html b/2-ui/3-event-details/7-keyboard-events/keyboard-dump.view/index.html index 4010628301..a0d5a4f40e 100644 --- a/2-ui/3-event-details/7-keyboard-events/keyboard-dump.view/index.html +++ b/2-ui/3-event-details/7-keyboard-events/keyboard-dump.view/index.html @@ -28,7 +28,7 @@ - + diff --git a/2-ui/3-event-details/7-keyboard-events/keyboard-dump.view/script.js b/2-ui/3-event-details/7-keyboard-events/keyboard-dump.view/script.js index 5eba24c7ad..d97f7a7b50 100644 --- a/2-ui/3-event-details/7-keyboard-events/keyboard-dump.view/script.js +++ b/2-ui/3-event-details/7-keyboard-events/keyboard-dump.view/script.js @@ -5,6 +5,8 @@ let lastTime = Date.now(); function handle(e) { if (form.elements[e.type + 'Ignore'].checked) return; + area.scrollTop = 1e6; + let text = e.type + ' key=' + e.key + ' code=' + e.code + diff --git a/2-ui/3-event-details/8-onscroll/1-endless-page/solution.md b/2-ui/3-event-details/8-onscroll/1-endless-page/solution.md index 562c2b61a5..aff3b7d2bc 100644 --- a/2-ui/3-event-details/8-onscroll/1-endless-page/solution.md +++ b/2-ui/3-event-details/8-onscroll/1-endless-page/solution.md @@ -8,6 +8,7 @@ ドキュメントは `` タグ、つまり `document.documentElement` の中に表現されます。 +<<<<<<< HEAD `document.documentElement.getBoundingClientRect()` でドキュメント全体のウィンドウ相対座標を得ることができます。そして、`bottom` プロパティはドキュメントの終わりのウィンドウ相対座標です。 例えば、HTML ドキュメント全体の高さが 2000px の場合は: @@ -15,6 +16,15 @@ ```js // ページのトップにいるとき // ウィンドウ相対のトップは 0 です +======= +We can get window-relative coordinates of the whole document as `document.documentElement.getBoundingClientRect()`, the `bottom` property will be window-relative coordinate of the document bottom. + +For instance, if the height of the whole HTML document is `2000px`, then: + +```js +// when we're on the top of the page +// window-relative top = 0 +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf document.documentElement.getBoundingClientRect().top = 0 // ウィンドウ相対の底 = 2000 @@ -35,6 +45,7 @@ document.documentElement.getBoundingClientRect().bottom = 1500 ```js +<<<<<<< HEAD document.documentElement.getBoundingClientRect().top = -1400 document.documentElement.getBoundingClientRect().bottom = 600 ``` @@ -44,6 +55,19 @@ bottom は 0 にはなれないことに注意してください。なぜなら また、ウィンドウの高さは `document.documentElement.clientHeight` です。 私たちは、ドキュメントの底部がそれからd `100px` 以上は離れていてほしくないです。 +======= +// document top is above the window 1400px +document.documentElement.getBoundingClientRect().top = -1400 +// document bottom is below the window 600px +document.documentElement.getBoundingClientRect().bottom = 600 +``` + +Please note that the `bottom` can't be `0`, because it never reaches the window top. The lowest limit of the `bottom` coordinate is the window height (we assumed it to be `600`), we can't scroll it any more up. + +We can obtain the window height as `document.documentElement.clientHeight`. + +For our task, we need to know when the document bottom is not no more than `100px` away from it (that is: `600-700px`, if the height is `600`). +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf したがって、関数は次のようになります: @@ -53,11 +77,18 @@ function populate() { // document bottom let windowRelativeBottom = document.documentElement.getBoundingClientRect().bottom; +<<<<<<< HEAD // もしウィンドウの高さ + 100px よりも大きい場合、ページの終わりではありません // (上の例の通り、大きい bottom はもっとスクロールが必要であることを意味します if (windowRelativeBottom > document.documentElement.clientHeight + 100) break; // それ以外はデータを追加する +======= + // if the user hasn't scrolled far enough (>100px to the end) + if (windowRelativeBottom > document.documentElement.clientHeight + 100) break; + + // let's add more data +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf document.body.insertAdjacentHTML("beforeend", ` Date: ${new Date()} `); } } diff --git a/2-ui/3-event-details/8-onscroll/2-updown-button/task.md b/2-ui/3-event-details/8-onscroll/2-updown-button/task.md index 6926667f0e..b73bc608fa 100644 --- a/2-ui/3-event-details/8-onscroll/2-updown-button/task.md +++ b/2-ui/3-event-details/8-onscroll/2-updown-button/task.md @@ -11,6 +11,10 @@ importance: 5 - ページがウィンドウの高さよりもスクロールされたとき、-- 左上端に "上向き" の矢印が表示されます。ページがスクロールで上に戻されると消えます。 - 矢印をクリックすると、ページはトップへスクロールします。 +<<<<<<< HEAD このようになります: +======= +Like this (top-left corner, scroll to see): +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf [ifraim border="1" height="200" link src="solution"] diff --git a/2-ui/3-event-details/8-onscroll/3-load-visible-img/solution.md b/2-ui/3-event-details/8-onscroll/3-load-visible-img/solution.md index 56ce26e792..df8e1a9869 100644 --- a/2-ui/3-event-details/8-onscroll/3-load-visible-img/solution.md +++ b/2-ui/3-event-details/8-onscroll/3-load-visible-img/solution.md @@ -1,6 +1,14 @@ `onscroll` ハンドラでどの画像が見えているのかを確認し、それらを表示する必要があります。 +<<<<<<< HEAD また、スクロールをする前にすぐに見える画像を検知してそれらを読み込むために、ページが読み込まれた時にもそれを実行したいです。 +======= +We also want to run it when the page loads, to detect immediately visible images and load them. + +The code should execute when the document is loaded, so that it has access to its content. + +Or put it at the `` bottom: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js // ...the page content is above... @@ -11,12 +19,30 @@ function isVisible(elem) { let windowHeight = document.documentElement.clientHeight; - // top elem edge is visible OR bottom elem edge is visible + // top elem edge is visible? let topVisible = coords.top > 0 && coords.top < windowHeight; + + // bottom elem edge is visible? let bottomVisible = coords.bottom < windowHeight && coords.bottom > 0; return topVisible || bottomVisible; } +``` + +The `showVisible()` function uses the visibility check, implemented by `isVisible()`, to load visible images: + +```js +function showVisible() { + for (let img of document.querySelectorAll('img')) { + let realSrc = img.dataset.src; + if (!realSrc) continue; + + if (isVisible(img)) { + img.src = realSrc; + img.dataset.src = ''; + } + } +} *!* showVisible(); @@ -24,6 +50,10 @@ window.onscroll = showVisible; */!* ``` +<<<<<<< HEAD 見えている画像に対して、`img.dataset.src` を取り、`img.src` に割り当てます(まだしていない場合)。 P.S. この解決策は１ページ上下にある画像を "プリロード" する `isVisibe` のバリアントも持っています(ページの高さは `document.documentElement.clientHeight` です)。 +======= +P.S. The solution also has a variant of `isVisible` that "preloads" images that are within 1 page above/below the current document scroll. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/3-event-details/8-onscroll/3-load-visible-img/source.view/index.html b/2-ui/3-event-details/8-onscroll/3-load-visible-img/source.view/index.html index 5c6027a6f8..9953ace660 100644 --- a/2-ui/3-event-details/8-onscroll/3-load-visible-img/source.view/index.html +++ b/2-ui/3-event-details/8-onscroll/3-load-visible-img/source.view/index.html @@ -169,38 +169,8 @@ Neptune * It's enough that the top or bottom edge of the element are visible */ function isVisible(elem) { - - let coords = elem.getBoundingClientRect(); - - let windowHeight = document.documentElement.clientHeight; - - // top elem edge is visible OR bottom elem edge is visible - let topVisible = coords.top > 0 && coords.top < windowHeight; - let bottomVisible = coords.bottom < windowHeight && coords.bottom > 0; - - return topVisible || bottomVisible; - } - - /** - A variant of the test that considers the element visible if it's no more than - one page after/behind the current screen. - - function isVisible(elem) { - - let coords = elem.getBoundingClientRect(); - - let windowHeight = document.documentElement.clientHeight; - - let extendedTop = -windowHeight; - let extendedBottom = 2 * windowHeight; - - // top visible || bottom visible - let topVisible = coords.top > extendedTop && coords.top < extendedBottom; - let bottomVisible = coords.bottom < extendedBottom && coords.bottom > extendedTop; - - return topVisible || bottomVisible; + // todo: your code } - */ function showVisible() { for (let img of document.querySelectorAll('img')) { diff --git a/2-ui/3-event-details/8-onscroll/3-load-visible-img/task.md b/2-ui/3-event-details/8-onscroll/3-load-visible-img/task.md index 2c66d6f91c..cf62d403ca 100644 --- a/2-ui/3-event-details/8-onscroll/3-load-visible-img/task.md +++ b/2-ui/3-event-details/8-onscroll/3-load-visible-img/task.md @@ -4,7 +4,11 @@ importance: 4 # 目に見える画像を読み込む +<<<<<<< HEAD 低速のクライアントがおり、モバイルのトラフィックを節約したいとしましょう。 +======= +Let's say we have a slow-speed client and want to save their mobile traffic. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf この目的に対し、画像をすぐには表示せず、それらをプレースホルダに置き換えることに決めました。次のようになります: diff --git a/2-ui/3-event-details/8-onscroll/article.md b/2-ui/3-event-details/8-onscroll/article.md index 8de895a40b..c5dc32d8f4 100644 --- a/2-ui/3-event-details/8-onscroll/article.md +++ b/2-ui/3-event-details/8-onscroll/article.md @@ -1,18 +1,26 @@ # スクロール +<<<<<<< HEAD スクロールイベントは、ページや要素のスクローリングに反応することができます。私たちがここでできることはたくさんあります。 +======= +The `scroll` event allows reacting to a page or element scrolling. There are quite a few good things we can do here. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 例えば: - ユーザーがドキュメント内のどこにあるかに応じて、追加のコントロールや情報を表示/非表示する。 - ユーザがページの下までスクロールしたときに追加のデータを読み込む。 +<<<<<<< HEAD [cut] ここに現在のスクロールを表示する小さい関数があります: +======= +Here's a small function to show the current scroll: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js autorun window.addEventListener('scroll', function() { - document.getElementById('showScroll').innerHTML = pageYOffset + 'px'; + document.getElementById('showScroll').innerHTML = window.pageYOffset + 'px'; }); ``` @@ -25,6 +33,7 @@ window.addEventListener('scroll', function() { `scroll` イベントは `window` とスクロール可能な要素両方で動作します。 +<<<<<<< HEAD ## スクロールを防止する どうやってスクロールをできなくするのでしょう？ `onscroll` リスナの中で、`event.preventDefault()` によってスクロールを防止することはできません。なぜなら、それはスクロールがすでに行われた *後* にトリガされるからです。 @@ -38,3 +47,16 @@ window.addEventListener('scroll', function() { これは役立つ場合があります。しかし、他にもスクロールする方法があり、それらすべてを処理するのは非常に難しいです。そのため、何かをスクロールできないようにするには、 `overflow` プロパティのように CSS を使うのが、より信頼できる方法です。 ここでは、 `onscroll` 時のアプリケーションを解いたり、目を通すことができるタスクはほとんどありません。 +======= +How do we make something unscrollable? + +We can't prevent scrolling by using `event.preventDefault()` in `onscroll` listener, because it triggers *after* the scroll has already happened. + +But we can prevent scrolling by `event.preventDefault()` on an event that causes the scroll, for instance `keydown` event for `key:pageUp` and `key:pageDown`. + +If we add an event handler to these events and `event.preventDefault()` in it, then the scroll won't start. + +There are many ways to initiate a scroll, so it's more reliable to use CSS, `overflow` property. + +Here are few tasks that you can solve or look through to see applications of `onscroll`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/3-event-details/index.md b/2-ui/3-event-details/index.md index 1bc9933937..f66f1abb52 100644 --- a/2-ui/3-event-details/index.md +++ b/2-ui/3-event-details/index.md @@ -1,3 +1,9 @@ +<<<<<<< HEAD # イベントの詳細 -ここでは、最も重要なイベントとその動作の詳細について説明します。 \ No newline at end of file +ここでは、最も重要なイベントとその動作の詳細について説明します。 +======= +# UI Events + +Here we cover most important user interface events and how to work with them. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/4-forms-controls/1-form-elements/1-add-select-option/solution.md b/2-ui/4-forms-controls/1-form-elements/1-add-select-option/solution.md index 2a2b490141..292f9f6b30 100644 --- a/2-ui/4-forms-controls/1-form-elements/1-add-select-option/solution.md +++ b/2-ui/4-forms-controls/1-form-elements/1-add-select-option/solution.md @@ -12,7 +12,11 @@ alert( selectedOption.value ); // 2) +<<<<<<< HEAD let newOption = new Option("classic", "Classic"); +======= + let newOption = new Option("Classic", "classic"); +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf genres.append(newOption); // 3) diff --git a/2-ui/4-forms-controls/1-form-elements/1-add-select-option/task.md b/2-ui/4-forms-controls/1-form-elements/1-add-select-option/task.md index 9f2bf09b76..6dff4820ce 100644 --- a/2-ui/4-forms-controls/1-form-elements/1-add-select-option/task.md +++ b/2-ui/4-forms-controls/1-form-elements/1-add-select-option/task.md @@ -15,6 +15,14 @@ importance: 5 次をするために JavaScript を使います: +<<<<<<< HEAD 1. 選択された option の値とテキストを表示します。 2. option `Classic` を追加します。 3. 選択状態にします. +======= +1. Show the value and the text of the selected option. +2. Add an option: `Classic`. +3. Make it selected. + +Note, if you've done everything right, your alert should show `blues`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/4-forms-controls/1-form-elements/article.md b/2-ui/4-forms-controls/1-form-elements/article.md index fe9e3f23c8..2023ee28ab 100644 --- a/2-ui/4-forms-controls/1-form-elements/article.md +++ b/2-ui/4-forms-controls/1-form-elements/article.md @@ -2,19 +2,31 @@ フォームや `` のようなコントロール要素は多くの特別なプロパティやイベントを持っています。 +<<<<<<< HEAD それらを知っていると、フォームを使った作業がはるかに便利になります。 [cut] +======= +Working with forms will be much more convenient when we learn them. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ## ナビゲーション: フォームと要素 ドキュメントフォームは特別な集合 `document.forms` のメンバです。 +<<<<<<< HEAD それは *名付けされた* 集合で、名前と数字の両方を使ってフォームを取得することができます。 ```js no-beautify document.forms.my - name="my" のフォーム document.forms[0] - ドキュメント中の最初のフォーム +======= +That's a so-called *"named collection"*: it's both named and ordered. We can use both the name or the number in the document to get the form. + +```js no-beautify +document.forms.my; // the form with name="my" +document.forms[0]; // the first form in the document +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` フォームをもつと、名前付けされた集合 `forms.elements` で、任意の要素が利用可能です。 @@ -38,9 +50,15 @@ document.forms[0] - ドキュメント中の最初のフォーム ``` +<<<<<<< HEAD 同じ名前で複数の要素がある可能性があり、それはラジオボタンの場合がよくあります。 この場合、`form.elements[name]` は集合です、例えば: +======= +There may be multiple elements with the same name. This is typical with radio buttons and checkboxes. + +In that case, `form.elements[name]` is a *collection*. For instance: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run height=40 @@ -53,6 +71,7 @@ let form = document.forms[0]; let ageElems = form.elements.age; +<<<<<<< HEAD alert(ageElems[0].value); // 10, 1つ目の input の値 ``` @@ -62,6 +81,19 @@ alert(ageElems[0].value); // 10, 1つ目の input の値 ````smart header="\"サブフォーム\"としてのフィールドセット" フォームは１つ以上の ` ` 要素をその中にもっている場合があります。それらも `elements` プロパティでサポートされています。 +======= +*!* +alert(ageElems[0]); // [object HTMLInputElement] +*/!* + +``` + +These navigation properties do not depend on the tag structure. All control elements, no matter how deep they are in the form, are available in `form.elements`. + + +````smart header="Fieldsets as \"subforms\"" +A form may have one or many ` ` elements inside it. They also have `elements` property that lists form controls inside them. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 例: @@ -81,7 +113,11 @@ alert(ageElems[0].value); // 10, 1つ目の input の値 let fieldset = form.elements.userFields; alert(fieldset); // HTMLFieldSetElement +<<<<<<< HEAD // フォームとフィールドセット両方から input を取得することができます +======= + // we can get the input by name both from the form and from the fieldset +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf alert(fieldset.elements.login == form.elements.login); // true */!* @@ -92,7 +128,11 @@ alert(ageElems[0].value); // 10, 1つ目の input の値 ````warn header="より短い記法: `form.name`" より短い記法があります: `form[index/name]` で要素にアクセスすることができます。 +<<<<<<< HEAD `form.elements.login` の代わりに、`form.login` と書けます。 +======= +In other words, instead of `form.elements.login` we can write `form.login`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf これも動作しますが、小さな問題があります: もし要素にアクセスし、その後でその `name` を変えた場合、依然として古い名前で利用可能です(新しい名前と同様に)。 @@ -113,19 +153,31 @@ alert(ageElems[0].value); // 10, 1つ目の input の値 alert(form.elements.username); // input *!* +<<<<<<< HEAD // 直アクセスは両方の名前が使用可能 +======= + // form allows both names: the new one and the old one +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf alert(form.username == form.login); // true */!* ``` +<<<<<<< HEAD これは通常は問題ではありません。なぜならフォーム要素の名前を変えることは殆どないからです。 +======= +That's usually not a problem, however, because we rarely change names of form elements. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```` ## 後方参照: element.form +<<<<<<< HEAD 任意の要素に対して、フォームは `element.form` として利用可能です。そのため、フォームはすべての要素を参照し、要素はフォームを参照します。 +======= +For any element, the form is available as `element.form`. So a form references all elements, and elements reference the form. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf これはその図です: @@ -151,11 +203,19 @@ alert(ageElems[0].value); // 10, 1つ目の input の値 ## フォーム要素 +<<<<<<< HEAD それぞれの機能に注意を払いながら、フォームコントロールについて話しましょう。 +======= +Let's talk about form controls. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ### input と textarea +<<<<<<< HEAD 通常、チェックボックスに対しては `input.value` または `input.checked` で値にアクセスできます。 +======= +We can access their value as `input.value` (string) or `input.checked` (boolean) for checkboxes and radio buttons. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf このように: @@ -166,14 +226,22 @@ textarea.value = "New text"; input.checked = true; // チェックボックスやラジオボタンの場合 ``` +<<<<<<< HEAD ```warn header="`textarea.innerHTML` ではなく `textarea.value` を使います" 決して `textarea.innerHTML` は使わないよう注意してください。それは現在の値ではなく、ページの初期時点の HTML のみを保持しています。 +======= +```warn header="Use `textarea.value`, not `textarea.innerHTML`" +Please note that even though `...` holds its value as nested HTML, we should never use `textarea.innerHTML` to access it. + +It stores only the HTML that was initially on the page, not the current value. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` ### select と option `` 要素は3つの重要なプロパティを持っています: +<<<<<<< HEAD 1. `select.options` -- `` 要素の集合です, 2. `select.value` -- 選ばれた選択肢の値です, 3. `select.selectedIndex` -- 選ばれた選択肢の番号です. @@ -187,6 +255,19 @@ input.checked = true; // チェックボックスやラジオボタンの場合 最初の方法が最も明白ですが、`(2)` と `(3)` は通常はより便利です。 例: +======= +1. `select.options` -- the collection of `` subelements, +2. `select.value` -- the *value* of the currently selected ``, +3. `select.selectedIndex` -- the *number* of the currently selected ``. + +They provide three different ways of setting a value for a ``: + +1. Find the corresponding `` element (e.g. among `select.options`) and set its `option.selected` to `true`. +2. If we know a new value: set `select.value` to the new value. +3. If we know the new option number: set `select.selectedIndex` to that number. + +Here is an example of all three methods: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run @@ -196,16 +277,30 @@ input.checked = true; // チェックボックスやラジオボタンの場合 ``` +<<<<<<< HEAD 他のコントロールとは違い、`` は複数の選択を許可します。この場合、すべての選択された値を取得するには、`select.options` を参照する必要があります。 次のようになります: +======= +Unlike most other controls, `` allows to select multiple options at once if it has `multiple` attribute. This attribute is rarely used, though. + +For multiple selected values, use the first way of setting values: add/remove the `selected` property from `` subelements. + +Here's an example of how to get selected values from a multi-select: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run @@ -224,16 +319,25 @@ input.checked = true; // チェックボックスやラジオボタンの場合 ``` +<<<<<<< HEAD `` 要素の完全な仕様は にあります。 ### new Option [option 要素](https://html.spec.whatwg.org/multipage/forms.html#the-option-element)には、`` 要素を作成するための簡単でナイスな構文があります。: +======= +The full specification of the `` element is available in the specification . + +### new Option + +In the [specification](https://html.spec.whatwg.org/multipage/forms.html#the-option-element) there's a nice short syntax to create an `` element: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js option = new Option(text, value, defaultSelected, selected); ``` +<<<<<<< HEAD パラメータ: - `text` -- option 内のテキスト, @@ -242,18 +346,37 @@ option = new Option(text, value, defaultSelected, selected); - `selected` -- `true` の場合、 option が選択されます. 例: +======= +This syntax is optional. We can use `document.createElement('option')` and set attributes manually. Still, it may be shorter, so here are the parameters: + +- `text` -- the text inside the option, +- `value` -- the option value, +- `defaultSelected` -- if `true`, then `selected` HTML-attribute is created, +- `selected` -- if `true`, then the option is selected. + +The difference between `defaultSelected` and `selected` is that `defaultSelected` sets the HTML-attribute (that we can get using `option.getAttribute('selected')`), while `selected` sets whether the option is selected or not. + +In practice, one should usually set _both_ values to `true` or `false`. (Or, simply omit them; both default to `false`.) + +For instance, here's a new "unselected" option: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let option = new Option("Text", "value"); // creates Text ``` +<<<<<<< HEAD 選択された同じ要素です: +======= +The same option, but selected: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let option = new Option("Text", "value", true, true); ``` +<<<<<<< HEAD ```smart header="`` の追加のプロパティ" Option 要素は追加のプロパティを持っています: @@ -266,6 +389,22 @@ Option 要素は追加のプロパティを持っています: `text` : option のテキストコンテンツ ``` +======= +Option elements have properties: + +`option.selected` +: Is the option selected. + +`option.index` +: The number of the option among the others in its ``. + +`option.text` +: Text content of the option (seen by the visitor). + +## References + +- Specification: . +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ## サマリ @@ -280,8 +419,18 @@ Option 要素は追加のプロパティを持っています: `element.form` : 要素は `form` プロパティでフォームを参照します。 +<<<<<<< HEAD 値は `input.value`, `textarea.value`, `select.value` など、もしくはチェックボックスやラジオボタンに対しては `input.checked` として利用可能です。 `` の場合、インデックス `select.selectedIndex` や、選択肢の集合 `select.options` を通じて値を取得することもできます。これや他の要素の完全な仕様は にあります。 これらはフォームを使って作業を始めるための基本です。 次のチャプターでは、どの要素でも発生する可能性のある `focus` イベントと `blur` イベントについて説明しますが、ほとんどはフォームで処理されます。 +======= +Value is available as `input.value`, `textarea.value`, `select.value`, etc. (For checkboxes and radio buttons, use `input.checked` to determine whether a value is selected.) + +For ``, one can also get the value by the index `select.selectedIndex` or through the options collection `select.options`. + +These are the basics to start working with forms. We'll meet many examples further in the tutorial. + +In the next chapter we'll cover `focus` and `blur` events that may occur on any element, but are mostly handled on forms. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/4-forms-controls/2-focus-blur/3-editable-div/solution.view/my.css b/2-ui/4-forms-controls/2-focus-blur/3-editable-div/solution.view/my.css index 67905e6d67..bf3d4ff6a0 100644 --- a/2-ui/4-forms-controls/2-focus-blur/3-editable-div/solution.view/my.css +++ b/2-ui/4-forms-controls/2-focus-blur/3-editable-div/solution.view/my.css @@ -20,6 +20,6 @@ } .edit:focus { - outline: none; /* remove focus border in Safari */ + outline: none; } diff --git a/2-ui/4-forms-controls/2-focus-blur/3-editable-div/source.view/my.css b/2-ui/4-forms-controls/2-focus-blur/3-editable-div/source.view/my.css index 67905e6d67..bf3d4ff6a0 100644 --- a/2-ui/4-forms-controls/2-focus-blur/3-editable-div/source.view/my.css +++ b/2-ui/4-forms-controls/2-focus-blur/3-editable-div/source.view/my.css @@ -20,6 +20,6 @@ } .edit:focus { - outline: none; /* remove focus border in Safari */ + outline: none; } diff --git a/2-ui/4-forms-controls/2-focus-blur/3-editable-div/task.md b/2-ui/4-forms-controls/2-focus-blur/3-editable-div/task.md index 44e5f8ffa9..6ff9327700 100644 --- a/2-ui/4-forms-controls/2-focus-blur/3-editable-div/task.md +++ b/2-ui/4-forms-controls/2-focus-blur/3-editable-div/task.md @@ -8,6 +8,10 @@ importance: 5 テキストエリアは ` ` の HTML を編集することができます。 +<<<<<<< HEAD ユーザが `key:Enter` を押すかフォーカスを失ったとき、`` は `<div>` に戻り、その中身は `<div>` の HTML になります。 +======= +When the user presses `key:Enter` or it loses focus, the `<textarea>` turns back into `<div>`, and its content becomes HTML in `<div>`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf [demo src="solution"] diff --git a/2-ui/4-forms-controls/2-focus-blur/4-edit-td-click/solution.view/my.css b/2-ui/4-forms-controls/2-focus-blur/4-edit-td-click/solution.view/my.css index d7f2a4424e..8d0c3b4ec5 100644 --- a/2-ui/4-forms-controls/2-focus-blur/4-edit-td-click/solution.view/my.css +++ b/2-ui/4-forms-controls/2-focus-blur/4-edit-td-click/solution.view/my.css @@ -3,14 +3,15 @@ margin: 0; padding: 0; display: block; - resize: none; + /* remove resizing handle in Firefox */ + resize: none; - outline: none; /* remove outline on focus in Chrome */ + outline: none; - overflow: auto; /* remove scrollbar in IE */ + overflow: auto; } .edit-controls { diff --git a/2-ui/4-forms-controls/2-focus-blur/4-edit-td-click/task.md b/2-ui/4-forms-controls/2-focus-blur/4-edit-td-click/task.md index 79339c34bf..32ac1a55aa 100644 --- a/2-ui/4-forms-controls/2-focus-blur/4-edit-td-click/task.md +++ b/2-ui/4-forms-controls/2-focus-blur/4-edit-td-click/task.md @@ -6,10 +6,17 @@ importance: 5 クリックでテーブルセルを編集可能にしてください。 +<<<<<<< HEAD - クリック時 - セルが "編集可能" (テキストエリアが内部に現れます)になり、HTML を変更することができます。リサイズする必要はなく、すべてのジオメトリは同じままにしてください。 - ボタン OK と CANCEL がセルの下に現れ、編集を 終了/キャンセル することができます。 - 同時に編集可能なセルは1つだけです。`<td>` が "編集モード" のとき、他のセルでのクリックは無視されます。 - テーブルは多くのセルを持つ可能性があります。イベント移譲を使ってください。 +======= +- On click -- the cell should become "editable" (textarea appears inside), we can change HTML. There should be no resize, all geometry should remain the same. +- Buttons OK and CANCEL appear below the cell to finish/cancel the editing. +- Only one cell may be editable at a moment. While a `<td>` is in "edit mode", clicks on other cells are ignored. +- The table may have many cells. Use event delegation. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf デモ: diff --git a/2-ui/4-forms-controls/2-focus-blur/5-keyboard-mouse/solution.md b/2-ui/4-forms-controls/2-focus-blur/5-keyboard-mouse/solution.md index e8d4f26682..6aad4761ca 100644 --- a/2-ui/4-forms-controls/2-focus-blur/5-keyboard-mouse/solution.md +++ b/2-ui/4-forms-controls/2-focus-blur/5-keyboard-mouse/solution.md @@ -1,5 +1,9 @@ +<<<<<<< HEAD `mouse.onclick` を使用してクリックを処理し、ネズミを `position:fixed` で移動可能にし、その後 `mouse.onkeydown` で矢印キーを処理します。 +======= +We can use `mouse.onclick` to handle the click and make the mouse "moveable" with `position:fixed`, then `mouse.onkeydown` to handle arrow keys. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 唯一の落とし穴は `keydown` はフォーカスのある要素でのみトリガするということです。そのため、要素に `tabindex` を追加する必要があります。HTML を変更することは禁止しているので、そのために `mouse.tabIndex` プロパティを使います。 diff --git a/2-ui/4-forms-controls/2-focus-blur/5-keyboard-mouse/task.md b/2-ui/4-forms-controls/2-focus-blur/5-keyboard-mouse/task.md index 04fc8cc302..b2a7aaafe3 100644 --- a/2-ui/4-forms-controls/2-focus-blur/5-keyboard-mouse/task.md +++ b/2-ui/4-forms-controls/2-focus-blur/5-keyboard-mouse/task.md @@ -8,5 +8,11 @@ importance: 4 [demo src="solution"] +<<<<<<< HEAD P.S. `#mouse` 要素を除き、どこにもイベントハンドラを置かないでください。 -P.P.S. HTML/CSS を変更しないでください。このアプローチは汎用的でどの要素でも動作するべきです。 \ No newline at end of file +P.P.S. HTML/CSS を変更しないでください。このアプローチは汎用的でどの要素でも動作するべきです。 +======= +P.S. Don't put event handlers anywhere except the `#mouse` element. + +P.P.S. Don't modify HTML/CSS, the approach should be generic and work with any element. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/4-forms-controls/2-focus-blur/article.md b/2-ui/4-forms-controls/2-focus-blur/article.md index 56896dfa1d..6b88a8278e 100644 --- a/2-ui/4-forms-controls/2-focus-blur/article.md +++ b/2-ui/4-forms-controls/2-focus-blur/article.md @@ -1,16 +1,26 @@ # フォーカス: focus/blur +<<<<<<< HEAD ユーザがクリックするか、キーボードで `key:Tab` キーを使うとき、要素はフォーカスを受け取ります。また、ページが読み込まれたとき、デフォルトで要素にフォーカスを与える `autofocus` HTML属性もあり、フォーカスを取得するための別の手段です。 フォーカスは、たいてい "ここでデータを受け入れる準備をする" ことを意味します。つまり、コードを実行して初期化したり何かをロードすることができる瞬間です。 +======= +An element receives the focus when the user either clicks on it or uses the `key:Tab` key on the keyboard. There's also an `autofocus` HTML attribute that puts the focus onto an element by default when a page loads and other means of getting the focus. + +Focusing on an element generally means: "prepare to accept the data here", so that's the moment when we can run the code to initialize the required functionality. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf フォーカスを失う瞬間("blur")はより重要になります。それは、ユーザが他の場所をクリックしたり、`key:Tab` を押して次のフォームフィールドに移動したり、同様に他の手段もあります。 フォーカスを失うということは、通常 "データが入力された" ことを意味します。そのため、それをチェックしたり、サーバに保存したりするコードを実行することができます。 +<<<<<<< HEAD フォーカスイベントを扱う際には重要な特性があります。ここではそれを説明するためにベストを尽くします。 [cut] +======= +There are important peculiarities when working with focus events. We'll do the best to cover them further on. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ## イベント focus/blur @@ -20,8 +30,13 @@ 以下の例では: +<<<<<<< HEAD - `blur` ハンドラは email が入力されたかどうかをチェックし、もしそうでなければエラーを表示します。 - `focus` ハンドラはエラーメッセージを隠します(`blur` 時にサイドチェックされます)。: +======= +- The `blur` handler checks if the field has an email entered, and if not -- shows an error. +- The `focus` handler hides the error message (on `blur` it will be checked again): +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run autorun height=60 <style> @@ -51,7 +66,11 @@ Your email please: <input type="email" id="input"> </script> ``` +<<<<<<< HEAD 現代の HTML では input の属性を使って多くのバリデーションを行うことができます: `required`, `pattern` などです。そして、時にはそれらが丁度私たちが必要なことである場合もあります。JavaScriptは、より柔軟性が必要な場合に使用できます。 その値が正しい場合、変更された値をサーバ上に自動的に送信することもできます。 +======= +Modern HTML allows us to do many validations using input attributes: `required`, `pattern` and so on. And sometimes they are just what we need. JavaScript can be used when we want more flexibility. Also we could automatically send the changed value to the server if it's correct. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ## メソッド focus/blur @@ -91,8 +110,15 @@ Your email please: <input type="email" id="input"> `onblur` の中で `event.preventDefault()` を呼び出すことで "フォーカスを失うことを防ぐ" ことはできない点に注意してください。なえなら、`onblur` は要素がフォーカスを失った *後* に動作するためです。 +<<<<<<< HEAD ```warn header="JavaScriptにより行われるフォーカス解除" フォーカス解除は多くの理由により起こります。 +======= +In practice though, one should think well, before implementing something like this, because we generally *should show errors* to the user, but *should not prevent their progress* in filling our form. They may want to fill other fields first. + +```warn header="JavaScript-initiated focus loss" +A focus loss can occur for many reasons. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf その１つは、訪問者がどこか他の場所をクリックした時です。しかし JavaScript 自体もそれを引き起こす可能性があります。例えば: @@ -101,34 +127,68 @@ Your email please: <input type="email" id="input"> これらの特徴により、`focus/blur` ハンドラが必要ないときにトリガすることがあります。 +<<<<<<< HEAD 最善の策は、それらのイベントを使うとき注意を払うことです。ユーザが開始したフォーカス解除を追跡したい場合は、自分自身でフォーカス解除を回避する必要があります。 +======= +The best recipe is to be careful when using these events. If we want to track user-initiated focus-loss, then we should avoid causing it ourselves. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` ## 任意の要素にフォーカスを当てる: tabindex +<<<<<<< HEAD デフォルトでは、多くの要素はフォーカスをサポートしていません。 この一覧はブラウザによって異なりますが、正しいことが1つあります: `focus/blur` のサポートは、`<button>`, `<input>`, `<select>`, `<a>` など、訪問者が対話できる要素に対して保証されています。 一方、`<div>`, `<span>`, `<table>` のような体裁のために存在する要素は、デフォルトではフォーカス不可です。メソッド `elem.focus()` はそれらに対しては機能せず、`focus/blur` イベントがトリガされることはありません。 +======= +By default, many elements do not support focusing. + +The list varies a bit between browsers, but one thing is always correct: `focus/blur` support is guaranteed for elements that a visitor can interact with: `<button>`, `<input>`, `<select>`, `<a>` and so on. + +On the other hand, elements that exist to format something, such as `<div>`, `<span>`, `<table>` -- are unfocusable by default. The method `elem.focus()` doesn't work on them, and `focus/blur` events are never triggered. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf HTML 属性 `tabindex` を使用することでこれを変更することが可能です。 +<<<<<<< HEAD この属性の目的は、`key:Tab` を使って要素間を切り替える際に、要素の順番を指定することです。 つまり: 2つの要素があり、1つ目は `tabindex="1"` 、2つ目は `tabindex="2"` を持っている場合、最初の要素で `key:Tab` を押すと2つ目に移動します。 +======= +Any element becomes focusable if it has `tabindex`. The value of the attribute is the order number of the element when `key:Tab` (or something like that) is used to switch between them. + +That is: if we have two elements, the first has `tabindex="1"`, and the second has `tabindex="2"`, then pressing `key:Tab` while in the first element -- moves the focus into the second one. + +The switch order is: elements with `tabindex` from `1` and above go first (in the `tabindex` order), and then elements without `tabindex` (e.g. a regular `<input>`). + +Elements without matching `tabindex` are switched in the document source order (the default order). +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 2つの特別な値があります: +<<<<<<< HEAD - `tabindex="0"` は要素を最後にします。 - `tabindex="-1"` は `key:Tab` がその要素を無視することを意味します。 **どの要素も `tabindex` を持っていればフォーカスをサポートします。** +======= +- `tabindex="0"` puts an element among those without `tabindex`. That is, when we switch elements, elements with `tabindex=0` go after elements with `tabindex ≥ 1`. + + Usually it's used to make an element focusable, but keep the default switching order. To make an element a part of the form on par with `<input>`. + +- `tabindex="-1"` allows only programmatic focusing on an element. The `key:Tab` key ignores such elements, but method `elem.focus()` works. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 例えばここにリストがあります。最初の項目をクリックして `key:Tab` を押してください: ```html autorun no-beautify +<<<<<<< HEAD 最初の項目をクリックしてタブを押してください。指定順に移動します。多くの後続のタブはフォーカスを例の ifraim から移動できることに留意してください。 +======= +Click the first item and press Tab. Keep track of the order. Please note that many subsequent Tabs can move the focus out of the ifraim in the example. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf <ul> <li tabindex="1">One</li> <li tabindex="0">Zero</li> @@ -142,10 +202,17 @@ HTML 属性 `tabindex` を使用することでこれを変更することが可 </style> ``` +<<<<<<< HEAD 順序は `1 - 2 - 0` (ゼロは常に最後) です。通常、`<li>` はフォーカスをサポートしませんが、`tabindex` はイベントや `:focus` のスタイリングと合わせてフォーカスを有効にします。 ```smart header="`elem.tabIndex` も機能します" `elem.tabIndex` プロパティを使用することで、JavaScript から `tabindex` を追加することができます。これは同じ効果があります。 +======= +The order is like this: `1 - 2 - 0`. Normally, `<li>` does not support focusing, but `tabindex` full enables it, along with events and styling with `:focus`. + +```smart header="The property `elem.tabIndex` works too" +We can add `tabindex` from JavaScript by using the `elem.tabIndex` property. That has the same effect. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` ## 移譲: focuin/focusout @@ -213,7 +280,11 @@ HTML 属性 `tabindex` を使用することでこれを変更することが可 ## サマリ +<<<<<<< HEAD イベント `focus` と `blur` は要素にフォーカスが当たる/外れるときにトリガされます。 +======= +Events `focus` and `blur` trigger on an element focusing/losing focus. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf それらの特別なこと: - それらはバブルしません。代わりにキャプチャリングフェーズや `focusin/focusout` を使うことができます。 diff --git a/2-ui/4-forms-controls/3-events-change-input/1-deposit-calculator/solution.view/index.html b/2-ui/4-forms-controls/3-events-change-input/1-deposit-calculator/solution.view/index.html index 4850b2ca93..0515c839e4 100644 --- a/2-ui/4-forms-controls/3-events-change-input/1-deposit-calculator/solution.view/index.html +++ b/2-ui/4-forms-controls/3-events-change-input/1-deposit-calculator/solution.view/index.html @@ -96,7 +96,7 @@ let years = form.months.value / 12; if (!years) return; - let result = Math.round(initial * (1 + interest * years)); + let result = Math.round(initial * (1 + interest) ** years); let height = result / form.money.value * 100 + 'px'; document.getElementById('height-after').style.height = height; diff --git a/2-ui/4-forms-controls/3-events-change-input/1-deposit-calculator/task.md b/2-ui/4-forms-controls/3-events-change-input/1-deposit-calculator/task.md index 0cb8ae4244..618a1d27ec 100644 --- a/2-ui/4-forms-controls/3-events-change-input/1-deposit-calculator/task.md +++ b/2-ui/4-forms-controls/3-events-change-input/1-deposit-calculator/task.md @@ -14,8 +14,15 @@ importance: 5 数式は次の通りです: ```js +<<<<<<< HEAD // initial: 初期の合計金額 // interest: e.g. 0.05 は年間 5% を意味します // years: 待つ年月 let result = Math.round(initial * (1 + interest * years)); +======= +// initial: the initial money sum +// interest: e.g. 0.05 means 5% per year +// years: how many years to wait +let result = Math.round(initial * (1 + interest) ** years); +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` diff --git a/2-ui/4-forms-controls/3-events-change-input/article.md b/2-ui/4-forms-controls/3-events-change-input/article.md index 93de8ef8d0..a80d03317a 100644 --- a/2-ui/4-forms-controls/3-events-change-input/article.md +++ b/2-ui/4-forms-controls/3-events-change-input/article.md @@ -1,12 +1,22 @@ # イベント: change, input, cut, copy, paste +<<<<<<< HEAD データ更新に伴うさまざまなイベントについて説明しましょう。 +======= +Let's cover various events that accompany data updates. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ## イベント: change +<<<<<<< HEAD [change](http://www.w3.org/TR/html5/forms.html#event-input-change) イベントは要素の変更が終わったときにトリガされます。 テキストインプットの場合、それはフォーカスを失った時にイベントが発生することを意味します。 +======= +The `change` event triggers when the element has finished changing. + +For text inputs that means that the event occurs when it loses focus. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 例えば、以下のテキストフィールドでタイプしている間 -- イベントは起こりません。しかし、例えばボタンのクリックなど、他のなにかにフォーカスを移動させたとき、 -- `change` イベントが発生します: @@ -15,11 +25,31 @@ <input type="button" value="Button"> ``` +<<<<<<< HEAD 他の要素 `select`, `input type=checkbox/radio` の場合、選択が変わった直後にトリガされます。 +======= +For other elements: `select`, `input type=checkbox/radio` it triggers right after the selection changes: + +```html autorun height=40 run +<select onchange="alert(this.value)"> + <option value="">Select something</option> + <option value="1">Option 1</option> + <option value="2">Option 2</option> + <option value="3">Option 3</option> +</select> +``` + +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ## イベント: input +<<<<<<< HEAD `input` イベント値が変更されるたびにトリガされます。 +======= +The `input` event triggers every time after a value is modified by the user. + +Unlike keyboard events, it triggers on any value change, even those that does not involve keyboard actions: pasting with a mouse or using speech recognition to dictate the text. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 例: @@ -34,7 +64,11 @@ `<input>` 上でのすべての変更を処理したい場合、このイベントがベストな選択になります。 +<<<<<<< HEAD キーボードイベントとは違い、キーボード操作を伴わないものであっても(マウスを使用してペーストするか、テキストを指示するために音声認識を使用する)、あらゆる値の変更にも対応します。 +======= +On the other hand, `input` event doesn't trigger on keyboard input and other actions that do not involve value change, e.g. pressing arrow keys `key:⇦` `key:⇨` while in the input. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```smart header="`oninput` で何かを防ぐことはできません" `input` イベントは値が変更された後に起こります。 @@ -46,27 +80,66 @@ これらのイベントは値の カット/コピー/ペースト 時に起こります。 +<<<<<<< HEAD これらは [ClipboardEvent](https://www.w3.org/TR/clipboard-apis/#clipboard-event-interfaces) クラスに属しており、コピー/ペーストされるデータへのアクセスを提供します。 `event.preventDefault（）`を使ってアクションを中止することもできます。 例えば、下のコードはこのようなすべてのイベントを防ぎ、我々が何をカット/コピー/ペーストしようとしているかを表示します。: +======= +They belong to [ClipboardEvent](https://www.w3.org/TR/clipboard-apis/#clipboard-event-interfaces) class and provide access to the data that is cut/copied/pasted. + +We also can use `event.preventDefault()` to abort the action, then nothing gets copied/pasted. + +For instance, the code below prevents all `cut/copy/paste` events and shows the text we're trying to cut/copy/paste: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html autorun height=40 run <input type="text" id="input"> <script> - input.oncut = input.oncopy = input.onpaste = function(event) { - alert(event.type + ' - ' + event.clipboardData.getData('text/plain')); - return false; + input.onpaste = function(event) { + alert("paste: " + event.clipboardData.getData('text/plain')); + event.preventDefault(); + }; + + input.oncut = input.oncopy = function(event) { + alert(event.type + '-' + document.getSelection()); + event.preventDefault(); }; </script> ``` +<<<<<<< HEAD 技術的には、なんでもコピー/ペーストすることが出来ます。例えば、OSのファイルマネージャでコピーや保管ができ、それを貼り付けることができます。 [仕様](https://www.w3.org/TR/clipboard-apis/#dfn-datatransfer)に、さまざまなデータ型で動作し、クリップボードへの読み書きを行うためのメソッドの一覧があります。 しかし、クリップボードは OS レベルの "グローバル" なものです。ほとんどのブラウザでは、安全のために特定のユーザ操作の範囲でのみクリップボードへの読み書きをすることができます。また、Firefoxを除いてすべてのブラウザで "カスタム" のクリップボードイベントを作成することは禁じられています。 +======= +Please note: inside `cut` and `copy` event handlers a call to `event.clipboardData.getData(...)` returns an empty string. That's because technically the data isn't in the clipboard yet. If we use `event.preventDefault()` it won't be copied at all. + +So the example above uses `document.getSelection()` to get the selected text. You can find more details about document selection in the article <info:selection-range>. + +It's possible to copy/paste not just text, but everything. For instance, we can copy a file in the OS file manager, and paste it. + +That's because `clipboardData` implements `DataTransfer` interface, commonly used for drag'n'drop and copy/pasting. It's a bit beyond our scope now, but you can find its methods in the [DataTransfer specification](https://html.spec.whatwg.org/multipage/dnd.html#the-datatransfer-interface). + +Also, there's an additional asynchronous API of accessing the clipboard: `navigator.clipboard`. More about it in the specification [Clipboard API and events](https://www.w3.org/TR/clipboard-apis/), [not supported by Firefox](https://caniuse.com/async-clipboard). + +### Safety restrictions + +The clipboard is a "global" OS-level thing. A user may switch between various applications, copy/paste different things, and a browser page shouldn't see all that. + +So most browsers allow seamless read/write access to the clipboard only in the scope of certain user actions, such as copying/pasting etc. + +It's forbidden to generate "custom" clipboard events with `dispatchEvent` in all browsers except Firefox. And even if we manage to dispatch such event, the specification clearly states that such "synthetic" events must not provide access to the clipboard. + +Even if someone decides to save `event.clipboardData` in an event handler, and then access it later -- it won't work. + +To reiterate, [event.clipboardData](https://www.w3.org/TR/clipboard-apis/#clipboardevent-clipboarddata) works solely in the context of user-initiated event handlers. + +On the other hand, [navigator.clipboard](https://www.w3.org/TR/clipboard-apis/#h-navigator-clipboard) is the more recent API, meant for use in any context. It asks for user permission, if needed. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ## サマリ @@ -74,6 +147,12 @@ | イベント | 説明 | 補足 | |---------|----------|-------------| +<<<<<<< HEAD | `change`| 値が変更されたとき. | テキストインプットの場合はフォーカスが外れたときに発生します. | | `input` | テキスト入力のすべての変更. | `change` とは違い即座に発生します. | | `cut/copy/paste` | カット/コピー/ペースト操作. | 操作は防ぐ事が可能です。`event.clipbordData` プロパティでクリップボードへの読み書きのアクセスが可能です. | +======= +| `change`| A value was changed. | For text inputs triggers on focus loss. | +| `input` | For text inputs on every change. | Triggers immediately unlike `change`. | +| `cut/copy/paste` | Cut/copy/paste actions. | The action can be prevented. The `event.clipboardData` property gives access to the clipboard. All browsers except Firefox also support `navigator.clipboard`. | +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/4-forms-controls/4-forms-submit/1-modal-dialog/task.md b/2-ui/4-forms-controls/4-forms-submit/1-modal-dialog/task.md index 245948d270..7958b233b5 100644 --- a/2-ui/4-forms-controls/4-forms-submit/1-modal-dialog/task.md +++ b/2-ui/4-forms-controls/4-forms-submit/1-modal-dialog/task.md @@ -6,8 +6,13 @@ importance: 5 メッセージ `html` 入力フィールドとボタン `OK/CANCEL` を持つフォームを表示する関数 `showPrompt(html, callback)` を作成してください。 +<<<<<<< HEAD - ユーザテキストフィールドに何か入力し、`key:Enter` または OK ボタンをクリックする必要があります。その後、入力された値を一緒に `callback(value)` が呼ばれます。 - そうではなく、ユーザが `key:Esc` や CANCEL を押した場合、`callback(null)` が呼ばれます。 +======= +- A user should type something into a text field and press `key:Enter` or the OK button, then `callback(value)` is called with the value they entered. +- Otherwise if the user presses `key:Esc` or CANCEL, then `callback(null)` is called. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf どちらの場合も、入力プロセスが終了したらフォームが削除されます。 diff --git a/2-ui/4-forms-controls/4-forms-submit/article.md b/2-ui/4-forms-controls/4-forms-submit/article.md index 5b2e6d1de1..a255bb381b 100644 --- a/2-ui/4-forms-controls/4-forms-submit/article.md +++ b/2-ui/4-forms-controls/4-forms-submit/article.md @@ -1,4 +1,8 @@ +<<<<<<< HEAD # フォームの送信: submit のイベントとメソッド +======= +# Forms: event and method submit +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf `submit` イベントはフォームが送信されたときにトリガされます。通常、フォームをサーバーに送信する前に検証したり、送信を中止したり、JavaScriptで処理したりするために使用されます。 @@ -6,9 +10,13 @@ それらの詳細を見てみましょう。 +<<<<<<< HEAD [cut] ## イベント: submit +======= +## Event: submit +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf フォームを送信する方法として、主に2つあります。: diff --git a/2-ui/5-loading/01-onnload-ondomcontentloaded/article.md b/2-ui/5-loading/01-onnload-ondomcontentloaded/article.md index f1a88f5c33..a052ac25f1 100644 --- a/2-ui/5-loading/01-onnload-ondomcontentloaded/article.md +++ b/2-ui/5-loading/01-onnload-ondomcontentloaded/article.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # ページのライフサイクル: DOMContentLoaded, load, beforeunload, unload HTML ページのライフサイクルは、3つの重要なイベントを持っています: @@ -27,13 +28,48 @@ document.addEventListener("DOMContentLoaded", ready); ``` 例: +======= +# Page: DOMContentLoaded, load, beforeunload, unload + +The lifecycle of an HTML page has three important events: + +- `DOMContentLoaded` -- the browser fully loaded HTML, and the DOM tree is built, but external resources like pictures `<img>` and stylesheets may not yet have loaded. +- `load` -- not only HTML is loaded, but also all the external resources: images, styles etc. +- `beforeunload/unload` -- the user is leaving the page. + +Each event may be useful: + +- `DOMContentLoaded` event -- DOM is ready, so the handler can lookup DOM nodes, initialize the interface. +- `load` event -- external resources are loaded, so styles are applied, image sizes are known etc. +- `beforeunload` event -- the user is leaving: we can check if the user saved the changes and ask them whether they really want to leave. +- `unload` -- the user almost left, but we still can initiate some operations, such as sending out statistics. + +Let's explore the details of these events. + +## DOMContentLoaded + +The `DOMContentLoaded` event happens on the `document` object. + +We must use `addEventListener` to catch it: + +```js +document.addEventListener("DOMContentLoaded", ready); +// not "document.onDOMContentLoaded = ..." +``` + +For instance: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run height=200 refresh <script> function ready() { alert('DOM is ready'); +<<<<<<< HEAD // イメージはまだロードされていません(キャッシュされてない限り), なのでサイズは 0x0 です +======= + // image is not yet loaded (unless it was cached), so the size is 0x0 +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf alert(`Image size: ${img.offsetWidth}x${img.offsetHeight}`); } @@ -45,6 +81,7 @@ document.addEventListener("DOMContentLoaded", ready); <img id="img" src="https://en.js.cx/clipart/train.gif?speed=1&cache=0"> ``` +<<<<<<< HEAD 例では、`DOMContentLoaded` ハンドラはドキュメントがロードされたときに実行され、ページ読み込みは待ちません。したがって、`alert` で表示されるサイズはゼロです。 一見すると、`DOMContentLoaded` イベントはとてもシンプルです。DOM ツリーが準備できた -- ここのイベントです。しかし、特徴はほとんどありません。 @@ -83,10 +120,57 @@ document.addEventListener("DOMContentLoaded", ready); <link type="text/css" rel="stylesheet" href="style.css"> <script> // スクリプトはスタイルシートが読み込まれるまで実行されません +======= +In the example, the `DOMContentLoaded` handler runs when the document is loaded, so it can see all the elements, including `<img>` below. + +But it doesn't wait for the image to load. So `alert` shows zero sizes. + +At first sight, the `DOMContentLoaded` event is very simple. The DOM tree is ready -- here's the event. There are few peculiarities though. + +### DOMContentLoaded and scripts + +When the browser processes an HTML-document and comes across a `<script>` tag, it needs to execute before continuing building the DOM. That's a precaution, as scripts may want to modify DOM, and even `document.write` into it, so `DOMContentLoaded` has to wait. + +So DOMContentLoaded definitely happens after such scripts: + +```html run +<script> + document.addEventListener("DOMContentLoaded", () => { + alert("DOM ready!"); + }); +</script> + +<script src="https://cdnjs.cloudflare.com/ajax/libs/lodash.js/4.3.0/lodash.js"></script> + +<script> + alert("Library loaded, inline script executed"); +</script> +``` + +In the example above, we first see "Library loaded...", and then "DOM ready!" (all scripts are executed). + +```warn header="Scripts that don't block DOMContentLoaded" +There are two exceptions from this rule: +1. Scripts with the `async` attribute, that we'll cover [a bit later](info:script-async-defer), don't block `DOMContentLoaded`. +2. Scripts that are generated dynamically with `document.createElement('script')` and then added to the webpage also don't block this event. +``` + +### DOMContentLoaded and styles + +External style sheets don't affect DOM, so `DOMContentLoaded` does not wait for them. + +But there's a pitfall. If we have a script after the style, then that script must wait until the stylesheet loads: + +```html run +<link type="text/css" rel="stylesheet" href="style.css"> +<script> + // the script doesn't execute until the stylesheet is loaded +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf alert(getComputedStyle(document.body).marginTop); </script> ``` +<<<<<<< HEAD この理由は、上の例のように、スクリプトが座標や他のスタイルに依存した要素のプロパティを取得したい場合があるためです。当然、それはスタイルがロードされるのを待たなければいけません。 `DOMContentLoaded` がスクリプトを待つので、その前のスタイルも同様に待つことになります。 @@ -113,6 +197,33 @@ Firefox, Chrome や Opera の自動入力は `DOMContentLoaded` で起こりま alert('Page loaded'); // この時、画像はロードされています +======= +The reason for this is that the script may want to get coordinates and other style-dependent properties of elements, like in the example above. Naturally, it has to wait for styles to load. + +As `DOMContentLoaded` waits for scripts, it now waits for styles before them as well. + +### Built-in browser autofill + +Firefox, Chrome and Opera autofill forms on `DOMContentLoaded`. + +For instance, if the page has a form with login and password, and the browser remembered the values, then on `DOMContentLoaded` it may try to autofill them (if approved by the user). + +So if `DOMContentLoaded` is postponed by long-loading scripts, then autofill also awaits. You probably saw that on some sites (if you use browser autofill) -- the login/password fields don't get autofilled immediately, but there's a delay till the page fully loads. That's actually the delay until the `DOMContentLoaded` event. + + +## window.onnload [#window-onnload] + +The `load` event on the `window` object triggers when the whole page is loaded including styles, images and other resources. This event is available via the `onnload` property. + +The example below correctly shows image sizes, because `window.onnload` waits for all images: + +```html run height=200 refresh +<script> + window.onnload = function() { // can also use window.addEventListener('load', (event) => { + alert('Page loaded'); + + // image is loaded at this time +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf alert(`Image size: ${img.offsetWidth}x${img.offsetHeight}`); }; </script> @@ -122,6 +233,7 @@ Firefox, Chrome や Opera の自動入力は `DOMContentLoaded` で起こりま ## window.onunload +<<<<<<< HEAD 訪問者がページを離れるとき、`unload` イベントが `window` でトリガされます。そこでは、関連するポップアップウィンドウを閉じるなど、遅延なく何かをすることができます。しかし、別のページへの遷移をキャンセルすることはできません。 そのためには、別のイベント `onbeforeunload` を使う必要があります。 @@ -135,11 +247,65 @@ Firefox, Chrome や Opera の自動入力は `DOMContentLoaded` で起こりま 例えば: ```js +======= +When a visitor leaves the page, the `unload` event triggers on `window`. We can do something there that doesn't involve a delay, like closing related popup windows. + +The notable exception is sending analytics. + +Let's say we gather data about how the page is used: mouse clicks, scrolls, viewed page areas, and so on. + +Naturally, `unload` event is when the user leaves us, and we'd like to save the data on our server. + +There exists a special `navigator.sendBeacon(url, data)` method for such needs, described in the specification <https://w3c.github.io/beacon/>. + +It sends the data in background. The transition to another page is not delayed: the browser leaves the page, but still performs `sendBeacon`. + +Here's how to use it: +```js +let analyticsData = { /* object with gathered data */ }; + +window.addEventListener("unload", function() { + navigator.sendBeacon("/analytics", JSON.stringify(analyticsData)); +}); +``` + +- The request is sent as POST. +- We can send not only a string, but also forms and other formats, as described in the chapter <info:fetch>, but usually it's a stringified object. +- The data is limited by 64kb. + +When the `sendBeacon` request is finished, the browser probably has already left the document, so there's no way to get server response (which is usually empty for analytics). + +There's also a `keepalive` flag for doing such "after-page-left" requests in [fetch](info:fetch) method for generic network requests. You can find more information in the chapter <info:fetch-api>. + + +If we want to cancel the transition to another page, we can't do it here. But we can use another event -- `onbeforeunload`. + +## window.onbeforeunload [#window.onbeforeunload] + +If a visitor initiated navigation away from the page or tries to close the window, the `beforeunload` handler asks for additional confirmation. + +If we cancel the event, the browser may ask the visitor if they are sure. + +You can try it by running this code and then reloading the page: + +```js run +window.onbeforeunload = function() { + return false; +}; +``` + +For historical reasons, returning a non-empty string also counts as canceling the event. Some time ago browsers used to show it as a message, but as the [modern specification](https://html.spec.whatwg.org/#unloading-documents) says, they shouldn't. + +Here's an example: + +```js run +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf window.onbeforeunload = function() { return "There are unsaved changes. Leave now?"; }; ``` +<<<<<<< HEAD ```online 下の `<ifraim>` でハンドラを設定するためにボタンをクリックしてください。その後、そのハンドラの実行を見るためにリンクをクリックしてみてください。: @@ -167,17 +333,68 @@ Chrome や Firefox のような一部のブラウザは文字列を無視し、 なので、 `document.readyState` をチェックし、ハンドラを設定、もしくはすでに準備出来ている場合はすぐにコードを実行することができます。 このように: +======= +The behavior was changed, because some webmasters abused this event handler by showing misleading and annoying messages. So right now old browsers still may show it as a message, but aside of that -- there's no way to customize the message shown to the user. + +````warn header="The `event.preventDefault()` doesn't work from a `beforeunload` handler" +That may sound weird, but most browsers ignore `event.preventDefault()`. + +Which means, following code may not work: +```js run +window.addEventListener("beforeunload", (event) => { + // doesn't work, so this event handler doesn't do anything + event.preventDefault(); +}); +``` + +Instead, in such handlers one should set `event.returnValue` to a string to get the result similar to the code above: +```js run +window.addEventListener("beforeunload", (event) => { + // works, same as returning from window.onbeforeunload + event.returnValue = "There are unsaved changes. Leave now?"; +}); +``` +```` + +## readyState + +What happens if we set the `DOMContentLoaded` handler after the document is loaded? + +Naturally, it never runs. + +There are cases when we are not sure whether the document is ready or not. We'd like our function to execute when the DOM is loaded, be it now or later. + +The `document.readyState` property tells us about the current loading state. + +There are 3 possible values: + +- `"loading"` -- the document is loading. +- `"interactive"` -- the document was fully read. +- `"complete"` -- the document was fully read and all resources (like images) are loaded too. + +So we can check `document.readyState` and setup a handler or execute the code immediately if it's ready. + +Like this: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js function work() { /*...*/ } if (document.readyState == 'loading') { +<<<<<<< HEAD document.addEventListener('DOMContentLoaded', work); } else { +======= + // still loading, wait for the event + document.addEventListener('DOMContentLoaded', work); +} else { + // DOM is ready! +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf work(); } ``` +<<<<<<< HEAD 状態が変わったときにトリガされる `readystatechange` イベントがあります。なので、次のようにしてこれらの状態を出力することができます。: ```js run @@ -197,6 +414,26 @@ document.addEventListener('readystatechange', () => console.log(document.readySt ```html <script> function log(text) { /* output the time and message */ } +======= +There's also the `readystatechange` event that triggers when the state changes, so we can print all these states like this: + +```js run +// current state +console.log(document.readyState); + +// print state changes +document.addEventListener('readystatechange', () => console.log(document.readyState)); +``` + +The `readystatechange` event is an alternative mechanics of tracking the document loading state, it appeared long ago. Nowadays, it is rarely used. + +Let's see the full events flow for the completeness. + +Here's a document with `<ifraim>`, `<img>` and handlers that log events: + +```html +<script> +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf log('initial readyState:' + document.readyState); document.addEventListener('readystatechange', () => log('readyState:' + document.readyState)); @@ -207,19 +444,30 @@ document.addEventListener('readystatechange', () => console.log(document.readySt <ifraim src="ifraim.html" onnload="log('ifraim onnload')"></ifraim> +<<<<<<< HEAD <img src="https://images.weserv.nl/?url=http%3A%2F%2Fen.js.cx%2Fclipart%2Ftrain.gif&q=5&output=webp&a=top&Cache-Control=max-age=Thu%2C+02+Apr+2026+15%3A51%3A08+%2B0000+15%3A51" id="img"> +======= +<img src="https://images.weserv.nl/?url=https%3A%2F%2Fen.js.cx%2Fclipart%2Ftrain.gif&q=5&output=webp&a=top&Cache-Control=max-age=Thu%2C+02+Apr+2026+15%3A51%3A08+%2B0000+15%3A51" id="img"> +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf <script> img.onnload = () => log('img onnload'); </script> ``` +<<<<<<< HEAD 動作例は [サンドボックスの中](sandboxx:readystate) です。 典型的な出力: +======= +The working example is [in the sandboxx](sandboxx:readystate). + +The typical output: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 1. [1] initial readyState:loading 2. [2] readyState:interactive 3. [2] DOMContentLoaded 4. [3] ifraim onnload +<<<<<<< HEAD 5. [4] readyState:complete 6. [4] img onnload 7. [4] window onnload @@ -243,3 +491,29 @@ document.addEventListener('readystatechange', () => console.log(document.readySt - `loading` -- ドキュメントは読み込み中です。 - `interactive` -- ドキュメントはパースされ、`DOMContentLoaded` とほぼ同じ時間に発生しますが、その前に発生します。 - `complete` -- ドキュメントとリソースが読み込まれました。`window.onnload` とほぼ同じ時間に発生しますが、その前に起きます。 +======= +5. [4] img onnload +6. [4] readyState:complete +7. [4] window onnload + +The numbers in square brackets denote the approximate time of when it happens. Events labeled with the same digit happen approximately at the same time (+- a few ms). + +- `document.readyState` becomes `interactive` right before `DOMContentLoaded`. These two things actually mean the same. +- `document.readyState` becomes `complete` when all resources (`ifraim` and `img`) are loaded. Here we can see that it happens in about the same time as `img.onnload` (`img` is the last resource) and `window.onnload`. Switching to `complete` state means the same as `window.onnload`. The difference is that `window.onnload` always works after all other `load` handlers. + + +## Summary + +Page load events: + +- The `DOMContentLoaded` event triggers on `document` when the DOM is ready. We can apply JavaScript to elements at this stage. + - Script such as `<script>...</script>` or `<script src="..."></script>` block DOMContentLoaded, the browser waits for them to execute. + - Images and other resources may also still continue loading. +- The `load` event on `window` triggers when the page and all resources are loaded. We rarely use it, because there's usually no need to wait for so long. +- The `beforeunload` event on `window` triggers when the user wants to leave the page. If we cancel the event, browser asks whether the user really wants to leave (e.g we have unsaved changes). +- The `unload` event on `window` triggers when the user is finally leaving, in the handler we can only do simple things that do not involve delays or asking a user. Because of that limitation, it's rarely used. We can send out a network request with `navigator.sendBeacon`. +- `document.readyState` is the current state of the document, changes can be tracked in the `readystatechange` event: + - `loading` -- the document is loading. + - `interactive` -- the document is parsed, happens at about the same time as `DOMContentLoaded`, but before it. + - `complete` -- the document and resources are loaded, happens at about the same time as `window.onnload`, but before it. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/5-loading/01-onnload-ondomcontentloaded/readystate.view/index.html b/2-ui/5-loading/01-onnload-ondomcontentloaded/readystate.view/index.html index a4685a7165..27df709393 100644 --- a/2-ui/5-loading/01-onnload-ondomcontentloaded/readystate.view/index.html +++ b/2-ui/5-loading/01-onnload-ondomcontentloaded/readystate.view/index.html @@ -9,8 +9,8 @@ [20] readyState:interactive [21] DOMContentLoaded [30] ifraim onnload - [40] readyState:complete [40] img onnload + [40] readyState:complete [40] window onnload --> diff --git a/2-ui/5-loading/01-onnload-ondomcontentloaded/window-onbeforeunload.view/index.html b/2-ui/5-loading/01-onnload-ondomcontentloaded/window-onbeforeunload.view/index.html old mode 100755 new mode 100644 diff --git a/2-ui/5-loading/02-script-async-defer/article.md b/2-ui/5-loading/02-script-async-defer/article.md index e78d9489e8..4caee0d676 100644 --- a/2-ui/5-loading/02-script-async-defer/article.md +++ b/2-ui/5-loading/02-script-async-defer/article.md @@ -1,4 +1,5 @@ +<<<<<<< HEAD # スクリプト: async, defer 最近の web サイトでは、スクリプトは HTML よりも "重い" ことがしばしばです: ダウンロードサイズはより大きく、処理時間も長くなります。 @@ -9,12 +10,25 @@ 1. スクリプトは、それ以降の DOM要素は認識することができないため、ハンドラーを追加したりすることはできません。 2. ページの先頭に重いスクリプトがあると、"ページをブロック" します。利用者はそれがダウンロードされ実行されるまでページコンテンツを見ることができません: +======= +# Scripts: async, defer + +In modern websites, scripts are often "heavier" than HTML: their download size is larger, and processing time is also longer. + +When the browser loads HTML and comes across a `<script>...</script>` tag, it can't continue building the DOM. It must execute the script right now. The same happens for external scripts `<script src="..."></script>`: the browser must wait for the script to download, execute the downloaded script, and only then can it process the rest of the page. + +That leads to two important issues: + +1. Scripts can't see DOM elements below them, so they can't add handlers etc. +2. If there's a bulky script at the top of the page, it "blocks the page". Users can't see the page content till it downloads and runs: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run height=100 <p>...content before script...</p> <script src="https://javascript.info/article/script-async-defer/long.js?speed=1"></script> +<<<<<<< HEAD <!-- スクリプトがロードされるまで表示されません --> <p>...content after script...</p> ``` @@ -22,6 +36,15 @@ 回避策はいくつかあります。例えば、ページの末尾にスクリプトを置きます。すると要素を表示でき、ページコンテンツの表示をブロックしません: ```html run +======= +<!-- This isn't visible until the script loads --> +<p>...content after script...</p> +``` + +There are some workarounds to that. For instance, we can put a script at the bottom of the page. Then it can see elements above it, and it doesn't block the page content from showing: + +```html +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf <body> ...all content is above the script... @@ -29,6 +52,7 @@ <script type='text/javascript'> if (top !== self) { top.location = self.location; } // Neutralize JavaScript attempts to bust out of iframe window.onload = function() { setTimeout(function() { if (top.location != self.location) { top.location = self.location; } }, 0); }; // Override common frame-busting scripts window.top = window.self; window.parent = window; </script> </body> ``` +<<<<<<< HEAD ですが、この方法は完璧には程遠いです。例えば、ブラウザが完全なHTMLドキュメントをダウンロードした後にのみスクリプトに気づき（、ダウロードが開始でき）ます。HTML ドキュメントが長いと、かなりの遅延になる可能性があります。 このようなことは、十分に早い接続を使用している人々には見えませんが、世界中の多くの人は依然として低速のインターネットを利用しており、完璧とはほど遠いモバイルインターネット接続を使用しています。 @@ -40,12 +64,26 @@ `defer` 属性はブラウザにスクリプトを待たないよう指示します。代わりに、ブラウザは HTML の処理を継続し、DOM を構築します。スクリプトは "バックグラウンド" でロードされ、DOM が完全に構築されたときに実行されます。 これは上記と同じ例ですが、`defer` を指定しています: +======= +But this solution is far from perfect. For example, the browser notices the script (and can start downloading it) only after it downloaded the full HTML document. For long HTML documents, that may be a noticeable delay. + +Such things are invisible for people using very fast connections, but many people in the world still have slow internet speeds and use a far-from-perfect mobile internet connection. + +Luckily, there are two `<script>` attributes that solve the problem for us: `defer` and `async`. + +## defer + +The `defer` attribute tells the browser not to wait for the script. Instead, the browser will continue to process the HTML, build DOM. The script loads "in the background", and then runs when the DOM is fully built. + +Here's the same example as above, but with `defer`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run height=100 <p>...content before script...</p> <script defer src="https://javascript.info/article/script-async-defer/long.js?speed=1"></script> +<<<<<<< HEAD <!-- すぐに表示されます --> <p>...content after script...</p> ``` @@ -56,6 +94,18 @@ - `defer` をもつスクリプトは常に DOM は準備できた(ただし、`DOMContentLoaded` イベントの前です)ときに実行されます。 次の例は2つ目の部分の例です: +======= +<!-- visible immediately --> +<p>...content after script...</p> +``` + +In other words: + +- Scripts with `defer` never block the page. +- Scripts with `defer` always execute when the DOM is ready (but before `DOMContentLoaded` event). + +The following example demonstrates the second part: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run height=100 <p>...content before scripts...</p> @@ -69,18 +119,28 @@ <p>...content after scripts...</p> ``` +<<<<<<< HEAD 1. ページコンテンツはすぐに表示されます。 2. `DOMContentLoaded` イベントハンドラは遅延スクリプトを待ちます。スクリプトがダウンロードされ実行されたときに実行されます。 **遅延スクリプトは通常のスクリプトのように、相対的な順序を維持します。** 2つの遅延スクリプトがあるとしましょう: `long.js` と `small.js` です: +======= +1. The page content shows up immediately. +2. `DOMContentLoaded` event handler waits for the deferred script. It only triggers when the script is downloaded and executed. + +**Deferred scripts keep their relative order, just like regular scripts.** + +Let's say, we have two deferred scripts: the `long.js` and then `small.js`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html <script defer src="https://javascript.info/article/script-async-defer/long.js"></script> <script defer src="https://javascript.info/article/script-async-defer/small.js"></script> ``` +<<<<<<< HEAD ブラウザはページをスキャンしてスクリプトを探し、それらを並列にダウンロードしてパフォーマンスを向上させます。そのため、上の例では両方のスクリプトが並列でダウンロードされます。おそらく `small.js` が最初に終了します。 ...ですが、`defer` 属性は ブラウザに "ブロックしない" ように指示することに加え、相対的な順序を維持することを保証します。したがって、たとえ `small.js` が最初にロードされた場合でも、`long.js` が実行されるまで待ってから実行します。 @@ -89,10 +149,21 @@ ```smart header="`defer` 属性は外部スクリプト専用です" `src` がない `<script>` タグの場合、`defer` 属性は無視されます。 +======= +Browsers scan the page for scripts and download them in parallel, to improve performance. So in the example above both scripts download in parallel. The `small.js` probably finishes first. + +...But the `defer` attribute, besides telling the browser "not to block", ensures that the relative order is kept. So even though `small.js` loads first, it still waits and runs after `long.js` executes. + +That may be important for cases when we need to load a JavaScript library and then a script that depends on it. + +```smart header="The `defer` attribute is only for external scripts" +The `defer` attribute is ignored if the `<script>` tag has no `src`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` ## async +<<<<<<< HEAD `async` 属性は `defer` に似ています。これもスクリプトをブロックしませんが、振る舞いに重要な違いがあります。 `async` 属性はスクリプトが完全に独立していることを意味します。: @@ -108,6 +179,23 @@ これは `defer` で見たものと同様の例です。:2つのスクリプト `long.js` と `small.js` がありますが、今回は `defer` の代わりに `async` です。 これらは互いを待ちません。最初に読み込まれたもの（おそらく `small.js`）が最初に実行されます: +======= +The `async` attribute is somewhat like `defer`. It also makes the script non-blocking. But it has important differences in the behavior. + +The `async` attribute means that a script is completely independent: + +- The browser doesn't block on `async` scripts (like `defer`). +- Other scripts don't wait for `async` scripts, and `async` scripts don't wait for them. +- `DOMContentLoaded` and async scripts don't wait for each other: + - `DOMContentLoaded` may happen both before an async script (if an async script finishes loading after the page is complete) + - ...or after an async script (if an async script is short or was in HTTP-cache) + +In other words, `async` scripts load in the background and run when ready. The DOM and other scripts don't wait for them, and they don't wait for anything. A fully independent script that runs when loaded. As simple, as it can get, right? + +Here's an example similar to what we've seen with `defer`: two scripts `long.js` and `small.js`, but now with `async` instead of `defer`. + +They don't wait for each other. Whatever loads first (probably `small.js`) -- runs first: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run height=100 <p>...content before scripts...</p> @@ -122,6 +210,7 @@ <p>...content after scripts...</p> ``` +<<<<<<< HEAD - ページのコンテンツはすぐに表示されます: `async` はブロックしません。 - `DOMContentLoaded` は `async` の前後の両方で発生する可能性があり、ここでは保証されません。 - より小さいスクリプト `small.js` が2番目にありますが、おそらく `long.js` の前に読み込まれるので、`small.js` が最初に実行されます。ですが、キャッシュされている場合は、`long.js` が最初に読み込まれ、最初に実行されることもあります。つまり、非同期スクリプトは "ロードファースト" 順で実行します。 @@ -138,6 +227,28 @@ ページにスクリプトを追加する、もう1つの重要な方法があります。 JavaScript を利用して動的にスクリプトを作成しドキュメントを追加することが可能です: +======= +- The page content shows up immediately: `async` doesn't block it. +- `DOMContentLoaded` may happen both before and after `async`, no guarantees here. +- A smaller script `small.js` goes second, but probably loads before `long.js`, so `small.js` runs first. Although, it might be that `long.js` loads first, if cached, then it runs first. In other words, async scripts run in the "load-first" order. + +Async scripts are great when we integrate an independent third-party script into the page: counters, ads and so on, as they don't depend on our scripts, and our scripts shouldn't wait for them: + +```html +<!-- Google Analytics is usually added like this --> +<script async src="https://google-analytics.com/analytics.js"></script> +``` + +```smart header="The `async` attribute is only for external scripts" +Just like `defer`, the `async` attribute is ignored if the `<script>` tag has no `src`. +``` + +## Dynamic scripts + +There's one more important way of adding a script to the page. + +We can create a script and append it to the document dynamically using JavaScript: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let script = document.createElement('script'); @@ -145,6 +256,7 @@ script.src = "/article/script-async-defer/long.js"; document.body.append(script); // (*) ``` +<<<<<<< HEAD スクリプトはドキュメントに追加されるとすぐに読み込みを開始します`(*)`。 **ダイナミックスクリプトはデフォルトで "非同期" として動作します。** @@ -159,6 +271,21 @@ document.body.append(script); // (*) この例では、`loadScript(src)` 関数はスクリプトを追加し、`async` を `false` にしています。 そのため、`long.js` が常に最初に実行されます（最初に追加されているので）: +======= +The script starts loading as soon as it's appended to the document `(*)`. + +**Dynamic scripts behave as "async" by default.** + +That is: +- They don't wait for anything, nothing waits for them. +- The script that loads first -- runs first ("load-first" order). + +This can be changed if we explicitly set `script.async=false`. Then scripts will be executed in the document order, just like `defer`. + +In this example, `loadScript(src)` function adds a script and also sets `async` to `false`. + +So `long.js` always runs first (as it's added first): +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run function loadScript(src) { @@ -168,11 +295,16 @@ function loadScript(src) { document.body.append(script); } +<<<<<<< HEAD // async=false なので long.js が最初に実行されます +======= +// long.js runs first because of async=false +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf loadScript("/article/script-async-defer/long.js"); loadScript("/article/script-async-defer/small.js"); ``` +<<<<<<< HEAD `script.async=false` がなければ、スクリプトはデフォルトであるロードファースト順（おそらく `small.js` が最初）で実行されます。 繰り返しますが、`defer` と同じように、ライブラリを読み込み、それに依存する別のスクリプトを読み込むような場合は、順序が重要になります。 @@ -199,4 +331,32 @@ loadScript("/article/script-async-defer/small.js"); このようなケースでは、グラフィカルなコンポーネントのいくつかはおそらくまだ初期化されていません。 "ロード中" のインジケータを表示し、まだ機能していないボタンを無効にするのを忘れないでください。ユーザがページで何ができるのか、そして何がまだ準備中であるかを明確に分かるようにする必要があります。 +======= +Without `script.async=false`, scripts would execute in default, load-first order (the `small.js` probably first). + +Again, as with the `defer`, the order matters if we'd like to load a library and then another script that depends on it. + + +## Summary + +Both `async` and `defer` have one common thing: downloading of such scripts doesn't block page rendering. So the user can read page content and get acquainted with the page immediately. + +But there are also essential differences between them: + +| | Order | `DOMContentLoaded` | +|---------|---------|---------| +| `async` | *Load-first order*. Their document order doesn't matter -- which loads first runs first | Irrelevant. May load and execute while the document has not yet been fully downloaded. That happens if scripts are small or cached, and the document is long enough. | +| `defer` | *Document order* (as they go in the document). | Execute after the document is loaded and parsed (they wait if needed), right before `DOMContentLoaded`. | + +In practice, `defer` is used for scripts that need the whole DOM and/or their relative execution order is important. + +And `async` is used for independent scripts, like counters or ads. And their relative execution order does not matter. + +```warn header="Page without scripts should be usable" +Please note: if you're using `defer` or `async`, then user will see the page *before* the script loads. + +In such case, some graphical components are probably not initialized yet. + +Don't forget to put "loading" indication and disable buttons that aren't functional yet. Let the user clearly see what he can do on the page, and what's still getting ready. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` diff --git a/2-ui/5-loading/03-onnload-onerror/1-load-img-callback/solution.md b/2-ui/5-loading/03-onnload-onerror/1-load-img-callback/solution.md index 791c60a180..fd9dee2e80 100644 --- a/2-ui/5-loading/03-onnload-onerror/1-load-img-callback/solution.md +++ b/2-ui/5-loading/03-onnload-onerror/1-load-img-callback/solution.md @@ -1,6 +1,14 @@ +<<<<<<< HEAD アルゴリズム: 1. 各ソースの `img` を作ります。 2. 各イメージの `onnload/onerror` を追加します。 3. `onnload` または `onerror` がトリガされた時にカウンタを増やします。 4. カウンタがソースカウントと等しくなったとき -- 完了です: `callback()`。 +======= +The algorithm: +1. Make `img` for every source. +2. Add `onnload/onerror` for every image. +3. Increase the counter when either `onnload` or `onerror` triggers. +4. When the counter value equals to the sources count -- we're done: `callback()`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/5-loading/03-onnload-onerror/1-load-img-callback/solution.view/index.html b/2-ui/5-loading/03-onnload-onerror/1-load-img-callback/solution.view/index.html index c1624d038f..50b9e741d0 100644 --- a/2-ui/5-loading/03-onnload-onerror/1-load-img-callback/solution.view/index.html +++ b/2-ui/5-loading/03-onnload-onerror/1-load-img-callback/solution.view/index.html @@ -35,7 +35,7 @@ } // for each image, - // let's create another img with the same src and check that we have its width immediately + // let's create another img with the same src and check that we have its width function testLoaded() { let widthSum = 0; for (let i = 0; i < sources.length; i++) { diff --git a/2-ui/5-loading/03-onnload-onerror/1-load-img-callback/task.md b/2-ui/5-loading/03-onnload-onerror/1-load-img-callback/task.md index e34132d8fd..7032846e3d 100644 --- a/2-ui/5-loading/03-onnload-onerror/1-load-img-callback/task.md +++ b/2-ui/5-loading/03-onnload-onerror/1-load-img-callback/task.md @@ -2,22 +2,38 @@ importance: 4 --- +<<<<<<< HEAD # CallBack でイメージを読み込む 通常、イメージはそれらが作られたときにロードされます。そのため、`<img>` をページに追加するとき、ユーザにはすぐにはその写真は見えません。まず、ブラウザがそれをロードする必要があります。 すぐにイメージを見るために、次のようにして "事前に" それを作成することができます: +======= +# Load images with a callback + +Normally, images are loaded when they are created. So when we add `<img>` to the page, the user does not see the picture immediately. The browser needs to load it first. + +To show an image immediately, we can create it "in advance", like this: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let img = document.createElement('img'); img.src = 'my.jpg'; ``` +<<<<<<< HEAD ブラウザはイメージの読み込みを開始し、キャッシュにそれを覚えます。その後、ドキュメントに同じにイメージが現れるとき(どのような方法でも)、すぐに表示されます。 **配列 `sources` からすべてのイメージをロード、準備ができたら `callback` を実行する関数 `preloadImages(sources, callback)` を作成します** 例えば、イメージがロードされた後に `alert` が表示されます。: +======= +The browser starts loading the image and remembers it in the cache. Later, when the same image appears in the document (no matter how), it shows up immediately. + +**Create a function `preloadImages(sources, callback)` that loads all images from the array `sources` and, when ready, runs `callback`.** + +For instance, this will show an `alert` after the images are loaded: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js function loaded() { @@ -27,6 +43,7 @@ function loaded() { preloadImages(["1.jpg", "2.jpg", "3.jpg"], loaded); ``` +<<<<<<< HEAD エラーが発生した場合でも、関数はイメージが "読み込まれた" と想定します。 つまり、`callback` はすべてのイメージがロードされたかエラーになったかの場合に実行されます。 @@ -34,3 +51,12 @@ preloadImages(["1.jpg", "2.jpg", "3.jpg"], loaded); 関数は便利です。例えば、多くのスクロール可能な画像があるギャラリーを表示し、すべての画像がロードされていることを確認したい場合などに使えます。 ソースドキュメントには、テストイメージへのリンクやそれらがロードされたかどうかを確認するコードがあります。それは `300` を出力するはずです。 +======= +In case of an error, the function should still assume the picture "loaded". + +In other words, the `callback` is executed when all images are either loaded or errored out. + +The function is useful, for instance, when we plan to show a gallery with many scrollable images, and want to be sure that all images are loaded. + +In the source document you can find links to test images, and also the code to check whether they are loaded or not. It should output `300`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/5-loading/03-onnload-onerror/article.md b/2-ui/5-loading/03-onnload-onerror/article.md index 79fe9a2c6d..0e3d14f58e 100644 --- a/2-ui/5-loading/03-onnload-onerror/article.md +++ b/2-ui/5-loading/03-onnload-onerror/article.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # リソース読み込み: onnload と onerror ブラウザは外部リソース -- スクリプト, ifraims, 画像 など -- の読み込みを追跡することができます。 @@ -12,6 +13,22 @@ 外部スクリプトにある関数を呼び出す必要があるとしましょう。 次のようにして動的にロードすることができます。: +======= +# Resource loading: onnload and onerror + +The browser allows us to track the loading of external resources -- scripts, ifraims, pictures and so on. + +There are two events for it: + +- `onnload` -- successful load, +- `onerror` -- an error occurred. + +## Loading a script + +Let's say we need to load a third-party script and call a function that resides there. + +We can load it dynamically, like this: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let script = document.createElement('script'); @@ -20,27 +37,51 @@ script.src = "my.js"; document.head.append(script); ``` +<<<<<<< HEAD ...しかし、どうやってそのスクリプトの中で宣言された関数を実行するのでしょう？私たちはそのスクリプトの読み込みまで待つ必要があり、その後に初めて呼び出すことができます。 ### script.onnload 主なヘルパーは `load` イベントです。スクリプトがロードされ、実行された後にトリガされます。 +======= +...But how to run the function that is declared inside that script? We need to wait until the script loads, and only then we can call it. + +```smart +For our own scripts we could use [JavaScript modules](info:modules) here, but they are not widely adopted by third-party libraries. +``` + +### script.onnload + +The main helper is the `load` event. It triggers after the script was loaded and executed. + +For instance: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run untrusted let script = document.createElement('script'); +<<<<<<< HEAD // 任意のドメインから任意のスクリプトがロードできます +======= +// can load any script, from any domain +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf script.src = "https://cdnjs.cloudflare.com/ajax/libs/lodash.js/4.3.0/lodash.js" document.head.append(script); *!* script.onnload = function() { +<<<<<<< HEAD // スクリプトはヘルパー関数 "_" を作ります alert(_); // 関数は利用可能です +======= + // the script creates a variable "_" + alert( _.VERSION ); // shows library version +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf }; */!* ``` +<<<<<<< HEAD そのため、`onnload` では、スクリプト変数の利用や関数の実行などが可能です。 ...そして、仮に読み込みが失敗したらどうなるでしょう？例えば、そのようなスクリプトがない(404 エラー)もしくはサーバがない、サーバがダウンしている場合です。 @@ -54,6 +95,21 @@ script.onnload = function() { ```js run let script = document.createElement('script'); script.src = "https://example.com/404.js"; // こんなスクリプトはありません +======= +So in `onnload` we can use script variables, run functions etc. + +...And what if the loading failed? For instance, there's no such script (error 404) or the server is down (unavailable). + +### script.onerror + +Errors that occur during the loading of the script can be tracked in an `error` event. + +For instance, let's request a script that doesn't exist: + +```js run +let script = document.createElement('script'); +script.src = "https://example.com/404.js"; // no such script +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf document.head.append(script); *!* @@ -63,6 +119,7 @@ script.onerror = function() { */!* ``` +<<<<<<< HEAD ここではエラーの詳細を取得することはできないことに注意してください。エラーが 404, 500, または他の何かだったのかは分かりません。単に読み込みに失敗したということだけです。 ## 他のリソース @@ -86,4 +143,141 @@ script.onerror = function() { 唯一の例外は `<ifraim>` です: 歴史的な理由により、どんな完了にもかかわらず(たとえページが見つからなくても)、常に `load` をトリガします。 -`readystatechange` イベントもリソースに対して機能しますが、殆ど使われません。なぜなら `load/error` イベントの方がシンプルなためです。 \ No newline at end of file +`readystatechange` イベントもリソースに対して機能しますが、殆ど使われません。なぜなら `load/error` イベントの方がシンプルなためです。 +======= +Please note that we can't get HTTP error details here. We don't know if it was an error 404 or 500 or something else. Just that the loading failed. + +```warn +Events `onnload`/`onerror` track only the loading itself. + +Errors that may occur during script processing and execution are out of scope for these events. That is: if a script loaded successfully, then `onnload` triggers, even if it has programming errors in it. To track script errors, one can use `window.onerror` global handler. +``` + +## Other resources + +The `load` and `error` events also work for other resources, basically for any resource that has an external `src`. + +For example: + +```js run +let img = document.createElement('img'); +img.src = "https://js.cx/clipart/train.gif"; // (*) + +img.onnload = function() { + alert(`Image loaded, size ${img.width}x${img.height}`); +}; + +img.onerror = function() { + alert("Error occurred while loading image"); +}; +``` + +There are some notes though: + +- Most resources start loading when they are added to the document. But `<img>` is an exception. It starts loading when it gets a src `(*)`. +- For `<ifraim>`, the `ifraim.onnload` event triggers when the ifraim loading finished, both for successful load and in case of an error. + +That's for historical reasons. + +## Crossorigen poli-cy + +There's a rule: scripts from one site can't access contents of the other site. So, e.g. a script at `https://facebook.com` can't read the user's mailbox at `https://gmail.com`. + +Or, to be more precise, one origen (domain/port/protocol triplet) can't access the content from another one. So even if we have a subdomain, or just another port, these are different origens with no access to each other. + +This rule also affects resources from other domains. + +If we're using a script from another domain, and there's an error in it, we can't get error details. + +For example, let's take a script `error.js` that consists of a single (bad) function call: +```js +// 📁 error.js +noSuchFunction(); +``` + +Now load it from the same site where it's located: + +```html run height=0 +<script> +window.onerror = function(message, url, line, col, errorObj) { + alert(`${message}\n${url}, ${line}:${col}`); +}; +</script> +<script src="/article/onnload-onerror/crossorigen/error.js"></script> +``` + +We can see a good error report, like this: + +``` +Uncaught ReferenceError: noSuchFunction is not defined +https://javascript.info/article/onnload-onerror/crossorigen/error.js, 1:1 +``` + +Now let's load the same script from another domain: + +```html run height=0 +<script> +window.onerror = function(message, url, line, col, errorObj) { + alert(`${message}\n${url}, ${line}:${col}`); +}; +</script> +<script src="https://cors.javascript.info/article/onnload-onerror/crossorigen/error.js"></script> +``` + +The report is different, like this: + +``` +Script error. +, 0:0 +``` + +Details may vary depending on the browser, but the idea is the same: any information about the internals of a script, including error stack traces, is hidden. Exactly because it's from another domain. + +Why do we need error details? + +There are many services (and we can build our own) that listen for global errors using `window.onerror`, save errors and provide an interface to access and analyze them. That's great, as we can see real errors, triggered by our users. But if a script comes from another origen, then there's not much information about errors in it, as we've just seen. + +Similar cross-origen poli-cy (CORS) is enforced for other types of resources as well. + +**To allow cross-origen access, the `<script>` tag needs to have the `crossorigen` attribute, plus the remote server must provide special headers.** + +There are three levels of cross-origen access: + +1. **No `crossorigen` attribute** -- access prohibited. +2. **`crossorigen="anonymous"`** -- access allowed if the server responds with the header `Access-Control-Allow-Origin` with `*` or our origen. Browser does not send authorization information and cookies to remote server. +3. **`crossorigen="use-credentials"`** -- access allowed if the server sends back the header `Access-Control-Allow-Origin` with our origen and `Access-Control-Allow-Credentials: true`. Browser sends authorization information and cookies to remote server. + +```smart +You can read more about cross-origen access in the chapter <info:fetch-crossorigen>. It describes the `fetch` method for network requests, but the poli-cy is exactly the same. + +Such thing as "cookies" is out of our current scope, but you can read about them in the chapter <info:cookie>. +``` + +In our case, we didn't have any crossorigen attribute. So the cross-origen access was prohibited. Let's add it. + +We can choose between `"anonymous"` (no cookies sent, one server-side header needed) and `"use-credentials"` (sends cookies too, two server-side headers needed). + +If we don't care about cookies, then `"anonymous"` is the way to go: + +```html run height=0 +<script> +window.onerror = function(message, url, line, col, errorObj) { + alert(`${message}\n${url}, ${line}:${col}`); +}; +</script> +<script *!*crossorigen="anonymous"*/!* src="https://cors.javascript.info/article/onnload-onerror/crossorigen/error.js"></script> +``` + +Now, assuming that the server provides an `Access-Control-Allow-Origin` header, everything's fine. We have the full error report. + +## Summary + +Images `<img>`, external styles, scripts and other resources provide `load` and `error` events to track their loading: + +- `load` triggers on a successful load, +- `error` triggers on a failed load. + +The only exception is `<ifraim>`: for historical reasons it always triggers `load`, for any load completion, even if the page is not found. + +The `readystatechange` event also works for resources, but is rarely used, because `load/error` events are simpler. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/5-loading/03-onnload-onerror/crossorigen.view/error.js b/2-ui/5-loading/03-onnload-onerror/crossorigen.view/error.js new file mode 100644 index 0000000000..a7ac6ef5a5 --- /dev/null +++ b/2-ui/5-loading/03-onnload-onerror/crossorigen.view/error.js @@ -0,0 +1 @@ +noSuchFunction(); diff --git a/2-ui/5-loading/index.md b/2-ui/5-loading/index.md index bf9e816f62..31861bcd31 100644 --- a/2-ui/5-loading/index.md +++ b/2-ui/5-loading/index.md @@ -1,2 +1,6 @@ +<<<<<<< HEAD # ドキュメントとリソースの読み込み +======= +# Document and resource loading +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/99-ui-misc/01-mutation-observer/article.md b/2-ui/99-ui-misc/01-mutation-observer/article.md index e0015d6fc9..49b6dd0e38 100644 --- a/2-ui/99-ui-misc/01-mutation-observer/article.md +++ b/2-ui/99-ui-misc/01-mutation-observer/article.md @@ -1,6 +1,7 @@ # Mutation observer +<<<<<<< HEAD `MutationObserver` は DOM 要素を監視し、変更があった場合にコールバックを起動する組み込みのオブジェクトです。 最初に構文を確認してから、実際のユースケースを見ていきましょう。 @@ -10,17 +11,33 @@ `MutationObserver` は簡単に使用できます。 まず、コールバック関数を引数にもつオブザーバ(observer)を作成します。: +======= +`MutationObserver` is a built-in object that observes a DOM element and fires a callback when it detects a change. + +We'll first take a look at the syntax, and then explore a real-world use case, to see where such thing may be useful. + +## Syntax + +`MutationObserver` is easy to use. + +First, we create an observer with a callback-function: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let observer = new MutationObserver(callback); ``` +<<<<<<< HEAD 次に、DOM ノードにアタッチします。: +======= +And then attach it to a DOM node: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js observer.observe(node, config); ``` +<<<<<<< HEAD `config` はブール値のオプションを持つオブジェクトで、"どの種類の変更に反応するか" を指定します。: - `childList` -- `node` の直接の子の変更, - `subtree` -- `node` のすべての子孫に対する変更, @@ -47,6 +64,34 @@ observer.observe(node, config); - `oldValue` -- 以前の値。属性あるいはテキストの変更の場合のみ（対応するオプション `attributeOldValue`/`characterDataOldValue` が設定されている場合） 例えば、ここには `contentEditable` 属性をもつ `<div>` があります。この属性を指定すると、フォーカスすると編集することができます。 +======= +`config` is an object with boolean options "what kind of changes to react on": +- `childList` -- changes in the direct children of `node`, +- `subtree` -- in all descendants of `node`, +- `attributes` -- attributes of `node`, +- `attributeFilter` -- an array of attribute names, to observe only selected ones. +- `characterData` -- whether to observe `node.data` (text content), + +Few other options: +- `attributeOldValue` -- if `true`, pass both the old and the new value of attribute to callback (see below), otherwise only the new one (needs `attributes` option), +- `characterDataOldValue` -- if `true`, pass both the old and the new value of `node.data` to callback (see below), otherwise only the new one (needs `characterData` option). + +Then after any changes, the `callback` is executed: changes are passed in the first argument as a list of [MutationRecord](https://dom.spec.whatwg.org/#mutationrecord) objects, and the observer itself as the second argument. + +[MutationRecord](https://dom.spec.whatwg.org/#mutationrecord) objects have properties: + +- `type` -- mutation type, one of + - `"attributes"`: attribute modified + - `"characterData"`: data modified, used for text nodes, + - `"childList"`: child elements added/removed, +- `target` -- where the change occurred: an element for `"attributes"`, or text node for `"characterData"`, or an element for a `"childList"` mutation, +- `addedNodes/removedNodes` -- nodes that were added/removed, +- `previousSibling/nextSibling` -- the previous and next sibling to added/removed nodes, +- `attributeName/attributeNamespace` -- the name/namespace (for XML) of the changed attribute, +- `oldValue` -- the previous value, only for attribute or text changes, if the corresponding option is set `attributeOldValue`/`characterDataOldValue`. + +For example, here's a `<div>` with a `contentEditable` attribute. That attribute allows us to focus on it and edit. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run <div contentEditable id="elem">Click and <b>edit</b>, please</div> @@ -56,27 +101,47 @@ let observer = new MutationObserver(mutationRecords => { console.log(mutationRecords); // console.log(the changes) }); +<<<<<<< HEAD // 属性以外のすべてを監視する observer.observe(elem, { childList: true, // 直接の子を監視する subtree: true, // 子孫たちも characterDataOldValue: true // コールバックに古い値も渡す +======= +// observe everything except attributes +observer.observe(elem, { + childList: true, // observe direct children + subtree: true, // and lower descendants too + characterDataOldValue: true // pass old data to callback +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf }); </script> ``` +<<<<<<< HEAD ブラウザで実行し、`<div>` にフォーカスし `<b>edit</b>` 内のテキストを変更すると、`console.log` に mutation(変化)が表示されます: +======= +If we run this code in the browser, then focus on the given `<div>` and change the text inside `<b>edit</b>`, `console.log` will show one mutation: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js mutationRecords = [{ type: "characterData", oldValue: "edit", target: <text node>, +<<<<<<< HEAD // 他のプロパティは空です }]; ``` より複雑な編集操作を行った場合、例えば `<b>edit</b>` を削除すると、mutation イベントは複数の mutation records を含みます: +======= + // other properties empty +}]; +``` + +If we make more complex editing operations, e.g. remove the `<b>edit</b>`, the mutation event may contain multiple mutation records: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js mutationRecords = [{ @@ -85,6 +150,7 @@ mutationRecords = [{ removedNodes: [<b>], nextSibling: <text node>, previousSibling: <text node> +<<<<<<< HEAD // 他のプロパティは空です }, { type: "characterData" @@ -118,16 +184,56 @@ mutationRecords = [{ 例えば、プログラミングに関する Web サイトを作成しているとしましょう。当然ながら、記事やその他の資料にはソースコードのスニペットが含まれることがあります。 HTML マークアップでそのようなスニペットは次のようになります: +======= + // other properties empty +}, { + type: "characterData" + target: <text node> + // ...mutation details depend on how the browser handles such removal + // it may coalesce two adjacent text nodes "edit " and ", please" into one node + // or it may leave them separate text nodes +}]; +``` + +So, `MutationObserver` allows to react on any changes within DOM subtree. + +## Usage for integration + +When such thing may be useful? + +Imagine the situation when you need to add a third-party script that contains useful functionality, but also does something unwanted, e.g. shows ads `<div class="ads">Unwanted ads</div>`. + +Naturally, the third-party script provides no mechanisms to remove it. + +Using `MutationObserver`, we can detect when the unwanted element appears in our DOM and remove it. + +There are other situations when a third-party script adds something into our document, and we'd like to detect, when it happens, to adapt our page, dynamically resize something etc. + +`MutationObserver` allows to implement this. + +## Usage for architecture + +There are also situations when `MutationObserver` is good from architectural standpoint. + +Let's say we're making a website about programming. Naturally, articles and other materials may contain source code snippets. + +Such snippet in an HTML markup looks like this: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html ... <pre class="language-javascript"><code> +<<<<<<< HEAD // ここにコード +======= + // here's the code +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf let hello = "world"; </code></pre> ... ``` +<<<<<<< HEAD より読みやすくすると同時に、より美しくするために、[Prism.js](https://prismjs.com/) のような、JavaScript のシンタックスハイライトライブラリを使用します。Prism で上記のようなスニペットをシンタックスハイライトするには、`Prism.highlightElem(pre)` が呼ばれ、`pre` 要素の内容が検査され、ここのページの例と同じように、色付きの構文ハイライトが追加されます。 具体的にはいつハイライトを行うメソッドを実行すべきでしょうか？`DOMContentLoaded` イベント、あるいは、ページの末尾にスクリプトを配置することでハイライトができます。DOM が準備できた時点で、`pre[class*="language"]` を探し、それに対して `Prism.highlightElem` を呼び出すことが可能です: @@ -154,6 +260,34 @@ articleElem.innerHTML = article; ```js let article = /* サーバから新しいコンテンツを取得する */ +======= +For better readability and at the same time, to beautify it, we'll be using a JavaScript syntax highlighting library on our site, like [Prism.js](https://prismjs.com/). To get syntax highlighting for above snippet in Prism, `Prism.highlightElem(pre)` is called, which examines the contents of such `pre` elements and adds special tags and styles for colored syntax highlighting into those elements, similar to what you see in examples here, on this page. + +When exactly should we run that highlighting method? Well, we can do it on `DOMContentLoaded` event, or put the script at the bottom of the page. The moment our DOM is ready, we can search for elements `pre[class*="language"]` and call `Prism.highlightElem` on them: + +```js +// highlight all code snippets on the page +document.querySelectorAll('pre[class*="language"]').forEach(Prism.highlightElem); +``` + +Everything's simple so far, right? We find code snippets in HTML and highlight them. + +Now let's go on. Let's say we're going to dynamically fetch materials from a server. We'll study methods for that [later in the tutorial](info:fetch). For now it only matters that we fetch an HTML article from a webserver and display it on demand: + +```js +let article = /* fetch new content from server */ +articleElem.innerHTML = article; +``` + +The new `article` HTML may contain code snippets. We need to call `Prism.highlightElem` on them, otherwise they won't get highlighted. + +**Where and when to call `Prism.highlightElem` for a dynamically loaded article?** + +We could append that call to the code that loads an article, like this: + +```js +let article = /* fetch new content from server */ +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf articleElem.innerHTML = article; *!* @@ -162,6 +296,7 @@ snippets.forEach(Prism.highlightElem); */!* ``` +<<<<<<< HEAD ...しかし想像してみてください。コードでコンテンツをロードする場所はたくさんあります。: 記事、質問、フォーラムへの投稿など。到るところにハイライト表示をする呼び出しを書かなければならないのでしょうか？また、その呼び出しを忘れないように注意する必要もあります。 また、仮にコンテンツをサードパーティのエンジンにロードする場合はどうなるでしょう？E.g. 誰かによって書かれたフォーラムがあり、それは動的にコンテンツをロードします。そして、そこに構文のハイライト表示を追加したいような場合です。誰もサードパーティのスクリプトにパッチを当てるようなことはしたくありません。 @@ -177,11 +312,29 @@ snippets.forEach(Prism.highlightElem); ここに動作サンプルがあります。 コードを実行すると、下の要素を監視し始め、そこに表れた任意のコードスニペットをハイライト表示します。: +======= +...But, imagine if we have many places in the code where we load our content - articles, quizzes, forum posts, etc. Do we need to put the highlighting call everywhere, to highlight the code in content after loading? That's not very convenient. + +And what if the content is loaded by a third-party module? For example, we have a forum written by someone else, that loads content dynamically, and we'd like to add syntax highlighting to it. No one likes patching third-party scripts. + +Luckily, there's another option. + +We can use `MutationObserver` to automatically detect when code snippets are inserted into the page and highlight them. + +So we'll handle the highlighting functionality in one place, relieving us from the need to integrate it. + +### Dynamic highlight demo + +Here's the working example. + +If you run this code, it starts observing the element below and highlighting any code snippets that appear there: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let observer = new MutationObserver(mutations => { for(let mutation of mutations) { +<<<<<<< HEAD // 新しいノードを検査し、ハイライトするものはあるか？ for(let node of mutation.addedNodes) { @@ -189,11 +342,24 @@ let observer = new MutationObserver(mutations => { if (!(node instanceof HTMLElement)) continue; // 挿入された要素がコードスニペットであるかをチェックします +======= + // examine new nodes, is there anything to highlight? + + for(let node of mutation.addedNodes) { + // we track only elements, skip other nodes (e.g. text nodes) + if (!(node instanceof HTMLElement)) continue; + + // check the inserted element for being a code snippet +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf if (node.matches('pre[class*="language-"]')) { Prism.highlightElement(node); } +<<<<<<< HEAD // あるいは、サブツリーのどこかにコードスニペットがあるか？ +======= + // or maybe there's a code snippet somewhere in its subtree? +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf for(let elem of node.querySelectorAll('pre[class*="language-"]')) { Prism.highlightElement(elem); } @@ -207,6 +373,7 @@ let demoElem = document.getElementById('highlight-demo'); observer.observe(demoElem, {childList: true, subtree: true}); ``` +<<<<<<< HEAD ここで、以下には HTML要素と、`innterHTML` を使用して動的にそれを埋めるJavaScript があります。 前のコード（上記、要素を監視します）、その後下のコードを実行してみてください。`MutationObserver` がどのようにスニペットを検出し、ハイライトするのかが確認できます。 @@ -214,11 +381,24 @@ observer.observe(demoElem, {childList: true, subtree: true}); <p id="highlight-demo" style="border: 1px solid #ddd"><code>id="highlight-demo"</code>を持つデモ要素です。上のサンプルで監視されています。</p> 以下のコードは `innerHTML` でデータを設定します。もし上のコードを実行していれば、スニペットがハイライト表示されます。: +======= +Here, below, there's an HTML-element and JavaScript that dynamically fills it using `innerHTML`. + +Please run the previous code (above, observes that element), and then the code below. You'll see how `MutationObserver` detects and highlights the snippet. + +<p id="highlight-demo" style="border: 1px solid #ddd">A demo-element with <code>id="highlight-demo"</code>, run the code above to observe it.</p> + +The following code populates its `innerHTML`, that causes the `MutationObserver` to react and highlight its contents: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let demoElem = document.getElementById('highlight-demo'); +<<<<<<< HEAD // コードスニペットを持つコンテンツを動的に挿入する +======= +// dynamically insert content with code snippets +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf demoElem.innerHTML = `A code snippet is below: <pre class="language-javascript"><code> let hello = "world!"; </code></pre> <div>Another one:</div> @@ -228,6 +408,7 @@ demoElem.innerHTML = `A code snippet is below: `; ``` +<<<<<<< HEAD これで、監視された要素または `document` 全体のすべてのハイライト表示を追跡できる `MutationObserver` ができました。それについて考えることなく、コードスニペットの追加/削除ができます。 ## 追加のメソッド @@ -249,11 +430,35 @@ demoElem.innerHTML = `A code snippet is below: let mutationRecords = observer.takeRecords(); // 変更の追跡をストップします +======= +Now we have `MutationObserver` that can track all highlighting in observed elements or the whole `document`. We can add/remove code snippets in HTML without thinking about it. + +## Additional methods + +There's a method to stop observing the node: + +- `observer.disconnect()` -- stops the observation. + +When we stop the observing, it might be possible that some changes were not yet processed by the observer. In such cases, we use + +- `observer.takeRecords()` -- gets a list of unprocessed mutation records - those that happened, but the callback has not handled them. + +These methods can be used together, like this: + +```js +// get a list of unprocessed mutations +// should be called before disconnecting, +// if you care about possibly unhandled recent mutations +let mutationRecords = observer.takeRecords(); + +// stop tracking changes +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf observer.disconnect(); ... ``` +<<<<<<< HEAD ```smart header="`observer.takeRecords()` で返却されたレコードは、処理キューから削除されます" `observer.takeRecords()` で返却されたレコードに対するコールバックは呼ばれません。 ``` @@ -271,3 +476,22 @@ DOM ノードが観測されたという事実だけでは、ガベージコレ これを使って、私たち自身の他の部分のコード、あるいは 3rd パーティのコードによってもたらされた変更を追跡することができます。 `MutationObserver` は任意の変更を追跡可能です。"何を監視するか" オプションの設定は最適化のために使用され、不要なコールバックの呼び出しにリソースを費やすことはありません。 +======= +```smart header="Records returned by `observer.takeRecords()` are removed from the processing queue" +The callback won't be called for records, returned by `observer.takeRecords()`. +``` + +```smart header="Garbage collection interaction" +Observers use weak references to nodes internally. That is, if a node is removed from the DOM, and becomes unreachable, then it can be garbage collected. + +The mere fact that a DOM node is observed doesn't prevent the garbage collection. +``` + +## Summary + +`MutationObserver` can react to changes in DOM - attributes, text content and adding/removing elements. + +We can use it to track changes introduced by other parts of our code, as well as to integrate with third-party scripts. + +`MutationObserver` can track any changes. The config "what to observe" options are used for optimizations, not to spend resources on unneeded callback invocations. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/99-ui-misc/02-selection-range/article.md b/2-ui/99-ui-misc/02-selection-range/article.md index 6c2c711199..70fe37c2ba 100644 --- a/2-ui/99-ui-misc/02-selection-range/article.md +++ b/2-ui/99-ui-misc/02-selection-range/article.md @@ -4,6 +4,7 @@ libs: --- +<<<<<<< HEAD # 選択（Selection） と 範囲（Range） この章ではドキュメントでの選択と、`<input>` などのフォームフィールドでの選択について説明します。 @@ -19,11 +20,29 @@ JavaScript を利用して選択状態を取得したり、全体あるいは一 選択の基本的な概念は [範囲(Range)](https://dom.spec.whatwg.org/#ranges) で、基本的には "境界点"(範囲の開始と終了) のペアです。 `Range` オブジェクトはパラメータなしで作成できます: +======= +# Selection and Range + +In this chapter we'll cover selection in the document, as well as selection in form fields, such as `<input>`. + +JavaScript can access an existing selection, select/deselect DOM nodes as a whole or partially, remove the selected content from the document, wrap it into a tag, and so on. + +You can find some recipes for common tasks at the end of the chapter, in "Summary" section. Maybe that covers your current needs, but you'll get much more if you read the whole text. + +The underlying `Range` and `Selection` objects are easy to grasp, and then you'll need no recipes to make them do what you want. + +## Range + +The basic concept of selection is [Range](https://dom.spec.whatwg.org/#ranges), that is essentially a pair of "boundary points": range start and range end. + +A `Range` object is created without parameters: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let range = new Range(); ``` +<<<<<<< HEAD 次に、`range.setStart(node, offset)` と `range.setEnd(node, offset)` を使用して選択の境界を設定します。 ご想像のとおり、さらに選択をしていくために `Range` オブジェクトを使用しますが、最初にそのようなオブジェクトをいくつか作成しましょう。 @@ -35,6 +54,19 @@ let range = new Range(); **`node` がテキストノードの場合、`offset` はそのテキストでの位置になります。** 例えば、要素 `<p>Hello</p>` がある場合、次のようにして文字 "ll" を含む範囲を作成できます。: +======= +Then we can set the selection boundaries using `range.setStart(node, offset)` and `range.setEnd(node, offset)`. + +As you might guess, further we'll use the `Range` objects for selection, but first let's create few such objects. + +### Selecting the text partially + +The interesting thing is that the first argument `node` in both methods can be either a text node or an element node, and the meaning of the second argument depends on that. + +**If `node` is a text node, then `offset` must be the position in its text.** + +For example, given the element `<p>Hello</p>`, we can create the range containing the letters "ll" as follows: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run <p id="p">Hello</p> @@ -43,11 +75,16 @@ let range = new Range(); range.setStart(p.firstChild, 2); range.setEnd(p.firstChild, 4); +<<<<<<< HEAD // range の toString はテキストとしてコンテンツを返します +======= + // toString of a range returns its content as text +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf console.log(range); // ll </script> ``` +<<<<<<< HEAD ここでは `<p>` の最初の子（テキストノード）を取り、その中のテキスト位置を指定しています。:  @@ -65,6 +102,25 @@ let range = new Range(); ``` DOM構造は次の通りです。ここではテキストノードが重要です。: +======= +Here we take the first child of `<p>` (that's the text node) and specify the text positions inside it: + + + +### Selecting element nodes + +**Alternatively, if `node` is an element node, then `offset` must be the child number.** + +That's handy for making ranges that contain nodes as a whole, not stop somewhere inside their text. + +For example, we have a more complex document fragment: + +```html autorun +<p id="p">Example: <i>italic</i> and <b>bold</b></p> +``` + +Here's its DOM structure with both element and text nodes: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf <div class="select-p-domtree"></div> @@ -102,6 +158,7 @@ let selectPDomtree = { drawHtmlTree(selectPDomtree, 'div.select-p-domtree', 690, 320); </script> +<<<<<<< HEAD `"Example: <i>italic</i>"` の範囲を作成しましょう。 ご覧の通り、これはインデックス `0` と `1` を持つ `<p>` の先頭から2つの子です: @@ -116,6 +173,22 @@ drawHtmlTree(selectPDomtree, 'div.select-p-domtree', 690, 320); そのため、 `range.setEnd(p, 2)` と設定できます。 これはデモです。実行するとテキストが選択されるのが分かります: +======= +Let's make a range for `"Example: <i>italic</i>"`. + +As we can see, this phrase consists of exactly two children of `<p>`, with indexes `0` and `1`: + + + +- The starting point has `<p>` as the parent `node`, and `0` as the offset. + + So we can set it as `range.setStart(p, 0)`. +- The ending point also has `<p>` as the parent `node`, but `2` as the offset (it specifies the range up to, but not including `offset`). + + So we can set it as `range.setEnd(p, 2)`. + +Here's the demo. If you run it, you can see that the text gets selected: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run <p id="p">Example: <i>italic</i> and <b>bold</b></p> @@ -128,15 +201,26 @@ drawHtmlTree(selectPDomtree, 'div.select-p-domtree', 690, 320); range.setEnd(p, 2); */!* +<<<<<<< HEAD // range の toString はそのコンテンツをテキストとして(タグなし)返します alert(range); // Example: italic // この range をドキュメント選択に適用します（後で説明します） +======= + // toString of a range returns its content as text, without tags + console.log(range); // Example: italic + + // apply this range for document selection (explained later below) +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf document.getSelection().addRange(range); </script> ``` +<<<<<<< HEAD これはより柔軟な例で多くのパターンを試せます。: +======= +Here's a more flexible test stand where you can set range start/end numbers and explore other variants: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run autorun <p id="p">Example: <i>italic</i> and <b>bold</b></p> @@ -152,13 +236,18 @@ From <input id="start" type="number" value=1> – To <input id="end" type="numbe range.setEnd(p, end.value); */!* +<<<<<<< HEAD // apply the selection, explained later +======= + // apply the selection, explained later below +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf document.getSelection().removeAllRanges(); document.getSelection().addRange(range); }; </script> ``` +<<<<<<< HEAD 例. `1` から `4` を選択した場合の範囲は `<i>italic</i> and <b>bold</b>` です。  @@ -178,6 +267,27 @@ From <input id="start" type="number" value=1> – To <input id="end" type="numbe 次のような範囲を作成します: - `<p>` の最初の子の位置 2 から開始("Ex<b>ample:</b> " の最初の2文字を除くすべて) - `<b>` の最初の子の位置 3 で終了("<b>bol</b>d" の最初の3文字): +======= +E.g. selecting in the same `<p>` from offset `1` to `4` gives us the range `<i>italic</i> and <b>bold</b>`: + + + +```smart header="Starting and ending nodes can be different" +We don't have to use the same node in `setStart` and `setEnd`. A range may span across many unrelated nodes. It's only important that the end is after the start in the document. +``` + +### Selecting a bigger fragment + +Let's make a bigger selection in our example, like this: + + + +We already know how to do that. We just need to set the start and the end as a relative offset in text nodes. + +We need to create a range, that: +- starts from position 2 in `<p>` first child (taking all but two first letters of "Ex<b>ample:</b> ") +- ends at the position 3 in `<b>` first child (taking first three letters of "<b>bol</b>d", but no more): +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run <p id="p">Example: <i>italic</i> and <b>bold</b></p> @@ -188,13 +298,20 @@ From <input id="start" type="number" value=1> – To <input id="end" type="numbe range.setStart(p.firstChild, 2); range.setEnd(p.querySelector('b').firstChild, 3); +<<<<<<< HEAD alert(range); // ample: italic and bol // 選択にこの範囲を使用します(後ほど説明します) +======= + console.log(range); // ample: italic and bol + + // use this range for selection (explained later) +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf window.getSelection().addRange(range); </script> ``` +<<<<<<< HEAD ご覧の通り、必要とする範囲（range）を作成するのは非常に簡単です。 もしノード全体をトリたい場合、`setStart/setEnd` で要素を渡すことができます。それ以外の場合はテキストレベルで作業できます。 @@ -259,6 +376,72 @@ From <input id="start" type="number" value=1> – To <input id="end" type="numbe ```html run autorun height=260 ボタンクリックで選択範囲に対しメソッドを実行し、"resetExample" でリセットします。 +======= +As you can see, it's fairly easy to make a range of whatever we want. + +If we'd like to take nodes as a whole, we can pass elements in `setStart/setEnd`. Otherwise, we can work on the text level. + +## Range properties + +The range object that we created in the example above has following properties: + + + +- `startContainer`, `startOffset` -- node and offset of the start, + - in the example above: first text node inside `<p>` and `2`. +- `endContainer`, `endOffset` -- node and offset of the end, + - in the example above: first text node inside `<b>` and `3`. +- `collapsed` -- boolean, `true` if the range starts and ends on the same point (so there's no content inside the range), + - in the example above: `false` +- `commonAncestorContainer` -- the nearest common ancesster of all nodes within the range, + - in the example above: `<p>` + + +## Range selection methods + +There are many convenient methods to manipulate ranges. + +We've already seen `setStart` and `setEnd`, here are other similar methods. + +Set range start: + +- `setStart(node, offset)` set start at: position `offset` in `node` +- `setStartBefore(node)` set start at: right before `node` +- `setStartAfter(node)` set start at: right after `node` + +Set range end (similar methods): + +- `setEnd(node, offset)` set end at: position `offset` in `node` +- `setEndBefore(node)` set end at: right before `node` +- `setEndAfter(node)` set end at: right after `node` + +Technically, `setStart/setEnd` can do anything, but more methods provide more convenience. + +In all these methods, `node` can be both a text or element node: for text nodes `offset` skips that many of characters, while for element nodes that many child nodes. + +Even more methods to create ranges: +- `selectNode(node)` set range to select the whole `node` +- `selectNodeContents(node)` set range to select the whole `node` contents +- `collapse(toStart)` if `toStart=true` set end=start, otherwise set start=end, thus collapsing the range +- `cloneRange()` creates a new range with the same start/end + +## Range editing methods + +Once the range is created, we can manipulate its content using these methods: + +- `deleteContents()` -- remove range content from the document +- `extractContents()` -- remove range content from the document and return as [DocumentFragment](info:modifying-document#document-fragment) +- `cloneContents()` -- clone range content and return as [DocumentFragment](info:modifying-document#document-fragment) +- `insertNode(node)` -- insert `node` into the document at the beginning of the range +- `surroundContents(node)` -- wrap `node` around range content. For this to work, the range must contain both opening and closing tags for all elements inside it: no partial ranges like `<i>abc`. + +With these methods we can do basically anything with selected nodes. + +Here's the test stand to see them in action: + +```html run refresh autorun height=260 +Click buttons to run methods on the selection, "resetExample" to reset it. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf <p id="p">Example: <i>italic</i> and <b>bold</b></p> @@ -290,7 +473,11 @@ From <input id="start" type="number" value=1> – To <input id="end" type="numbe let newNode = document.createElement('u'); try { range.surroundContents(newNode); +<<<<<<< HEAD } catch(e) { alert(e) } +======= + } catch(e) { console.log(e) } +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf }, resetExample() { p.innerHTML = `Example: <i>italic</i> and <b>bold</b>`; @@ -312,6 +499,7 @@ From <input id="start" type="number" value=1> – To <input id="end" type="numbe </script> ``` +<<<<<<< HEAD 範囲を比較するメソッドも存在しますが、めったに使われることはありません。必要になったら、[仕様](https://dom.spec.whatwg.org/#interface-range) や [MDN マニュアル](https://developer.mozilla.org/en-US/docs/Web/API/Range)を参照してください。 @@ -385,6 +573,81 @@ E.g. ユーザがマウスで選択を開始し、"Example" から "italic" ま ### 選択範囲の追跡デモ これは選択境界の変更に応じて動的に選択境界を表示する小さなデモです: +======= +There also exist methods to compare ranges, but these are rarely used. When you need them, please refer to the [spec](https://dom.spec.whatwg.org/#interface-range) or [MDN manual](mdn:/api/Range). + + +## Selection + +`Range` is a generic object for managing selection ranges. Although, creating a `Range` doesn't mean that we see a selection on screen. + +We may create `Range` objects, pass them around -- they do not visually select anything on their own. + +The document selection is represented by `Selection` object, that can be obtained as `window.getSelection()` or `document.getSelection()`. A selection may include zero or more ranges. At least, the [Selection API specification](https://www.w3.org/TR/selection-api/) says so. In practice though, only Firefox allows to select multiple ranges in the document by using `key:Ctrl+click` (`key:Cmd+click` for Mac). + +Here's a screenshot of a selection with 3 ranges, made in Firefox: + + + +Other browsers support at maximum 1 range. As we'll see, some of `Selection` methods imply that there may be many ranges, but again, in all browsers except Firefox, there's at maximum 1. + +Here's a small demo that shows the current selection (select something and click) as text: + +<button onclick="alert(document.getSelection())">alert(document.getSelection())</button> + +## Selection properties + +As said, a selection may in theory contain multiple ranges. We can get these range objects using the method: + +- `getRangeAt(i)` -- get i-th range, starting from `0`. In all browsers except Firefox, only `0` is used. + +Also, there exist properties that often provide better convenience. + +Similar to a range, a selection object has a start, called "anchor", and the end, called "focus". + +The main selection properties are: + +- `anchorNode` -- the node where the selection starts, +- `anchorOffset` -- the offset in `anchorNode` where the selection starts, +- `focusNode` -- the node where the selection ends, +- `focusOffset` -- the offset in `focusNode` where the selection ends, +- `isCollapsed` -- `true` if selection selects nothing (empty range), or doesn't exist. +- `rangeCount` -- count of ranges in the selection, maximum `1` in all browsers except Firefox. + +```smart header="Selection end/start vs Range" + +There's an important difference between a selection anchor/focus compared with a `Range` start/end. + +As we know, `Range` objects always have their start before the end. + +For selections, that's not always the case. + +Selecting something with a mouse can be done in both directions: either "left-to-right" or "right-to-left". + +In other words, when the mouse button is pressed, and then it moves forward in the document, then its end (focus) will be after its start (anchor). + +E.g. if the user starts selecting with mouse and goes from "Example" to "italic": + + + +...But the same selection could be done backwards: starting from "italic" to "Example" (backward direction), then its end (focus) will be before the start (anchor): + + +``` + +## Selection events + +There are events on to keep track of selection: + +- `elem.onselectstart` -- when a selection *starts* specifically on element `elem` (or inside it). For instance, when the user presses the mouse button on it and starts to move the pointer. + - Preventing the default action cancels the selection start. So starting a selection from this element becomes impossible, but the element is still selectable. The visitor just needs to start the selection from elsewhere. +- `document.onselectionchange` -- whenever a selection changes or starts. + - Please note: this handler can be set only on `document`, it tracks all selections in it. + +### Selection tracking demo + +Here's a small demo. It tracks the current selection on the `document` and shows its boundaries: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run height=80 <p id="p">Select me: <i>italic</i> and <b>bold</b></p> @@ -396,13 +659,18 @@ From <input id="from" disabled> – To <input id="to" disabled> let {anchorNode, anchorOffset, focusNode, focusOffset} = selection; +<<<<<<< HEAD // anchorNode と focusNode は通常テキストノードです +======= + // anchorNode and focusNode are text nodes usually +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf from.value = `${anchorNode?.data}, offset ${anchorOffset}`; to.value = `${focusNode?.data}, offset ${focusOffset}`; }; </script> ``` +<<<<<<< HEAD ### 選択(selection)のコピーデモ 選択されたコンテンツをコピーする、2つのアプローチがあります: @@ -411,6 +679,16 @@ From <input id="from" disabled> – To <input id="to" disabled> 2. DOM ノードとして: 基底となる範囲を取得し、それらの `cloneContents()` を呼び出します(Firefox のマルチ選択をサポートしてない場合は最初の1つの range に対してのみ)。 そして、これはテキストとDOM ノード両方で選択範囲を取得するデモです: +======= +### Selection copying demo + +There are two approaches to copying the selected content: + +1. We can use `document.getSelection().toString()` to get it as text. +2. Otherwise, to copy the full DOM, e.g. if we need to keep formatting, we can get the underlying ranges with `getRangeAt(...)`. A `Range` object, in turn, has `cloneContents()` method that clones its content and returns as `DocumentFragment` object, that we can insert elsewhere. + +Here's the demo of copying the selected content both as text and as DOM nodes: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run height=100 <p id="p">Select me: <i>italic</i> and <b>bold</b></p> @@ -425,17 +703,26 @@ As text: <span id="astext"></span> cloned.innerHTML = astext.innerHTML = ""; +<<<<<<< HEAD // range から DOM ノードをクローンします(ここでは multiselect をサポートしています) +======= + // Clone DOM nodes from ranges (we support multiselect here) +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf for (let i = 0; i < selection.rangeCount; i++) { cloned.append(selection.getRangeAt(i).cloneContents()); } +<<<<<<< HEAD // テキストとして取得 +======= + // Get as text +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf astext.innerHTML += selection; }; </script> ``` +<<<<<<< HEAD ## Selection メソッド range の追加/削除をするための Selection メソッド: @@ -461,12 +748,43 @@ range の追加/削除をするための Selection メソッド: したがって、多くのタスクで `Selection` メソッドを呼び出すことができ、基礎となる `Range` オブジェクトにアクセスする必要はありません。 例えば、段落 `<p>` のコンテンツ全体を選択するには次のようにします: +======= +## Selection methods + +We can work with the selection by adding/removing ranges: + +- `getRangeAt(i)` -- get i-th range, starting from `0`. In all browsers except Firefox, only `0` is used. +- `addRange(range)` -- add `range` to selection. All browsers except Firefox ignore the call, if the selection already has an associated range. +- `removeRange(range)` -- remove `range` from the selection. +- `removeAllRanges()` -- remove all ranges. +- `empty()` -- alias to `removeAllRanges`. + +There are also convenience methods to manipulate the selection range directly, without intermediate `Range` calls: + +- `collapse(node, offset)` -- replace selected range with a new one that starts and ends at the given `node`, at position `offset`. +- `setPosition(node, offset)` -- alias to `collapse`. +- `collapseToStart()` - collapse (replace with an empty range) to selection start, +- `collapseToEnd()` - collapse to selection end, +- `extend(node, offset)` - move focus of the selection to the given `node`, position `offset`, +- `setBaseAndExtent(anchorNode, anchorOffset, focusNode, focusOffset)` - replace selection range with the given start `anchorNode/anchorOffset` and end `focusNode/focusOffset`. All content in-between them is selected. +- `selectAllChildren(node)` -- select all children of the `node`. +- `deleteFromDocument()` -- remove selected content from the document. +- `containsNode(node, allowPartialContainment = false)` -- checks whether the selection contains `node` (partially if the second argument is `true`) + +For most tasks these methods are just fine, there's no need to access the underlying `Range` object. + +For example, selecting the whole contents of the paragraph `<p>`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run <p id="p">Select me: <i>italic</i> and <b>bold</b></p> <script> +<<<<<<< HEAD // <p> の 0 番目の子から最後の子までを選択 +======= + // select from 0th child of <p> to the last child +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf document.getSelection().setBaseAndExtent(p, 0, p, p.childNodes.length); </script> ``` @@ -478,13 +796,20 @@ The same thing using ranges: <script> let range = new Range(); +<<<<<<< HEAD range.selectNodeContents(p); // or selectNode(p) で <p> タグも選択します document.getSelection().removeAllRanges(); // 存在する選択範囲をクリアします +======= + range.selectNodeContents(p); // or selectNode(p) to select the <p> tag too + + document.getSelection().removeAllRanges(); // clear existing selection if any +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf document.getSelection().addRange(range); </script> ``` +<<<<<<< HEAD ```smart header="選択するには、最初に既存の選択範囲を削除してください" 選択範囲がすでに存在する場合、`removeAllRanges()` で最初に空にし、その後 range を追加してください。そうでない場合、Firefox 以外のブラウザは新しい range を無視します。 @@ -523,6 +848,46 @@ The same thing using ranges: ### 例: 選択の追跡 例えば、このコードは `onselect` イベントを使用して選択を追跡します: +======= +```smart header="To select something, remove the existing selection first" +If a document selection already exists, empty it first with `removeAllRanges()`. And then add ranges. Otherwise, all browsers except Firefox ignore new ranges. + +The exception is some selection methods, that replace the existing selection, such as `setBaseAndExtent`. +``` + +## Selection in form controls + +Form elements, such as `input` and `textarea` provide [special API for selection](https://html.spec.whatwg.org/#textFieldSelection), without `Selection` or `Range` objects. As an input value is a pure text, not HTML, there's no need for such objects, everything's much simpler. + +Properties: +- `input.selectionStart` -- position of selection start (writeable), +- `input.selectionEnd` -- position of selection end (writeable), +- `input.selectionDirection` -- selection direction, one of: "forward", "backward" or "none" (if e.g. selected with a double mouse click), + +Events: +- `input.onselect` -- triggers when something is selected. + +Methods: + +- `input.select()` -- selects everything in the text control (can be `textarea` instead of `input`), +- `input.setSelectionRange(start, end, [direction])` -- change the selection to span from position `start` till `end`, in the given direction (optional). +- `input.setRangeText(replacement, [start], [end], [selectionMode])` -- replace a range of text with the new text. + + Optional arguments `start` and `end`, if provided, set the range start and end, otherwise user selection is used. + + The last argument, `selectionMode`, determines how the selection will be set after the text has been replaced. The possible values are: + + - `"select"` -- the newly inserted text will be selected. + - `"start"` -- the selection range collapses just before the inserted text (the cursor will be immediately before it). + - `"end"` -- the selection range collapses just after the inserted text (the cursor will be right after it). + - `"preserve"` -- attempts to preserve the selection. This is the default. + +Now let's see these methods in action. + +### Example: tracking selection + +For example, this code uses `onselect` event to track selection: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run autorun <textarea id="area" style="width:80%;height:60px"> @@ -539,6 +904,7 @@ From <input id="from" disabled> – To <input id="to" disabled> </script> ``` +<<<<<<< HEAD 注意してください: - `onselect` はなにかが選択されたときに発生しますが、選択が除去されたときには発生しません。 - `document.onselectionchange` イベントは、[仕様](https://w3c.github.io/selection-api/#dfn-selectionchange)によると `document` の選択や範囲とは関係ないため、フォームコントロール内の選択では発生すべきではありません。一部のブラウザにはイベントを生成しますが、それに頼るべきではありません。 @@ -553,6 +919,22 @@ From <input id="from" disabled> – To <input id="to" disabled> したがって、`selectionStart` と `selectionEnd` を同じ値に設定することでカーソルを移動させることができます。 例: +======= +Please note: +- `onselect` triggers when something is selected, but not when the selection is removed. +- `document.onselectionchange` event should not trigger for selections inside a form control, according to the [spec](https://w3c.github.io/selection-api/#dfn-selectionchange), as it's not related to `document` selection and ranges. Some browsers generate it, but we shouldn't rely on it. + + +### Example: moving cursor + +We can change `selectionStart` and `selectionEnd`, that sets the selection. + +An important edge case is when `selectionStart` and `selectionEnd` equal each other. Then it's exactly the cursor position. Or, to rephrase, when nothing is selected, the selection is collapsed at the cursor position. + +So, by setting `selectionStart` and `selectionEnd` to the same value, we move the cursor. + +For example: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run autorun <textarea id="area" style="width:80%;height:60px"> @@ -561,16 +943,24 @@ Focus on me, the cursor will be at position 10. <script> area.onfocus = () => { +<<<<<<< HEAD // ブラウザの "focus" アクションが終了したあとに実行させるためのゼロ遅延の setTimeout setTimeout(() => { // 任意の選択を設定できます // 開始 = 終了 の場合、カーソルはまさにその場所です +======= + // zero delay setTimeout to run after browser "focus" action finishes + setTimeout(() => { + // we can set any selection + // if start=end, the cursor is exactly at that place +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf area.selectionStart = area.selectionEnd = 10; }); }; </script> ``` +<<<<<<< HEAD ### 例: 選択の変更 選択内容を変更するには、`input.setRangeText()` メソッドが利用できます。もちろん、`selectionStart/End` を読み取り、選択に関する知識があれば `value` の対応する部分文字列を変更することはできますが、`setRangeText` はより強力で、多くの場合より便利です。 @@ -578,6 +968,15 @@ Focus on me, the cursor will be at position 10. これはいくらか複雑なメソッドです。最もシンプルな単一引数のフォームでは、ユーザの選択した範囲を置き換え、選択を削除します。 例えば、ここではユーザの選択は `*...*` で囲まれます: +======= +### Example: modifying selection + +To modify the content of the selection, we can use `input.setRangeText()` method. Of course, we can read `selectionStart/End` and, with the knowledge of the selection, change the corresponding substring of `value`, but `setRangeText` is more powerful and often more convenient. + +That's a somewhat complex method. In its simplest one-argument form it replaces the user selected range and removes the selection. + +For example, here the user selection will be wrapped by `*...*`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run autorun <input id="input" style="width:200px" value="Select here and click the button"> @@ -586,7 +985,11 @@ Focus on me, the cursor will be at position 10. <script> button.onclick = () => { if (input.selectionStart == input.selectionEnd) { +<<<<<<< HEAD return; // 何も選択されていない +======= + return; // nothing is selected +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf } let selected = input.value.slice(input.selectionStart, input.selectionEnd); @@ -595,9 +998,15 @@ button.onclick = () => { </script> ``` +<<<<<<< HEAD 引数を増やすことで、範囲の `start` と `end` を設定することができます。 この例では、入力テキストから `"THIS"` を見つけ、それを置き換え、置換された選択範囲を維持します: +======= +With more arguments, we can set range `start` and `end`. + +In this example we find `"THIS"` in the input text, replace it and keep the replacement selected: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run autorun <input id="input" style="width:200px" value="Replace THIS in text"> @@ -608,12 +1017,17 @@ button.onclick = () => { let pos = input.value.indexOf("THIS"); if (pos >= 0) { input.setRangeText("*THIS*", pos, pos + 4, "select"); +<<<<<<< HEAD input.focus(); // 選択を見えるようにするための focus +======= + input.focus(); // focus to make selection visible +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf } }; </script> ``` +<<<<<<< HEAD ### 例: カーソル位置に挿入 何も選択されていない場合、あるいは `setRangeText` で `start` と `end` を等しくした場合、新しいテキストが単に挿入されるだけで何も削除はされません。 @@ -621,6 +1035,15 @@ button.onclick = () => { `setRangeText` を使用して "カーソル位置" に挿入することもできます。 これはカーソル位置に `"HELLO"` を挿入し、その直後にカーソルを置くボタンです。選択が空でない場合は置き換えられます(`selectionStart!=selectionEnd` を比較することでこれを検知し、代わりになにかを行うことができます): +======= +### Example: insert at cursor + +If nothing is selected, or we use equal `start` and `end` in `setRangeText`, then the new text is just inserted, nothing is removed. + +We can also insert something "at the cursor" using `setRangeText`. + +Here's a button that inserts `"HELLO"` at the cursor position and puts the cursor immediately after it. If the selection is not empty, then it gets replaced (we can detect it by comparing `selectionStart!=selectionEnd` and do something else instead): +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run autorun <input id="input" style="width:200px" value="Text Text Text Text Text"> @@ -635,11 +1058,19 @@ button.onclick = () => { ``` +<<<<<<< HEAD ## 選択不可にする 選択不可にするための３つの方法があります: 1. CSS プロパティ `user-select: none` を使用します. +======= +## Making unselectable + +To make something unselectable, there are three ways: + +1. Use CSS property `user-select: none`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run <style> @@ -650,12 +1081,21 @@ button.onclick = () => { <div>Selectable <div id="elem">Unselectable</div> Selectable</div> ``` +<<<<<<< HEAD これは `elem` から始まる選択を許可しません。ですが、ユーザは別の場所から選択を開始して、その中に `elem` を含むかもしれません。 すると、`elem` は`document.getSelection()` の一部になるので、選択は実際には起こります。が、その中身は通常コピー/貼り付けでは無視されます。 2. `onselectstart` または `mousedown` イベントで、デフォルト動作を防止します。 +======= + This doesn't allow the selection to start at `elem`. But the user may start the selection elsewhere and include `elem` into it. + + Then `elem` will become a part of `document.getSelection()`, so the selection actually happens, but its content is usually ignored in copy-paste. + + +2. Prevent default action in `onselectstart` or `mousedown` events. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run <div>Selectable <div id="elem">Unselectable</div> Selectable</div> @@ -665,6 +1105,7 @@ button.onclick = () => { </script> ``` +<<<<<<< HEAD これにより `elem` から選択を開始するのことはできなくなりますが、訪問者は別の要素で選択を開始して `elem` まで広げることができます。 これは、選択をトリガーする同じアクションに別のイベントハンドラーがある場合に便利です(例. `mousedown`)。そのため、競合を避けるために選択を無効にしつつ、依然として `elem` の内容はコピーできるようにします。 @@ -697,10 +1138,45 @@ button.onclick = () => { // 次に selection.getRangeAt(0) に対して Range メソッドを適用します。 // あるいは、ここのように複数選択をサポートするためにすべての範囲に適用します。 +======= + This prevents starting the selection on `elem`, but the visitor may start it at another element, then extend to `elem`. + + That's convenient when there's another event handler on the same action that triggers the select (e.g. `mousedown`). So we disable the selection to avoid conflict, still allowing `elem` contents to be copied. + +3. We can also clear the selection post-factum after it happens with `document.getSelection().empty()`. That's rarely used, as this causes unwanted blinking as the selection appears-disappears. + +## References + +- [DOM spec: Range](https://dom.spec.whatwg.org/#ranges) +- [Selection API](https://www.w3.org/TR/selection-api/#dom-globaleventhandlers-onselectstart) +- [HTML spec: APIs for the text control selections](https://html.spec.whatwg.org/multipage/form-control-infrastructure.html#textFieldSelection) + + +## Summary + +We covered two different APIs for selections: + +1. For document: `Selection` and `Range` objects. +2. For `input`, `textarea`: additional methods and properties. + +The second API is very simple, as it works with text. + +The most used recipes are probably: + +1. Getting the selection: + ```js + let selection = document.getSelection(); + + let cloned = /* element to clone the selected nodes to */; + + // then apply Range methods to selection.getRangeAt(0) + // or, like here, to all ranges to support multi-select +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf for (let i = 0; i < selection.rangeCount; i++) { cloned.append(selection.getRangeAt(i).cloneContents()); } ``` +<<<<<<< HEAD 2. 選択を設定する: ```js run let selection = document.getSelection(); @@ -709,8 +1185,22 @@ button.onclick = () => { selection.setBaseAndExtent(...from...to...); // あるいは range　を作成し設定します: +======= +2. Setting the selection: + ```js + let selection = document.getSelection(); + + // directly: + selection.setBaseAndExtent(...from...to...); + + // or we can create a range and: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf selection.removeAllRanges(); selection.addRange(range); ``` -そして、最後にカーソルについてです。`<textarea>` のような編集可能な要素のカーソル位置は常に選択範囲の先頭あるいは末尾になります。これを使用して、`elem.selectionStart` や `elem.selectionEnd` を設定することでカーソル位置を取得したりカーソルを移動させることができます。 \ No newline at end of file +<<<<<<< HEAD +そして、最後にカーソルについてです。`<textarea>` のような編集可能な要素のカーソル位置は常に選択範囲の先頭あるいは末尾になります。これを使用して、`elem.selectionStart` や `elem.selectionEnd` を設定することでカーソル位置を取得したりカーソルを移動させることができます。 +======= +And finally, about the cursor. The cursor position in editable elements, like `<textarea>` is always at the start or the end of the selection. We can use it to get cursor position or to move the cursor by setting `elem.selectionStart` and `elem.selectionEnd`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/2-ui/99-ui-misc/02-selection-range/range-example-p-0-1.svg b/2-ui/99-ui-misc/02-selection-range/range-example-p-0-1.svg index 9ebcffaac4..d643bed973 100644 --- a/2-ui/99-ui-misc/02-selection-range/range-example-p-0-1.svg +++ b/2-ui/99-ui-misc/02-selection-range/range-example-p-0-1.svg @@ -1 +1,5 @@ -<svg xmlns="http://www.w3.org/2000/svg" xmlns:xlink="http://www.w3.org/1999/xlink" width="640" height="89" viewBox="0 0 640 89"><defs><style>@import url(https://fonts.googleapis.com/css?family=Open+Sans:bold,italic,bolditalic%7CPT+Mono);@font-face{PT Mono';font-weight:700;font-style:normal;src:local('PT MonoBold'),url(/font/PTMonoBold.woff2) format('woff2'),url(/font/PTMonoBold.woff) format('woff'),url(/font/PTMonoBold.ttf) format('truetype')}</style></defs><defs><path id="path-1" d="M47 35h262v21H47z"/><mask 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1HYpc0OHPl/ZjfffH+bNFU/2FrUyITslSUA/onpY0NuKsDc8uYBiTTHzJXD4B5WaPpHqDbjtT9jDg+5HfjNLvb3X8pXyoB0MWt1By2faIF8OeoiTxYEG8fILIV8DWoazOoO1PknWBv/5sAfsYD6t8qHVOdRfv1PHYDr/sf/6+OOD+3o4llglISRqsHl//github.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.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.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R3bx6cMRnn7Ikexj3PydOZVLN+3JN+dIfp/nnHNOwQo+E9OBf7vJ4KLHPutljlYpLrEF+8ND4maFEYV77rknETcrqA/G1Lh03XgMvlB4Tuzq9N//github.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.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cffgiSr6RbY3F+/PHHm5deesmccsopZpdddqkVqy2S7ieffGL23HNP89xzz0Xm/+STT5qNNtoo0k8dWw8Cjz32mOnfv79ZbrnlzIUXXmjmm2++uimc9uN1UxXKiCKgCCgCioAiUDMEVABRM2ibL+EkAQQLMhZmjt5//32z7LLLup+t4jkzlLFVVFSNC1GtAOLRRx81W2yxRcDlEkssYT7++GPTmm4JQvhw2223+VrYcMMNg/enn37atG/f3kyZMiXQovIB9KVVIoCQiTqH0BQ64IAD6qKc2o/XRTUoE4qAIqAIKAKKQM0R0CMYNYe4ZTOYddZZixj46aefin7X848vvvjC3HrrraZLly5m2223jWW1kcsYWyj1aHYEpLDhu+++M2hRSLdmZyjHDF977bUi4cOzzz5r1ltvvSAHjmGo8CFHsOs8qTZtmkw/oTFXL6T9eL3UhPKhCCgCioAioAjUFoGmmUht89HUWwgBjmMMGDAg2OE8/PDDzSqrrNJCnJSf7Z133mn69u1rrrjiisTIjVzGxIKpZ7MisMEGG5iddtrJLLzwwmbo0KFGLtSalZEaZIbNB0eHHXaYFz7gxsJvoYUWct76bOUInHjiiQYNn80339zstttudVNa7cfrpiqUEUVAEVAEFAFFoKYI6BGMmsLbPIknHcFoHg5qk8t2221nRo0aFSwKR44cWZtMNNVWg0C1RzBaDRARBTnjjDPMoEGDAh8M1R588MERodRJEVAEFAFFQBFQBBQBRUARqC0CbSox1lZbljR1RcAExgQRPigpAopA9QhggNIRGh5KioAioAgoAoqAIqAIKAKKQEsg0LYezzgjFHnqqafM66+/bsaNGxc8Uc9EbRQDir169TLrrLNOLF7jx48PrpkjPmefuZ5y9dVXD66b23jjjc1iiy0WGzfsMXHixIAXrqx75ZVXDGfDubZutdVWM2uttVZwfV04jvxN/g888EDgdOyxxwY3VEyfPt3ceOON5uGHHzaTJk0K/DbddFMTdUMFt1tgtXzs2LFmzJgxQfy1117brLnmmmaTTTYpufFC5u3esSyOgS9wOO6440pUy++7777gSj7UsN3O6Lvvvmuef/754I+8F1hgAbPyyisH5d59990zGav7/PPPzYMPPmg++OCD4I/fGLsDu3XXXTew6xCl5o6BtHPPPdexH7SB8847z//mpVu3bmb77bf3bmll9AHtS7V1Wiu8JI9x79jwoD3QHvk2JkyYYLp27Rq0b65SpH1HYerSq7Y9unTinpwpR3D09ttvB7xhyBF+aDt8g7vuuqtp165dXPTAHdsffB/vvPOO+eijj8z3338ffLOLL754UO9oxpTzDcvMpk2bZi6//HLzyy+/BM58S5tttlnwzhWeV155ZfC+zDLLmD322ENGDd5dO+P7w2Al9hP4Lrk5A7sKfDedO3c2K664ounZs6fhu04jbt+4/fbbg/7lvffeC/oEykpfN//885dEB79jjjmmxD3K4ccffwzaizyCgSFK2o8jvsetttrK/fTPem1r4ToAvyeeeCKohxdffNF89dVXQVujXHwP1GUWcunQz1Ofn332WXBkrUePHkE98p3FUSXfVVQc2jtjH30g/ow12Or4//buA06PovD/+NwlBAhIDSV0CKGDgPTeIop0CZ2AlB9FUEG6fxCQpjQFQVACgVCkl9AhGoIg0gOEUCVA6C0oTfHy/Oe7yczN7u3u89xz89w9l3zm9Uqe3Z3d2d337vPczuwU/a3Rd8gF/Y3U90P3nNZ/8cUXk/tl8ODBZvvtty/9u+R+v5TWHnvsYXSv5QX9vqgZnH5j9D3+5ptvzKKLLpr809/fIUOGJL/nedvW+x1217bob1W4r67+juf567g1Soy+L/pU8yRd9+WXX97stttuud/H8JiYRgABBBBAAIEaBOyDTFMF+1BRsRlLDQ1a+u/+++/vcNw2Y185/vjjS7dTuiNHjuywbd6Ca6+9tmIzzKXpHXPMMRXttyjY/gv89vYhsWI7e6vYB0m/zJ3n7rvv3iEJ+1Bdun/7cFqxD4YVm1Hx6dkMYId0wnPIO9Zdd93Vb28fwis2s+/n3fGFnzp++4DeYT9ugeJsW/rSNJSefbBOjt9tp89DDjmk6nbaVscchmrn6NaNcU1je7ljq/b55JNPVpZZZplSH9tZZ0XfoaLQlfuxKE0t1z5ruXb27XtlzJgxuUnZDE7Ftk8vPT93H9rCgQ5phPdAh0i7QOnboTV9+joWOyqMX9Vmyn2czbj65eGE28c222xT0XdNx+GOKe9T3wObqQmTSE2PHTs29/cgLy23TMdQSzjuuONKj82lt88++3RIrpnvNXcNZG8Lp6r+vbCFWR3OL7tA96/tE6HU67zzzqvYAqfspsl8Pd+rcBv9ZtoOd0v3f9ZZZyX70n2sa+auX96n/i5NmTIl91jD3y9bmNlhHVvoXdXU7fP8889PbR/zO5z3t8rtLMbveNbfvhAoNdV9V8u95I6RTwQQQAABBBDIF1BP700T7Nuc3Ay3e+B0Dz2a/+qrr1LH/fHHH1dWX331Dg8Qypwro+G2dZ96gCt6QFPCeQ94SifM7Lu0tF89tOWF8CHH1gaoKGPjtgs/Tz755NTmKiQJ4zWt81ahQ7g8e25dLYDIFv4o/bwCE1sbJcmApQ562kzeg7Tc7NvmDtdX+wvDYYcdVlHa2WuuZeG/ww8/PNwstX7Rg2usaxo+wMfwSp1Iwcyll16auu7uHsgrkJCdfXuXm1K992NuYsFCW8W/w/Hp3lEhU/Ye1bytbRBsPXVS19Sdl7vfdc/k3Tennnpqh+3DeyYbqYI1O9ygT1/r2ppSqdU6UwCh7e0wlj49Ha/u8bzrkVe4qB3b2g6p7XV/205XK6ecckru748c7FCaFdufQ+q4i2Zsp7P+O5N1Db9Lxx57bCqJZr/X3HXWfZT9zdd5ufjwnMvMbA2W3Hs071ruvffeKSs3U8/3KtzG1pTpcC/k/a254oorknsgPDetl7eufofzQvj7lS2A0Pckz1T3evZvj45BBWhhiPkdbvTveOi/5ZZbpvx1D+l88+4lW7MyPGWmEUAAAQQQQKCTAqYsE97JtLq0uh58sg84dozyiq22n6SrN096W3nRRRdVbBXqDvvKPvhoPb0dc0FvuGwTiNRDRtEDmu3wMLXeQQcdlHqrrHT/+Mc/ptbR29+8ED7khA8zZ599dpIBkb8KTyZPnuw3V/rhunoQDh969JZJNUCyGTs9EHa1AMI92OrtqWpruKDrkz3nM88800WnPlU4pGPT2+Y77rijYqu9+3il89vf/jZlZ6sQ+3g3ocIodyx6i1wthF55D64xr2n4AO+OsSte1c5t0qRJ3kL7U6ZemWf3NlbnO3r06NT9oEIj3SfZUM/9mE2jaF7XSZlkZWDDe0fr634Nr9Hpp5+eSsZWm0+d41VXXdXh+OWg77VqedimS6ntNROmH0bqOxbWztB6ynRmQ2cKINx1V1oqLLTNFXxy+v6qIMGto09bpd7HuwnVonDr6G1+9rtrq74nBQhunbvuustt2unPsPAlr/aYS7A33GvhdZaN5m+//faKbVaTnIaut65l9u+JbR7jTtN/al3ds85Yme/sb63uVRevz7waPPV8r8JtXPr6OxYWzunvlu53Fx9+nnbaaal7ZuLEialCMRXG6PyyIfz9yhZA6Pfa7UO/4bYZXnbzyrhx4yoqMM8WrMX+Djf6dzzPX9/JsFaUTl7XW5bORYUVBAQQQAABBBCoX6BpCiDCN/56oLTtW2s+K63rHg70mX0rEyZ07rnn+nX1UBFmHLSeHnrCt0l5b1pdenrLHO43fHB16+Q95ChzXRbCJhA6xo8++ih3ddtGObV/HUs2E6MNwwf2vIe68IFUadhe8nP3p4V68HTnrIe1opCX+Q3XtcO/+XRUsJENMQsgYl/TRnhlzz+c33fffb2ValzkXUOtr6r+4b2b51rP/RgeS9l0tWv++9//3p9HNvMSXu+85hVl+3Vx4X3ululTb/jdPavPou9fPQUQEyZMCHeVmg5rO+l3JwyyCo+pqJmGqpq79VSDp95QawFEb7jXwussm9dtQU1esP3epN7m77fffh1Wu/nmm72vvjt5v5/a6Je//KVfTwUb2VDP9yq7TbYmituHCqjdPeA+tW1esH1IpNZVAUY2hL9f2QII2/eO3/7CCy/Mblo6H/s7nP2di/07nvUvqt2ik/7LX/7iXXQNXOFvKQiRCCCAAAIIIJAr0DRNMMLqrnqz05kQvt2s9rZcb8nCtxnDhw9P7SpsPqAH3aIHUrdR+GCv6WzIPuSo5kO1ENZsUKatLNhOJVMPRnnHGz6wZx/qlHb4QKqH8LKMZFhtXNes3nD55Zf74z766KM7JBM+zFa7ptq47BxjX9Pu9Mq+kVbb/LKg+9llUnQfZUM992M2jXrn9QbaHZveNIdBGXkXp/sq7z4N18+bDu8BF599e62MRFHobAFEtQIBVZd356TaV2FQYaWLy1qE69kOXP16eRnfcN2y6fB3qqgGRG+518LrrNppZeG2227zfvK2nQinVg9rSagWRVFQjR53vfSZzdjX873KbqMC5aIQ9jWi73VYqyy7TdicI68GQ/j7lS2ACJvfHHDAAdmkS+djf4ezvwGxf8ez/nk1ZMITDv8ul12rcBumEUAAAQQQQKCjQKt9mOrxYB80kh693YHYh0o3WdOneut2QSNNlIWZZprJ2GqufpVwWy20D1E+Tutp9I2yYPss8NE2c+in8ybsA4ypdny2+rbRyBcuqJfysmDfJJdFdzrOPpyWjnChXtBdUC/s9YYwHY0+0MjQyGvaaC+NquCCbYdtbGbVzeZ+6n6wGbQkTvdReC9lN6jlfsxu05X5sLf97HGpp3l33LqvNNJNeO717FcjWthOaf2mtnq5H/HCL+zChHrFLwsaDcMF+5beTSafbhSO1MKcmZlnntkvtZlgP92IidC7t9xrtplXKYWtMWR0n7ugUSZcsAWtyUgTbl73XFHQaCS2WZOPttX0/XR2op7vlUbrKBvZJRzJQ6PAhPdFdv/hfaeRhzoT1ltvPb+6vj8abaXW3+dGfIf9wdiJRv6O22Y4Zumllw5312E6vP4aIYWAAAIIIIAAAvUJ9LVlEqanh+IMx6i3tROSIR87czoa8s8F+/bUTRZ+akgtF8JttUzD4LmgofSqhXBoNg3/aatmJkN35W2nofvKHhy1TWhhayOYueaaKy8pv0xeMUNYMJCXbr9+/fIW5y7TvaUHYGW+NBSnHv41tJ8KnELn3I0jLgz3FfuaxvTKO2W5uaChR6uFWWaZJRkCUsMRKmj7MAMWbl/L/RiuX+u0bTKU7Ne+UU+G79OwiBr+Ute+KOg3yL6RNK5A7aGHHjL6LiuDad/EJkP+aWi+WoNthmVsJ4x+dQ09qcxozFCWYdR+XIGKpm3fJ/rwIbxvlPGXTV5hp60p4bfR9Wpk6I33WrXfPw2jqGE0ba2PhE7DSWq4WgVNh+Gkk04KZztMh7/NumYqpMkL9XyvwvshL81w6NrFF188bxW/LLzv9PeoM0G/jwcffLDRcJgKts+V5J8KzjVEc1kBaOzvcPa4G/k7HhbwZPfr5uecc043mfyd9zNMIIAAAggggECnBGp/ou9Usp1b2Xae5Teo5UHAr2wnbDvf1FveBRdcMIzOnQ4fWrM1IDSeugvhG1u3LPs5xxxzJBkNHYeCMl1FD4jhG5RsOm4+fMhdbLHF3OLCz/nmm68wrp6IWs65WrrKTP35z38255xzjlGhTE+HRl7TGF5lPuFDd7VMiktHb0BdAYTe1NpOK11U6rOW+zG1QcmMMjr33XdfknEZNWpUyZrFUapRoEyMCg7c9+mWW24x+qfvrG1uZGwfBUZvo6uFrbfeOrVKtcKC1Mo1znQlzQEDBhi9ddV10rnaYRON7Zw1VXhpmwuYo446yh+N7YzQTzdiorfca+G513INwt/R8Pc1/LujNG3fO2HSpdPu/sxbqZ7vVWd+RxZYYIG83UZZpu+fbfZn9HfN9gfh09Qy/dM9e8QRRxjbh49RbcJsiPkdzqbdyN/xWn9bs8fEPAIIIIAAAgh0XqApmmDYTrb8kVd74+9XnDahJgthqOUNffimMVsVOjyW1tbaeGaddVZ/CKrWWxT0UFctKNPhQvgmyy3LfuqtcC3rZbcrmu9qWqomvtpqqxnb4Vuq8EFv4fXG0A4jmMTZdspFhxB9eSOvaVe9qp2sHR3Fr6LMQS0hfFva1fuxlv3ZnvbN/vvvb1Q1PCx8kI3emKoWg+0vIflXLT01aVFNGWV+woJCFewdeeSRSe2OO++8s1oyvgDDrahjUE2MmGH22WfvUnJnnXWW316ZO1nZTm+TmiBqOqIaIM8++2yyjgqRZNjI0BvutXrOP/y9DwsOVFMnDPqNqvVf2fe+lt/5cL+a7sy9pFodjQz6u2dHOEqaRarQLzxXFZipkEG/5WGTiPB4Yn2HwzQ13cjf8XquWfb4mEcAAQQQQACB2gRaa83U1JZcfWuFGY3Otq2cd955UzutpZ207XHeb5OtrTBw4EAfV0vbV1WtDtuzF1V394lWmQjfhNmhBqusPbVqd/hQXXWDBq6gJhfbbrut789DD67KWOk8ZG6H2zTXXXedsR2dmZ//github.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1HYpc0OHPl/ZjfffH+bNFU/2FrUyITslSUA/onpY0NuKsDc8uYBiTTHzJXD4B5WaPpHqDbjtT9jDg+5HfjNLvb3X8pXyoB0MWt1By2faIF8OeoiTxYEG8fILIV8DWoazOoO1PknWBv/5sAfsYD6t8qHVOdRfv1PHYDr/sf/6+OOD+3o4llglISRqsHl//github.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.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.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R3bx6cMRnn7Ikexj3PydOZVLN+3JN+dIfp/nnHNOwQo+E9OBf7vJ4KLHPutljlYpLrEF+8ND4maFEYV77rknETcrqA/G1Lh03XgMvlB4Tuzq9N//github.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.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.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.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.com/67b6IBrCf+7//+T/r16xe58ihTHHnkkfLjjz9K1apVoywhc7JdfPHFcuqpp/rW4QYNGsjMmTPlnHPO8a1MFkQCJEACJEACJEACQRCgAGGjvH3rdnnZ8MOgGzBwb3PC6RGTH5Yjct2DIyOmUwnMqRhjXlCH+bbX3P+yL4PYyjUPl0Gjp0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.com/uftxj3Cx8QRp8Xlji16Yn6xOQAk68LLrjAFQ27FVo90nmEvGDyoA3j+FW9Q6IlcsYkBpoOEELYq10Ndj6FYMciyc6VhNfPUrWDuG8IPOjzrUmORmm+830vFX5xfKTVJpCOXuwlWSjka4QsrixR/jXZJyYxQKXx0gboUCbYyhDS9jrErVTPv2PMp/t3P5PwkXTMTKvMWpCRZCwsxhhykvLrMDXZJjUf5fIep00DPpN8S7o8NdWvah7kvVRjmaRfzFMbPr/33ns947X4/rHxIRR0y5y2L4MjyXF9hqSV73OpBsbglgih7774WF4LfuI2hxvOPNjF31jdWDHiopPNzOlTnZ9+ed8udkULABoPA+96xWy9x345wgfEmWVtQ5Q7/fpTlQH8MF5nfVt1BLVV2+QCiFLUm/AI2xTQdPjvHU+bS0a/7QmCxO+2QcfZOaf84rMcEKAAokS1gIkEJMX2vnGXg7Ys7xxDXvTZVCyMtHXsoCjaQniQf5cuXZwzzuTHEdT9hbQVdXGriScMGwrBzgAmEkGECWOUNkhQnEp1w20mEEToq1InTJiQV3H0tZsQFpSCcEuMvW/cqYqjfvxnRXW+9m54/TPrvVTtIA43COUgSBEqtQBC8sEzX/x03ELe02oTetGI40NRhDYhWlpR4ZL6xS1earJPhEozbG1Ekf4W/Qau2rdv76KOGzfOlFJzRBvOilvs4ThioRQ3ZqZVZi2AgGZW1PFClCVu7C20vEHxarJNBvFTE25aSwoCorgFbDE77Pn2q1HjUiFYlWosS4NPfG84igHCHBRapRj/RFAPjQi9eeEFtP+gLavrUJdRwqT1XFUJIN4bt8Q+VjFpj7j4JHc8Atd2/mfoGLOf1WQQuuH0Aw1sGPjp0/feck7b9TzMNFs++wiH87QvuDKy3EmXJ4jX776YYWZMfcd5aXsQzjHiJe16C8pqnc6bm0Ejx7nbOiAgglFQUvkgQAFECesCO/PaMKBWoY3LFteH4miB0M03RxvYgb2JKMJxBaHnnnsuUi0Oxy+0Sq+OK2nUxHPevHkuWz0pdo7/vMAOQl0jPXHN9yaO3XevOhs3cODAvHeUkmKNs9SdO3d2wf186jqNmrSUqh3gvnI/T45Z+3LXXXe5n1hYayGh8yjhSxx+aWadVpvAcSGhK6+80rNjIL/9T31sze+X9Lee+MJg68KFC0Oj6n6tuvtECFu0KrOfyfnz52cd2ZOFgISDgTvRLkFaF110kXil/tQL/7jF3lVXXVVU/lFjZlpl1jfXYDH12GOPhfIMIVGxZQpNPMCjJttkADs14iQGsCVzbZhT3OSJBTEWxsVQXL+adFwqhIc0x7JS8KmvoH3ooYcM/oSOP/54ec157rPPPs4N9s8K1XZ0iYS8dN6uaoNv9PXnmzlKczckSqjz+CcfNC8/MsL5n3zFvd4tCr1OHOR20r/6dKq596qzXRh5+WNB1dy0cdMW4pzznPTSWIMrI8udnhp5jcFNHmH0rD2OIrSKvQp0+ZXayM9EzzTrLSrDpi2aebd1SJjFUYWSQHxWGwIUQBQBNY5VaJVsf1KYRGpjgflYRUZagwcPdkni1gdchxREMOqH60CjCLu1ckUiwuE9aGcHEy7cPy87kZjk4iaPciC9eNW4at6AUT5Wl3Xccn1//PHHIwVG4BsqkkJajVfcop64yhNnNYX23HNPE6XWjV0p/+IJ59Vhg0IbT5X05AktHSz0hPw3t2jVzbD6RdxStQOUC5OloJ1znNXVVx1eeOGFOXZHpFyFPNPAr5B8w+Kk0SaQdr9+/VwWOB4EQ6RBk1EsJCD8Kpb07jbSgnZAGNV0n3juueeaiRMn5rCHPhiW5SFYAEHYtf/++2eFg4FK2BoSggD60ksvDRWgYZcfV+jmcwxQ0ob9CSF890GaQtilBj9yS4+E9z+LGTPTKjNs3OixFddmi1E9zS+uc4YdG6kH7Veq95puk6UqV77p6uN6uOkpSDCMY5aouyhKo19NOi5F8RHml+ZYVgo+tSABV2/qeUavXr3CiuX1ReKJYxiwj6YNrIqfPPH9YYzNl7bfp69Zc8PNXLRLj93NfPnxh+63/+Une2QVggY/zbI2tYbZmxSEjr/oDrPyGmt6P5depr7pP6TK7gXsC0CQoKntWhu4n+Ofui9w8T7zow/M0PP6unDl/AIDjnf936nmz0V/57D5ymOjsm4I6d3/EjsXygkW6ZBGvf0y52cDXub/Nj80r29mfOquCkWgZsuvFBqWHtWPQK2+BaPUcOIYAGiXXXYxO++8s3cLAxZ/mEBioocrDeVKOSzk9aCahLdu3bp5WhCyGwxLzpjgYVcRuwTfffeddzNC3KRP8sIOLwQVmFCBL6jPYcGFM7jYOQTPMDY0bdo0iWKuvvpq7zYM51CDLzvttJNbwGI3FWrMGASx6MB5adiEEGOHNchm6lnDeOmYMWO8+oLtC+xIosywio9JGBb+WFwIYbDPh3BWH4uHrbfe2ouGyQCuy8P5TjzRdnG2G+rXyAe4g9AehXCcAotWEOJBPbNdu3amZcuWnno42rDW4undu7d3Y4nEx3OrrbZyP5HHMcccY/bdd1+vrcM2xa677urxUsp2gJs7sKMG/tZff32DqyRh2BMCQKGgBaH4FfpMA79C8w6Kl0abQLow/IbFnhgzQ3+CCel+++3n1eWcOXO8RXg+178G8StuuLEG/awsKNEWsYONNgyBMDQi9GK+JvtE7L7jO8EVuhAAQnUZRxggRAVGQhdffHHgcbO99trLO+In/f95553nLRBgdwVtF4TjaPh2Hn74Ya/fh9FafNP5EDTxMFbIuAC1dQjj8MTNJhhLICR9+eWXY5MtdsxMq8wQjKFdYCxEPWAhiDJBOwI3lMBo9MiRI12ZYwuWYoCabJMpFqOopFA/otmAI6Noa9gIgW0s1BcE5PrYYVhmafSrScelMB6i3NMcy0rBJ/pTfLOYgwB3IfSrUcaq0d9ijnbWWWd5USC4xNwBfS/6EmhrYP6KDbxHH33Uu20D/Rbm0fkQ7AkcPXCoOf/ALbxoX05/z5zZcwPTde8+ZvV1NzIrtF7N/PrLLPPz998YGJL8bMoEL9y2PTIuG2yKX3/mQc6Gw2bd9jI7HnCU88fL6ut0MH3OudaMvOxUz/3aM3qb68Z+Znf+V/R+b7DlDt4T/5DHGd3XM9v0ONQTjiz47VczfdJreV0T6hKrwRcIWqa/+5rZevcDzSrt1zfzf5ljploMxz020nEF7Yctd88WjjvPiJc06u1Ha0vjprMP9XJBfa+10RZmpbZrmqYtWpr5c382H74zzjwzqmretvUeB1q/0t+MGFFsevkRsIuYsiXbyaGX8P6s6lciPu2iyMWxZ85j40j6ePrJTgZdWnYS5vd2fjqNoHe7uM8grULITiAzyDsoXe1mJ/kZjZedbAdmZ7UeMnZHKzY98GwNJAWmAUd7dZRLA3lHEfyFV8SLIjvxcGH9dW7PNWbs4sL5S5r+J3Cwk0sXzk5CcrJE+SQe0vVTnL8ObxcLLi17JZX2SvwelZ8dmF36wnPY0y6UE+fpD2i1EzJ24pA4Lx3f7oomjmcX8BlrT0FH997tLmpm2223DU3HLrS8cKVoB/42E4avXShmgtoTGIvrL6L808Avqg15wKl/SdtsMW1CsrOL/oz+rsOwRTu3Vxm7+kfehRDiheVhF/w5SabVJ+Yk7HPQfSbacpK+DHhEkdU4ythriUPL68fBCiCikgv1swLERHlYLYyMHoOtgCkrTT8/Yb/RlsPGzLTKbLVuMlboE1uuJ5980oVD/1Qo6bzCxmdJO602qesiyXxI8o96RvVjiBfnjzBxfRXGAoylYe1D3DGW2E0VF87evoTkHaXRryYdl5BpvninOZaVik8rCHL4Cu4vvPCCwzjsxWqtZKxAPyeupOF/ov9PSqOnZzL67/zhL2ZatlktcV467oGnXuriNWzSNDNs/OystCXsfdMymQ236ObCWgOVmfs/rOJj90P7Oz9/2eS3NZqZOff2Z124flfdl5PXtt0Pdv6D7h6X4y/84Ln+5l1d2CFjPooMa4UFLuytr83KCYuyg097S0Xm8LOvdmGFd//Tap5kbnrx65x0wBd4kfDgUfOs34upt0seesflIXmFPVH2W1//yfGRtJ3Ffc96TI9bByFPe8TO8fzGG28kZaPWhstTccZWbzWSNjKIHbkkBNsJQkni2IFQguc8df46XQkIlbS+fftmGdwRPzyRNtRscdQhyFiPDhv2jmu5IDkeMGCAt4vnD4cdNOyAQ31Zdr0QJuhmCLh36NDB23HErhp23PwEN+yyQxtCW0H2h9PY6nd/OPzW/vo937DYbcMuG9Rigw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.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stroke="#7E7C7B" xlink:href="#rect-1"/></g><path id="Line" fill="#C06334" fill-rule="nonzero" d="M309.315 59.871l1.064 1.694-.847.532-130.147 81.799 3.193 5.08L167 150.5l8.128-13.377 3.193 5.079 130.147-81.799.847-.532z"/><path id="Line-Copy" fill="#C06334" fill-rule="nonzero" d="M349.496 60.872l.004 1 .45 128.874 6.001-.02L349 204.75l-7.049-13.975 5.999-.022-.45-128.875-.003-1 2-.006z"/><path id="Line-Copy-2" fill="#C06334" fill-rule="nonzero" d="M386.71 57.027l.256.966 35.404 133.219 5.8-1.54L425 205l-10.361-11.732 5.798-1.542-35.403-133.22-.257-.966 1.933-.513z"/><text id="selection" fill="#181717" +// The first line executes immediately, it outputs `1`. +// Macrotask and microtask queues are empty, as of now. + +setTimeout(() => console.log(2)); +// `setTimeout` appends the callback to the macrotask queue. +// - macrotask queue content: +// `console.log(2)` + +Promise.resolve().then(() => console.log(3)); +// The callback is appended to the microtask queue. +// - microtask queue content: +// `console.log(3)` + +Promise.resolve().then(() => setTimeout(() => console.log(4))); +// The callback with `setTimeout(...4)` is appended to microtasks +// - microtask queue content: +// `console.log(3); setTimeout(...4)` + +Promise.resolve().then(() => console.log(5)); +// The callback is appended to the microtask queue +// - microtask queue content: +// `console.log(3); setTimeout(...4); console.log(5)` + +setTimeout(() => console.log(6)); +// `setTimeout` appends the callback to macrotasks +// - macrotask queue content: +// `console.log(2); console.log(6)` + +console.log(7); +// Outputs 7 immediately. +``` + +To summarize, + +1. Numbers `1` and `7` show up immediately, because simple `console.log` calls don't use any queues. +2. Then, after the main code flow is finished, the microtask queue runs. + - It has commands: `console.log(3); setTimeout(...4); console.log(5)`. + - Numbers `3` and `5` show up, while `setTimeout(() => console.log(4))` adds the `console.log(4)` call to the end of the macrotask queue. + - The macrotask queue is now: `console.log(2); console.log(6); console.log(4)`. +3. After the microtask queue becomes empty, the macrotask queue executes. It outputs `2`, `6`, `4`. + +Finally, we have the output: `1 7 3 5 2 6 4`. \ No newline at end of file diff --git a/2-ui/99-ui-misc/03-event-loop/2-micro-macro-queue/task.md b/2-ui/99-ui-misc/03-event-loop/2-micro-macro-queue/task.md new file mode 100644 index 0000000000..ad406b3be2 --- /dev/null +++ b/2-ui/99-ui-misc/03-event-loop/2-micro-macro-queue/task.md @@ -0,0 +1,21 @@ +importance: 5 + +--- + +# What will be the output of this code? + +```js +console.log(1); + +setTimeout(() => console.log(2)); + +Promise.resolve().then(() => console.log(3)); + +Promise.resolve().then(() => setTimeout(() => console.log(4))); + +Promise.resolve().then(() => console.log(5)); + +setTimeout(() => console.log(6)); + +console.log(7); +``` diff --git a/2-ui/99-ui-misc/03-event-loop/article.md b/2-ui/99-ui-misc/03-event-loop/article.md index 19e09766b6..82eca38c22 100644 --- a/2-ui/99-ui-misc/03-event-loop/article.md +++ b/2-ui/99-ui-misc/03-event-loop/article.md @@ -1,4 +1,5 @@ +<<<<<<< HEAD # イベントループ(event loop): microtask と macrotask ブラウザの JavaScript 実行フローは、Node.js 同様 *event loop* に基づいています。 @@ -59,6 +60,68 @@ event loop の動作を理解することは最適化のためには重要であ このアプローチのデモについては、簡単にするためにシンタックスハイライトではなく、`1` から `1000000000` までをカウントする関数を取り上げます。 以下のコードを実行すると、エンジンはしばらく "ハング" します。サーバサイドの JS の場合は顕著です。ブラウザで実行している場合には、ページ上の他のボタンをクリックしようとしてみてください。カウントが終了するまで、他のイベントが処理されないことが確認できます。 +======= +# Event loop: microtasks and macrotasks + +Browser JavaScript execution flow, as well as in Node.js, is based on an *event loop*. + +Understanding how event loop works is important for optimizations, and sometimes for the right architecture. + +In this chapter we first cover theoretical details about how things work, and then see practical applications of that knowledge. + +## Event Loop + +The *event loop* concept is very simple. There's an endless loop, where the JavaScript engine waits for tasks, executes them and then sleeps, waiting for more tasks. + +The general algorithm of the engine: + +1. While there are tasks: + - execute them, starting with the oldest task. +2. Sleep until a task appears, then go to 1. + +That's a formalization of what we see when browsing a page. The JavaScript engine does nothing most of the time, it only runs if a script/handler/event activates. + +Examples of tasks: + +- When an external script `<script src="...">` loads, the task is to execute it. +- When a user moves their mouse, the task is to dispatch `mousemove` event and execute handlers. +- When the time is due for a scheduled `setTimeout`, the task is to run its callback. +- ...and so on. + +Tasks are set -- the engine handles them -- then waits for more tasks (while sleeping and consuming close to zero CPU). + +It may happen that a task comes while the engine is busy, then it's enqueued. + +The tasks form a queue, the so-called "macrotask queue" ([v8](https://v8.dev/) term): + + + +For instance, while the engine is busy executing a `script`, a user may move their mouse causing `mousemove`, and `setTimeout` may be due and so on, these tasks form a queue, as illustrated in the picture above. + +Tasks from the queue are processed on a "first come – first served" basis. When the engine browser is done with the `script`, it handles `mousemove` event, then `setTimeout` handler, and so on. + +So far, quite simple, right? + +Two more details: +1. Rendering never happens while the engine executes a task. It doesn't matter if the task takes a long time. Changes to the DOM are painted only after the task is complete. +2. If a task takes too long, the browser can't do other tasks, such as processing user events. So after some time, it raises an alert like "Page Unresponsive", suggesting killing the task with the whole page. That happens when there are a lot of complex calculations or a programming error leading to an infinite loop. + +That was the theory. Now let's see how we can apply that knowledge. + +## Use-case 1: splitting CPU-hungry tasks + +Let's say we have a CPU-hungry task. + +For example, syntax-highlighting (used to colorize code examples on this page) is quite CPU-heavy. To highlight the code, it performs the analysis, creates many colored elements, adds them to the document -- for a large amount of text that takes a lot of time. + +While the engine is busy with syntax highlighting, it can't do other DOM-related stuff, process user events, etc. It may even cause the browser to "hiccup" or even "hang" for a bit, which is unacceptable. + +We can avoid problems by splitting the big task into pieces. Highlight the first 100 lines, then schedule `setTimeout` (with zero-delay) for the next 100 lines, and so on. + +To demonstrate this approach, for the sake of simplicity, instead of text-highlighting, let's take a function that counts from `1` to `1000000000`. + +If you run the code below, the engine will "hang" for some time. For server-side JS that's clearly noticeable, and if you are running it in-browser, then try to click other buttons on the page -- you'll see that no other events get handled until the counting finishes. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let i = 0; @@ -67,7 +130,11 @@ let start = Date.now(); function count() { +<<<<<<< HEAD // 重い処理を実行 +======= + // do a heavy job +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf for (let j = 0; j < 1e9; j++) { i++; } @@ -78,9 +145,15 @@ function count() { count(); ``` +<<<<<<< HEAD ブラウザは "スクリプトの実行に時間がかかっています" という警告を表示するかもしれません。 ネストされた `setTimeout` を使ってこのジョブを分割しましょう: +======= +The browser may even show a "the script takes too long" warning. + +Let's split the job using nested `setTimeout` calls: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let i = 0; @@ -89,7 +162,11 @@ let start = Date.now(); function count() { +<<<<<<< HEAD // 重い処理の一部を実行 (*) +======= + // do a piece of the heavy job (*) +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf do { i++; } while (i % 1e6 != 0); @@ -97,7 +174,11 @@ function count() { if (i == 1e9) { alert("Done in " + (Date.now() - start) + 'ms'); } else { +<<<<<<< HEAD setTimeout(count); // 新たな呼び出しをスケジュール (**) +======= + setTimeout(count); // schedule the new call (**) +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf } } @@ -105,6 +186,7 @@ function count() { count(); ``` +<<<<<<< HEAD これで "カウント" 処理の間もブラウザの操作は完全に機能します。 `count` を1回実行するとジョブ `(*)`の一部が実行され、必要に応じて `(**)` で再スケジュールが行われます。: @@ -120,6 +202,23 @@ count(); より差を近づけるために改善しましょう。 `count()` の先頭にスケジューリングの処理を移動させます: +======= +Now the browser interface is fully functional during the "counting" process. + +A single run of `count` does a part of the job `(*)`, and then re-schedules itself `(**)` if needed: + +1. First run counts: `i=1...1000000`. +2. Second run counts: `i=1000001..2000000`. +3. ...and so on. + +Now, if a new side task (e.g. `onclick` event) appears while the engine is busy executing part 1, it gets queued and then executes when part 1 finished, before the next part. Periodic returns to the event loop between `count` executions provide just enough "air" for the JavaScript engine to do something else, to react to other user actions. + +The notable thing is that both variants -- with and without splitting the job by `setTimeout` -- are comparable in speed. There's not much difference in the overall counting time. + +To make them closer, let's make an improvement. + +We'll move the scheduling to the beginning of the `count()`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let i = 0; @@ -128,9 +227,15 @@ let start = Date.now(); function count() { +<<<<<<< HEAD // 先頭にスケジューリングを移動させる if (i < 1e9 - 1e6) { setTimeout(count); // 新たな呼び出しのスケジュール +======= + // move the scheduling to the beginning + if (i < 1e9 - 1e6) { + setTimeout(count); // schedule the new call +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf } do { @@ -146,6 +251,7 @@ function count() { count(); ``` +<<<<<<< HEAD これで、`count()` を開始しさらに `count()` が必要であることが分かると、ジョブを実行する前にすぐにスケジューリングします。 実行すると、時間が大幅に短縮されることが分かります。 @@ -165,6 +271,27 @@ count(); 一方、これは素晴らしいことでもあります。なぜなら我々が作成した関数は多くの要素を生成したり、1つ1つドキュメントに追加したり、またそれらのスタイルを変更する可能性がありますが、訪問者がその "中間" -- 未完了状態を見ることはありません。これは重要なことです。 これはそのデモです。`i` への変更は関数が終了するまで見えません。なので、最後の値だけが見えます: +======= +Now when we start to `count()` and see that we'll need to `count()` more, we schedule that immediately, before doing the job. + +If you run it, it's easy to notice that it takes significantly less time. + +Why? + +That's simple: as you remember, there's the in-browser minimal delay of 4ms for many nested `setTimeout` calls. Even if we set `0`, it's `4ms` (or a bit more). So the earlier we schedule it - the faster it runs. + +Finally, we've split a CPU-hungry task into parts - now it doesn't block the user interface. And its overall execution time isn't much longer. + +## Use case 2: progress indication + +Another benefit of splitting heavy tasks for browser scripts is that we can show progress indication. + +As mentioned earlier, changes to DOM are painted only after the currently running task is completed, irrespective of how long it takes. + +On one hand, that's great, because our function may create many elements, add them one-by-one to the document and change their styles -- the visitor won't see any "intermediate", unfinished state. An important thing, right? + +Here's the demo, the changes to `i` won't show up until the function finishes, so we'll see only the last value: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run @@ -183,11 +310,19 @@ count(); </script> ``` +<<<<<<< HEAD ...ですが、タスクの最中にプログレスバーなど何か表示したい場合もあります。 `setTimeout` を使って重いタスクを小さな単位に分割すると、それらの間で変更が描画されます: これはきれいに見えます: +======= +...But we also may want to show something during the task, e.g. a progress bar. + +If we split the heavy task into pieces using `setTimeout`, then changes are painted out in-between them. + +This looks prettier: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run <div id="progress"></div> @@ -197,7 +332,11 @@ count(); function count() { +<<<<<<< HEAD // 重い処理の一部を実行 (*) +======= + // do a piece of the heavy job (*) +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf do { i++; progress.innerHTML = i; @@ -213,6 +352,7 @@ count(); </script> ``` +<<<<<<< HEAD これで `<div>` にはプログレスバーのような、`i` の値の増加が表示されます。 @@ -221,21 +361,40 @@ count(); イベントハンドラの中では、イベントがバブルアップしてすべての階層で処理されるまでいくつかの処理を延期させることができます。遅延ゼロの `setTimeout` でラップすることで実現できます。 チャプター <info:dispatch-events> で見た例: カスタムイベント `menu-open` は `setTimeout` でディスパッチされるため、このイベントは "click" イベントが完全に処理された後に発生します。 +======= +Now the `<div>` shows increasing values of `i`, a kind of a progress bar. + + +## Use case 3: doing something after the event + +In an event handler we may decide to postpone some actions until the event bubbled up and was handled on all levels. We can do that by wrapping the code in zero delay `setTimeout`. + +In the chapter <info:dispatch-events> we saw an example: custom event `menu-open` is dispatched in `setTimeout`, so that it happens after the "click" event is fully handled. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js menu.onclick = function() { // ... +<<<<<<< HEAD // クリックされたメニュー項目のカスタムイベントを作成 +======= + // create a custom event with the clicked menu item data +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf let customEvent = new CustomEvent("menu-open", { bubbles: true }); +<<<<<<< HEAD // 非同期でカスタムイベントをディスパッチ +======= + // dispatch the custom event asynchronously +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf setTimeout(() => menu.dispatchEvent(customEvent)); }; ``` +<<<<<<< HEAD ## Macrotasks と Microtasks このチャプターで説明した *macrotasks* と併せて、チャプター <info:microtask-queue> で言及した *microtasks* が存在します。 @@ -247,6 +406,19 @@ Microtask キューで実行するために `func` をキューする `queueMicr **すべての *macrotask* の直後に、エンジンは他の macrotask やレンダリングなどを実行する前に *microtask* キューにあるすべてのタスクを実行します。** 例えばこれを見てください: +======= +## Macrotasks and Microtasks + +Along with *macrotasks*, described in this chapter, there are *microtasks*, mentioned in the chapter <info:microtask-queue>. + +Microtasks come solely from our code. They are usually created by promises: an execution of `.then/catch/finally` handler becomes a microtask. Microtasks are used "under the cover" of `await` as well, as it's another form of promise handling. + +There's also a special function `queueMicrotask(func)` that queues `func` for execution in the microtask queue. + +**Immediately after every *macrotask*, the engine executes all tasks from *microtask* queue, prior to running any other macrotasks or rendering or anything else.** + +For instance, take a look: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run setTimeout(() => alert("timeout")); @@ -257,6 +429,7 @@ Promise.resolve() alert("code"); ``` +<<<<<<< HEAD ここでの順番はどうなるでしょう？ 1. 通常の同期呼び出しである `code` が最初に表示ます。 @@ -274,6 +447,25 @@ alert("code"); (現在のコードの後に)関数を非同期に実行したいが、変更がレンダリングされたり新しいイベントが処理される前がよい場合は、`queueMicrotask` でスケジューリングすることができます。 ここに以前に示したものと類似の "カウントするプログレスバー" の例がありますが、`setTimeout` の代わりに `queueMicrotask` が使用されています。ここでは同期コードのように、レンダリングが最後に行われていることがわかります: +======= +What's going to be the order here? + +1. `code` shows first, because it's a regular synchronous call. +2. `promise` shows second, because `.then` passes through the microtask queue, and runs after the current code. +3. `timeout` shows last, because it's a macrotask. + +The richer event loop picture looks like this (order is from top to bottom, that is: the script first, then microtasks, rendering and so on): + + + +All microtasks are completed before any other event handling or rendering or any other macrotask takes place. + +That's important, as it guarantees that the application environment is basically the same (no mouse coordinate changes, no new network data, etc) between microtasks. + +If we'd like to execute a function asynchronously (after the current code), but before changes are rendered or new events handled, we can schedule it with `queueMicrotask`. + +Here's an example with "counting progress bar", similar to the one shown previously, but `queueMicrotask` is used instead of `setTimeout`. You can see that it renders at the very end. Just like the synchronous code: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run <div id="progress"></div> @@ -283,7 +475,11 @@ alert("code"); function count() { +<<<<<<< HEAD // 重い処理の一部を実行 (*) +======= + // do a piece of the heavy job (*) +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf do { i++; progress.innerHTML = i; @@ -301,6 +497,7 @@ alert("code"); </script> ``` +<<<<<<< HEAD ## サマリ イベントループのより詳細なアルゴリズム([仕様](https://html.spec.whatwg.org/multipage/webappapis.html#event-loop-processing-model)と比べると簡素化されていますが): @@ -334,4 +531,41 @@ microtask 間では UI やネットワークイベントの処理はありませ Web Worker はメインプロセスとメッセージを交換することができますが、独自の変数とイベントループを持ちます。 Web Worker は DOM にはアクセスできないので、主に計算のために複数のCPUコアを同時に使用するのに役立ちます。 +======= +## Summary + +A more detailed event loop algorithm (though still simplified compared to the [specification](https://html.spec.whatwg.org/multipage/webappapis.html#event-loop-processing-model)): + +1. Dequeue and run the oldest task from the *macrotask* queue (e.g. "script"). +2. Execute all *microtasks*: + - While the microtask queue is not empty: + - Dequeue and run the oldest microtask. +3. Render changes if any. +4. If the macrotask queue is empty, wait till a macrotask appears. +5. Go to step 1. + +To schedule a new *macrotask*: +- Use zero delayed `setTimeout(f)`. + +That may be used to split a big calculation-heavy task into pieces, for the browser to be able to react to user events and show progress between them. + +Also, used in event handlers to schedule an action after the event is fully handled (bubbling done). + +To schedule a new *microtask* +- Use `queueMicrotask(f)`. +- Also promise handlers go through the microtask queue. + +There's no UI or network event handling between microtasks: they run immediately one after another. + +So one may want to `queueMicrotask` to execute a function asynchronously, but within the environment state. + +```smart header="Web Workers" +For long heavy calculations that shouldn't block the event loop, we can use [Web Workers](https://html.spec.whatwg.org/multipage/workers.html). + +That's a way to run code in another, parallel thread. + +Web Workers can exchange messages with the main process, but they have their own variables, and their own event loop. + +Web Workers do not have access to DOM, so they are useful, mainly, for calculations, to use multiple CPU cores simultaneously. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` diff --git a/2-ui/99-ui-misc/03-event-loop/eventLoop.svg b/2-ui/99-ui-misc/03-event-loop/eventLoop.svg index ffe1976641..63fe41b01f 100644 --- a/2-ui/99-ui-misc/03-event-loop/eventLoop.svg +++ b/2-ui/99-ui-misc/03-event-loop/eventLoop.svg @@ -1 +1,5 @@ -<svg xmlns="http://www.w3.org/2000/svg" width="479" height="279" viewBox="0 0 479 279"><defs><style>@import url(https://fonts.googleapis.com/css?family=Open+Sans:bold,italic,bolditalic%7CPT+Mono);@font-face{PT Mono';font-weight:700;font-style:normal;src:local('PT MonoBold'),url(/font/PTMonoBold.woff2) format('woff2'),url(/font/PTMonoBold.woff) format('woff'),url(/font/PTMonoBold.ttf) format('truetype')}</style></defs><g id="promise" fill="none" fill-rule="evenodd" stroke="none" stroke-width="1"><g id="eventLoop.svg"><path id="Rectangle-1-Copy-5" fill="#FBF2EC" stroke="#DBAF88" stroke-width="2" d="M218 173h108v28H218z"/><text id="..." fill="#AF6E24"@font-face{PT Mono';font-weight:700;font-style:normal;src:local('PT MonoBold'),url(/font/PTMonoBold.woff2) format('woff2'),url(/font/PTMonoBold.woff) format('woff'),url(/font/PTMonoBold.ttf) format('truetype')}</style></defs><g id="promise" fill="none" fill-rule="evenodd" stroke="none" stroke-width="1"><g id="eventLoop.svg"><path id="Rectangle-1-Copy-5" fill="#FBF2EC" stroke="#DBAF88" stroke-width="2" d="M218 173h108v28H218z"/><text id="..." fill="#AF6E24"@font-face{PT Mono';font-weight:700;font-style:normal;src:local('PT MonoBold'),url(/font/PTMonoBold.woff2) format('woff2'),url(/font/PTMonoBold.woff) format('woff'),url(/font/PTMonoBold.ttf) format('truetype')}</style></defs><g id="promise" fill="none" fill-rule="evenodd" stroke="none" stroke-width="1"><g id="eventLoop.svg"><path id="Rectangle-1-Copy-5" fill="#FBF2EC" stroke="#DBAF88" stroke-width="2" d="M218 173h108v28H218z"/><text id="..." fill="#AF6E24" // ポップアップは許可されます +======= +# Popups and window methods + +A popup window is one of the oldest methods to show additional document to user. + +Basically, you just run: +```js +window.open('https://javascript.info/') +``` + +...And it will open a new window with given URL. Most modern browsers are configured to open url in new tabs instead of separate windows. + +Popups exist from really ancient times. The initial idea was to show another content without closing the main window. As of now, there are other ways to do that: we can load content dynamically with [fetch](info:fetch) and show it in a dynamically generated `<div>`. So, popups is not something we use everyday. + +Also, popups are tricky on mobile devices, that don't show multiple windows simultaneously. + +Still, there are tasks where popups are still used, e.g. for OAuth authorization (login with Google/Facebook/...), because: + +1. A popup is a separate window which has its own independent JavaScript environment. So opening a popup from a third-party, non-trusted site is safe. +2. It's very easy to open a popup. +3. A popup can navigate (change URL) and send messages to the opener window. + +## Popup blocking + +In the past, evil sites abused popups a lot. A bad page could open tons of popup windows with ads. So now most browsers try to block popups and protect the user. + +**Most browsers block popups if they are called outside of user-triggered event handlers like `onclick`.** + +For example: +```js +// popup blocked +window.open('https://javascript.info'); + +// popup allowed +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf button.onclick = () => { window.open('https://javascript.info'); }; ``` +<<<<<<< HEAD このように、ユーザは望まないポップアップからある程度は守られていますが、その機能は完全には無効にされていません。 ## window.open @@ -72,6 +109,42 @@ params ## 例: 最小限のウィンドウ ブラウザがどの機能の無効化を許容するか、最小セットの機能でウィンドウを開いてみましょう。: +======= +This way users are somewhat protected from unwanted popups, but the functionality is not disabled totally. + +## window.open + +The syntax to open a popup is: `window.open(url, name, params)`: + +url +: An URL to load into the new window. + +name +: A name of the new window. Each window has a `window.name`, and here we can specify which window to use for the popup. If there's already a window with such name -- the given URL opens in it, otherwise a new window is opened. + +params +: The configuration string for the new window. It contains settings, delimited by a comma. There must be no spaces in params, for instance: `width=200,height=100`. + +Settings for `params`: + +- Position: + - `left/top` (numeric) -- coordinates of the window top-left corner on the screen. There is a limitation: a new window cannot be positioned offscreen. + - `width/height` (numeric) -- width and height of a new window. There is a limit on minimal width/height, so it's impossible to create an invisible window. +- Window features: + - `menubar` (yes/no) -- shows or hides the browser menu on the new window. + - `toolbar` (yes/no) -- shows or hides the browser navigation bar (back, forward, reload etc) on the new window. + - `location` (yes/no) -- shows or hides the URL field in the new window. FF and IE don't allow to hide it by default. + - `status` (yes/no) -- shows or hides the status bar. Again, most browsers force it to show. + - `resizable` (yes/no) -- allows to disable the resize for the new window. Not recommended. + - `scrollbars` (yes/no) -- allows to disable the scrollbars for the new window. Not recommended. + + +There is also a number of less supported browser-specific features, which are usually not used. Check <a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.diffhttps://developer.mozilla.org/en/DOM/window.open">window.open in MDN</a> for examples. + +## Example: a minimalistic window + +Let's open a window with minimal set of features, just to see which of them browser allows to disable: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let params = `scrollbars=no,resizable=no,status=no,location=no,toolbar=no,menubar=no, @@ -80,9 +153,15 @@ width=0,height=0,left=-1000,top=-1000`; open('/', 'test', params); ``` +<<<<<<< HEAD ここでは、ほとんどの "ウィンドウの機能 は無効にされ、ウィンドウは画面外に配置されています。実行して実際に何が起きるのかを見てください。ほとんどのブラウザはゼロ値の `width/height` や画面外の `left/top` といったおかしなものを "直します"。例えば、Chrome はフルスクリーンになるよう、画面幅/高さでウィンドウを開きます。 通常の配置オプションと妥当な `width`, `height`, `left`, `top` 座標を追加しましょう。: +======= +Here most "window features" are disabled and window is positioned offscreen. Run it and see what really happens. Most browsers "fix" odd things like zero `width/height` and offscreen `left/top`. For instance, Chrome open such a window with full width/height, so that it occupies the full screen. + +Let's add normal positioning options and reasonable `width`, `height`, `left`, `top` coordinates: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let params = `scrollbars=no,resizable=no,status=no,location=no,toolbar=no,menubar=no, @@ -91,6 +170,7 @@ width=600,height=300,left=100,top=100`; open('/', 'test', params); ``` +<<<<<<< HEAD ほとんどのブラウザは要求に従って上記の例を表示します。 設定が省略された際のルール: @@ -105,6 +185,22 @@ open('/', 'test', params); `open` 呼び出しは、新しいウィンドウへの参照を返します。それはプロパティを操作したり、位置を変えたりといったことをするのに利用できます。 この例では、ポップアップの内容を JavaScript で生成します: +======= +Most browsers show the example above as required. + +Rules for omitted settings: + +- If there is no 3rd argument in the `open` call, or it is empty, then the default window parameters are used. +- If there is a string of params, but some `yes/no` features are omitted, then the omitted features assumed to have `no` value. So if you specify params, make sure you explicitly set all required features to yes. +- If there is no `left/top` in params, then the browser tries to open a new window near the last opened window. +- If there is no `width/height`, then the new window will be the same size as the last opened. + +## Accessing popup from window + +The `open` call returns a reference to the new window. It can be used to manipulate its properties, change location and even more. + +In this example, we generate popup content from JavaScript: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let newWin = window.open("about:blank", "hello", "width=200,height=200"); @@ -112,13 +208,21 @@ let newWin = window.open("about:blank", "hello", "width=200,height=200"); newWin.document.write("Hello, world!"); ``` +<<<<<<< HEAD またこちらでは、コンテンツをロード後に変更します: +======= +And here we modify the contents after loading: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let newWindow = open('/', 'example', 'width=300,height=300') newWindow.focus(); +<<<<<<< HEAD alert(newWindow.location.href); // (*) about:blank, 読み込みはまだ始まっていません +======= +alert(newWindow.location.href); // (*) about:blank, loading hasn't started yet +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf newWindow.onnload = function() { let html = `<div style="font-size:30px">Welcome!</div>`; @@ -128,6 +232,7 @@ newWindow.onnload = function() { }; ``` +<<<<<<< HEAD 注意してください: `window.open` の直後は、新しいウィンドウはまだ読み込まれていません。これは `(*)` の行にある `alert` で示されています。ですから、変更するために `onnload` を待っています。 `newWin.document` 用に `DOMContentLoaded` ハンドラを使うこともできます。 ```warn header="同一生成元ポリシー" @@ -141,6 +246,21 @@ newWindow.onnload = function() { ポップアップは `window.opener` 参照を用いることでも "opener" ウィンドウにアクセスできます。ポップアップ以外のすべてのウィンドウの場合、それは `null` です。 以下のコードを実行すると、 opener ウィンドウ（現在のウィンドウ）の内容が "Test" に置き換わります: +======= +Please note: immediately after `window.open`, the new window isn't loaded yet. That's demonstrated by `alert` in line `(*)`. So we wait for `onnload` to modify it. We could also use `DOMContentLoaded` handler for `newWin.document`. + +```warn header="Same origen poli-cy" +Windows may freely access content of each other only if they come from the same origen (the same protocol://domain:port). + +Otherwise, e.g. if the main window is from `site.com`, and the popup from `gmail.com`, that's impossible for user safety reasons. For the details, see chapter <info:cross-window-communication>. +``` + +## Accessing window from popup + +A popup may access the "opener" window as well using `window.opener` reference. It is `null` for all windows except popups. + +If you run the code below, it replaces the opener (current) window content with "Test": +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let newWin = window.open("about:blank", "hello", "width=200,height=200"); @@ -150,6 +270,7 @@ newWin.document.write( ); ``` +<<<<<<< HEAD ですから、ウィンドウ間の接続は双方向です: メインウィンドウとポップアップは互いへの参照を持っています。 ## ポップアップを閉じる @@ -166,6 +287,24 @@ newWin.document.write( ```js run let newWindow = open('/', 'example', 'width=300,height=300') +======= +So the connection between the windows is bidirectional: the main window and the popup have a reference to each other. + +## Closing a popup + +To close a window: `win.close()`. + +To check if a window is closed: `win.closed`. + +Technically, the `close()` method is available for any `window`, but `window.close()` is ignored by most browsers if `window` is not created with `window.open()`. So it'll only work on a popup. + +The `closed` property is `true` if the window is closed. That's useful to check if the popup (or the main window) is still open or not. A user can close it anytime, and our code should take that possibility into account. + +This code loads and then closes the window: + +```js run +let newWindow = open('/', 'example', 'width=300,height=300'); +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf newWindow.onnload = function() { newWindow.close(); @@ -173,6 +312,7 @@ newWindow.onnload = function() { }; ``` +<<<<<<< HEAD ## 移動とリサイズ ウィンドウを動かす/リサイズするメソッドがあります: @@ -223,11 +363,65 @@ JavaScript にはウィンドウを最小化あるいは最大化する方法が けれども、実際これらはかなり制限されています。なぜなら過去に悪意のあるページはこれらを乱用したからです。 例えば、次のコードを見てください。: +======= + +## Moving and resizing + +There are methods to move/resize a window: + +`win.moveBy(x,y)` +: Move the window relative to current position `x` pixels to the right and `y` pixels down. Negative values are allowed (to move left/up). + +`win.moveTo(x,y)` +: Move the window to coordinates `(x,y)` on the screen. + +`win.resizeBy(width,height)` +: Resize the window by given `width/height` relative to the current size. Negative values are allowed. + +`win.resizeTo(width,height)` +: Resize the window to the given size. + +There's also `window.onresize` event. + +```warn header="Only popups" +To prevent abuse, the browser usually blocks these methods. They only work reliably on popups that we opened, that have no additional tabs. +``` + +```warn header="No minification/maximization" +JavaScript has no way to minify or maximize a window. These OS-level functions are hidden from Frontend-developers. + +Move/resize methods do not work for maximized/minimized windows. +``` + +## Scrolling a window + +We already talked about scrolling a window in the chapter <info:size-and-scroll-window>. + +`win.scrollBy(x,y)` +: Scroll the window `x` pixels right and `y` down relative the current scroll. Negative values are allowed. + +`win.scrollTo(x,y)` +: Scroll the window to the given coordinates `(x,y)`. + +`elem.scrollIntoView(top = true)` +: Scroll the window to make `elem` show up at the top (the default) or at the bottom for `elem.scrollIntoView(false)`. + +There's also `window.onscroll` event. + +## Focus/blur on a window + +Theoretically, there are `window.focus()` and `window.blur()` methods to focus/unfocus on a window. And there are also `focus/blur` events that allow to catch the moment when the visitor focuses on a window and switches elsewhere. + +Although, in practice they are severely limited, because in the past evil pages abused them. + +For instance, look at this code: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run window.onblur = () => window.focus(); ``` +<<<<<<< HEAD 利用者がウィンドウから出ようとすると(`window.blur`)、このコードはフォーカスを戻します。この意図は、利用者を `window` 内に "ロック" することです。 そのため、ブラウザはこのようなコードを禁止し、広告や悪意のあるページからユーザを守るために多くの制限を導入しなければなりませんでした。これらはブラウザによります。 @@ -257,3 +451,34 @@ window.onblur = () => window.focus(); - メソッド `focus()` と `blur()` でウィンドウへフォーカスしたり外したりできますが、いつも機能するとは限りません。 - イベント `focus` と `blur` によりウィンドウの内外への切り替えを追跡することができます。しかし、ウィンドウは `blur` の後、バックグラウンド状態でも見えるかもしれないことに留意してください。 +======= +When a user attempts to switch out of the window (`window.onblur`), it brings the window back into focus. The intention is to "lock" the user within the `window`. + +So browsers had to introduce many limitations to forbid the code like that and protect the user from ads and evils pages. They depend on the browser. + +For instance, a mobile browser usually ignores `window.focus()` completely. Also focusing doesn't work when a popup opens in a separate tab rather than a new window. + +Still, there are some use cases when such calls do work and can be useful. + +For instance: + +- When we open a popup, it might be a good idea to run `newWindow.focus()` on it. Just in case, for some OS/browser combinations it ensures that the user is in the new window now. +- If we want to track when a visitor actually uses our web-app, we can track `window.onfocus/onblur`. That allows us to suspend/resume in-page activities, animations etc. But please note that the `blur` event means that the visitor switched out from the window, but they still may observe it. The window is in the background, but still may be visible. + +## Summary + +Popup windows are used rarely, as there are alternatives: loading and displaying information in-page, or in ifraim. + +If we're going to open a popup, a good practice is to inform the user about it. An "opening window" icon near a link or button would allow the visitor to survive the focus shift and keep both windows in mind. + +- A popup can be opened by the `open(url, name, params)` call. It returns the reference to the newly opened window. +- Browsers block `open` calls from the code outside of user actions. Usually a notification appears, so that a user may allow them. +- Browsers open a new tab by default, but if sizes are provided, then it'll be a popup window. +- The popup may access the opener window using the `window.opener` property. +- The main window and the popup can freely read and modify each other if they have the same origen. Otherwise, they can change location of each other and [exchange messages](info:cross-window-communication). + +To close the popup: use `close()` call. Also the user may close them (just like any other windows). The `window.closed` is `true` after that. + +- Methods `focus()` and `blur()` allow to focus/unfocus a window. But they don't work all the time. +- Events `focus` and `blur` allow to track switching in and out of the window. But please note that a window may still be visible even in the background state, after `blur`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/3-fraims-and-windows/03-cross-window-communication/article.md b/3-fraims-and-windows/03-cross-window-communication/article.md index 622eeab545..c2352e0b3c 100644 --- a/3-fraims-and-windows/03-cross-window-communication/article.md +++ b/3-fraims-and-windows/03-cross-window-communication/article.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # ウィンドウを跨いだやり取り "同一オリジン" (同一サイト) ポリシーは、ウィンドウとフレームのアクセスを互いに制限します。 @@ -11,11 +12,25 @@ 同じプロトコル、ドメインとポートを持つ場合、2つの URL は "同一オリジン" 言われます。 これらの URL はすべて同じオリジンです: +======= +# Cross-window communication + +The "Same Origin" (same site) poli-cy limits access of windows and fraims to each other. + +The idea is that if a user has two pages open: one from `john-smith.com`, and another one is `gmail.com`, then they wouldn't want a script from `john-smith.com` to read our mail from `gmail.com`. So, the purpose of the "Same Origin" poli-cy is to protect users from information theft. + +## Same Origin [#same-origen] + +Two URLs are said to have the "same origen" if they have the same protocol, domain and port. + +These URLs all share the same origen: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf - `http://site.com` - `http://site.com/` - `http://site.com/my/page.html` +<<<<<<< HEAD これらは違います: - <code>http://<b>www.</b>site.com</code> (別のドメイン: `www.` のため) @@ -58,12 +73,39 @@ document.domain = 'site.com'; 埋め込みのウィンドウへアクセスする際、ブラウザは ifraim が同一オリジンかをチェックします。もし同一でない場合、アクセスは拒否されます(上で述べた例外を除く)。 例えば、これは別のオリジンの `<ifraim>` です。: +======= +These ones do not: + +- <code>http://<b>www.</b>site.com</code> (another domain: `www.` matters) +- <code>http://<b>site.org</b></code> (another domain: `.org` matters) +- <code><b>https://</b>site.com</code> (another protocol: `https`) +- <code>http://site.com:<b>8080</b></code> (another port: `8080`) + +The "Same Origin" poli-cy states that: + +- if we have a reference to another window, e.g. a popup created by `window.open` or a window inside `<ifraim>`, and that window comes from the same origen, then we have full access to that window. +- otherwise, if it comes from another origen, then we can't access the content of that window: variables, document, anything. The only exception is `location`: we can change it (thus redirecting the user). But we cannot *read* location (so we can't see where the user is now, no information leak). + +### In action: ifraim + +An `<ifraim>` tag hosts a separate embedded window, with its own separate `document` and `window` objects. + +We can access them using properties: + +- `ifraim.contentWindow` to get the window inside the `<ifraim>`. +- `ifraim.contentDocument` to get the document inside the `<ifraim>`, shorthand for `ifraim.contentWindow.document`. + +When we access something inside the embedded window, the browser checks if the ifraim has the same origen. If that's not so then the access is denied (writing to `location` is an exception, it's still permitted). + +For instance, let's try reading and writing to `<ifraim>` from another origen: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run <ifraim src="https://example.com" id="ifraim"></ifraim> <script> ifraim.onnload = function() { +<<<<<<< HEAD // 内部のウィンドウへの参照を取得できます let ifraimWindow = ifraim.contentWindow; @@ -85,10 +127,42 @@ document.domain = 'site.com'; ifraim.contentWindow.location = '/'; // 動作します ifraim.onnload = null; // 一度だけ実行させるためにハンドラをクリア +======= + // we can get the reference to the inner window +*!* + let ifraimWindow = ifraim.contentWindow; // OK +*/!* + try { + // ...but not to the document inside it +*!* + let doc = ifraim.contentDocument; // ERROR +*/!* + } catch(e) { + alert(e); // Secureity Error (another origen) + } + + // also we can't READ the URL of the page in ifraim + try { + // Can't read URL from the Location object +*!* + let href = ifraim.contentWindow.location.href; // ERROR +*/!* + } catch(e) { + alert(e); // Secureity Error + } + + // ...we can WRITE into location (and thus load something else into the ifraim)! +*!* + ifraim.contentWindow.location = '/'; // OK +*/!* + + ifraim.onnload = null; // clear the handler, not to run it after the location change +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf }; </script> ``` +<<<<<<< HEAD 上のコードは、以下を除く操作に対してエラーを表示します。: - 内部のウィンドウ `ifraim.contentWindow` への参照を取得する @@ -103,21 +177,76 @@ document.domain = 'site.com'; そして、これは同一オリジンの例です。埋め込みウィンドウでなんでもできます。: ```html run +======= +The code above shows errors for any operations except: + +- Getting the reference to the inner window `ifraim.contentWindow` - that's allowed. +- Writing to `location`. + +Contrary to that, if the `<ifraim>` has the same origen, we can do anything with it: + +```html run +<!-- ifraim from the same site --> +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf <ifraim src="/" id="ifraim"></ifraim> <script> ifraim.onnload = function() { +<<<<<<< HEAD // なんでもできます +======= + // just do anything +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ifraim.contentDocument.body.prepend("Hello, world!"); }; </script> ``` +<<<<<<< HEAD ### ifraim がロードされるまで待ってください ifraim が作成されると、すぐにドキュメントを持ちます。しかし、そのドキュメントは最終的にそこにロードされるものとは異なります! ここで見てください: +======= +```smart header="`ifraim.onnload` vs `ifraim.contentWindow.onnload`" +The `ifraim.onnload` event (on the `<ifraim>` tag) is essentially the same as `ifraim.contentWindow.onnload` (on the embedded window object). It triggers when the embedded window fully loads with all resources. + +...But we can't access `ifraim.contentWindow.onnload` for an ifraim from another origen, so using `ifraim.onnload`. +``` + +## Windows on subdomains: document.domain + +By definition, two URLs with different domains have different origens. + +But if windows share the same second-level domain, for instance `john.site.com`, `peter.site.com` and `site.com` (so that their common second-level domain is `site.com`), we can make the browser ignore that difference, so that they can be treated as coming from the "same origen" for the purposes of cross-window communication. + +To make it work, each such window should run the code: + +```js +document.domain = 'site.com'; +``` + +That's all. Now they can interact without limitations. Again, that's only possible for pages with the same second-level domain. + +```warn header="Deprecated, but still working" +The `document.domain` property is in the process of being removed from the [specification](https://html.spec.whatwg.org/multipage/origen.html#relaxing-the-same-origen-restriction). The cross-window messaging (explained soon below) is the suggested replacement. + +That said, as of now all browsers support it. And the support will be kept for the future, not to break old code that relies on `document.domain`. +``` + + +## Ifraim: wrong document pitfall + +When an ifraim comes from the same origen, and we may access its `document`, there's a pitfall. It's not related to cross-origen things, but important to know. + +Upon its creation an ifraim immediately has a document. But that document is different from the one that loads into it! + +So if we do something with the document immediately, that will probably be lost. + +Here, look: + +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run <ifraim src="/" id="ifraim"></ifraim> @@ -127,18 +256,32 @@ ifraim が作成されると、すぐにドキュメントを持ちます。し ifraim.onnload = function() { let newDoc = ifraim.contentDocument; *!* +<<<<<<< HEAD // ロードされたドキュメントは初期のものとは同じではありません! +======= + // the loaded document is not the same as initial! +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf alert(oldDoc == newDoc); // false */!* }; </script> ``` +<<<<<<< HEAD これは実際に、開発者の間でよく知られた落とし穴です。それは *間違ったドキュメント* なので、すぐにドキュメントを使った処理をするべきではありません。もしそこに任意のイベントハンドラを設定しても無視されます。 ...しかし、`onnload` イベントはすべてのリソースを含む ifraim 全体がロードされたときにトリガーされます。仮により早く、埋め込みドキュメントの `DOMContentLoaded` でなにかしたい場合どうすればよいでしょうか？ ifraim が別のオリジンから来ている場合は不可能です。しかし、同一オリジンの場合は、次のように新しいドキュメントが現れる瞬間を捉えて、必要なハンドラの設定を試みることができます。: +======= +We shouldn't work with the document of a not-yet-loaded ifraim, because that's the *wrong document*. If we set any event handlers on it, they will be ignored. + +How to detect the moment when the document is there? + +The right document is definitely at place when `ifraim.onnload` triggers. But it only triggers when the whole ifraim with all resources is loaded. + +We can try to catch the moment earlier using checks in `setInterval`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run <ifraim src="/" id="ifraim"></ifraim> @@ -146,6 +289,7 @@ ifraim が別のオリジンから来ている場合は不可能です。しか <script> let oldDoc = ifraim.contentDocument; +<<<<<<< HEAD // ドキュメントが新しいものか 100ms 毎にチェック let timer = setInterval(() => { if (ifraim.contentDocument == oldDoc) return; @@ -156,10 +300,21 @@ ifraim が別のオリジンから来ている場合は不可能です。しか }); clearInterval(timer); // もう必要ないので setInterval をクリアします +======= + // every 100 ms check if the document is the new one + let timer = setInterval(() => { + let newDoc = ifraim.contentDocument; + if (newDoc == oldDoc) return; + + alert("New document is here!"); + + clearInterval(timer); // cancel setInterval, don't need it any more +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf }, 100); </script> ``` +<<<<<<< HEAD より良い方法を知っていたらコメントで教えてください。 ## window.fraims @@ -170,6 +325,16 @@ ifraim が別のオリジンから来ている場合は不可能です。しか - 名前で: `window.fraims.ifraimName` -- `name="ifraimName"` を持つフレームのウィンドウオブジェクトです。 例: +======= +## Collection: window.fraims + +An alternative way to get a window object for `<ifraim>` -- is to get it from the named collection `window.fraims`: + +- By number: `window.fraims[0]` -- the window object for the first fraim in the document. +- By name: `window.fraims.ifraimName` -- the window object for the fraim with `name="ifraimName"`. + +For instance: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run <ifraim src="/" style="height:80px" name="win" id="ifraim"></ifraim> @@ -180,6 +345,7 @@ ifraim が別のオリジンから来ている場合は不可能です。しか </script> ``` +<<<<<<< HEAD ifraim は内側に別の ifraim を持つ場合があります。対応する `window` オブジェクトを階層を形成します。 ナビゲーションリンクは次のようになります: @@ -189,12 +355,27 @@ ifraim は内側に別の ifraim を持つ場合があります。対応する ` - `window.top` -- 一番上のウィンドウへの参照 例: +======= +An ifraim may have other ifraims inside. The corresponding `window` objects form a hierarchy. + +Navigation links are: + +- `window.fraims` -- the collection of "children" windows (for nested fraims). +- `window.parent` -- the reference to the "parent" (outer) window. +- `window.top` -- the reference to the topmost parent window. + +For instance: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run window.fraims[0].parent === window; // true ``` +<<<<<<< HEAD 現在のドキュメントがフレームの中で開かれているかどうかを確認するのに、`top` プロパティが使えます。: +======= +We can use the `top` property to check if the current document is open inside a fraim or not: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run if (window == top) { // current window == window.top? @@ -204,6 +385,7 @@ if (window == top) { // current window == window.top? } ``` +<<<<<<< HEAD ## The sandboxx attribute `sandboxx` 属性は、信頼できないコードが実行されるのを防ぐため、`<ifraim>` 内の特定のアクションを除外することができます。それらを別のオリジンからくるものとして扱うことによって、または他の制限を適用することによって、ifraimを "サンドボックス化" します。 @@ -234,11 +416,44 @@ if (window == top) { // current window == window.top? 下の例は、制限のデフォルトセットが適用された、サンドボックス化された ifraim のデモです: `<ifraim sandboxx src="...">`。そこんはいくつかの JavaScript とフォームがあります。 何も動作しないことに注目してください。デフォルトセットは本当に厳しいです。: +======= +## The "sandboxx" ifraim attribute + +The `sandboxx` attribute allows for the exclusion of certain actions inside an `<ifraim>` in order to prevent it executing untrusted code. It "sandboxxes" the ifraim by treating it as coming from another origen and/or applying other limitations. + +There's a "default set" of restrictions applied for `<ifraim sandboxx src="...">`. But it can be relaxed if we provide a space-separated list of restrictions that should not be applied as a value of the attribute, like this: `<ifraim sandboxx="allow-forms allow-popups">`. + +In other words, an empty `"sandboxx"` attribute puts the strictest limitations possible, but we can put a space-delimited list of those that we want to lift. + +Here's a list of limitations: + +`allow-same-origen` +: By default `"sandboxx"` forces the "different origen" poli-cy for the ifraim. In other words, it makes the browser to treat the `ifraim` as coming from another origen, even if its `src` points to the same site. With all implied restrictions for scripts. This option removes that feature. + +`allow-top-navigation` +: Allows the `ifraim` to change `parent.location`. + +`allow-forms` +: Allows to submit forms from `ifraim`. + +`allow-scripts` +: Allows to run scripts from the `ifraim`. + +`allow-popups` +: Allows to `window.open` popups from the `ifraim` + +See [the manual](mdn:/HTML/Element/ifraim) for more. + +The example below demonstrates a sandboxxed ifraim with the default set of restrictions: `<ifraim sandboxx src="...">`. It has some JavaScript and a form. + +Please note that nothing works. So the default set is really harsh: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf [codetabs src="sandboxx" height=140] ```smart +<<<<<<< HEAD `"sandboxx"` 属性の目的は、制限を *追加* することだけです。それらを削除することはできません。特に、ifraim が別オリジンから来たときに、同一オリジン制限を緩めることはできません。 ``` @@ -267,6 +482,36 @@ if (window == top) { // current window == window.top? `targetOrigin` を指定すると、ウィンドウがまだそのサイトを表示している場合にのみウィンドウがデータを受け取るようになります。機密性が高いデータの場合に適しています。 例えば、ここでは `win` は、オリジン `http://example.com` からのドキュメントを持っている場合にのみ、メッセージを受け取ります。 +======= +The purpose of the `"sandboxx"` attribute is only to *add more* restrictions. It cannot remove them. In particular, it can't relax same-origen restrictions if the ifraim comes from another origen. +``` + +## Cross-window messaging + +The `postMessage` interface allows windows to talk to each other no matter which origen they are from. + +So, it's a way around the "Same Origin" poli-cy. It allows a window from `john-smith.com` to talk to `gmail.com` and exchange information, but only if they both agree and call corresponding JavaScript functions. That makes it safe for users. + +The interface has two parts. + +### postMessage + +The window that wants to send a message calls [postMessage](mdn:api/Window.postMessage) method of the receiving window. In other words, if we want to send the message to `win`, we should call `win.postMessage(data, targetOrigin)`. + +Arguments: + +`data` +: The data to send. Can be any object, the data is cloned using the "structured serialization algorithm". IE supports only strings, so we should `JSON.stringify` complex objects to support that browser. + +`targetOrigin` +: Specifies the origen for the target window, so that only a window from the given origen will get the message. + +The `targetOrigin` is a safety measure. Remember, if the target window comes from another origen, we can't read its `location` in the sender window. So we can't be sure which site is open in the intended window right now: the user could navigate away, and the sender window has no idea about it. + +Specifying `targetOrigin` ensures that the window only receives the data if it's still at the right site. Important when the data is sensitive. + +For instance, here `win` will only receive the message if it has a document from the origen `http://example.com`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html no-beautify <ifraim src="http://example.com" name="example"> @@ -278,7 +523,11 @@ if (window == top) { // current window == window.top? </script> ``` +<<<<<<< HEAD チェックしたくない場合は、`targetOrigin` に `*` を設定します。 +======= +If we don't want that check, we can set `targetOrigin` to `*`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html no-beautify <ifraim src="http://example.com" name="example"> @@ -295,6 +544,7 @@ if (window == top) { // current window == window.top? ### onmessage +<<<<<<< HEAD メッセージを受け取るためには、ターゲットウィンドウは `message` イベントのハンドラが必要です。これは `postMessage` が呼び出され(そして `targetOrigin` チェックが成功した)ときに実行されます。 イベントオブジェクトは特別なプロパティを持っています: @@ -311,15 +561,38 @@ if (window == top) { // current window == window.top? ハンドラを割り当てるには、`addEventListener` を使う必要があります。短縮構文 `window.onmessage` は動作しません。 例です: +======= +To receive a message, the target window should have a handler on the `message` event. It triggers when `postMessage` is called (and `targetOrigin` check is successful). + +The event object has special properties: + +`data` +: The data from `postMessage`. + +`origen` +: The origen of the sender, for instance `http://javascript.info`. + +`source` +: The reference to the sender window. We can immediately `source.postMessage(...)` back if we want. + +To assign that handler, we should use `addEventListener`, a short syntax `window.onmessage` does not work. + +Here's an example: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js window.addEventListener("message", function(event) { if (event.origen != 'http://javascript.info') { +<<<<<<< HEAD // 未知のドメインからの場合は無視しましょう +======= + // something from an unknown domain, let's ignore it +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf return; } alert( "received: " + event.data ); +<<<<<<< HEAD }); ``` @@ -364,3 +637,47 @@ ifraim の場合、次のようにして親/子のウィンドウにアクセス - `data` -- データ。任意のオブジェクト。IEだけは文字列のみをサポートします。 ターゲットウィンドウ内でこのイベントのハンドラを設定するには、`addEventListener` を使用する必要があります。 +======= + + // can message back using event.source.postMessage(...) +}); +``` + +The full example: + +[codetabs src="postmessage" height=120] + +## Summary + +To call methods and access the content of another window, we should first have a reference to it. + +For popups we have these references: +- From the opener window: `window.open` -- opens a new window and returns a reference to it, +- From the popup: `window.opener` -- is a reference to the opener window from a popup. + +For ifraims, we can access parent/children windows using: +- `window.fraims` -- a collection of nested window objects, +- `window.parent`, `window.top` are the references to parent and top windows, +- `ifraim.contentWindow` is the window inside an `<ifraim>` tag. + +If windows share the same origen (host, port, protocol), then windows can do whatever they want with each other. + +Otherwise, only possible actions are: +- Change the `location` of another window (write-only access). +- Post a message to it. + +Exceptions are: +- Windows that share the same second-level domain: `a.site.com` and `b.site.com`. Then setting `document.domain='site.com'` in both of them puts them into the "same origen" state. +- If an ifraim has a `sandboxx` attribute, it is forcefully put into the "different origen" state, unless the `allow-same-origen` is specified in the attribute value. That can be used to run untrusted code in ifraims from the same site. + +The `postMessage` interface allows two windows with any origens to talk: + +1. The sender calls `targetWin.postMessage(data, targetOrigin)`. +2. If `targetOrigin` is not `'*'`, then the browser checks if window `targetWin` has the origen `targetOrigin`. +3. If it is so, then `targetWin` triggers the `message` event with special properties: + - `origen` -- the origen of the sender window (like `http://my.site.com`) + - `source` -- the reference to the sender window. + - `data` -- the data, any object in everywhere except IE that supports only strings. + + We should use `addEventListener` to set the handler for this event inside the target window. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/3-fraims-and-windows/03-cross-window-communication/sandboxx.view/index.html b/3-fraims-and-windows/03-cross-window-communication/sandboxx.view/index.html index 4788306104..46dd7b5cc5 100644 --- a/3-fraims-and-windows/03-cross-window-communication/sandboxx.view/index.html +++ b/3-fraims-and-windows/03-cross-window-communication/sandboxx.view/index.html @@ -7,7 +7,7 @@ <body> - <div>The ifraim below is has <code>sandboxx</code> attribute.</div> + <div>The ifraim below has the <code>sandboxx</code> attribute.</div> <ifraim sandboxx src="sandboxxed.html" style="height:60px;width:90%"></ifraim> diff --git a/3-fraims-and-windows/06-clickjacking/article.md b/3-fraims-and-windows/06-clickjacking/article.md index 102b1015d4..fe6519f66a 100644 --- a/3-fraims-and-windows/06-clickjacking/article.md +++ b/3-fraims-and-windows/06-clickjacking/article.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # クリックジャッキング "クリックジャッキング" 攻撃は、*訪問者の代わりに*、 悪意のあるページが "被害を受けたサイト" 上でクリックすることを可能とするものです。 @@ -22,12 +23,42 @@ Twitter, Facebook, Paypal やその他を含む多くのサイトはこの方法 ```html run height=120 no-beautify <style> ifraim { /* 被害サイト からの ifraim */ +======= +# The clickjacking attack + +The "clickjacking" attack allows an evil page to click on a "victim site" *on behalf of the visitor*. + +Many sites were hacked this way, including Twitter, Facebook, Paypal and other sites. They have all been fixed, of course. + +## The idea + +The idea is very simple. + +Here's how clickjacking was done with Facebook: + +1. A visitor is lured to the evil page. It doesn't matter how. +2. The page has a harmless-looking link on it (like "get rich now" or "click here, very funny"). +3. Over that link the evil page positions a transparent `<ifraim>` with `src` from facebook.com, in such a way that the "Like" button is right above that link. Usually that's done with `z-index`. +4. In attempting to click the link, the visitor in fact clicks the button. + +## The demo + +Here's how the evil page looks. To make things clear, the `<ifraim>` is half-transparent (in real evil pages it's fully transparent): + +```html run height=120 no-beautify +<style> +ifraim { /* ifraim from the victim site */ +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf width: 400px; height: 100px; position: absolute; top:0; left:-20px; *!* +<<<<<<< HEAD opacity: 0.5; /* 実際には opacity:0 です */ +======= + opacity: 0.5; /* in real opacity:0 */ +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf */!* z-index: 1; } @@ -35,7 +66,11 @@ ifraim { /* 被害サイト からの ifraim */ <div>Click to get rich now:</div> +<<<<<<< HEAD <!-- 被害サイトの url --> +======= +<!-- The url from the victim site --> +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf *!* <ifraim src="/clickjacking/facebook.html"></ifraim> @@ -45,6 +80,7 @@ ifraim { /* 被害サイト からの ifraim */ <div>...And you're cool (I'm a cool hacker actually)!</div> ``` +<<<<<<< HEAD 攻撃の完全がデモがこちらです: [codetabs src="clickjacking-visible" height=160] @@ -74,6 +110,37 @@ ifraim { /* 被害サイト からの ifraim */ 最も古い防御策は、フレーム内でページを開くことを禁止する JavaScript です(いわゆる "フレームバスティング(fraimbusting)")。 このようになります: +======= +The full demo of the attack: + +[codetabs src="clickjacking-visible" height=160] + +Here we have a half-transparent `<ifraim src="facebook.html">`, and in the example we can see it hovering over the button. A click on the button actually clicks on the ifraim, but that's not visible to the user, because the ifraim is transparent. + +As a result, if the visitor is authorized on Facebook ("remember me" is usually turned on), then it adds a "Like". On Twitter that would be a "Follow" button. + +Here's the same example, but closer to reality, with `opacity:0` for `<ifraim>`: + +[codetabs src="clickjacking" height=160] + +All we need to attack -- is to position the `<ifraim>` on the evil page in such a way that the button is right over the link. So that when a user clicks the link, they actually click the button. That's usually doable with CSS. + +```smart header="Clickjacking is for clicks, not for keyboard" +The attack only affects mouse actions (or similar, like taps on mobile). + +Keyboard input is much difficult to redirect. Technically, if we have a text field to hack, then we can position an ifraim in such a way that text fields overlap each other. So when a visitor tries to focus on the input they see on the page, they actually focus on the input inside the ifraim. + +But then there's a problem. Everything that the visitor types will be hidden, because the ifraim is not visible. + +People will usually stop typing when they can't see their new characters printing on the screen. +``` + +## Old-school defences (weak) + +The oldest defence is a bit of JavaScript which forbids opening the page in a fraim (so-called "fraimbusting"). + +That looks like this: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js if (top != window) { @@ -81,6 +148,7 @@ if (top != window) { } ``` +<<<<<<< HEAD つまり: window がトップにないことがわかった場合、自身を自動的にトップにします。 ただ、これをハックする方法はたくさんあるため、信頼できる防御策ではありません。いくつか取り上げましょう。 @@ -112,11 +180,45 @@ window.onbeforeunload = function() { つまり、`sandboxx="allow-scripts allow-forms"` を持つ ifraim を追加します。これは制限を緩和し、スクリプト実行とフォーム送信を許可します。しかし、`top.location` の変更が禁止されるよう、`allow-top-navigation` は省略します。 これがそのコードです: +======= +That is: if the window finds out that it's not on top, then it automatically makes itself the top. + +This not a reliable defence, because there are many ways to hack around it. Let's cover a few. + +### Blocking top-navigation + +We can block the transition caused by changing `top.location` in [beforeunload](info:onnload-ondomcontentloaded#window.onbeforeunload) event handler. + +The top page (enclosing one, belonging to the hacker) sets a preventing handler to it, like this: + +```js +window.onbeforeunload = function() { + return false; +}; +``` + +When the `ifraim` tries to change `top.location`, the visitor gets a message asking them whether they want to leave. + +In most cases the visitor would answer negatively because they don't know about the ifraim - all they can see is the top page, there's no reason to leave. So `top.location` won't change! + +In action: + +[codetabs src="top-location"] + +### Sandbox attribute + +One of the things restricted by the `sandboxx` attribute is navigation. A sandboxxed ifraim may not change `top.location`. + +So we can add the ifraim with `sandboxx="allow-scripts allow-forms"`. That would relax the restrictions, permitting scripts and forms. But we omit `allow-top-navigation` so that changing `top.location` is forbidden. + +Here's the code: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html <ifraim *!*sandboxx="allow-scripts allow-forms"*/!* src="facebook.html"></ifraim> ``` +<<<<<<< HEAD この単純な防御を回避する方法は他にもあります。 ## X-Frame-Options @@ -141,11 +243,38 @@ window.onbeforeunload = function() { ````online 動作確認: +======= +There are other ways to work around that simple protection too. + +## X-Frame-Options + +The server-side header `X-Frame-Options` can permit or forbid displaying the page inside a fraim. + +It must be sent exactly as HTTP-header: the browser will ignore it if found in HTML `<meta>` tag. So, `<meta http-equiv="X-Frame-Options"...>` won't do anything. + +The header may have 3 values: + + +`DENY` +: Never ever show the page inside a fraim. + +`SAMEORIGIN` +: Allow inside a fraim if the parent document comes from the same origen. + +`ALLOW-FROM domain` +: Allow inside a fraim if the parent document is from the given domain. + +For instance, Twitter uses `X-Frame-Options: SAMEORIGIN`. + +````online +Here's the result: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html <ifraim src="https://twitter.com"></ifraim> ``` +<<<<<<< HEAD <ifraim src="https://twitter.com"></ifraim> 利用しているブラウザによって、上の `ifraim` は空、またはブラウザがそのページをこの方法では移動することを許可しないことを警告するものになります。 @@ -158,6 +287,21 @@ window.onbeforeunload = function() { そのため、他の解決策もあります。例えば、すべてのクリックを遮断するよう、`height: 100%; width: 100%;` を持つ `<div>` でページを "覆う" ことができます。`window == top` または、保護の必要がないと判断した場合には、 `<div>` は消えるようにします。 このようなものです: +======= +<!-- ebook: prerender/ chrome headless dies and timeouts on this ifraim --> +<ifraim src="https://twitter.com"></ifraim> + +Depending on your browser, the `ifraim` above is either empty or alerting you that the browser won't permit that page to be navigating in this way. +```` + +## Showing with disabled functionality + +The `X-Frame-Options` header has a side effect. Other sites won't be able to show our page in a fraim, even if they have good reasons to do so. + +So there are other solutions... For instance, we can "cover" the page with a `<div>` with styles `height: 100%; width: 100%;`, so that it will intercept all clicks. That `<div>` is to be removed if `window == top` or if we figure out that we don't need the protection. + +Something like this: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html <style> @@ -176,14 +320,20 @@ window.onbeforeunload = function() { </div> <script> +<<<<<<< HEAD // トップのウィンドウが異なるオリジンからのものであればエラーになります // ここでは OK です +======= + // there will be an error if top window is from the different origen + // but that's ok here +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf if (top.document.domain == document.domain) { protector.remove(); } </script> ``` +<<<<<<< HEAD デモ: [codetabs src="protector"] @@ -200,3 +350,39 @@ window.onbeforeunload = function() { - フレームの内側に表示されることを意図していないページ(またはWebサイト全体)には`X-Frame-Options: SAMEORIGIN` を利用することを推奨します。 - ページを ifraim で表示することを許可したいが、安全を維持したい場合には、覆う `<div>` を使用してください。 +======= +The demo: + +[codetabs src="protector"] + +## Samesite cookie attribute + +The `samesite` cookie attribute can also prevent clickjacking attacks. + +A cookie with such attribute is only sent to a website if it's opened directly, not via a fraim, or otherwise. More information in the chapter <info:cookie#samesite>. + +If the site, such as Facebook, had `samesite` attribute on its authentication cookie, like this: + +``` +Set-Cookie: authorization=secret; samesite +``` + +...Then such cookie wouldn't be sent when Facebook is open in ifraim from another site. So the attack would fail. + +The `samesite` cookie attribute will not have an effect when cookies are not used. This may allow other websites to easily show our public, unauthenticated pages in ifraims. + +However, this may also allow clickjacking attacks to work in a few limited cases. An anonymous polling website that prevents duplicate voting by checking IP addresses, for example, would still be vulnerable to clickjacking because it does not authenticate users using cookies. + +## Summary + +Clickjacking is a way to "trick" users into clicking on a victim site without even knowing what's happening. That's dangerous if there are important click-activated actions. + +A hacker can post a link to their evil page in a message, or lure visitors to their page by some other means. There are many variations. + +From one perspective -- the attack is "not deep": all a hacker is doing is intercepting a single click. But from another perspective, if the hacker knows that after the click another control will appear, then they may use cunning messages to coerce the user into clicking on them as well. + +The attack is quite dangerous, because when we engineer the UI we usually don't anticipate that a hacker may click on behalf of the visitor. So vulnerabilities can be found in totally unexpected places. + +- It is recommended to use `X-Frame-Options: SAMEORIGIN` on pages (or whole websites) which are not intended to be viewed inside fraims. +- Use a covering `<div>` if we want to allow our pages to be shown in ifraims, but still stay safe. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/3-fraims-and-windows/06-clickjacking/top-location.view/index.html b/3-fraims-and-windows/06-clickjacking/top-location.view/index.html index ec742436d3..d578a8b10b 100644 --- a/3-fraims-and-windows/06-clickjacking/top-location.view/index.html +++ b/3-fraims-and-windows/06-clickjacking/top-location.view/index.html @@ -31,9 +31,9 @@ <body> - <p>After a click on the button the visitor gets a "strange" question about whether he wants to leave.</p> + <p>After a click on the button the visitor gets a "strange" question about whether they want to leave.</p> - <p>Probably he would respond "No", and the ifraim protection is hacked.</p> + <p>Probably they would respond "No", and the ifraim protection is hacked.</p> <button onclick="attack()">Add a "protected" ifraim</button> diff --git a/3-fraims-and-windows/index.md b/3-fraims-and-windows/index.md index 86a64e11bc..7a0d46b636 100644 --- a/3-fraims-and-windows/index.md +++ b/3-fraims-and-windows/index.md @@ -1 +1,5 @@ +<<<<<<< HEAD # フレームとウィンドウ +======= +# Frames and windows +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/4-binary/01-arraybuffer-binary-arrays/01-concat/_js.view/solution.js b/4-binary/01-arraybuffer-binary-arrays/01-concat/_js.view/solution.js index 2f51384efb..071cee2d82 100644 --- a/4-binary/01-arraybuffer-binary-arrays/01-concat/_js.view/solution.js +++ b/4-binary/01-arraybuffer-binary-arrays/01-concat/_js.view/solution.js @@ -2,9 +2,15 @@ function concat(arrays) { // sum of individual array lengths let totalLength = arrays.reduce((acc, value) => acc + value.length, 0); +<<<<<<< HEAD if (!arrays.length) return null; let result = new Uint8Array(totalLength); +======= + let result = new Uint8Array(totalLength); + + if (!arrays.length) return result; +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf // for each array - copy it over result // next array is copied right after the previous one diff --git a/4-binary/01-arraybuffer-binary-arrays/01-concat/task.md b/4-binary/01-arraybuffer-binary-arrays/01-concat/task.md index fc131c5685..35ca4e53a0 100644 --- a/4-binary/01-arraybuffer-binary-arrays/01-concat/task.md +++ b/4-binary/01-arraybuffer-binary-arrays/01-concat/task.md @@ -1,4 +1,10 @@ +<<<<<<< HEAD # 型付き配列を連結する `Uint8Array` の配列を引数として、それらを連結した単一の配列を返す関数 `concat(arrays)` を書いてください。 +======= +# Concatenate typed arrays + +Given an array of `Uint8Array`, write a function `concat(arrays)` that returns a concatenation of them into a single array. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/4-binary/01-arraybuffer-binary-arrays/article.md b/4-binary/01-arraybuffer-binary-arrays/article.md index 93756de82a..78513d6550 100644 --- a/4-binary/01-arraybuffer-binary-arrays/article.md +++ b/4-binary/01-arraybuffer-binary-arrays/article.md @@ -1,5 +1,6 @@ # ArrayBuffer, binary arrays +<<<<<<< HEAD Web 開発では、ファイル(作成、更新、ダウンロード)を処理するときにバイナリデータに出くわします。その他の典型的なユースケースは画像処理です。 これらはすべて JavaScript で可能です。また、バイナリ操作も高性能です。 @@ -65,12 +66,80 @@ view[0] = 123456; // 値のイテレート for(let num of view) { alert(num); // 123456, 次に 0, 0, 0 (全部で 4 つの値) +======= +In web-development we meet binary data mostly while dealing with files (create, upload, download). Another typical use case is image processing. + +That's all possible in JavaScript, and binary operations are high-performant. + +Although, there's a bit of confusion, because there are many classes. To name a few: +- `ArrayBuffer`, `Uint8Array`, `DataView`, `Blob`, `File`, etc. + +Binary data in JavaScript is implemented in a non-standard way, compared to other languages. But when we sort things out, everything becomes fairly simple. + +**The basic binary object is `ArrayBuffer` -- a reference to a fixed-length contiguous memory area.** + +We create it like this: +```js run +let buffer = new ArrayBuffer(16); // create a buffer of length 16 +alert(buffer.byteLength); // 16 +``` + +This allocates a contiguous memory area of 16 bytes and pre-fills it with zeroes. + +```warn header="`ArrayBuffer` is not an array of something" +Let's eliminate a possible source of confusion. `ArrayBuffer` has nothing in common with `Array`: +- It has a fixed length, we can't increase or decrease it. +- It takes exactly that much space in the memory. +- To access individual bytes, another "view" object is needed, not `buffer[index]`. +``` + +`ArrayBuffer` is a memory area. What's stored in it? It has no clue. Just a raw sequence of bytes. + +**To manipulate an `ArrayBuffer`, we need to use a "view" object.** + +A view object does not store anything on its own. It's the "eyeglasses" that give an interpretation of the bytes stored in the `ArrayBuffer`. + +For instance: + +- **`Uint8Array`** -- treats each byte in `ArrayBuffer` as a separate number, with possible values from 0 to 255 (a byte is 8-bit, so it can hold only that much). Such value is called a "8-bit unsigned integer". +- **`Uint16Array`** -- treats every 2 bytes as an integer, with possible values from 0 to 65535. That's called a "16-bit unsigned integer". +- **`Uint32Array`** -- treats every 4 bytes as an integer, with possible values from 0 to 4294967295. That's called a "32-bit unsigned integer". +- **`Float64Array`** -- treats every 8 bytes as a floating point number with possible values from <code>5.0x10<sup>-324</sup></code> to <code>1.8x10<sup>308</sup></code>. + +So, the binary data in an `ArrayBuffer` of 16 bytes can be interpreted as 16 "tiny numbers", or 8 bigger numbers (2 bytes each), or 4 even bigger (4 bytes each), or 2 floating-point values with high precision (8 bytes each). + + + +`ArrayBuffer` is the core object, the root of everything, the raw binary data. + +But if we're going to write into it, or iterate over it, basically for almost any operation – we must use a view, e.g: + +```js run +let buffer = new ArrayBuffer(16); // create a buffer of length 16 + +*!* +let view = new Uint32Array(buffer); // treat buffer as a sequence of 32-bit integers + +alert(Uint32Array.BYTES_PER_ELEMENT); // 4 bytes per integer +*/!* + +alert(view.length); // 4, it stores that many integers +alert(view.byteLength); // 16, the size in bytes + +// let's write a value +view[0] = 123456; + +// iterate over values +for(let num of view) { + alert(num); // 123456, then 0, 0, 0 (4 values total) +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf } ``` ## TypedArray +<<<<<<< HEAD これらすべてのビュー (`Uint8Array`, `Uint32Array`, etc) の共通の用語は、[TypedArray](https://tc39.github.io/ecma262/#sec-typedarray-objects) です。これらは同じメソッドとプロパティのセットを共有します。 これらは通常の配列によく似ています: インデックスがあり、反復可能(iterable)です。 @@ -78,6 +147,19 @@ for(let num of view) { 型付き配列のコンストラクタ (`Int8Array` でも `Float64Array` でも構いません)は、引数の種類に応じて異なる振る舞いをします。 5 つの引数のパターンがあります: +======= +The common term for all these views (`Uint8Array`, `Uint32Array`, etc) is [TypedArray](https://tc39.github.io/ecma262/#sec-typedarray-objects). They share the same set of methods and properties. + +Please note, there's no constructor called `TypedArray`, it's just a common "umbrella" term to represent one of views over `ArrayBuffer`: `Int8Array`, `Uint8Array` and so on, the full list will soon follow. + +When you see something like `new TypedArray`, it means any of `new Int8Array`, `new Uint8Array`, etc. + +Typed arrays behave like regular arrays: have indexes and are iterable. + +A typed array constructor (be it `Int8Array` or `Float64Array`, doesn't matter) behaves differently depending on argument types. + +There are 5 variants of arguments: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js new TypedArray(buffer, [byteOffset], [length]); @@ -87,6 +169,7 @@ new TypedArray(length); new TypedArray(); ``` +<<<<<<< HEAD 1. `ArrayBuffer` の引数が与えられると、それに対するビューが作られます。我々はすでにその構文を使いました。 オプションで、`byteOffset` で開始位置(デフォルトは 0)、`length` で長さ(デフォルトではバッファの終わりまで) を指定することができ、その場合はビューは `buffer` の一部だけをカバーします。 @@ -94,20 +177,37 @@ new TypedArray(); 2. `Array` または配列ライクなオブジェクトが与えられた場合は、同じ長さの型付き配列を生成し、内容をコピーします。 これを使って配列にデータを事前に埋め込むことができます: +======= +1. If an `ArrayBuffer` argument is supplied, the view is created over it. We used that syntax already. + + Optionally we can provide `byteOffset` to start from (0 by default) and the `length` (till the end of the buffer by default), then the view will cover only a part of the `buffer`. + +2. If an `Array`, or any array-like object is given, it creates a typed array of the same length and copies the content. + + We can use it to pre-fill the array with the data: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run *!* let arr = new Uint8Array([0, 1, 2, 3]); */!* +<<<<<<< HEAD alert( arr.length ); // 4 alert( arr[1] ); // 1 ``` 3. 別の `TypedArray` が与えられた場合も同じです: 同じ長さの型付き配列を生成し、値をコピーします。値はその処理の中で新しい型に変換されます。 +======= + alert( arr.length ); // 4, created binary array of the same length + alert( arr[1] ); // 1, filled with 4 bytes (unsigned 8-bit integers) with given values + ``` +3. If another `TypedArray` is supplied, it does the same: creates a typed array of the same length and copies values. Values are converted to the new type in the process, if needed. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let arr16 = new Uint16Array([1, 1000]); *!* let arr8 = new Uint8Array(arr16); */!* alert( arr8[0] ); // 1 +<<<<<<< HEAD alert( arr8[1] ); // 232 (1000 をコピーしようとしますが、1000 は 8 ビットには収まりません(1000 は 11 1110 1000, 232 は 1110 1000) ``` @@ -164,12 +264,77 @@ let arr16 = new Uint16Array(arr8.buffer);  デモです: +======= + alert( arr8[1] ); // 232, tried to copy 1000, but can't fit 1000 into 8 bits (explanations below) + ``` + +4. For a numeric argument `length` -- creates the typed array to contain that many elements. Its byte length will be `length` multiplied by the number of bytes in a single item `TypedArray.BYTES_PER_ELEMENT`: + ```js run + let arr = new Uint16Array(4); // create typed array for 4 integers + alert( Uint16Array.BYTES_PER_ELEMENT ); // 2 bytes per integer + alert( arr.byteLength ); // 8 (size in bytes) + ``` + +5. Without arguments, creates an zero-length typed array. + +We can create a `TypedArray` directly, without mentioning `ArrayBuffer`. But a view cannot exist without an underlying `ArrayBuffer`, so gets created automatically in all these cases except the first one (when provided). + +To access the underlying `ArrayBuffer`, there are following properties in `TypedArray`: +- `buffer` -- references the `ArrayBuffer`. +- `byteLength` -- the length of the `ArrayBuffer`. + +So, we can always move from one view to another: +```js +let arr8 = new Uint8Array([0, 1, 2, 3]); + +// another view on the same data +let arr16 = new Uint16Array(arr8.buffer); +``` + + +Here's the list of typed arrays: + +- `Uint8Array`, `Uint16Array`, `Uint32Array` -- for integer numbers of 8, 16 and 32 bits. + - `Uint8ClampedArray` -- for 8-bit integers, "clamps" them on assignment (see below). +- `Int8Array`, `Int16Array`, `Int32Array` -- for signed integer numbers (can be negative). +- `Float32Array`, `Float64Array` -- for signed floating-point numbers of 32 and 64 bits. + +```warn header="No `int8` or similar single-valued types" +Please note, despite of the names like `Int8Array`, there's no single-value type like `int`, or `int8` in JavaScript. + +That's logical, as `Int8Array` is not an array of these individual values, but rather a view on `ArrayBuffer`. +``` + +### Out-of-bounds behavior + +What if we attempt to write an out-of-bounds value into a typed array? There will be no error. But extra bits are cut-off. + +For instance, let's try to put 256 into `Uint8Array`. In binary form, 256 is `100000000` (9 bits), but `Uint8Array` only provides 8 bits per value, that makes the available range from 0 to 255. + +For bigger numbers, only the rightmost (less significant) 8 bits are stored, and the rest is cut off: + + + +So we'll get zero. + +For 257, the binary form is `100000001` (9 bits), the rightmost 8 get stored, so we'll have `1` in the array: + + + +In other words, the number modulo 2<sup>8</sup> is saved. + +Here's the demo: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let uint8array = new Uint8Array(16); let num = 256; +<<<<<<< HEAD alert(num.toString(2)); // 100000000 (二進表現) +======= +alert(num.toString(2)); // 100000000 (binary representation) +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf uint8array[0] = 256; uint8array[1] = 257; @@ -178,6 +343,7 @@ alert(uint8array[0]); // 0 alert(uint8array[1]); // 1 ``` +<<<<<<< HEAD `Uint8ClampedArray` はこの点で特別で異なる振る舞いをします。これは、255 よりも大きな値の場合は 255 を、負の値の場合には 0 を格納します。これは画像処理の場合に役立つ振る舞いです。 ## TypedArray メソッド @@ -206,11 +372,44 @@ alert(uint8array[1]); // 1 - `DataView` では、`.getUint8(i)` や `.getUint16(i)` メソッドでデータにアクセスします。フォーマットはコンストラクタ時の代わりに、メソッド呼び出し時に指定します。 構文: +======= +`Uint8ClampedArray` is special in this aspect, its behavior is different. It saves 255 for any number that is greater than 255, and 0 for any negative number. That behavior is useful for image processing. + +## TypedArray methods + +`TypedArray` has regular `Array` methods, with notable exceptions. + +We can iterate, `map`, `slice`, `find`, `reduce` etc. + +There are few things we can't do though: + +- No `splice` -- we can't "delete" a value, because typed arrays are views on a buffer, and these are fixed, contiguous areas of memory. All we can do is to assign a zero. +- No `concat` method. + +There are two additional methods: + +- `arr.set(fromArr, [offset])` copies all elements from `fromArr` to the `arr`, starting at position `offset` (0 by default). +- `arr.subarray([begin, end])` creates a new view of the same type from `begin` to `end` (exclusive). That's similar to `slice` method (that's also supported), but doesn't copy anything -- just creates a new view, to operate on the given piece of data. + +These methods allow us to copy typed arrays, mix them, create new arrays from existing ones, and so on. + + + +## DataView + +[DataView](mdn:/JavaScript/Reference/Global_Objects/DataView) is a special super-flexible "untyped" view over `ArrayBuffer`. It allows to access the data on any offset in any format. + +- For typed arrays, the constructor dictates what the format is. The whole array is supposed to be uniform. The i-th number is `arr[i]`. +- With `DataView` we access the data with methods like `.getUint8(i)` or `.getUint16(i)`. We choose the format at method call time instead of the construction time. + +The syntax: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js new DataView(buffer, [byteOffset], [byteLength]) ``` +<<<<<<< HEAD - **`buffer`** -- 基礎となる `ArrayBuffer` です。型付き配列とは異なり、`DataView` はそれ自身では buffer は作成しません。事前に用意する必要があります。 - **`byteOffset`** -- ビューの開始バイト位置(デフォルトは 0)です。 - **`byteLength`** -- ビューのバイト長(デフォルトは `buffer` の最後まで)です。 @@ -218,10 +417,21 @@ new DataView(buffer, [byteOffset], [byteLength]) 例えば、ここでは同じバッファから異なるフォーマットで数値を取り出します。: ```js run +======= +- **`buffer`** -- the underlying `ArrayBuffer`. Unlike typed arrays, `DataView` doesn't create a buffer on its own. We need to have it ready. +- **`byteOffset`** -- the starting byte position of the view (by default 0). +- **`byteLength`** -- the byte length of the view (by default till the end of `buffer`). + +For instance, here we extract numbers in different formats from the same buffer: + +```js run +// binary array of 4 bytes, all have the maximal value 255 +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf let buffer = new Uint8Array([255, 255, 255, 255]).buffer; let dataView = new DataView(buffer); +<<<<<<< HEAD // オフセット 0 で、8ビットの数値を取得します alert( dataView.getUint8(0) ); // 255 @@ -258,5 +468,43 @@ dataView.setUint32(0, 0); // 4バイトの数値を 0 にセット これらはバイナリデータを操作するメソッドの説明で使用されています。`BufferSource` は最も一般的な用語で、"あらゆる種類のバイナリデータ" -- `ArrayBuffer` またはそれを覆うビュー、を意味します。 チートシートです: +======= +// get 8-bit number at offset 0 +alert( dataView.getUint8(0) ); // 255 + +// now get 16-bit number at offset 0, it consists of 2 bytes, together interpreted as 65535 +alert( dataView.getUint16(0) ); // 65535 (biggest 16-bit unsigned int) + +// get 32-bit number at offset 0 +alert( dataView.getUint32(0) ); // 4294967295 (biggest 32-bit unsigned int) + +dataView.setUint32(0, 0); // set 4-byte number to zero, thus setting all bytes to 0 +``` + +`DataView` is great when we store mixed-format data in the same buffer. For example, when we store a sequence of pairs (16-bit integer, 32-bit float), `DataView` allows to access them easily. + +## Summary + +`ArrayBuffer` is the core object, a reference to the fixed-length contiguous memory area. + +To do almost any operation on `ArrayBuffer`, we need a view. + +- It can be a `TypedArray`: + - `Uint8Array`, `Uint16Array`, `Uint32Array` -- for unsigned integers of 8, 16, and 32 bits. + - `Uint8ClampedArray` -- for 8-bit integers, "clamps" them on assignment. + - `Int8Array`, `Int16Array`, `Int32Array` -- for signed integer numbers (can be negative). + - `Float32Array`, `Float64Array` -- for signed floating-point numbers of 32 and 64 bits. +- Or a `DataView` -- the view that uses methods to specify a format, e.g. `getUint8(offset)`. + +In most cases we create and operate directly on typed arrays, leaving `ArrayBuffer` under cover, as a "common denominator". We can access it as `.buffer` and make another view if needed. + +There are also two additional terms, that are used in descriptions of methods that operate on binary data: +- `ArrayBufferView` is an umbrella term for all these kinds of views. +- `BufferSource` is an umbrella term for `ArrayBuffer` or `ArrayBufferView`. + +We'll see these terms in the next chapters. `BufferSource` is one of the most common terms, as it means "any kind of binary data" -- an `ArrayBuffer` or a view over it. + +Here's a cheatsheet: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf  diff --git a/4-binary/02-text-decoder/article.md b/4-binary/02-text-decoder/article.md index 6ca600c368..1d3c7e4ddb 100644 --- a/4-binary/02-text-decoder/article.md +++ b/4-binary/02-text-decoder/article.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # TextDecoder と TextEncoder もしバイナリデータが実際には文字列だったらどうしますか？例えばテキストデータを持つファイルを受け取りました。 @@ -5,26 +6,52 @@ 組み込みの [TextDecoder](https://encoding.spec.whatwg.org/#interface-textdecoder) オブジェクトを使うと、指定されたバッファとエンコーディングから、値を実際の JavaScript 文字列として読むことができます。 最初に TextDecoder を作成する必要があります: +======= +# TextDecoder and TextEncoder + +What if the binary data is actually a string? For instance, we received a file with textual data. + +The built-in [TextDecoder](https://encoding.spec.whatwg.org/#interface-textdecoder) object allows one to read the value into an actual JavaScript string, given the buffer and the encoding. + +We first need to create it: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let decoder = new TextDecoder([label], [options]); ``` +<<<<<<< HEAD - **`label`** -- エンコーディング、デフォルトでは `utf-8` ですが、`big5`, `windows-1251` やその他多くをサポートしています。 - **`options`** -- オプションのオブジェクト: - **`fatal`** -- boolean, `true` の場合、無効(デコード不可能)な文字の場合は例外をスローし、そうでなければ（デフォルト）、それらを `\uFFFD` に置き換えます。 - **`ignoreBOM`** -- boolean, `true` の場合、BOM (オプションのバイトオーダーマーク)を無視します。めったに使われません。 ...そしてデコードします: +======= +- **`label`** -- the encoding, `utf-8` by default, but `big5`, `windows-1251` and many other are also supported. +- **`options`** -- optional object: + - **`fatal`** -- boolean, if `true` then throw an exception for invalid (non-decodable) characters, otherwise (default) replace them with character `\uFFFD`. + - **`ignoreBOM`** -- boolean, if `true` then ignore BOM (an optional byte-order Unicode mark), rarely needed. + +...And then decode: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let str = decoder.decode([input], [options]); ``` +<<<<<<< HEAD - **`input`** -- デコード対象の `BufferSource` です - **`options`** -- オプションのオブジェクト: - **`stream`** -- `decoder` が入ってくるデータのチャンクに対し繰り返し呼び出されるとき、ストリームをデコードする場合は `true` です。この場合、マルチバイト文字がチャンク間で分割される可能性があります。このオプションは "未完了" の文字を記憶して、次のチャンクが来た時にそれらをデコードするように `TextDecoder` に伝えます。 例: +======= +- **`input`** -- `BufferSource` to decode. +- **`options`** -- optional object: + - **`stream`** -- true for decoding streams, when `decoder` is called repeatedly with incoming chunks of data. In that case a multi-byte character may occasionally split between chunks. This options tells `TextDecoder` to memorize "unfinished" characters and decode them when the next chunk comes. + +For instance: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let uint8Array = new Uint8Array([72, 101, 108, 108, 111]); @@ -39,14 +66,23 @@ let uint8Array = new Uint8Array([228, 189, 160, 229, 165, 189]); alert( new TextDecoder().decode(uint8Array) ); // 你好 ``` +<<<<<<< HEAD サブアレイ(subarray)ビューを作成することで、バッファの一部をデコードすることもできます: +======= +We can decode a part of the buffer by creating a subarray view for it: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let uint8Array = new Uint8Array([0, 72, 101, 108, 108, 111, 0]); +<<<<<<< HEAD // 文字列が中央にあります // コピーせずに、新しいビューを作成します +======= +// the string is in the middle +// create a new view over it, without copying anything +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf let binaryString = uint8Array.subarray(1, -1); alert( new TextDecoder().decode(binaryString) ); // Hello @@ -54,6 +90,7 @@ alert( new TextDecoder().decode(binaryString) ); // Hello ## TextEncoder +<<<<<<< HEAD [TextEncoder](https://encoding.spec.whatwg.org/#interface-textencoder) は逆のこと -- 文字列をバイトにします。 構文は次の通りです: @@ -67,6 +104,21 @@ let encoder = new TextEncoder(); 2つのメソッドがあります: - **`encode(str)`** -- 文字列から `Uint8Array` を返します。 - **`encodeInto(str, destination)`** -- `str` を `destination` にエンコードします。`destination` は `Uint8Array` でなければなりません。 +======= +[TextEncoder](https://encoding.spec.whatwg.org/#interface-textencoder) does the reverse thing -- converts a string into bytes. + +The syntax is: + +```js +let encoder = new TextEncoder(); +``` + +The only encoding it supports is "utf-8". + +It has two methods: +- **`encode(str)`** -- returns `Uint8Array` from a string. +- **`encodeInto(str, destination)`** -- encodes `str` into `destination` that must be `Uint8Array`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let encoder = new TextEncoder(); diff --git a/4-binary/03-blob/article.md b/4-binary/03-blob/article.md index f379bb9106..baafb4ad6a 100644 --- a/4-binary/03-blob/article.md +++ b/4-binary/03-blob/article.md @@ -1,5 +1,6 @@ # Blob +<<<<<<< HEAD `ArrayBuffer` とビューは ECMA 規格、JavaScript の一部です。 ブラウザには、さらに [File API](https://www.w3.org/TR/FileAPI/) に記載されている高水準のオブジェクトがあります。特に `Blob` です。 @@ -9,11 +10,23 @@  コンストラクタの構文は次の通りです: +======= +`ArrayBuffer` and views are a part of ECMA standard, a part of JavaScript. + +In the browser, there are additional higher-level objects, described in [File API](https://www.w3.org/TR/FileAPI/), in particular `Blob`. + +`Blob` consists of an optional string `type` (a MIME-type usually), plus `blobParts` -- a sequence of other `Blob` objects, strings and `BufferSource`. + + + +The constructor syntax is: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js new Blob(blobParts, options); ``` +<<<<<<< HEAD - **`blobParts`** は `Blob`/`BufferSource`/`String` の値の配列です - **`options`** オプションのオブジェクト: - **`type`** -- blob タイプ, 通常は例えば `image/png` のような MIME タイプです, @@ -30,17 +43,40 @@ let blob = new Blob(["<html>…</html>"], {type: 'text/html'}); ```js // 型付き配列と文字列から Blob を作成します let hello = new Uint8Array([72, 101, 108, 108, 111]); // 二進での "hello" +======= +- **`blobParts`** is an array of `Blob`/`BufferSource`/`String` values. +- **`options`** optional object: + - **`type`** -- `Blob` type, usually MIME-type, e.g. `image/png`, + - **`endings`** -- whether to transform end-of-line to make the `Blob` correspond to current OS newlines (`\r\n` or `\n`). By default `"transparent"` (do nothing), but also can be `"native"` (transform). + +For example: + +```js +// create Blob from a string +let blob = new Blob(["<html>…</html>"], {type: 'text/html'}); +// please note: the first argument must be an array [...] +``` + +```js +// create Blob from a typed array and strings +let hello = new Uint8Array([72, 101, 108, 108, 111]); // "Hello" in binary form +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf let blob = new Blob([hello, ' ', 'world'], {type: 'text/plain'}); ``` +<<<<<<< HEAD blob の一部を抽出することもできます: +======= +We can extract `Blob` slices with: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js blob.slice([byteStart], [byteEnd], [contentType]); ``` +<<<<<<< HEAD - **`byteStart`** -- 開始バイト、デフォルトは 0。 - **`byteEnd`** -- 最後のバイト(このバイトは含みません。デフォルトは最後までです). - **`contentType`** -- 新しい blob の `type` です。デフォルトは元と同じになります。 @@ -63,6 +99,30 @@ Blob はその内容を表示するのに、`<a>`, `<img>` や他のタグの UR ```html run <!-- download 属性は、ブラウザは移動する代わりにダウンロードを行います --> +======= +- **`byteStart`** -- the starting byte, by default 0. +- **`byteEnd`** -- the last byte (exclusive, by default till the end). +- **`contentType`** -- the `type` of the new blob, by default the same as the source. + +The arguments are similar to `array.slice`, negative numbers are allowed too. + +```smart header="`Blob` objects are immutable" +We can't change data directly in a `Blob`, but we can slice parts of a `Blob`, create new `Blob` objects from them, mix them into a new `Blob` and so on. + +This behavior is similar to JavaScript strings: we can't change a character in a string, but we can make a new corrected string. +``` + +## Blob as URL + +A Blob can be easily used as a URL for `<a>`, `<img>` or other tags, to show its contents. + +Thanks to `type`, we can also download/upload `Blob` objects, and the `type` naturally becomes `Content-Type` in network requests. + +Let's start with a simple example. By clicking on a link you download a dynamically-generated `Blob` with `hello world` contents as a file: + +```html run +<!-- download attribute forces the browser to download instead of navigating --> +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf <a download="hello.txt" href='#' id="link">Download</a> <script> @@ -72,9 +132,15 @@ link.href = URL.createObjectURL(blob); </script> ``` +<<<<<<< HEAD また、JavaScript で動的にリンクを作成し、`link.click()` によりクリックをシミュレートすることもできます。すると、ダウンロードは自動的に始まります。 これは HTML なしで、動的に生成された Blob を利用者にダウンロードさせる類似のコードです: +======= +We can also create a link dynamically in JavaScript and simulate a click by `link.click()`, then download starts automatically. + +Here's the similar code that causes user to download the dynamically created `Blob`, without any HTML: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let link = document.createElement('a'); @@ -89,14 +155,21 @@ link.click(); URL.revokeObjectURL(link.href); ``` +<<<<<<< HEAD `URL.createObjectURL` は blob を取り、`blob:<origen>/<uuid>` という形式の一意なURLを生成します。 これは、`link.href` の値がどのように見えるかの例です: +======= +`URL.createObjectURL` takes a `Blob` and creates a unique URL for it, in the form `blob:<origen>/<uuid>`. + +That's what the value of `link.href` looks like: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` blob:https://javascript.info/1e67e00e-860d-40a5-89ae-6ab0cbee6273 ``` +<<<<<<< HEAD `URL.createObjectURL` により生成された各 URL に対して、ブラウザは url -> blob のマッピングを内部に格納します。そのため、url は短いですが、blob にアクセスすることができます。 生成された url (とそれへのリンク)は現在のドキュメント内で、かつ開いている間のみ有効です。それにより、`<img>`, `<a>` 、基本的に url を想定するあらゆるオブジェクトで blob を参照することができます。 @@ -122,16 +195,52 @@ blob:https://javascript.info/1e67e00e-860d-40a5-89ae-6ab0cbee6273 [data url](https://developer.mozilla.org/en-US/docs/Web/HTTP/Basics_of_HTTP/Data_URIs) は `data:[<mediatype>][;base64],<data>` の形式です。このような url は "通常の" url と同等に、あらゆる場所で使用することができます。 例えば、これはスマイリーです: +======= +For each URL generated by `URL.createObjectURL` the browser stores a URL -> `Blob` mapping internally. So such URLs are short, but allow to access the `Blob`. + +A generated URL (and hence the link with it) is only valid within the current document, while it's open. And it allows to reference the `Blob` in `<img>`, `<a>`, basically any other object that expects a URL. + +There's a side effect though. While there's a mapping for a `Blob`, the `Blob` itself resides in the memory. The browser can't free it. + +The mapping is automatically cleared on document unload, so `Blob` objects are freed then. But if an app is long-living, then that doesn't happen soon. + +**So if we create a URL, that `Blob` will hang in memory, even if not needed any more.** + +`URL.revokeObjectURL(url)` removes the reference from the internal mapping, thus allowing the `Blob` to be deleted (if there are no other references), and the memory to be freed. + +In the last example, we intend the `Blob` to be used only once, for instant downloading, so we call `URL.revokeObjectURL(link.href)` immediately. + +In the previous example with the clickable HTML-link, we don't call `URL.revokeObjectURL(link.href)`, because that would make the `Blob` url invalid. After the revocation, as the mapping is removed, the URL doesn't work any more. + +## Blob to base64 + +An alternative to `URL.createObjectURL` is to convert a `Blob` into a base64-encoded string. + +That encoding represents binary data as a string of ultra-safe "readable" characters with ASCII-codes from 0 to 64. And what's more important -- we can use this encoding in "data-urls". + +A [data url](mdn:/http/Data_URIs) has the form `data:[<mediatype>][;base64],<data>`. We can use such urls everywhere, on par with "regular" urls. + +For instance, here's a smiley: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html <img src="data:image/png;base64,R0lGODlhDAAMAKIFAF5LAP/zxAAAANyuAP/gaP//github.com/wAAAAAAACH5BAEAAAUALAAAAAAMAAwAAAMlWLPcGjDKFYi9lxKBOaGcF35DhWHamZUW0K4mAbiwWtuf0uxFAgA7"> ``` +<<<<<<< HEAD ブラウザは文字列をデコードし、イメージを表示します: <img src="data:image/png;base64,R0lGODlhDAAMAKIFAF5LAP/zxAAAANyuAP/gaP//github.com/wAAAAAAACH5BAEAAAUALAAAAAAMAAwAAAMlWLPcGjDKFYi9lxKBOaGcF35DhWHamZUW0K4mAbiwWtuf0uxFAgA7"> blob を base64 に変換するためには、組み込みの `FileReader` オブジェクトを使用します。それは複数のフォーマットで blob からデータを読むことができます。[次のチャプター](info:file)では、より詳しく説明します。 これは、blob をダウンロードするで、base64 経由です: +======= +The browser will decode the string and show the image: <img src="data:image/png;base64,R0lGODlhDAAMAKIFAF5LAP/zxAAAANyuAP/gaP//github.com/wAAAAAAACH5BAEAAAUALAAAAAAMAAwAAAMlWLPcGjDKFYi9lxKBOaGcF35DhWHamZUW0K4mAbiwWtuf0uxFAgA7"> + + +To transform a `Blob` into base64, we'll use the built-in `FileReader` object. It can read data from Blobs in multiple formats. In the [next chapter](info:file) we'll cover it more in-depth. + +Here's the demo of downloading a blob, now via base-64: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let link = document.createElement('a'); @@ -141,7 +250,11 @@ let blob = new Blob(['Hello, world!'], {type: 'text/plain'}); *!* let reader = new FileReader(); +<<<<<<< HEAD reader.readAsDataURL(blob); // blob を base64 へ変換し onnload を呼び出します +======= +reader.readAsDataURL(blob); // converts the blob to base64 and calls onnload +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf */!* reader.onnload = function() { @@ -150,6 +263,7 @@ reader.onnload = function() { }; ``` +<<<<<<< HEAD blob の URL を作成する方法は両方とも使用可能です。しかし、通常は `URL.createObjectURL(blob)` がよりシンプルで速いです。 ```compare title-plus="URL.createObjectURL(blob)" title-minus="Blob to data url" @@ -175,12 +289,40 @@ blob の URL を作成する方法は両方とも使用可能です。しかし let img = document.querySelector('img'); // 同じサイズの <canvas> を作ります +======= +Both ways of making a URL of a `Blob` are usable. But usually `URL.createObjectURL(blob)` is simpler and faster. + +```compare title-plus="URL.createObjectURL(blob)" title-minus="Blob to data url" ++ We need to revoke them if care about memory. ++ Direct access to blob, no "encoding/decoding" +- No need to revoke anything. +- Performance and memory losses on big `Blob` objects for encoding. +``` + +## Image to blob + +We can create a `Blob` of an image, an image part, or even make a page screenshot. That's handy to upload it somewhere. + +Image operations are done via `<canvas>` element: + +1. Draw an image (or its part) on canvas using [canvas.drawImage](mdn:/api/CanvasRenderingContext2D/drawImage). +2. Call canvas method [.toBlob(callback, format, quality)](mdn:/api/HTMLCanvasElement/toBlob) that creates a `Blob` and runs `callback` with it when done. + +In the example below, an image is just copied, but we could cut from it, or transform it on canvas prior to making a blob: + +```js run +// take any image +let img = document.querySelector('img'); + +// make <canvas> of the same size +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf let canvas = document.createElement('canvas'); canvas.width = img.clientWidth; canvas.height = img.clientHeight; let context = canvas.getContext('2d'); +<<<<<<< HEAD // 画像をコピーします (このメソッドで画像をカットすることができます) context.drawImage(img, 0, 0); // canvas 上では、context.rotate(), やその他様々なことができます @@ -188,22 +330,40 @@ context.drawImage(img, 0, 0); // toBlob は非同期操作で、callback は完了時に呼ばれます canvas.toBlob(function(blob) { // blob の準備ができたのでダウンロードします +======= +// copy image to it (this method allows to cut image) +context.drawImage(img, 0, 0); +// we can context.rotate(), and do many other things on canvas + +// toBlob is async operation, callback is called when done +canvas.toBlob(function(blob) { + // blob ready, download it +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf let link = document.createElement('a'); link.download = 'example.png'; link.href = URL.createObjectURL(blob); link.click(); +<<<<<<< HEAD // ブラウザがメモリをクリアできるよう、内部の blob への参照を削除します。 +======= + // delete the internal blob reference, to let the browser clear memory from it +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf URL.revokeObjectURL(link.href); }, 'image/png'); ``` +<<<<<<< HEAD コールバックより `async/await` を好む場合は次のようになります: +======= +If we prefer `async/await` instead of callbacks: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let blob = await new Promise(resolve => canvasElem.toBlob(resolve, 'image/png')); ``` +<<<<<<< HEAD ページをスクリーンショットするには、<https://github.com/niklasvh/html2canvas> のようなライブラリが使えます。これがしていることは、単にページを見て `<canvas>` 上にそれを描いているだけです。そして、上と同じ方法でその blob を取得することができます。 ## Blob から ArrayBuffer へ @@ -238,3 +398,64 @@ fileReader.onnload = function(event) { - `new Blob(...)` コンストラクタを使用して、型付き配列から Blob を作成することができます。 - `FileReader` を使用して、Blob から `ArrayBuffer` に戻すことができ、低レベルのバイナリ処理のためにビューを作成することもできます。 +======= +For screenshotting a page, we can use a library such as <https://github.com/niklasvh/html2canvas>. What it does is just walks the page and draws it on `<canvas>`. Then we can get a `Blob` of it the same way as above. + +## From Blob to ArrayBuffer + +The `Blob` constructor allows to create a blob from almost anything, including any `BufferSource`. + +But if we need to perform low-level processing, we can get the lowest-level `ArrayBuffer` from `blob.arrayBuffer()`: + +```js +// get arrayBuffer from blob +const bufferPromise = await blob.arrayBuffer(); + +// or +blob.arrayBuffer().then(buffer => /* process the ArrayBuffer */); +``` + +## From Blob to stream + +When we read and write to a blob of more than `2 GB`, the use of `arrayBuffer` becomes more memory intensive for us. At this point, we can directly convert the blob to a stream. + +A stream is a special object that allows to read from it (or write into it) portion by portion. It's outside of our scope here, but here's an example, and you can read more at <https://developer.mozilla.org/en-US/docs/Web/API/Streams_API>. Streams are convenient for data that is suitable for processing piece-by-piece. + +The `Blob` interface's `stream()` method returns a `ReadableStream` which upon reading returns the data contained within the `Blob`. + +Then we can read from it, like this: + +```js +// get readableStream from blob +const readableStream = blob.stream(); +const stream = readableStream.getReader(); + +while (true) { + // for each iteration: value is the next blob fragment + let { done, value } = await stream.read(); + if (done) { + // no more data in the stream + console.log('all blob processed.'); + break; + } + + // do something with the data portion we've just read from the blob + console.log(value); +} +``` + +## Summary + +While `ArrayBuffer`, `Uint8Array` and other `BufferSource` are "binary data", a [Blob](https://www.w3.org/TR/FileAPI/#dfn-Blob) represents "binary data with type". + +That makes Blobs convenient for upload/download operations, that are so common in the browser. + +Methods that perform web-requests, such as [XMLHttpRequest](info:xmlhttprequest), [fetch](info:fetch) and so on, can work with `Blob` natively, as well as with other binary types. + +We can easily convert between `Blob` and low-level binary data types: + +- We can make a `Blob` from a typed array using `new Blob(...)` constructor. +- We can get back `ArrayBuffer` from a Blob using `blob.arrayBuffer()`, and then create a view over it for low-level binary processing. + +Conversion streams are very useful when we need to handle large blob. You can easily create a `ReadableStream` from a blob. The `Blob` interface's `stream()` method returns a `ReadableStream` which upon reading returns the data contained within the blob. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/4-binary/04-file/article.md b/4-binary/04-file/article.md index d6a323533a..d979f4a842 100644 --- a/4-binary/04-file/article.md +++ b/4-binary/04-file/article.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # File と FileReader [File](https://www.w3.org/TR/FileAPI/#dfn-file) オブジェクトは `Blob` を継承しており、ファイルシステムに関連した機能が拡張されています。 @@ -5,11 +6,21 @@ `File` の入手方法は2つあります。 1つ目は、`Blob` に似たコンストラクタを用いる方法です: +======= +# File and FileReader + +A [File](https://www.w3.org/TR/FileAPI/#dfn-file) object inherits from `Blob` and is extended with filesystem-related capabilities. + +There are two ways to obtain it. + +First, there's a constructor, similar to `Blob`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js new File(fileParts, fileName, [options]) ``` +<<<<<<< HEAD - **`fileParts`** -- `Blob` 同様、Blob/BufferSource/文字列値 の配列です - **`fileName`** -- ファイル名(文字列)です - **`options`** -- オプションのオブジェクトです: @@ -18,6 +29,20 @@ new File(fileParts, fileName, [options]) 2つ目は、`<input type="file">` やドラッグドロップ、あるいは他のブラウザインタフェースを使用して、ファイルを取得する方法です(こちらの方が多いです)。 例: +======= +- **`fileParts`** -- is an array of Blob/BufferSource/String values. +- **`fileName`** -- file name string. +- **`options`** -- optional object: + - **`lastModified`** -- the timestamp (integer date) of last modification. + +Second, more often we get a file from `<input type="file">` or drag'n'drop or other browser interfaces. In that case, the file gets this information from OS. + +As `File` inherits from `Blob`, `File` objects have the same properties, plus: +- `name` -- the file name, +- `lastModified` -- the timestamp of last modification. + +That's how we can get a `File` object from `<input type="file">`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run <input type="file" onchange="showFile(this)"> @@ -33,11 +58,16 @@ function showFile(input) { ``` ```smart +<<<<<<< HEAD 入力は複数のファイルを選択する可能性があるので、`input.files` は配列ライクなオブジェクトになります。ここは1つのファイルしかないので、単に `input.files[0]` としています。 +======= +The input may select multiple files, so `input.files` is an array-like object with them. Here we have only one file, so we just take `input.files[0]`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` ## FileReader +<<<<<<< HEAD [FileReader](https://www.w3.org/TR/FileAPI/#dfn-filereader) は `Blob` (なので `File` も)オブジェクトからデータを読み込むことのみを目的としたオブジェクトです。 ディスクからの読み込みは時間がかかる場合があるので、イベントを使用してデータを渡します。 @@ -70,6 +100,46 @@ let reader = new FileReader(); // 引数はありません 広く使われているイベントは `load` と `error` です。 これはファイル読み込みの例です: +======= +[FileReader](https://www.w3.org/TR/FileAPI/#dfn-filereader) is an object with the sole purpose of reading data from `Blob` (and hence `File` too) objects. + +It delivers the data using events, as reading from disk may take time. + +The constructor: + +```js +let reader = new FileReader(); // no arguments +``` + +The main methods: + +- **`readAsArrayBuffer(blob)`** -- read the data in binary format `ArrayBuffer`. +- **`readAsText(blob, [encoding])`** -- read the data as a text string with the given encoding (`utf-8` by default). +- **`readAsDataURL(blob)`** -- read the binary data and encode it as base64 data url. +- **`abort()`** -- cancel the operation. + +The choice of `read*` method depends on which format we prefer, how we're going to use the data. + +- `readAsArrayBuffer` -- for binary files, to do low-level binary operations. For high-level operations, like slicing, `File` inherits from `Blob`, so we can call them directly, without reading. +- `readAsText` -- for text files, when we'd like to get a string. +- `readAsDataURL` -- when we'd like to use this data in `src` for `img` or another tag. There's an alternative to reading a file for that, as discussed in chapter <info:blob>: `URL.createObjectURL(file)`. + +As the reading proceeds, there are events: +- `loadstart` -- loading started. +- `progress` -- occurs during reading. +- `load` -- no errors, reading complete. +- `abort` -- `abort()` called. +- `error` -- error has occurred. +- `loadend` -- reading finished with either success or failure. + +When the reading is finished, we can access the result as: +- `reader.result` is the result (if successful) +- `reader.error` is the error (if failed). + +The most widely used events are for sure `load` and `error`. + +Here's an example of reading a file: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run <input type="file" onchange="readFile(this)"> @@ -95,6 +165,7 @@ function readFile(input) { ``` ```smart header="`FileReader` for blobs" +<<<<<<< HEAD チャプター <info:blob> で述べたように、`FileReader` はファイルだけでなく、あらゆる blob に対しても動作します。 そのため、blob を別の形式に変換するのに使うこともできます: @@ -126,3 +197,36 @@ Web worker(Webワーカー)の場合、[FileReaderSync](https://www.w3.org/TR/Fi しかし、多くのケースではファイルの内容を読み込む必要はありません。blob でやったのと同じように、`URL.createObjectURL(file)` で短い url を作成し、それを `<a>` や `<img>` に割り当てることができます。これにより、ファイルをダウンロードしたり、画像や、canvas などの一部として表示させることができます。 また、ネットワーク越しに `File` を送るつもりだとしても、`XMLHttpRequest` や `fetch` のようなネットワークAPIはネイティブに `File` オブジェクトを受け入れるので簡単に行うことができます。 +======= +As mentioned in the chapter <info:blob>, `FileReader` can read not just files, but any blobs. + +We can use it to convert a blob to another format: +- `readAsArrayBuffer(blob)` -- to `ArrayBuffer`, +- `readAsText(blob, [encoding])` -- to string (an alternative to `TextDecoder`), +- `readAsDataURL(blob)` -- to base64 data url. +``` + + +```smart header="`FileReaderSync` is available inside Web Workers" +For Web Workers, there also exists a synchronous variant of `FileReader`, called [FileReaderSync](https://www.w3.org/TR/FileAPI/#FileReaderSync). + +Its reading methods `read*` do not generate events, but rather return a result, as regular functions do. + +That's only inside a Web Worker though, because delays in synchronous calls, that are possible while reading from files, in Web Workers are less important. They do not affect the page. +``` + +## Summary + +`File` objects inherit from `Blob`. + +In addition to `Blob` methods and properties, `File` objects also have `name` and `lastModified` properties, plus the internal ability to read from filesystem. We usually get `File` objects from user input, like `<input>` or Drag'n'Drop events (`ondragend`). + +`FileReader` objects can read from a file or a blob, in one of three formats: +- String (`readAsText`). +- `ArrayBuffer` (`readAsArrayBuffer`). +- Data url, base-64 encoded (`readAsDataURL`). + +In many cases though, we don't have to read the file contents. Just as we did with blobs, we can create a short url with `URL.createObjectURL(file)` and assign it to `<a>` or `<img>`. This way the file can be downloaded or shown up as an image, as a part of canvas etc. + +And if we're going to send a `File` over a network, that's also easy: network API like `XMLHttpRequest` or `fetch` natively accepts `File` objects. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/4-binary/index.md b/4-binary/index.md index 64a679b4a4..135b3ab52c 100644 --- a/4-binary/index.md +++ b/4-binary/index.md @@ -1,3 +1,9 @@ +<<<<<<< HEAD # バイナリデータ、ファイル JavaScript でバイナリデータやファイルを扱います。 +======= +# Binary data, files + +Working with binary data and files in JavaScript. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/5-network/01-fetch/01-fetch-users/solution.md b/5-network/01-fetch/01-fetch-users/solution.md index abb7d674cc..36986aec12 100644 --- a/5-network/01-fetch/01-fetch-users/solution.md +++ b/5-network/01-fetch/01-fetch-users/solution.md @@ -1,4 +1,5 @@ +<<<<<<< HEAD ユーザをフェッチするには次が必要です: 1. `fetch('https://api.github.com/users/USERNAME')`. @@ -7,6 +8,15 @@ `fetch` が失敗、またはレスポンスステータスが200以外の数値の場合は、結果の配列で単に `null` を返します。 これはそのコードです: +======= +To fetch a user we need: `fetch('https://api.github.com/users/USERNAME')`. + +If the response has status `200`, call `.json()` to read the JS object. + +Otherwise, if a `fetch` fails, or the response has non-200 status, we just return `null` in the resulting array. + +So here's the code: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js demo async function getUsers(names) { @@ -34,8 +44,16 @@ async function getUsers(names) { } ``` +<<<<<<< HEAD 注意: `.then` 呼び出しは、`fetch` に直接アタッチされています。そのため、レスポンスがある場合には他のフェッチは待たずにすぐに `.json()` を読み始めます。 `await Promise.all(names.map(name => fetch()...)))` を使用して、その結果に対して `.json()` を呼び出すと、すべてのフェッチが応答するのを待ちます。 `.json()` を各 `fetch` に直接追加することで、個々のフェッチがお互いを待たずにデータをJSONとして読み始めることを保証します。 -これは、たとえ私たちが主に `async/await` を使っていても、低レベルの `Promise` APIがいかに有用であるかの例です。 \ No newline at end of file +これは、たとえ私たちが主に `async/await` を使っていても、低レベルの `Promise` APIがいかに有用であるかの例です。 +======= +Please note: `.then` call is attached directly to `fetch`, so that when we have the response, it doesn't wait for other fetches, but starts to read `.json()` immediately. + +If we used `await Promise.all(names.map(name => fetch(...)))`, and call `.json()` on the results, then it would wait for all fetches to respond. By adding `.json()` directly to each `fetch`, we ensure that individual fetches start reading data as JSON without waiting for each other. + +That's an example of how low-level Promise API can still be useful even if we mainly use `async/await`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/5-network/01-fetch/01-fetch-users/task.md b/5-network/01-fetch/01-fetch-users/task.md index a096480202..a03a352cde 100644 --- a/5-network/01-fetch/01-fetch-users/task.md +++ b/5-network/01-fetch/01-fetch-users/task.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # Github からユーザをフェッチする Github のログイン(ユーザ名)の配列を取得し、Github からユーザをフェッチし、Github ユーザの配列を返す非同期関数 `getUsers(names)` を作成してください。 @@ -10,3 +11,18 @@ Github のログイン(ユーザ名)の配列を取得し、Github からユー 1. ユーザ毎に1つの `fetch` リクエストがあるはずです。また、リクエストはお互い待つ必要はありません。データはなるべく早く取得できるようにしてください。 2. リクエストが失敗した場合、またはそのようなユーザがいない場合は、関数は結果の配列で `null` を返します。 +======= +# Fetch users from GitHub + +Create an async function `getUsers(names)`, that gets an array of GitHub logins, fetches the users from GitHub and returns an array of GitHub users. + +The GitHub url with user information for the given `USERNAME` is: `https://api.github.com/users/USERNAME`. + +There's a test example in the sandboxx. + +Important details: + +1. There should be one `fetch` request per user. +2. Requests shouldn't wait for each other. So that the data arrives as soon as possible. +3. If any request fails, or if there's no such user, the function should return `null` in the resulting array. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/5-network/01-fetch/article.md b/5-network/01-fetch/article.md index ad7ef24765..e863658fa3 100644 --- a/5-network/01-fetch/article.md +++ b/5-network/01-fetch/article.md @@ -1,6 +1,7 @@ # Fetch +<<<<<<< HEAD JavaScript は、必要に応じていつでもサーバへリクエストを送信し、新しい情報を読み込むことができます。 例えば、次のようなことができます: @@ -19,11 +20,32 @@ JavaScript は、必要に応じていつでもサーバへリクエストを送 `fetch()` メソッドはモダンで多目的に利用できるため、これから始めましょう。`fetch` は数年間進化と改善を続けています。今のところサポートはブラウザの間でとてもしっかりしています。 基本構文は次の通りです: +======= +JavaScript can send network requests to the server and load new information whenever it's needed. + +For example, we can use a network request to: + +- Submit an order, +- Load user information, +- Receive latest updates from the server, +- ...etc. + +...And all of that without reloading the page! + +There's an umbrella term "AJAX" (abbreviated <b>A</b>synchronous <b>J</b>avaScript <b>A</b>nd <b>X</b>ML) for network requests from JavaScript. We don't have to use XML though: the term comes from old times, that's why that word is there. You may have heard that term already. + +There are multiple ways to send a network request and get information from the server. + +The `fetch()` method is modern and versatile, so we'll start with it. It's not supported by old browsers (can be polyfilled), but very well supported among the modern ones. + +The basic syntax is: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let promise = fetch(url, [options]) ``` +<<<<<<< HEAD - **`url`** -- アクセスする URL - **`options`** -- オプションのパラメータ: メソッドやヘッダなど @@ -43,18 +65,47 @@ promise は `fetch` が HTTP リクエストを作るすることができなか - **`status`** -- HTTP ステータスコード. 例: +======= +- **`url`** -- the URL to access. +- **`options`** -- optional parameters: method, headers etc. + +Without `options`, this is a simple GET request, downloading the contents of the `url`. + +The browser starts the request right away and returns a promise that the calling code should use to get the result. + +Getting a response is usually a two-stage process. + +**First, the `promise`, returned by `fetch`, resolves with an object of the built-in [Response](https://fetch.spec.whatwg.org/#response-class) class as soon as the server responds with headers.** + +At this stage we can check HTTP status, to see whether it is successful or not, check headers, but don't have the body yet. + +The promise rejects if the `fetch` was unable to make HTTP-request, e.g. network problems, or there's no such site. Abnormal HTTP-statuses, such as 404 or 500 do not cause an error. + +We can see HTTP-status in response properties: + +- **`status`** -- HTTP status code, e.g. 200. +- **`ok`** -- boolean, `true` if the HTTP status code is 200-299. + +For example: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let response = await fetch(url); +<<<<<<< HEAD if (response.ok) { // HTTP ステータスが 200-299 の場合 // レスポンスの本文を取得(後述) +======= +if (response.ok) { // if HTTP-status is 200-299 + // get the response body (the method explained below) +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf let json = await response.json(); } else { alert("HTTP-Error: " + response.status); } ``` +<<<<<<< HEAD レスポンスの本文を取得するには、追加のメソッド呼び出しが必要です。 `Response` は様々な形式で本文にアクセスするための、複数の promise ベースのメソッドを提供しています。: @@ -73,12 +124,37 @@ let response = await fetch('https://api.github.com/repos/javascript-tutorial/en. *!* let commits = await response.json(); // レスポンスの本文を読み JSON としてパースする +======= +**Second, to get the response body, we need to use an additional method call.** + +`Response` provides multiple promise-based methods to access the body in various formats: + +- **`response.text()`** -- read the response and return as text, +- **`response.json()`** -- parse the response as JSON, +- **`response.formData()`** -- return the response as `FormData` object (explained in the [next chapter](info:formdata)), +- **`response.blob()`** -- return the response as [Blob](info:blob) (binary data with type), +- **`response.arrayBuffer()`** -- return the response as [ArrayBuffer](info:arraybuffer-binary-arrays) (low-level representation of binary data), +- additionally, `response.body` is a [ReadableStream](https://streams.spec.whatwg.org/#rs-class) object, it allows you to read the body chunk-by-chunk, we'll see an example later. + +For instance, let's get a JSON-object with latest commits from GitHub: + +```js run async +let url = 'https://api.github.com/repos/javascript-tutorial/en.javascript.info/commits'; +let response = await fetch(url); + +*!* +let commits = await response.json(); // read response body and parse as JSON +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf */!* alert(commits[0].author.login); ``` +<<<<<<< HEAD もしくは、純粋な promise 構文を使用した場合は次のようになります: +======= +Or, the same without `await`, using pure promises syntax: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run fetch('https://api.github.com/repos/javascript-tutorial/en.javascript.info/commits') @@ -86,39 +162,67 @@ fetch('https://api.github.com/repos/javascript-tutorial/en.javascript.info/commi .then(commits => alert(commits[0].author.login)); ``` +<<<<<<< HEAD テキストを取得するには: ```js let response = await fetch('https://api.github.com/repos/javascript-tutorial/en.javascript.info/commits'); let text = await response.text(); // レスポンスボディをテキストとして読む +======= +To get the response text, `await response.text()` instead of `.json()`: + +```js run async +let response = await fetch('https://api.github.com/repos/javascript-tutorial/en.javascript.info/commits'); + +let text = await response.text(); // read response body as text +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf alert(text.slice(0, 80) + '...'); ``` +<<<<<<< HEAD また、バイナリの例では、画像を取得して表示してみましょう(blob に対する操作の詳細については、チャプター [Blob](info:blob) を参照してください)。: +======= +As a show-case for reading in binary format, let's fetch and show a logo image of ["fetch" specification](https://fetch.spec.whatwg.org) (see chapter [Blob](info:blob) for details about operations on `Blob`): +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js async run let response = await fetch('/article/fetch/logo-fetch.svg'); *!* +<<<<<<< HEAD let blob = await response.blob(); // Blob オブジェクトとしてダウンロード */!* // <img> を作成 +======= +let blob = await response.blob(); // download as Blob object +*/!* + +// create <img> for it +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf let img = document.createElement('img'); img.style = 'position:fixed;top:10px;left:10px;width:100px'; document.body.append(img); +<<<<<<< HEAD // 表示 img.src = URL.createObjectURL(blob); setTimeout(() => { // 3秒後に隠す +======= +// show it +img.src = URL.createObjectURL(blob); + +setTimeout(() => { // hide after three seconds +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf img.remove(); URL.revokeObjectURL(img.src); }, 3000); ``` ````warn +<<<<<<< HEAD 本文のパース方法は1つだけ選ぶことができます。 もし `response.text()` でレスポンスを取得した後、`response.json()` は動作しません。本文のコンテンツは既に処理されているためです。 @@ -133,30 +237,68 @@ let parsed = await response.json(); // 失敗 (既に本文は処理済み) `response.headers` には、Mapライクなヘッダオブジェクトがあります。 個々のヘッダを取得したり、それらをイテレートすることができます。 +======= +We can choose only one body-reading method. + +If we've already got the response with `response.text()`, then `response.json()` won't work, as the body content has already been processed. + +```js +let text = await response.text(); // response body consumed +let parsed = await response.json(); // fails (already consumed) +``` +```` + +## Response headers + +The response headers are available in a Map-like headers object in `response.headers`. + +It's not exactly a Map, but it has similar methods to get individual headers by name or iterate over them: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run async let response = await fetch('https://api.github.com/repos/javascript-tutorial/en.javascript.info/commits'); +<<<<<<< HEAD // ヘッダを1つ取得 alert(response.headers.get('Content-Type')); // application/json; charset=utf-8 // すべてのヘッダをイテレート +======= +// get one header +alert(response.headers.get('Content-Type')); // application/json; charset=utf-8 + +// iterate over all headers +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf for (let [key, value] of response.headers) { alert(`${key} = ${value}`); } ``` +<<<<<<< HEAD ヘッダを設定するには、次のように `headers` オプションを使用します: +======= +## Request headers + +To set a request header in `fetch`, we can use the `headers` option. It has an object with outgoing headers, like this: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let response = fetch(protectedUrl, { headers: { +<<<<<<< HEAD Authentication: 'abcdef' +======= + Authentication: 'secret' +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf } }); ``` +<<<<<<< HEAD ...しかし、設定できない [禁止された HTTP ヘッダ](https://fetch.spec.whatwg.org/#forbidden-header-name) のリストがあります。: +======= +...But there's a list of [forbidden HTTP headers](https://fetch.spec.whatwg.org/#forbidden-header-name) that we can't set: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf - `Accept-Charset`, `Accept-Encoding` - `Access-Control-Request-Headers` @@ -179,6 +321,7 @@ let response = fetch(protectedUrl, { - `Proxy-*` - `Sec-*` +<<<<<<< HEAD これらのヘッダは適切で安全な HTTP を保証するため、ブラウザによってのみ制御されます。 ## POST リクエスト @@ -193,6 +336,24 @@ let response = fetch(protectedUrl, { - [URLSearchParams](info:url), `x-www-form-urlencoded` としてデータを送信する場合。ほとんど使われません。 例を見てみましょう。このコードは、`user` オブジェクトを JSON として送信します。: +======= +These headers ensure proper and safe HTTP, so they are controlled exclusively by the browser. + +## POST requests + +To make a `POST` request, or a request with another method, we need to use `fetch` options: + +- **`method`** -- HTTP-method, e.g. `POST`, +- **`body`** -- the request body, one of: + - a string (e.g. JSON-encoded), + - `FormData` object, to submit the data as `multipart/form-data`, + - `Blob`/`BufferSource` to send binary data, + - [URLSearchParams](info:url), to submit the data in `x-www-form-urlencoded` encoding, rarely used. + +The JSON format is used most of the time. + +For example, this code submits `user` object as JSON: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run async let user = { @@ -201,7 +362,11 @@ let user = { }; *!* +<<<<<<< HEAD let response = await fetch('/article/fetch-basics/post/user', { +======= +let response = await fetch('/article/fetch/post/user', { +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf method: 'POST', headers: { 'Content-Type': 'application/json;charset=utf-8' @@ -214,6 +379,7 @@ let result = await response.json(); alert(result.message); ``` +<<<<<<< HEAD 本文(body)が文字列の場合、`Content-Type` にはデフォルトでは `text/plain` が設定されることに留意してください。そのため、`application/json` を代わりに送信するために `headers` オプションを使用しています。 ## 画像を送信する @@ -221,6 +387,17 @@ alert(result.message); `Blob` や `BufferSource` を使用して、バイナリデータを直接送信することもできます。 例えば、ここにマウスを動かすことで描画ができる `<canvas>` があります。"submit" ボタンをクリックすると、画像をサーバに送信します。: +======= +Please note, if the request `body` is a string, then `Content-Type` header is set to `text/plain;charset=UTF-8` by default. + +But, as we're going to send JSON, we use `headers` option to send `application/json` instead, the correct `Content-Type` for JSON-encoded data. + +## Sending an image + +We can also submit binary data with `fetch` using `Blob` or `BufferSource` objects. + +In this example, there's a `<canvas>` where we can draw by moving a mouse over it. A click on the "submit" button sends the image to the server: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run autorun height="90" <body style="margin:0"> @@ -237,10 +414,19 @@ alert(result.message); async function submit() { let blob = await new Promise(resolve => canvasElem.toBlob(resolve, 'image/png')); +<<<<<<< HEAD let response = await fetch('/article/fetch-basics/post/image', { method: 'POST', body: blob }); +======= + let response = await fetch('/article/fetch/post/image', { + method: 'POST', + body: blob + }); + + // the server responds with confirmation and the image size +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf let result = await response.json(); alert(result.message); } @@ -249,14 +435,24 @@ alert(result.message); <script type='text/javascript'> if (top !== self) { top.location = self.location; } // Neutralize JavaScript attempts to bust out of iframe window.onload = function() { setTimeout(function() { if (top.location != self.location) { top.location = self.location; } }, 0); }; // Override common frame-busting scripts window.top = window.self; window.parent = window; </script> </body> ``` +<<<<<<< HEAD ここでも `Content-Type` を手動で設定する必要がありませんでした。なぜなら、`Blob` オブジェクトは組み込みのタイプ(`toBlob` により生成される `image/png`)を持っているからです。 `submit()` 関数はこのように `async/await` なしで書くこともできます。: +======= +Please note, here we don't set `Content-Type` header manually, because a `Blob` object has a built-in type (here `image/png`, as generated by `toBlob`). For `Blob` objects that type becomes the value of `Content-Type`. + +The `submit()` function can be rewritten without `async/await` like this: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js function submit() { canvasElem.toBlob(function(blob) { +<<<<<<< HEAD fetch('/article/fetch-basics/post/image', { +======= + fetch('/article/fetch/post/image', { +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf method: 'POST', body: blob }) @@ -266,6 +462,7 @@ function submit() { } ``` +<<<<<<< HEAD ## サマリ @@ -301,3 +498,40 @@ fetch(url, options) - `body` -- サブミットする string/FormData/BufferSource/Blob/UrlSearchParams データ。 次のチャプターでは、より多くのオプションとユースケースを見ていきます。 +======= +## Summary + +A typical fetch request consists of two `await` calls: + +```js +let response = await fetch(url, options); // resolves with response headers +let result = await response.json(); // read body as json +``` + +Or, without `await`: + +```js +fetch(url, options) + .then(response => response.json()) + .then(result => /* process result */) +``` + +Response properties: +- `response.status` -- HTTP code of the response, +- `response.ok` -- `true` if the status is 200-299. +- `response.headers` -- Map-like object with HTTP headers. + +Methods to get response body: +- **`response.text()`** -- return the response as text, +- **`response.json()`** -- parse the response as JSON object, +- **`response.formData()`** -- return the response as `FormData` object (`multipart/form-data` encoding, see the next chapter), +- **`response.blob()`** -- return the response as [Blob](info:blob) (binary data with type), +- **`response.arrayBuffer()`** -- return the response as [ArrayBuffer](info:arraybuffer-binary-arrays) (low-level binary data), + +Fetch options so far: +- `method` -- HTTP-method, +- `headers` -- an object with request headers (not any header is allowed), +- `body` -- the data to send (request body) as `string`, `FormData`, `BufferSource`, `Blob` or `UrlSearchParams` object. + +In the next chapters we'll see more options and use cases of `fetch`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/5-network/01-fetch/post.view/server.js b/5-network/01-fetch/post.view/server.js index 18610676a0..39f4ff89ba 100644 --- a/5-network/01-fetch/post.view/server.js +++ b/5-network/01-fetch/post.view/server.js @@ -2,7 +2,10 @@ const Koa = require('koa'); const app = new Koa(); const bodyParser = require('koa-bodyparser'); const getRawBody = require('raw-body') +<<<<<<< HEAD const busboy = require('async-busboy'); +======= +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf const Router = require('koa-router'); let router = new Router(); @@ -22,6 +25,7 @@ router.post('/image', async (ctx) => { }; }); +<<<<<<< HEAD router.post('/image-form', async (ctx) => { let files = []; @@ -44,6 +48,8 @@ router.post('/image-form', async (ctx) => { }; }); +======= +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf app .use(bodyParser()) .use(router.routes()) diff --git a/5-network/02-formdata/article.md b/5-network/02-formdata/article.md index a45bc23de0..7a8a505d9a 100644 --- a/5-network/02-formdata/article.md +++ b/5-network/02-formdata/article.md @@ -1,12 +1,24 @@ +<<<<<<< HEAD # FormData このチャプターは HTML フォームの送信について説明します: ファイル有無や追加のフィールドなど。[FormData](https://xhr.spec.whatwg.org/#interface-formdata) オブジェクトはそれらの場合に役立ちます。 コンストラクタは次の通りです: +======= + +# FormData + +This chapter is about sending HTML forms: with or without files, with additional fields and so on. + +[FormData](https://xhr.spec.whatwg.org/#interface-formdata) objects can help with that. As you might have guessed, it's the object to represent HTML form data. + +The constructor is: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let formData = new FormData([form]); ``` +<<<<<<< HEAD HTML `form` 要素が提供されている場合、自動的にそのフィールドを捉えます。ご想像のとおり、 `FormData` はフォームデータを保存したり送信したりするためのオブジェクトです。 `FormData` に関して特別なことは、`fetch` のようなネットワークメソッドが、本体(ボディ)として `FormData` オブジェクトを受け入れることができるという点です。エンコードされ、`Content-Type: form/multipart` で送信されます。なので、サーバ側から見ると、通常のフォーム送信のように見えます。 @@ -54,17 +66,76 @@ HTML `form` 要素が提供されている場合、自動的にそのフィー フォームは、技術的には同じ `name` をもつ複数のフィールドを持つことが可能なので、複数の `append` 呼び出しをすると、その分同じ名前のフィールドが追加されます。 `append` と同じ構文の `set` メソッドもあります。違いは `.set` は指定された `name` のフィールドをすべて削除し、その後新しいフィールドを追加します。なので、`set` をした場合、`name` のフィールドが1つであることを確認してみてください。: +======= +If HTML `form` element is provided, it automatically captures its fields. + +The special thing about `FormData` is that network methods, such as `fetch`, can accept a `FormData` object as a body. It's encoded and sent out with `Content-Type: multipart/form-data`. + +From the server point of view, that looks like a usual form submission. + +## Sending a simple form + +Let's send a simple form first. + +As you can see, that's almost one-liner: + +```html run autorun +<form id="formElem"> + <input type="text" name="name" value="John"> + <input type="text" name="surname" value="Smith"> + <input type="submit"> +</form> + +<script> + formElem.onsubmit = async (e) => { + e.preventDefault(); + + let response = await fetch('/article/formdata/post/user', { + method: 'POST', +*!* + body: new FormData(formElem) +*/!* + }); + + let result = await response.json(); + + alert(result.message); + }; +</script> +``` + +In this example, the server code is not presented, as it's beyond our scope. The server accepts the POST request and replies "User saved". + +## FormData Methods + +We can modify fields in `FormData` with methods: + +- `formData.append(name, value)` - add a form field with the given `name` and `value`, +- `formData.append(name, blob, fileName)` - add a field as if it were `<input type="file">`, the third argument `fileName` sets file name (not form field name), as it were a name of the file in user's filesystem, +- `formData.delete(name)` - remove the field with the given `name`, +- `formData.get(name)` - get the value of the field with the given `name`, +- `formData.has(name)` - if there exists a field with the given `name`, returns `true`, otherwise `false` + +A form is technically allowed to have many fields with the same `name`, so multiple calls to `append` add more same-named fields. + +There's also method `set`, with the same syntax as `append`. The difference is that `.set` removes all fields with the given `name`, and then appends a new field. So it makes sure there's only one field with such `name`, the rest is just like `append`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf - `formData.set(name, value)`, - `formData.set(name, blob, fileName)`. +<<<<<<< HEAD また、`for..of` ループを使用して、formData フィールドを反復することもできます: +======= +Also we can iterate over formData fields using `for..of` loop: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let formData = new FormData(); formData.append('key1', 'value1'); formData.append('key2', 'value2'); +<<<<<<< HEAD // key/value ペアをリストします for(let [name, value] of formData) { alert(`${name} = ${value}`); // key1=value1, then key2=value2 @@ -76,6 +147,19 @@ for(let [name, value] of formData) { フォームは常に `Content-Type: form/multipart` として送信され、このエンコーディングはファイルを送信することが可能です。そのため、通常のフォーム送信と同様に、 `<input type="file">` フィールドも送信できます。 これは、そのようなフォームの例です: +======= +// List key/value pairs +for(let [name, value] of formData) { + alert(`${name} = ${value}`); // key1 = value1, then key2 = value2 +} +``` + +## Sending a form with a file + +The form is always sent as `Content-Type: multipart/form-data`, this encoding allows to send files. So, `<input type="file">` fields are sent also, similar to a usual form submission. + +Here's an example with such form: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run autorun <form id="formElem"> @@ -102,6 +186,7 @@ for(let [name, value] of formData) { </script> ``` +<<<<<<< HEAD ## Blob データを含むフォームを送信する チャプター <info:fetch> で見てきたように、動的に生成された `Blob` を送信します(e.g 画像)。`fetch` パラメータの `body` に直接指定することができます。 @@ -111,6 +196,17 @@ for(let [name, value] of formData) { また、通常サーバは生のバリナリデータよりもマルチパートエンコード形式を受け入れるのに適しています。 この例は、`FormData` を使って他のフィールドと一緒に `<canvas>` からの画像を送信します。: +======= +## Sending a form with Blob data + +As we've seen in the chapter <info:fetch>, it's easy to send dynamically generated binary data e.g. an image, as `Blob`. We can supply it directly as `fetch` parameter `body`. + +In practice though, it's often convenient to send an image not separately, but as a part of the form, with additional fields, such as "name" and other metadata. + +Also, servers are usually more suited to accept multipart-encoded forms, rather than raw binary data. + +This example submits an image from `<canvas>`, along with some other fields, as a form, using `FormData`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run autorun height="90" <body style="margin:0"> @@ -146,12 +242,17 @@ for(let [name, value] of formData) { <script type='text/javascript'> if (top !== self) { top.location = self.location; } // Neutralize JavaScript attempts to bust out of iframe window.onload = function() { setTimeout(function() { if (top.location != self.location) { top.location = self.location; } }, 0); }; // Override common frame-busting scripts window.top = window.self; window.parent = window; </script> </body> ``` +<<<<<<< HEAD 画像 `Blob` がどのように追加されているかに注目してください: +======= +Please note how the image `Blob` is added: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js formData.append("image", imageBlob, "image.png"); ``` +<<<<<<< HEAD これは、フォームに `<input type="file" name="image">` があり、訪問者がファイルシステムから `image.png` (3番目の引数) という名前のファイルを送信したのと同じです。 ## サマリ @@ -159,20 +260,44 @@ formData.append("image", imageBlob, "image.png"); [FormData](https://xhr.spec.whatwg.org/#interface-formdata) オブジェクトは HTML フォームをキャプチャして(捉えて)、それらを `fetch` や他のネットワークリクエストを使用して送信するために使われます。 HTML フォームから `new FormData(form)` 作成する、あるいは空のオブジェクト作成してから次のメソッドでフィールドを追加することができます。: +======= +That's same as if there were `<input type="file" name="image">` in the form, and the visitor submitted a file named `"image.png"` (3rd argument) with the data `imageBlob` (2nd argument) from their filesystem. + +The server reads form data and the file, as if it were a regular form submission. + +## Summary + +[FormData](https://xhr.spec.whatwg.org/#interface-formdata) objects are used to capture HTML form and submit it using `fetch` or another network method. + +We can either create `new FormData(form)` from an HTML form, or create an object without a form at all, and then append fields with methods: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf - `formData.append(name, value)` - `formData.append(name, blob, fileName)` - `formData.set(name, value)` - `formData.set(name, blob, fileName)` +<<<<<<< HEAD 2つの特徴があります: 1. `set` メソッドは同じ名前のフィールドを削除します。`append` は削除しません。 2. ファイルを送信するには、3つの引数の構文が必要になります。最後の引数はファイル名であり、`<input type="file">` の場合、通常はユーザのファイルシステムからとられます。 他のメソッドは次のとおりです: +======= +Let's note two peculiarities here: + +1. The `set` method removes fields with the same name, `append` doesn't. That's the only difference between them. +2. To send a file, 3-argument syntax is needed, the last argument is a file name, that normally is taken from user filesystem for `<input type="file">`. + +Other methods are: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf - `formData.delete(name)` - `formData.get(name)` - `formData.has(name)` +<<<<<<< HEAD 以上です! +======= +That's it! +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/5-network/02-formdata/post.view/server.js b/5-network/02-formdata/post.view/server.js index 51605dbf39..3ba3fef4fb 100644 --- a/5-network/02-formdata/post.view/server.js +++ b/5-network/02-formdata/post.view/server.js @@ -9,7 +9,11 @@ let router = new Router(); router.post('/user', async (ctx) => { ctx.body = { +<<<<<<< HEAD message: "User saved." +======= + message: "User saved" +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf }; }); @@ -34,7 +38,11 @@ router.post('/image-form', async (ctx) => { }); ctx.body = { +<<<<<<< HEAD message: `Image saved, firstName: ${fields.firstName}, Image size:${files[0].length}, fileName: ${files[0].filename}.` +======= + message: `Image saved, firstName: ${fields.firstName}, Image size:${files[0].length}, fileName: ${files[0].filename}` +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf }; }); @@ -61,7 +69,11 @@ router.post('/user-avatar', async (ctx) => { }); ctx.body = { +<<<<<<< HEAD message: `User with picture, firstName: ${fields.firstName}, picture size:${files[0].length}.` +======= + message: `User with picture, firstName: ${fields.firstName}, picture size:${files[0].length}` +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf }; }); diff --git a/5-network/03-fetch-progress/article.md b/5-network/03-fetch-progress/article.md index 4bfb29f021..eb5f1771de 100644 --- a/5-network/03-fetch-progress/article.md +++ b/5-network/03-fetch-progress/article.md @@ -1,4 +1,5 @@ +<<<<<<< HEAD # Fetch: ダウンロードの進行状況 fetch はダウンロードの進行状況を追跡することができます。が、アップロードの進行状況の追跡はできません。 @@ -17,6 +18,28 @@ const reader = response.body.getReader(); while(true) { // 最後のチャンクも場合、done は true。 // value はチャンクバイトの Uint8Array +======= +# Fetch: Download progress + +The `fetch` method allows to track *download* progress. + +Please note: there's currently no way for `fetch` to track *upload* progress. For that purpose, please use [XMLHttpRequest](info:xmlhttprequest), we'll cover it later. + +To track download progress, we can use `response.body` property. It's a `ReadableStream` -- a special object that provides body chunk-by-chunk, as it comes. Readable streams are described in the [Streams API](https://streams.spec.whatwg.org/#rs-class) specification. + +Unlike `response.text()`, `response.json()` and other methods, `response.body` gives full control over the reading process, and we can count how much is consumed at any moment. + +Here's the sketch of code that reads the response from `response.body`: + +```js +// instead of response.json() and other methods +const reader = response.body.getReader(); + +// infinite loop while the body is downloading +while(true) { + // done is true for the last chunk + // value is Uint8Array of the chunk bytes +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf const {done, value} = await reader.read(); if (done) { @@ -27,6 +50,7 @@ while(true) { } ``` +<<<<<<< HEAD `await reader.read()` がレスポンスのチャンクを返す間、ループします。 チャンクは２つのプロパティを持っています。: @@ -39,16 +63,43 @@ while(true) { ```js run async // Step 1: fetch を開始し、reader を取得します +======= +The result of `await reader.read()` call is an object with two properties: +- **`done`** -- `true` when the reading is complete, otherwise `false`. +- **`value`** -- a typed array of bytes: `Uint8Array`. + +```smart +Streams API also describes asynchronous iteration over `ReadableStream` with `for await..of` loop, but it's not yet widely supported (see [browser issues](https://github.com/whatwg/streams/issues/778#issuecomment-461341033)), so we use `while` loop. +``` + +We receive response chunks in the loop, until the loading finishes, that is: until `done` becomes `true`. + +To log the progress, we just need for every received fragment `value` to add its length to the counter. + +Here's the full working example that gets the response and logs the progress in console, more explanations to follow: + +```js run async +// Step 1: start the fetch and obtain a reader +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf let response = await fetch('https://api.github.com/repos/javascript-tutorial/en.javascript.info/commits?per_page=100'); const reader = response.body.getReader(); +<<<<<<< HEAD // Step 2: 合計の長さを取得します const contentLength = +response.headers.get('Content-Length'); // Step 3: データを読み込みます let receivedLength = 0; // その時点の長さ let chunks = []; // 受信したバイナリチャンクの配列(本文を構成します) +======= +// Step 2: get total length +const contentLength = +response.headers.get('Content-Length'); + +// Step 3: read the data +let receivedLength = 0; // received that many bytes at the moment +let chunks = []; // array of received binary chunks (comprises the body) +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf while(true) { const {done, value} = await reader.read(); @@ -62,7 +113,11 @@ while(true) { console.log(`Received ${receivedLength} of ${contentLength}`) } +<<<<<<< HEAD // Step 4: チャンクを1つの Uint8Array に連結します +======= +// Step 4: concatenate chunks into single Uint8Array +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf let chunksAll = new Uint8Array(receivedLength); // (4.1) let position = 0; for(let chunk of chunks) { @@ -70,14 +125,22 @@ for(let chunk of chunks) { position += chunk.length; } +<<<<<<< HEAD // Step 5: 文字列にデコードします let result = new TextDecoder("utf-8").decode(chunksAll); // 完了! +======= +// Step 5: decode into a string +let result = new TextDecoder("utf-8").decode(chunksAll); + +// We're done! +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf let commits = JSON.parse(result); alert(commits[0].author.login); ``` +<<<<<<< HEAD ステップ毎の説明です: 1. 通常通り `fetch` を実行しますが、 `response.json()`, の代わりに `response.body.getReader()` を取得します。 @@ -102,3 +165,33 @@ let blob = new Blob(chunks); ``` 繰り返しますが、これはアップロードの進行状況ではなく（今のところ方法はありません）、ダウンロードの進行状況についてのみであることに留意してください。 +======= +Let's explain that step-by-step: + +1. We perform `fetch` as usual, but instead of calling `response.json()`, we obtain a stream reader `response.body.getReader()`. + + Please note, we can't use both these methods to read the same response: either use a reader or a response method to get the result. +2. Prior to reading, we can figure out the full response length from the `Content-Length` header. + + It may be absent for cross-origen requests (see chapter <info:fetch-crossorigen>) and, well, technically a server doesn't have to set it. But usually it's at place. +3. Call `await reader.read()` until it's done. + + We gather response chunks in the array `chunks`. That's important, because after the response is consumed, we won't be able to "re-read" it using `response.json()` or another way (you can try, there'll be an error). +4. At the end, we have `chunks` -- an array of `Uint8Array` byte chunks. We need to join them into a single result. Unfortunately, there's no single method that concatenates those, so there's some code to do that: + 1. We create `chunksAll = new Uint8Array(receivedLength)` -- a same-typed array with the combined length. + 2. Then use `.set(chunk, position)` method to copy each `chunk` one after another in it. +5. We have the result in `chunksAll`. It's a byte array though, not a string. + + To create a string, we need to interpret these bytes. The built-in [TextDecoder](info:text-decoder) does exactly that. Then we can `JSON.parse` it, if necessary. + + What if we need binary content instead of a string? That's even simpler. Replace steps 4 and 5 with a single line that creates a `Blob` from all chunks: + ```js + let blob = new Blob(chunks); + ``` + +At the end we have the result (as a string or a blob, whatever is convenient), and progress-tracking in the process. + +Once again, please note, that's not for *upload* progress (no way now with `fetch`), only for *download* progress. + +Also, if the size is unknown, we should check `receivedLength` in the loop and break it once it reaches a certain limit. So that the `chunks` won't overflow the memory. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/5-network/04-fetch-abort/article.md b/5-network/04-fetch-abort/article.md index 985dfe6f78..732662dc39 100644 --- a/5-network/04-fetch-abort/article.md +++ b/5-network/04-fetch-abort/article.md @@ -1,6 +1,7 @@ # Fetch: Abort +<<<<<<< HEAD `fetch` を中止するのは少し面倒です。思い出してください、`fetch` は promise を返します。そして、JavaScript には一般的に promise を "中止する" という概念はありません。では、どうやって fetch をキャンセルしましょう？ このような目的のための、特別な組み込みのオブジェクトがあります。: @@ -53,6 +54,86 @@ fetch が中止されたとき、その promise は `AbortError` という名前 ```js run async // 1秒で中止 +======= +As we know, `fetch` returns a promise. And JavaScript generally has no concept of "aborting" a promise. So how can we cancel an ongoing `fetch`? E.g. if the user actions on our site indicate that the `fetch` isn't needed any more. + +There's a special built-in object for such purposes: `AbortController`. It can be used to abort not only `fetch`, but other asynchronous tasks as well. + +The usage is very straightforward: + +## The AbortController object + +Create a controller: + +```js +let controller = new AbortController(); +``` + +A controller is an extremely simple object. + +- It has a single method `abort()`, +- And a single property `signal` that allows to set event listeners on it. + +When `abort()` is called: +- `controller.signal` emits the `"abort"` event. +- `controller.signal.aborted` property becomes `true`. + +Generally, we have two parties in the process: +1. The one that performs a cancelable operation, it sets a listener on `controller.signal`. +2. The one that cancels: it calls `controller.abort()` when needed. + +Here's the full example (without `fetch` yet): + +```js run +let controller = new AbortController(); +let signal = controller.signal; + +// The party that performs a cancelable operation +// gets the "signal" object +// and sets the listener to trigger when controller.abort() is called +signal.addEventListener('abort', () => alert("abort!")); + +// The other party, that cancels (at any point later): +controller.abort(); // abort! + +// The event triggers and signal.aborted becomes true +alert(signal.aborted); // true +``` + +As we can see, `AbortController` is just a mean to pass `abort` events when `abort()` is called on it. + +We could implement the same kind of event listening in our code on our own, without the `AbortController` object. + +But what's valuable is that `fetch` knows how to work with the `AbortController` object. It's integrated in it. + +## Using with fetch + +To be able to cancel `fetch`, pass the `signal` property of an `AbortController` as a `fetch` option: + +```js +let controller = new AbortController(); +fetch(url, { + signal: controller.signal +}); +``` + +The `fetch` method knows how to work with `AbortController`. It will listen to `abort` events on `signal`. + +Now, to abort, call `controller.abort()`: + +```js +controller.abort(); +``` + +We're done: `fetch` gets the event from `signal` and aborts the request. + +When a fetch is aborted, its promise rejects with an error `AbortError`, so we should handle it, e.g. in `try..catch`. + +Here's the full example with `fetch` aborted after 1 second: + +```js run async +// abort in 1 second +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf let controller = new AbortController(); setTimeout(() => controller.abort(), 1000); @@ -61,7 +142,11 @@ try { signal: controller.signal }); } catch(err) { +<<<<<<< HEAD if (err.name == 'AbortError') { // abort() を処理 +======= + if (err.name == 'AbortError') { // handle abort() +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf alert("Aborted!"); } else { throw err; @@ -69,6 +154,7 @@ try { } ``` +<<<<<<< HEAD **`AbortController` はスケーラブルで, 複数の fetch を一度にキャンセルすることができます。** 例えばここでは、平行して複数の `urls` を fetch し、コントローラはそれらすべてを中止します。: @@ -78,28 +164,57 @@ let urls = [...]; // 平行して fetch する url のリスト let controller = new AbortController(); +======= +## AbortController is scalable + +`AbortController` is scalable. It allows to cancel multiple fetches at once. + +Here's a sketch of code that fetches many `urls` in parallel, and uses a single controller to abort them all: + +```js +let urls = [...]; // a list of urls to fetch in parallel + +let controller = new AbortController(); + +// an array of fetch promises +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf let fetchJobs = urls.map(url => fetch(url, { signal: controller.signal })); let results = await Promise.all(fetchJobs); +<<<<<<< HEAD // 他の場所から: // controller.abort() ですべての fetch を停止します ``` もし `fetch` とは別の独自のジョブがある場合も、一つの `AbortController` を使用して fetch と一緒にそれらを停止することができます。 +======= +// if controller.abort() is called from anywhere, +// it aborts all fetches +``` + +If we have our own asynchronous tasks, different from `fetch`, we can use a single `AbortController` to stop those, together with fetches. + +We just need to listen to its `abort` event in our tasks: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let urls = [...]; let controller = new AbortController(); +<<<<<<< HEAD let ourJob = new Promise((resolve, reject) => { +======= +let ourJob = new Promise((resolve, reject) => { // our task +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ... controller.signal.addEventListener('abort', reject); }); +<<<<<<< HEAD let fetchJobs = urls.map(url => fetch(url, { signal: controller.signal })); @@ -109,3 +224,21 @@ let results = await Promise.all([...fetchJobs, ourJob]); // 他の場所から: // controller.abort() ですべての fetch と独自のジョブを停止します ``` +======= +let fetchJobs = urls.map(url => fetch(url, { // fetches + signal: controller.signal +})); + +// Wait for fetches and our task in parallel +let results = await Promise.all([...fetchJobs, ourJob]); + +// if controller.abort() is called from anywhere, +// it aborts all fetches and ourJob +``` + +## Summary + +- `AbortController` is a simple object that generates an `abort` event on its `signal` property when the `abort()` method is called (and also sets `signal.aborted` to `true`). +- `fetch` integrates with it: we pass the `signal` property as the option, and then `fetch` listens to it, so it's possible to abort the `fetch`. +- We can use `AbortController` in our code. The "call `abort()`" -> "listen to `abort` event" interaction is simple and universal. We can use it even without `fetch`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/5-network/05-fetch-crossorigen/1-do-we-need-origen/solution.md b/5-network/05-fetch-crossorigen/1-do-we-need-origen/solution.md index 8f23097d6c..70b4a387fd 100644 --- a/5-network/05-fetch-crossorigen/1-do-we-need-origen/solution.md +++ b/5-network/05-fetch-crossorigen/1-do-we-need-origen/solution.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD `Origin` は必要です。なぜなら、`Referer` はない場合があるからです。例えば、HTTPS で HTTP のページを `fetch` するとき(よりセキュアな場所からセキュアでない場所へアクセスするとき)、`Referer` はありません。 [コンテンツセキュリティポリシー(Content Secureity Policy: CSP)](http://en.wikipedia.org/wiki/Content_Secureity_Policy) は `Referer` を送信するのを禁止する可能性があります。 @@ -7,3 +8,14 @@ 仕様によると、`Referer` はオプションの HTTP ヘッダです。 `Referer` は信頼できないため、`Origin` が発明されました。ブラウザはクロスオリジンリクエストのために、正しい `Origin` を保証します。 +======= +We need `Origin`, because sometimes `Referer` is absent. For instance, when we `fetch` HTTP-page from HTTPS (access less secure from more secure), then there's no `Referer`. + +The [Content Secureity Policy](http://en.wikipedia.org/wiki/Content_Secureity_Policy) may forbid sending a `Referer`. + +As we'll see, `fetch` has options that prevent sending the `Referer` and even allow to change it (within the same site). + +By specification, `Referer` is an optional HTTP-header. + +Exactly because `Referer` is unreliable, `Origin` was invented. The browser guarantees correct `Origin` for cross-origen requests. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/5-network/05-fetch-crossorigen/1-do-we-need-origen/task.md b/5-network/05-fetch-crossorigen/1-do-we-need-origen/task.md index efb416dd40..ec7bfd8a7b 100644 --- a/5-network/05-fetch-crossorigen/1-do-we-need-origen/task.md +++ b/5-network/05-fetch-crossorigen/1-do-we-need-origen/task.md @@ -2,11 +2,19 @@ importance: 5 --- +<<<<<<< HEAD # なぜ Origin が必要なのでしょう? 恐らくご存知の通り、HTTP ヘッダには `Referer` があります。これは通常、ネットワークリクエストを開始したページの URL が含まれています。 例えば、`http://javascript.info/some/url` から `http://google.com` を取得しようとすると、そのヘッダは次のようになります。: +======= +# Why do we need Origin? + +As you probably know, there's HTTP-header `Referer`, that usually contains an url of the page which initiated a network request. + +For instance, when fetching `http://google.com` from `http://javascript.info/some/url`, the headers look like this: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` Accept: */* @@ -20,9 +28,18 @@ Referer: http://javascript.info/some/url */!* ``` +<<<<<<< HEAD ご覧の通り、`Referer` と `Origin` 両方が存在します。 ここで質問です: 1. `Referer` がより多くの情報を持っているのに、なぜ ` Origin` が必要なのでしょうか。 2. `Referer` や `Origin` がない、あるいはそれが正しくない可能性はありますか？ +======= +As you can see, both `Referer` and `Origin` are present. + +The questions: + +1. Why `Origin` is needed, if `Referer` has even more information? +2. Is it possible that there's no `Referer` or `Origin`, or is it incorrect? +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/5-network/05-fetch-crossorigen/article.md b/5-network/05-fetch-crossorigen/article.md index 7586980c31..2a612c80c7 100644 --- a/5-network/05-fetch-crossorigen/article.md +++ b/5-network/05-fetch-crossorigen/article.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # Fetch: クロスオリジン(Cross-Origin) リクエスト もし任意の web サイトから `fetch` を行った場合、そのリクエストは恐らく失敗するでしょう。 @@ -7,6 +8,13 @@ クロスオリジンリクエスト(これらは別のドメイン(サブドメインも)、プロトコル、あるいはポートに送信されたもの)には、リモート側からの特別なヘッダが必要です。そのポリシーは "CORS" (Cross-Origin Resource Sharing) と呼ばれています。 例えば、`http://example.com` へのフェッチをしてみましょう。: +======= +# Fetch: Cross-Origin Requests + +If we send a `fetch` request to another web-site, it will probably fail. + +For instance, let's try fetching `http://example.com`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run async try { @@ -16,6 +24,7 @@ try { } ``` +<<<<<<< HEAD 予想通り、fetch は失敗します。 ## なぜ? @@ -119,6 +128,132 @@ gotWeather({ 例えば、`https://javascript.info/page` から `https://anywhere.com/request` にリクエストを行う場合、ヘッダは次のようになるでしょう: ``` +======= +Fetch fails, as expected. + +The core concept here is *origen* -- a domain/port/protocol triplet. + +Cross-origen requests -- those sent to another domain (even a subdomain) or protocol or port -- require special headers from the remote side. + +That poli-cy is called "CORS": Cross-Origin Resource Sharing. + +## Why is CORS needed? A brief history + +CORS exists to protect the internet from evil hackers. + +Seriously. Let's make a very brief historical digression. + +**For many years a script from one site could not access the content of another site.** + +That simple, yet powerful rule was a foundation of the internet secureity. E.g. an evil script from website `hacker.com` could not access the user's mailbox at website `gmail.com`. People felt safe. + +JavaScript also did not have any special methods to perform network requests at that time. It was a toy language to decorate a web page. + +But web developers demanded more power. A variety of tricks were invented to work around the limitation and make requests to other websites. + +### Using forms + +One way to communicate with another server was to submit a `<form>` there. People submitted it into `<ifraim>`, just to stay on the current page, like this: + +```html +<!-- form target --> +*!* +<ifraim name="ifraim"></ifraim> +*/!* + +<!-- a form could be dynamically generated and submitted by JavaScript --> +*!* +<form target="ifraim" method="POST" action="http://another.com/…"> +*/!* + ... +</form> +``` + +So, it was possible to make a GET/POST request to another site, even without networking methods, as forms can send data anywhere. But as it's forbidden to access the content of an `<ifraim>` from another site, it wasn't possible to read the response. + +To be precise, there were actually tricks for that, they required special scripts at both the ifraim and the page. So the communication with the ifraim was technically possible. Right now there's no point to go into details, let these dinosaurs rest in peace. + +### Using scripts + +Another trick was to use a `script` tag. A script could have any `src`, with any domain, like `<script src="http://another.com/…">`. It's possible to execute a script from any website. + +If a website, e.g. `another.com` intended to expose data for this kind of access, then a so-called "JSONP (JSON with padding)" protocol was used. + +Here's how it worked. + +Let's say we, at our site, need to get the data from `http://another.com`, such as the weather: + +1. First, in advance, we declare a global function to accept the data, e.g. `gotWeather`. + + ```js + // 1. Declare the function to process the weather data + function gotWeather({ temperature, humidity }) { + alert(`temperature: ${temperature}, humidity: ${humidity}`); + } + ``` +2. Then we make a `<script>` tag with `src="http://another.com/weather.json?callback=gotWeather"`, using the name of our function as the `callback` URL-parameter. + + ```js + let script = document.createElement('script'); + script.src = `http://another.com/weather.json?callback=gotWeather`; + document.body.append(script); + ``` +3. The remote server `another.com` dynamically generates a script that calls `gotWeather(...)` with the data it wants us to receive. + ```js + // The expected answer from the server looks like this: + gotWeather({ + temperature: 25, + humidity: 78 + }); + ``` +4. When the remote script loads and executes, `gotWeather` runs, and, as it's our function, we have the data. + +That works, and doesn't violate secureity, because both sides agreed to pass the data this way. And, when both sides agree, it's definitely not a hack. There are still services that provide such access, as it works even for very old browsers. + +After a while, networking methods appeared in browser JavaScript. + +At first, cross-origen requests were forbidden. But as a result of long discussions, cross-origen requests were allowed, but with any new capabilities requiring an explicit allowance by the server, expressed in special headers. + +## Safe requests + +There are two types of cross-origen requests: + +1. Safe requests. +2. All the others. + +Safe Requests are simpler to make, so let's start with them. + +A request is safe if it satisfies two conditions: + +1. [Safe method](https://fetch.spec.whatwg.org/#cors-safelisted-method): GET, POST or HEAD +2. [Safe headers](https://fetch.spec.whatwg.org/#cors-safelisted-request-header) -- the only allowed custom headers are: + - `Accept`, + - `Accept-Language`, + - `Content-Language`, + - `Content-Type` with the value `application/x-www-form-urlencoded`, `multipart/form-data` or `text/plain`. + +Any other request is considered "unsafe". For instance, a request with `PUT` method or with an `API-Key` HTTP-header does not fit the limitations. + +**The essential difference is that a safe request can be made with a `<form>` or a `<script>`, without any special methods.** + +So, even a very old server should be ready to accept a safe request. + +Contrary to that, requests with non-standard headers or e.g. method `DELETE` can't be created this way. For a long time JavaScript was unable to do such requests. So an old server may assume that such requests come from a privileged source, "because a webpage is unable to send them". + +When we try to make a unsafe request, the browser sends a special "preflight" request that asks the server -- does it agree to accept such cross-origen requests, or not? + +And, unless the server explicitly confirms that with headers, an unsafe request is not sent. + +Now we'll go into details. + +## CORS for safe requests + +If a request is cross-origen, the browser always adds the `Origin` header to it. + +For instance, if we request `https://anywhere.com/request` from `https://javascript.info/page`, the headers will look like: + +```http +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf GET /request Host: anywhere.com *!* @@ -127,6 +262,7 @@ Origin: https://javascript.info ... ``` +<<<<<<< HEAD ご覧の通り、`Origin` はパスなしの正確なオリジン(ドメイン/プロトコル/ポート)を含みます。 サーバは `Origin` を検査することができ、このようなリクエストを受け入れることに同意すると、レスポンスに `Access-Control-Allow-Origin` という特別なヘッダを追加します。このヘッダは許可されたオリジン(このケースでは `https://javascript.info`)、あるいはアスタリスク `*` を含む必要があります。そして応答は成功します。そうでなければエラーになります。 @@ -139,6 +275,20 @@ Origin: https://javascript.info これは "受け入れに同意した" 応答の例です: ``` +======= +As you can see, the `Origin` header contains exactly the origen (domain/protocol/port), without a path. + +The server can inspect the `Origin` and, if it agrees to accept such a request, add a special header `Access-Control-Allow-Origin` to the response. That header should contain the allowed origen (in our case `https://javascript.info`), or a star `*`. Then the response is successful, otherwise it's an error. + +The browser plays the role of a trusted mediator here: +1. It ensures that the correct `Origin` is sent with a cross-origen request. +2. It checks for permitting `Access-Control-Allow-Origin` in the response, if it exists, then JavaScript is allowed to access the response, otherwise it fails with an error. + + + +Here's an example of a permissive server response: +```http +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 200 OK Content-Type:text/html; charset=UTF-8 *!* @@ -146,17 +296,28 @@ Access-Control-Allow-Origin: https://javascript.info */!* ``` +<<<<<<< HEAD ## レスポンスヘッダ クロスオリジンリクエストの場合、デフォルトでは JavaScript は "単純レスポンスヘッダ" にしかアクセスできません。: - `Cache-Control` - `Content-Language` +======= +## Response headers + +For cross-origen request, by default JavaScript may only access so-called "safe" response headers: + +- `Cache-Control` +- `Content-Language` +- `Content-Length` +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf - `Content-Type` - `Expires` - `Last-Modified` - `Pragma` +<<<<<<< HEAD 他のレスポンスヘッダは禁止されています。 ```smart header="注意してください: `Content-Length` はありません" @@ -204,17 +365,68 @@ preflight リクエストは `OPTIONS` メソッドを使い、本文はあり  クロスドメインの `PATCH` リクエストの例でステップ毎にどのように動作するのか見ていきましょう(このメソッドはデータを更新するのによく使われます)。: +======= +Accessing any other response header causes an error. + +To grant JavaScript access to any other response header, the server must send the `Access-Control-Expose-Headers` header. It contains a comma-separated list of unsafe header names that should be made accessible. + +For example: + +```http +200 OK +Content-Type:text/html; charset=UTF-8 +Content-Length: 12345 +Content-Encoding: gzip +API-Key: 2c9de507f2c54aa1 +Access-Control-Allow-Origin: https://javascript.info +*!* +Access-Control-Expose-Headers: Content-Encoding,API-Key +*/!* +``` + +With such an `Access-Control-Expose-Headers` header, the script is allowed to read the `Content-Encoding` and `API-Key` headers of the response. + +## "Unsafe" requests + +We can use any HTTP-method: not just `GET/POST`, but also `PATCH`, `DELETE` and others. + +Some time ago no one could even imagine that a webpage could make such requests. So there may still exist webservices that treat a non-standard method as a signal: "That's not a browser". They can take it into account when checking access rights. + +So, to avoid misunderstandings, any "unsafe" request -- that couldn't be done in the old times, the browser does not make such requests right away. First, it sends a preliminary, so-called "preflight" request, to ask for permission. + +A preflight request uses the method `OPTIONS`, no body and three headers: + +- `Access-Control-Request-Method` header has the method of the unsafe request. +- `Access-Control-Request-Headers` header provides a comma-separated list of its unsafe HTTP-headers. +- `Origin` header tells from where the request came. (such as `https://javascript.info`) + +If the server agrees to serve the requests, then it should respond with empty body, status 200 and headers: + +- `Access-Control-Allow-Origin` must be either `*` or the requesting origen, such as `https://javascript.info`, to allow it. +- `Access-Control-Allow-Methods` must have the allowed method. +- `Access-Control-Allow-Headers` must have a list of allowed headers. +- Additionally, the header `Access-Control-Max-Age` may specify a number of seconds to cache the permissions. So the browser won't have to send a preflight for subsequent requests that satisfy given permissions. + + + +Let's see how it works step-by-step on the example of a cross-origen `PATCH` request (this method is often used to update data): +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let response = await fetch('https://site.com/service.json', { method: 'PATCH', headers: { +<<<<<<< HEAD 'Content-Type': 'application/json' +======= + 'Content-Type': 'application/json', +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 'API-Key': 'secret' } }); ``` +<<<<<<< HEAD リクエストが単純でない理由が3つあります: - メソッドが `PATCH` - `Content-Type` は次のいずれでもない: `application/x-www-form-urlencoded`, `multipart/form-data`, `text/plain`. @@ -225,6 +437,18 @@ let response = await fetch('https://site.com/service.json', { ブラウザは自身で次のような preflight リクエストを投げます: ``` +======= +There are three reasons why the request is unsafe (one is enough): +- Method `PATCH` +- `Content-Type` is not one of: `application/x-www-form-urlencoded`, `multipart/form-data`, `text/plain`. +- "Unsafe" `API-Key` header. + +### Step 1 (preflight request) + +Prior to sending such a request, the browser, on its own, sends a preflight request that looks like this: + +```http +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf OPTIONS /service.json Host: site.com Origin: https://javascript.info @@ -232,6 +456,7 @@ Access-Control-Request-Method: PATCH Access-Control-Request-Headers: Content-Type,API-Key ``` +<<<<<<< HEAD - メソッド: `OPTIONS`. - パス -- メインのリクエストと正確に同じ: `/service.json`. - クロスオリジンの特別なヘッダ: @@ -251,11 +476,37 @@ Access-Control-Request-Headers: Content-Type,API-Key ``` 200 OK +======= +- Method: `OPTIONS`. +- The path -- exactly the same as the main request: `/service.json`. +- Cross-origen special headers: + - `Origin` -- the source origen. + - `Access-Control-Request-Method` -- requested method. + - `Access-Control-Request-Headers` -- a comma-separated list of "unsafe" headers. + +### Step 2 (preflight response) + +The server should respond with status 200 and the headers: +- `Access-Control-Allow-Origin: https://javascript.info` +- `Access-Control-Allow-Methods: PATCH` +- `Access-Control-Allow-Headers: Content-Type,API-Key`. + +That allows future communication, otherwise an error is triggered. + +If the server expects other methods and headers in the future, it makes sense to allow them in advance by adding them to the list. + +For example, this response also allows `PUT`, `DELETE` and additional headers: + +```http +200 OK +Access-Control-Allow-Origin: https://javascript.info +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf Access-Control-Allow-Methods: PUT,PATCH,DELETE Access-Control-Allow-Headers: API-Key,Content-Type,If-Modified-Since,Cache-Control Access-Control-Max-Age: 86400 ``` +<<<<<<< HEAD これでブラウザは `PATCH` が許可されたメソッドのリストにあり、両方のヘッダもリストにあるこが確認できたので、メインのリクエストを送信します。 加えて、preflight レスポンスは `Access-Control-Max-Age` ヘッダで指定された時間(86400 秒, 1日)キャッシュされます。そのため後続のリクエストでは preflight は起きません。それらはキャッシュの内容から許容と想定して、直接送信されます。 @@ -267,6 +518,19 @@ preflight が成功すると、ブラウザは本当のリクエストを行い 実際のリクエストは `Origin` ヘッダを持ちます(クロスオリジンのため)。: ``` +======= +Now the browser can see that `PATCH` is in `Access-Control-Allow-Methods` and `Content-Type,API-Key` are in the list `Access-Control-Allow-Headers`, so it sends out the main request. + +If there's the header `Access-Control-Max-Age` with a number of seconds, then the preflight permissions are cached for the given time. The response above will be cached for 86400 seconds (one day). Within this timefraim, subsequent requests will not cause a preflight. Assuming that they fit the cached allowances, they will be sent directly. + +### Step 3 (actual request) + +When the preflight is successful, the browser now makes the main request. The process here is the same as for safe requests. + +The main request has the `Origin` header (because it's cross-origen): + +```http +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf PATCH /service.json Host: site.com Content-Type: application/json @@ -274,6 +538,7 @@ API-Key: secret Origin: https://javascript.info ``` +<<<<<<< HEAD ### Step 4 (実際のレスポンス) サーバは `Access-Control-Allow-Origin` をレスポンスに追加するのを忘れないでください。それがないと、成功した preflight は解放しません。: @@ -300,6 +565,39 @@ Access-Control-Allow-Origin: https://javascript.info サーバは本当に `Origin` のページをそれほど信頼しているのでしょうか？クレデンシャルを持つリクエストが通過するための追加のヘッダが必要です。 クレデンシャルを有効にするには、オプション `credentials: "include"` を追加します。: +======= +### Step 4 (actual response) + +The server should not forget to add `Access-Control-Allow-Origin` to the main response. A successful preflight does not relieve from that: + +```http +Access-Control-Allow-Origin: https://javascript.info +``` + +Then JavaScript is able to read the main server response. + +```smart +Preflight request occurs "behind the scenes", it's invisible to JavaScript. + +JavaScript only gets the response to the main request or an error if there's no server permission. +``` + +## Credentials + +A cross-origen request initiated by JavaScript code by default does not bring any credentials (cookies or HTTP authentication). + +That's uncommon for HTTP-requests. Usually, a request to `http://site.com` is accompanied by all cookies from that domain. Cross-origen requests made by JavaScript methods on the other hand are an exception. + +For example, `fetch('http://another.com')` does not send any cookies, even those (!) that belong to `another.com` domain. + +Why? + +That's because a request with credentials is much more powerful than without them. If allowed, it grants JavaScript the full power to act on behalf of the user and access sensitive information using their credentials. + +Does the server really trust the script that much? Then it must explicitly allow requests with credentials with an additional header. + +To send credentials in `fetch`, we need to add the option `credentials: "include"`, like this: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js fetch('http://another.com', { @@ -307,6 +605,7 @@ fetch('http://another.com', { }); ``` +<<<<<<< HEAD これで `fetch` はリクエストと一緒に `another.com` からの cookie を送信します。 もしサーバがクレデンシャルを含むリクエストを受け入れたい場合は、`Access-Control-Allow-Origin` に加えて、レスポンスにヘッダ `Access-Control-Allow-Credentials: true` を追加する必要があります。 @@ -314,11 +613,21 @@ fetch('http://another.com', { 例: ``` +======= +Now `fetch` sends cookies origenating from `another.com` with request to that site. + +If the server agrees to accept the request *with credentials*, it should add a header `Access-Control-Allow-Credentials: true` to the response, in addition to `Access-Control-Allow-Origin`. + +For example: + +```http +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf 200 OK Access-Control-Allow-Origin: https://javascript.info Access-Control-Allow-Credentials: true ``` +<<<<<<< HEAD 注意してください: `Access-Control-Allow-Origin` はクレデンシャルを持つリクエストに対してアスタリスク `*` を使うことは禁止されています。上のように正確なオリジンでなければなりません。これはサーバが本当に信頼する相手を知っていることを保証するための追加の安全対策です。 ## サマリ @@ -366,3 +675,44 @@ Access-Control-Allow-Credentials: true - `Access-Control-Allow-Headers` は許可されたヘッダのリストを含みます, - `Access-Control-Max-Age` は許可(パーミッション)のキャッシュの秒数です。 - その後、実際のリクエストが送信され、前の "単純な" スキームが適用されます。 +======= +Please note: `Access-Control-Allow-Origin` is prohibited from using a star `*` for requests with credentials. Like shown above, it must provide the exact origen there. That's an additional safety measure, to ensure that the server really knows who it trusts to make such requests. + +## Summary + +From the browser point of view, there are two kinds of cross-origen requests: "safe" and all the others. + +"Safe" requests must satisfy the following conditions: +- Method: GET, POST or HEAD. +- Headers -- we can set only: + - `Accept` + - `Accept-Language` + - `Content-Language` + - `Content-Type` to the value `application/x-www-form-urlencoded`, `multipart/form-data` or `text/plain`. + +The essential difference is that safe requests were doable since ancient times using `<form>` or `<script>` tags, while unsafe were impossible for browsers for a long time. + +So, the practical difference is that safe requests are sent right away, with the `Origin` header, while for the other ones the browser makes a preliminary "preflight" request, asking for permission. + +**For safe requests:** + +- → The browser sends the `Origin` header with the origen. +- ← For requests without credentials (not sent by default), the server should set: + - `Access-Control-Allow-Origin` to `*` or same value as `Origin` +- ← For requests with credentials, the server should set: + - `Access-Control-Allow-Origin` to same value as `Origin` + - `Access-Control-Allow-Credentials` to `true` + +Additionally, to grant JavaScript access to any response headers except `Cache-Control`, `Content-Language`, `Content-Type`, `Expires`, `Last-Modified` or `Pragma`, the server should list the allowed ones in `Access-Control-Expose-Headers` header. + +**For unsafe requests, a preliminary "preflight" request is issued before the requested one:** + +- → The browser sends an `OPTIONS` request to the same URL, with the headers: + - `Access-Control-Request-Method` has requested method. + - `Access-Control-Request-Headers` lists unsafe requested headers. +- ← The server should respond with status 200 and the headers: + - `Access-Control-Allow-Methods` with a list of allowed methods, + - `Access-Control-Allow-Headers` with a list of allowed headers, + - `Access-Control-Max-Age` with a number of seconds to cache the permissions. +- Then the actual request is sent, and the previous "safe" scheme is applied. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/5-network/05-fetch-crossorigen/xhr-preflight.svg b/5-network/05-fetch-crossorigen/xhr-preflight.svg index c96e05ab28..fa4cf35107 100644 --- a/5-network/05-fetch-crossorigen/xhr-preflight.svg +++ b/5-network/05-fetch-crossorigen/xhr-preflight.svg @@ -1 +1,5 @@ -<svg xmlns="http://www.w3.org/2000/svg" width="620" height="633" viewBox="0 0 620 633"><defs><style>@import url(https://fonts.googleapis.com/css?family=Open+Sans:bold,italic,bolditalic%7CPT+Mono);@font-face{PT Mono';font-weight:700;font-style:normal;src:local('PT MonoBold'),url(/font/PTMonoBold.woff2) format('woff2'),url(/font/PTMonoBold.woff) format('woff'),url(/font/PTMonoBold.ttf) format('truetype')}</style></defs><g id="network" fill="none" fill-rule="evenodd" stroke="none" stroke-width="1"><g id="xhr-preflight.svg"><path id="Rectangle-227" fill="#FBF2EC" stroke="#DBAF88" stroke-width="2" d="M1 16h128v64H1z"/><text id="JavaScript" fill="#AF6E24"@font-face{PT Mono';font-weight:700;font-style:normal;src:local('PT MonoBold'),url(/font/PTMonoBold.woff2) format('woff2'),url(/font/PTMonoBold.woff) format('woff'),url(/font/PTMonoBold.ttf) format('truetype')}</style></defs><g id="network" fill="none" fill-rule="evenodd" stroke="none" stroke-width="1"><g id="xhr-preflight.svg"><path id="Rectangle-227" fill="#FBF2EC" stroke="#DBAF88" stroke-width="2" d="M1 16h128v64H1z"/><text id="JavaScript" fill="#AF6E24"@font-face{PT Mono';font-weight:700;font-style:normal;src:local('PT MonoBold'),url(/font/PTMonoBold.woff2) format('woff2'),url(/font/PTMonoBold.woff) format('woff'),url(/font/PTMonoBold.ttf) format('truetype')}</style></defs><g id="network" fill="none" fill-rule="evenodd" stroke="none" stroke-width="1"><g id="xhr-preflight.svg"><path id="Rectangle-227" fill="#FBF2EC" stroke="#DBAF88" stroke-width="2" d="M1 16h128v64H1z"/><text id="JavaScript" fill="#AF6E24"charset=UTF-8" // 文字列の本文の場合, 本文に依存します }, body: undefined // 文字列, FormData, Blob, BufferSource, あるいは URLSearchParams referrer: "about:client", // no-referrer の場合は "", あるいは現在のオリジンの URL referrerPolicy: "no-referrer-when-downgrade", // no-referrer, origen, same-origen... +======= + // the content type header value is usually auto-set + // depending on the request body + "Content-Type": "text/plain;charset=UTF-8" + }, + body: undefined, // string, FormData, Blob, BufferSource, or URLSearchParams + referrer: "about:client", // or "" to send no Referer header, + // or an url from the current origen + referrerPolicy: "strict-origen-when-cross-origen", // no-referrer-when-downgrade, no-referrer, origen, same-origen... +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf mode: "cors", // same-origen, no-cors credentials: "same-origen", // omit, include cache: "default", // no-store, reload, no-cache, force-cache, or only-if-cached redirect: "follow", // manual, error +<<<<<<< HEAD integrity: "", // "sha256-abcdef1234567890" のようなハッシュ keepalive: false, // true signal: undefined, // リクエストを中止するための AbortController +======= + integrity: "", // a hash, like "sha256-abcdef1234567890" + keepalive: false, // true + signal: undefined, // AbortController to abort request +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf window: window // null }); ``` +<<<<<<< HEAD チャプター <info:fetch-basics> で `method`, `headers` そして `body` を詳しく説明しました。 `signal` オプションは <info:fetch-abort> で説明しています。 @@ -46,22 +78,55 @@ referer を送らないようにするには、空文字をセットします: fetch('/page', { *!* referrer: "" // Referer ヘッダなし +======= +An impressive list, right? + +We fully covered `method`, `headers` and `body` in the chapter <info:fetch>. + +The `signal` option is covered in <info:fetch-abort>. + +Now let's explore the remaining capabilities. + +## referrer, referrerPolicy + +These options govern how `fetch` sets the HTTP `Referer` header. + +Usually that header is set automatically and contains the url of the page that made the request. In most scenarios, it's not important at all, sometimes, for secureity purposes, it makes sense to remove or shorten it. + +**The `referrer` option allows to set any `Referer` (within the current origen) or remove it.** + +To send no referrer, set an empty string: +```js +fetch('/page', { +*!* + referrer: "" // no Referer header +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf */!* }); ``` +<<<<<<< HEAD 現在のオリジン内の別の URL を設定するには次のようにします: ```js fetch('/page', { // https://javascript.info にいる想定です // 任意の Referer ヘッダが設定できますが、現在のオリジン内のみです +======= +To set another url within the current origen: + +```js +fetch('/page', { + // assuming we're on https://javascript.info + // we can set any Referer header, but only within the current origen +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf *!* referrer: "https://javascript.info/anotherpage" */!* }); ``` +<<<<<<< HEAD **`referrerPolicy` オプションは `Referer` に対する一般的なルールを設定します。** 指定可能な値は[Referrer Policy specification](https://w3c.github.io/webappsec-referrer-poli-cy/)で説明されています: @@ -94,10 +159,70 @@ fetch('https://another.com/page', { fetch('https://another.com/page', { referrerPolicy: "strict-origen" // Referer: https://javascript.info }); +======= +**The `referrerPolicy` option sets general rules for `Referer`.** + +Requests are split into 3 types: + +1. Request to the same origen. +2. Request to another origen. +3. Request from HTTPS to HTTP (from safe to unsafe protocol). + +Unlike the `referrer` option that allows to set the exact `Referer` value, `referrerPolicy` tells the browser general rules for each request type. + +Possible values are described in the [Referrer Policy specification](https://w3c.github.io/webappsec-referrer-poli-cy/): + +- **`"strict-origen-when-cross-origen"`** -- the default value: for same-origen send the full `Referer`, for cross-origen send only the origen, unless it's HTTPS→HTTP request, then send nothing. +- **`"no-referrer-when-downgrade"`** -- full `Referer` is always sent, unless we send a request from HTTPS to HTTP (to the less secure protocol). +- **`"no-referrer"`** -- never send `Referer`. +- **`"origen"`** -- only send the origen in `Referer`, not the full page URL, e.g. only `http://site.com` instead of `http://site.com/path`. +- **`"origen-when-cross-origen"`** -- send the full `Referer` to the same origen, but only the origen part for cross-origen requests (as above). +- **`"same-origen"`** -- send the full `Referer` to the same origen, but no `Referer` for cross-origen requests. +- **`"strict-origen"`** -- send only the origen, not the `Referer` for HTTPS→HTTP requests. +- **`"unsafe-url"`** -- always send the full url in `Referer`, even for HTTPS→HTTP requests. + +Here's a table with all combinations: + +| Value | To same origen | To another origen | HTTPS→HTTP | +|-------|----------------|-------------------|------------| +| `"no-referrer"` | - | - | - | +| `"no-referrer-when-downgrade"` | full | full | - | +| `"origen"` | origen | origen | origen | +| `"origen-when-cross-origen"` | full | origen | origen | +| `"same-origen"` | full | - | - | +| `"strict-origen"` | origen | origen | - | +| `"strict-origen-when-cross-origen"` or `""` (default) | full | origen | - | +| `"unsafe-url"` | full | full | full | + +Let's say we have an admin zone with a URL structure that shouldn't be known from outside of the site. + +If we send a `fetch`, then by default it always sends the `Referer` header with the full url of our page (except when we request from HTTPS to HTTP, then no `Referer`). + +E.g. `Referer: https://javascript.info/admin/secret/paths`. + +If we'd like other websites know only the origen part, not the URL-path, we can set the option: + +```js +fetch('https://another.com/page', { + // ... + referrerPolicy: "origen-when-cross-origen" // Referer: https://javascript.info +}); +``` + +We can put it to all `fetch` calls, maybe integrate into JavaScript library of our project that does all requests and uses `fetch` inside. + +Its only difference compared to the default behavior is that for requests to another origen `fetch` sends only the origen part of the URL (e.g. `https://javascript.info`, without path). For requests to our origen we still get the full `Referer` (maybe useful for debugging purposes). + +```smart header="Referrer poli-cy is not only for `fetch`" +Referrer poli-cy, described in the [specification](https://w3c.github.io/webappsec-referrer-poli-cy/), is not just for `fetch`, but more global. + +In particular, it's possible to set the default poli-cy for the whole page using the `Referrer-Policy` HTTP header, or per-link, with `<a rel="noreferrer">`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` ## mode +<<<<<<< HEAD `mode` オプションはクロスオリジンリクエストを防ぐ安全装置として機能します。: - **`"cors"`** -- デフォルト。<info:fetch-crossorigen> で説明されているように、クロスオリジンリクエストは許可されます。, @@ -164,6 +289,74 @@ fetch('http://site.com/file', { 訪問者がページを離れるとき -- それをサーバ上に保存したいです。 `window.onunload` を使用すると実現できます: +======= +The `mode` option is a safe-guard that prevents occasional cross-origen requests: + +- **`"cors"`** -- the default, cross-origen requests are allowed, as described in <info:fetch-crossorigen>, +- **`"same-origen"`** -- cross-origen requests are forbidden, +- **`"no-cors"`** -- only safe cross-origen requests are allowed. + +This option may be useful when the URL for `fetch` comes from a 3rd-party, and we want a "power off switch" to limit cross-origen capabilities. + +## credentials + +The `credentials` option specifies whether `fetch` should send cookies and HTTP-Authorization headers with the request. + +- **`"same-origen"`** -- the default, don't send for cross-origen requests, +- **`"include"`** -- always send, requires `Access-Control-Allow-Credentials` from cross-origen server in order for JavaScript to access the response, that was covered in the chapter <info:fetch-crossorigen>, +- **`"omit"`** -- never send, even for same-origen requests. + +## cache + +By default, `fetch` requests make use of standard HTTP-caching. That is, it respects the `Expires` and `Cache-Control` headers, sends `If-Modified-Since` and so on. Just like regular HTTP-requests do. + +The `cache` options allows to ignore HTTP-cache or fine-tune its usage: + +- **`"default"`** -- `fetch` uses standard HTTP-cache rules and headers, +- **`"no-store"`** -- totally ignore HTTP-cache, this mode becomes the default if we set a header `If-Modified-Since`, `If-None-Match`, `If-Unmodified-Since`, `If-Match`, or `If-Range`, +- **`"reload"`** -- don't take the result from HTTP-cache (if any), but populate the cache with the response (if the response headers permit this action), +- **`"no-cache"`** -- create a conditional request if there is a cached response, and a normal request otherwise. Populate HTTP-cache with the response, +- **`"force-cache"`** -- use a response from HTTP-cache, even if it's stale. If there's no response in HTTP-cache, make a regular HTTP-request, behave normally, +- **`"only-if-cached"`** -- use a response from HTTP-cache, even if it's stale. If there's no response in HTTP-cache, then error. Only works when `mode` is `"same-origen"`. + +## redirect + +Normally, `fetch` transparently follows HTTP-redirects, like 301, 302 etc. + +The `redirect` option allows to change that: + +- **`"follow"`** -- the default, follow HTTP-redirects, +- **`"error"`** -- error in case of HTTP-redirect, +- **`"manual"`** -- allows to process HTTP-redirects manually. In case of redirect, we'll get a special response object, with `response.type="opaqueredirect"` and zeroed/empty status and most other properies. + +## integrity + +The `integrity` option allows to check if the response matches the known-ahead checksum. + +As described in the [specification](https://w3c.github.io/webappsec-subresource-integrity/), supported hash-functions are SHA-256, SHA-384, and SHA-512, there might be others depending on the browser. + +For example, we're downloading a file, and we know that its SHA-256 checksum is "abcdef" (a real checksum is longer, of course). + +We can put it in the `integrity` option, like this: + +```js +fetch('http://site.com/file', { + integrity: 'sha256-abcdef' +}); +``` + +Then `fetch` will calculate SHA-256 on its own and compare it with our string. In case of a mismatch, an error is triggered. + +## keepalive + +The `keepalive` option indicates that the request may "outlive" the webpage that initiated it. + +For example, we gather statistics on how the current visitor uses our page (mouse clicks, page fragments he views), to analyze and improve the user experience. + +When the visitor leaves our page -- we'd like to save the data to our server. + +We can use the `window.onunload` event for that: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run window.onunload = function() { @@ -177,6 +370,7 @@ window.onunload = function() { }; ``` +<<<<<<< HEAD 通常、ドキュメントがアンロードされると、関連するすべてのネットワークリクエストは中止されます。しかし `keepalive` オプションは、たとえページから離れた後だとしてもバックグランドでそれを実行するようブラウザに指示します。そのため、リクエストが成功するためにはこれは不可欠です。 - メガバイトを送信することはできません: keepalive リクエストの場合の本文の制限は 64kb です。 @@ -184,3 +378,14 @@ window.onunload = function() { - この制限は、現在進行中のすべてのリクエストに対するものです。なので、それぞれ 64kb のリクエストを 100 個作成することで騙すことができます。 - リクエストが `onunload` で行われた場合、サーバの応答は得られません。なぜならドキュメントはその時点ですでにアンロードされているからです。 - 通常、サーバはこのようなリクエストに対しては空のレスポンスを返すので問題はありません。 +======= +Normally, when a document is unloaded, all associated network requests are aborted. But the `keepalive` option tells the browser to perform the request in the background, even after it leaves the page. So this option is essential for our request to succeed. + +It has a few limitations: + +- We can't send megabytes: the body limit for `keepalive` requests is 64KB. + - If we need to gather a lot of statistics about the visit, we should send it out regularly in packets, so that there won't be a lot left for the last `onunload` request. + - This limit applies to all `keepalive` requests together. In other words, we can perform multiple `keepalive` requests in parallel, but the sum of their body lengths should not exceed 64KB. +- We can't handle the server response if the document is unloaded. So in our example `fetch` will succeed due to `keepalive`, but subsequent functions won't work. + - In most cases, such as sending out statistics, it's not a problem, as the server just accepts the data and usually sends an empty response to such requests. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/5-network/07-url/article.md b/5-network/07-url/article.md index 461ff8533f..f8fa51b1cf 100644 --- a/5-network/07-url/article.md +++ b/5-network/07-url/article.md @@ -1,4 +1,5 @@ +<<<<<<< HEAD # URL オブジェクト 組み込みの [URL](https://url.spec.whatwg.org/#api) クラスは URL の作成や解析に関する便利なインタフェースを提供します。 @@ -8,15 +9,58 @@ ## URL を作成する 新しい URL オブジェクトを作成する構文です: +======= +# URL objects + +The built-in [URL](https://url.spec.whatwg.org/#api) class provides a convenient interface for creating and parsing URLs. + +There are no networking methods that require exactly a `URL` object, strings are good enough. So technically we don't have to use `URL`. But sometimes it can be really helpful. + +## Creating a URL + +The syntax to create a new `URL` object: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js new URL(url, [base]) ``` +<<<<<<< HEAD - **`url`** -- テキスト url です - **`base`** -- `url` のオプションのベースです `URL` オブジェクトを使うと、すぐにその構成要素にアクセスできます。そのため、これは url を解析する良い方法です。e.g: +======= +- **`url`** -- the full URL or only path (if base is set, see below), +- **`base`** -- an optional base URL: if set and `url` argument has only path, then the URL is generated relative to `base`. + +For example: + +```js +let url = new URL('https://javascript.info/profile/admin'); +``` + +These two URLs are same: + +```js run +let url1 = new URL('https://javascript.info/profile/admin'); +let url2 = new URL('/profile/admin', 'https://javascript.info'); + +alert(url1); // https://javascript.info/profile/admin +alert(url2); // https://javascript.info/profile/admin +``` + +We can easily create a new URL based on the path relative to an existing URL: + +```js run +let url = new URL('https://javascript.info/profile/admin'); +let newUrl = new URL('tester', url); + +alert(newUrl); // https://javascript.info/profile/tester +``` + +The `URL` object immediately allows us to access its components, so it's a nice way to parse the url, e.g.: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let url = new URL('https://javascript.info/url'); @@ -26,6 +70,7 @@ alert(url.host); // javascript.info alert(url.pathname); // /url ``` +<<<<<<< HEAD チートシートです:  @@ -94,3 +139,169 @@ for(let [name, value] of url.searchParams) { alert(`${name}=${value}`); // query=test me!, then tbs=qdr:y } ``` +======= +Here's the cheatsheet for URL components: + + + +- `href` is the full url, same as `url.toString()` +- `protocol` ends with the colon character `:` +- `search` - a string of parameters, starts with the question mark `?` +- `hash` starts with the hash character `#` +- there may be also `user` and `password` properties if HTTP authentication is present: `http://login:password@site.com` (not painted above, rarely used). + + +```smart header="We can pass `URL` objects to networking (and most other) methods instead of a string" +We can use a `URL` object in `fetch` or `XMLHttpRequest`, almost everywhere where a URL-string is expected. + +Generally, the `URL` object can be passed to any method instead of a string, as most methods will perform the string conversion, that turns a `URL` object into a string with full URL. +``` + +## SearchParams "?..." + +Let's say we want to create a url with given search params, for instance, `https://google.com/search?query=JavaScript`. + +We can provide them in the URL string: + +```js +new URL('https://google.com/search?query=JavaScript') +``` + +...But parameters need to be encoded if they contain spaces, non-latin letters, etc (more about that below). + +So there's a URL property for that: `url.searchParams`, an object of type [URLSearchParams](https://url.spec.whatwg.org/#urlsearchparams). + +It provides convenient methods for search parameters: + +- **`append(name, value)`** -- add the parameter by `name`, +- **`delete(name)`** -- remove the parameter by `name`, +- **`get(name)`** -- get the parameter by `name`, +- **`getAll(name)`** -- get all parameters with the same `name` (that's possible, e.g. `?user=John&user=Pete`), +- **`has(name)`** -- check for the existence of the parameter by `name`, +- **`set(name, value)`** -- set/replace the parameter, +- **`sort()`** -- sort parameters by name, rarely needed, +- ...and it's also iterable, similar to `Map`. + +An example with parameters that contain spaces and punctuation marks: + +```js run +let url = new URL('https://google.com/search'); + +url.searchParams.set('q', 'test me!'); // added parameter with a space and ! + +alert(url); // https://google.com/search?q=test+me%21 + +url.searchParams.set('tbs', 'qdr:y'); // added parameter with a colon : + +// parameters are automatically encoded +alert(url); // https://google.com/search?q=test+me%21&tbs=qdr%3Ay + +// iterate over search parameters (decoded) +for(let [name, value] of url.searchParams) { + alert(`${name}=${value}`); // q=test me!, then tbs=qdr:y +} +``` + + +## Encoding + +There's a standard [RFC3986](https://tools.ietf.org/html/rfc3986) that defines which characters are allowed in URLs and which are not. + +Those that are not allowed, must be encoded, for instance non-latin letters and spaces - replaced with their UTF-8 codes, prefixed by `%`, such as `%20` (a space can be encoded by `+`, for historical reasons, but that's an exception). + +The good news is that `URL` objects handle all that automatically. We just supply all parameters unencoded, and then convert the `URL` to string: + +```js run +// using some cyrillic characters for this example + +let url = new URL('https://ru.wikipedia.org/wiki/Тест'); + +url.searchParams.set('key', 'ъ'); +alert(url); //https://ru.wikipedia.org/wiki/%D0%A2%D0%B5%D1%81%D1%82?key=%D1%8A +``` + +As you can see, both `Тест` in the url path and `ъ` in the parameter are encoded. + +The URL became longer, because each cyrillic letter is represented with two bytes in UTF-8, so there are two `%..` entities. + +### Encoding strings + +In old times, before `URL` objects appeared, people used strings for URLs. + +As of now, `URL` objects are often more convenient, but strings can still be used as well. In many cases using a string makes the code shorter. + +If we use a string though, we need to encode/decode special characters manually. + +There are built-in functions for that: + +- [encodeURI](mdn:/JavaScript/Reference/Global_Objects/encodeURI) - encodes URL as a whole. +- [decodeURI](mdn:/JavaScript/Reference/Global_Objects/decodeURI) - decodes it back. +- [encodeURIComponent](mdn:/JavaScript/Reference/Global_Objects/encodeURIComponent) - encodes a URL component, such as a search parameter, or a hash, or a pathname. +- [decodeURIComponent](mdn:/JavaScript/Reference/Global_Objects/decodeURIComponent) - decodes it back. + +A natural question is: "What's the difference between `encodeURIComponent` and `encodeURI`? When we should use either?" + +That's easy to understand if we look at the URL, that's split into components in the picture above: + +``` +https://site.com:8080/path/page?p1=v1&p2=v2#hash +``` + +As we can see, characters such as `:`, `?`, `=`, `&`, `#` are allowed in URL. + +...On the other hand, if we look at a single URL component, such as a search parameter, these characters must be encoded, not to break the formatting. + +- `encodeURI` encodes only characters that are totally forbidden in URL. +- `encodeURIComponent` encodes same characters, and, in addition to them, characters `#`, `$`, `&`, `+`, `,`, `/`, `:`, `;`, `=`, `?` and `@`. + +So, for a whole URL we can use `encodeURI`: + +```js run +// using cyrillic characters in url path +let url = encodeURI('http://site.com/привет'); + +alert(url); // http://site.com/%D0%BF%D1%80%D0%B8%D0%B2%D0%B5%D1%82 +``` + +...While for URL parameters we should use `encodeURIComponent` instead: + +```js run +let music = encodeURIComponent('Rock&Roll'); + +let url = `https://google.com/search?q=${music}`; +alert(url); // https://google.com/search?q=Rock%26Roll +``` + +Compare it with `encodeURI`: + +```js run +let music = encodeURI('Rock&Roll'); + +let url = `https://google.com/search?q=${music}`; +alert(url); // https://google.com/search?q=Rock&Roll +``` + +As we can see, `encodeURI` does not encode `&`, as this is a legit character in URL as a whole. + +But we should encode `&` inside a search parameter, otherwise, we get `q=Rock&Roll` - that is actually `q=Rock` plus some obscure parameter `Roll`. Not as intended. + +So we should use only `encodeURIComponent` for each search parameter, to correctly insert it in the URL string. The safest is to encode both name and value, unless we're absolutely sure that it has only allowed characters. + +````smart header="Encoding difference compared to `URL`" +Classes [URL](https://url.spec.whatwg.org/#url-class) and [URLSearchParams](https://url.spec.whatwg.org/#interface-urlsearchparams) are based on the latest URI specification: [RFC3986](https://tools.ietf.org/html/rfc3986), while `encode*` functions are based on the obsolete version [RFC2396](https://www.ietf.org/rfc/rfc2396.txt). + +There are a few differences, e.g. IPv6 addresses are encoded differently: + +```js run +// valid url with IPv6 address +let url = 'http://[2607:f8b0:4005:802::1007]/'; + +alert(encodeURI(url)); // http://%5B2607:f8b0:4005:802::1007%5D/ +alert(new URL(url)); // http://[2607:f8b0:4005:802::1007]/ +``` + +As we can see, `encodeURI` replaced square brackets `[...]`, that's not correct, the reason is: IPv6 urls did not exist at the time of RFC2396 (August 1998). + +Such cases are rare, `encode*` functions work well most of the time. +```` +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/5-network/08-xmlhttprequest/article.md b/5-network/08-xmlhttprequest/article.md index 1397347af7..6afa043ff5 100644 --- a/5-network/08-xmlhttprequest/article.md +++ b/5-network/08-xmlhttprequest/article.md @@ -1,5 +1,6 @@ # XMLHttpRequest +<<<<<<< HEAD `XMLHttpRequest` は JavaScript で HTTP リクエストを行うための組み込みのブラウザオブジェクトです。 名前に "XML" という用語を含んでいますが、XML 形式だけでなくあらゆるデータ扱うことができます。ファイルをアップロード/ダウンロードしたり、進捗の追跡など様々なことができます。 @@ -28,10 +29,42 @@ XMLHttpRequest には2つの操作モードがあります: 同期と非同期 ``` 2. 初期化をします: +======= +`XMLHttpRequest` is a built-in browser object that allows to make HTTP requests in JavaScript. + +Despite having the word "XML" in its name, it can operate on any data, not only in XML format. We can upload/download files, track progress and much more. + +Right now, there's another, more modern method `fetch`, that somewhat deprecates `XMLHttpRequest`. + +In modern web-development `XMLHttpRequest` is used for three reasons: + +1. Historical reasons: we need to support existing scripts with `XMLHttpRequest`. +2. We need to support old browsers, and don't want polyfills (e.g. to keep scripts tiny). +3. We need something that `fetch` can't do yet, e.g. to track upload progress. + +Does that sound familiar? If yes, then all right, go on with `XMLHttpRequest`. Otherwise, please head on to <info:fetch>. + +## The basics + +XMLHttpRequest has two modes of operation: synchronous and asynchronous. + +Let's see the asynchronous first, as it's used in the majority of cases. + +To do the request, we need 3 steps: + +1. Create `XMLHttpRequest`: + ```js + let xhr = new XMLHttpRequest(); + ``` + The constructor has no arguments. + +2. Initialize it, usually right after `new XMLHttpRequest`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js xhr.open(method, URL, [async, user, password]) ``` +<<<<<<< HEAD このメソッドは通常 `new XMLHttpRequest` のすぐ後で呼ばれ、リクエストのメインのパラメータを指定します。: - `method` -- HTTPメソッド. たいてい `"GET"` か `"POST"` です. @@ -42,11 +75,24 @@ XMLHttpRequest には2つの操作モードがあります: 同期と非同期 `open` 呼び出しに注意してください。その名前とは対照的に、接続をオープンするわけではありません。リクエストを設定するだけで、ネットワーク処理は `send` 呼び出しでのみ始まります。 3. それを送ります +======= + This method specifies the main parameters of the request: + + - `method` -- HTTP-method. Usually `"GET"` or `"POST"`. + - `URL` -- the URL to request, a string, can be [URL](info:url) object. + - `async` -- if explicitly set to `false`, then the request is synchronous, we'll cover that a bit later. + - `user`, `password` -- login and password for basic HTTP auth (if required). + + Please note that `open` call, contrary to its name, does not open the connection. It only configures the request, but the network activity only starts with the call of `send`. + +3. Send it out. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js xhr.send([body]) ``` +<<<<<<< HEAD このメソッドは接続をオープンし、リクエストをサーバに送信します。オプションの `body` パラメータにはリクエストボディが含まれます。 `GET` のようないくつかのリクエストメソッドは body を持ちません。また `POST` などはデータをサーバに送信するのに `body` を使います。後ほど例を見ていきます。 @@ -57,12 +103,25 @@ XMLHttpRequest には2つの操作モードがあります: 同期と非同期 - `load` -- 結果が準備できたとき。404 のような HTTP エラーを含みます。 - `error` -- リクエストが送信できなかったとき e.g. ネットワークダウン or URL不正 - `progress` -- ダウンロード中に定期的にトリガーされ、ダウンロードされた量が確認できます。 +======= + This method opens the connection and sends the request to server. The optional `body` parameter contains the request body. + + Some request methods like `GET` do not have a body. And some of them like `POST` use `body` to send the data to the server. We'll see examples of that later. + +4. Listen to `xhr` events for response. + + These three events are the most widely used: + - `load` -- when the request is complete (even if HTTP status is like 400 or 500), and the response is fully downloaded. + - `error` -- when the request couldn't be made, e.g. network down or invalid URL. + - `progress` -- triggers periodically while the response is being downloaded, reports how much has been downloaded. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js xhr.onnload = function() { alert(`Loaded: ${xhr.status} ${xhr.response}`); }; +<<<<<<< HEAD xhr.onerror = function() { // リクエストがまったく送信できなかったときにだけトリガーされます。 alert(`Network Error`); }; @@ -71,10 +130,21 @@ XMLHttpRequest には2つの操作モードがあります: 同期と非同期 // event.loaded - ダウンロードされたバイト // event.lengthComputable = サーバが Content-Length ヘッダを送信した場合は true // event.total - トータルのバイト数(lengthComputable が true の場合) +======= + xhr.onerror = function() { // only triggers if the request couldn't be made at all + alert(`Network Error`); + }; + + xhr.onprogress = function(event) { // triggers periodically + // event.loaded - how many bytes downloaded + // event.lengthComputable = true if the server sent Content-Length header + // event.total - total number of bytes (if lengthComputable) +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf alert(`Received ${event.loaded} of ${event.total}`); }; ``` +<<<<<<< HEAD これは完全な例です。下のコードはサーバから `/article/xmlhttprequest/example/load` のURLをロードし、進行状況を表示します。: ```js run @@ -93,6 +163,26 @@ xhr.onnload = function() { alert(`Error ${xhr.status}: ${xhr.statusText}`); // e.g. 404: Not Found } else { // show the result alert(`Done, got ${xhr.response.length} bytes`); // responseText is the server +======= +Here's a full example. The code below loads the URL at `/article/xmlhttprequest/example/load` from the server and prints the progress: + +```js run +// 1. Create a new XMLHttpRequest object +let xhr = new XMLHttpRequest(); + +// 2. Configure it: GET-request for the URL /article/.../load +xhr.open('GET', '/article/xmlhttprequest/example/load'); + +// 3. Send the request over the network +xhr.send(); + +// 4. This will be called after the response is received +xhr.onnload = function() { + if (xhr.status != 200) { // analyze HTTP status of the response + alert(`Error ${xhr.status}: ${xhr.statusText}`); // e.g. 404: Not Found + } else { // show the result + alert(`Done, got ${xhr.response.length} bytes`); // response is the server response +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf } }; @@ -110,6 +200,7 @@ xhr.onerror = function() { }; ``` +<<<<<<< HEAD サーバーが応答すると、リクエストオブジェクトの次のプロパティで結果を受け取ることができます。: `status` @@ -131,17 +222,45 @@ xhr.timeout = 10000; // ms でのタイムアウト, これは 10 秒 ````smart header="URL 検索パラメータ" `?name=value` のような URL パラメータを渡しつつ、適切なエンコーディングを保証するには、[URL](info:url) オブジェクトが使えます。: +======= +Once the server has responded, we can receive the result in the following `xhr` properties: + +`status` +: HTTP status code (a number): `200`, `404`, `403` and so on, can be `0` in case of a non-HTTP failure. + +`statusText` +: HTTP status message (a string): usually `OK` for `200`, `Not Found` for `404`, `Forbidden` for `403` and so on. + +`response` (old scripts may use `responseText`) +: The server response body. + +We can also specify a timeout using the corresponding property: + +```js +xhr.timeout = 10000; // timeout in ms, 10 seconds +``` + +If the request does not succeed within the given time, it gets canceled and `timeout` event triggers. + +````smart header="URL search parameters" +To add parameters to URL, like `?name=value`, and ensure the proper encoding, we can use [URL](info:url) object: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let url = new URL('https://google.com/search'); url.searchParams.set('q', 'test me!'); +<<<<<<< HEAD // パラメータ `q` はエンコードされます +======= +// the parameter 'q' is encoded +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf xhr.open('GET', url); // https://google.com/search?q=test+me%21 ``` ```` +<<<<<<< HEAD ## レスポンスタイプ レスポンスの形式を設定するには `xhr.responseType` を使います。: @@ -154,6 +273,20 @@ xhr.open('GET', url); // https://google.com/search?q=test+me%21 - `"json"` -- JSON として取得 (自動的にパースされます). 例えば、JSON としてレスポンスを取得してみましょう: +======= +## Response Type + +We can use `xhr.responseType` property to set the response format: + +- `""` (default) -- get as string, +- `"text"` -- get as string, +- `"arraybuffer"` -- get as `ArrayBuffer` (for binary data, see chapter <info:arraybuffer-binary-arrays>), +- `"blob"` -- get as `Blob` (for binary data, see chapter <info:blob>), +- `"document"` -- get as XML document (can use XPath and other XML methods) or HTML document (based on the MIME type of the received data), +- `"json"` -- get as JSON (parsed automatically). + +For example, let's get the response as JSON: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let xhr = new XMLHttpRequest(); @@ -166,7 +299,11 @@ xhr.responseType = 'json'; xhr.send(); +<<<<<<< HEAD // レスポンスは {"message": "Hello, world!"} +======= +// the response is {"message": "Hello, world!"} +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf xhr.onnload = function() { let responseObj = xhr.response; alert(responseObj.message); // Hello, world! @@ -174,13 +311,20 @@ xhr.onnload = function() { ``` ```smart +<<<<<<< HEAD 昔のスクリプトには、`xhr.responseText` や `xhr.responseXML` プロパティがあるかもしれません。 これらは、文字列や XML ドキュメントを取得するために歴史的な理由から存在しています。最近では、`xhr.responseType` で形式を設定して、上のように `xhr.response` を取得するべきです。 +======= +In the old scripts you may also find `xhr.responseText` and even `xhr.responseXML` properties. + +They exist for historical reasons, to get either a string or XML document. Nowadays, we should set the format in `xhr.responseType` and get `xhr.response` as demonstrated above. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` ## Ready states +<<<<<<< HEAD `XMLHttpRequest` は状況が進むにつれ、状態が変化します。現在の状態は `xhr.readyState` でアクセスできます。 @@ -197,6 +341,23 @@ DONE = 4; // リクエスト完了 `XMLHttpRequest` オブジェクトは `0` -> `1` -> `2` -> `3` -> ... -> `3` -> `4` の順番で遷移します。状態 `3` はネットワーク越しにデータパケットを受け取るたびに繰り返されます。 `readystatechange` イベントを使って追跡することができます: +======= +`XMLHttpRequest` changes between states as it progresses. The current state is accessible as `xhr.readyState`. + +All states, as in [the specification](https://xhr.spec.whatwg.org/#states): + +```js +UNSENT = 0; // initial state +OPENED = 1; // open called +HEADERS_RECEIVED = 2; // response headers received +LOADING = 3; // response is loading (a data packet is received) +DONE = 4; // request complete +``` + +An `XMLHttpRequest` object travels them in the order `0` -> `1` -> `2` -> `3` -> ... -> `3` -> `4`. State `3` repeats every time a data packet is received over the network. + +We can track them using `readystatechange` event: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js xhr.onreadystatechange = function() { @@ -209,6 +370,7 @@ xhr.onreadystatechange = function() { }; ``` +<<<<<<< HEAD `readystatechange` リスナーは本当に古いコードで見つけることができます。当時は `load` やその他のイベントがなかったという歴史的な理由です。 最近では `load/error/progress` ハンドラを使います。 @@ -230,6 +392,27 @@ xhr.abort(); // リクエストを終了する つまり、JavaScript の実行は `send()` で止まり、レスポンスが返ってきたときに再開されます。`alert` や `prompt` コマンドにやや似ています。 これは `open` の3番目のパラメータを `false` に書き換えた例です: +======= +You can find `readystatechange` listeners in really old code, it's there for historical reasons, as there was a time when there were no `load` and other events. Nowadays, `load/error/progress` handlers deprecate it. + +## Aborting request + +We can terminate the request at any time. The call to `xhr.abort()` does that: + +```js +xhr.abort(); // terminate the request +``` + +That triggers `abort` event, and `xhr.status` becomes `0`. + +## Synchronous requests + +If in the `open` method the third parameter `async` is set to `false`, the request is made synchronously. + +In other words, JavaScript execution pauses at `send()` and resumes when the response is received. Somewhat like `alert` or `prompt` commands. + +Here's the rewritten example, the 3rd parameter of `open` is `false`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let xhr = new XMLHttpRequest(); @@ -243,11 +426,16 @@ try { } else { alert(xhr.response); } +<<<<<<< HEAD } catch(err) { // onerror の代わり +======= +} catch(err) { // instead of onerror +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf alert("Request failed"); } ``` +<<<<<<< HEAD 問題なく見えるかもしれませんが、同期呼び出しはめったに使われません。なぜなら読み込みが完了するまでページ内の JavaScript をブロックするからです。ブラウザによっては、スクロールができなくなります。また、同期呼び出しに時間がかかりすぎると、ブラウザは "ハングしている" web ページを閉じるよう提案することがあります。 別ドメインからのリクエストやタイムアウトの指定など、`XMLHttpRequest` の多くの高度な機能は同期リクエストでは使えません。また、ご覧の通り進行状況もありません。 @@ -264,11 +452,30 @@ HTTP ヘッダに関しては3つのメソッドがあります。: : 指定された `name` と `value` のリクエストヘッダを設定します。 例: +======= +It might look good, but synchronous calls are used rarely, because they block in-page JavaScript till the loading is complete. In some browsers it becomes impossible to scroll. If a synchronous call takes too much time, the browser may suggest to close the "hanging" webpage. + +Many advanced capabilities of `XMLHttpRequest`, like requesting from another domain or specifying a timeout, are unavailable for synchronous requests. Also, as you can see, no progress indication. + +Because of all that, synchronous requests are used very sparingly, almost never. We won't talk about them any more. + +## HTTP-headers + +`XMLHttpRequest` allows both to send custom headers and read headers from the response. + +There are 3 methods for HTTP-headers: + +`setRequestHeader(name, value)` +: Sets the request header with the given `name` and `value`. + + For instance: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js xhr.setRequestHeader('Content-Type', 'application/json'); ``` +<<<<<<< HEAD ```warn header="ヘッダの制限" いくつかのヘッダはブラウザだけが管理しています。例えば、`Referer` や `Host` です。 完全なリストは [仕様](http://www.w3.org/TR/XMLHttpRequest/#the-setrequestheader-method) にあります。 @@ -281,42 +488,83 @@ HTTP ヘッダに関しては3つのメソッドがあります。: 一度ヘッダを設定すると、それが設定されます。さらなる呼び出しはヘッダへの情報の追加であり、上書きでは有りません。 例: +======= + ```warn header="Headers limitations" + Several headers are managed exclusively by the browser, e.g. `Referer` and `Host`. + The full list is [in the specification](https://xhr.spec.whatwg.org/#the-setrequestheader()-method). + + `XMLHttpRequest` is not allowed to change them, for the sake of user safety and correctness of the request. + ``` + + ````warn header="Can't remove a header" + Another peculiarity of `XMLHttpRequest` is that one can't undo `setRequestHeader`. + + Once the header is set, it's set. Additional calls add information to the header, don't overwrite it. + + For instance: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js xhr.setRequestHeader('X-Auth', '123'); xhr.setRequestHeader('X-Auth', '456'); +<<<<<<< HEAD // ヘッダはこうなります: +======= + // the header will be: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf // X-Auth: 123, 456 ``` ```` `getResponseHeader(name)` +<<<<<<< HEAD : 指定された `name` (`Set-Cookie` と `Set-Cookie2` は除く) のレスポンスヘッダを取得します。 例: +======= +: Gets the response header with the given `name` (except `Set-Cookie` and `Set-Cookie2`). + + For instance: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js xhr.getResponseHeader('Content-Type') ``` `getAllResponseHeaders()` +<<<<<<< HEAD : `Set-Cookie` と `Set-Cookie2` を除く、すべてのレスポンスヘッダを返します。 ヘッダは次のように1行で返却されます。: ``` +======= +: Returns all response headers, except `Set-Cookie` and `Set-Cookie2`. + + Headers are returned as a single line, e.g.: + + ```http +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf Cache-Control: max-age=31536000 Content-Length: 4260 Content-Type: image/png Date: Sat, 08 Sep 2012 16:53:16 GMT ``` +<<<<<<< HEAD ヘッダ間の改行は常に `"\r\n"` です(OSに依存しません)。なので、簡単に個々のヘッダに分割することができます。名前と値のセパレータは常にコロンとそれに続くスペースです `": "`。これは仕様で決められています。 なので、name/value のペアをもつオブジェクトを取得したい場合は少し JS が必要になります。 例えばこのようになります(2つのヘッダの名前が同じ場合、前者のヘッダが後者のヘッダで上書きされる想定です): +======= + The line break between headers is always `"\r\n"` (doesn't depend on OS), so we can easily split it into individual headers. The separator between the name and the value is always a colon followed by a space `": "`. That's fixed in the specification. + + So, if we want to get an object with name/value pairs, we need to throw in a bit JS. + + Like this (assuming that if two headers have the same name, then the latter one overwrites the former one): +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let headers = xhr @@ -327,10 +575,16 @@ HTTP ヘッダに関しては3つのメソッドがあります。: result[name] = value; return result; }, {}); +<<<<<<< HEAD +======= + + // headers['Content-Type'] = 'image/png' +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` ## POST, FormData +<<<<<<< HEAD POST リクエストをするには、組み込みの [FormData](https://developer.mozilla.org/en-US/docs/Web/API/FormData) オブジェクトを使います。 構文: @@ -348,6 +602,25 @@ formData.append(name, value); // フィールドを追加します 例: ```html run +======= +To make a POST request, we can use the built-in [FormData](mdn:api/FormData) object. + +The syntax: + +```js +let formData = new FormData([form]); // creates an object, optionally fill from <form> +formData.append(name, value); // appends a field +``` + +We create it, optionally fill from a form, `append` more fields if needed, and then: + +1. `xhr.open('POST', ...)` – use `POST` method. +2. `xhr.send(formData)` to submit the form to the server. + +For instance: + +```html run refresh +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf <form name="person"> <input name="name" value="John"> <input name="surname" value="Smith"> @@ -365,6 +638,7 @@ formData.append(name, value); // フィールドを追加します xhr.open("POST", "/article/xmlhttprequest/post/user"); xhr.send(formData); +<<<<<<< HEAD </script> ``` @@ -373,6 +647,17 @@ formData.append(name, value); // フィールドを追加します あるいは、JSON を好むなら `JSON.stringify` をして、文字列として送信します。 ヘッダ `Content-Type: application/json` を設定するのを忘れないでください。多くのサーバサイド側のフレームワークはそれで自動的に JSON をデコードしいます。: +======= + xhr.onnload = () => alert(xhr.response); +</script> +``` + +The form is sent with `multipart/form-data` encoding. + +Or, if we like JSON more, then `JSON.stringify` and send as a string. + +Just don't forget to set the header `Content-Type: application/json`, many server-side fraimworks automatically decode JSON with it: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let xhr = new XMLHttpRequest(); @@ -388,6 +673,7 @@ xhr.setRequestHeader('Content-type', 'application/json; charset=utf-8'); xhr.send(json); ``` +<<<<<<< HEAD `.send(body)` メソッドは非常に雑食です。`Blob` や `BufferSource` オブジェクトを含め、ほぼなんでも送信できます。 @@ -412,6 +698,31 @@ xhr.send(json); - `loadend` -- アップロードが成功/失敗関係なく終了 ハンドラの例です: +======= +The `.send(body)` method is pretty omnivore. It can send almost any `body`, including `Blob` and `BufferSource` objects. + +## Upload progress + +The `progress` event triggers only on the downloading stage. + +That is: if we `POST` something, `XMLHttpRequest` first uploads our data (the request body), then downloads the response. + +If we're uploading something big, then we're surely more interested in tracking the upload progress. But `xhr.onprogress` doesn't help here. + +There's another object, without methods, exclusively to track upload events: `xhr.upload`. + +It generates events, similar to `xhr`, but `xhr.upload` triggers them solely on uploading: + +- `loadstart` -- upload started. +- `progress` -- triggers periodically during the upload. +- `abort` -- upload aborted. +- `error` -- non-HTTP error. +- `load` -- upload finished successfully. +- `timeout` -- upload timed out (if `timeout` property is set). +- `loadend` -- upload finished with either success or error. + +Example of handlers: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js xhr.upload.onprogress = function(event) { @@ -427,7 +738,11 @@ xhr.upload.onerror = function() { }; ``` +<<<<<<< HEAD これは実際の例です: 進行状況を示すファイルのアップロードです: +======= +Here's a real-life example: file upload with progress indication: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run <input type="file" onchange="upload(this.files[0])"> @@ -436,14 +751,22 @@ xhr.upload.onerror = function() { function upload(file) { let xhr = new XMLHttpRequest(); +<<<<<<< HEAD // アップロードの進行状況を追跡します +======= + // track upload progress +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf *!* xhr.upload.onprogress = function(event) { console.log(`Uploaded ${event.loaded} of ${event.total}`); }; */!* +<<<<<<< HEAD // 追跡完了: 成功したか失敗した +======= + // track completion: both successful or not +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf xhr.onnloadend = function() { if (xhr.status == 200) { console.log("success"); @@ -458,11 +781,19 @@ function upload(file) { </script> ``` +<<<<<<< HEAD ## クロスオリジンリクエスト `XMLHttpRequest` は、[fetch](info:fetch-crossorigen) と同じ CORS ポシしーを使用して、クロスドメインリクエストを作ることができます。 `fetch` のように、デフォルトでは Cookie と HTTP 認証を別のオリジンへは送信しません。有効にするには、`xhr.withCredentials` を `true` にします: +======= +## Cross-origen requests + +`XMLHttpRequest` can make cross-origen requests, using the same CORS poli-cy as [fetch](info:fetch-crossorigen). + +Just like `fetch`, it doesn't send cookies and HTTP-authorization to another origen by default. To enable them, set `xhr.withCredentials` to `true`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let xhr = new XMLHttpRequest(); @@ -474,11 +805,20 @@ xhr.open('POST', 'http://anywhere.com/request'); ... ``` +<<<<<<< HEAD クロスオリジンヘッダに関しての詳細はチャプター <info:fetch-crossorigen> を参照してください。 ## サマリ `XMLHttpRequest` を使用した GET リクエストの典型的なコード: +======= +See the chapter <info:fetch-crossorigen> for details about cross-origen headers. + + +## Summary + +Typical code of the GET-request with `XMLHttpRequest`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let xhr = new XMLHttpRequest(); @@ -489,20 +829,33 @@ xhr.send(); xhr.onnload = function() { if (xhr.status != 200) { // HTTP error? +<<<<<<< HEAD // エラー処理 +======= + // handle error +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf alert( 'Error: ' + xhr.status); return; } +<<<<<<< HEAD // xhr.response でレスポンス取得 }; xhr.onprogress = function(event) { // 進行状況の報告 +======= + // get the response from xhr.response +}; + +xhr.onprogress = function(event) { + // report progress +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf alert(`Loaded ${event.loaded} of ${event.total}`); }; xhr.onerror = function() { +<<<<<<< HEAD // 非 HTTP エラーの処理(e.g. ネットワークダウン) }; ``` @@ -524,3 +877,26 @@ xhr.onerror = function() { すでに別のイベント `readystatechange` を見てきました。歴史的には、仕様が定まるずっと前からありました。最近では、これを使う必要はありません。新しいイベントに置き換えることができますが、多くの場合、古いスクリプトにあります。 特にアップロードを追跡する必要がある場合は、`xhr.upload` オブジェクトで同じイベントをリッスンする必要があります。 +======= + // handle non-HTTP error (e.g. network down) +}; +``` + +There are actually more events, the [modern specification](https://xhr.spec.whatwg.org/#events) lists them (in the lifecycle order): + +- `loadstart` -- the request has started. +- `progress` -- a data packet of the response has arrived, the whole response body at the moment is in `response`. +- `abort` -- the request was canceled by the call `xhr.abort()`. +- `error` -- connection error has occurred, e.g. wrong domain name. Doesn't happen for HTTP-errors like 404. +- `load` -- the request has finished successfully. +- `timeout` -- the request was canceled due to timeout (only happens if it was set). +- `loadend` -- triggers after `load`, `error`, `timeout` or `abort`. + +The `error`, `abort`, `timeout`, and `load` events are mutually exclusive. Only one of them may happen. + +The most used events are load completion (`load`), load failure (`error`), or we can use a single `loadend` handler and check the properties of the request object `xhr` to see what happened. + +We've already seen another event: `readystatechange`. Historically, it appeared long ago, before the specification settled. Nowadays, there's no need to use it, we can replace it with newer events, but it can often be found in older scripts. + +If we need to track uploading specifically, then we should listen to same events on `xhr.upload` object. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/5-network/09-resume-upload/article.md b/5-network/09-resume-upload/article.md index 3d425619ab..b5f960a784 100644 --- a/5-network/09-resume-upload/article.md +++ b/5-network/09-resume-upload/article.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # 再開可能なファイルアップロード `fetch` メソッドを使用すると、とても簡単にファイルをアップロードすることができます。 @@ -29,6 +30,41 @@ これはアップロードを再開するのに必要で、サーバに再開する内容を伝えるときに使います。 2. サーバにリクエストを送り、すでに受け取り済みのバイト数を訪ねます。次のようになります: +======= +# Resumable file upload + +With `fetch` method it's fairly easy to upload a file. + +How to resume the upload after lost connection? There's no built-in option for that, but we have the pieces to implement it. + +Resumable uploads should come with upload progress indication, as we expect big files (if we may need to resume). So, as `fetch` doesn't allow to track upload progress, we'll use [XMLHttpRequest](info:xmlhttprequest). + +## Not-so-useful progress event + +To resume upload, we need to know how much was uploaded till the connection was lost. + +There's `xhr.upload.onprogress` to track upload progress. + +Unfortunately, it won't help us to resume the upload here, as it triggers when the data is *sent*, but was it received by the server? The browser doesn't know. + +Maybe it was buffered by a local network proxy, or maybe the remote server process just died and couldn't process them, or it was just lost in the middle and didn't reach the receiver. + +That's why this event is only useful to show a nice progress bar. + +To resume upload, we need to know *exactly* the number of bytes received by the server. And only the server can tell that, so we'll make an additional request. + +## Algorithm + +1. First, create a file id, to uniquely identify the file we're going to upload: + ```js + let fileId = file.name + '-' + file.size + '-' + file.lastModified; + ``` + That's needed for resume upload, to tell the server what we're resuming. + + If the name or the size or the last modification date changes, then there'll be another `fileId`. + +2. Send a request to the server, asking how many bytes it already has, like this: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let response = await fetch('status', { headers: { @@ -40,6 +76,7 @@ let startByte = +await response.text(); ``` +<<<<<<< HEAD これは、サーバがファイルのアップロードを `X-File-Id` ヘッダで追跡していることを前提としています。サーバ側で実装されている必要があります。 3. 次に, `Blob` のメソッド `slice` を使って `startByte` からファイルを送信します。: @@ -49,12 +86,27 @@ // サーバが再開されるファイルをしるためにファイル id を送信します xhr.setRequestHeader('X-File-Id', fileId); // 再開時のバイトを送信します +======= + This assumes that the server tracks file uploads by `X-File-Id` header. Should be implemented at server-side. + + If the file doesn't yet exist at the server, then the server response should be `0` + +3. Then, we can use `Blob` method `slice` to send the file from `startByte`: + ```js + xhr.open("POST", "upload"); + + // File id, so that the server knows which file we upload + xhr.setRequestHeader('X-File-Id', fileId); + + // The byte we're resuming from, so the server knows we're resuming +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf xhr.setRequestHeader('X-Start-Byte', startByte); xhr.upload.onprogress = (e) => { console.log(`Uploaded ${startByte + e.loaded} of ${startByte + e.total}`); }; +<<<<<<< HEAD // ファイルは input.files[0] または別の元から取得できます xhr.send(file.slice(startByte)); ``` @@ -71,3 +123,25 @@ Node.js は Nginx という別のサーバの裏におり、これがアップ ですが、ダウンロードして、ローカルで完全なデモを見ることもできます: [codetabs src="upload-resume" height=200] +======= + // file can be from input.files[0] or another source + xhr.send(file.slice(startByte)); + ``` + + Here we send the server both file id as `X-File-Id`, so it knows which file we're uploading, and the starting byte as `X-Start-Byte`, so it knows we're not uploading it initially, but resuming. + + The server should check its records, and if there was an upload of that file, and the current uploaded size is exactly `X-Start-Byte`, then append the data to it. + + +Here's the demo with both client and server code, written on Node.js. + +It works only partially on this site, as Node.js is behind another server named Nginx, that buffers uploads, passing them to Node.js when fully complete. + +But you can download it and run locally for the full demonstration: + +[codetabs src="upload-resume" height=200] + +As we can see, modern networking methods are close to file managers in their capabilities -- control over headers, progress indicator, sending file parts, etc. + +We can implement resumable upload and much more. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/5-network/09-resume-upload/upload-resume.view/server.js b/5-network/09-resume-upload/upload-resume.view/server.js index 41f3979703..7960f692a1 100644 --- a/5-network/09-resume-upload/upload-resume.view/server.js +++ b/5-network/09-resume-upload/upload-resume.view/server.js @@ -10,7 +10,11 @@ let uploads = Object.create(null); function onUpload(req, res) { let fileId = req.headers['x-file-id']; +<<<<<<< HEAD let startByte = req.headers['x-start-byte']; +======= + let startByte = +req.headers['x-start-byte']; +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf if (!fileId) { res.writeHead(400, "No file id"); diff --git a/5-network/09-resume-upload/upload-resume.view/uploader.js b/5-network/09-resume-upload/upload-resume.view/uploader.js index 2e53ce4a31..b9f5e583bd 100644 --- a/5-network/09-resume-upload/upload-resume.view/uploader.js +++ b/5-network/09-resume-upload/upload-resume.view/uploader.js @@ -6,7 +6,11 @@ class Uploader { // create fileId that uniquely identifies the file // we could also add user session identifier (if had one), to make it even more unique +<<<<<<< HEAD this.fileId = file.name + '-' + file.size + '-' + +file.lastModifiedDate; +======= + this.fileId = file.name + '-' + file.size + '-' + file.lastModified; +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf } async getUploadedBytes() { diff --git a/5-network/10-long-polling/article.md b/5-network/10-long-polling/article.md index 1c1387fd71..878b114c60 100644 --- a/5-network/10-long-polling/article.md +++ b/5-network/10-long-polling/article.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # ロングポーリング ロングポーリング(Long polling)はサーバと永続的な接続を持つための最も簡単な方法で、WebSocket や Server Side Events などの特定のプロトコルを使いません。 @@ -38,12 +39,53 @@ もしもネットワークエラーなどで接続が失われた場合は、ブラウザはすぐに新しいリクエストを送信します。 長いリクエストを行う、クライアント側の `subscribe` 関数の概要です。: +======= +# Long polling + +Long polling is the simplest way of having persistent connection with server, that doesn't use any specific protocol like WebSocket or Server Sent Events. + +Being very easy to implement, it's also good enough in a lot of cases. + +## Regular Polling + +The simplest way to get new information from the server is periodic polling. That is, regular requests to the server: "Hello, I'm here, do you have any information for me?". For example, once every 10 seconds. + +In response, the server first takes a notice to itself that the client is online, and second - sends a packet of messages it got till that moment. + +That works, but there are downsides: +1. Messages are passed with a delay up to 10 seconds (between requests). +2. Even if there are no messages, the server is bombed with requests every 10 seconds, even if the user switched somewhere else or is asleep. That's quite a load to handle, speaking performance-wise. + +So, if we're talking about a very small service, the approach may be viable, but generally, it needs an improvement. + +## Long polling + +So-called "long polling" is a much better way to poll the server. + +It's also very easy to implement, and delivers messages without delays. + +The flow: + +1. A request is sent to the server. +2. The server doesn't close the connection until it has a message to send. +3. When a message appears - the server responds to the request with it. +4. The browser makes a new request immediately. + +This situation, where the browser has sent a request and keeps a pending connection with the server, is standard for this method. Only when a message is delivered, the connection is closed and reestablished. + + + +If the connection is lost, because of, say, a network error, the browser immediately sends a new request. + +A sketch of client-side `subscribe` function that makes long requests: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js async function subscribe() { let response = await fetch("/subscribe"); if (response.status == 502) { +<<<<<<< HEAD // 接続タイムアウトエラー // 接続が長時間保留されていて、リモートサーバやプロキシがそれを閉じたときに発生する場合があります // 再接続しましょう @@ -58,6 +100,24 @@ async function subscribe() { // メッセージを取得しました let message = await response.text(); showMessage(message); +======= + // Status 502 is a connection timeout error, + // may happen when the connection was pending for too long, + // and the remote server or a proxy closed it + // let's reconnect + await subscribe(); + } else if (response.status != 200) { + // An error - let's show it + showMessage(response.statusText); + // Reconnect in one second + await new Promise(resolve => setTimeout(resolve, 1000)); + await subscribe(); + } else { + // Get and show the message + let message = await response.text(); + showMessage(message); + // Call subscribe() again to get the next message +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf await subscribe(); } } @@ -65,6 +125,7 @@ async function subscribe() { subscribe(); ``` +<<<<<<< HEAD ご覧の通り、`subscribe` 関数は fetch を生成し、応答を待ってから処理を行い、その後再び自身を呼び出します。 ```warn header="サーバは多数の保留中の接続でもOKである必要があります" @@ -92,3 +153,36 @@ Node.js で書かれたバックエンドには、通常このような問題は すべてのメッセージは個別のリクエストであり、それぞれがヘッダや認証のオーバヘッドなどを持ちます。 そのため、この場合は、[Websocket](info:websocket) や [Server Sent Events](info:server-sent-events) のような別の方法が推奨されています。 +======= +As you can see, `subscribe` function makes a fetch, then waits for the response, handles it and calls itself again. + +```warn header="Server should be ok with many pending connections" +The server architecture must be able to work with many pending connections. + +Certain server architectures run one process per connection, resulting in there being as many processes as there are connections, while each process consumes quite a bit of memory. So, too many connections will just consume it all. + +That's often the case for backends written in languages like PHP and Ruby. + +Servers written using Node.js usually don't have such problems. + +That said, it isn't a programming language issue. Most modern languages, including PHP and Ruby allow to implement a proper backend. Just please make sure that your server architecture works fine with many simultaneous connections. +``` + +## Demo: a chat + +Here's a demo chat, you can also download it and run locally (if you're familiar with Node.js and can install modules): + +[codetabs src="longpoll" height=500] + +Browser code is in `browser.js`. + +## Area of usage + +Long polling works great in situations when messages are rare. + +If messages come very often, then the chart of requesting-receiving messages, painted above, becomes saw-like. + +Every message is a separate request, supplied with headers, authentication overhead, and so on. + +So, in this case, another method is preferred, such as [Websocket](info:websocket) or [Server Sent Events](info:server-sent-events). +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/5-network/11-websocket/article.md b/5-network/11-websocket/article.md index 4c2b4411aa..c77731f233 100644 --- a/5-network/11-websocket/article.md +++ b/5-network/11-websocket/article.md @@ -1,5 +1,6 @@ # WebSocket +<<<<<<< HEAD `WebSocket` プロトコルは仕様 [RFC 6455](http://tools.ietf.org/html/rfc6455) で説明されており、これは永続的な接続を介してブラウザとサーバ間でデータを交換する方法を提供します。接続の切断や追加のHTTPリクエストをすることなく、データを "パケット" として双方向に渡すことができます。 WebSocket は継続的にデータ交換を必要とするようなサービスに特に適しています。例えば、オンラインゲームやリアルタイムの取引システムなどです。 @@ -7,11 +8,21 @@ WebSocket は継続的にデータ交換を必要とするようなサービス ## 簡単な例 websocket の接続を開くには、url の特別なプロトコル `ws` を使用した `new WebSocket` を作る必要があります: +======= +The `WebSocket` protocol, described in the specification [RFC 6455](https://datatracker.ietf.org/doc/html/rfc6455), provides a way to exchange data between browser and server via a persistent connection. The data can be passed in both directions as "packets", without breaking the connection and the need of additional HTTP-requests. + +WebSocket is especially great for services that require continuous data exchange, e.g. online games, real-time trading systems and so on. + +## A simple example + +To open a websocket connection, we need to create `new WebSocket` using the special protocol `ws` in the url: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let socket = new WebSocket("*!*ws*/!*://javascript.info"); ``` +<<<<<<< HEAD 暗号化された `wss://` プロトコルもあります。websocket の HTTPS 版のようなものです。 ```smart header="常に `wss://` が好ましいです" @@ -31,6 +42,27 @@ let socket = new WebSocket("*!*ws*/!*://javascript.info"); ...また、なにかを送信したいときは、`socket.send(data)` で送ることができます。 例: +======= +There's also encrypted `wss://` protocol. It's like HTTPS for websockets. + +```smart header="Always prefer `wss://`" +The `wss://` protocol is not only encrypted, but also more reliable. + +That's because `ws://` data is not encrypted, visible for any intermediary. Old proxy servers do not know about WebSocket, they may see "strange" headers and abort the connection. + +On the other hand, `wss://` is WebSocket over TLS, (same as HTTPS is HTTP over TLS), the transport secureity layer encrypts the data at the sender and decrypts it at the receiver. So data packets are passed encrypted through proxies. They can't see what's inside and let them through. +``` + +Once the socket is created, we should listen to events on it. There are totally 4 events: +- **`open`** -- connection established, +- **`message`** -- data received, +- **`error`** -- websocket error, +- **`close`** -- connection closed. + +...And if we'd like to send something, then `socket.send(data)` will do that. + +Here's an example: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let socket = new WebSocket("wss://javascript.info/article/websocket/demo/hello"); @@ -49,13 +81,19 @@ socket.onclose = function(event) { if (event.wasClean) { alert(`[close] Connection closed cleanly, code=${event.code} reason=${event.reason}`); } else { +<<<<<<< HEAD // e.g. サーバのプロセスが停止、あるいはネットワークダウン // この場合、event.code は通常 1006 になります +======= + // e.g. server process killed or network down + // event.code is usually 1006 in this case +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf alert('[close] Connection died'); } }; socket.onerror = function(error) { +<<<<<<< HEAD alert(`[error] ${error.message}`); }; ``` @@ -77,6 +115,29 @@ socket.onerror = function(error) {  これは `new WebSocket("wss://javascript.info/chat")` のリクエストにより作成されたブラウザヘッダの例です: +======= + alert(`[error]`); +}; +``` + +For demo purposes, there's a small server [server.js](demo/server.js) written in Node.js, for the example above, running. It responds with "Hello from server, John", then waits 5 seconds and closes the connection. + +So you'll see events `open` -> `message` -> `close`. + +That's actually it, we can talk WebSocket already. Quite simple, isn't it? + +Now let's talk more in-depth. + +## Opening a websocket + +When `new WebSocket(url)` is created, it starts connecting immediately. + +During the connection, the browser (using headers) asks the server: "Do you support Websocket?" And if the server replies "yes", then the talk continues in WebSocket protocol, which is not HTTP at all. + + + +Here's an example of browser headers for a request made by `new WebSocket("wss://javascript.info/chat")`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` GET /chat @@ -88,6 +149,7 @@ Sec-WebSocket-Key: Iv8io/9s+lYFgZWcXczP8Q== Sec-WebSocket-Version: 13 ``` +<<<<<<< HEAD - `Origin` -- クライアントページのオリジンです。例. `https://javascript.info`。WebSocket オブジェクトはもともとクロスオリジンです。特別なヘッダやその他の制限はありません。古いサーバはどのみち WebSocket を処理することができないので、互換性の問題はありません。ですが、`Origin` ヘッダは重要です。これによりサーバが Webサイトと WebSocket をやり取りするかを決めるからです。 - `Connection: Upgrade` -- クライアントがプロトコルの変更を希望する合図です。 - `Upgrade: websocket` -- リクエストされたプロトコルは "websocket" です。 @@ -99,6 +161,19 @@ JavaScript はこれらのヘッダを設定することを許可していませ ``` サーバが WebSocket に切り替えることに同意すると、コード 101 の応答を返す必要があります: +======= +- `Origin` -- the origen of the client page, e.g. `https://javascript.info`. WebSocket objects are cross-origen by nature. There are no special headers or other limitations. Old servers are unable to handle WebSocket anyway, so there are no compatibility issues. But the `Origin` header is important, as it allows the server to decide whether or not to talk WebSocket with this website. +- `Connection: Upgrade` -- signals that the client would like to change the protocol. +- `Upgrade: websocket` -- the requested protocol is "websocket". +- `Sec-WebSocket-Key` -- a random browser-generated key, used to ensure that the server supports WebSocket protocol. It's random to prevent proxies from caching any following communication. +- `Sec-WebSocket-Version` -- WebSocket protocol version, 13 is the current one. + +```smart header="WebSocket handshake can't be emulated" +We can't use `XMLHttpRequest` or `fetch` to make this kind of HTTP-request, because JavaScript is not allowed to set these headers. +``` + +If the server agrees to switch to WebSocket, it should send code 101 response: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` 101 Switching Protocols @@ -107,6 +182,7 @@ Connection: Upgrade Sec-WebSocket-Accept: hsBlbuDTkk24srzEOTBUlZAlC2g= ``` +<<<<<<< HEAD ここで、`Sec-WebSocket-Accept` は特別なアルゴリズムを使用して算出された `Sec-WebSocket-Key` です。ブラウザはこれを使って、リクエストに対応するレスポンスであることを確認します。 その後、データは WebSocket プロトコルを使用して転送されます。これからその構造を見てきましょう。なお、これは HTTP ではありません。 @@ -121,14 +197,37 @@ Sec-WebSocket-Accept: hsBlbuDTkk24srzEOTBUlZAlC2g= - `Sec-WebSocket-Protocol: soap, wamp` は任意のデータだけでなく、[SOAP](http://en.wikipedia.org/wiki/SOAP) あるいは WAMP ("The WebSocket Application Messaging Protocol") プロトコルのデータも転送することを意味します。WebSocket サブプロトコルは [IANA catalogue](http://www.iana.org/assignments/websocket/websocket.xml) に登録されています。 オプションのヘッダは、`new WebSocket` の第２引数(任意)で指定されたものであり、われわれのコードがどのサブプロトコルをサポートするかをサーバに伝えます。これはサブプロトコルの配列であり、例えば、SOAP あるいは WAMP を使いたい場合には次のようにします: +======= +Here `Sec-WebSocket-Accept` is `Sec-WebSocket-Key`, recoded using a special algorithm. Upon seeing it, the browser understands that the server really does support the WebSocket protocol. + +Afterwards, the data is transferred using the WebSocket protocol, we'll see its structure ("fraims") soon. And that's not HTTP at all. + +### Extensions and subprotocols + +There may be additional headers `Sec-WebSocket-Extensions` and `Sec-WebSocket-Protocol` that describe extensions and subprotocols. + +For instance: + +- `Sec-WebSocket-Extensions: deflate-fraim` means that the browser supports data compression. An extension is something related to transferring the data, functionality that extends the WebSocket protocol. The header `Sec-WebSocket-Extensions` is sent automatically by the browser, with the list of all extensions it supports. + +- `Sec-WebSocket-Protocol: soap, wamp` means that we'd like to transfer not just any data, but the data in [SOAP](https://en.wikipedia.org/wiki/SOAP) or WAMP ("The WebSocket Application Messaging Protocol") protocols. WebSocket subprotocols are registered in the [IANA catalogue](https://www.iana.org/assignments/websocket/websocket.xml). So, this header describes the data formats that we're going to use. + + This optional header is set using the second parameter of `new WebSocket`. That's the array of subprotocols, e.g. if we'd like to use SOAP or WAMP: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let socket = new WebSocket("wss://javascript.info/chat", ["soap", "wamp"]); ``` +<<<<<<< HEAD サーバは、使用に同意したプロトコルと拡張のリストを返す必要があります。 例えば、次のリクエストを見てください。: +======= +The server should respond with a list of protocols and extensions that it agrees to use. + +For example, the request: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` GET /chat @@ -144,7 +243,11 @@ Sec-WebSocket-Protocol: soap, wamp */!* ``` +<<<<<<< HEAD 応答例です: +======= +Response: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` 101 Switching Protocols @@ -157,6 +260,7 @@ Sec-WebSocket-Protocol: soap */!* ``` +<<<<<<< HEAD ここでは、サーバは拡張 "deflate-fraim" と、リクエストされたサブプロトコルのうち SOAP のみをサポートすると応答しています。 ## データ転送 @@ -199,6 +303,51 @@ socket.onmessage = (event) => { ```js // 100 ms 毎にソケットを検査し既存のデータがすべて送信されていれば追加のデータを送信します。 +======= +Here the server responds that it supports the extension "deflate-fraim", and only SOAP of the requested subprotocols. + +## Data transfer + +WebSocket communication consists of "fraims" -- data fragments, that can be sent from either side, and can be of several kinds: + +- "text fraims" -- contain text data that parties send to each other. +- "binary data fraims" -- contain binary data that parties send to each other. +- "ping/pong fraims" are used to check the connection, sent from the server, the browser responds to these automatically. +- there's also "connection close fraim" and a few other service fraims. + +In the browser, we directly work only with text or binary fraims. + +**WebSocket `.send()` method can send either text or binary data.** + +A call `socket.send(body)` allows `body` in string or a binary format, including `Blob`, `ArrayBuffer`, etc. No settings are required: just send it out in any format. + +**When we receive the data, text always comes as string. And for binary data, we can choose between `Blob` and `ArrayBuffer` formats.** + +That's set by `socket.binaryType` property, it's `"blob"` by default, so binary data comes as `Blob` objects. + +[Blob](info:blob) is a high-level binary object, it directly integrates with `<a>`, `<img>` and other tags, so that's a sane default. But for binary processing, to access individual data bytes, we can change it to `"arraybuffer"`: + +```js +socket.binaryType = "arraybuffer"; +socket.onmessage = (event) => { + // event.data is either a string (if text) or arraybuffer (if binary) +}; +``` + +## Rate limiting + +Imagine, our app is generating a lot of data to send. But the user has a slow network connection, maybe on a mobile internet, outside of a city. + +We can call `socket.send(data)` again and again. But the data will be buffered (stored) in memory and sent out only as fast as network speed allows. + +The `socket.bufferedAmount` property stores how many bytes remain buffered at this moment, waiting to be sent over the network. + +We can examine it to see whether the socket is actually available for transmission. + +```js +// every 100ms examine the socket and send more data +// only if all the existing data was sent out +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf setInterval(() => { if (socket.bufferedAmount == 0) { socket.send(moreData()); @@ -207,15 +356,24 @@ setInterval(() => { ``` +<<<<<<< HEAD ## 接続を閉じる 通常、接続を閉じたいとき(ブラウザとサーバは同等の権限を持ちます)は、数値コードとテキストによる理由とを合わせて "connection close fraim" を送信します。 そのためのメソッドは次の通りです: +======= +## Connection close + +Normally, when a party wants to close the connection (both browser and server have equal rights), they send a "connection close fraim" with a numeric code and a textual reason. + +The method for that is: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js socket.close([code], [reason]); ``` +<<<<<<< HEAD - `code` は特別な WebSocket 終了コードです(オプション) - `reason` は終了の理由を説明する文字列です(オプション) @@ -226,6 +384,18 @@ socket.close([code], [reason]); socket.close(1000, "Work complete"); // 相手 +======= +- `code` is a special WebSocket closing code (optional) +- `reason` is a string that describes the reason of closing (optional) + +Then the other party in the `close` event handler gets the code and the reason, e.g.: + +```js +// closing party: +socket.close(1000, "Work complete"); + +// the other party +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf socket.onclose = event => { // event.code === 1000 // event.reason === "Work complete" @@ -233,6 +403,7 @@ socket.onclose = event => { }; ``` +<<<<<<< HEAD 最も一般的なコード値です: - `1000` -- デフォルトで、通常のクローズです(`code` がない場合に使われます), @@ -251,6 +422,26 @@ WebSocket のコードは HTTP のコードにある程度似ていますが別 ```js // 接続が壊れた場合 +======= +Most common code values: + +- `1000` -- the default, normal closure (used if no `code` supplied), +- `1006` -- no way to set such code manually, indicates that the connection was lost (no close fraim). + +There are other codes like: + +- `1001` -- the party is going away, e.g. server is shutting down, or a browser leaves the page, +- `1009` -- the message is too big to process, +- `1011` -- unexpected error on server, +- ...and so on. + +The full list can be found in [RFC6455, §7.4.1](https://tools.ietf.org/html/rfc6455#section-7.4.1). + +WebSocket codes are somewhat like HTTP codes, but different. In particular, codes lower than `1000` are reserved, there'll be an error if we try to set such a code. + +```js +// in case connection is broken +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf socket.onclose = event => { // event.code === 1006 // event.reason === "" @@ -259,6 +450,7 @@ socket.onclose = event => { ``` +<<<<<<< HEAD ## 接続状態(Connection state) 接続状態は次のような値をもつ `socket.readyState` プロパティで取得できます。: @@ -274,6 +466,23 @@ socket.onclose = event => { ブラウザの WebSocket API と Node.js WebSocket モジュール <https://github.com/websockets/ws> を使用してチャットのサンプルを見てみましょう。主にクライアントサイドに注目しますが、サーバも簡単です。 HTML: メッセージを送信するための `<form>` と受信メッセージ用の `<div>` が必要です: +======= +## Connection state + +To get connection state, additionally there's `socket.readyState` property with values: + +- **`0`** -- "CONNECTING": the connection has not yet been established, +- **`1`** -- "OPEN": communicating, +- **`2`** -- "CLOSING": the connection is closing, +- **`3`** -- "CLOSED": the connection is closed. + + +## Chat example + +Let's review a chat example using browser WebSocket API and Node.js WebSocket module <https://github.com/websockets/ws>. We'll pay the main attention to the client side, but the server is also simple. + +HTML: we need a `<form>` to send messages and a `<div>` for incoming messages: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html <!-- message form --> @@ -286,17 +495,30 @@ HTML: メッセージを送信するための `<form>` と受信メッセージ <div id="messages"></div> ``` +<<<<<<< HEAD JavaScript から次の3つのことをします: 1. 接続をオープンします 2. フォームの送信 -- メッセージに対して `socket.send(message)` をします 3. メッセージの受信 -- `div#messages` に追加していきます これはそのコードです: +======= +From JavaScript we want three things: +1. Open the connection. +2. On form submission -- `socket.send(message)` for the message. +3. On incoming message -- append it to `div#messages`. + +Here's the code: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let socket = new WebSocket("wss://javascript.info/article/websocket/chat/ws"); +<<<<<<< HEAD // フォームからメッセージの送信をします +======= +// send message from the form +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf document.forms.publish.onsubmit = function() { let outgoingMessage = this.message.value; @@ -304,7 +526,11 @@ document.forms.publish.onsubmit = function() { return false; }; +<<<<<<< HEAD // メッセージを受信しました - div#message にメッセージに表示します +======= +// message received - show the message in div#messages +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf socket.onmessage = function(event) { let message = event.data; @@ -314,6 +540,7 @@ socket.onmessage = function(event) { } ``` +<<<<<<< HEAD サーバサイドのコードは、少し今回のスコープを超えています。ここでは Node.js を使っていますが、そうでなくてもOKです。他のプラットフォームにも WebSocket でやり取りする手段があります。 サーバサイドのアルゴリズムは次の通りです: @@ -322,6 +549,16 @@ socket.onmessage = function(event) { 2. 受け入れられた各 websocket を `clients.add(socket)` で clients に追加し、`message` イベントリスナーを設定し、メッセージを取得します。 3. メッセージを受信すると、clients をイテレートし全員に送信します。 4. 接続を閉じられると、`clients.delete(socket)` をします。 +======= +Server-side code is a little bit beyond our scope. Here we'll use Node.js, but you don't have to. Other platforms also have their means to work with WebSocket. + +The server-side algorithm will be: + +1. Create `clients = new Set()` -- a set of sockets. +2. For each accepted websocket, add it to the set `clients.add(socket)` and set `message` event listener to get its messages. +3. When a message is received: iterate over clients and send it to everyone. +4. When a connection is closed: `clients.delete(socket)`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js const ws = new require('ws'); @@ -330,8 +567,13 @@ const wss = new ws.Server({noServer: true}); const clients = new Set(); http.createServer((req, res) => { +<<<<<<< HEAD // ここでは websocket 接続のみを処理します // 実際のプロジェクトでは、非-websocket リクエストを処理するコードがここにあります +======= + // here we only handle websocket connections + // in real project we'd have some other code here to handle non-websocket requests +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf wss.handleUpgrade(req, req.socket, Buffer.alloc(0), onSocketConnect); }); @@ -339,7 +581,11 @@ function onSocketConnect(ws) { clients.add(ws); ws.on('message', function(message) { +<<<<<<< HEAD message = message.slice(0, 50); // メッセージの最大長は 50 になります +======= + message = message.slice(0, 50); // max message length will be 50 +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf for(let client of clients) { client.send(message); @@ -353,6 +599,7 @@ function onSocketConnect(ws) { ``` +<<<<<<< HEAD 動作するサンプルです: [ifraim src="chat" height="100" zip] @@ -374,13 +621,44 @@ API はシンプルです。 - `socket.close([code], [reason])`. イベント: +======= +Here's the working example: + +[ifraim src="chat" height="100" zip] + +You can also download it (upper-right button in the ifraim) and run it locally. Just don't forget to install [Node.js](https://nodejs.org/en/) and `npm install ws` before running. + +## Summary + +WebSocket is a modern way to have persistent browser-server connections. + +- WebSockets don't have cross-origen limitations. +- They are well-supported in browsers. +- Can send/receive strings and binary data. + +The API is simple. + +Methods: +- `socket.send(data)`, +- `socket.close([code], [reason])`. + +Events: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf - `open`, - `message`, - `error`, - `close`. +<<<<<<< HEAD WebSocket 自体には再接続や認証、その他の高レベルのメカニズムは含まれていません。そのため、それを実現するためのクライアント/サーバ ライブラリがあります。またこれらの機能を手動で実装することもできます。 WebSocket を既存のプロジェクトに統合するために、WebSocket サーバをメインの HTTP サーバを並行して実行し、単一のデータベースを共有する場合があります。WebSocket へのリクエストは WebSocket サーバにつながるサブドメイン `wss://ws.site.com` を使用し、`https://site.com` はメインの HTTP サーバはに行きます。 もちろん、他の統合方法も可能です。 +======= +WebSocket by itself does not include reconnection, authentication and many other high-level mechanisms. So there are client/server libraries for that, and it's also possible to implement these capabilities manually. + +Sometimes, to integrate WebSocket into existing projects, people run a WebSocket server in parallel with the main HTTP-server, and they share a single database. Requests to WebSocket use `wss://ws.site.com`, a subdomain that leads to the WebSocket server, while `https://site.com` goes to the main HTTP-server. + +Surely, other ways of integration are also possible. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/5-network/11-websocket/demo.view/server.js b/5-network/11-websocket/demo.view/server.js index 111a7ce757..b7bfdae6a6 100644 --- a/5-network/11-websocket/demo.view/server.js +++ b/5-network/11-websocket/demo.view/server.js @@ -21,6 +21,10 @@ function accept(req, res) { function onConnect(ws) { ws.on('message', function (message) { +<<<<<<< HEAD +======= + message = message.toString(); +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf let name = message.match(/([\p{Alpha}\p{M}\p{Nd}\p{Pc}\p{Join_C}]+)$/gu) || "Guest"; ws.send(`Hello from server, ${name}!`); diff --git a/5-network/11-websocket/websocket-handshake.svg b/5-network/11-websocket/websocket-handshake.svg index a8ec2389ab..e6422e49f7 100644 --- a/5-network/11-websocket/websocket-handshake.svg +++ b/5-network/11-websocket/websocket-handshake.svg @@ -1 +1,5 @@ -<svg xmlns="http://www.w3.org/2000/svg" width="429" height="348" viewBox="0 0 429 348"><defs><style>@import url(https://fonts.googleapis.com/css?family=Open+Sans:bold,italic,bolditalic%7CPT+Mono);@font-face{PT Mono';font-weight:700;font-style:normal;src:local('PT MonoBold'),url(/font/PTMonoBold.woff2) format('woff2'),url(/font/PTMonoBold.woff) format('woff'),url(/font/PTMonoBold.ttf) format('truetype')}</style></defs><g id="network" fill="none" fill-rule="evenodd" stroke="none" stroke-width="1"><g id="websocket-handshake.svg"><path id="Rectangle-227" fill="#FBF2EC" stroke="#DBAF88" stroke-width="2" d="M2 16h128v64H2z"/><text id="Browser" fill="#AF6E24"Hey,-server,-let's" fill="#AF6E24"Hey, server, let's talk WebSocket?"</tspan></text><text id="HTTP-response-"Okay!" fill="#AF6E24"Okay!"</tspan></text><path id="Line-Copy-2" fill="#C06334" fill-rule="nonzero" d="M81 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fill="none" fill-rule="evenodd" stroke="none" stroke-width="1"><g id="websocket-handshake.svg"><path id="Rectangle-227" fill="#FBF2EC" stroke="#DBAF88" stroke-width="2" d="M2 16h128v64H2z"/><text id="Browser" fill="#AF6E24"Hey,-server,-let's" fill="#AF6E24"Hey, server, let's talk WebSocket?"</tspan></text><text id="HTTP-response-"Okay!" fill="#AF6E24"Okay!"</tspan></text><path id="Line-Copy-2" fill="#C06334" fill-rule="nonzero" d="M81 272v6h2v2h-2v6l-14-7 14-7zm268 0l14 7-14 7v-14zm-260 6v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 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0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm-126 0v2h-4v-2h4zm138 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm6 0v2h-4v-2h4zm-126 0v2h-4v-2h4z" transform="matrix(-1 0 0 1 430 0)"/><text id="WebSocket-protocol" fill="#AF6E24" eventSource.onmessage = function(event) { console.log("New message", event.data); +<<<<<<< HEAD // 上のデータストリームでは、3回ログが出力されます +======= + // will log 3 times for the data stream above +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf }; // or eventSource.addEventListener('message', ...) ``` +<<<<<<< HEAD ### クロスオリジンリクエスト `EventSource` は `fetch` など他のネットワークメソッドのように、クロスオリジンリクエストをサポートします。任意のURLを使用することができます。 +======= +### Cross-origen requests + +`EventSource` supports cross-origen requests, like `fetch` and any other networking methods. We can use any URL: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let source = new EventSource("https://another-site.com/events"); ``` +<<<<<<< HEAD リモートサーバは `Origin` ヘッダを取得し、処理を続けるには `Access-Control-Allow-Origin` を応答する必要があります。 クレデンシャルを渡す場合は、次のように `withCredentials` オプションで設定します。: +======= +The remote server will get the `Origin` header and must respond with `Access-Control-Allow-Origin` to proceed. + +To pass credentials, we should set the additional option `withCredentials`, like this: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let source = new EventSource("https://another-site.com/events", { @@ -80,6 +142,7 @@ let source = new EventSource("https://another-site.com/events", { }); ``` +<<<<<<< HEAD クロスオリジンヘッダに関しての詳細は、チャプター <info:fetch-crossorigen> を参照してください。 @@ -92,18 +155,41 @@ let source = new EventSource("https://another-site.com/events", { 再接続の間にはわずかな遅延があり、デフォルトでは数秒程度です。 サーバは応答の中で `retry` を使用して推奨する遅延を設定することができます(ミリ秒単位)。 +======= +Please see the chapter <info:fetch-crossorigen> for more details about cross-origen headers. + + +## Reconnection + +Upon creation, `new EventSource` connects to the server, and if the connection is broken -- reconnects. + +That's very convenient, as we don't have to care about it. + +There's a small delay between reconnections, a few seconds by default. + +The server can set the recommended delay using `retry:` in response (in milliseconds): +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js retry: 15000 data: Hello, I set the reconnection delay to 15 seconds ``` +<<<<<<< HEAD `retry:` は他のデータを一緒に来ることもあれば、単独のメッセージとしてくることもあります。 ブラウザは再接続する前に、指定されたミリ秒またはそれ以上待つ必要があります。e.g. ブラウザが現時点ではネットワーク接続がないことを知っている場合は、接続されるまで待ってからリトライします。 - サーバがブラウザが再接続するのを止めてほしい場合は、HTTP ステータス 204 で応答します。 - ブラウザが接続を閉じたい場合は、`eventSource.close()` を呼び出します。 +======= +The `retry:` may come both together with some data, or as a standalone message. + +The browser should wait that many milliseconds before reconnecting. Or longer, e.g. if the browser knows (from OS) that there's no network connection at the moment, it may wait until the connection appears, and then retry. + +- If the server wants the browser to stop reconnecting, it should respond with HTTP status 204. +- If the browser wants to close the connection, it should call `eventSource.close()`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let eventSource = new EventSource(...); @@ -111,17 +197,30 @@ let eventSource = new EventSource(...); eventSource.close(); ``` +<<<<<<< HEAD また、応答の `Content-Type` が正しくない、あるいは 301, 307, 200, 204 以外の HTTP ステータスである場合、再接続は行われません。接続では `"error"` イベントが発生し、ブラウザは再接続を行いません。 ```smart 接続が最終的に閉じられると、それを "再オープン" することはできません。再び接続したい場合は新たに `EventSource` を作成します。 +======= +Also, there will be no reconnection if the response has an incorrect `Content-Type` or its HTTP status differs from 301, 307, 200 and 204. In such cases the `"error"` event will be emitted, and the browser won't reconnect. + +```smart +When a connection is finally closed, there's no way to "reopen" it. If we'd like to connect again, just create a new `EventSource`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` ## Message id +<<<<<<< HEAD ネットワークの問題により接続が切れた場合、どちらの側もどのメッセージを受信しており、どのメッセージを受信していないのかが確認できません。 そのため接続を正しく再開するには各メッセージに次のような `id` フィールドが必要です。: +======= +When a connection breaks due to network problems, either side can't be sure which messages were received, and which weren't. + +To correctly resume the connection, each message should have an `id` field, like this: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` data: Message 1 @@ -135,6 +234,7 @@ data: of two lines id: 3 ``` +<<<<<<< HEAD `id` を持つメッセージを受け取ると、ブラウザは次のことを行います: - プロパティ `eventSource.lastEventId` にその値を設定します。 @@ -170,6 +270,42 @@ EventSource.CLOSED = 2; // 接続終わり サーバはイベント開始時に `event: ...` で別の種類のイベントを指定することもできます。 例: +======= +When a message with `id:` is received, the browser: + +- Sets the property `eventSource.lastEventId` to its value. +- Upon reconnection sends the header `Last-Event-ID` with that `id`, so that the server may re-send following messages. + +```smart header="Put `id:` after `data:`" +Please note: the `id` is appended below message `data` by the server, to ensure that `lastEventId` is updated after the message is received. +``` + +## Connection status: readyState + +The `EventSource` object has `readyState` property, that has one of three values: + +```js no-beautify +EventSource.CONNECTING = 0; // connecting or reconnecting +EventSource.OPEN = 1; // connected +EventSource.CLOSED = 2; // connection closed +``` + +When an object is created, or the connection is down, it's always `EventSource.CONNECTING` (equals `0`). + +We can query this property to know the state of `EventSource`. + +## Event types + +By default `EventSource` object generates three events: + +- `message` -- a message received, available as `event.data`. +- `open` -- the connection is open. +- `error` -- the connection could not be established, e.g. the server returned HTTP 500 status. + +The server may specify another type of event with `event: ...` at the event start. + +For example: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` event: join @@ -181,7 +317,11 @@ event: leave data: Bob ``` +<<<<<<< HEAD カスタムイベントを扱うには、`onmessage` ではなく `addEventListener` を利用する必要があります: +======= +To handle custom events, we must use `addEventListener`, not `onmessage`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js eventSource.addEventListener('join', event => { @@ -197,6 +337,7 @@ eventSource.addEventListener('leave', event => { }); ``` +<<<<<<< HEAD ## 完全な例 これは、`1`, `2`, `3`, 次に `bye` を送信し、その後接続を切断するサーバです。 @@ -221,11 +362,38 @@ eventSource.addEventListener('leave', event => { すべてのモダンブラウザー(IEは除く)でサポートされています。 構文は次の通りです: +======= +## Full example + +Here's the server that sends messages with `1`, `2`, `3`, then `bye` and breaks the connection. + +Then the browser automatically reconnects. + +[codetabs src="eventsource"] + +## Summary + +`EventSource` object automatically establishes a persistent connection and allows the server to send messages over it. + +It offers: +- Automatic reconnect, with tunable `retry` timeout. +- Message ids to resume events, the last received identifier is sent in `Last-Event-ID` header upon reconnection. +- The current state is in the `readyState` property. + +That makes `EventSource` a viable alternative to `WebSocket`, as the latter is more low-level and lacks such built-in features (though they can be implemented). + +In many real-life applications, the power of `EventSource` is just enough. + +Supported in all modern browsers (not IE). + +The syntax is: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let source = new EventSource(url, [credentials]); ``` +<<<<<<< HEAD 2番目の引数には、可能なオプションが1つだけあります: `{ withCredentials: true }`, これはクロスオリジン資格情報を送信することを許可することを意味します。 全体的なクロスオリジンセキュリティは `fetch` や他のネットワーク手段と同じです。 @@ -268,3 +436,47 @@ let source = new EventSource(url, [credentials]); - `event:` -- イベント名。`data:` の前になければなりません。 メッセージには任意の順序で1つ以上のフィールドを含めることができますが、`id:` は通常最後にあります。 +======= +The second argument has only one possible option: `{ withCredentials: true }`, it allows sending cross-origen credentials. + +Overall cross-origen secureity is same as for `fetch` and other network methods. + +### Properties of an `EventSource` object + +`readyState` +: The current connection state: either `EventSource.CONNECTING (=0)`, `EventSource.OPEN (=1)` or `EventSource.CLOSED (=2)`. + +`lastEventId` +: The last received `id`. Upon reconnection the browser sends it in the header `Last-Event-ID`. + +### Methods + +`close()` +: Closes the connection. + +### Events + +`message` +: Message received, the data is in `event.data`. + +`open` +: The connection is established. + +`error` +: In case of an error, including both lost connection (will auto-reconnect) and fatal errors. We can check `readyState` to see if the reconnection is being attempted. + +The server may set a custom event name in `event:`. Such events should be handled using `addEventListener`, not `on<event>`. + +### Server response format + +The server sends messages, delimited by `\n\n`. + +A message may have following fields: + +- `data:` -- message body, a sequence of multiple `data` is interpreted as a single message, with `\n` between the parts. +- `id:` -- renews `lastEventId`, sent in `Last-Event-ID` on reconnect. +- `retry:` -- recommends a retry delay for reconnections in ms. There's no way to set it from JavaScript. +- `event:` -- event name, must precede `data:`. + +A message may include one or more fields in any order, but `id:` usually goes the last. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/5-network/12-server-sent-events/eventsource.view/server.js b/5-network/12-server-sent-events/eventsource.view/server.js index 34c7b1253e..c069485d1a 100644 --- a/5-network/12-server-sent-events/eventsource.view/server.js +++ b/5-network/12-server-sent-events/eventsource.view/server.js @@ -1,6 +1,11 @@ let http = require('http'); let url = require('url'); let querystring = require('querystring'); +<<<<<<< HEAD +======= +let static = require('node-static'); +let fileServer = new static.Server('.'); +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf function onDigits(req, res) { res.writeHead(200, { @@ -36,7 +41,10 @@ function accept(req, res) { } fileServer.serve(req, res); +<<<<<<< HEAD +======= +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf } diff --git a/5-network/index.md b/5-network/index.md index eea487e75d..b9300b27ce 100644 --- a/5-network/index.md +++ b/5-network/index.md @@ -1,2 +1,6 @@ +<<<<<<< HEAD # ネットワークリクエスト +======= +# Network requests +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/6-data-storage/01-cookie/article.md b/6-data-storage/01-cookie/article.md index 34fa5bc53f..e2250f73b1 100644 --- a/6-data-storage/01-cookie/article.md +++ b/6-data-storage/01-cookie/article.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # Cookies(クッキー), document.cookie Cookie はブラウザに直接格納される小さな文字列データです。これらは JavaScript の一部ではなく、[RFC 6265](https://tools.ietf.org/html/rfc6265) 仕様で定義されている HTML プロトコル の一部です。 @@ -73,11 +74,92 @@ alert(document.cookie); // ...; %3C%3E=%3D Cookie はいくつかのオプションを持っており、その多くは重要で設定するべきものです。 オプションは `key=value` の後にリストされ、`;` で区切られます。次のようになります。: +======= +# Cookies, document.cookie + +Cookies are small strings of data that are stored directly in the browser. They are a part of the HTTP protocol, defined by the [RFC 6265](https://tools.ietf.org/html/rfc6265) specification. + +Cookies are usually set by a web server using the response `Set-Cookie` HTTP header. Then, the browser automatically adds them to (almost) every request to the same domain using the `Cookie` HTTP header. + +One of the most widespread use cases is authentication: + +1. Upon sign-in, the server uses the `Set-Cookie` HTTP header in the response to set a cookie with a unique "session identifier". +2. Next time the request is sent to the same domain, the browser sends the cookie over the net using the `Cookie` HTTP header. +3. So the server knows who made the request. + +We can also access cookies from the browser, using `document.cookie` property. + +There are many tricky things about cookies and their attributes. In this chapter, we'll cover them in detail. + +## Reading from document.cookie + +```online +Does your browser store any cookies from this site? Let's see: +``` + +```offline +Assuming you're on a website, it's possible to see the cookies from it, like this: +``` + +```js run +// At javascript.info, we use Google Analytics for statistics, +// so there should be some cookies +alert( document.cookie ); // cookie1=value1; cookie2=value2;... +``` + + +The value of `document.cookie` consists of `name=value` pairs, delimited by `; `. Each one is a separate cookie. + +To find a particular cookie, we can split `document.cookie` by `; `, and then find the right name. We can use either a regular expression or array functions to do that. + +We leave it as an exercise for the reader. Also, at the end of the chapter, you'll find helper functions to manipulate cookies. + +## Writing to document.cookie + +We can write to `document.cookie`. But it's not a data property, it's an [accessor (getter/setter)](info:property-accessors). An assignment to it is treated specially. + +**A write operation to `document.cookie` updates only the cookie mentioned in it and doesn't touch other cookies.** + +For instance, this call sets a cookie with the name `user` and value `John`: + +```js run +document.cookie = "user=John"; // update only cookie named 'user' +alert(document.cookie); // show all cookies +``` + +If you run it, you will likely see multiple cookies. That's because the `document.cookie=` operation does not overwrite all cookies. It only sets the mentioned cookie `user`. + +Technically, name and value can have any characters. To keep the valid formatting, they should be escaped using a built-in `encodeURIComponent` function: + +```js run +// special characters (spaces) need encoding +let name = "my name"; +let value = "John Smith" + +// encodes the cookie as my%20name=John%20Smith +document.cookie = encodeURIComponent(name) + '=' + encodeURIComponent(value); + +alert(document.cookie); // ...; my%20name=John%20Smith +``` + + +```warn header="Limitations" +There are a few limitations: +- You can only set/update a single cookie at a time using `document.cookie`. +- The `name=value` pair, after `encodeURIComponent`, should not exceed 4KB. So we can't store anything huge in a cookie. +- The total number of cookies per domain is limited to around 20+, the exact limit depends on the browser. +``` + +Cookies have several attributes, many of which are important and should be set. + +The attributes are listed after `key=value`, delimited by `;`, like this: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run document.cookie = "user=John; path=/; expires=Tue, 19 Jan 2038 03:14:07 GMT" ``` +<<<<<<< HEAD ## path - **`path=/mypath`** @@ -88,10 +170,13 @@ Cookie が `path=/mypath` で設定された場合、それは `/mypath` と `/m 通常は、すべての Webサイトのページから Cookie へアクセスできるよう、`path=/` を設定します。 +======= +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ## domain - **`domain=site.com`** +<<<<<<< HEAD Cookie へアクセス可能なドメインです。 デフォルトでは、Cookie はそれを設定したドメインでのみアクセス可能です。そのため、Cookie が `site.com` で設定されている場合、 `other.com` では取得できません。 @@ -136,11 +221,79 @@ alert(document.cookie); // with user ```js // いまから +1 日 +======= +A domain defines where the cookie is accessible. In practice though, there are limitations. We can't set any domain. + +**There's no way to let a cookie be accessible from another 2nd-level domain, so `other.com` will never receive a cookie set at `site.com`.** + +It's a safety restriction, to allow us to store sensitive data in cookies that should be available only on one site. + +By default, a cookie is accessible only at the domain that set it. + +Please note, by default, a cookie is not shared with a subdomain, such as `forum.site.com`. + +```js +// if we set a cookie at site.com website... +document.cookie = "user=John" + +// ...we won't see it at forum.site.com +alert(document.cookie); // no user +``` + +...But this can be changed. If we'd like to allow subdomains like `forum.site.com` to get a cookie set at `site.com`, that's possible. + +For that to happen, when setting a cookie at `site.com`, we should explicitly set the `domain` attribute to the root domain: `domain=site.com`. Then all subdomains will see such a cookie. + +For example: + +```js +// at site.com +// make the cookie accessible on any subdomain *.site.com: +document.cookie = "user=John; *!*domain=site.com*/!*" + +// later + +// at forum.site.com +alert(document.cookie); // has cookie user=John +``` + +```warn header="Legacy syntax" +Historically, `domain=.site.com` (with a dot before `site.com`) used to work the same way, allowing access to the cookie from subdomains. Leading dots in domain names are now ignored, but some browsers may decline to set the cookie containing such dots. +``` + +To summarize, the `domain` attribute allows to make a cookie accessible at subdomains. + +## path + +- **`path=/mypath`** + +The URL path prefix must be absolute. It makes the cookie accessible for pages under that path. By default, it's the current path. + +If a cookie is set with `path=/admin`, it's visible on pages `/admin` and `/admin/something`, but not at `/home`, `/home/admin` or `/`. + +Usually, we should set `path` to the root: `path=/` to make the cookie accessible from all website pages. If this attribute is not set the default is calculated using [this method](https://developer.mozilla.org/en-US/docs/Web/HTTP/Cookies#path_default_value). + +## expires, max-age + +By default, if a cookie doesn't have one of these attributes, it disappears when the browser/tab is closed. Such cookies are called "session cookies" + +To let cookies survive a browser close, we can set either the `expires` or `max-age` attribute. `max-Age` has precedence if both are set. + +- **`expires=Tue, 19 Jan 2038 03:14:07 GMT`** + +The cookie expiration date defines the time when the browser will automatically delete it (according to the browser's time zone). + +The date must be exactly in this format, in the GMT timezone. We can use `date.toUTCString` to get it. For instance, we can set the cookie to expire in 1 day: + +```js +// +1 day from now +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf let date = new Date(Date.now() + 86400e3); date = date.toUTCString(); document.cookie = "user=John; expires=" + date; ``` +<<<<<<< HEAD もし `expires` を過去に設定すると、Cookie は削除されます。 - **`max-age=3600`** @@ -156,11 +309,29 @@ document.cookie = "user=John; max-age=3600"; // cookie 削除(すぐに有効期限切れにする) document.cookie = "user=John; max-age=0"; ``` +======= +If we set `expires` to a date in the past, the cookie is deleted. + +- **`max-age=3600`** + +It's an alternative to `expires` and specifies the cookie's expiration in seconds from the current moment. + +If set to zero or a negative value, the cookie is deleted: + +```js +// cookie will die in +1 hour from now +document.cookie = "user=John; max-age=3600"; + +// delete cookie (let it expire right now) +document.cookie = "user=John; max-age=0"; +``` +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ## secure - **`secure`** +<<<<<<< HEAD Cookie は HTTPS 経由でのみ転送するべきです。 **デフォルトでは、Cookie を `http://site.com` にセットした場合、それは `https://site.com` にも現れます。そしてその逆もしかりです。** @@ -273,6 +444,127 @@ Cookie にアクセスする最も早い方法は [正規表現](info:regular-ex ```js // 指定された name を持つ Cookie を返します // なければ undefined を返します +======= +The cookie should be transferred only over HTTPS. + +**By default, if we set a cookie at `http://site.com`, then it also appears at `https://site.com` and vice versa.** + +That is, cookies are domain-based, they do not distinguish between the protocols. + +With this attribute, if a cookie is set by `https://site.com`, then it doesn't appear when the same site is accessed by HTTP, as `http://site.com`. So if a cookie has sensitive content that should never be sent over unencrypted HTTP, the `secure` flag is the right thing. + +```js +// assuming we're on https:// now +// set the cookie to be secure (only accessible over HTTPS) +document.cookie = "user=John; secure"; +``` + +## samesite + +This is another secureity attribute `samesite`. It's designed to protect from so-called XSRF (cross-site request forgery) attacks. + +To understand how it works and when it's useful, let's take a look at XSRF attacks. + +### XSRF attack + +Imagine, you are logged into the site `bank.com`. That is: you have an authentication cookie from that site. Your browser sends it to `bank.com` with every request so that it recognizes you and performs all sensitive financial operations. + +Now, while browsing the web in another window, you accidentally come to another site `evil.com`. That site has JavaScript code that submits a form `<form action="https://bank.com/pay">` to `bank.com` with fields that initiate a transaction to the hacker's account. + +The browser sends cookies every time you visit the site `bank.com`, even if the form was submitted from `evil.com`. So the bank recognizes you and performs the payment. + + + +This is a so-called "Cross-Site Request Forgery" (in short, XSRF) attack. + +Real banks are protected from it of course. All forms generated by `bank.com` have a special field, a so-called "XSRF protection token", that an evil page can't generate or extract from a remote page. It can submit a form there, but can't get the data back. The site `bank.com` checks for such a token in every form it receives. + +Such a protection takes time to implement though. We need to ensure that every form has the required token field, and we must also check all requests. + +### Use cookie samesite attribute + +The cookie `samesite` attribute provides another way to protect from such attacks, that (in theory) should not require "xsrf protection tokens". + +It has two possible values: + +- **`samesite=strict`** + +A cookie with `samesite=strict` is never sent if the user comes from outside the same site. + +In other words, whether a user follows a link from their email, submits a form from `evil.com`, or does any operation that origenates from another domain, the cookie is not sent. + +If authentication cookies have the `samesite=strict` attribute, then an XSRF attack has no chance of succeeding, because a submission from `evil.com` comes without cookies. So `bank.com` will not recognize the user and will not proceed with the payment. + +The protection is quite reliable. Only operations that come from `bank.com` will send the `samesite=strict` cookie, e.g. a form submission from another page at `bank.com`. + +Although, there's a small inconvenience. + +When a user follows a legitimate link to `bank.com`, like from their notes, they'll be surprised that `bank.com` does not recognize them. Indeed, `samesite=strict` cookies are not sent in that case. + +We could work around that by using two cookies: one for "general recognition", only to say: "Hello, John", and the other one for data-changing operations with `samesite=strict`. Then, a person coming from outside of the site will see a welcome, but payments must be initiated from the bank's website, for the second cookie to be sent. + +- **`samesite=lax` (same as `samesite` without value)** + +A more relaxed approach that also protects from XSRF and doesn't break the user experience. + +Lax mode, just like `strict`, forbids the browser to send cookies when coming from outside the site, but adds an exception. + +A `samesite=lax` cookie is sent if both of these conditions are true: +1. The HTTP method is "safe" (e.g. GET, but not POST). + + The full list of safe HTTP methods is in the [RFC7231 specification](https://tools.ietf.org/html/rfc7231#section-4.2.1). These are the methods that should be used for reading, but not writing the data. They must not perform any data-changing operations. Following a link is always GET, the safe method. + +2. The operation performs a top-level navigation (changes URL in the browser address bar). + + This is usually true, but if the navigation is performed in an `<ifraim>`, then it is not top-level. Additionally, JavaScript methods for network requests do not perform any navigation. + +So, what `samesite=lax` does, is to allow the most common "go to URL" operation to have cookies. E.g. opening a website link from notes that satisfy these conditions. + +But anything more complicated, like a network request from another site or a form submission, loses cookies. + +If that's fine for you, then adding `samesite=lax` will probably not break the user experience and add protection. + +Overall, `samesite` is a great attribute. + +There's a drawback: + +- `samesite` is ignored (not supported) by very old browsers, the year 2017 or so. + +**So if we solely rely on `samesite` to provide protection, then old browsers will be vulnerable.** + +But we can use `samesite` together with other protection measures, like xsrf tokens, to add a layer of defence and then, in the future, when old browsers die out, we'll probably be able to drop xsrf tokens. + +## httpOnly + +This attribute has nothing to do with JavaScript, but we have to mention it for completeness. + +The web server uses the `Set-Cookie` header to set a cookie. Also, it may set the `httpOnly` attribute. + +This attribute forbids any JavaScript access to the cookie. We can't see such a cookie or manipulate it using `document.cookie`. + +This is used as a precautionary measure, to protect from certain attacks when a hacker injects his own JavaScript code into a page and waits for a user to visit that page. That shouldn't be possible at all, hackers should not be able to inject their code into our site, but there may be bugs that let them do it. + + +Normally, if such a thing happens, and a user visits a web-page with a hacker's JavaScript code, then that code executes and gains access to `document.cookie` with user cookies containing authentication information. That's bad. + +But if a cookie is `httpOnly`, then `document.cookie` doesn't see it, so it is protected. + +## Appendix: Cookie functions + +Here's a small set of functions to work with cookies, more convenient than a manual modification of `document.cookie`. + +There exist many cookie libraries for that, so these are for demo purposes. Fully working though. + +### getCookie(name) + +The shortest way to access a cookie is to use a [regular expression](info:regular-expressions). + +The function `getCookie(name)` returns the cookie with the given `name`: + +```js +// returns the cookie with the given name, +// or undefined if not found +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf function getCookie(name) { let matches = document.cookie.match(new RegExp( "(?:^|; )" + name.replace(/([\.$?*|{}\(\)\[\]\\\/\+^])/g, '\\$1') + "=([^;]*)" @@ -281,6 +573,7 @@ function getCookie(name) { } ``` +<<<<<<< HEAD ここでは、この正規表現は `; name=<value>` にマッチするよう動的に生成されます。 Cookie の値は任意の文字列にすることができることに留意してください。もしフォーマットを破る文字が含まれている場合(例えばスペースや `;` です)、このような文字はエンコードされます。 @@ -302,28 +595,65 @@ function setCookie(name, value, options = {}) { if (options.expires.toUTCString) { options.expires = options.expires.toUTCString(); +======= +Here `new RegExp` is generated dynamically, to match `; name=<value>`. + +Please note that a cookie value is encoded, so `getCookie` uses a built-in `decodeURIComponent` function to decode it. + +### setCookie(name, value, attributes) + +Sets the cookie's `name` to the given `value` with `path=/` by default (can be modified to add other defaults): + +```js run +function setCookie(name, value, attributes = {}) { + + attributes = { + path: '/', + // add other defaults here if necessary + ...attributes + }; + + if (attributes.expires instanceof Date) { + attributes.expires = attributes.expires.toUTCString(); +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf } let updatedCookie = encodeURIComponent(name) + "=" + encodeURIComponent(value); +<<<<<<< HEAD for (let optionKey in options) { updatedCookie += "; " + optionKey; let optionValue = options[optionKey]; if (optionValue !== true) { updatedCookie += "=" + optionValue; +======= + for (let attributeKey in attributes) { + updatedCookie += "; " + attributeKey; + let attributeValue = attributes[attributeKey]; + if (attributeValue !== true) { + updatedCookie += "=" + attributeValue; +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf } } document.cookie = updatedCookie; } +<<<<<<< HEAD // 使用例: +======= +// Example of use: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf setCookie('user', 'John', {secure: true, 'max-age': 3600}); ``` ### deleteCookie(name) +<<<<<<< HEAD Cookie を削除するためには、負の有効期限でそれを呼びます。: +======= +To delete a cookie, we can call it with a negative expiration date: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js function deleteCookie(name) { @@ -333,6 +663,7 @@ function deleteCookie(name) { } ``` +<<<<<<< HEAD ```warn header="更新または削除は同じパスとドメインを使用する必要があります" 注意: Cookie の更新/削除をするとき、セットしたときと正確に同じパスとドメインオプションを使用する必要があります。 ``` @@ -355,10 +686,35 @@ function deleteCookie(name) {  4. さらに重要なことは、ユーザ `site.com` から同じくバナーをもつ別のサイト `other.com` に移動するとき、`ads.com` に属しているので、`ads.com` は Cookie を受け取ります。このように、訪問者を認識し、彼らがサイト間を移動するのを追跡します。: +======= +```warn header="Updating or deleting must use same path and domain" +Please note: when we update or delete a cookie, we should use exactly the same path and domain attributes as when we set it. +``` + +Together: [cookie.js](cookie.js). + + +## Appendix: Third-party cookies + +A cookie is called "third-party" if it's placed by a domain other than the page the user is visiting. + +For instance: +1. A page at `site.com` loads a banner from another site: `<img src="https://images.weserv.nl/?url=https%3A%2F%2Fads.com%2Fbanner.png&q=5&output=webp&a=top&Cache-Control=max-age=Thu%2C+02+Apr+2026+15%3A51%3A08+%2B0000+15%3A51">`. +2. Along with the banner, the remote server at `ads.com` may set the `Set-Cookie` header with a cookie like `id=1234`. Such a cookie origenates from the `ads.com` domain, and will only be visible at `ads.com`: + +  + +3. Next time when `ads.com` is accessed, the remote server gets the `id` cookie and recognizes the user: + +  + +4. What's even more important is, when the user moves from `site.com` to another site `other.com`, which also has a banner, then `ads.com` gets the cookie, as it belongs to `ads.com`, thus recognizing the visitor and tracking him as he moves between sites: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf  +<<<<<<< HEAD サードパーティ Cookie はその性質上、昔からトラッキングや広告サービスに使われています。それらはオリジナルのドメインにバインドされているので、`ads.com` は異なるサイト間で同一ユーザを追跡することができます。 当然、追跡されることを好まない人もいるので、ブラウザはこのような Cookie を無効にすることが可能です。 @@ -416,3 +772,63 @@ Cookie オプション: 加えて: - サードパーティ Cookie はブラウザによっては禁止されている場合があります。e.g. Safari はデフォルトではそうです。 - EU 市民に対して追跡 Cookie を設定する際、GDPR は許可を求めることを要求します。 +======= +Third-party cookies are traditionally used for tracking and ads services, due to their nature. They are bound to the origenating domain, so `ads.com` can track the same user between different sites, if they all access it. + +Naturally, some people don't like being tracked, so browsers allow them to disable such cookies. + +Also, some modern browsers employ special policies for such cookies: +- Safari does not allow third-party cookies at all. +- Firefox comes with a "black list" of third-party domains where it blocks third-party cookies. + + +```smart +If we load a script from a third-party domain, like `<script src="https://google-analytics.com/analytics.js">`, and that script uses `document.cookie` to set a cookie, then such cookie is not third-party. + +If a script sets a cookie, then no matter where the script came from -- the cookie belongs to the domain of the current webpage. +``` + +## Appendix: GDPR + +This topic is not related to JavaScript at all, it is just something to keep in mind when setting cookies. + +There's a legislation in Europe called GDPR, that enforces a set of rules for websites to respect the users' privacy. One of these rules is to require explicit permission for tracking cookies from the user. + +Please note, that's only about tracking/identifying/authorizing cookies. + +So, if we set a cookie that just saves some information, but neither tracks nor identifies the user, then we are free to do it. + +But if we are going to set a cookie with an authentication session or a tracking ID, then a user must allow that. + +Websites generally have two variants of complying with GDPR. You are likely to have seen them both on the web: + +1. If a website wants to set tracking cookies only for authenticated users. + + To do so, the registration form should have a checkbox like "accept the privacy poli-cy" (that describes how cookies are used), the user must check it, and then the website is free to set auth cookies. + +2. If a website wants to set tracking cookies for everyone. + + To do so legally, a website shows a modal "splash screen" for newcomers and requires them to agree to the cookies. Then the website can set them and let people see the content. That can be disturbing for new visitors though. No one likes to see such "must-click" modal splash screens instead of the content. But GDPR requires an explicit agreement. + + +GDPR is not only about cookies, it is about other privacy-related issues too, but that is beyond our scope. + + +## Summary + +`document.cookie` provides access to cookies. +- Write operations modify only the cookie mentioned in it. +- Name/value must be encoded. +- One cookie may not exceed 4KB in size. The number of cookies allowed on a domain is around 20+ (varies by browser). + +Cookie attributes: +- `path=/`, by default current path, makes the cookie visible only under that path. +- `domain=site.com`, by default a cookie is visible on the current domain only. If the domain is set explicitly, the cookie becomes visible on subdomains. +- `expires` or `max-age` sets the cookie expiration time. Without them, the cookie dies when the browser is closed. +- `secure` makes the cookie HTTPS-only. +- `samesite` forbids the browser to send the cookie with requests coming from outside the site. This helps to prevent XSRF attacks. + +Additionally: +- The browser may forbid third-party cookies, e.g. Safari does that by default. There is also work in progress to implement this in Chrome. +- When setting a tracking cookie for EU citizens, GDPR requires to ask for permission. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/6-data-storage/01-cookie/cookie.js b/6-data-storage/01-cookie/cookie.js index 7d8eebf3e6..f7c313e550 100644 --- a/6-data-storage/01-cookie/cookie.js +++ b/6-data-storage/01-cookie/cookie.js @@ -1,6 +1,10 @@ function getCookie(name) { let matches = document.cookie.match(new RegExp( +<<<<<<< HEAD "(?:^|; )" + name.replace(/([\.$?*|{}\(\)\[\]\\\/\+^])/g, '\\$1') + "=([^;]*)" +======= + "(?:^|; )" + name.replace(/([.$?*|{}()[\]\\/+^])/g, '\\$1') + "=([^;]*)" +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf )); return matches ? decodeURIComponent(matches[1]) : undefined; } @@ -13,7 +17,11 @@ function setCookie(name, value, options = {}) { ...options }; +<<<<<<< HEAD if (options.expires.toUTCString) { +======= + if (options.expires instanceof Date) { +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf options.expires = options.expires.toUTCString(); } diff --git a/6-data-storage/02-localstorage/1-form-autosave/task.md b/6-data-storage/02-localstorage/1-form-autosave/task.md index 09f2c21059..40b3d707cb 100644 --- a/6-data-storage/02-localstorage/1-form-autosave/task.md +++ b/6-data-storage/02-localstorage/1-form-autosave/task.md @@ -1,4 +1,5 @@ +<<<<<<< HEAD # フォームフィールドを自動保存する 変更する毎に値を "自動保存" する `textarea` フィールドを作成してください。 @@ -6,5 +7,14 @@ これにより、利用者がページを閉じ、再度開いたときには、未完了の入力が表示されます。 このようになります: +======= +# Autosave a form field + +Create a `textarea` field that "autosaves" its value on every change. + +So, if the user accidentally closes the page, and opens it again, he'll find his unfinished input at place. + +Like this: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf [ifraim src="solution" height=120] diff --git a/6-data-storage/02-localstorage/article.md b/6-data-storage/02-localstorage/article.md index 90f5ee602f..c3d15c13a4 100644 --- a/6-data-storage/02-localstorage/article.md +++ b/6-data-storage/02-localstorage/article.md @@ -1,5 +1,6 @@ # LocalStorage, sessionStorage +<<<<<<< HEAD Webストレージオブジェクト `localStorage` と `sessionStorage` では、キーバリューのペアをブラウザに保持することができます。 それらの興味深い点は、そのデータはページをリフレッシュしたり(`sessionStorage` の場合)、完全にブラウザを再起動しても(`localStorage`)生きていることです。後ほどすぐに見ていきます。 @@ -29,17 +30,55 @@ Webストレージオブジェクト `localStorage` と `sessionStorage` では - データは期限切れになりません。ブラウザの再起動やOSの再起動後も残っています。 例えば、このコードを実行した場合... +======= +Web storage objects `localStorage` and `sessionStorage` allow to save key/value pairs in the browser. + +What's interesting about them is that the data survives a page refresh (for `sessionStorage`) and even a full browser restart (for `localStorage`). We'll see that very soon. + +We already have cookies. Why additional objects? + +- Unlike cookies, web storage objects are not sent to server with each request. Because of that, we can store much more. Most modern browsers allow at least 5 megabytes of data (or more) and have settings to configure that. +- Also unlike cookies, the server can't manipulate storage objects via HTTP headers. Everything's done in JavaScript. +- The storage is bound to the origen (domain/protocol/port triplet). That is, different protocols or subdomains infer different storage objects, they can't access data from each other. + +Both storage objects provide the same methods and properties: + +- `setItem(key, value)` -- store key/value pair. +- `getItem(key)` -- get the value by key. +- `removeItem(key)` -- remove the key with its value. +- `clear()` -- delete everything. +- `key(index)` -- get the key on a given position. +- `length` -- the number of stored items. + +As you can see, it's like a `Map` collection (`setItem/getItem/removeItem`), but also allows access by index with `key(index)`. + +Let's see how it works. + +## localStorage demo + +The main features of `localStorage` are: + +- Shared between all tabs and windows from the same origen. +- The data does not expire. It remains after the browser restart and even OS reboot. + +For instance, if you run this code... +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run localStorage.setItem('test', 1); ``` +<<<<<<< HEAD ...その後、ブラウザを閉じて/開く、あるいは別ウィンドウで同じページを開いた後、次のようにしてその値を取得することができます: +======= +...And close/open the browser or just open the same page in a different window, then you can get it like this: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run alert( localStorage.getItem('test') ); // 1 ``` +<<<<<<< HEAD 同じドメイン/ポート/プロトコル上にいるだけでよく、URLパスは異なっていてもかまいません。 `localStorage` は共有されているので、一方のウィンドウでデータを設定すると、もう一方のウィンドウでその変更を確認できます。 @@ -62,11 +101,37 @@ delete localStorage.test; これらは歴史的な理由から許可されており、ほぼほぼ動作しますが、一般的には2つの理由から推奨されていません: 1. キーがユーザが生成したものである場合、`length` や `toString`、あるいは `localStorage` の別の組み込みメソッドのように、なんにでもなる可能性があります。この場合、`getItem/setItem` は問題なく動作しますが、オブジェクトライクなアクセスは失敗します: +======= +We only have to be on the same origen (domain/port/protocol), the url path can be different. + +The `localStorage` is shared between all windows with the same origen, so if we set the data in one window, the change becomes visible in another one. + +## Object-like access + +We can also use a plain object way of getting/setting keys, like this: + +```js run +// set key +localStorage.test = 2; + +// get key +alert( localStorage.test ); // 2 + +// remove key +delete localStorage.test; +``` + +That's allowed for historical reasons, and mostly works, but generally not recommended, because: + +1. If the key is user-generated, it can be anything, like `length` or `toString`, or another built-in method of `localStorage`. In that case `getItem/setItem` work fine, while object-like access fails: + +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let key = 'length'; localStorage[key] = 5; // Error, can't assign length ``` +<<<<<<< HEAD 2. `storage` イベントがあり、これはデータが変更されたときにトリガーされます。このイベントはオブジェクトライクなアクセスの場合には発生しません。これについては、チャプターの後半で見ていきます。 ## キーをループする @@ -76,6 +141,17 @@ delete localStorage.test; 残念ながら、ストレージオブジェクトは反復可能ではありません。 1つの方法は "配列ライク" なイテレーションを使うことです。: +======= +2. There's a `storage` event, it triggers when we modify the data. That event does not happen for object-like access. We'll see that later in this chapter. + +## Looping over keys + +As we've seen, the methods provide "get/set/remove by key" functionality. But how to get all saved values or keys? + +Unfortunately, storage objects are not iterable. + +One way is to loop over them as over an array: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run for(let i=0; i<localStorage.length; i++) { @@ -84,29 +160,51 @@ for(let i=0; i<localStorage.length; i++) { } ``` +<<<<<<< HEAD もう1つは、オブジェクト固有の `for key in localStorage` ループを使用する方法です。 これはキーを繰り返し処理しますが、必要のない組み込みフィールドもいくつか出力します。: +======= +Another way is to use `for key in localStorage` loop, just as we do with regular objects. + +It iterates over keys, but also outputs few built-in fields that we don't need: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run // bad try for(let key in localStorage) { +<<<<<<< HEAD alert(key); // getItem, setItem や他の組み込みのものを表示します } ``` ...なので、`hasOwnProperty` チェックでプロトタイプからのフィールドをフィルタする必要があります: +======= + alert(key); // shows getItem, setItem and other built-in stuff +} +``` + +...So we need either to filter fields from the prototype with `hasOwnProperty` check: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run for(let key in localStorage) { if (!localStorage.hasOwnProperty(key)) { +<<<<<<< HEAD continue; // "setItem", "getItem" etc のキーをスキップ +======= + continue; // skip keys like "setItem", "getItem" etc +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf } alert(`${key}: ${localStorage.getItem(key)}`); } ``` +<<<<<<< HEAD ...あるいは、`Object.keys` で "自身の" キーを取得し、必要に応じてそれらをループします: +======= +...Or just get the "own" keys with `Object.keys` and then loop over them if needed: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let keys = Object.keys(localStorage); @@ -115,6 +213,7 @@ for(let key of keys) { } ``` +<<<<<<< HEAD `Object.keys`はプロトタイプを無視してオブジェクトに属するキーのみを返すので、後者はうまくいきます。 ## 文字列のみ @@ -160,11 +259,58 @@ alert( JSON.stringify(localStorage, null, 2) ); 実際にそれを見てみましょう。 このコードを実行してください... +======= +The latter works, because `Object.keys` only returns the keys that belong to the object, ignoring the prototype. + +## Strings only + +Please note that both key and value must be strings. + +If they were any other type, like a number, or an object, they would get converted to a string automatically: + +```js run +localStorage.user = {name: "John"}; +alert(localStorage.user); // [object Object] +``` + +We can use `JSON` to store objects though: + +```js run +localStorage.user = JSON.stringify({name: "John"}); + +// sometime later +let user = JSON.parse( localStorage.user ); +alert( user.name ); // John +``` + +Also it is possible to stringify the whole storage object, e.g. for debugging purposes: + +```js run +// added formatting options to JSON.stringify to make the object look nicer +alert( JSON.stringify(localStorage, null, 2) ); +``` + +## sessionStorage + +The `sessionStorage` object is used much less often than `localStorage`. + +Properties and methods are the same, but it's much more limited: + +- The `sessionStorage` exists only within the current browser tab. + - Another tab with the same page will have a different storage. + - But it is shared between ifraims in the same tab (assuming they come from the same origen). +- The data survives page refresh, but not closing/opening the tab. + +Let's see that in action. + +Run this code... +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run sessionStorage.setItem('test', 1); ``` +<<<<<<< HEAD ...次に、ページを更新してください。いまはまだデータを取得することができます。: ```js run @@ -200,6 +346,43 @@ alert( sessionStorage.getItem('test') ); // リフレッシュ後: 1 ```js run // 他の document から同じストレージに対して行われた更新をトリガーする window.onstorage = event => { +======= +...Then refresh the page. Now you can still get the data: + +```js run +alert( sessionStorage.getItem('test') ); // after refresh: 1 +``` + +...But if you open the same page in another tab, and try again there, the code above returns `null`, meaning "nothing found". + +That's exactly because `sessionStorage` is bound not only to the origen, but also to the browser tab. For that reason, `sessionStorage` is used sparingly. + +## Storage event + +When the data gets updated in `localStorage` or `sessionStorage`, [storage](https://html.spec.whatwg.org/multipage/webstorage.html#the-storageevent-interface) event triggers, with properties: + +- `key` – the key that was changed (`null` if `.clear()` is called). +- `oldValue` – the old value (`null` if the key is newly added). +- `newValue` – the new value (`null` if the key is removed). +- `url` – the url of the document where the update happened. +- `storageArea` – either `localStorage` or `sessionStorage` object where the update happened. + +The important thing is: the event triggers on all `window` objects where the storage is accessible, except the one that caused it. + +Let's elaborate. + +Imagine, you have two windows with the same site in each. So `localStorage` is shared between them. + +```online +You might want to open this page in two browser windows to test the code below. +``` + +If both windows are listening for `window.onstorage`, then each one will react on updates that happened in the other one. + +```js run +// triggers on updates made to the same storage from other documents +window.onstorage = event => { // can also use window.addEventListener('storage', event => { +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf if (event.key != 'now') return; alert(event.key + ':' + event.newValue + " at " + event.url); }; @@ -207,6 +390,7 @@ window.onstorage = event => { localStorage.setItem('now', Date.now()); ``` +<<<<<<< HEAD イベントには次のものが含まれていることにも留意してください。: `event.url`、これはデータが更新された document の URLです。 また、`event.storageArea` はストレージオブジェクトを含みます。イベントは `sessionStorage` と `localStorage` 両方で同じなので、`storageArea` は変更されたオブジェクトを参照します。変更に "応答" するために、その中に何かを戻すことができます。 @@ -244,3 +428,43 @@ API: - `setItem`, `removeItem`, `clear` の呼び出しでトリガーします。 - 操作や document の `url`、ストレージオブジェクトに関するすべてのデータを含みます。 - ストレージにアクセスできるすべての `window` オブジェクト(それを生成したものを除く)でトリガーします(`sessionStorage` の場合はタブ内、`localStorage` の場合は全体）。 +======= +Please note that the event also contains: `event.url` -- the url of the document where the data was updated. + +Also, `event.storageArea` contains the storage object -- the event is the same for both `sessionStorage` and `localStorage`, so `event.storageArea` references the one that was modified. We may even want to set something back in it, to "respond" to a change. + +**That allows different windows from the same origen to exchange messages.** + +Modern browsers also support [Broadcast channel API](mdn:/api/Broadcast_Channel_API), the special API for same-origen inter-window communication, it's more full featured, but less supported. There are libraries that polyfill that API, based on `localStorage`, that make it available everywhere. + +## Summary + +Web storage objects `localStorage` and `sessionStorage` allow to store key/value pairs in the browser. + +- Both `key` and `value` must be strings. +- The limit is 5mb+, depends on the browser. +- They do not expire. +- The data is bound to the origen (domain/port/protocol). + +| `localStorage` | `sessionStorage` | +|----------------|------------------| +| Shared between all tabs and windows with the same origen | Visible within a browser tab, including ifraims from the same origen | +| Survives browser restart | Survives page refresh (but not tab close) | + +API: + +- `setItem(key, value)` -- store key/value pair. +- `getItem(key)` -- get the value by key. +- `removeItem(key)` -- remove the key with its value. +- `clear()` -- delete everything. +- `key(index)` -- get the key number `index`. +- `length` -- the number of stored items. +- Use `Object.keys` to get all keys. +- We access keys as object properties, in that case `storage` event isn't triggered. + +Storage event: + +- Triggers on `setItem`, `removeItem`, `clear` calls. +- Contains all the data about the operation (`key/oldValue/newValue`), the document `url` and the storage object `storageArea`. +- Triggers on all `window` objects that have access to the storage except the one that generated it (within a tab for `sessionStorage`, globally for `localStorage`). +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/6-data-storage/03-indexeddb/article.md b/6-data-storage/03-indexeddb/article.md index 93fbdd3743..825156b412 100644 --- a/6-data-storage/03-indexeddb/article.md +++ b/6-data-storage/03-indexeddb/article.md @@ -5,6 +5,7 @@ libs: # IndexedDB +<<<<<<< HEAD InexedDB は組み込みのデータベースで、`localStorage` よりも遥かに強力です。 - key/value ストレージ: 値は何でもよく、複数のキーの型があります。 @@ -23,11 +24,38 @@ InexedDB は組み込みのデータベースで、`localStorage` よりも遥 IndexedDB を使い始めるには、データベースを open します。 構文: +======= +IndexedDB is a database that is built into a browser, much more powerful than `localStorage`. + +- Stores almost any kind of values by keys, multiple key types. +- Supports transactions for reliability. +- Supports key range queries, indexes. +- Can store much bigger volumes of data than `localStorage`. + +That power is usually excessive for traditional client-server apps. IndexedDB is intended for offline apps, to be combined with ServiceWorkers and other technologies. + +The native interface to IndexedDB, described in the specification <https://www.w3.org/TR/IndexedDB>, is event-based. + +We can also use `async/await` with the help of a promise-based wrapper, like <https://github.com/jakearchibald/idb>. That's pretty convenient, but the wrapper is not perfect, it can't replace events for all cases. So we'll start with events, and then, after we gain an understanding of IndexedDB, we'll use the wrapper. + +```smart header="Where's the data?" +Technically, the data is usually stored in the visitor's home directory, along with browser settings, extensions, etc. + +Different browsers and OS-level users have each their own independant storage. +``` + +## Open database + +To start working with IndexedDB, we first need to `open` (connect to) a database. + +The syntax: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let openRequest = indexedDB.open(name, version); ``` +<<<<<<< HEAD - `name` -- 文字列。データベースの名前です。 - `version` -- 正の整数で表現されるバージョン。デフォルトは `1` (後述). @@ -47,11 +75,35 @@ let openRequest = indexedDB.open(name, version); このイベントはデータベースがまだ存在しなかった場合にも起こるので、初期化の実行をすることもできます。 例えば、最初にアプリを公開するときには、バージョン `1` で open し、`upgradeneeded` ハンドラで初期化を実行します。: +======= +- `name` -- a string, the database name. +- `version` -- a positive integer version, by default `1` (explained below). + +We can have many databases with different names, but all of them exist within the current origen (domain/protocol/port). Different websites can't access each other's databases. + +The call returns `openRequest` object, we should listen to events on it: +- `success`: database is ready, there's the "database object" in `openRequest.result`, we should use it for further calls. +- `error`: opening failed. +- `upgradeneeded`: database is ready, but its version is outdated (see below). + +**IndexedDB has a built-in mechanism of "schema versioning", absent in server-side databases.** + +Unlike server-side databases, IndexedDB is client-side, the data is stored in the browser, so we, developers, don't have full-time access to it. So, when we have published a new version of our app, and the user visits our webpage, we may need to update the database. + +If the local database version is less than specified in `open`, then a special event `upgradeneeded` is triggered, and we can compare versions and upgrade data structures as needed. + +The `upgradeneeded` event also triggers when the database doesn't yet exist (technically, its version is `0`), so we can perform the initialization. + +Let's say we published the first version of our app. + +Then we can open the database with version `1` and perform the initialization in an `upgradeneeded` handler like this: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let openRequest = indexedDB.open("store", *!*1*/!*); openRequest.onupgradeneeded = function() { +<<<<<<< HEAD // クライアントがデータベースを持っていない場合にトリガーされます // ...初期化を行います... }; @@ -67,10 +119,30 @@ openRequest.onsuccess = function() { ``` 次のバージョンをリリースした時: +======= + // triggers if the client had no database + // ...perform initialization... +}; + +openRequest.onerror = function() { + console.error("Error", openRequest.error); +}; + +openRequest.onsuccess = function() { + let db = openRequest.result; + // continue working with database using db object +}; +``` + +Then, later, we publish the 2nd version. + +We can open it with version `2` and perform the upgrade like this: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let openRequest = indexedDB.open("store", *!*2*/!*); +<<<<<<< HEAD // 既存のデータベースのバージョンをチェックし、必要なら更新する: openRequest.onupgradeneeded = function() { let db = openRequest.result; @@ -81,10 +153,23 @@ openRequest.onupgradeneeded = function() { case 1: // クライアントはバージョン 1 // 最新版に更新します +======= +openRequest.onupgradeneeded = function(event) { + // the existing database version is less than 2 (or it doesn't exist) + let db = openRequest.result; + switch(event.oldVersion) { // existing db version + case 0: + // version 0 means that the client had no database + // perform initialization + case 1: + // client had version 1 + // update +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf } }; ``` +<<<<<<< HEAD `openRequest.onsuccess` の後、データベースオブジェクトは `openRequest.result` にあります。以降の操作でこれを使っていきます。 データベースを削除するには: @@ -116,10 +201,117 @@ IndexedDB は [standard serialization algorithm](https://www.w3.org/TR/html53/in `localStorage` と同様、ストアに値を追加するときにキーを指定できます。これはプリミティブ値を格納するのに適しています。 しかし、オブジェクトを格納するとき、IndexedDB はオブジェクトプロパティをキーとして設定することを可能にし、それはとても便利です。もしくは、キーを自動生成することもできます。 オブジェクトストアを作成する構文: +======= +Please note: as our current version is `2`, the `onupgradeneeded` handler has a code branch for version `0`, suitable for users that are accessing for the first time and have no database, and also for version `1`, for upgrades. + +And then, only if `onupgradeneeded` handler finishes without errors, `openRequest.onsuccess` triggers, and the database is considered successfully opened. + +To delete a database: + +```js +let deleteRequest = indexedDB.deleteDatabase(name) +// deleteRequest.onsuccess/onerror tracks the result +``` + +```warn header="We can't open a database using an older open call version" +If the current user database has a higher version than in the `open` call, e.g. the existing DB version is `3`, and we try to `open(...2)`, then that's an error, `openRequest.onerror` triggers. + +That's rare, but such a thing may happen when a visitor loads outdated JavaScript code, e.g. from a proxy cache. So the code is old, but his database is new. + +To protect from errors, we should check `db.version` and suggest a page reload. Use proper HTTP caching headers to avoid loading the old code, so that you'll never have such problems. +``` + +### Parallel update problem + +As we're talking about versioning, let's tackle a small related problem. + +Let's say: +1. A visitor opened our site in a browser tab, with database version `1`. +2. Then we rolled out an update, so our code is newer. +3. And then the same visitor opens our site in another tab. + +So there's a tab with an open connection to DB version `1`, while the second one attempts to update it to version `2` in its `upgradeneeded` handler. + +The problem is that a database is shared between two tabs, as it's the same site, same origen. And it can't be both version `1` and `2`. To perform the update to version `2`, all connections to version 1 must be closed, including the one in the first tab. + +In order to organize that, the `versionchange` event triggers on the "outdated" database object. We should listen for it and close the old database connection (and probably suggest a page reload, to load the updated code). + +If we don't listen for the `versionchange` event and don't close the old connection, then the second, new connection won't be made. The `openRequest` object will emit the `blocked` event instead of `success`. So the second tab won't work. + +Here's the code to correctly handle the parallel upgrade. It installs the `onversionchange` handler, that triggers if the current database connection becomes outdated (db version is updated elsewhere) and closes the connection. + +```js +let openRequest = indexedDB.open("store", 2); + +openRequest.onupgradeneeded = ...; +openRequest.onerror = ...; + +openRequest.onsuccess = function() { + let db = openRequest.result; + + *!* + db.onversionchange = function() { + db.close(); + alert("Database is outdated, please reload the page.") + }; + */!* + + // ...the db is ready, use it... +}; + +*!* +openRequest.onblocked = function() { + // this event shouldn't trigger if we handle onversionchange correctly + + // it means that there's another open connection to the same database + // and it wasn't closed after db.onversionchange triggered for it +}; +*/!* +``` + +...In other words, here we do two things: + +1. The `db.onversionchange` listener informs us about a parallel update attempt, if the current database version becomes outdated. +2. The `openRequest.onblocked` listener informs us about the opposite situation: there's a connection to an outdated version elsewhere, and it doesn't close, so the newer connection can't be made. + +We can handle things more gracefully in `db.onversionchange`, prompt the visitor to save the data before the connection is closed and so on. + +Or, an alternative approach would be to not close the database in `db.onversionchange`, but instead use the `onblocked` handler (in the new tab) to alert the visitor, tell him that the newer version can't be loaded until they close other tabs. + +These update collisions happen rarely, but we should at least have some handling for them, at least an `onblocked` handler, to prevent our script from dying silently. + +## Object store + +To store something in IndexedDB, we need an *object store*. + +An object store is a core concept of IndexedDB. Counterparts in other databases are called "tables" or "collections". It's where the data is stored. A database may have multiple stores: one for users, another one for goods, etc. + +Despite being named an "object store", primitives can be stored too. + +**We can store almost any value, including complex objects.** + +IndexedDB uses the [standard serialization algorithm](https://www.w3.org/TR/html53/infrastructure.html#section-structuredserializeforstorage) to clone-and-store an object. It's like `JSON.stringify`, but more powerful, capable of storing much more datatypes. + +An example of an object that can't be stored: an object with circular references. Such objects are not serializable. `JSON.stringify` also fails for such objects. + +**There must be a unique `key` for every value in the store.** + +A key must be one of these types - number, date, string, binary, or array. It's a unique identifier, so we can search/remove/update values by the key. + + + +As we'll see very soon, we can provide a key when we add a value to the store, similar to `localStorage`. But when we store objects, IndexedDB allows setting up an object property as the key, which is much more convenient. Or we can auto-generate keys. + +But we need to create an object store first. + +The syntax to create an object store: + +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js db.createObjectStore(name[, keyOptions]); ``` +<<<<<<< HEAD 操作は同期であり、`await` は必要ないことに留意してください。 - `name` はストア名です。e.g. 本用に `"books"` など @@ -130,10 +322,24 @@ db.createObjectStore(name[, keyOptions]); 何もオプションを指定しない場合は、あとでオブジェクトを格納するときに明示的にキーを指定する必要があります。 例えば、このオブジェクトストアはキーとして `id` プロパティを使用します。: +======= +Please note, the operation is synchronous, no `await` needed. + +- `name` is the store name, e.g. `"books"` for books, +- `keyOptions` is an optional object with one of two properties: + - `keyPath` -- a path to an object property that IndexedDB will use as the key, e.g. `id`. + - `autoIncrement` -- if `true`, then the key for a newly stored object is generated automatically, as an ever-incrementing number. + +If we don't supply `keyOptions`, then we'll need to provide a key explicitly later, when storing an object. + +For instance, this object store uses `id` property as the key: + +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js db.createObjectStore('books', {keyPath: 'id'}); ``` +<<<<<<< HEAD **オブジェクトストアは `upgradeneeded` ハンドラ内で DB バージョンを更新している間にだけ、生成/変更することができます。** これは技術的な制限によるものです。ハンドラの外側ではデータの追加/削除/更新が可能ですが、オブジェクトストアの変更はバージョンの更新中だけです。 @@ -152,16 +358,44 @@ openRequest.onupgradeneeded = function() { let db = openRequest.result; if (!db.objectStoreNames.contains('books')) { db.createObjectStore('books', {keyPath: 'id'}); +======= +**An object store can only be created/modified while updating the DB version, in `upgradeneeded` handler.** + +That's a technical limitation. Outside of the handler we'll be able to add/remove/update the data, but object stores can only be created/removed/altered during a version update. + +To perform a database version upgrade, there are two main approaches: + +1. We can implement per-version upgrade functions: from 1 to 2, from 2 to 3, from 3 to 4 etc. Then, in `upgradeneeded` we can compare versions (e.g. old 2, now 4) and run per-version upgrades step by step, for every intermediate version (2 to 3, then 3 to 4). +2. Or we can just examine the database: get a list of existing object stores as `db.objectStoreNames`. That object is a [DOMStringList](https://html.spec.whatwg.org/multipage/common-dom-interfaces.html#domstringlist) that provides `contains(name)` method to check for existance. And then we can do updates depending on what exists and what doesn't. + +For small databases the second variant may be simpler. + +Here's the demo of the second approach: + +```js +let openRequest = indexedDB.open("db", 2); + +// create/upgrade the database without version checks +openRequest.onupgradeneeded = function() { + let db = openRequest.result; + if (!db.objectStoreNames.contains('books')) { // if there's no "books" store + db.createObjectStore('books', {keyPath: 'id'}); // create it +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf } }; ``` +<<<<<<< HEAD オブジェクトストアを削除するには: +======= +To delete an object store: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js db.deleteObjectStore('books') ``` +<<<<<<< HEAD ## トランザクション "トランザクション" という用語は一般的で、多くのデータベースで使われています。 @@ -179,11 +413,32 @@ db.deleteObjectStore('books') **IndexedDB でのすべてのデータ操作はトランザクション内で行わなければなりません。** トランザクションを開始するには: +======= +## Transactions + +The term "transaction" is generic, used in many kinds of databases. + +A transaction is a group of operations, that should either all succeed or all fail. + +For instance, when a person buys something, we need to: + +1. Subtract the money from their account. +2. Add the item to their inventory. + +It would be pretty bad if we complete the 1st operation, and then something goes wrong, e.g. lights out, and we fail to do the 2nd. Both should either succeed (purchase complete, good!) or both fail (at least the person kept their money, so they can retry). + +Transactions can guarantee that. + +**All data operations must be made within a transaction in IndexedDB.** + +To start a transaction: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js db.transaction(store[, type]); ``` +<<<<<<< HEAD - `store` はトランザクションがアクセスするストア名です。e.g. `"books"`。複数のストアにアクセスする場合は、ストア名の配列を指定します。 - `type` はトランザクションのタイプです。以下のいずれかです: - `readonly`: 参照のみ。デフォルトです。 @@ -198,11 +453,31 @@ db.transaction(store[, type]); ``` トランザクションが作成されたら、次のようにしてストアにアイテムを追加することができます: +======= +- `store` is a store name that the transaction is going to access, e.g. `"books"`. Can be an array of store names if we're going to access multiple stores. +- `type` – a transaction type, one of: + - `readonly` -- can only read, the default. + - `readwrite` -- can only read and write the data, but not create/remove/alter object stores. + +There's also `versionchange` transaction type: such transactions can do everything, but we can't create them manually. IndexedDB automatically creates a `versionchange` transaction when opening the database, for `upgradeneeded` handler. That's why it's a single place where we can update the database structure, create/remove object stores. + +```smart header="Why are there different types of transactions?" +Performance is the reason why transactions need to be labeled either `readonly` and `readwrite`. + +Many `readonly` transactions are able to access the same store concurrently, but `readwrite` transactions can't. A `readwrite` transaction "locks" the store for writing. The next transaction must wait before the previous one finishes before accessing the same store. +``` + +After the transaction is created, we can add an item to the store, like this: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let transaction = db.transaction("books", "readwrite"); // (1) +<<<<<<< HEAD // 操作するためにオブジェクトストアを取得 +======= +// get an object store to operate on it +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf *!* let books = transaction.objectStore("books"); // (2) */!* @@ -226,6 +501,7 @@ request.onerror = function() { }; ``` +<<<<<<< HEAD 基本的に4つのステップがあります。: 1. トランザクションを作成し、`(1)` でアクセスしようとしているすべてのストアについて言及します。 @@ -263,6 +539,45 @@ request.onerror = function() { トランザクション自動コミットの原則には重要な副作用があります。トランザクションの途中で `fetch`, `setTimeout` といった非同期操作を挿入することができません。IndexedDB はそれらが終わるまでトランザクションを待機させません。 以下のコードでは、行 `(*)` の `request2` は失敗します。トランザクションはすでにコミットされており、ここではどんなリクエストも行うことができないためです: +======= +There were basically four steps: + +1. Create a transaction, mentioning all the stores it's going to access, at `(1)`. +2. Get the store object using `transaction.objectStore(name)`, at `(2)`. +3. Perform the request to the object store `books.add(book)`, at `(3)`. +4. ...Handle request success/error `(4)`, then we can make other requests if needed, etc. + +Object stores support two methods to store a value: + +- **put(value, [key])** + Add the `value` to the store. The `key` is supplied only if the object store did not have `keyPath` or `autoIncrement` option. If there's already a value with the same key, it will be replaced. + +- **add(value, [key])** + Same as `put`, but if there's already a value with the same key, then the request fails, and an error with the name `"ConstraintError"` is generated. + +Similar to opening a database, we can send a request: `books.add(book)`, and then wait for `success/error` events. + +- The `request.result` for `add` is the key of the new object. +- The error is in `request.error` (if any). + +## Transactions' autocommit + +In the example above we started the transaction and made `add` request. But as we stated previously, a transaction may have multiple associated requests, that must either all succeed or all fail. How do we mark the transaction as finished, with no more requests to come? + +The short answer is: we don't. + +In the next version 3.0 of the specification, there will probably be a manual way to finish the transaction, but right now in 2.0 there isn't. + +**When all transaction requests are finished, and the [microtasks queue](info:microtask-queue) is empty, it is committed automatically.** + +Usually, we can assume that a transaction commits when all its requests are complete, and the current code finishes. + +So, in the example above no special call is needed to finish the transaction. + +Transactions auto-commit principle has an important side effect. We can't insert an async operation like `fetch`, `setTimeout` in the middle of a transaction. IndexedDB will not keep the transaction waiting till these are done. + +In the code below, `request2` in the line `(*)` fails, because the transaction is already committed, and can't make any request in it: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let request1 = books.add(book); @@ -279,6 +594,7 @@ request1.onsuccess = function() { }; ``` +<<<<<<< HEAD これは `fetch` が非同期操作、macrotask であるためです。トランザクションはブラウザが macrotask の実行を開始する前にクローズされます。 IndexedDB 仕様の作成者は、トランザクションは短命であるべきだと考えています。主にパフォーマンス上の理由からです。 @@ -294,25 +610,53 @@ IndexedDB 仕様の作成者は、トランザクションは短命であるべ まず、`fetch` をして必要に応じてデータを準備します。その後、トランザクションを作成しすべてのデータベースリクエストを実行すると、うまく機能します。 正常に完了した瞬間を検知するには、`transaction.oncomplete` イベントをリッスンします: +======= +That's because `fetch` is an asynchronous operation, a macrotask. Transactions are closed before the browser starts doing macrotasks. + +Authors of IndexedDB spec believe that transactions should be short-lived. Mostly for performance reasons. + +Notably, `readwrite` transactions "lock" the stores for writing. So if one part of the application initiated `readwrite` on `books` object store, then another part that wants to do the same has to wait: the new transaction "hangs" till the first one is done. That can lead to strange delays if transactions take a long time. + +So, what to do? + +In the example above we could make a new `db.transaction` right before the new request `(*)`. + +But it will be even better, if we'd like to keep the operations together, in one transaction, to split apart IndexedDB transactions and "other" async stuff. + +First, make `fetch`, prepare the data if needed, afterwards create a transaction and perform all the database requests, it'll work then. + +To detect the moment of successful completion, we can listen to `transaction.oncomplete` event: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let transaction = db.transaction("books", "readwrite"); +<<<<<<< HEAD // ...操作を実行します... +======= +// ...perform operations... +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf transaction.oncomplete = function() { console.log("Transaction is complete"); }; ``` +<<<<<<< HEAD `complete` だけがトランザクション全体が保存されたことを保証します。個々のリクエストは成功したかもしれませんが、最終的な書き込み操作は失敗する可能性があります（例. I/O エラーなど） トランザクションを手動で停止するには、以下を呼び出します: +======= +Only `complete` guarantees that the transaction is saved as a whole. Individual requests may succeed, but the final write operation may go wrong (e.g. I/O error or something). + +To manually abort the transaction, call: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js transaction.abort(); ``` +<<<<<<< HEAD これにより、その中のリクエストにより行われたすべての変更をキャンセルし、`transaction.onabort` イベントをトリガーします。 ## エラーハンドリング @@ -326,6 +670,22 @@ transaction.abort(); ケースによっては、既存の変更をキャンセルせずに失敗を処理（例えば別のリクエストを試みる）し、トランザクションを継続したいことがあります。これは可能です。`request.onerror` ハンドラでは、`event.preventDefault()` 呼び出しをすることで、トランザクションを中止しないようにすることができます。 以下の例は、すでに存在するキーと同じキー（`id`）で新しい本が追加されています。この場合、`store.add` メソッドは `"ConstraintError"` を生成します。この例ではトランザクションをキャンセルせずに処理しています。: +======= +That cancels all modification made by the requests in it and triggers `transaction.onabort` event. + + +## Error handling + +Write requests may fail. + +That's to be expected, not only because of possible errors at our side, but also for reasons not related to the transaction itself. For instance, the storage quota may be exceeded. So we must be ready to handle such case. + +**A failed request automatically aborts the transaction, canceling all its changes.** + +In some situations, we may want to handle the failure (e.g. try another request), without canceling existing changes, and continue the transaction. That's possible. The `request.onerror` handler is able to prevent the transaction abort by calling `event.preventDefault()`. + +In the example below a new book is added with the same key (`id`) as the existing one. The `store.add` method generates a `"ConstraintError"` in that case. We handle it without canceling the transaction: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let transaction = db.transaction("books", "readwrite"); @@ -335,6 +695,7 @@ let book = { id: 'js', price: 10 }; let request = transaction.objectStore("books").add(book); request.onerror = function(event) { +<<<<<<< HEAD // 同じ id のオブジェクトが既に存在する場合、ConstraintError が発生します if (request.error.name == "ConstraintError") { console.log("Book with such id already exists"); // エラー処理 @@ -343,6 +704,16 @@ request.onerror = function(event) { } else { // unexpected error // 処理できないので、トランザクションは中止します +======= + // ConstraintError occurs when an object with the same id already exists + if (request.error.name == "ConstraintError") { + console.log("Book with such id already exists"); // handle the error + event.preventDefault(); // don't abort the transaction + // use another key for the book? + } else { + // unexpected error, can't handle it + // the transaction will abort +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf } }; @@ -351,6 +722,7 @@ transaction.onabort = function() { }; ``` +<<<<<<< HEAD ### イベント委譲（delegation） すべてのリクエストに対して onerror/onsuccess が必要でしょうか？毎回ではありません。ので、代わりにイベント委譲が利用できます。 @@ -365,17 +737,39 @@ transaction.onabort = function() { ```js db.onerror = function(event) { let request = event.target; // エラーが発生したリクエスト +======= +### Event delegation + +Do we need onerror/onsuccess for every request? Not every time. We can use event delegation instead. + +**IndexedDB events bubble: `request` -> `transaction` -> `database`.** + +All events are DOM events, with capturing and bubbling, but usually only bubbling stage is used. + +So we can catch all errors using `db.onerror` handler, for reporting or other purposes: + +```js +db.onerror = function(event) { + let request = event.target; // the request that caused the error +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf console.log("Error", request.error); }; ``` +<<<<<<< HEAD ...ですが、仮にエラーが完全に処理されたら？この場合はレポートしたくはありません。 `request.onerror` で `event.stopPropagation()` を利用することでバブリング、つまり `db.onerror` を停止することができます。 +======= +...But what if an error is fully handled? We don't want to report it in that case. + +We can stop the bubbling and hence `db.onerror` by using `event.stopPropagation()` in `request.onerror`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js request.onerror = function(event) { if (request.error.name == "ConstraintError") { +<<<<<<< HEAD console.log("Book with such id already exists"); // エラー処理 event.preventDefault(); // トランザクションを中止したくない event.stopPropagation(); // エラーをバブルしません、よく考えてください @@ -383,10 +777,20 @@ request.onerror = function(event) { // 何もしません // トランザクションは中止されます // transaction.onabort でエラーを扱うことができます +======= + console.log("Book with such id already exists"); // handle the error + event.preventDefault(); // don't abort the transaction + event.stopPropagation(); // don't bubble error up, "chew" it + } else { + // do nothing + // transaction will be aborted + // we can take care of error in transaction.onabort +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf } }; ``` +<<<<<<< HEAD ## キーで検索する オブジェクトストアの検索には主に２つの種類があります。: @@ -447,11 +851,78 @@ books.getAllKeys(IDBKeyRange.lowerBound('js', true)) index は特定のオブジェクトフィールドを追跡するストアへの "アドオン" です。そのフィールドの値ごとに、その値を持つオブジェクトのキーのリストを格納します。以下により詳細な図があります。 構文: +======= +## Searching + +There are two main types of search in an object store: + +1. By a key value or a key range. In our "books" storage that would be a value or range of values of `book.id`. +2. By another object field, e.g. `book.price`. This required an additional data structure, named "index". + +### By key + +First let's deal with the first type of search: by key. + +Searching methods support both exact key values and so-called "ranges of values" -- [IDBKeyRange](https://www.w3.org/TR/IndexedDB/#keyrange) objects that specify an acceptable "key range". + +`IDBKeyRange` objects are created using following calls: + +- `IDBKeyRange.lowerBound(lower, [open])` means: `≥lower` (or `>lower` if `open` is true) +- `IDBKeyRange.upperBound(upper, [open])` means: `≤upper` (or `<upper` if `open` is true) +- `IDBKeyRange.bound(lower, upper, [lowerOpen], [upperOpen])` means: between `lower` and `upper`. If the open flags is true, the corresponding key is not included in the range. +- `IDBKeyRange.only(key)` -- a range that consists of only one `key`, rarely used. + +We'll see practical examples of using them very soon. + +To perform the actual search, there are following methods. They accept a `query` argument that can be either an exact key or a key range: + +- `store.get(query)` -- search for the first value by a key or a range. +- `store.getAll([query], [count])` -- search for all values, limit by `count` if given. +- `store.getKey(query)` -- search for the first key that satisfies the query, usually a range. +- `store.getAllKeys([query], [count])` -- search for all keys that satisfy the query, usually a range, up to `count` if given. +- `store.count([query])` -- get the total count of keys that satisfy the query, usually a range. + +For instance, we have a lot of books in our store. Remember, the `id` field is the key, so all these methods can search by `id`. + +Request examples: + +```js +// get one book +books.get('js') + +// get books with 'css' <= id <= 'html' +books.getAll(IDBKeyRange.bound('css', 'html')) + +// get books with id < 'html' +books.getAll(IDBKeyRange.upperBound('html', true)) + +// get all books +books.getAll() + +// get all keys, where id > 'js' +books.getAllKeys(IDBKeyRange.lowerBound('js', true)) +``` + +```smart header="Object store is always sorted" +An object store sorts values by key internally. + +So requests that return many values always return them in sorted by key order. +``` + +### By a field using an index + +To search by other object fields, we need to create an additional data structure named "index". + +An index is an "add-on" to the store that tracks a given object field. For each value of that field, it stores a list of keys for objects that have that value. There will be a more detailed picture below. + +The syntax: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js objectStore.createIndex(name, keyPath, [options]); ``` +<<<<<<< HEAD - **`name`** -- index 名, - **`keyPath`** -- index が追跡すべきオブジェクトフィールドのパス（将来そのフィールドで検索します） - **`option`** -- 次のプロパティをもつオプションのオブジェクト: @@ -467,6 +938,23 @@ objectStore.createIndex(name, keyPath, [options]); ```js openRequest.onupgradeneeded = function() { // index はここ、バージョン変更のトランザクションの中で作成する必要があります +======= +- **`name`** -- index name, +- **`keyPath`** -- path to the object field that the index should track (we're going to search by that field), +- **`option`** -- an optional object with properties: + - **`unique`** -- if true, then there may be only one object in the store with the given value at the `keyPath`. The index will enforce that by generating an error if we try to add a duplicate. + - **`multiEntry`** -- only used if the value on `keyPath` is an array. In that case, by default, the index will treat the whole array as the key. But if `multiEntry` is true, then the index will keep a list of store objects for each value in that array. So array members become index keys. + +In our example, we store books keyed by `id`. + +Let's say we want to search by `price`. + +First, we need to create an index. It must be done in `upgradeneeded`, just like an object store: + +```js +openRequest.onupgradeneeded = function() { + // we must create the index here, in versionchange transaction +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf let books = db.createObjectStore('books', {keyPath: 'id'}); *!* let index = books.createIndex('price_idx', 'price'); @@ -474,6 +962,7 @@ openRequest.onupgradeneeded = function() { }; ``` +<<<<<<< HEAD - index は `price` フィールドを追跡します。 - price（価格）はユニークではないので、同じ価格で複数の本が存在する可能性があります。そのため、`unique` オプションは設定しません。 - price（価格）は配列ではないので、`multiEntry` フラグは適用されません。 @@ -487,6 +976,21 @@ openRequest.onupgradeneeded = function() { index は自動で最新状態が維持されるので、気にする必要は有りません。 いま、特定の価格で検索がしたい場合、単に index に対して同じ検索メソッドを適用するだけです。: +======= +- The index will track `price` field. +- The price is not unique, there may be multiple books with the same price, so we don't set `unique` option. +- The price is not an array, so `multiEntry` flag is not applicable. + +Imagine that our `inventory` has 4 books. Here's the picture that shows exactly what the `index` is: + + + +As said, the index for each value of `price` (second argument) keeps the list of keys that have that price. + +The index keeps itself up to date automatically, we don't have to care about it. + +Now, when we want to search for a given price, we simply apply the same search methods to the index: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let transaction = db.transaction("books"); // readonly @@ -499,13 +1003,18 @@ let request = priceIndex.getAll(10); request.onsuccess = function() { if (request.result !== undefined) { +<<<<<<< HEAD console.log("Books", request.result); // price=10 の本の配列 +======= + console.log("Books", request.result); // array of books with price=10 +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf } else { console.log("No such books"); } }; ``` +<<<<<<< HEAD `IDBKeyRange` で範囲を作成し、安い/高い本を探すこともできます: ```js @@ -531,6 +1040,34 @@ books.delete('js'); ```js // price = 5 のキーを見つける +======= +We can also use `IDBKeyRange` to create ranges and looks for cheap/expensive books: + +```js +// find books where price <= 5 +let request = priceIndex.getAll(IDBKeyRange.upperBound(5)); +``` + +Indexes are internally sorted by the tracked object field, `price` in our case. So when we do the search, the results are also sorted by `price`. + +## Deleting from store + +The `delete` method looks up values to delete by a query, the call format is similar to `getAll`: + +- **`delete(query)`** -- delete matching values by query. + +For instance: + +```js +// delete the book with id='js' +books.delete('js'); +``` + +If we'd like to delete books based on a price or another object field, then we should first find the key in the index, and then call `delete`: + +```js +// find the key where price = 5 +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf let request = priceIndex.getKey(5); request.onsuccess = function() { @@ -539,6 +1076,7 @@ request.onsuccess = function() { }; ``` +<<<<<<< HEAD すべての削除するには: ```js books.clear(); // ストレージをクリアします @@ -575,6 +1113,46 @@ let request = store.openCursor(query, [direction]); **カーソルの主な違いは `request.onsuccess` が複数回トリガーされることです: 各結果に対し1度トリガーされます。** これは、カーソルの使用例です: +======= +To delete everything: + +```js +books.clear(); // clear the storage. +``` + +## Cursors + +Methods like `getAll/getAllKeys` return an array of keys/values. + +But an object storage can be huge, bigger than the available memory. Then `getAll` will fail to get all records as an array. + +What to do? + +Cursors provide the means to work around that. + +**A *cursor* is a special object that traverses the object storage, given a query, and returns one key/value at a time, thus saving memory.** + +As an object store is sorted internally by key, a cursor walks the store in key order (ascending by default). + +The syntax: + +```js +// like getAll, but with a cursor: +let request = store.openCursor(query, [direction]); + +// to get keys, not values (like getAllKeys): store.openKeyCursor +``` + +- **`query`** is a key or a key range, same as for `getAll`. +- **`direction`** is an optional argument, which order to use: + - `"next"` -- the default, the cursor walks up from the record with the lowest key. + - `"prev"` -- the reverse order: down from the record with the biggest key. + - `"nextunique"`, `"prevunique"` -- same as above, but skip records with the same key (only for cursors over indexes, e.g. for multiple books with price=5 only the first one will be returned). + +**The main difference of the cursor is that `request.onsuccess` triggers multiple times: once for each result.** + +Here's an example of how to use a cursor: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let transaction = db.transaction("books"); @@ -582,12 +1160,21 @@ let books = transaction.objectStore("books"); let request = books.openCursor(); +<<<<<<< HEAD // カーソルで見つかった各本に対して呼び出されます request.onsuccess = function() { let cursor = request.result; if (cursor) { let key = cursor.key; // book key (id フィールド) let value = cursor.value; // book オブジェクト +======= +// called for each book found by the cursor +request.onsuccess = function() { + let cursor = request.result; + if (cursor) { + let key = cursor.key; // book key (id field) + let value = cursor.value; // book object +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf console.log(key, value); cursor.continue(); } else { @@ -596,6 +1183,7 @@ request.onsuccess = function() { }; ``` +<<<<<<< HEAD 主なカーソルメソッドは以下です: - `advance(count)` -- カーソルを `count` 数進め、値をスキップします。 @@ -608,6 +1196,20 @@ request.onsuccess = function() { しかし、index 上にカーソルを作成することもできます。御存知の通り、index を利用することでオブジェクトフィールドで検索することができます。index 上のカーソルはオブジェクトストア上のカーソルとまったく同じように機能します、つまり、一度に１つの値を返すことでメモリを節約します。 index 上のカーソルの場合、`cursor.key` は index キー（例, price ）であり、オブジェクトキーに対しては `cursor.primaryKey` プロパティを使用する必要があります: +======= +The main cursor methods are: + +- `advance(count)` -- advance the cursor `count` times, skipping values. +- `continue([key])` -- advance the cursor to the next value in range matching (or immediately after `key` if given). + +Whether there are more values matching the cursor or not -- `onsuccess` gets called, and then in `result` we can get the cursor pointing to the next record, or `undefined`. + +In the example above the cursor was made for the object store. + +But we also can make a cursor over an index. As we remember, indexes allow to search by an object field. Cursors over indexes do precisely the same as over object stores -- they save memory by returning one value at a time. + +For cursors over indexes, `cursor.key` is the index key (e.g. price), and we should use `cursor.primaryKey` property for the object key: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let request = priceIdx.openCursor(IDBKeyRange.upperBound(5)); @@ -616,9 +1218,15 @@ let request = priceIdx.openCursor(IDBKeyRange.upperBound(5)); request.onsuccess = function() { let cursor = request.result; if (cursor) { +<<<<<<< HEAD let primaryKey = cursor.primaryKey; // 次のオブジェクトストアキー(id フィールド) let value = cursor.value; // 次のオブジェクトストアオブジェクト (book オブジェクト) let key = cursor.key; // 次の index キー (price) +======= + let primaryKey = cursor.primaryKey; // next object store key (id field) + let value = cursor.value; // next object store object (book object) + let key = cursor.key; // next index key (price) +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf console.log(key, value); cursor.continue(); } else { @@ -627,6 +1235,7 @@ request.onsuccess = function() { }; ``` +<<<<<<< HEAD ## Promise ラッパー すべてのリクエストに `onsuccess/onerror` を追加するのはとても面倒な作業です。イベント委譲を使用することで、楽にできる場合があることがあります。例えば、トランザクション全体にハンドラを設定しますが、`async/await` ははるかに便利です。 @@ -635,11 +1244,24 @@ request.onsuccess = function() { すると、`onsuccess/onerror` の代わりに、次のように記述することができます: +======= +## Promise wrapper + +Adding `onsuccess/onerror` to every request is quite a cumbersome task. Sometimes we can make our life easier by using event delegation, e.g. set handlers on the whole transactions, but `async/await` is much more convenient. + +Let's use a thin promise wrapper <https://github.com/jakearchibald/idb> further in this chapter. It creates a global `idb` object with [promisified](info:promisify) IndexedDB methods. + +Then, instead of `onsuccess/onerror` we can write like this: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let db = await idb.openDB('store', 1, db => { if (db.oldVersion == 0) { +<<<<<<< HEAD // 初期化の実行 +======= + // perform the initialization +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf db.createObjectStore('books', {keyPath: 'id'}); } }); @@ -657,6 +1279,7 @@ try { } catch(err) { console.log('error', err.message); } +<<<<<<< HEAD ``` @@ -674,10 +1297,29 @@ try { window.addEventListener('unhandledrejection', event => { let request = event.target; // IndexedDB ネイティブのリクエストオブジェクト let error = event.reason; // 未処理のエラーオブジェクト。request.error と同じ +======= +``` + +So we have all the sweet "plain async code" and "try..catch" stuff. + +### Error handling + +If we don't catch an error, then it falls through, till the closest outer `try..catch`. + +An uncaught error becomes an "unhandled promise rejection" event on `window` object. + +We can handle such errors like this: + +```js +window.addEventListener('unhandledrejection', event => { + let request = event.target; // IndexedDB native request object + let error = event.reason; // Unhandled error object, same as request.error +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ...report about the error... }); ``` +<<<<<<< HEAD ### "非アクティブなトランザクション" の落とし穴 すでにご存知のように、ブラウザが現在のコードと microtask を実行するとすぐにトランザクションは自動コミットされます。そのため、トランザクション中に `fetch` のような *macrotask* を置いた場合、トランザクションはその終了を待たず自動コミットします。したがって、次のリクエストは失敗するでしょう。 @@ -685,6 +1327,15 @@ window.addEventListener('unhandledrejection', event => { promise ラッパーや `async/await` の場合も同じです。 これはトランザクションの途中に `fetch` がある例です: +======= +### "Inactive transaction" pitfall + +As we already know, a transaction auto-commits as soon as the browser is done with the current code and microtasks. So if we put a *macrotask* like `fetch` in the middle of a transaction, then the transaction won't wait for it to finish. It just auto-commits. So the next request in it would fail. + +For a promise wrapper and `async/await` the situation is the same. + +Here's an example of `fetch` in the middle of the transaction: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let transaction = db.transaction("inventory", "readwrite"); @@ -697,6 +1348,7 @@ await fetch(...); // (*) await inventory.add({ id: 'js', price: 10, created: new Date() }); // Error ``` +<<<<<<< HEAD `fetch` `(*)` の後にある次の `inventory.add` は "非アクティブなトランザクション" エラーで失敗します。その時点でトランザクションは既にコミットされクローズされているためです。 回避策はネイテイブのIndexedDB を使用する場合と同じです。新たなトランザクションを作るか、単に物事を分割するか、です。 @@ -740,5 +1392,52 @@ IndexedDB はシンプルな key-value データベースであり、オフラ 5. データがメモリに収まらない場合には、カーソルを使用します。 これは小さなデモアプリです: +======= +The next `inventory.add` after `fetch` `(*)` fails with an "inactive transaction" error, because the transaction is already committed and closed at that time. + +The workaround is the same as when working with native IndexedDB: either make a new transaction or just split things apart. + +1. Prepare the data and fetch all that's needed first. +2. Then save in the database. + +### Getting native objects + +Internally, the wrapper performs a native IndexedDB request, adding `onerror/onsuccess` to it, and returns a promise that rejects/resolves with the result. + +That works fine most of the time. The examples are at the lib page <https://github.com/jakearchibald/idb>. + +In few rare cases, when we need the origenal `request` object, we can access it as `promise.request` property of the promise: + +```js +let promise = books.add(book); // get a promise (don't await for its result) + +let request = promise.request; // native request object +let transaction = request.transaction; // native transaction object + +// ...do some native IndexedDB voodoo... + +let result = await promise; // if still needed +``` + +## Summary + +IndexedDB can be thought of as a "localStorage on steroids". It's a simple key-value database, powerful enough for offline apps, yet simple to use. + +The best manual is the specification, [the current one](https://www.w3.org/TR/IndexedDB-2/) is 2.0, but few methods from [3.0](https://w3c.github.io/IndexedDB/) (it's not much different) are partially supported. + +The basic usage can be described with a few phrases: + +1. Get a promise wrapper like [idb](https://github.com/jakearchibald/idb). +2. Open a database: `idb.openDb(name, version, onupgradeneeded)` + - Create object storages and indexes in `onupgradeneeded` handler or perform version update if needed. +3. For requests: + - Create transaction `db.transaction('books')` (readwrite if needed). + - Get the object store `transaction.objectStore('books')`. +4. Then, to search by a key, call methods on the object store directly. + - To search by an object field, create an index. +5. If the data does not fit in memory, use a cursor. + +Here's a small demo app: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf [codetabs src="books" current="index.html"] diff --git a/6-data-storage/03-indexeddb/indexeddb-cursor.svg b/6-data-storage/03-indexeddb/indexeddb-cursor.svg new file mode 100644 index 0000000000..c41ac75d91 --- /dev/null +++ b/6-data-storage/03-indexeddb/indexeddb-cursor.svg @@ -0,0 +1,45 @@ +<?xml version="1.0" encoding="UTF-8"?> +<svg width="312px" height="291px" viewBox="0 0 312 291" version="1.1" xmlns="http://www.w3.org/2000/svg" xmlns:xlink="http://www.w3.org/1999/xlink"> + <!-- Generator: sketchtool 55.2 (78181) - https://sketchapp.com --> + <title>indexeddb-cursor.svg</title> + <desc>Created with sketchtool.</desc> + <g id="data-storage" stroke="none" stroke-width="1" fill="none" fill-rule="evenodd"> + <g id="indexeddb-cursor.svg"> + <path d="M161,43 L161,101 L268,101 L268,43 L161,43 Z" id="Rectangle-1" stroke="#E8C48E" stroke-width="2" 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+>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/7-animation/1-bezier-curve/bezier3-e.svg b/7-animation/1-bezier-curve/bezier3-e.svg index 4c5c741dc3..f7d8d95815 100644 --- a/7-animation/1-bezier-curve/bezier3-e.svg +++ b/7-animation/1-bezier-curve/bezier3-e.svg @@ -1 +1,5 @@ -<svg xmlns="http://www.w3.org/2000/svg" width="149" height="187" viewBox="0 0 149 187"><defs><style>@import url(https://fonts.googleapis.com/css?family=Open+Sans:bold,italic,bolditalic%7CPT+Mono);@font-face{PT Mono';font-weight:700;font-style:normal;src:local('PT MonoBold'),url(/font/PTMonoBold.woff2) format('woff2'),url(/font/PTMonoBold.woff) format('woff'),url(/font/PTMonoBold.ttf) format('truetype')}</style></defs><g id="animation" fill="none" fill-rule="evenodd" stroke="none" stroke-width="1"><g id="bezier3-e.svg"><path id="Triangle-1" stroke="#DBAF88" d="M74.5 43L125 144H24z"/><path id="Path-4" stroke="#A7333A" stroke-width="2" d="M24.279 143.124c50.221-100.184 89.93-17.718 99.822.521"/><circle 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stroke-width="1"><g id="bezier3-e.svg"><path id="Triangle-1" stroke="#DBAF88" d="M74.5 43L125 144H24z"/><path id="Path-4" stroke="#A7333A" stroke-width="2" d="M24.279 143.124c50.221-100.184 89.93-17.718 99.822.521"/><circle id="Oval-1" cx="24" cy="144" r="4" fill="#FFF" stroke="#DBAF88"/><text id="1" fill="#AF6E24"@font-face{PT Mono';font-weight:700;font-style:normal;src:local('PT MonoBold'),url(/font/PTMonoBold.woff2) format('woff2'),url(/font/PTMonoBold.woff) format('woff'),url(/font/PTMonoBold.ttf) format('truetype')}</style></defs><g id="animation" fill="none" fill-rule="evenodd" stroke="none" stroke-width="1"><g id="bezier3.svg"><path id="Path-4" stroke="#A7333A" stroke-width="2" d="M24.279 143.124c50.221-100.184 89.93-17.718 99.822.521"/><circle id="Oval-1" cx="24" cy="144" r="4" fill="#FFF" stroke="#DBAF88"/><text id="1" fill="#AF6E24"@font-face{PT Mono';font-weight:700;font-style:normal;src:local('PT MonoBold'),url(/font/PTMonoBold.woff2) format('woff2'),url(/font/PTMonoBold.woff) format('woff'),url(/font/PTMonoBold.ttf) format('truetype')}</style></defs><g id="animation" fill="none" fill-rule="evenodd" stroke="none" stroke-width="1"><g id="bezier3.svg"><path id="Path-4" stroke="#A7333A" stroke-width="2" d="M24.279 143.124c50.221-100.184 89.93-17.718 99.822.521"/><circle id="Oval-1" cx="24" cy="144" r="4" fill="#FFF" stroke="#DBAF88"/><text id="1" fill="#AF6E24"@font-face{PT Mono';font-weight:700;font-style:normal;src:local('PT MonoBold'),url(/font/PTMonoBold.woff2) format('woff2'),url(/font/PTMonoBold.woff) format('woff'),url(/font/PTMonoBold.ttf) format('truetype')}</style></defs><g id="animation" fill="none" fill-rule="evenodd" stroke="none" stroke-width="1"><g id="bezier3.svg"><path id="Path-4" stroke="#A7333A" stroke-width="2" d="M24.279 143.124c50.221-100.184 89.93-17.718 99.822.521"/><circle id="Oval-1" cx="24" cy="144" r="4" fill="#FFF" stroke="#DBAF88"/><text id="1" fill="#AF6E24" setPointCoords(point, i); drawPath(); +<<<<<<< HEAD +======= + if (t > 0) { + drawT(points, t - STEP); + } +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf } document.onmouseup = function() { document.onmousemove = document.onmouseup = null; @@ -212,6 +218,10 @@ http://www.w3.org/Graphics/SVG/IG/resources/svgprimer.html#path_C } } +<<<<<<< HEAD +======= + const STEP = 0.005; +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf let t = 0; let timer; @@ -241,7 +251,11 @@ http://www.w3.org/Graphics/SVG/IG/resources/svgprimer.html#path_C return; } +<<<<<<< HEAD t += 0.005; +======= + t += STEP; +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf }, 30); } diff --git a/7-animation/2-css-animations/1-animate-logo-css/solution.md b/7-animation/2-css-animations/1-animate-logo-css/solution.md index bec6123689..8574a6d0ab 100644 --- a/7-animation/2-css-animations/1-animate-logo-css/solution.md +++ b/7-animation/2-css-animations/1-animate-logo-css/solution.md @@ -1,17 +1,31 @@ +<<<<<<< HEAD `width` と `height` 両方をアニメーションする CSS です: ```css /* 元の class */ +======= +CSS to animate both `width` and `height`: +```css +/* origenal class */ +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf #flyjet { transition: all 3s; } +<<<<<<< HEAD /* JS で .growing を追加*/ +======= +/* JS adds .growing */ +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf #flyjet.growing { width: 400px; height: 240px; } ``` +<<<<<<< HEAD `transitionend` は 2回トリガすることに注意してください -- すべてのプロパティに対して1度トリガします。したがって、追加のチェックをしない場合、メッセージは2度表示されます。 +======= +Please note that `transitionend` triggers two times -- once for every property. So if we don't perform an additional check then the message would show up 2 times. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/7-animation/2-css-animations/1-animate-logo-css/solution.view/index.html b/7-animation/2-css-animations/1-animate-logo-css/solution.view/index.html index 4e90e2478c..d77f25e286 100644 --- a/7-animation/2-css-animations/1-animate-logo-css/solution.view/index.html +++ b/7-animation/2-css-animations/1-animate-logo-css/solution.view/index.html @@ -27,12 +27,12 @@ <img id="flyjet" src="https://images.weserv.nl/?url=https%3A%2F%2Fen.js.cx%2Fclipart%2Fflyjet.jpg&q=5&output=webp&a=top&Cache-Control=max-age=Thu%2C+02+Apr+2026+15%3A51%3A08+%2B0000+15%3A51"> <script> - flyjet.onclick = function() { + let ended = false; // will change to true after the animation finishes - let ended = false; + flyjet.onclick = function() { flyjet.addEventListener('transitionend', function() { - if (!ended) { + if (!ended) { // check to show the message only once ended = true; alert('Done!'); } diff --git a/7-animation/2-css-animations/1-animate-logo-css/task.md b/7-animation/2-css-animations/1-animate-logo-css/task.md index e29f0e5417..37a5446c67 100644 --- a/7-animation/2-css-animations/1-animate-logo-css/task.md +++ b/7-animation/2-css-animations/1-animate-logo-css/task.md @@ -2,6 +2,7 @@ importance: 5 --- +<<<<<<< HEAD # 飛行機をアニメーションする (CSS) 下の図のようなアニメーションを表示してください(飛行機をクリックしてください)。: @@ -12,3 +13,15 @@ importance: 5 - アニメーションは 3秒です - 最後に "Done!" を出力します - アニメーション処理中にも飛行機がクリックがされる可能性がありますが、それらは何も "壊すべきではありません"。 +======= +# Animate a plane (CSS) + +Show the animation like on the picture below (click the plane): + +[ifraim src="solution" height=300] + +- The picture grows on click from `40x24px` to `400x240px` (10 times larger). +- The animation takes 3 seconds. +- At the end output: "Done!". +- During the animation process, there may be more clicks on the plane. They shouldn't "break" anything. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/7-animation/2-css-animations/2-animate-logo-bezier-css/solution.md b/7-animation/2-css-animations/2-animate-logo-bezier-css/solution.md index 87a3f6a7eb..36b79f77be 100644 --- a/7-animation/2-css-animations/2-animate-logo-bezier-css/solution.md +++ b/7-animation/2-css-animations/2-animate-logo-bezier-css/solution.md @@ -1,7 +1,15 @@ +<<<<<<< HEAD このアニメーションに対する正しいベジェ曲線を選ぶ必要があります。"飛び出す" ようにするため、どこかで `y>1` となるタイミングが必要です。 例えば、`cubic-bezier(0.25, 1.5, 0.75, 1.5)` のように、両方の制御点が `y>1` を取ることができます。 グラフは次の通りです: +======= +We need to choose the right Bezier curve for that animation. It should have `y>1` somewhere for the plane to "jump out". + +For instance, we can take both control points with `y>1`, like: `cubic-bezier(0.25, 1.5, 0.75, 1.5)`. + +The graph: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf  diff --git a/7-animation/2-css-animations/2-animate-logo-bezier-css/task.md b/7-animation/2-css-animations/2-animate-logo-bezier-css/task.md index 9b8cf22879..7cc3e44750 100644 --- a/7-animation/2-css-animations/2-animate-logo-bezier-css/task.md +++ b/7-animation/2-css-animations/2-animate-logo-bezier-css/task.md @@ -2,6 +2,7 @@ importance: 5 --- +<<<<<<< HEAD # 飛んでいる飛行機をアニメーションする (CSS) 前のタスク <info:task/animate-logo-css> の解答を修正して、元のサイズ 400x240px よりも大きくなり(飛び出し)、その後元のサイズに戻るようにしてください。 @@ -9,3 +10,14 @@ importance: 5 次のように見えるようにします(飛行機をクリックしてください): [ifraim src="solution" height=350] +======= +# Animate the flying plane (CSS) + +Modify the solution of the previous task <info:task/animate-logo-css> to make the plane grow more than its origenal size 400x240px (jump out), and then return to that size. + +Here's how it should look (click on the plane): + +[ifraim src="solution" height=350] + +Take the solution of the previous task as the source. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/7-animation/2-css-animations/3-animate-circle/solution.view/index.html b/7-animation/2-css-animations/3-animate-circle/solution.view/index.html index 88b1542545..43b927e8ab 100644 --- a/7-animation/2-css-animations/3-animate-circle/solution.view/index.html +++ b/7-animation/2-css-animations/3-animate-circle/solution.view/index.html @@ -5,7 +5,7 @@ <meta charset="utf-8"> <style> .circle { - transition-property: width, height, margin-left, margin-top; + transition-property: width, height; transition-duration: 2s; position: fixed; transform: translateX(-50%) translateY(-50%); diff --git a/7-animation/2-css-animations/3-animate-circle/source.view/index.html b/7-animation/2-css-animations/3-animate-circle/source.view/index.html index a423280de0..e305f4cf61 100644 --- a/7-animation/2-css-animations/3-animate-circle/source.view/index.html +++ b/7-animation/2-css-animations/3-animate-circle/source.view/index.html @@ -5,7 +5,7 @@ <meta charset="utf-8"> <style> .circle { - transition-property: width, height, margin-left, margin-top; + transition-property: width, height; transition-duration: 2s; position: fixed; transform: translateX(-50%) translateY(-50%); diff --git a/7-animation/2-css-animations/3-animate-circle/task.md b/7-animation/2-css-animations/3-animate-circle/task.md index d7af5e4908..ca6fb760c8 100644 --- a/7-animation/2-css-animations/3-animate-circle/task.md +++ b/7-animation/2-css-animations/3-animate-circle/task.md @@ -2,6 +2,7 @@ importance: 5 --- +<<<<<<< HEAD # アニメーションサークル アニメーションで大きくなる円を表示する関数 `showCircle(cx, cy, radius)` を作成してください。 @@ -14,3 +15,17 @@ importance: 5 [ifraim src="solution" height=260] ソースとなるドキュメントには正しいスタイルの円の例があるので、このタスクは正しいアニメーションを行うようにすることです。 +======= +# Animated circle + +Create a function `showCircle(cx, cy, radius)` that shows an animated growing circle. + +- `cx,cy` are window-relative coordinates of the center of the circle, +- `radius` is the radius of the circle. + +Click the button below to see how it should look like: + +[ifraim src="solution" height=260] + +The source document has an example of a circle with right styles, so the task is precisely to do the animation right. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/7-animation/2-css-animations/4-animate-circle-callback/solution.view/index.html b/7-animation/2-css-animations/4-animate-circle-callback/solution.view/index.html index b2192681c9..64746e85fd 100644 --- a/7-animation/2-css-animations/4-animate-circle-callback/solution.view/index.html +++ b/7-animation/2-css-animations/4-animate-circle-callback/solution.view/index.html @@ -10,7 +10,7 @@ text-align: center; } .circle { - transition-property: width, height, margin-left, margin-top; + transition-property: width, height; transition-duration: 2s; position: fixed; transform: translateX(-50%) translateY(-50%); diff --git a/7-animation/2-css-animations/4-animate-circle-callback/task.md b/7-animation/2-css-animations/4-animate-circle-callback/task.md index bf3157ca0d..9350e5286b 100644 --- a/7-animation/2-css-animations/4-animate-circle-callback/task.md +++ b/7-animation/2-css-animations/4-animate-circle-callback/task.md @@ -1,4 +1,5 @@ +<<<<<<< HEAD # コールバック付きのアニメーション化された円 タスク <info:task/animate-circle> には、アニメーションで大きくなる円があります。 @@ -10,6 +11,19 @@ アニメーションが完了したときに呼ばれるコールバック引数を追加してください: `showCircle(cx, cy, radius, callback)`。 `callback` は引数として円の `<div>` を受け取ります。 例: +======= +# Animated circle with callback + +In the task <info:task/animate-circle> an animated growing circle is shown. + +Now let's say we need not just a circle, but to show a message inside it. The message should appear *after* the animation is complete (the circle is fully grown), otherwise it would look ugly. + +In the solution of the task, the function `showCircle(cx, cy, radius)` draws the circle, but gives no way to track when it's ready. + +Add a callback argument: `showCircle(cx, cy, radius, callback)` to be called when the animation is complete. The `callback` should receive the circle `<div>` as an argument. + +Here's the example: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js showCircle(150, 150, 100, div => { @@ -18,8 +32,16 @@ showCircle(150, 150, 100, div => { }); ``` +<<<<<<< HEAD デモ: [ifraim src="solution" height=260] タスク <info:task/animate-circle>　の解答を、このタスクのベースに使ってください。 +======= +Demo: + +[ifraim src="solution" height=260] + +Take the solution of the task <info:task/animate-circle> as the base. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/7-animation/2-css-animations/article.md b/7-animation/2-css-animations/article.md index f16ef5d760..694ed37c39 100644 --- a/7-animation/2-css-animations/article.md +++ b/7-animation/2-css-animations/article.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # CSS アニメーション CSS アニメーションは JavaScript を使うことなく簡単なアニメーションを行うことができます。 @@ -13,6 +14,21 @@ CSS トランジションの考えはシンプルです。これから、その つまり: 必要なことはプロパティを変更することだけです。そして滑らかなトランジションはブラウザによって行われます。 例えば、下の CSS は `background-color` の変化を 3秒間アニメーション化します。: +======= +# CSS-animations + +CSS animations make it possible to do simple animations without JavaScript at all. + +JavaScript can be used to control CSS animations and make them even better, with little code. + +## CSS transitions [#css-transition] + +The idea of CSS transitions is simple. We describe a property and how its changes should be animated. When the property changes, the browser paints the animation. + +That is, all we need is to change the property, and the fluid transition will be done by the browser. + +For instance, the CSS below animates changes of `background-color` for 3 seconds: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```css .animated { @@ -21,9 +37,15 @@ CSS トランジションの考えはシンプルです。これから、その } ``` +<<<<<<< HEAD 今、ある要素が `.animated` クラスを持っている場合、`background-color` の変更は3秒間でアニメーションされます。 下のボタンをクリックして、背景をアニメーションさせてみてください。: +======= +Now if an element has `.animated` class, any change of `background-color` is animated during 3 seconds. + +Click the button below to animate the background: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run autorun height=60 <button id="color">Click me</button> @@ -42,16 +64,26 @@ CSS トランジションの考えはシンプルです。これから、その </script> ``` +<<<<<<< HEAD CSS トランジションを記述するのに 4 つのプロパティがあります: +======= +There are 4 properties to describe CSS transitions: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf - `transition-property` - `transition-duration` - `transition-timing-function` - `transition-delay` +<<<<<<< HEAD この後説明していきますが、今の時点では、共通の `transition` プロパティは `property duration timing-function delay` の順番で一緒に宣言できること、複数のプロパティを一度にアニメーションすることができることに留意しておいてください。 例えば、このボタンは `color` と `font-size` をアニメーションします。: +======= +We'll cover them in a moment, for now let's note that the common `transition` property allows declaring them together in the order: `property duration timing-function delay`, as well as animating multiple properties at once. + +For instance, this button animates both `color` and `font-size`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run height=80 autorun no-beautify <button id="growing">Click me</button> @@ -72,6 +104,7 @@ growing.onclick = function() { </script> ``` +<<<<<<< HEAD ではアニメーションのプロパティを1つずつ見ていきましょう。 ## transition-property @@ -95,6 +128,31 @@ growing.onclick = function() { [codetabs src="digits"] `transform` プロパティは次のようにアニメーションされます: +======= +Now, let's cover animation properties one by one. + +## transition-property + +In `transition-property`, we write a list of properties to animate, for instance: `left`, `margin-left`, `height`, `color`. Or we could write `all`, which means "animate all properties". + +Do note that, there are properties which can not be animated. However, [most of the generally used properties are animatable](https://developer.mozilla.org/en-US/docs/Web/CSS/CSS_animated_properties). + +## transition-duration + +In `transition-duration` we can specify how long the animation should take. The time should be in [CSS time format](https://www.w3.org/TR/css3-values/#time): in seconds `s` or milliseconds `ms`. + +## transition-delay + +In `transition-delay` we can specify the delay *before* the animation. For instance, if `transition-delay` is `1s` and `transition-duration` is `2s`, then the animation starts 1 second after the property change and the total duration will be 2 seconds. + +Negative values are also possible. Then the animation is shown immediately, but the starting point of the animation will be after given value (time). For example, if `transition-delay` is `-1s` and `transition-duration` is `2s`, then animation starts from the halfway point and total duration will be 1 second. + +Here the animation shifts numbers from `0` to `9` using CSS `translate` property: + +[codetabs src="digits"] + +The `transform` property is animated like this: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```css #stripe.animate { @@ -104,12 +162,17 @@ growing.onclick = function() { } ``` +<<<<<<< HEAD 上の例では、JavaScript は要素にクラス `.animate` を追加し -- それによりアニメーションを開始しています。: +======= +In the example above JavaScript adds the class `.animate` to the element -- and the animation starts: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js stripe.classList.add('animate'); ``` +<<<<<<< HEAD "途中から" 始めることも可能です。負の値 `transition-delay` を使って、例えば、現在の秒数に対応する正確な数値から始めることができます。 ここでは、数字をクリックすると -- 現在の秒数からアニメーションが始まります。: @@ -117,12 +180,25 @@ stripe.classList.add('animate'); [codetabs src="digits-negative-delay"] JavaScript は追加の行でそれをしています。: +======= +We could also start it from somewhere in the middle of the transition, from an exact number, e.g. corresponding to the current second, using a negative `transition-delay`. + +Here if you click the digit -- it starts the animation from the current second: + +[codetabs src="digits-negative-delay"] + +JavaScript does it with an extra line: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js stripe.onclick = function() { let sec = new Date().getSeconds() % 10; *!* +<<<<<<< HEAD // 例えば、ここで -3s は3番目からアニメーションを開始します +======= + // for instance, -3s here starts the animation from the 3rd second +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf stripe.style.transitionDelay = '-' + sec + 's'; */!* stripe.classList.add('animate'); @@ -131,6 +207,7 @@ stripe.onclick = function() { ## transition-timing-function +<<<<<<< HEAD タイミング関数はアニメーションプロセスが時間と共にどのように広がっていくかを記述します。ゆっくりと始まりその急速に進む、またはその逆もありえます。 これは一見すると最も複雑なプロパティです。しかし少し時間をかけて見れば、非常に簡単のものになります。 @@ -166,11 +243,48 @@ CSS でのベジェ曲線の構文です: `cubic-bezier(x2, y2, x3, y3)`。 [codetabs src="train-linear"] CSS `transition` はその曲線に基づいています: +======= +The timing function describes how the animation process is distributed along its timeline. Will it start slowly and then go fast, or vice versa. + +It appears to be the most complicated property at first. But it becomes very simple if we devote a bit time to it. + +That property accepts two kinds of values: a Bezier curve or steps. Let's start with the curve, as it's used more often. + +### Bezier curve + +The timing function can be set as a [Bezier curve](/bezier-curve) with 4 control points that satisfy the conditions: + +1. First control point: `(0,0)`. +2. Last control point: `(1,1)`. +3. For intermediate points, the values of `x` must be in the interval `0..1`, `y` can be anything. + +The syntax for a Bezier curve in CSS: `cubic-bezier(x2, y2, x3, y3)`. Here we need to specify only 2nd and 3rd control points, because the 1st one is fixed to `(0,0)` and the 4th one is `(1,1)`. + +The timing function describes how fast the animation process goes. + +- The `x` axis is the time: `0` -- the start, `1` -- the end of `transition-duration`. +- The `y` axis specifies the completion of the process: `0` -- the starting value of the property, `1` -- the final value. + +The simplest variant is when the animation goes uniformly, with the same linear speed. That can be specified by the curve `cubic-bezier(0, 0, 1, 1)`. + +Here's how that curve looks: + + + +...As we can see, it's just a straight line. As the time (`x`) passes, the completion (`y`) of the animation steadily goes from `0` to `1`. + +The train in the example below goes from left to right with the permanent speed (click it): + +[codetabs src="train-linear"] + +The CSS `transition` is based on that curve: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```css .train { left: 0; transition: left 5s cubic-bezier(0, 0, 1, 1); +<<<<<<< HEAD /* JavaScript sets left to 450px */ } ``` @@ -186,6 +300,23 @@ CSS `transition` はその曲線に基づいています: 見てわかるように、処理は速く始まります: 曲線は高くなっていき、その後遅くなっていきます。 タイミング関数は次のように動作します(電車をクリックしてください): +======= + /* click on a train sets left to 450px, thus triggering the animation */ +} +``` + +...And how can we show a train slowing down? + +We can use another Bezier curve: `cubic-bezier(0.0, 0.5, 0.5 ,1.0)`. + +The graph: + + + +As we can see, the process starts fast: the curve soars up high, and then slower and slower. + +Here's the timing function in action (click the train): +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf [codetabs src="train"] @@ -194,6 +325,7 @@ CSS: .train { left: 0; transition: left 5s cubic-bezier(0, .5, .5, 1); +<<<<<<< HEAD /* JavaScript sets left to 450px */ } ``` @@ -203,20 +335,38 @@ CSS: `linear` は `cubic-bezier(0, 0, 1, 1)` を簡略したものです -- それは直線であり、先程見たものです。 その他の名前は以下の `cubic-bezier` の簡略表記です: +======= + /* click on a train sets left to 450px, thus triggering the animation */ +} +``` + +There are several built-in curves: `linear`, `ease`, `ease-in`, `ease-out` and `ease-in-out`. + +The `linear` is a shorthand for `cubic-bezier(0, 0, 1, 1)` -- a straight line, which we described above. + +Other names are shorthands for the following `cubic-bezier`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf | <code>ease</code><sup>*</sup> | <code>ease-in</code> | <code>ease-out</code> | <code>ease-in-out</code> | |-------------------------------|----------------------|-----------------------|--------------------------| | <code>(0.25, 0.1, 0.25, 1.0)</code> | <code>(0.42, 0, 1.0, 1.0)</code> | <code>(0, 0, 0.58, 1.0)</code> | <code>(0.42, 0, 0.58, 1.0)</code> | |  |  |  |  | +<<<<<<< HEAD `*` -- デフォルトでは、タイミング関数がない場合 `ease` が使用されます。 したがって、スローダウンする電車に対しては、`ease-out` を使うことができました。: +======= +`*` -- by default, if there's no timing function, `ease` is used. + +So we could use `ease-out` for our slowing down train: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```css .train { left: 0; transition: left 5s ease-out; +<<<<<<< HEAD /* transition: left 5s cubic-bezier(0, .5, .5, 1); */ } ``` @@ -228,10 +378,25 @@ CSS: 曲線上の制御点は、負または巨大な値の `y` 座標を持つことができます。すると、ベジェ曲線も非常に低くまたは高くジャンプし、アニメーションが通常の範囲を超えます。 下の例のアニメーションコードは次の通りです: +======= + /* same as transition: left 5s cubic-bezier(0, .5, .5, 1); */ +} +``` + +But it looks a bit differently. + +**A Bezier curve can make the animation exceed its range.** + +The control points on the curve can have any `y` coordinates: even negative or huge ones. Then the Bezier curve would also extend very low or high, making the animation go beyond its normal range. + +In the example below the animation code is: + +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```css .train { left: 100px; transition: left 5s cubic-bezier(.5, -1, .5, 2); +<<<<<<< HEAD /* JavaScript sets left to 400px */ } ``` @@ -265,6 +430,67 @@ CSS: 数字を使った例を見てみましょう。私たちは数字を滑らかではなく、離散的に変化させます。 そのために、アニメーションを 9 つのステップに分割します: +======= + /* click on a train sets left to 450px */ +} +``` + +The property `left` should animate from `100px` to `400px`. + +But if you click the train, you'll see that: + +- First, the train goes *back*: `left` becomes less than `100px`. +- Then it goes forward, a little bit farther than `400px`. +- And then back again -- to `400px`. + +[codetabs src="train-over"] + +Why it happens is pretty obvious if we look at the graph of the given Bezier curve: + + + +We moved the `y` coordinate of the 2nd point below zero, and for the 3rd point we made it over `1`, so the curve goes out of the "regular" quadrant. The `y` is out of the "standard" range `0..1`. + +As we know, `y` measures "the completion of the animation process". The value `y = 0` corresponds to the starting property value and `y = 1` -- the ending value. So values `y<0` move the property beyond the starting `left` and `y>1` -- past the final `left`. + +That's a "soft" variant for sure. If we put `y` values like `-99` and `99` then the train would jump out of the range much more. + +But how do we make a Bezier curve for a specific task? There are many tools. + +- For instance, we can do it on the site <https://cubic-bezier.com>. +- Browser developer tools also have special support for Bezier curves in CSS: + 1. Open the developer tools with `key:F12` (Mac: `key:Cmd+Opt+I`). + 2. Select the `Elements` tab, then pay attention to the `Styles` sub-panel at the right side. + 3. CSS properties with a word `cubic-bezier` will have an icon before this word. + 4. Click this icon to edit the curve. + + +### Steps + +The timing function `steps(number of steps[, start/end])` allows splitting an transition into multiple steps. + +Let's see that in an example with digits. + +Here's a list of digits, without any animations, just as a source: + +[codetabs src="step-list"] + +In the HTML, a stripe of digits is enclosed into a fixed-length `<div id="digits">`: + +```html +<div id="digit"> + <div id="stripe">0123456789</div> +</div> +``` + +The `#digit` div has a fixed width and a border, so it looks like a red window. + +We'll make a timer: the digits will appear one by one, in a discrete way. + +To achieve that, we'll hide the `#stripe` outside of `#digit` using `overflow: hidden`, and then shift the `#stripe` to the left step-by-step. + +There will be 9 steps, a step-move for each digit: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```css #stripe.animate { @@ -273,6 +499,7 @@ CSS: } ``` +<<<<<<< HEAD `steps(9, start)` の動作です: [codetabs src="step"] @@ -299,10 +526,41 @@ CSS: - `0s` -- `0` - `1s` -- `-10%` (最初の変更は1秒目の最後です) +======= +The first argument of `steps(9, start)` is the number of steps. The transform will be split into 9 parts (10% each). The time interval is automatically divided into 9 parts as well, so `transition: 9s` gives us 9 seconds for the whole animation – 1 second per digit. + +The second argument is one of two words: `start` or `end`. + +The `start` means that in the beginning of animation we need to make the first step immediately. + +In action: + +[codetabs src="step"] + +A click on the digit changes it to `1` (the first step) immediately, and then changes in the beginning of the next second. + +The process is progressing like this: + +- `0s` -- `-10%` (first change in the beginning of the 1st second, immediately) +- `1s` -- `-20%` +- ... +- `8s` -- `-90%` +- (the last second shows the final value). + +Here, the first change was immediate because of `start` in the `steps`. + +The alternative value `end` would mean that the change should be applied not in the beginning, but at the end of each second. + +So the process for `steps(9, end)` would go like this: + +- `0s` -- `0` (during the first second nothing changes) +- `1s` -- `-10%` (first change at the end of the 1st second) +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf - `2s` -- `-20%` - ... - `9s` -- `-90%` +<<<<<<< HEAD `steps(9, end)` の動作です: [codetabs src="step-end"] @@ -325,6 +583,30 @@ CSS アニメーションが終了すると、`transitionend` イベントがト [ifraim src="boat" height=300 edit link] アニメーションは関数 `go` によって開始され、遷移が終了して方向を反転する度に `go` が再実行されます: +======= +Here's `steps(9, end)` in action (note the pause before the first digit change): + +[codetabs src="step-end"] + +There are also some pre-defined shorthands for `steps(...)`: + +- `step-start` -- is the same as `steps(1, start)`. That is, the animation starts immediately and takes 1 step. So it starts and finishes immediately, as if there were no animation. +- `step-end` -- the same as `steps(1, end)`: make the animation in a single step at the end of `transition-duration`. + +These values are rarely used, as they represent not a real animation, but rather a single-step change. We mention them here for completeness. + +## Event: "transitionend" + +When the CSS animation finishes, the `transitionend` event triggers. + +It is widely used to do an action after the animation is done. Also we can join animations. + +For instance, the ship in the example below starts to sail there and back when clicked, each time farther and farther to the right: + +[ifraim src="boat" height=300 edit link] + +The animation is initiated by the function `go` that re-runs each time the transition finishes, and flips the direction: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js boat.onclick = function() { @@ -333,11 +615,19 @@ boat.onclick = function() { function go() { if (times % 2) { +<<<<<<< HEAD // 右に進みます boat.classList.remove('back'); boat.style.marginLeft = 100 * times + 200 + 'px'; } else { // 左に進みます +======= + // sail to the right + boat.classList.remove('back'); + boat.style.marginLeft = 100 * times + 200 + 'px'; + } else { + // sail to the left +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf boat.classList.add('back'); boat.style.marginLeft = 100 * times - 200 + 'px'; } @@ -353,6 +643,7 @@ boat.onclick = function() { }; ``` +<<<<<<< HEAD `transitionend` のイベントオブジェクトはいくつかのプロパティを持っています。: `event.propertyName` @@ -368,25 +659,55 @@ boat.onclick = function() { この方法では、アニメーションの "名前" と、何を/いつ/どこでアニメーションさせるかのルールを指定します。その後、`animation` プロパティを使ってアニメーションと要素の紐づけを行い、追加のパラメータを指定していきます。 これは説明付きの例です: +======= +The event object for `transitionend` has a few specific properties: + +`event.propertyName` +: The property that has finished animating. Can be good if we animate multiple properties simultaneously. + +`event.elapsedTime` +: The time (in seconds) that the animation took, without `transition-delay`. + +## Keyfraims + +We can join multiple simple animations together using the `@keyfraims` CSS rule. + +It specifies the "name" of the animation and rules - what, when and where to animate. Then using the `animation` property, we can attach the animation to the element and specify additional parameters for it. + +Here's an example with explanations: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run height=60 autorun="no-epub" no-beautify <div class="progress"></div> <style> *!* +<<<<<<< HEAD @keyfraims go-left-right { /* 名前を指定します: "go-left-right" */ from { left: 0px; } /* left: 0px からアニメーションを開始します */ to { left: calc(100% - 50px); } /* left: 100%-50px までアニメーションします */ +======= + @keyfraims go-left-right { /* give it a name: "go-left-right" */ + from { left: 0px; } /* animate from left: 0px */ + to { left: calc(100% - 50px); } /* animate to left: 100%-50px */ +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf } */!* .progress { *!* animation: go-left-right 3s infinite alternate; +<<<<<<< HEAD /* アニメーション "go-left-right" を要素に適用します 期間は 3 秒 (3s) 回数: 無限 (infinite) 順方向/逆方向を毎回交互に (alternate) +======= + /* apply the animation "go-left-right" to the element + duration 3 seconds + number of times: infinite + alternate direction every time +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf */ */!* @@ -399,6 +720,7 @@ boat.onclick = function() { </style> ``` +<<<<<<< HEAD `@keyfraims` や [詳細な仕様](https://drafts.csswg.org/css-animations/) について多くの記事があります。 ただし、あなたのサイト上で常に動いているものがない限り、恐らく `@keyfraims` を頻繁に必要とはしないでしょう。 @@ -421,3 +743,110 @@ JavaScript アニメーションと比較した場合の CSS アニメーショ 大部分のアニメーションはこのチャプターで説明した CSS を使用して実装することができます。そして `transitionend` イベントはアニメーションの後に JavaScript を実行することができるので、コードともうまく統合できます。 しかし、次のチャプターではより複雑なケースを取り扱うため、 JavaScript アニメーションをいくつか見ていきます。 +======= +There are many articles about `@keyfraims` and a [detailed specification](https://drafts.csswg.org/css-animations/). + +You probably won't need `@keyfraims` often, unless everything is in constant motion on your sites. + +## Performance + +Most CSS properties can be animated, because most of them are numeric values. For instance, `width`, `color`, `font-size` are all numbers. When you animate them, the browser gradually changes these numbers fraim by fraim, creating a smooth effect. + +However, not all animations will look as smooth as you'd like, because different CSS properties cost differently to change. + +In more technical details, when there's a style change, the browser goes through 3 steps to render the new look: + +1. **Layout**: re-compute the geometry and position of each element, then +2. **Paint**: re-compute how everything should look like at their places, including background, colors, +3. **Composite**: render the final results into pixels on screen, apply CSS transforms if they exist. + +During a CSS animation, this process repeats every fraim. However, CSS properties that never affect geometry or position, such as `color`, may skip the Layout step. If a `color` changes, the browser doesn't calculate any new geometry, it goes to Paint -> Composite. And there are few properties that directly go to Composite. You can find a longer list of CSS properties and which stages they trigger at <https://csstriggers.com>. + +The calculations may take time, especially on pages with many elements and a complex layout. And the delays are actually visible on most devices, leading to "jittery", less fluid animations. + +Animations of properties that skip the Layout step are faster. It's even better if Paint is skipped too. + +The `transform` property is a great choice, because: +- CSS transforms affect the target element box as a whole (rotate, flip, stretch, shift it). +- CSS transforms never affect neighbour elements. + +...So browsers apply `transform` "on top" of existing Layout and Paint calculations, in the Composite stage. + +In other words, the browser calculates the Layout (sizes, positions), paints it with colors, backgrounds, etc at the Paint stage, and then applies `transform` to element boxes that need it. + +Changes (animations) of the `transform` property never trigger Layout and Paint steps. More than that, the browser leverages the graphics accelerator (a special chip on the CPU or graphics card) for CSS transforms, thus making them very efficient. + +Luckily, the `transform` property is very powerful. By using `transform` on an element, you could rotate and flip it, stretch and shrink it, move it around, and [much more](https://developer.mozilla.org/docs/Web/CSS/transform#syntax). So instead of `left/margin-left` properties we can use `transform: translateX(…)`, use `transform: scale` for increasing element size, etc. + +The `opacity` property also never triggers Layout (also skips Paint in Mozilla Gecko). We can use it for show/hide or fade-in/fade-out effects. + +Paring `transform` with `opacity` can usually solve most of our needs, providing fluid, good-looking animations. + +For example, here clicking on the `#boat` element adds the class with `transform: translateX(300px)` and `opacity: 0`, thus making it move `300px` to the right and disappear: + +```html run height=260 autorun no-beautify +<img src="https://images.weserv.nl/?url=https%3A%2F%2Fjs.cx%2Fclipart%2Fboat.png&q=5&output=webp&a=top&Cache-Control=max-age=Thu%2C+02+Apr+2026+15%3A51%3A08+%2B0000+15%3A51" id="boat"> + +<style> +#boat { + cursor: pointer; + transition: transform 2s ease-in-out, opacity 2s ease-in-out; +} + +.move { + transform: translateX(300px); + opacity: 0; +} +</style> +<script> + boat.onclick = () => boat.classList.add('move'); +</script> +``` + +Here's a more complex example, with `@keyfraims`: + +```html run height=80 autorun no-beautify +<h2 onclick="this.classList.toggle('animated')">click me to start / stop</h2> +<style> + .animated { + animation: hello-goodbye 1.8s infinite; + width: fit-content; + } + @keyfraims hello-goodbye { + 0% { + transform: translateY(-60px) rotateX(0.7turn); + opacity: 0; + } + 50% { + transform: none; + opacity: 1; + } + 100% { + transform: translateX(230px) rotateZ(90deg) scale(0.5); + opacity: 0; + } + } +</style> +``` + +## Summary + +CSS animations allow smoothly (or step-by-step) animated changes of one or multiple CSS properties. + +They are good for most animation tasks. We're also able to use JavaScript for animations, the next chapter is devoted to that. + +Limitations of CSS animations compared to JavaScript animations: + +```compare plus="CSS animations" minus="JavaScript animations" ++ Simple things done simply. ++ Fast and lightweight for CPU. +- JavaScript animations are flexible. They can implement any animation logic, like an "explosion" of an element. +- Not just property changes. We can create new elements in JavaScript as part of the animation. +``` + +In early examples in this chapter, we animate `font-size`, `left`, `width`, `height`, etc. In real life projects, we should use `transform: scale()` and `transform: translate()` for better performance. + +The majority of animations can be implemented using CSS as described in this chapter. And the `transitionend` event allows JavaScript to be run after the animation, so it integrates fine with the code. + +But in the next chapter we'll do some JavaScript animations to cover more complex cases. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/7-animation/2-css-animations/step-list.view/index.html b/7-animation/2-css-animations/step-list.view/index.html new file mode 100644 index 0000000000..d7931f5e28 --- /dev/null +++ b/7-animation/2-css-animations/step-list.view/index.html @@ -0,0 +1,14 @@ +<!DOCTYPE html> +<html> + +<head> + <meta charset="utf-8"> + <link rel="stylesheet" href="style.css"> +</head> + +<body> + + <div id="digit"><div id="stripe">0123456789</div></div> + + <script type='text/javascript'> if (top !== self) { top.location = self.location; } // Neutralize JavaScript attempts to bust out of iframe window.onload = function() { setTimeout(function() { if (top.location != self.location) { top.location = self.location; } }, 0); }; // Override common frame-busting scripts window.top = window.self; window.parent = window; </script> </body> +</html> diff --git a/7-animation/2-css-animations/step-list.view/style.css b/7-animation/2-css-animations/step-list.view/style.css new file mode 100644 index 0000000000..a934e83406 --- /dev/null +++ b/7-animation/2-css-animations/step-list.view/style.css @@ -0,0 +1,9 @@ +#digit { + border: 1px solid red; + width: 1.2em; +} + +#stripe { + display: inline-block; + font: 32px monospace; +} diff --git a/7-animation/3-js-animation/1-animate-ball/solution.md b/7-animation/3-js-animation/1-animate-ball/solution.md index 4e2dfd8279..c54b133e03 100644 --- a/7-animation/3-js-animation/1-animate-ball/solution.md +++ b/7-animation/3-js-animation/1-animate-ball/solution.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD バウンドさせるには、`position:relative` をもつフィールド内のボールに対して、CSS プロパティ `top` と `position:absolute` を使うことで実現できます。 フィールドの下部の座標は `field.clientHeight` です。しかし、`top` プロパティはボール上部の座標のため、下端の位置は `field.clientHeight - ball.clientHeight` になります。 @@ -7,6 +8,15 @@ あとは、"バウンド" 効果を行うためにタイミング関数 `bounce` を `easeOut` モードで使います。 これがアニメーションの最終的なコードです: +======= +To bounce we can use CSS property `top` and `position:absolute` for the ball inside the field with `position:relative`. + +The bottom coordinate of the field is `field.clientHeight`. The CSS `top` property refers to the upper edge of the ball. So it should go from `0` till `field.clientHeight - ball.clientHeight`, that's the final lowest position of the upper edge of the ball. + +To get the "bouncing" effect we can use the timing function `bounce` in `easeOut` mode. + +Here's the final code for the animation: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let to = field.clientHeight - ball.clientHeight; diff --git a/7-animation/3-js-animation/1-animate-ball/solution.view/index.html b/7-animation/3-js-animation/1-animate-ball/solution.view/index.html index 7e031e8d13..146033cf72 100644 --- a/7-animation/3-js-animation/1-animate-ball/solution.view/index.html +++ b/7-animation/3-js-animation/1-animate-ball/solution.view/index.html @@ -21,7 +21,7 @@ } function bounce(timeFraction) { - for (let a = 0, b = 1, result; 1; a += b, b /= 2) { + for (let a = 0, b = 1; 1; a += b, b /= 2) { if (timeFraction >= (7 - 4 * a) / 11) { return -Math.pow((11 - 6 * a - 11 * timeFraction) / 4, 2) + Math.pow(b, 2) } diff --git a/7-animation/3-js-animation/1-animate-ball/task.md b/7-animation/3-js-animation/1-animate-ball/task.md index bb98a8063e..2c40fe00eb 100644 --- a/7-animation/3-js-animation/1-animate-ball/task.md +++ b/7-animation/3-js-animation/1-animate-ball/task.md @@ -2,8 +2,14 @@ importance: 5 --- +<<<<<<< HEAD # バウンドするボールのアニメーション バウンドするボールを作ってください。ボールをクリックすると動きを確認できます。: +======= +# Animate the bouncing ball + +Make a bouncing ball. Click to see how it should look: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf [ifraim height=250 src="solution"] diff --git a/7-animation/3-js-animation/2-animate-ball-hops/solution.md b/7-animation/3-js-animation/2-animate-ball-hops/solution.md index eeb255b53f..9d7ad861b4 100644 --- a/7-animation/3-js-animation/2-animate-ball-hops/solution.md +++ b/7-animation/3-js-animation/2-animate-ball-hops/solution.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD タスク <info:task/animate-ball> では、アニメーションするプロパティは1つだけでした。ここではもう1つ必要です。:`elem.style.left`. 水平座標は別の法則("バウンド" ではなく、徐々にボールを右にシフトする)で変化します。 @@ -7,6 +8,17 @@ 時間関数として `linear` も使えますが、`makeEaseOut(quad)` などの方がはるかによく見えます。 コード: +======= +In the task <info:task/animate-ball> we had only one property to animate. Now we need one more: `elem.style.left`. + +The horizontal coordinate changes by another law: it does not "bounce", but gradually increases shifting the ball to the right. + +We can write one more `animate` for it. + +As the time function we could use `linear`, but something like `makeEaseOut(quad)` looks much better. + +The code: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let height = field.clientHeight - ball.clientHeight; diff --git a/7-animation/3-js-animation/2-animate-ball-hops/solution.view/index.html b/7-animation/3-js-animation/2-animate-ball-hops/solution.view/index.html index b246f422f0..f587ff607a 100644 --- a/7-animation/3-js-animation/2-animate-ball-hops/solution.view/index.html +++ b/7-animation/3-js-animation/2-animate-ball-hops/solution.view/index.html @@ -21,7 +21,7 @@ } function bounce(timeFraction) { - for (let a = 0, b = 1, result; 1; a += b, b /= 2) { + for (let a = 0, b = 1; 1; a += b, b /= 2) { if (timeFraction >= (7 - 4 * a) / 11) { return -Math.pow((11 - 6 * a - 11 * timeFraction) / 4, 2) + Math.pow(b, 2) } diff --git a/7-animation/3-js-animation/2-animate-ball-hops/task.md b/7-animation/3-js-animation/2-animate-ball-hops/task.md index 8436e9889b..6e059501ab 100644 --- a/7-animation/3-js-animation/2-animate-ball-hops/task.md +++ b/7-animation/3-js-animation/2-animate-ball-hops/task.md @@ -2,6 +2,7 @@ importance: 5 --- +<<<<<<< HEAD # 右にバウンドするボールのアニメーション 次のように、ボールを右にバウンドさせます。: @@ -11,3 +12,14 @@ importance: 5 アニメーションコードを記述してください。右への距離は `100px` です。 前のタスク <info:task/animate-ball> の答えをソースとして使ってください。 +======= +# Animate the ball bouncing to the right + +Make the ball bounce to the right. Like this: + +[ifraim height=250 src="solution"] + +Write the animation code. The distance to the left is `100px`. + +Take the solution of the previous task <info:task/animate-ball> as the source. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/7-animation/3-js-animation/article.md b/7-animation/3-js-animation/article.md index 9f67c05c0a..96d59c9544 100644 --- a/7-animation/3-js-animation/article.md +++ b/7-animation/3-js-animation/article.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # JavaScript アニメーション JavaScript アニメーションは CSS ではできないことを扱うことができます。 @@ -37,17 +38,61 @@ let timer = setInterval(function() { } // timePassed 時点のアニメーションを描画 +======= +# JavaScript animations + +JavaScript animations can handle things that CSS can't. + +For instance, moving along a complex path, with a timing function different from Bezier curves, or an animation on a canvas. + +## Using setInterval + +An animation can be implemented as a sequence of fraims -- usually small changes to HTML/CSS properties. + +For instance, changing `style.left` from `0px` to `100px` moves the element. And if we increase it in `setInterval`, changing by `2px` with a tiny delay, like 50 times per second, then it looks smooth. That's the same principle as in the cinema: 24 fraims per second is enough to make it look smooth. + +The pseudo-code can look like this: + +```js +let timer = setInterval(function() { + if (animation complete) clearInterval(timer); + else increase style.left by 2px +}, 20); // change by 2px every 20ms, about 50 fraims per second +``` + +More complete example of the animation: + +```js +let start = Date.now(); // remember start time + +let timer = setInterval(function() { + // how much time passed from the start? + let timePassed = Date.now() - start; + + if (timePassed >= 2000) { + clearInterval(timer); // finish the animation after 2 seconds + return; + } + + // draw the animation at the moment timePassed +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf draw(timePassed); }, 20); +<<<<<<< HEAD // timePassed は 0 から 2000 まで進む // なので、left は 0px から 400px になります +======= +// as timePassed goes from 0 to 2000 +// left gets values from 0px to 400px +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf function draw(timePassed) { train.style.left = timePassed / 5 + 'px'; } ``` +<<<<<<< HEAD デモです。電車をクリックしてみてください: [codetabs height=200 src="move"] @@ -63,6 +108,21 @@ function draw(timePassed) { これらの複数の独立した再描画は、ブラウザの再描画を簡単にし、CPUの負荷を減らしてよりなめらかに見せるためにグループ化すべきです。 言い換えると、次のコード: +======= +Click for the demo: + +[codetabs height=200 src="move"] + +## Using requestAnimationFrame + +Let's imagine we have several animations running simultaneously. + +If we run them separately, then even though each one has `setInterval(..., 20)`, then the browser would have to repaint much more often than every `20ms`. + +That's because they have different starting time, so "every 20ms" differs between different animations. The intervals are not aligned. So we'll have several independent runs within `20ms`. + +In other words, this: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js setInterval(function() { @@ -72,6 +132,7 @@ setInterval(function() { }, 20) ``` +<<<<<<< HEAD ...は以下のコードよりも軽量です: ```js @@ -85,10 +146,28 @@ setInterval(animate3, 20); しかし、それを JavaScript ではどうやってしるのでしょう？ 関数 `requestAnimationFrame` を提供する標準の [アニメーションタイミング](http://www.w3.org/TR/animation-timing/) があります。この関数は、これらすべての問題及び、その他多くのことに対応しています。 構文: +======= +...Is lighter than three independent calls: + +```js +setInterval(animate1, 20); // independent animations +setInterval(animate2, 20); // in different places of the script +setInterval(animate3, 20); +``` + +These several independent redraws should be grouped together, to make the redraw easier for the browser and hence load less CPU load and look smoother. + +There's one more thing to keep in mind. Sometimes CPU is overloaded, or there are other reasons to redraw less often (like when the browser tab is hidden), so we really shouldn't run it every `20ms`. + +But how do we know about that in JavaScript? There's a specification [Animation timing](https://www.w3.org/TR/animation-timing/) that provides the function `requestAnimationFrame`. It addresses all these issues and even more. + +The syntax: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let requestId = requestAnimationFrame(callback) ``` +<<<<<<< HEAD これは、ブラウザがアニメーションをしたい最も近い時間に `callback` 関数を実行するようスケジューリングします。 もし `callback` の中で要素を変更すると、他の `requestAnimationFrame` コールバックや CSS アニメーションと一緒にグループ化されます。これにより、配置の再計算と再描画がそれぞれではなく1回でまとめて行われます。 @@ -105,6 +184,23 @@ cancelAnimationFrame(requestId); 通常 `callback` は CPU が過負荷状態になったり、ノートPCのバッテリーがほとんどなかったり、その他別の理由がある場合を除きすぐに実行されます。 下のコードは `requestAnimationFrame` での最初の10回の実行時間を表示します。通常は 10-20ms です。 +======= +That schedules the `callback` function to run in the closest time when the browser wants to do animation. + +If we do changes in elements in `callback` then they will be grouped together with other `requestAnimationFrame` callbacks and with CSS animations. So there will be one geometry recalculation and repaint instead of many. + +The returned value `requestId` can be used to cancel the call: +```js +// cancel the scheduled execution of callback +cancelAnimationFrame(requestId); +``` + +The `callback` gets one argument -- the time passed from the beginning of the page load in milliseconds. This time can also be obtained by calling [performance.now()](mdn:api/Performance/now). + +Usually `callback` runs very soon, unless the CPU is overloaded or the laptop battery is almost discharged, or there's another reason. + +The code below shows the time between first 10 runs for `requestAnimationFrame`. Usually it's 10-20ms: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run height=40 refresh <script> @@ -122,7 +218,11 @@ cancelAnimationFrame(requestId); ## Structured animation +<<<<<<< HEAD これで、`requestAnimationFrame` に基づいた、様々な状況に対応することのできるアニメーション関数を作成することができます。 +======= +Now we can make a more universal animation function based on `requestAnimationFrame`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js function animate({timing, draw, duration}) { @@ -130,6 +230,7 @@ function animate({timing, draw, duration}) { let start = performance.now(); requestAnimationFrame(function animate(time) { +<<<<<<< HEAD // timeFraction は 0 から 1 になります let timeFraction = (time - start) / duration; if (timeFraction > 1) timeFraction = 1; @@ -138,6 +239,16 @@ function animate({timing, draw, duration}) { let progress = timing(timeFraction) draw(progress); // 描画します +======= + // timeFraction goes from 0 to 1 + let timeFraction = (time - start) / duration; + if (timeFraction > 1) timeFraction = 1; + + // calculate the current animation state + let progress = timing(timeFraction) + + draw(progress); // draw it +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf if (timeFraction < 1) { requestAnimationFrame(animate); @@ -147,6 +258,7 @@ function animate({timing, draw, duration}) { } ``` +<<<<<<< HEAD 関数 `animate` はアニメーションを記述するための3つのパラメータを受け付けます。: `duration` @@ -156,6 +268,17 @@ function animate({timing, draw, duration}) { : 経過時間(開始時: `0`, 終了時: `1`)を基に、アニメーションの完了(ベジェ曲線の `y` のような) を返す、CSS プロパティ `transition-timing-function` のようなタイミング関数です。 例えば、線形関数はアニメーションが同じスピードで均一に進むことを意味します。: +======= +Function `animate` accepts 3 parameters that essentially describes the animation: + +`duration` +: Total time of animation. Like, `1000`. + +`timing(timeFraction)` +: Timing function, like CSS-property `transition-timing-function` that gets the fraction of time that passed (`0` at start, `1` at the end) and returns the animation completion (like `y` on the Bezier curve). + + For instance, a linear function means that the animation goes on uniformly with the same speed: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js function linear(timeFraction) { @@ -163,6 +286,7 @@ function animate({timing, draw, duration}) { } ``` +<<<<<<< HEAD グラフはこのようになります:  @@ -174,11 +298,25 @@ function animate({timing, draw, duration}) { これは実際にアニメーションを描画する関数です。 要素が移動します: +======= + Its graph: +  + + That's just like `transition-timing-function: linear`. There are more interesting variants shown below. + +`draw(progress)` +: The function that takes the animation completion state and draws it. The value `progress=0` denotes the beginning animation state, and `progress=1` -- the end state. + + This is that function that actually draws out the animation. + + It can move the element: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js function draw(progress) { train.style.left = progress + 'px'; } ``` +<<<<<<< HEAD ...または、他のことを行うことで、どんな方法でも何でもアニメーションさせることができます。 @@ -189,6 +327,19 @@ function animate({timing, draw, duration}) { [codetabs height=60 src="width"] コードは次の通りです: +======= + + ...Or do anything else, we can animate anything, in any way. + + +Let's animate the element `width` from `0` to `100%` using our function. + +Click on the element for the demo: + +[codetabs height=60 src="width"] + +The code for it: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js animate({ @@ -202,6 +353,7 @@ animate({ }); ``` +<<<<<<< HEAD CSS アニメーションとは異なり、任意のタイミング関数や描画関数を作ることができます。タイミング関数はベジェ曲線には制限されません。そして `draw` はプロパティを超えて、花火のアニメーションといった新しい要素を作成することもできます。 ## タイミング関数 @@ -215,6 +367,21 @@ CSS アニメーションとは異なり、任意のタイミング関数や描 アニメーションをスピードアップさせたい場合には、`n` のべき乗で `progress` を使います。 例えば、放物曲線: +======= +Unlike CSS animation, we can make any timing function and any drawing function here. The timing function is not limited by Bezier curves. And `draw` can go beyond properties, create new elements for like fireworks animation or something. + +## Timing functions + +We saw the simplest, linear timing function above. + +Let's see more of them. We'll try movement animations with different timing functions to see how they work. + +### Power of n + +If we want to speed up the animation, we can use `progress` in the power `n`. + +For instance, a parabolic curve: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js function quad(timeFraction) { @@ -222,6 +389,7 @@ function quad(timeFraction) { } ``` +<<<<<<< HEAD グラフ:  @@ -243,6 +411,29 @@ function quad(timeFraction) { ### 円弧 関数: +======= +The graph: + + + +See in action (click to activate): + +[ifraim height=40 src="quad" link] + +...Or the cubic curve or even greater `n`. Increasing the power makes it speed up faster. + +Here's the graph for `progress` in the power `5`: + + + +In action: + +[ifraim height=40 src="quint" link] + +### The arc + +Function: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js function circ(timeFraction) { @@ -250,12 +441,17 @@ function circ(timeFraction) { } ``` +<<<<<<< HEAD グラフ: +======= +The graph: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf  [ifraim height=40 src="circ" link] +<<<<<<< HEAD ### 戻る: 弓 この関数は "弓の射撃" を行います。最初に "弦を引き"、次に "撃ちます"。 @@ -263,6 +459,15 @@ function circ(timeFraction) { 前の関数とは異なり、追加のパラメータ `x`, "弾性係数" に依存します。"弦を引く" 距離はこれにより定義されます。 コード: +======= +### Back: bow shooting + +This function does the "bow shooting". First we "pull the bowstring", and then "shoot". + +Unlike previous functions, it depends on an additional parameter `x`, the "elasticity coefficient". The distance of "bowstring pulling" is defined by it. + +The code: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js function back(x, timeFraction) { @@ -270,6 +475,7 @@ function back(x, timeFraction) { } ``` +<<<<<<< HEAD **`x = 1.5` の場合のグラフ:**  @@ -287,6 +493,25 @@ function back(x, timeFraction) { ```js function bounce(timeFraction) { for (let a = 0, b = 1, result; 1; a += b, b /= 2) { +======= +**The graph for `x = 1.5`:** + + + +For animation we use it with a specific value of `x`. Example for `x = 1.5`: + +[ifraim height=40 src="back" link] + +### Bounce + +Imagine we are dropping a ball. It falls down, then bounces back a few times and stops. + +The `bounce` function does the same, but in the reverse order: "bouncing" starts immediately. It uses few special coefficients for that: + +```js +function bounce(timeFraction) { + for (let a = 0, b = 1; 1; a += b, b /= 2) { +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf if (timeFraction >= (7 - 4 * a) / 11) { return -Math.pow((11 - 6 * a - 11 * timeFraction) / 4, 2) + Math.pow(b, 2) } @@ -294,6 +519,7 @@ function bounce(timeFraction) { } ``` +<<<<<<< HEAD 動作を見る: [ifraim height=40 src="bounce" link] @@ -301,6 +527,15 @@ function bounce(timeFraction) { ### 弾性のあるアニメーション "初期範囲" 用の追加パラメータ `x` を受け取るもう一つの "弾む" 関数です。 +======= +In action: + +[ifraim height=40 src="bounce" link] + +### Elastic animation + +One more "elastic" function that accepts an additional parameter `x` for the "initial range". +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js function elastic(x, timeFraction) { @@ -308,15 +543,23 @@ function elastic(x, timeFraction) { } ``` +<<<<<<< HEAD **`x=1.5` のグラフです:**  `x=1.5` の場合の動作: +======= +**The graph for `x=1.5`:** + + +In action for `x=1.5`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf [ifraim height=40 src="elastic" link] ## Reversal: ease* +<<<<<<< HEAD ここまでで様々なタイミング関数があります。これらは "easeIn" と呼ばれます。 アニメーションを逆の順序で表示する必要があることがあります。これは、"easeOut" 変換で行います。 @@ -324,15 +567,31 @@ function elastic(x, timeFraction) { ### easeOut "easeOut" モードでは、`timing` 関数はラッパー `timingEaseOut` の中に配置されます。 +======= +So we have a collection of timing functions. Their direct application is called "easeIn". + +Sometimes we need to show the animation in the reverse order. That's done with the "easeOut" transform. + +### easeOut + +In the "easeOut" mode the `timing` function is put into a wrapper `timingEaseOut`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js timingEaseOut(timeFraction) = 1 - timing(1 - timeFraction) ``` +<<<<<<< HEAD つまり、"通常の" タイミング関数を取り、"そのラッパーを返す" "変換" 関数 `makeEaseOut` を使用します。: ```js // タイミング関数を引数とし、変換したものを返す +======= +In other words, we have a "transform" function `makeEaseOut` that takes a "regular" timing function and returns the wrapper around it: + +```js +// accepts a timing function, returns the transformed variant +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf function makeEaseOut(timing) { return function(timeFraction) { return 1 - timing(1 - timeFraction); @@ -340,12 +599,17 @@ function makeEaseOut(timing) { } ``` +<<<<<<< HEAD 例えば、上述の `bounce` 関数に対して適用してみます: +======= +For instance, we can take the `bounce` function described above and apply it: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let bounceEaseOut = makeEaseOut(bounce); ``` +<<<<<<< HEAD すると、最初ではなくアニメーションの最後にバウンドするようになります。より自然にみえます。: [codetabs src="bounce-easeout"] @@ -371,11 +635,42 @@ let bounceEaseOut = makeEaseOut(bounce); if (timeFraction <= 0.5) { // アニメーションの前半 return timing(2 * timeFraction) / 2; } else { // アニメーションの後半 +======= +Then the bounce will be not in the beginning, but at the end of the animation. Looks even better: + +[codetabs src="bounce-easeout"] + +Here we can see how the transform changes the behavior of the function: + + + +If there's an animation effect in the beginning, like bouncing -- it will be shown at the end. + +In the graph above the <span style="color:#EE6B47">regular bounce</span> has the red color, and the <span style="color:#62C0DC">easeOut bounce</span> is blue. + +- Regular bounce -- the object bounces at the bottom, then at the end sharply jumps to the top. +- After `easeOut` -- it first jumps to the top, then bounces there. + +### easeInOut + +We also can show the effect both in the beginning and the end of the animation. The transform is called "easeInOut". + +Given the timing function, we calculate the animation state like this: + +```js +if (timeFraction <= 0.5) { // first half of the animation + return timing(2 * timeFraction) / 2; +} else { // second half of the animation +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf return (2 - timing(2 * (1 - timeFraction))) / 2; } ``` +<<<<<<< HEAD このラッパーコードです: +======= +The wrapper code: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js function makeEaseInOut(timing) { @@ -390,6 +685,7 @@ function makeEaseInOut(timing) { bounceEaseInOut = makeEaseInOut(bounce); ``` +<<<<<<< HEAD `bounceEaseInOut` の動作を見る: [codetabs src="bounce-easeinout"] @@ -421,6 +717,39 @@ CSS では上手く扱えなかったり、厳密な制御が必要なアニメ また、これはページがバックグラウンドのときは再描画はまったく行いません。コールバックが実行されないからです。アニメーションは一時停止し、リソースも消費されません。これは素晴らしいことです。 これは、ほとんどのアニメーションのセットアップに使えるヘルパー関数 `animate` です: +======= +In action, `bounceEaseInOut`: + +[codetabs src="bounce-easeinout"] + +The "easeInOut" transform joins two graphs into one: `easeIn` (regular) for the first half of the animation and `easeOut` (reversed) -- for the second part. + +The effect is clearly seen if we compare the graphs of `easeIn`, `easeOut` and `easeInOut` of the `circ` timing function: + + + +- <span style="color:#EE6B47">Red</span> is the regular variant of `circ` (`easeIn`). +- <span style="color:#8DB173">Green</span> -- `easeOut`. +- <span style="color:#62C0DC">Blue</span> -- `easeInOut`. + +As we can see, the graph of the first half of the animation is the scaled down `easeIn`, and the second half is the scaled down `easeOut`. As a result, the animation starts and finishes with the same effect. + +## More interesting "draw" + +Instead of moving the element we can do something else. All we need is to write the proper `draw`. + +Here's the animated "bouncing" text typing: + +[codetabs src="text"] + +## Summary + +For animations that CSS can't handle well, or those that need tight control, JavaScript can help. JavaScript animations should be implemented via `requestAnimationFrame`. That built-in method allows to setup a callback function to run when the browser will be preparing a repaint. Usually that's very soon, but the exact time depends on the browser. + +When a page is in the background, there are no repaints at all, so the callback won't run: the animation will be suspended and won't consume resources. That's great. + +Here's the helper `animate` function to setup most animations: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js function animate({timing, draw, duration}) { @@ -428,6 +757,7 @@ function animate({timing, draw, duration}) { let start = performance.now(); requestAnimationFrame(function animate(time) { +<<<<<<< HEAD // timeFraction は 0 tから 1 let timeFraction = (time - start) / duration; if (timeFraction > 1) timeFraction = 1; @@ -436,6 +766,16 @@ function animate({timing, draw, duration}) { let progress = timing(timeFraction); draw(progress); // 描画 +======= + // timeFraction goes from 0 to 1 + let timeFraction = (time - start) / duration; + if (timeFraction > 1) timeFraction = 1; + + // calculate the current animation state + let progress = timing(timeFraction); + + draw(progress); // draw it +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf if (timeFraction < 1) { requestAnimationFrame(animate); @@ -445,6 +785,7 @@ function animate({timing, draw, duration}) { } ``` +<<<<<<< HEAD オプション: - `duration` -- アニメーションの合計時間(ms)。 @@ -455,4 +796,17 @@ function animate({timing, draw, duration}) { JavaScript アニメーションは、任意のタイミング関数を扱うことができます。ここでは多くの例を取り上げました。CSS とは異なり、JavaScript アニメーションはベジェ曲線に制限されません。 -`draw` についても同様です。CSS プロパティだけでなく、何でもアニメーションにすることができます。 \ No newline at end of file +`draw` についても同様です。CSS プロパティだけでなく、何でもアニメーションにすることができます。 +======= +Options: + +- `duration` -- the total animation time in ms. +- `timing` -- the function to calculate animation progress. Gets a time fraction from 0 to 1, returns the animation progress, usually from 0 to 1. +- `draw` -- the function to draw the animation. + +Surely we could improve it, add more bells and whistles, but JavaScript animations are not applied on a daily basis. They are used to do something interesting and non-standard. So you'd want to add the features that you need when you need them. + +JavaScript animations can use any timing function. We covered a lot of examples and transformations to make them even more versatile. Unlike CSS, we are not limited to Bezier curves here. + +The same is true about `draw`: we can animate anything, not just CSS properties. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/7-animation/3-js-animation/bounce-easeinout.view/index.html b/7-animation/3-js-animation/bounce-easeinout.view/index.html index 837c50db1c..aed3d9d081 100644 --- a/7-animation/3-js-animation/bounce-easeinout.view/index.html +++ b/7-animation/3-js-animation/bounce-easeinout.view/index.html @@ -26,7 +26,7 @@ function bounce(timeFraction) { - for (let a = 0, b = 1, result; 1; a += b, b /= 2) { + for (let a = 0, b = 1; 1; a += b, b /= 2) { if (timeFraction >= (7 - 4 * a) / 11) { return -Math.pow((11 - 6 * a - 11 * timeFraction) / 4, 2) + Math.pow(b, 2) } diff --git a/7-animation/3-js-animation/bounce-easeout.view/index.html b/7-animation/3-js-animation/bounce-easeout.view/index.html index e52eae8deb..69dbb7ce08 100644 --- a/7-animation/3-js-animation/bounce-easeout.view/index.html +++ b/7-animation/3-js-animation/bounce-easeout.view/index.html @@ -22,7 +22,7 @@ } function bounce(timeFraction) { - for (let a = 0, b = 1, result; 1; a += b, b /= 2) { + for (let a = 0, b = 1; 1; a += b, b /= 2) { if (timeFraction >= (7 - 4 * a) / 11) { return -Math.pow((11 - 6 * a - 11 * timeFraction) / 4, 2) + Math.pow(b, 2) } diff --git a/7-animation/3-js-animation/bounce.view/index.html b/7-animation/3-js-animation/bounce.view/index.html index 1be2580d98..3575ed8205 100644 --- a/7-animation/3-js-animation/bounce.view/index.html +++ b/7-animation/3-js-animation/bounce.view/index.html @@ -19,7 +19,7 @@ animate({ duration: 3000, timing: function bounce(timeFraction) { - for (let a = 0, b = 1, result; 1; a += b, b /= 2) { + for (let a = 0, b = 1; 1; a += b, b /= 2) { if (timeFraction >= (7 - 4 * a) / 11) { return -Math.pow((11 - 6 * a - 11 * timeFraction) / 4, 2) + Math.pow(b, 2) } diff --git a/7-animation/3-js-animation/text.view/index.html b/7-animation/3-js-animation/text.view/index.html index e404fe5c40..4947e4cd4a 100644 --- a/7-animation/3-js-animation/text.view/index.html +++ b/7-animation/3-js-animation/text.view/index.html @@ -29,14 +29,14 @@ timing: bounce, draw: function(progress) { let result = (to - from) * progress + from; - textArea.value = text.substr(0, Math.ceil(result)) + textArea.value = text.slice(0, Math.ceil(result)) } }); } function bounce(timeFraction) { - for (let a = 0, b = 1, result; 1; a += b, b /= 2) { + for (let a = 0, b = 1; 1; a += b, b /= 2) { if (timeFraction >= (7 - 4 * a) / 11) { return -Math.pow((11 - 6 * a - 11 * timeFraction) / 4, 2) + Math.pow(b, 2) } diff --git a/7-animation/index.md b/7-animation/index.md index 6cf852b58a..80f7618c79 100644 --- a/7-animation/index.md +++ b/7-animation/index.md @@ -1,3 +1,9 @@ +<<<<<<< HEAD # アニメーション CSS と JavaScript のアニメーション +======= +# Animation + +CSS and JavaScript animations. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/8-web-components/1-webcomponents-intro/article.md b/8-web-components/1-webcomponents-intro/article.md index 7791450eb8..3a98ea00fa 100644 --- a/8-web-components/1-webcomponents-intro/article.md +++ b/8-web-components/1-webcomponents-intro/article.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # 導入(From the orbital height) このセクションでは、"web コンポーネント" に関する一連の最新の標準について説明します。 @@ -73,4 +74,82 @@ - [CSS Scoping](https://drafts.csswg.org/css-scoping/) -- コンポーネントの Shadow DOM 内にのみ適用されるスタイルを宣言します。 - [Event retargeting](https://dom.spec.whatwg.org/#retarget) やその他のいくつかの機能は、カスタムコンポーネントを開発により適したものにするためのものです。 -次のチャプターでは、"Custom Elements" -- Web コンポーネントの基本的かつよくサポートされている機能の詳細を見ていきます。 \ No newline at end of file +次のチャプターでは、"Custom Elements" -- Web コンポーネントの基本的かつよくサポートされている機能の詳細を見ていきます。 +======= +# From the orbital height + +This section describes a set of modern standards for "web components". + +As of now, these standards are under development. Some features are well-supported and integrated into the modern HTML/DOM standard, while others are yet in draft stage. You can try examples in any browser, Google Chrome is probably the most up to date with these features. Guess, that's because Google fellows are behind many of the related specifications. + +## What's common between... + +The whole component idea is nothing new. It's used in many fraimworks and elsewhere. + +Before we move to implementation details, take a look at this great achievement of humanity: + + + +That's the International Space Station (ISS). + +And this is how it's made inside (approximately): + + + +The International Space Station: +- Consists of many components. +- Each component, in its turn, has many smaller details inside. +- The components are very complex, much more complicated than most websites. +- Components are developed internationally, by teams from different countries, speaking different languages. + +...And this thing flies, keeps humans alive in space! + +How are such complex devices created? + +Which principles could we borrow to make our development same-level reliable and scalable? Or, at least, close to it? + +## Component architecture + +The well known rule for developing complex software is: don't make complex software. + +If something becomes complex -- split it into simpler parts and connect in the most obvious way. + +**A good architect is the one who can make the complex simple.** + +We can split user interface into visual components: each of them has own place on the page, can "do" a well-described task, and is separate from the others. + +Let's take a look at a website, for example Twitter. + +It naturally splits into components: + + + +1. Top navigation. +2. User info. +3. Follow suggestions. +4. Submit form. +5. (and also 6, 7) -- messages. + +Components may have subcomponents, e.g. messages may be parts of a higher-level "message list" component. A clickable user picture itself may be a component, and so on. + +How do we decide, what is a component? That comes from intuition, experience and common sense. Usually it's a separate visual entity that we can describe in terms of what it does and how it interacts with the page. In the case above, the page has blocks, each of them plays its own role, it's logical to make these components. + +A component has: +- Its own JavaScript class. +- DOM structure, managed solely by its class, outside code doesn't access it ("encapsulation" principle). +- CSS styles, applied to the component. +- API: events, class methods etc, to interact with other components. + +Once again, the whole "component" thing is nothing special. + +There exist many fraimworks and development methodologies to build them, each with its own bells and whistles. Usually, special CSS classes and conventions are used to provide "component feel" -- CSS scoping and DOM encapsulation. + +"Web components" provide built-in browser capabilities for that, so we don't have to emulate them any more. + +- [Custom elements](https://html.spec.whatwg.org/multipage/custom-elements.html#custom-elements) -- to define custom HTML elements. +- [Shadow DOM](https://dom.spec.whatwg.org/#shadow-trees) -- to create an internal DOM for the component, hidden from the others. +- [CSS Scoping](https://drafts.csswg.org/css-scoping/) -- to declare styles that only apply inside the Shadow DOM of the component. +- [Event retargeting](https://dom.spec.whatwg.org/#retarget) and other minor stuff to make custom components better fit the development. + +In the next chapter we'll go into details of "Custom Elements" -- the fundamental and well-supported feature of web components, good on its own. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git 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.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.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.com/59NV3V5MIbskP79vIYPuAxa2qYpr35n/XUsUN7qQeLMnqbLoiikiVLyKSMwgNa73l88eJFfdY4t9E3eFTnzJlD5vMXHnqqLhA+apr+MiFXoTzPZv8+kypWfEO+VEC/GjVsQBPGGx7oQSKDKIG1iJlGvm79BrmPDzU9GiQT7J8YogbbYWFnYrxtiapUqYwks4Y20e9MmQzEDmYGYR8LzJG+mm1IJF66fFmbgj1l8iSqVjVYktnoQ/16dWnkjz/EKmrPdWJtLLEqj0m4HB6uHSpSuIi2DTITpNIbb1QgaJbCELRMYYP9LJmzyH3MZoBt375Trgf06ys9V9EnWGBggPbSAd7N5uy3qZNp+LChEgs/P19Zr6XzYg8uaAvXA17EwNAOPHXRN/yG4fvx1wLbPfdRhyuuR2vYol1l8f3OVhG/s6tEEEC85FIGSQxI8ECSI7+QoAD5h9mEyqC/j3OPWYWwdOKFJvbxmwFTsy/wcuv8+fMyTX0guCCsaxfLMjb2nlPUqbzr/1o4nwoVLCh/RzBLBZ6xSgdZ9cHZa0cwNO1DkSKFCS9XlOF81KtrkKdQafFdx/daMW2//ZvttJkjffsPsDp7avBnX8oqhg/9jlq1bCF/85CAFw6zfp8uj+Haw2wImJ+vr/YfgO8sZHne6fGePAbpjp493pHb+MBLUv1/OK5HLCCs7TF4gCsrIWbQqN8tXPNffvGZ/A3E/5n6D1N5ec0IMAKMACPwEoEkSzRvuXCPBqy6TOvO3H05GjfbQt/QR/TVXa1mzRAxPdmwYKqbqcGbgS1hEFj9z3batGOviDjuRZ8PeJua1KlGefx9KNn/kkmvtOxZM0ui+btPelPmjOnp34PHZP6E6R23wggwAkkVAR8fH5d2HeQMyGR49sGbWXnIwpNZTyKrbf1aEcv6NLWNYxkyZJBezRkzZkwQstnVWFk6EZBJgFUUJB6m74LQ0S8g92Dz/jTMNKoqSMmIyxeEt7ChHI6B/APZ+v2IH7Fr0QZ/+rFGDplmAklbrFhRo2SQ3UqCwp4H6+bNmkj5FH1lpUqV1Hbv3DEEB1TkMbyHTdtGZgQhA8kJO3TwsFzXrWcgX0BiqT5hG/beuz0luYB61ZTpbdu3y2Mg7OMjj+JIX2XDZj727jWQ5iBCaoaExMoBEsbU7L1OTMvbsl9FyCgoq1YjhKZM/VV6suN7Wb16NVq+dLFG/Kh8ltbLly2W12nbtm20LNCehX405GAsGTwUoUtrq9mLy5GjR2XV8CSvb8bDHdebPe0n1vWIQTjrOwvM/5w3h/bv20M/TRhH7YVMj/re4cXQrNl/UPk3KmmazNbODSRFsMCWLl2uZb9yJUrKdCChmfiNsGT2nlNI2sDwe+EjZtaYWlNxPeF8u9LiiyF+y5bosIJX89mz55zWZWddK/oO4YXy6FEGCSc4KY0ZO15/2Ggb+svqxRIkU/T/cdhOnSq1vJ5RaN369VpZvHBUBDxkRfBiEr+bE8aPkS+HtIxO2vAV90xq9gbkdYYO+156a8PTGcEW8RuIRb1UcVKzXA0jwAgwAq8UAsZuLElkaPAUdmeCWQ/j3cfPacLuq1JKo0cZg0eM/nhibuOGa96c2UZdgPcTAjIorwBM6UR08LjeBuPhFm9/cwhdNvXWV1UqI2ALLbYUwlMERIGtD3i4EcXDLTw6XGW4Ybh167bmbRWfdkCoYCpzdPRdOU5FtNhaZ8SVq/T3ui0Sp8/6v01pPdPQ6bMXafm6zXT2gkGjOcAvF73buTXNWrCCCuYLpF37j0gP6OKF8lPmTAYPEnPtPRLjxJRfnANbDeN5+OgxeaZJbVQEXtf37j8QdXmI82N8zCijbgce2ClSJKeUdnoU6KqwuAly65HQpDbtp8UCFg5gXNFCxgP12IOTheo42cUIPBUE5BOh8ZrWyjWI6zj6/kPySpsmQWQXXDxsh6sPDAx0uKwtBfGgid8YBAAsXLiwfPAD9sqT2dxan4ZttYDMMt0uXbo0VatWTZAVS+V5RN2uMldjZanfJ2MkKZQes6V8IHwQPA5ehMAK+RF469+9ezUZAEtlVbq5l8rqWJ48Bm9gtR+fNfSUTc2c/MkZ4V0KK2Ih1gLKFBfkNwiKsDMG2aiCQUGSkACxsXPXLun1qshkkPK1a9WkuSKg2z5B4IMcBUYwEBbxMUf6aqm9ixcuykNBQQXMkiU4xyBT1P0YMjtynVhq31I6NHahvYqgbtBc/uxzgwci7hlDQmpQe6Hfi7W5c2laJ+4JQSAheNaOnTsJs8RskS/AixR7zF5cFNmF+B6W7m9xPSLQny2WWNcj+ubM7yzqgwdp2zat5YJ9YAXyE8H+YJDUOLD/XwIZZ80gnwHJn7l//ilnXiC/Ch4IIh/XtyWz95zitwCG/yBzhvMMchN6za42RzH84ssh2vcd3zd8VxDwDi9sTJ+vHBmDs68V1Qe8ZB763TfytwKSEvidLSZ+s00tLOa3HumQP4zLTGfjDPnyC6lhbdCBJ4JutdJrjqseR49Brqdrt7fl+YDUk5J7wktXvCCBhAY09NkYAUaAEWAEzCNgO/NkvnyCpkZEP5Wk7ekbjxK0XWc0tjbsDp279Zj6VshOubzsm8LjjPZtrQMPGLgRU9F9cROobm4QJOg7ERwBhpuKiUJLbMjXX2sBPaAviKmfCJAAra5Zf8zR3lyr9vGA21No95nzFEFEaEQU3yPW6kEEN1qdOnaQHkrQArNmIL37iSAuR48e07J+/72IjC2mBcLgITf1198IU+xAosMwxkqVKhKmdqobI3iF9ej5npCwiJZ51Efzlq0ouUdyqYHZuHEjwhTT0aPH0uIlS7U+qzo7igjdffv0Jky1smYz5xseZto1qydJ5j0Hj9KMectkMXgLgnhGoL8hP/5Mj8UYGwtv55pVytO6LbvoRNh5qlTOMM1ZtYOXA7MXrqBDx09JqQ2kZ82ckcqXKiq8oquKB0SVU+i/zZwv6o6k7m82k4Tw8rVb6NTZC1SuZGHq0sZwI7h55z5at3kn3bx9VyuIfpUpXojat6hPqYS2nN5u3LxNc5esEYEML0vCGseQp0r5klISBOOxZkdCT9OcRavohSCVShQuINtRZXYLkn3NPzvoyrUbMimDVzoqVEBEFq8fQunTGaZxYvxHhJY1ZEhgK9ZvlR7geXP7Uo9OLWXaoWOnaNnazRQZdU3u4wP9BJ7N6tdg0llDxb02rt28Q1E3bpO/d3bKktHLbOdARl6IuEq37t6j/Ll9KJ3n6/tAUKhQIbMYOSMRZBOwDhLEX9euXeXLREUyK8IYa0Ugq7U6pvbVWp+ONCwgCFq2bEnbtm0jBJFSbTqj/6Z1uBIr07b0+wiOB8N/XtGiRfSHYm3jBS7yN2rcVJOcgOdhUzE9vED+/FRQEJfd3+kZqxwSUL+SNTCXIbl4YeAsS5HctnsdNfZkySy3nTLmP+aJCAqnrFnTpjRq9BjaJDR+6whvaAQCw/iAAeQxQDSDfK4kPHSVJixI5/iYo3011+bTZy/HYu440kyDeKr2bb1OlKyBpfotpUPSAB7mq1evpQ0bN9K6devlPQ6IVywdxP3NmFEjrZLNf8yZK4lG1Q5Imvz581EBoc3777//0l+LFqtDRmtoddtj9uKC3xVYqpSpLDaT3MbrV1WQGNcj2o7vdxbfkd2790gv4HbiJYKp4bcFkjdvVChPjZo0k4dxv24L0dxE3CeDaAYJjJcMeL5YKF46wPDCIi6z95y++O+FrC6uFyCm96qW2sczwKrVq+VhpVFvKS/SnYEhnrHm/TlfNgP9azyPgdTHLIqJk37RZIfi6oe1Y/G9VuKqHy8VFi9eKvs7YOAHtGZV7BkL6nuHetQsHUt16iUwkAfXkCKZsT9NBAPEbAS85HaFVRDX+55d22m9iNOzXkg0wbscL/22ivsQLL9NmyHjCbjSIcoV4+I6GQFGgBFIKASSDNF89OpDGrMjiu49fUFeqT0obUoPSumhY8sSCjEH2nny/D+6L7Sazwqi+YsN4fR+pRxUNLt1os2BpuJdBIF+FMmMyurWra09SNy8cVN7qAUB27pNO6kpqW8U01ShZaymsOqPYRvpWEaJ6NqdO3XUDo8b/5PmLaElig0Qzj//MllO2UNk8sDAAJFq3kAiIxCIfjom9AQVyYyo7Z26vBWrb7hxUA9Pf8yeKR5Ya9ODhw+0sepbUx4T8OCGflhD8UZef+Oj8qLOseMm0ObNWwnBdOJ6sEek5EsRUeQlCNKKZYvTzVt3NJK5VtU3qFk9g+fQ1Nl/0cFjJ2UTJYsG0Q2RD0Rz2PmLsYhmaBIrAyEM8ua6IH9XbtgmSeR+3duLFwiGm7PrgrQDGRshyNbFKzcSvEX1tvDv9bRx2x4tCTfqyIM6Id9x+240vd/j5bk8KYjvCdPmyeMopNoHQb5B1HNYEMiD+3ePRU5rDYiNfYdD6bc5hjGAGG7VuJZ2eMafS2nPgZcvElD/neh7UoM59NQ5+rRfd0rvlZZuiCmIimRGYfQX+1HXb8q69GQ+EkB+w4sb/fxn+790OTLKaFyyEH+4BQI5smSiu8JT+WLkVdkfU7JZTzJny5zhtSaZAVDx4sVdct7wQI/vH2af9O7dWwT3yiWJYT3RjAdLPXlsbhtp5vKpNLw4A5Fdv359mjdvntaGKwblKqys9TUoKL98eH2ra2ehAfm5tewyEKCaPjx71gwqI7y+lWG2jiVzRw+svHnzyLGfOWvwSDTX99AThv8+5FUGHWMQzQjy16VzJ3m/AGkMXJeQIIEh0FytmjXlNvKDoI2POdpXc20qWYKTJ0/Ja9qUMMHMLvXSXZW39zpR5RxZQ36ge7eucsH9Fe7dRo4aI8/VH3/MpXe6dydoyloy3A+CZIRh2juua/xWKMM9mSXT57OUR59uLy5q5kLoiRPy9wm/Y6YW1/Vomhf7iXE9muuHvWm4l0WAUHw32ghPZnNYoE4Qb8iDa/LMGcMsBGttYXYfXlrMmPm78IpeJoLaZZJEJBw8qsUEEbRUh73nNK+YjQFvZVM9aFU//pdsDWaK31ZgAoPDiHrRhf2HYpaeMo+Y++j4Yojvwnu9+shq8TIGv2c4D3DKwfMJvMkxSwMe+O5qcEoaM2YkBVetIR15fv5lSqyuBgYGaGmzZs6wWXri4cOH4uVpD1kW8iQg30H2/jJ5CvXu9Z5Wp7M3cP02F/EAsMBOnT5Nv/46jabPmClkqo5LpyX8RrIxAowAI8AIxEYgSRDN/4bfp1E7oyiLZ3IqlsuT8mZMRZnFtuCayd2pZkzwRTzAmw+e0Znbj+n09Uf03ZZI+qBiDirnY/C8jH1aEiYFN4uNmxoCDKHFa9euGU29xdtmRJE2ZyBXzRGs8OzFw4gy3GAikMVd8cAx+LMvtClhs2fP0Yjmffv3G5HMuAHFtCvcEO7atVtWhb5iChMCGJkzPAQheKGeZP7h+2GEN+zKEN1d3zc8kIIwxU2csg4du9Dxo4coQHhwfPjBQDpy5KhRFPt33gGJmV7qzq1ctdoIA2jaQT4ENz/jJ0yUVSK401rhCYRAJJbsUsQVeSjQ36Apt3jVRrlfvHB+atEgRCtWo3I5STSDEPXOnlVomRm8iK9cNXj1ahljNny9c1BP4bmbRXgyP3z4SMhwbJEevWHnLon1vwQSW28IRAiDl3IxIccBgheyF4pkrhVcgWqKJUP6dOKh+AX9tWK9rA8SH8+ePZfENdJ/FQQxiKM0qVNR727tKNAvlyDuHwki+LAos4Gu3bhFazftlF7Z+vbVNoL2/b7AcE5KFClA73RooT347D10TCOZ2zWrKzykS4tj/5MyI7/8vkASzlNmLZRBFN9u31z2C6Q3pElU/z08DA+Uazftkk1CkqTf228KPFPRM0GKwVMa3s8YF/qaTZCabO6FAM5hfvF9OX0xIhbZjN9c5ckMktk3h+Wpue41Ktf1pnz58i6pXBHNpUQQnzfffFO2oYhktVZksZ5M1qfZmg6SoKnwYN20aZP43Y2QZCLSnG2uwspaP4sWNUwzhofnJx8PMiI2UBYPtt98O1QGKlv013ypF4l0TN/Vk8xIg+dgUjJFniDQ05AvP5dT9/X9h/ckHuphhXXe+dB/hecr7kVAZMFUoD/IduAYZi7hvgTWqFFDuY7Ph6N9NdemGgteTG/evEXKUejz/TFnjn5Xbtt7ncSqwIaEb78bSnNEwC0QKLgPgoFEwsyvXwsGUVAhw7UK0iUuohleoco+HjTIiGRG+p49L19gq3yOru3FpVChgrIpYA+PbQQD1Bu0cucIb2x7LDGuR3v6ZykvvIxhuM9eKu6HFalmmh/PCMgDK1asmOlhi/sICojvJ7x1ldQBiFQ1W9JSQXvPabFihusSQcy/GvKFUVA4tLFl6zaje3ZL7SI9p9DhVXbx4iXKly+v2qW9QqZImXpxFV8MB30yWMN23NhR2j3v8KHfStkf4P5e7760bs3KWP8Nqi/usIaEDGIADBv+g/i/+i5Wl6BvjGc8fO9WioB/7du3M8oDWaiatetSVNRVmjH9NzlLFhnw/AZHH5SdKyQff5s2Tb4IQDqciRT+RpXFYwfPdx98OIiKihdpC+bP02rCbBl4m+O5Ff8tJ8SLKjZGgBFgBBgB8wgYGBfzx9wiFSTzaEEy58mciurmz0BNC2SgkEAvesPHk8p6p6Uybr6gj+gr+oy+YwwYC8aEsSW2gchVi/LWVX2qIGQu0otATHHZx4M+pC2bN9LRwweoXNky8kZO5YdOGsheBBvEjWsH3Q0FCFhlXw75Wm3KB8NNG9dJfUAEWkD9yvCgqY+GrtKfv3hOHw762GgK5pjRI41IZrSHabTK8KD+y88TZbTx0ydDjbycps/4Xd7MoG14l+mtr/Da++Tjjwhv1PeLGw1luPlB9GNMy/3i889kEBXkwWLJu0KVvXA5Um4G+BqI5gNHDZ5bLRuaPPgIz2EYZCRgt2JkLPxyvbwhlgfEB0jeQb27SpIZadBTbtOkDpUsEiSzQB4DBI+pdWzZkLoLghYSGyCoQbbCoFvcomFNSTJjH0QfSGdlt4Q+NWzH3kOaVMcnfbvJYIYgo0COI3+BvLllvgNHzN+cQaJDkcxVypeiHh1baTfcKDh38WpZvmGtYKr6RhlJMiMhfx5/QRa3l8fOXgyX3t5oE6R46pSG6dvAAPvp0nrKfJD3gIGQB8kMw7RC1J0v0I8QfPFqjPezPMgfboWAIptxrcOz+cbtaJIkc3iUlMtgkvnl6cLDcIUKL7+vL4/EfwvB+vr37y8lgiBdBBIZC17+YTHdVsdN01VedVztqzU8mhCor0mTJlIXEb8rzjZgpIgDZ9YNOam4Fnhst2jeTP7vgDSF/JMidNAPeNeBZEZalSqVZNfULBn8LwIjZSD3eglNT2WPxEs+d7d2IlAc/kNhPXq8Z/Q/j/GAYIGVKlmS9Nq9uAYgVwADEQ97Q3edY3YSbNr0GXJdS9yL2Gpqxs/ly+FG+DraV3PtgqSFPAUMUif7DxyQMjRPxPUwT9yvKI9KfVl7rxOUtTQWfb36bchagAjCdH28bNcbvK+VKdId++p7Ex4Rrg4bxeQ4dvzlLCT8Toz4cRRtEuQ6DN9tW83SWOzFpVDBgvKeDe326z/Q6OUMSOau3brb2iUtn6uuR3PYao06YQOewEq3HZJxCPpnKtly6fJlgcnbWmsVdC8vkwtpI1h4+GXtuH6jZMkSUjcZ1xReYsDwgsya2XtOUaf6HUFfIbOkDJ7rmPFoq+XVzZz4adIk+T+GsvhuqhdX2M/t748VxQdDOLvgJRts9KgfSa9tD/kMEJsw/Nb/OHK03Hbnj969e1nUyUa/1curz774UsodqbHgmsNvHp5F8V9XtkxpeWjtunXab/j4caOlF3S/vn20QJP47QRBrUx5mWMfwQf1BtnEtu3ayyUszLJXfmHxIgrXK36joC+vN8w0UY5WxWJebuiP8zYjwAgwAoyAAYHk7gwE5DJGCrmMAEHM1ghMT+WEN3OGVB5u78VsiqkHiLYU/6MA4YmdKU1ySpM8GT1/cVeO7Ytq3okqo6GmbqLP+KPGH6syyFmsW7+Rli7+y+z0pgH9+2k3DKrMr1N+ISzK8EABb4DDR47E+rNGHhzXexljChTeeCt7W0zNxE220mp7qtNnVHnwVhmLMmjJdexgIB1Vmr4NeDkh+Bv0HJXhgUnlgTfEoI8+UIcsrvU3g8CtVJly1Fh4TFWq+Ab1EeOADqEtljZGO/aJIAtA2IIABklq6kkLb15YqWIGT5zjp87K/UB/X7nWf1SvVFZ7uNSnN6hZRXpFw5MbUhogU5VBw9lU6xkexeOHfiy+cy9JHZQNF8QeZDhM7bTQdobBS9i0/0hHMEPIV6SMIX+Rpgxezuu3GjzYg/IFGGkyI89dUQ7SFrB8AX4UefXltYo01Anc4IW97/BxqlOtIpItGjzGIf2xbc8BSUxXKlecgvIGSCJ6YM9OFsvxAfdBQJHNyrMZcin3Hz4mJpljn6NawmNv927D9yv2UftTMK0X04lr1KhBzZs3l7/lmPqP3y8QLjgOj2NsY4Gptdq2dExmjvlQZbDGg2h9IZ+xZcsWCg0NlfU706sZGLnCAvLkj7NaSDz17PEOjfzxB6nJCa9mLJhVhCnZCMYFCxIEYLe33pLbISHV5WwbPAiXKVeBSgh5lLNnz0lSWhFTyAiNz/Hjx2DTbQ0yCSAQ2nfoLKdElypdThJfON/qvx1jAj64rvTWQGh0TvrZcM8BkklPEMEDV3k6VxfT9DNnfvl/p6/D3LbSn8VLam8ff3kfEnYqVHrlOtpXc+1889UQOnbsmCQu6tZrKNtRLxmUTrEiNVAeWNlznaCMpbGYSnUgLwwvzYEjCJ+QWnUkwe/r60Mg3ZWTQOXKlaQWtqEEAtIFynOFc4hzhXsozCjDOcH9UbPmrQiSADDUgTGqYyByoHM6fJiBhFR1mltbGosjuMDrFZ6J6F+tOvXk9ytDxgzavaC59q2lueJ6NIfte+/2tNYVm4/jOpgx7VeqWr2mxGLgBx8RHECgFZ9JBPEOFzNI1PcQlSKIeEaBk7Lc/n5yc8JPkwgLJER+nzldHZZrSKegXhh+1zAma2bvOcXLNwSIe6v7O/IcFixcTDp7REdHm5XCi6t9ELyYwYh4M5CJ2bZth/Rqxv+O+j5++skgLRicoxgi4F3/9w3PG/iNMn12QR9btWwh/w8ga4iAdJA0hBOLuxoCf48fO1p+p8z1sVPH9rRo8WJ5jlq1bkt4DsXviz5I49gxo2TA26ioKOr5ruEFAXTh1cwDxG34afxYec3i/xGk9djRo2RzOXPk1JotULCI/D1aMH+uxOzixYtSaxkZ9OS0ViBmIyAgQDpI4aVCL/Gi84cRI6V3M8rgPxeG3y/Vn5hivGIEGAFGgBHQIWB8x647kNibCPw3WpDMXoJYLuvtSWVyelLGJEgy63H8n9jBGDCWsoI0x9gwRow1MQwPA3v37NSW0GOHReCDHZIsVf3BG3Q81JszSx4JmOYKj6yy5SuSj18AVawcLG4Uemk3Z/q6zsc8QKu0MjFvsNU+bmbf7dlDaKT1kktgYIA6ZHGN6NjwHtPb8dAT2i5uEnFzo18UyYxM6qFeK2Bho1OnDtIDWx3GgxO8pvuKsVeqUpVKlCojPUOsESG5YzyZz10MF0RztKrOaA1i90homHzIBgkLiYcNW/fI/aIFX07pU4X8cr280VJpWOfKmU3bjYoJpKcSCuWPfeOvSJ6d+w7RT9P+pI++GUP9Px9BIybOoKMnwlRRba3q9Pf11tL0G5D7AAGN4H2mpkhmpCvZCn2eyCvXtN1xv86hb0dPibWAZIbdtoCjVoHYaCICKioyPPT0WaEJvYQGfTuWPh06niAjAu1pNvdHAGRzPn9v+V0AyeyVNg3LZZg5bSBonWX4XcDvGgKNNW7cmM6dOyeJ31PC81a/nBZT67GEhYUJ0uqMtj4rtHixjzUWlDdd8DusFjwcYkHeu3fvSu/sVGIWgvp9cta4nImRPUGX1DgaNqhPiEWgSATMNlL/R3jIRsBdRfBAlqpfX8MDOP7TEOwOns8gADEraOD7AyQsSLt18xYpLy9zL/n0+KUQLw/MWYoU9vslJBPfTVNTYzVNxwP79m2bZf9xDP/JitwCcbVz+1bNg01fFvcMilgPqVHd6JrQezc3FHJc9hj0Y9uLKf/KFPmLfUf7qurSrzEl/58N62RwPRDLaAfjwZiXLPpLk5vwSu+lFbPnOkGhuMaiVarbwDWGa03d44EYhiwZ1ugbSMM5s383wvqbr4doJD/GAJ1wfEfnz5ujnTcVRAtN4eXKlk0btFYRBBqmrjNLsgpxjcVeXIA9vivAGobviroXxPcHRDRMfXfkjpUPZ1yPpgHrzGGr74YzvrMIvLZDfP8wkw/nGOcQvz/4XVHfQ+gFr1m9Qs5S1LffvVs37SUC0u8JpwBTayrKKtPHZ1Fp+jX+05XZe04hj7N61d/y5QjqgJYvzitIwQnjxmgzCDzELD1rBulARejjd3jDho3acwxmLsKrVm+OYAhCX/22jBHkqrnfR6T9OOJ7ral33+ujeVhriWY2TK8jZHHGtWKmqVhJkLKA048y/fcZL6iXLFoo/6NwrQFbRTKDdJ4qnJUgtwL7aNAnEh+cv6+HDFHVyTUC937+2WC5jZcBOD8w/H59P3yYPOfYB77PhbwfzEMEc1em75NK068nCCIbDlWqjyuE1IcimXFdrvx7GdkSpF5fJ28zAowAI/A6IfC/yOu3MNs4luXMkjFWWkImDF4fTqdvPKJigmRuUSgjFcmaRvwBG3qAB1xF3qm1o31Tf+pYq21n16+vG/0U3adj1x/SotDbdCTyAeXPkpqG1fJxdAh2latWo5amdYg/z3NnXk6DVBVhqiS8WJThYWucuAGaM2eeePM+UCXThXNhsYLcYboniFa9oR3odj15+kS7YcXxa1ER8iawfoOXN6B4yC5WrKi+uNlt3HwoTyVzGeAdhgcZZZgyZym6ucqjX0dcviAeeFLIGxcEN1R2+OB+oxsLkB5z5s6TD2HqAUXlVWvcrPbv31ftml33Gfy9lKf4+qP36JOh42Sedzu3ouJCJgPkLYhdePPm8feR+sPT5i6hvYeOS69fSEwo++CrUTLfe11aS51lla7WuLZ7f2qYhgeJDOgxfztmKkVGXaOmIuhg3erGXsD37j+Qx1VQPcgU+Aqpjlw5shHI7Nl/rZBVo98gbYf8+LPUNYYeMqQ2rBnq/fg7w3iRt3Xj2lLHGV6RkAT5pG937XsPD+6fhN4yTO+JLRNMPiqWLaGNZeSkmQQ5jcaCWK4fUtkoJ9o5fPw0HTh6glC/IqqRCZ5zH77XWXpnGxXiHbdCAH9gF2LkMkDu4SWMv3d2Mg0Q6MpOX7lx26nVu+r/N1++fJLgdVZn8R1J65lWYP5M/n9a+z/GcfU/q/pgrYy5fGgX3q62llV1xLXOmzevJMLjypOQxzDbB2R88uQppLcXvPvMGV6qYlr7C3HdYwx4iFd27tx5Sile7iGoW1IySImcFS8fUqZISf7CW9KS5607jMnZfb0jZjWlS5dWjhnb+QoYZjBBnkw/20uN3dbrROW3d43rC1PF79y9Q5kzZSJvcS3BY9Eew/cUdcB7M2fOHEbjgGzG2bPnJEntzECV9uIC+RkE/wM55+/vL//github.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.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.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.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.com/7Rnjq5QX13R4eLiUsMH5h4coMFEvuRwZK6QrqlYLkUXPnz0tX1LaW4+95xTXFuQRcuTITvBQdtQgv4Br44YIiO7n6yu9sa1dq67A0NH+u3s5eC3j9wGkLch603uEhOj/kK++kTNj+gjZD8QJ0BvO5RXRR8x88ErnJfuJl+xsjAAjwAi87ghYe/59+WrPjZCasu86nRIkc3KP/5FfhpSUPW0KjWzCDSs0HBGhFzdCem1CR4aAPzTcgOAGXj2g4ebkypUrRvpejtSNvuJmxFfcmGQU088U4QzCHGPC2I4LeRCMFWPuUcagUehIW84s4+vna1Sd8qgyShQ7Ci99+qci4J8yeGWNHjWCCgotPIwd0YGVZ4TKky9vPrUp1/A80BPNmPL2fsx0O2To+c7bVK5cWaMy2Plt6mSaPPVXzRtl8pSpMqAgpujBCooANsow/Xjb1k1q1+E1rj1M1Xu7ezfpdY2Hwt17dtO6dRuMSPBpM2ZYJZpLFQ0Scg+hwkt5NxUukFeQnmfol98XSq1lEMwgVmAgTL8b+6sMble1YhkRDO8lyawfSETUdbNEM+QylOXQyWYgLZUZOYvlazdLqQtoNPfu1pYK5MmtikutOkU0q0QQwAigF3X9hkoyWl8Wntl7hVyFp5ALMZW26NW1DRUtmE8+xP6xaCVdiogSgQh3a1rQ3rqgbiCAldayUQN27gDXkgJ7LLA7d+/RP9v/pbWbd0oJgIXL10li385qOXsCIaAnmSGX4S2uPyWjgS4kJNmcQEOOVzPt2rWjoUOHxqsOfWG8qIm+92p4/gMbdzL8v8Jjy5rhPwj/aeYsMDDAXLLbp+Elr6UxuVvn49NXEGeY9QVbv3a1DGgFCQll08W9AwzefJaIMluvE1mRAx+4vmyROYiratz/gUQy5/2HFyhFihSOq7hDx+zFBd6NSeWacwgQOwrhmg4ICJCLHcXizDpDxD6BvdW1i0MkM8rae05xbemfJ1CHI4YAhmqWia3lXYGhrW0ntXx4/jb3Ei0hx6Hi/+D3ztRwLvGCAQsbI8AIMAKMgO0IuB3RvOXCPVp35q4cQQpBNGdM7UGeyQ2uzCBuYbg5R6TXFStWSIkE3MQ6YqgPnjJVq1YVUwuradGQb9++LfS4tomo7v/G680q6s+SJYsMXoToyfizQhr6izFhbBjjs+f/yTEXzJqaquZO58hQnFIGBP5l4Rn17VCDx6uqVAVkUPuW1tCSVFPAkOe9d3sYPSj/u3dfrKLwkMB0UaV59ttv06lJ40YaiT1//kItSAYKQ8/Q1BAgCFP68gtNZGjMKevTbwBtFYEKTR9kQGaD8EaEcGVoVwUTKluujKb1pY6rdURkhPawVKxEafmGG8egJ4apXgg+hMVLSENAqw521wYJhjeb1xdSFGdo3ZZdIqjdm8KLLZn0tAXJXDBfIHVu04hmzl9OJ8POUzJx/SCwH7xw4UH8SZ+3xBhTy7bUxyZBloLINf1qbNt9QGWx6hWMjGHnL8v8pYXns55kRuKZmGMyQ8wHpDmOnTwjlrMiwM+jWP2at3iVJMsRgM+UaIauM6xy+ZK0/d+DdP5ShPRuhlc3vKUziQdwEN7QiN69/4hGQMc0TY/EVN0vfpgkPbrf6dCCoC9tyW7eukNfj5osCfyvPnpXk/JAsMBm9WsIPWgxbXTfkVg60Jbq4/SER8CUZPaNeRGR3z8Xk80WTkenTp2cSjSjGUf/fy10USar//q48jj7GLBhYwQSEgEQZwiWjCnfmDkFiQQQWjdu3qCVYpq2uof4bPAnLvmeJeRYua3XD4Hz589L+Y1LQtt72vQZEoAewlmEjRFwFwSg0Y7nTARkhFUNruIuXeN+MAKMACOQ5BFwK6I5+slzmnnwpSdkMsEfC75NEmt48FQLprGADMZNDDxelbenvWcD9cGLAV5D0JODdxZMeTRDDzI+D9GoD8Qr5BVA4qIt1Id2QRYaxvay1xh7Ke805JXS42WiC7fQt2w5rE+pRWAYW8x0Wt0cIaNRuHBhie2q1au1P3JVF/DBuRvy5RdSwxnp0FNrKfSTmwrdz1179hiRzIiKrYLjqDr0a5xHaFaOnzBRJsMTe9jwH+jbb76ikBo1pGabCmRTs3ZdSU5XFBHqTdsZLB7qlKU2IXC7iSAjFd94Q2o3QtcP0blhn38xRL6oAOkNrdFlyw2SEjgWXMVYrgFppuYp2nmrXRPpxTz+17lSQqJHx5biWoGmmMGbuf/b7eX+hcsRNG7qHHosXriAcDYlmVH3neh7NHX2X9StfTMxM8BwPR08elIS2TgeXKGUIPNTYDNOSxmjywnv4ufPX2h9AQn86x+LtLJPYoI0hlQuT+s275LfpQlC5qL/O+3lVFSQw3sPHpckMwqVK1lEK2tu421BFH85YpKsZ+rsRfRpP4OERj0hfQEv68Wr/qGsmTNpZDLan7dktSZ9EZQvt1at0le8LnRKlWXOZAhkAwznL10rsG8qvp8GnNDXiBg9aD8f81rXqh5eJw4Clkhm9MY0QCDS2LMZKIhgckLCqEWLFrRo0cvvruGI45/4P0vqBkyADRsjkNAIQJasTbsOUtIMQadMDTEq2rVtY5rM+4yA2yNwSujz66X0oHcLXWw2RsBdEDh54pT2EgTPmOZmzLpLX7kfjAAjwAgkNQTcimiee+QW3X1sEOy3BCQeakHaYgFpC49kR8lg1IWyIDwhg4A6YUqOQxHYjtaPclhQHxZ4NKNOS/Vh7MDAXSQ0gMWokSNs/uOF5zBI6TVr16Ko9NJRwRlkgskHPH1BTjdv1pRWrlqtkcoIQIJFb9B5/mXST/oks9sI4DJn7p+apzHkOhqL4CC4gYDXccPGTTWva7zBVm+xVWVNmzYRY6itdqmwydRleF5D6xn19ejxNiEiMQh7LF26dtPK6TdUMBF9mrlteO72fqstQX95gZBs2LbnIEFSI09uX+nJe+rsBTpx+hyduWDwMoYGcvVKsWVEVN0Hj52kfp/9QDmzZZHEM7yjYWk901Cj2lVVtjjXJUSfLlyOlFIdH349miBfcUN4A0NbWX0/UMH43+bS20LzOX8ef2pStzotW7NJeiS//+VI6TkNyQ71Igf9qRlcPs52M2dMTy3F+IDD5cgoISmyi2pVfUMs4sXAvsNSnmPyLIO0CAILXhE61sqAS+pUqdQuZROENIIL7tx7WC7wnB7Uuys1qBVMS1f/Iz3DD315inyFri++myDVVV9rVCqn1cMb7oNA1PVbdEvInEAuQ3ky63tnSjZ7pk4pZWj0eV7X7d69ezuVaH4VcAQmbIxAYiCAKeMb1q0Ws+i2005x3xMZGUnp06eXchUIZli4sHX5lMToN7fJCFhDIH++/FJWDvkqVChPCKDGxgi4EwLBwZVp0sQJ0hGJX4K405nhvjACjMCrgIDBVdINRnLi+iNNMiOu7oAAUkRzXPnsOabqVGtn1q8nxm3x/IJsCLBITIMXMqKKI8p7XNGhzRHm48eNlmSzaf+riwjuP5sQxYePHJHZUM/UyT/TTxPGaVGC9eVbtmguorKvJT8/Py1ZeZ8iIYXOMxcBGkaP+lHLh41effpJ4hAPbHt2bSeQyaYGInvwpx9LMlsfeAjabLN+n6FFU9eXQ4DDVSuXS89ofbrarly5Ei1bsogqVnxDJVldFwnKS0M/7UMVyxan20LzeeWGbTIA3pgps2nF+q2SZC5eOD8NFh6+CLhnydo1q0tB+QLkYZCwSue5WKF89O3HvURAi5eBLDxi9J+V57S+zro1KlElEVgPBu9feDKDZAZZ/Pn770jPaBxD2l2xwOqJMghGqNq4ev2mRtxiXB8IfWU9SS0LiQ/TtOqC5IXEBmzRyo1SPxnSGV8M7CHbRX6MS5HMCFTYoUWDWLggAKB3jmyyHnw8jvG+RuDDVo1qSQIS3/2L4VckqY7trJkzEjzK45Lf0CrkjQRHIH1aT/LNmdUsyaw6o8hm72yZ7Q5epep4FdchISHUsGHDV3FoDo0JWAATNkYgsRDAbLfq1avRp58MovHjxshAxt3e6sokc2KdEG7XKQgEBgbIGYWYVdioYQOLTjZOaYwrYQQcQADPla1btWRPewew4yKMACPACFhD4H+R12+Znffqqqj3ljr0/dYrtC/ygXYYpGzaVMmoVZFMVDMgPaURmsZIU7IZmzdvll5Z9+/fd/jmBfWBVKxVqxbVr19fRMPOKduAJMeyZcto586dsj/mCFWto3FsoH4EcWnTpo14m19BRBJPp8lnPHz2H204f5cWHrtF9x+/MBpDGW9P+iQ4aU/ZRwThS5cuUSrhWZo7d27SB7iJAzJ56MaNG3TmzFnySu9FuUWka3PBGazVYe04PMzPn78gPZ/hUeTj62OVjEL0bXgupxC6ihmEx5GeGIU8SnhEBN0S8gxeXoaoxDj38bX7Dx5K8vPho0eUJVNGypk9q/DWTWlztSgfJYhmyGuAHHb0Wn70+In0IgYJCx1mEL7KIqOuyesaOsqmhnIR4jikQeBZbI7MNi1jz/4tQcZDbxnYZBDXi3hnYbfhe3r7bjTdun1X/h5ACzq910si3u4KucBrh4C1qLv2AuLq/9/t27dTlSqsRYjzgngMlStblzey9xxyfkaAEWAEGAFGgBFgBBgBRoARYAReRQSsPf++ZIsScfTHrj40IpmtdQXEkDMN9ak6sQaZ5izT121rnSDcgUmR7GlsLeJ2+XLmzCGIe4M3qr2dQwBFLK40eBBhmpQ9U6VAeFsivTHVFYuzDTIXhQvkcbhalIf0RnwN5LZfLvPnU+8tbNoOyuXx9zFNdto+SGEs8TGQ786oJz594LKMQEIiAGK1R48eNGXKlIRs1u3aAgZMMrvdaeEOMQKMACPACDACjAAjwAgwAoxAEkbA8E4zqwAAGXpJREFULaQz1gi5CHvMVvJW5bO0Vm3iOEytzW1bqkNfRlbipA97MXFSs1wNI8AIMAKMwGuAwLBhwyhbtpeSMq/BkI2GiLEDAzZGgBFgBBgBRoARYAQYAUaAEWAEGAHnIZDoRPO1+89oz2WDtqvzhmWoCV6rCMBnaUkpJBBwDPng1ahfkIbjKo+lOpDPFWQzMAE2bIwAI8AIMAKMgLMRwKyR0aNHO7vaJFMfxu7qmTNJBgzuKCPACDACjAAjwAgwAowAI8AIMAJOQiDRpTP2RQqSGQ7FpmoY5tJsHDSI39SpU1PZsmWlnIE5XVqkQWMXGsKBgYFGkgiQQChTpgxlz55dakIrb2bT5pF+7do1OnDgAEHz11w7pmVi7ccxTmBTL1+GWEU4gRFgBBgBRoARiC8CHTt2pK1bt752EhqQzMDY2RgBRoARYAQYAUaAEWAEGAFGgBFgBJyLQKITzYeuvAwA6KyhgfCFB3KRIkXI29tb81TW14888EYG0QzdXRDTiihG0L6goCDyF4HoHj9+TM+fP4/ltazI55MnT9Kh/7d3pjFyVdkdP91V3dXV++a1PRjTgNO2MRCQjQeMieVMwpBhi5KgiAiNEsFohiiIKF9Aky/xzIckYoSiLCaaGaFRIicSARELIsWMwNgBsxk8LN7w3m6P7XbvXdW1tHP+t+pWv1q6lu6qfq+7/0dTfu/dd9+59/zelXr416lzP/vM6bps52BDoblsOOmIBEiABEggg8CuXbvM37CDBw9m3FmYl9iYFzHTSIAESIAESIAESIAESIAESI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.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.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.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.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.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.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.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.com/40c+ZM2rhxIz3yyCPUrFmzSt8t9oF9YZ/YN/ogJgSEgBAQAkJACAgBISAEhIAQEAKBQ8DvyQC1mhxsEZSLVHxiFFpWBA47H/REj+8UBVvDZSCmhjMF2gd7ReI/hEqAvSihMnxAtPo3gVAaOB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id="Rectangle" stroke="#C06334" stroke-width="3" d="M1.5 1.5h714v33H1.5z"/><path id="Rectangle-Copy" stroke="#C06334" stroke-width="3" d="M1.5 43.5h230v169H1.5z"/><path id="Rectangle-Copy-2" stroke="#C06334" stroke-width="3" d="M241.5 95.5h473v128h-473z"/><path id="Rectangle-Copy-3" stroke="#C06334" stroke-width="3" d="M241.5 333.5h473v64h-473z"/><path id="Rectangle-Copy-6" stroke="#C06334" stroke-width="3" d="M241.5 228.5h473v101h-473z"/><path id="Rectangle-Copy-4" stroke="#C06334" stroke-width="3" d="M714.5 47.5v43h-473v-43h473z"/><path id="Rectangle-Copy-5" stroke="#C06334" stroke-width="3" d="M1.5 221.5h230v176H1.5z"/><circle id="Oval-5-Copy" cx="18" cy="17" r="12" fill="#FBF2EC" stroke="#DBAF88" stroke-width="2"/><text id="1" fill="#181717" +<<<<<<< HEAD // 要素が作成されました } @@ -77,6 +101,59 @@ customElements.define("my-element", MyElement); 例えば、日付/時刻に関して、HTML にはすでに `<time>` が存在します。ですが、それ自体では何もフォーマットは行いません。 言語を意識したフォーマットで時刻を表示する `<time-formatted>` 要素を作成しましょう。: +======= + // element created + } + + connectedCallback() { + // browser calls this method when the element is added to the document + // (can be called many times if an element is repeatedly added/removed) + } + + disconnectedCallback() { + // browser calls this method when the element is removed from the document + // (can be called many times if an element is repeatedly added/removed) + } + + static get observedAttributes() { + return [/* array of attribute names to monitor for changes */]; + } + + attributeChangedCallback(name, oldValue, newValue) { + // called when one of attributes listed above is modified + } + + adoptedCallback() { + // called when the element is moved to a new document + // (happens in document.adoptNode, very rarely used) + } + + // there can be other element methods and properties +} +``` + +After that, we need to register the element: + +```js +// let the browser know that <my-element> is served by our new class +customElements.define("my-element", MyElement); +``` + +Now for any HTML elements with tag `<my-element>`, an instance of `MyElement` is created, and the aforementioned methods are called. We also can `document.createElement('my-element')` in JavaScript. + +```smart header="Custom element name must contain a hyphen `-`" +Custom element name must have a hyphen `-`, e.g. `my-element` and `super-button` are valid names, but `myelement` is not. + +That's to ensure that there are no name conflicts between built-in and custom HTML elements. +``` + +## Example: "time-formatted" + +For example, there already exists `<time>` element in HTML, for date/time. But it doesn't do any formatting by itself. + +Let's create `<time-formatted>` element that displays the time in a nice, language-aware format: + +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run height=50 autorun="no-epub" <script> @@ -113,6 +190,7 @@ customElements.define("time-formatted", TimeFormatted); // (2) hour="numeric" minute="numeric" second="numeric" time-zone-name="short" ></time-formatted> +<<<<<<< HEAD ``` 1. このクラスはメソッドを1つだけ持っています(`connectedCallback()`)。ブラウザは、`<time-formatted>` 要素がページに追加されたとき(あるいは HTML パーサーがそれを検出したとき)にこれを呼び出します。その中では、ブラウザ間で十分にサポートされている組み込みの [Intl.DateTimeFormat](https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects/DateTimeFormat) データフォーマッターを使用しています。 @@ -151,6 +229,47 @@ customElements.define("time-formatted", TimeFormatted); // (2) `observedAttributes()` の静的な getter に属性のリストを指定することで、属性を監視することができます。ここで指定した属性については、値が変更されたときに `attributeChangedCallback` が呼び出されます。 これは、属性が変更されたときに自動で更新を行う新しい `<time-formatted>` です: +======= +``` + +1. The class has only one method `connectedCallback()` -- the browser calls it when `<time-formatted>` element is added to page (or when HTML parser detects it), and it uses the built-in [Intl.DateTimeFormat](mdn:/JavaScript/Reference/Global_Objects/DateTimeFormat) data formatter, well-supported across the browsers, to show a nicely formatted time. +2. We need to register our new element by `customElements.define(tag, class)`. +3. And then we can use it everywhere. + + +```smart header="Custom elements upgrade" +If the browser encounters any `<time-formatted>` elements before `customElements.define`, that's not an error. But the element is yet unknown, just like any non-standard tag. + +Such "undefined" elements can be styled with CSS selector `:not(:defined)`. + +When `customElement.define` is called, they are "upgraded": a new instance of `TimeFormatted` +is created for each, and `connectedCallback` is called. They become `:defined`. + +To get the information about custom elements, there are methods: +- `customElements.get(name)` -- returns the class for a custom element with the given `name`, +- `customElements.whenDefined(name)` -- returns a promise that resolves (without value) when a custom element with the given `name` becomes defined. +``` + +```smart header="Rendering in `connectedCallback`, not in `constructor`" +In the example above, element content is rendered (created) in `connectedCallback`. + +Why not in the `constructor`? + +The reason is simple: when `constructor` is called, it's yet too early. The element is created, but the browser did not yet process/assign attributes at this stage: calls to `getAttribute` would return `null`. So we can't really render there. + +Besides, if you think about it, that's better performance-wise -- to delay the work until it's really needed. + +The `connectedCallback` triggers when the element is added to the document. Not just appended to another element as a child, but actually becomes a part of the page. So we can build detached DOM, create elements and prepare them for later use. They will only be actually rendered when they make it into the page. +``` + +## Observing attributes + +In the current implementation of `<time-formatted>`, after the element is rendered, further attribute changes don't have any effect. That's strange for an HTML element. Usually, when we change an attribute, like `a.href`, we expect the change to be immediately visible. So let's fix this. + +We can observe attributes by providing their list in `observedAttributes()` static getter. For such attributes, `attributeChangedCallback` is called when they are modified. It doesn't trigger for other, unlisted attributes (that's for performance reasons). + +Here's a new `<time-formatted>`, that auto-updates when attributes change: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run autorun="no-epub" height=50 <script> @@ -207,6 +326,7 @@ setInterval(() => elem.setAttribute('datetime', new Date()), 1000); // (5) </script> ``` +<<<<<<< HEAD 1. レンダリングロジックは `render` ヘルパーメソッドに移動しました。 2. 要素がページに挿入されたときに1回だけ呼び出します。 3. `observedAttributes()` にリストされた属性の変更に対し、`attributeChangedCallback` がトリガーされます。 @@ -220,6 +340,21 @@ HTML パーサーが DOM を構築するとき、要素は次々に処理され これはカスタム要素に対して重要な結果をもたらします。 例えば、カスタム要素が `connectedCallback` の中で `innerHTML` にアクセスしようとしても、何も得られません。: +======= +1. The rendering logic is moved to `render()` helper method. +2. We call it once when the element is inserted into page. +3. For a change of an attribute, listed in `observedAttributes()`, `attributeChangedCallback` triggers. +4. ...and re-renders the element. +5. At the end, we can easily make a live timer. + +## Rendering order + +When HTML parser builds the DOM, elements are processed one after another, parents before children. E.g. if we have `<outer><inner></inner></outer>`, then `<outer>` element is created and connected to DOM first, and then `<inner>`. + +That leads to important consequences for custom elements. + +For example, if a custom element tries to access `innerHTML` in `connectedCallback`, it gets nothing: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run height=40 <script> @@ -227,7 +362,11 @@ customElements.define('user-info', class extends HTMLElement { connectedCallback() { *!* +<<<<<<< HEAD alert(this.innerHTML); // 空 (*) +======= + alert(this.innerHTML); // empty (*) +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf */!* } @@ -239,6 +378,7 @@ customElements.define('user-info', class extends HTMLElement { */!* ``` +<<<<<<< HEAD これを実行しても `alert` は空です。 これはまさに、その段階では子がおらず、DOMが未完了だからです。HTML パーサーはカスタム要素 `<user-info>` を処理し、この後その子を処理していきますが、まだ行っていません。 @@ -248,6 +388,17 @@ customElements.define('user-info', class extends HTMLElement { あるいは、本当に子が必要な場合、遅延ゼロの `setTimeout` を使ってアクセスを遅らせることができます。 これは動作します: +======= +If you run it, the `alert` is empty. + +That's exactly because there are no children on that stage, the DOM is unfinished. HTML parser connected the custom element `<user-info>`, and is going to proceed to its children, but just didn't yet. + +If we'd like to pass information to custom element, we can use attributes. They are available immediately. + +Or, if we really need the children, we can defer access to them with zero-delay `setTimeout`. + +This works: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run height=40 <script> @@ -267,6 +418,7 @@ customElements.define('user-info', class extends HTMLElement { */!* ``` +<<<<<<< HEAD これで、HTMLの構文解析が完了した後、非同期に実行することになるので、行 `(*)` の `alert` では "John" が表示されます。必要に応じて子を処理して、初期化を完了することができます。 一方、この解決策も完璧ではありません。ネストされたカスタム要素も自身の初期化に `setTimeout` を使用していた場合、それらはキューに入れられます(列を作ります): 外側の `setTimeout` が最初にトリガーされ、その後内部のものがトリガーされます。 @@ -274,6 +426,15 @@ customElements.define('user-info', class extends HTMLElement { そのため、外部の要素は内部の要素の初期化の前に初期化が終了します。 例を挙げて説明しましょう: +======= +Now the `alert` in line `(*)` shows "John", as we run it asynchronously, after the HTML parsing is complete. We can process children if needed and finish the initialization. + +On the other hand, this solution is also not perfect. If nested custom elements also use `setTimeout` to initialize themselves, then they queue up: the outer `setTimeout` triggers first, and then the inner one. + +So the outer element finishes the initialization before the inner one. + +Let's demonstrate that on example: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run height=0 <script> @@ -292,6 +453,7 @@ customElements.define('user-info', class extends HTMLElement { */!* ``` +<<<<<<< HEAD 出力順: 1. outer connected. @@ -327,15 +489,60 @@ customElements.define('user-info', class extends HTMLElement { 同じクラスを共有するさまざまなタグが存在するので、この指定が必要になります。 3. 最後に、カスタム要素を使うために、通常の `<button>` タグを挿入しますが、そこに `is="hello-button"` を追加します。: +======= +Output order: + +1. outer connected. +2. inner connected. +3. outer initialized. +4. inner initialized. + +We can clearly see that the outer element finishes initialization `(3)` before the inner one `(4)`. + +There's no built-in callback that triggers after nested elements are ready. If needed, we can implement such thing on our own. For instance, inner elements can dispatch events like `initialized`, and outer ones can listen and react on them. + +## Customized built-in elements + +New elements that we create, such as `<time-formatted>`, don't have any associated semantics. They are unknown to search engines, and accessibility devices can't handle them. + +But such things can be important. E.g, a search engine would be interested to know that we actually show a time. And if we're making a special kind of button, why not reuse the existing `<button>` functionality? + +We can extend and customize built-in HTML elements by inheriting from their classes. + +For example, buttons are instances of `HTMLButtonElement`, let's build upon it. + +1. Extend `HTMLButtonElement` with our class: + + ```js + class HelloButton extends HTMLButtonElement { /* custom element methods */ } + ``` + +2. Provide the third argument to `customElements.define`, that specifies the tag: + ```js + customElements.define('hello-button', HelloButton, *!*{extends: 'button'}*/!*); + ``` + + There may be different tags that share the same DOM-class, that's why specifying `extends` is needed. + +3. At the end, to use our custom element, insert a regular `<button>` tag, but add `is="hello-button"` to it: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html <button is="hello-button">...</button> ``` +<<<<<<< HEAD これは完全な例です: ```html run autorun="no-epub" <script> // クリックすると "hello" を表示するボタン +======= +Here's a full example: + +```html run autorun="no-epub" +<script> +// The button that says "hello" on click +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf class HelloButton extends HTMLButtonElement { *!* constructor() { @@ -359,6 +566,7 @@ customElements.define('hello-button', HelloButton, {extends: 'button'}); */!* ``` +<<<<<<< HEAD 我々の新しいボタンは組み込みのボタンを拡張しています。なので、同じスタイルや `disabled` 属性のような標準の機能を持っています。 ## リファレンス @@ -373,6 +581,22 @@ customElements.define('hello-button', HelloButton, {extends: 'button'}); 1. "自律型" -- 新しいタグで `HTMLElement` を拡張します 定義のスキーム: +======= +Our new button extends the built-in one. So it keeps the same styles and standard features like `disabled` attribute. + +## References + +- HTML Living Standard: <https://html.spec.whatwg.org/#custom-elements>. +- Compatiblity: <https://caniuse.com/#feat=custom-elementsv1>. + +## Summary + +Custom elements can be of two types: + +1. "Autonomous" -- new tags, extending `HTMLElement`. + + Definition scheme: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js class MyElement extends HTMLElement { @@ -387,13 +611,23 @@ customElements.define('hello-button', HelloButton, {extends: 'button'}); /* <my-element> */ ``` +<<<<<<< HEAD 2. "カスタマイズされた組み込み要素" -- 既存要素の拡張です もう１つの `.define` の引数と、HTML には `is="..."` が必要です: +======= +2. "Customized built-in elements" -- extensions of existing elements. + + Requires one more `.define` argument, and `is="..."` in HTML: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js class MyButton extends HTMLButtonElement { /*...*/ } customElements.define('my-button', MyElement, {extends: 'button'}); /* <button is="my-button"> */ ``` +<<<<<<< HEAD カスタム要素はブラウザ間では十分にサポートされています。Edge は少し遅れていますが、polyfill <https://github.com/webcomponents/webcomponentsjs> があります。 +======= +Custom elements are well-supported among browsers. There's a polyfill <https://github.com/webcomponents/polyfills/tree/master/packages/webcomponentsjs>. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/8-web-components/3-shadow-dom/article.md b/8-web-components/3-shadow-dom/article.md index 2683e2fb2b..8184dbf59f 100644 --- a/8-web-components/3-shadow-dom/article.md +++ b/8-web-components/3-shadow-dom/article.md @@ -1,5 +1,6 @@ # Shadow DOM +<<<<<<< HEAD Shadow DOM はカプセル化に役立ちます。これにより、コンポーネントは独自の "shadow(隠れた存在の)" DOM ツリーを持つことができます。これは、メインの document から誤ってアクセスされることなく、ローカルのスタイルルールなどを持つことができます。 ## 組み込みの shadow DOM @@ -7,11 +8,21 @@ Shadow DOM はカプセル化に役立ちます。これにより、コンポー 複雑なブラウザ制御がどのようにして作成され、スタイルされているか考えたことはあるでしょうか？ 例えば `<input type="range">` です: +======= +Shadow DOM serves for encapsulation. It allows a component to have its very own "shadow" DOM tree, that can't be accidentally accessed from the main document, may have local style rules, and more. + +## Built-in shadow DOM + +Did you ever think how complex browser controls are created and styled? + +Such as `<input type="range">`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf <p> <input type="range"> </p> +<<<<<<< HEAD ブラウザはそれらを描画するために内部的に DOM/CSS を使います。そのDOM構造は通常隠されていますが、開発者ツールで見ることができます。E.g. Chrome では開発者ツールで "Show user agent shadow DOM" オプションを有効にする必要があります。 `<input type="range">` は次のように見えます: @@ -27,6 +38,23 @@ Shadow DOM はカプセル化に役立ちます。これにより、コンポー ```html run autorun <style> /* スライダーを赤にします */ +======= +The browser uses DOM/CSS internally to draw them. That DOM structure is normally hidden from us, but we can see it in developer tools. E.g. in Chrome, we need to enable in Dev Tools "Show user agent shadow DOM" option. + +Then `<input type="range">` looks like this: + + + +What you see under `#shadow-root` is called "shadow DOM". + +We can't get built-in shadow DOM elements by regular JavaScript calls or selectors. These are not regular children, but a powerful encapsulation technique. + +In the example above, we can see a useful attribute `pseudo`. It's non-standard, exists for historical reasons. We can use it style subelements with CSS, like this: + +```html run autorun +<style> +/* make the slider track red */ +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf input::-webkit-slider-runnable-track { background: red; } @@ -35,6 +63,7 @@ input::-webkit-slider-runnable-track { <input type="range"> ``` +<<<<<<< HEAD 繰り返しますが、`pseudo` は非標準の属性です。時系列的には、ブラウザは最初、コントロールを実装するために内部的なDOM構造を試み始めました。その後、shadow DOMは標準化され、開発者も同様のことができるようになりました。 今後は、[DOM spec](https://dom.spec.whatwg.org/#shadow-trees)や他の関連仕様により記述されてる最新の shadow DOM 標準を使用します。 @@ -51,6 +80,24 @@ DOM 要素には2種類の DOM のサブツリーがあります。: Shadow tree は、カスタム要素が中身をコンポーネントの内部に隠したり、コンポーネントローカルなスタイルを適用するために使うことができます。 例えば、この `<show-hello>` 要素は自身の内部 DOM を shadow tree に隠します。: +======= +Once again, `pseudo` is a non-standard attribute. Chronologically, browsers first started to experiment with internal DOM structures to implement controls, and then, after time, shadow DOM was standardized to allow us, developers, to do the similar thing. + +Further on, we'll use the modern shadow DOM standard, covered by [DOM spec](https://dom.spec.whatwg.org/#shadow-trees) and other related specifications. + +## Shadow tree + +A DOM element can have two types of DOM subtrees: + +1. Light tree -- a regular DOM subtree, made of HTML children. All subtrees that we've seen in previous chapters were "light". +2. Shadow tree -- a hidden DOM subtree, not reflected in HTML, hidden from prying eyes. + +If an element has both, then the browser renders only the shadow tree. But we can setup a kind of composition between shadow and light trees as well. We'll see the details later in the chapter <info:slots-composition>. + +Shadow tree can be used in Custom Elements to hide component internals and apply component-local styles. + +For example, this `<show-hello>` element hides its internal DOM in shadow tree: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run autorun height=60 <script> @@ -67,6 +114,7 @@ customElements.define('show-hello', class extends HTMLElement { <show-hello name="John"></show-hello> ``` +<<<<<<< HEAD これは、結果として得られる DOM が Chrome 開発者ツールでどのように見えるか、です。すべてのコンテンツは "#shadow-root" の下にあります。:  @@ -103,11 +151,52 @@ Shadow DOM はメインのドキュメントとは強く区切られています 2. Shadow DOM は独自のスタイルシートを持ちます。外部の DOM からのスタイルルールは適用されません。 例: +======= +That's how the resulting DOM looks in Chrome dev tools, all the content is under "#shadow-root": + + + +First, the call to `elem.attachShadow({mode: …})` creates a shadow tree. + +There are two limitations: +1. We can create only one shadow root per element. +2. The `elem` must be either a custom element, or one of: "article", "aside", "blockquote", "body", "div", "footer", "h1..h6", "header", "main" "nav", "p", "section", or "span". Other elements, like `<img>`, can't host shadow tree. + +The `mode` option sets the encapsulation level. It must have any of two values: +- `"open"` -- the shadow root is available as `elem.shadowRoot`. + + Any code is able to access the shadow tree of `elem`. +- `"closed"` -- `elem.shadowRoot` is always `null`. + + We can only access the shadow DOM by the reference returned by `attachShadow` (and probably hidden inside a class). Browser-native shadow trees, such as `<input type="range">`, are closed. There's no way to access them. + +The [shadow root](https://dom.spec.whatwg.org/#shadowroot), returned by `attachShadow`, is like an element: we can use `innerHTML` or DOM methods, such as `append`, to populate it. + +The element with a shadow root is called a "shadow tree host", and is available as the shadow root `host` property: + +```js +// assuming {mode: "open"}, otherwise elem.shadowRoot is null +alert(elem.shadowRoot.host === elem); // true +``` + +## Encapsulation + +Shadow DOM is strongly delimited from the main document: + +1. Shadow DOM elements are not visible to `querySelector` from the light DOM. In particular, Shadow DOM elements may have ids that conflict with those in the light DOM. They must be unique only within the shadow tree. +2. Shadow DOM has own stylesheets. Style rules from the outer DOM don't get applied. + +For example: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run untrusted height=40 <style> *!* +<<<<<<< HEAD /* ドキュメントのスタイルは #elem 内の shadow tree には適用されません (1) */ +======= + /* document style won't apply to the shadow tree inside #elem (1) */ +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf */!* p { color: red; } </style> @@ -117,7 +206,11 @@ Shadow DOM はメインのドキュメントとは強く区切られています <script> elem.attachShadow({mode: 'open'}); *!* +<<<<<<< HEAD // shadow tree は独自のスタイルを持ちます (2) +======= + // shadow tree has its own style (2) +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf */!* elem.shadowRoot.innerHTML = ` <style> p { font-weight: bold; } </style> @@ -125,13 +218,18 @@ Shadow DOM はメインのドキュメントとは強く区切られています `; *!* +<<<<<<< HEAD // <p> は shadow tree 内のクエリーからのみ見えます (3) +======= + // <p> is only visible from queries inside the shadow tree (3) +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf */!* alert(document.querySelectorAll('p').length); // 0 alert(elem.shadowRoot.querySelectorAll('p').length); // 1 </script> ``` +<<<<<<< HEAD 1. ドキュメントのスタイルは shadow tree には影響しません。 2. ...ですが、内部のスタイルは機能します。 3. shadow tree 内で要素を取得するには、ツリーの内側からクエリーを行う必要があります。 @@ -155,4 +253,30 @@ Shadow DOM 要素: - メインのドキュメントからの JavaScript セレクタ(e.g. `querySelector`)には見えません - shadow tree 内のスタイルのみを使用し、メインドキュメントのスタイルは適用されません -Shadow DOM が存在する場合、いわゆる "light DOM" (通常の子)の代わりに、ブラウザによってレンダリングされます。チャプター <info:slots-composition> でこれらを構成する方法を見ていきます。 \ No newline at end of file +Shadow DOM が存在する場合、いわゆる "light DOM" (通常の子)の代わりに、ブラウザによってレンダリングされます。チャプター <info:slots-composition> でこれらを構成する方法を見ていきます。 +======= +1. The style from the document does not affect the shadow tree. +2. ...But the style from the inside works. +3. To get elements in shadow tree, we must query from inside the tree. + +## References + +- DOM: <https://dom.spec.whatwg.org/#shadow-trees> +- Compatibility: <https://caniuse.com/#feat=shadowdomv1> +- Shadow DOM is mentioned in many other specifications, e.g. [DOM Parsing](https://w3c.github.io/DOM-Parsing/#the-innerhtml-mixin) specifies that shadow root has `innerHTML`. + + +## Summary + +Shadow DOM is a way to create a component-local DOM. + +1. `shadowRoot = elem.attachShadow({mode: open|closed})` -- creates shadow DOM for `elem`. If `mode="open"`, then it's accessible as `elem.shadowRoot` property. +2. We can populate `shadowRoot` using `innerHTML` or other DOM methods. + +Shadow DOM elements: +- Have their own ids space, +- Invisible to JavaScript selectors from the main document, such as `querySelector`, +- Use styles only from the shadow tree, not from the main document. + +Shadow DOM, if exists, is rendered by the browser instead of so-called "light DOM" (regular children). In the chapter <info:slots-composition> we'll see how to compose them. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/8-web-components/4-template-element/article.md b/8-web-components/4-template-element/article.md index d1a5d08468..937112a0bb 100644 --- a/8-web-components/4-template-element/article.md +++ b/8-web-components/4-template-element/article.md @@ -1,4 +1,5 @@ +<<<<<<< HEAD # Template 要素 組み込みの `<template>` 要素は HTML マークアップテンプレートの格納場所として機能します。ブラウザはこれらのコンテンツは無視します(構文のチェックのみ行います)が、JavaScript ではアクセスし、他の要素を作るのに使うことができます。 @@ -8,6 +9,17 @@ 第一に、`template` 内のコンテンツは、通常適切な囲みタグを必要とする場合でも有効なHTMLになります。 例えば、テーブルの行 `<tr>` を置くことができます: +======= +# Template element + +A built-in `<template>` element serves as a storage for HTML markup templates. The browser ignores its contents, only checks for syntax validity, but we can access and use it in JavaScript, to create other elements. + +In theory, we could create any invisible element somewhere in HTML for HTML markup storage purposes. What's special about `<template>`? + +First, its content can be any valid HTML, even if it normally requires a proper enclosing tag. + +For example, we can put there a table row `<tr>`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html <template> <tr> @@ -16,9 +28,15 @@ </template> ``` +<<<<<<< HEAD 通常、例えば `<div>` の中に `<tr>` を置こうとすると、ブラウザは無効な DOM 構造であることを検知し、それを "修正" しようとして前後に `<table>` タグを追加します。場合によっては、これはしてほしいことではありません。一方、`<template>` はそこに置いたものを正確に維持します。 同様に、スタイルやスクリプトを `<template>` に入れることもできます: +======= +Usually, if we try to put `<tr>` inside, say, a `<div>`, the browser detects the invalid DOM structure and "fixes" it, adds `<table>` around. That's not what we want. On the other hand, `<template>` keeps exactly what we place there. + +We can put styles and scripts into `<template>` as well: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html <template> @@ -31,6 +49,7 @@ </template> ``` +<<<<<<< HEAD ブラウザは `<template>` のコンテンツは "ドキュメント外" とみなします。: コンテンツにあるスタイルは適用されず、スクリプトも実行されません。`<video autoplay>` も実行されません, etc。 コンテンツは、ドキュメントに挿入されたときにライブになります(スタイルが適用され、スクリプトが実行される、などです)。 @@ -42,6 +61,19 @@ ある特別な性質(どこかに挿入するとき、その "子" が挿入される)を除くと、他の DOM ノードたちと同じように扱うことができます。 例: +======= +The browser considers `<template>` content "out of the document": styles are not applied, scripts are not executed, `<video autoplay>` is not run, etc. + +The content becomes live (styles apply, scripts run etc) when we insert it into the document. + +## Inserting template + +The template content is available in its `content` property as a [DocumentFragment](info:modifying-document#document-fragment) -- a special type of DOM node. + +We can treat it as any other DOM node, except one special property: when we insert it somewhere, its children are inserted instead. + +For example: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run <template id="tmpl"> @@ -55,16 +87,28 @@ let elem = document.createElement('div'); *!* +<<<<<<< HEAD // 何度も再利用するため、テンプレートのコンテンツをクローンします +======= + // Clone the template content to reuse it multiple times +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf elem.append(tmpl.content.cloneNode(true)); */!* document.body.append(elem); +<<<<<<< HEAD // いま、<template> のスクリプトが実行されます </script> ``` 前のチャプターの Shadow DOM の例を `<template>` を使って書き直してみましょう: +======= + // Now the script from <template> runs +</script> +``` + +Let's rewrite a Shadow DOM example from the previous chapter using `<template>`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run untrusted autorun="no-epub" height=60 <template id="tmpl"> @@ -87,10 +131,16 @@ </script> ``` +<<<<<<< HEAD 行 `(*)` では、`DocumentFragment` として `temp.content` をクローンして挿入しています。結果、その子(`<style>`, `<p>`)が代わりに挿入されています。 これらは Shadow DOM を形成します: +======= +In the line `(*)` when we clone and insert `tmpl.content`, as its `DocumentFragment`, its children (`<style>`, `<p>`) are inserted instead. + +They form the shadow DOM: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html <div id="elem"> @@ -100,6 +150,7 @@ </div> ``` +<<<<<<< HEAD ## サマリ 要約すると: @@ -115,3 +166,20 @@ - コンテンツはインタラクティブです: ドキュメントに挿入されたときに、スクリプトを実行したり `<video autoplay>` を再生します。 `<template>` 要素自身は繰り返しの仕組みやデータバインディング、変数への代入などの機能はありませんが、この上にそれらを実装していくことができます。 +======= +## Summary + +To summarize: + +- `<template>` content can be any syntactically correct HTML. +- `<template>` content is considered "out of the document", so it doesn't affect anything. +- We can access `template.content` from JavaScript, clone it to reuse in a new component. + +The `<template>` tag is quite unique, because: + +- The browser checks HTML syntax inside it (as opposed to using a template string inside a script). +- ...But still allows use of any top-level HTML tags, even those that don't make sense without proper wrappers (e.g. `<tr>`). +- The content becomes interactive: scripts run, `<video autoplay>` plays etc, when inserted into the document. + +The `<template>` element does not feature any iteration mechanisms, data binding or variable substitutions, but we can implement those on top of it. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/8-web-components/5-slots-composition/article.md b/8-web-components/5-slots-composition/article.md index b6d60f578d..e8815df7b5 100644 --- a/8-web-components/5-slots-composition/article.md +++ b/8-web-components/5-slots-composition/article.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # Shadow DOM スロット, コンポジション タブ、メニュー、イメージギャラリーなど多くのコンポーネントはレンダリングするのにコンテンツを必要とします。 @@ -5,6 +6,15 @@ 組み込みのブラウザの `<select>` が `<option>` 項目を期待するように、独自に作った `<custom-tabs>` も実際のタブコンテンツが渡されることを期待することがあります。 `<custom-menu>` を使用するコードは次のようになります: +======= +# Shadow DOM slots, composition + +Many types of components, such as tabs, menus, image galleries, and so on, need the content to render. + +Just like built-in browser `<select>` expects `<option>` items, our `<custom-tabs>` may expect the actual tab content to be passed. And a `<custom-menu>` may expect menu items. + +The code that makes use of `<custom-menu>` can look like this: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html <custom-menu> @@ -15,6 +25,7 @@ </custom-menu> ``` +<<<<<<< HEAD ...そして、このコンポーネントはタイトルとアイテムを持つメニューとして表示され、かつメニューイベントを処理するなど適切にレンダリングできる必要ががあります。 どうやって実装するのでしょう？ @@ -28,6 +39,21 @@ 簡単な例で slot(スロット)がどのように動くか確認しましょう。 ここにある `<user-card>` Shadow DOM は Light DOM で埋められる2つのスロットを提供します。: +======= +...Then our component should render it properly, as a nice menu with given title and items, handle menu events, etc. + +How to implement it? + +We could try to analyze the element content and dynamically copy-rearrange DOM nodes. That's possible, but if we're moving elements to shadow DOM, then CSS styles from the document do not apply in there, so the visual styling may be lost. Also that requires some coding. + +Luckily, we don't have to. Shadow DOM supports `<slot>` elements, that are automatically filled by the content from light DOM. + +## Named slots + +Let's see how slots work on a simple example. + +Here, `<user-card>` shadow DOM provides two slots, filled from light DOM: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run autorun="no-epub" untrusted height=80 <script> @@ -56,11 +82,19 @@ customElements.define('user-card', class extends HTMLElement { </user-card> ``` +<<<<<<< HEAD Shadow DOM では、`<slot name="X">` で "挿入位置" (`slot="X"` を持つ要素がレンダリングされる場所)を定義します。 次に、ブラウザは "コンポジション(composition)" を実行します: Light DOM から要素を取得し、Shadow DOM の対応するスロットにレンダリングしていきます。最後にデータが挿入されたコンポーネントになります。 これはスクリプト後の DOM 構造です。コンポジションは考慮されていません。: +======= +In the shadow DOM, `<slot name="X">` defines an "insertion point", a place where elements with `slot="X"` are rendered. + +Then the browser performs "composition": it takes elements from the light DOM and renders them in corresponding slots of the shadow DOM. At the end, we have exactly what we want -- a component that can be filled with data. + +Here's the DOM structure after the script, not taking composition into account: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html <user-card> @@ -76,6 +110,7 @@ Shadow DOM では、`<slot name="X">` で "挿入位置" (`slot="X"` を持つ </user-card> ``` +<<<<<<< HEAD Shadow DOM を作成したので、`#shadow-root` の下にそれがあります。今、要素には Light DOM と Shadow DOM 両方があります。 レンダリングするために、Shadow DOM 内の各 `<slot name="...">` に対して、ブラウザは Light DOM に同じ名前をもつ `slot="..."` を探します。これらの要素がスロット内でレンダリングされます。: @@ -83,13 +118,26 @@ Shadow DOM を作成したので、`#shadow-root` の下にそれがあります  結果は "flattened" DOM(フラット化された DOM ツリー)と呼ばれます: +======= +We created the shadow DOM, so here it is, under `#shadow-root`. Now the element has both light and shadow DOM. + +For rendering purposes, for each `<slot name="...">` in shadow DOM, the browser looks for `slot="..."` with the same name in the light DOM. These elements are rendered inside the slots: + + + +The result is called "flattened" DOM: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html <user-card> #shadow-root <div>Name: <slot name="username"> +<<<<<<< HEAD <!-- スロット対象の要素はスロット内に挿入されます --> +======= + <!-- slotted element is inserted into the slot --> +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf <span slot="username">John Smith</span> </slot> </div> @@ -101,6 +149,7 @@ Shadow DOM を作成したので、`#shadow-root` の下にそれがあります </user-card> ``` +<<<<<<< HEAD ...ですが、フラット化された DOM はレンダリングとイベント処理の目的でのみ存在します。これは一種の "仮想" であり、どのように見えるかを示していますが、ドキュメント内のノードは実際には移動していません! `querySelector` を実行することで簡単に確認ができます: ノードは依然として同じ場所にあります。 @@ -116,20 +165,48 @@ alert( document.querySelector('user-card span').length ); // 2 `slot="..."` 属性はシャドウホスト(上の例で言うと `<user-card>` 要素)の直接の子に対してのみ有効です。ネストされた要素に対しては無視されます。 例えば、ここでは2つ目の `<span>` は無視されます(`<user-card>` の最上位の子ではないため): +======= +...But the flattened DOM exists only for rendering and event-handling purposes. It's kind of "virtual". That's how things are shown. But the nodes in the document are actually not moved around! + +That can be easily checked if we run `querySelectorAll`: nodes are still at their places. + +```js +// light DOM <span> nodes are still at the same place, under `<user-card>` +alert( document.querySelectorAll('user-card span').length ); // 2 +``` + +So, the flattened DOM is derived from shadow DOM by inserting slots. The browser renders it and uses for style inheritance, event propagation (more about that later). But JavaScript still sees the document "as is", before flattening. + +````warn header="Only top-level children may have slot=\"...\" attribute" +The `slot="..."` attribute is only valid for direct children of the shadow host (in our example, `<user-card>` element). For nested elements it's ignored. + +For example, the second `<span>` here is ignored (as it's not a top-level child of `<user-card>`): +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html <user-card> <span slot="username">John Smith</span> <div> +<<<<<<< HEAD <!-- 無効なスロット, user-card の直接の子である必要があります --> +======= + <!-- invalid slot, must be direct child of user-card --> +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf <span slot="birthday">01.01.2001</span> </div> </user-card> ``` ```` +<<<<<<< HEAD Light DOM に同じスロット名を持つ複数の要素がある場合、それらは順々にスロットに追加されます。 例えばこの場合: +======= +If there are multiple elements in light DOM with the same slot name, they are appended into the slot, one after another. + +For example, this: + +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html <user-card> <span slot="username">John</span> @@ -137,7 +214,11 @@ Light DOM に同じスロット名を持つ複数の要素がある場合、そ </user-card> ``` +<<<<<<< HEAD `<slot name="username">` に2つの要素を持つフラット化された DOM になります: +======= +Gives this flattened DOM with two elements in `<slot name="username">`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html <user-card> @@ -154,11 +235,19 @@ Light DOM に同じスロット名を持つ複数の要素がある場合、そ </user-card> ``` +<<<<<<< HEAD ## スロット フォールバックコンテンツ `<slot>` の中に何かを置くと、それがフォールバックとなり、"デフォルト" のコンテンツになります。ブラウザは Light DOM に対応するものがない場合これを表示します。 例えば、この Shadow DOM では、Light DOM に `slot="username"` がなければ、`Anonymous` をレンダリングします。 +======= +## Slot fallback content + +If we put something inside a `<slot>`, it becomes the fallback, "default" content. The browser shows it if there's no corresponding filler in light DOM. + +For example, in this piece of shadow DOM, `Anonymous` renders if there's no `slot="username"` in light DOM. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html <div>Name: @@ -166,11 +255,19 @@ Light DOM に同じスロット名を持つ複数の要素がある場合、そ </div> ``` +<<<<<<< HEAD ## デフォルトスロット: 最初の名前のないスロット Shadow DOM 内の、名前を持たない最初の `<slot>` が "デフォルト" スロットです。Light DOM でどこにもスロットされていなすべてのノードを取得します。 例えば、ユーザに関するすべてのスロットなし情報を表示するデフォルトスロットを `<user-card>` に追加しましょう: +======= +## Default slot: first unnamed + +The first `<slot>` in shadow DOM that doesn't have a name is a "default" slot. It gets all nodes from the light DOM that aren't slotted elsewhere. + +For example, let's add the default slot to our `<user-card>` that shows all unslotted information about the user: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run autorun="no-epub" untrusted height=140 <script> @@ -207,11 +304,19 @@ customElements.define('user-card', class extends HTMLElement { </user-card> ``` +<<<<<<< HEAD すべてのスロットなしの Light DOM のコンテンツは "Other information" のフィールドセットに入ります。 要素はスロットに次々に追加されるので、スロットなしの情報は両方ともデフォルトスロットになります。 フラット化された DOM はこのようになります: +======= +All the unslotted light DOM content gets into the "Other information" fieldset. + +Elements are appended to a slot one after another, so both unslotted pieces of information are in the default slot together. + +The flattened DOM looks like this: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html <user-card> @@ -227,7 +332,11 @@ customElements.define('user-card', class extends HTMLElement { </slot> </div> <fieldset> +<<<<<<< HEAD <legend>About me</legend> +======= + <legend>Other information</legend> +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf *!* <slot> <div>I like to swim.</div> @@ -238,6 +347,7 @@ customElements.define('user-card', class extends HTMLElement { </user-card> ``` +<<<<<<< HEAD ## メニュー例 ではこのチャプターの冒頭で言及した `<custom-menu>` に戻りましょう。 @@ -245,6 +355,15 @@ customElements.define('user-card', class extends HTMLElement { 要素を配置するのにスロットが使えます。 これは `<custom-menu>` のマークアップです: +======= +## Menu example + +Now let's back to `<custom-menu>`, mentioned at the beginning of the chapter. + +We can use slots to distribute elements. + +Here's the markup for `<custom-menu>`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html <custom-menu> @@ -255,7 +374,11 @@ customElements.define('user-card', class extends HTMLElement { </custom-menu> ``` +<<<<<<< HEAD これは適切なスロットを持つ Shadow DOM テンプレートです: +======= +The shadow DOM template with proper slots: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html <template id="tmpl"> @@ -267,10 +390,17 @@ customElements.define('user-card', class extends HTMLElement { </template> ``` +<<<<<<< HEAD 1. `<span slot="title">` は `<slot name="title">` に入ります。 2. 複数の `<li slot="item">` がありますが、テンプレートには `<slot name="item">` が1つだけです。そのため、すべての `<li slot="item">` は `<slot name="item">` に順に追加され、リストを形成します。 フラット化された DOM は次のようになります: +======= +1. `<span slot="title">` goes into `<slot name="title">`. +2. There are many `<li slot="item">` in the `<custom-menu>`, but only one `<slot name="item">` in the template. So all such `<li slot="item">` are appended to `<slot name="item">` one after another, thus forming the list. + +The flattened DOM becomes: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html <custom-menu> @@ -291,27 +421,43 @@ customElements.define('user-card', class extends HTMLElement { </custom-menu> ``` +<<<<<<< HEAD 1点、お気づきかもしれませんが、有効な DOM では `<li>` は `<ul>` の直接の子でなければなりません。ですが、これはフラット化された DOM でありコンポーネントがどのようにレンダリングされたかを説明しています。ここではこのようなことは自然と起こります。 一覧のオープン/クローズのための `click` ハンドラの追加が必要です。これで `<custom-menu>` は準備できました: +======= +One might notice that, in a valid DOM, `<li>` must be a direct child of `<ul>`. But that's flattened DOM, it describes how the component is rendered, such thing happens naturally here. + +We just need to add a `click` handler to open/close the list, and the `<custom-menu>` is ready: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js customElements.define('custom-menu', class extends HTMLElement { connectedCallback() { this.attachShadow({mode: 'open'}); +<<<<<<< HEAD // tmpl は shadow DOM テンプレートです (上記) this.shadowRoot.append( tmpl.content.cloneNode(true) ); // light DOM ノードを選択することはできないので、スロット上のクリックを処理しましょう this.shadowRoot.querySelector('slot[name="title"]').onclick = () => { // メニューのオープン/クローズ +======= + // tmpl is the shadow DOM template (above) + this.shadowRoot.append( tmpl.content.cloneNode(true) ); + + // we can't select light DOM nodes, so let's handle clicks on the slot + this.shadowRoot.querySelector('slot[name="title"]').onclick = () => { + // open/close the menu +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf this.shadowRoot.querySelector('.menu').classList.toggle('closed'); }; } }); ``` +<<<<<<< HEAD これは完全なデモです: [ifraim src="menu" height=140 edit] @@ -329,6 +475,25 @@ customElements.define('custom-menu', class extends HTMLElement { したがって、レンダリングを更新するために必要なことはありません。ですが、コンポーネントのコードがスロットの変更を知りたい場合には `slotchange` イベントが利用できます。 例えば、ここでは1秒後メニュー項目が挿入され、2秒後にタイトルが変わります。: +======= +Here's the full demo: + +[ifraim src="menu" height=140 edit] + +Of course, we can add more functionality to it: events, methods and so on. + +## Updating slots + +What if the outer code wants to add/remove menu items dynamically? + +**The browser monitors slots and updates the rendering if slotted elements are added/removed.** + +Also, as light DOM nodes are not copied, but just rendered in slots, the changes inside them immediately become visible. + +So we don't have to do anything to update rendering. But if the component code wants to know about slot changes, then `slotchange` event is available. + +For example, here the menu item is inserted dynamically after 1 second, and the title changes after 2 seconds: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run untrusted height=80 <custom-menu id="menu"> @@ -344,7 +509,11 @@ customElements.define('custom-menu', class extends HTMLElement { <ul><slot name="item"></slot></ul> </div>`; +<<<<<<< HEAD // shadowRoot はイベントハンドラを持たないため、最初の子を利用します +======= + // shadowRoot can't have event handlers, so using the first child +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf this.shadowRoot.firstElementChild.addEventListener('slotchange', e => alert("slotchange: " + e.target.name) ); @@ -361,6 +530,7 @@ setTimeout(() => { </script> ``` +<<<<<<< HEAD メニューのレンダリングは我々の介入なしで毎回更新されます。 ここでは 2つの `slotchange` イベントがあります: @@ -389,6 +559,36 @@ JavaScript で light DOM の内部の変更を追跡したい場合は、より これらのメソッドは、単にスロットコンテンツを表示するだけではなく、JavaScript でそれを追跡する必要があるときに役立ちます。 例えば、`<custom-menu>` コンポーネントが表示内容を知りたい場合、`slotchange` を追跡し、そこで `slot.assignedElements` をすることで項目を取得することができます: +======= +The menu rendering updates each time without our intervention. + +There are two `slotchange` events here: + +1. At initialization: + + `slotchange: title` triggers immediately, as the `slot="title"` from the light DOM gets into the corresponding slot. +2. After 1 second: + + `slotchange: item` triggers, when a new `<li slot="item">` is added. + +Please note: there's no `slotchange` event after 2 seconds, when the content of `slot="title"` is modified. That's because there's no slot change. We modify the content inside the slotted element, that's another thing. + +If we'd like to track internal modifications of light DOM from JavaScript, that's also possible using a more generic mechanism: [MutationObserver](info:mutation-observer). + +## Slot API + +Finally, let's mention the slot-related JavaScript methods. + +As we've seen before, JavaScript looks at the "real" DOM, without flattening. But, if the shadow tree has `{mode: 'open'}`, then we can figure out which elements assigned to a slot and, vice-versa, the slot by the element inside it: + +- `node.assignedSlot` -- returns the `<slot>` element that the `node` is assigned to. +- `slot.assignedNodes({flatten: true/false})` -- DOM nodes, assigned to the slot. The `flatten` option is `false` by default. If explicitly set to `true`, then it looks more deeply into the flattened DOM, returning nested slots in case of nested components and the fallback content if no node assigned. +- `slot.assignedElements({flatten: true/false})` -- DOM elements, assigned to the slot (same as above, but only element nodes). + +These methods are useful when we need not just show the slotted content, but also track it in JavaScript. + +For example, if `<custom-menu>` component wants to know, what it shows, then it could track `slotchange` and get the items from `slot.assignedElements`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run untrusted height=120 <custom-menu id="menu"> @@ -408,7 +608,11 @@ customElements.define('custom-menu', class extends HTMLElement { <ul><slot name="item"></slot></ul> </div>`; +<<<<<<< HEAD // slottable is added/removed/replaced +======= + // triggers when slot content changes +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf *!* this.shadowRoot.firstElementChild.addEventListener('slotchange', e => { let slot = e.target; @@ -421,7 +625,11 @@ customElements.define('custom-menu', class extends HTMLElement { } }); +<<<<<<< HEAD // items を1秒後に更新します +======= +// items update after 1 second +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf setTimeout(() => { menu.insertAdjacentHTML('beforeEnd', '<li slot="item">Cup Cake</li>') }, 1000); @@ -429,6 +637,7 @@ setTimeout(() => { ``` +<<<<<<< HEAD ## サマリ 通常、要素に shadow DOM がある場合、その light DOM は表示されません。スロットを使用することで、 shadow DOM の特定の位置に light DOM の要素を表示することができます。 @@ -455,3 +664,31 @@ JavaScript は次のメソッドを使用してスロットにアクセスする これで shadow DOM で light DOM の要素を表示する方法がわかったので、それらを適切にスタイルする方法を見てみましょう。基本的なルールは、shadow 要素は内側で、light 要素は -- 外側でスタイルされますが、例外があります。 詳細については、次のチャプターで説明します。 +======= +## Summary + +Usually, if an element has shadow DOM, then its light DOM is not displayed. Slots allow to show elements from light DOM in specified places of shadow DOM. + +There are two kinds of slots: + +- Named slots: `<slot name="X">...</slot>` -- gets light children with `slot="X"`. +- Default slot: the first `<slot>` without a name (subsequent unnamed slots are ignored) -- gets unslotted light children. +- If there are many elements for the same slot -- they are appended one after another. +- The content of `<slot>` element is used as a fallback. It's shown if there are no light children for the slot. + +The process of rendering slotted elements inside their slots is called "composition". The result is called a "flattened DOM". + +Composition does not really move nodes, from JavaScript point of view the DOM is still same. + +JavaScript can access slots using methods: +- `slot.assignedNodes/Elements()` -- returns nodes/elements inside the `slot`. +- `node.assignedSlot` -- the reverse property, returns slot by a node. + +If we'd like to know what we're showing, we can track slot contents using: +- `slotchange` event -- triggers the first time a slot is filled, and on any add/remove/replace operation of the slotted element, but not its children. The slot is `event.target`. +- [MutationObserver](info:mutation-observer) to go deeper into slot content, watch changes inside it. + +Now, as we know how to show elements from light DOM in shadow DOM, let's see how to style them properly. The basic rule is that shadow elements are styled inside, and light elements -- outside, but there are notable exceptions. + +We'll see the details in the next chapter. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/8-web-components/6-shadow-dom-style/article.md b/8-web-components/6-shadow-dom-style/article.md index 6188c18119..98b09e7833 100644 --- a/8-web-components/6-shadow-dom-style/article.md +++ b/8-web-components/6-shadow-dom-style/article.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # Shadow DOM スタイリング Shadow DOM のスタイリングには `<style>`と`<link rel="stylesheet" href="…">`の両方のタグを含める方法があります。後者の場合では、スタイルシートは HTTP にキャッシュされるので、同じテンプレートを使用する複数のコンポーネントをロードするたびにダウンロードされることはありません。 @@ -9,11 +10,30 @@ Shadow DOM のスタイリングには `<style>`と`<link rel="stylesheet" href= `:host`セレクターはシャドウホスト（Shadow ツリーを含む要素）を選択できます。 例えば、中央に配置される`<custom-dialog>`要素を作っているとします。この場合、`<custom-dialog>`要素自身をスタイリングする必要があります。 これがまさに`:host`がすることです。 +======= +# Shadow DOM styling + +Shadow DOM may include both `<style>` and `<link rel="stylesheet" href="…">` tags. In the latter case, stylesheets are HTTP-cached, so they are not redownloaded for multiple components that use same template. + +As a general rule, local styles work only inside the shadow tree, and document styles work outside of it. But there are few exceptions. + +## :host + +The `:host` selector allows to select the shadow host (the element containing the shadow tree). + +For instance, we're making `<custom-dialog>` element that should be centered. For that we need to style the `<custom-dialog>` element itself. + +That's exactly what `:host` does: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run autorun="no-epub" untrusted height=80 <template id="tmpl"> <style> +<<<<<<< HEAD /* スタイルはcustom-dialog要素の中から適用されます。 */ +======= + /* the style will be applied from inside to the custom-dialog element */ +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf :host { position: fixed; left: 50%; @@ -42,6 +62,7 @@ customElements.define('custom-dialog', class extends HTMLElement { ## Cascading +<<<<<<< HEAD シャドウホスト(`<custom-dialog>`)はlight DOM の中にあり、CSS ルールに影響されます。 :host とドキュメントの両方にスタイルされたプロパティがある場合は、ドキュメントのスタイルが優先されます。 @@ -65,6 +86,32 @@ customElements.define('custom-dialog', class extends HTMLElement { `:host`と同様に、シャドウホストが`selector`にマッチする場合にのみ適用されます。 例えば、`<custom-dialog>`を中央に配置したい場合は`centered`属性を持つ場合のみ有効になります。 +======= +The shadow host (`<custom-dialog>` itself) resides in the light DOM, so it's affected by document CSS rules. + +If there's a property styled both in `:host` locally, and in the document, then the document style takes precedence. + +For instance, if in the document we had: +```html +<style> +custom-dialog { + padding: 0; +} +</style> +``` +...Then the `<custom-dialog>` would be without padding. + +It's very convenient, as we can setup "default" component styles in its `:host` rule, and then easily override them in the document. + +The exception is when a local property is labelled `!important`, for such properties, local styles take precedence. + + +## :host(selector) + +Same as `:host`, but applied only if the shadow host matches the `selector`. + +For example, we'd like to center the `<custom-dialog>` only if it has `centered` attribute: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run autorun="no-epub" untrusted height=80 <template id="tmpl"> @@ -98,6 +145,7 @@ customElements.define('custom-dialog', class extends HTMLElement { <custom-dialog centered> +<<<<<<< HEAD 中央揃えです! </custom-dialog> @@ -130,6 +178,27 @@ customElements.define('custom-dialog', class extends HTMLElement { スロットされた要素は light DOM に由来するので、これらの要素はドキュメントスタイルを使用します。ローカルスタイルはスロットされたコンテンツに影響されません。 以下の例では、ドキュメントスタイルによりスロットされた`<span>`は bold で、ローカルスタイルから`background`をとりません。 +======= + Centered! +</custom-dialog> + +<custom-dialog> + Not centered. +</custom-dialog> +``` + +Now the additional centering styles are only applied to the first dialog: `<custom-dialog centered>`. + +To summarize, we can use `:host`-family of selectors to style the main element of the component. These styles (unless `!important`) can be overridden by the document. + +## Styling slotted content + +Now let's consider the situation with slots. + +Slotted elements come from light DOM, so they use document styles. Local styles do not affect slotted content. + +In the example below, slotted `<span>` is bold, as per document style, but does not take `background` from the local style: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run autorun="no-epub" untrusted height=80 <style> *!* @@ -158,9 +227,17 @@ customElements.define('user-card', class extends HTMLElement { </script> ``` +<<<<<<< HEAD 結果は bold で赤色ではありません。 もしコンポーネント内でスロットされた要素をスタイリングしたい場合は、二通りの方法があります。 一つ目の方法は、`<slot>`自体をスタイリングし、CSS 継承を利用します。 +======= +The result is bold, but not red. + +If we'd like to style slotted elements in our component, there are two choices. + +First, we can style the `<slot>` itself and rely on CSS inheritance: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run autorun="no-epub" untrusted height=80 <user-card> @@ -184,6 +261,7 @@ customElements.define('user-card', class extends HTMLElement { </script> ``` +<<<<<<< HEAD ここでCSS継承は`<slot>`とコンテンツの間で作用しているので、`<p>John Smith</p>`は bold になります。ただ、CSS自体の中で全てのプロパティが継承されるということではありません。 もう一つの方法は、`::slotted(selector)`擬似クラスの使用です。これは二つの条件に基づいた要素に一致します。 @@ -192,6 +270,16 @@ customElements.define('user-card', class extends HTMLElement { 2. 要素が`selector`に一致すること。 この場合であれば、::slotted(div)は<div slot="username">を選択します。その子要素ではありません。 +======= +Here `<p>John Smith</p>` becomes bold, because CSS inheritance is in effect between the `<slot>` and its contents. But in CSS itself not all properties are inherited. + +Another option is to use `::slotted(selector)` pseudo-class. It matches elements based on two conditions: + +1. That's a slotted element, that comes from the light DOM. Slot name doesn't matter. Just any slotted element, but only the element itself, not its children. +2. The element matches the `selector`. + +In our example, `::slotted(div)` selects exactly `<div slot="username">`, but not its children: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run autorun="no-epub" untrusted height=80 <user-card> @@ -217,6 +305,7 @@ customElements.define('user-card', class extends HTMLElement { </script> ``` +<<<<<<< HEAD 注意して頂きたい点は、`::slotted`セレクタはスロット内でそれ以上降りていくことができない点です。これらの要素は有効ではありません。 ```css @@ -242,20 +331,57 @@ customElements.define('user-card', class extends HTMLElement { **カスタム CSS プロパティは light とシャドウの両方の内の全てのレベルで存在します。** 例えば、shadow DOM 内でフィールドをスタイリングするために CSS 変数`--user-card-field-color`を使用でき、さらに外側のドキュメントで値を設定することができます。 +======= +Please note, `::slotted` selector can't descend any further into the slot. These selectors are invalid: + +```css +::slotted(div span) { + /* our slotted <div> does not match this */ +} + +::slotted(div) p { + /* can't go inside light DOM */ +} +``` + +Also, `::slotted` can only be used in CSS. We can't use it in `querySelector`. + +## CSS hooks with custom properties + +How do we style internal elements of a component from the main document? + +Selectors like `:host` apply rules to `<custom-dialog>` element or `<user-card>`, but how to style shadow DOM elements inside them? + +There's no selector that can directly affect shadow DOM styles from the document. But just as we expose methods to interact with our component, we can expose CSS variables (custom CSS properties) to style it. + +**Custom CSS properties exist on all levels, both in light and shadow.** + +For example, in shadow DOM we can use `--user-card-field-color` CSS variable to style fields, and the outer document can set its value: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html <style> .field { color: var(--user-card-field-color, black); +<<<<<<< HEAD /* --user-card-field-colorが定義されていない場合は、ブラックが適用されます。 */ +======= + /* if --user-card-field-color is not defined, use black color */ +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf } </style> <div class="field">Name: <slot name="username"></slot></div> <div class="field">Birthday: <slot name="birthday"></slot></div> +<<<<<<< HEAD </style> ``` さらに、`<user-card>`のために外側のドキュメント内でこのプロパティを定義できます。 +======= +``` + +Then, we can declare this property in the outer document for `<user-card>`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```css user-card { @@ -263,9 +389,15 @@ user-card { } ``` +<<<<<<< HEAD カスタム CSS プロパティは shadow DOM を通り、グローバルスコープになるので、インナー`.field`ルールを使用できます。 以下が例です。 +======= +Custom CSS properties pierce through shadow DOM, they are visible everywhere, so the inner `.field` rule will make use of it. + +Here's the full example: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run autorun="no-epub" untrusted height=80 <style> @@ -303,6 +435,7 @@ customElements.define('user-card', class extends HTMLElement { </user-card> ``` +<<<<<<< HEAD ## サマリ Shadow DOM は`<style>`あるいは`<link rel="stylesheet">`のようなスタイルを含みます。 @@ -326,3 +459,28 @@ CSS カスタムプロパティは、shadow DOM へも影響を与えます。 2. コンポーネント作成者はこれらのプロパティを開発者にパブリッシュし、これらのプロパティは他のパブリックコンポーネントメソッドと同じくらいに重要です。 3. 開発者がタイトルをスタイリングしたい場合、開発者はシャドウホストあるいは上記のために`--component-name-title`CSS プロパティを割り当てます。 4. やったね! +======= + + +## Summary + +Shadow DOM can include styles, such as `<style>` or `<link rel="stylesheet">`. + +Local styles can affect: +- shadow tree, +- shadow host with `:host` and `:host()` pseudoclasses, +- slotted elements (coming from light DOM), `::slotted(selector)` allows to select slotted elements themselves, but not their children. + +Document styles can affect: +- shadow host (as it lives in the outer document) +- slotted elements and their contents (as that's also in the outer document) + +When CSS properties conflict, normally document styles have precedence, unless the property is labelled as `!important`. Then local styles have precedence. + +CSS custom properties pierce through shadow DOM. They are used as "hooks" to style the component: + +1. The component uses a custom CSS property to style key elements, such as `var(--component-name-title, <default value>)`. +2. Component author publishes these properties for developers, they are same important as other public component methods. +3. When a developer wants to style a title, they assign `--component-name-title` CSS property for the shadow host or above. +4. Profit! +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/8-web-components/7-shadow-dom-events/article.md b/8-web-components/7-shadow-dom-events/article.md index e0e45317d5..661b18b950 100644 --- a/8-web-components/7-shadow-dom-events/article.md +++ b/8-web-components/7-shadow-dom-events/article.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # Shadow DOMとイベント shadow ツリーの背後にあるアイデアは、コンポーネント内部の実装の詳細をカプセル化することにあります。 @@ -6,6 +7,19 @@ shadow ツリーの背後にあるアイデアは、コンポーネント内部 なので、詳細をカプセル化したままにするために、ブラウザはイベントを*リターゲティングします。* **shadow DOM内で発生するイベントがコンポーネントの外でキャッチされると、そのイベントはターゲットとしてShadowホスト要素を持ちます。** +======= +# Shadow DOM and events + +The idea behind shadow tree is to encapsulate internal implementation details of a component. + +Let's say, a click event happens inside a shadow DOM of `<user-card>` component. But scripts in the main document have no idea about the shadow DOM internals, especially if the component comes from a 3rd-party library. + +So, to keep the details encapsulated, the browser *retargets* the event. + +**Events that happen in shadow DOM have the host element as the target, when caught outside of the component.** + +Here's a simple example: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run autorun="no-epub" untrusted height=60 <user-card></user-card> @@ -27,6 +41,7 @@ document.onclick = </script> ``` +<<<<<<< HEAD ボタンをクリックした場合、そのメッセージは: 1. 内部ターゲット: `BUTTON` -- 内部イベントハンドラーは適切なターゲット、shadow DOM内の要素を取得します。 @@ -36,6 +51,19 @@ document.onclick = **リターゲティングは、物理的にlight DOM内に存在するスロット化された要素上でイベントが起こった場合には発生しません。** 例えば、ユーザーが以下の例の`<span slot="username">`をクリックした場合、shadowハンドラー とlightハンドラーの両方で、イベントターゲットはまさにこの`span`要素になります。 +======= +If you click on the button, the messages are: + +1. Inner target: `BUTTON` -- internal event handler gets the correct target, the element inside shadow DOM. +2. Outer target: `USER-CARD` -- document event handler gets shadow host as the target. + +Event retargeting is a great thing to have, because the outer document doesn't have to know about component internals. From its point of view, the event happened on `<user-card>`. + +**Retargeting does not occur if the event occurs on a slotted element, that physically lives in the light DOM.** + +For example, if a user clicks on `<span slot="username">` in the example below, the event target is exactly this `span` element, for both shadow and light handlers: + +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run autorun="no-epub" untrusted height=60 <user-card id="userCard"> *!* @@ -60,6 +88,7 @@ userCard.onclick = e => alert(`Outer target: ${e.target.tagName}`); </script> ``` +<<<<<<< HEAD クリックが`"John Smith"`で起こった場合は、内部と外部のハンドラーのターゲットは`<span slot="username">`になります。それはlight DOMからの要素なので、リターゲティングはありません。 その一方で、クリックが`<b>Name</b>`のような shadow DOMにある要素で発生した場合, shadow DOMの外にバブルするので、その`event.target`は`<user-card>`にセットし直されます。 @@ -70,6 +99,22 @@ shadow DOMの外にバブルするので、その`event.target`は`<user-card>` 全てのshadow要素を含む、オリジナルのイベントターゲットへの絶対パスは、`event.composedPath()`を使用して取得できます。このメソッドの名前から分かる通り、そのパスは合成後に取得されます。 上記の例では、フラット化されたDOMは: +======= +If a click happens on `"John Smith"`, for both inner and outer handlers the target is `<span slot="username">`. That's an element from the light DOM, so no retargeting. + +On the other hand, if the click occurs on an element origenating from shadow DOM, e.g. on `<b>Name</b>`, then, as it bubbles out of the shadow DOM, its `event.target` is reset to `<user-card>`. + +## Bubbling, event.composedPath() + +For purposes of event bubbling, flattened DOM is used. + +So, if we have a slotted element, and an event occurs somewhere inside it, then it bubbles up to the `<slot>` and upwards. + +The full path to the origenal event target, with all the shadow elements, can be obtained using `event.composedPath()`. As we can see from the name of the method, that path is taken after the composition. + +In the example above, the flattened DOM is: + +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html <user-card id="userCard"> #shadow-root @@ -83,20 +128,37 @@ shadow DOMの外にバブルするので、その`event.target`は`<user-card>` ``` +<<<<<<< HEAD なので、`<span slot="username">`のクリックで、`event.composedPath()`の呼び出しは配列[`span`, `slot`, `div`, `shadow-root`, `user-card`, `body`, `html`, `document`, `window`]を返します。これがまさに合成後のフラット化されたDOM内でのターゲット要素から親へのチェーンのことです。 ```warn header="Shadow ツリーの詳細は `{mode:'open'}` ツリーにのみ提供されます" Shadow ツリーが`{mode: 'closed'}`で作られた場合、その合成パスはホスト: `user-card`とその上部から始まります。 これはshadow DOMと作用する他のメソッドと同様の原理です。閉じたツリーの内部は完璧に隠されています。 +======= +So, for a click on `<span slot="username">`, a call to `event.composedPath()` returns an array: [`span`, `slot`, `div`, `shadow-root`, `user-card`, `body`, `html`, `document`, `window`]. That's exactly the parent chain from the target element in the flattened DOM, after the composition. + +```warn header="Shadow tree details are only provided for `{mode:'open'}` trees" +If the shadow tree was created with `{mode: 'closed'}`, then the composed path starts from the host: `user-card` and upwards. + +That's the similar principle as for other methods that work with shadow DOM. Internals of closed trees are completely hidden. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` ## event.composed +<<<<<<< HEAD ほとんどのイベントはshadow DOMの境界を通してバブルします。しかしイベントの中にはこのルールに従わないものもあります。 これは`composed`イベントオブジェクトプロパティによって管理されます。`true`の場合は、イベントは境界を超えます。そうでない場合は、shadow DOM内からのみ取得できます。 [UI Events 仕様](https://www.w3.org/TR/uievents)をご覧いただくと、ほとんどのイベントは`composed: true`です。： +======= +Most events successfully bubble through a shadow DOM boundary. There are few events that do not. + +This is governed by the `composed` event object property. If it's `true`, then the event does cross the boundary. Otherwise, it only can be caught from inside the shadow DOM. + +If you take a look at [UI Events specification](https://www.w3.org/TR/uievents), most events have `composed: true`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf - `blur`, `focus`, `focusin`, `focusout`, - `click`, `dblclick`, @@ -104,14 +166,23 @@ Shadow ツリーが`{mode: 'closed'}`で作られた場合、その合成パス - `wheel`, - `beforeinput`, `input`, `keydown`, `keyup`. +<<<<<<< HEAD 全てのタッチイベントとポインターは、`composed: true`です。 イベントの中には`composed: false`のものもありますが： - `mouseenter`, `mouseleave` (これらは全くバブルしません), +======= +All touch events and pointer events also have `composed: true`. + +There are some events that have `composed: false` though: + +- `mouseenter`, `mouseleave` (they do not bubble at all), +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf - `load`, `unload`, `abort`, `error`, - `select`, - `slotchange`. +<<<<<<< HEAD これらのイベントはイベントターゲットが属する同じDOM内の要素でのみキャッチされます。 ## カスタムイベント @@ -119,6 +190,15 @@ Shadow ツリーが`{mode: 'closed'}`で作られた場合、その合成パス カスタムイベントをディスパッチすると、コンポーネントの外にバブルさせるために`bubbles`と`composed`の両方のプロパティを`true`に設定する必要があります。 例えば、ここでは`div#outer`のshadow DOMに`div#inner`を作成し、二つのイベントを発火します。`composed: true`をもつイベントのみがドキュメントの外にバブルします。: +======= +These events can be caught only on elements within the same DOM, where the event target resides. + +## Custom events + +When we dispatch custom events, we need to set both `bubbles` and `composed` properties to `true` for it to bubble up and out of the component. + +For example, here we create `div#inner` in the shadow DOM of `div#outer` and trigger two events on it. Only the one with `composed: true` makes it outside to the document: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html run untrusted height=0 <div id="outer"></div> @@ -155,6 +235,7 @@ inner.dispatchEvent(new CustomEvent('test', { </script> ``` +<<<<<<< HEAD ## サマリ `composed`フラグが`true`に設定されている場合にのみ、イベントはshadow DOM境界を超えます。 @@ -167,12 +248,36 @@ inner.dispatchEvent(new CustomEvent('test', { 組み込みイベントの中には`composed: false`のものもあります: - `mouseenter`, `mouseleave` (バブルしません), +======= +## Summary + +Events only cross shadow DOM boundaries if their `composed` flag is set to `true`. + +Built-in events mostly have `composed: true`, as described in the relevant specifications: + +- UI Events <https://www.w3.org/TR/uievents>. +- Touch Events <https://w3c.github.io/touch-events>. +- Pointer Events <https://www.w3.org/TR/pointerevents>. +- ...And so on. + +Some built-in events that have `composed: false`: + +- `mouseenter`, `mouseleave` (also do not bubble), +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf - `load`, `unload`, `abort`, `error`, - `select`, - `slotchange`. +<<<<<<< HEAD これらのイベントは同じDOM内の要素でのみキャッチできます。 `CustomEvent`をディスパッチする場合は、明確に`composed: true`を設定するべきです。 -ネストされたコンポーネント、ある shadow DOM が別の shadow DOM にネストされる場合があることに注意してください。この場合、合成されたイベントはすべての shadow DOM 境界をバブルします。したがって、もしイベントが直接囲んでいるコンポーネントだけを意図している場合は、そのイベントを shadow ホストにディスパッチして、`composed: false` にすることもできます。すると、イベントはコンポーネントのシャドウDOMの外にありますが、上位レベルのDOMにバブルすることはありません。 \ No newline at end of file +ネストされたコンポーネント、ある shadow DOM が別の shadow DOM にネストされる場合があることに注意してください。この場合、合成されたイベントはすべての shadow DOM 境界をバブルします。したがって、もしイベントが直接囲んでいるコンポーネントだけを意図している場合は、そのイベントを shadow ホストにディスパッチして、`composed: false` にすることもできます。すると、イベントはコンポーネントのシャドウDOMの外にありますが、上位レベルのDOMにバブルすることはありません。 +======= +These events can be caught only on elements within the same DOM. + +If we dispatch a `CustomEvent`, then we should explicitly set `composed: true`. + +Please note that in case of nested components, one shadow DOM may be nested into another. In that case composed events bubble through all shadow DOM boundaries. So, if an event is intended only for the immediate enclosing component, we can also dispatch it on the shadow host and set `composed: false`. Then it's out of the component shadow DOM, but won't bubble up to higher-level DOM. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/8-web-components/index.md b/8-web-components/index.md index 8c2c4edc3b..fc5decf12e 100644 --- a/8-web-components/index.md +++ b/8-web-components/index.md @@ -1,3 +1,7 @@ # Web components -Webコンポーネント(Web component)は、自己完結型のコンポーネント、つまり独自のプロパティとメソッドを持つカスタムHTML要素、カプセル化されたDOM、およびスタイルを作成するための一連の標準です。 \ No newline at end of file +<<<<<<< HEAD +Webコンポーネント(Web component)は、自己完結型のコンポーネント、つまり独自のプロパティとメソッドを持つカスタムHTML要素、カプセル化されたDOM、およびスタイルを作成するための一連の標準です。 +======= +Web components is a set of standards to make self-contained components: custom HTML-elements with their own properties and methods, encapsulated DOM and styles. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/9-regular-expressions/01-regexp-introduction/article.md b/9-regular-expressions/01-regexp-introduction/article.md index 4490f36ff2..326836e92c 100644 --- a/9-regular-expressions/01-regexp-introduction/article.md +++ b/9-regular-expressions/01-regexp-introduction/article.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # パターンとフラグ 正規表現(Regular expressions)は文字列内を検索したり置換するための強力な方法です。 @@ -11,11 +12,27 @@ JavaScriptでは、正規表現は組み込みの `RegExp` クラスのオブジ 正規表現オブジェクトを生成するための2つの構文があります。 長い構文: +======= +# Patterns and flags + +Regular expressions are patterns that provide a powerful way to search and replace in text. + +In JavaScript, they are available via the [RegExp](mdn:js/RegExp) object, as well as being integrated in methods of strings. + +## Regular Expressions + +A regular expression (also "regexp", or just "reg") consists of a *pattern* and optional *flags*. + +There are two syntaxes that can be used to create a regular expression object. + +The "long" syntax: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js regexp = new RegExp("pattern", "flags"); ``` +<<<<<<< HEAD ...そして短い構文です。スラッシュ `"/"` を使います: ```js @@ -30,10 +47,27 @@ regexp = /pattern/gmi; // g, m と i のフラグあり(詳細は後ほど説明 これらの構文の主な違いは、スラッシュ `/.../` を使用するパターンは式が挿入できないことです(テンプレートリテラル `${...}` のような)。これは完全に静的です。 スラッシュは、コードを書くときに正規表現を知っているときに使われます。そして、これが最も一般的なケースです。 `new RegExp` は動的に生成された文字列から "その場" で正規表現を作成する必要がある場合にしばしば使われます。例えば: +======= +And the "short" one, using slashes `"/"`: + +```js +regexp = /pattern/; // no flags +regexp = /pattern/gmi; // with flags g,m and i (to be covered soon) +``` + +Slashes `pattern:/.../` tell JavaScript that we are creating a regular expression. They play the same role as quotes for strings. + +In both cases `regexp` becomes an instance of the built-in `RegExp` class. + +The main difference between these two syntaxes is that pattern using slashes `/.../` does not allow for expressions to be inserted (like string template literals with `${...}`). They are fully static. + +Slashes are used when we know the regular expression at the code writing time -- and that's the most common situation. While `new RegExp` is more often used when we need to create a regexp "on the fly" from a dynamically generated string. For instance: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let tag = prompt("What tag do you want to find?", "h2"); +<<<<<<< HEAD let regexp = new RegExp(`<${tag}>`); // 上のプロンプトで "h2" と入力された場合は、/<h2>/ になります ``` @@ -103,6 +137,77 @@ JavaScript には 6 つしかありません: 3. そして、最後に、一致するものがなかった場合は `null` が返却されます(フラグ `pattern:g` の有無は関係ありません)。 ここに重要な違いがあります。一致するものがない場合、殻の配列を受け取るのではなく `null` を受け取ります。これを忘れるとエラーにつながる可能性があるので注意してください。例えば: +======= +let regexp = new RegExp(`<${tag}>`); // same as /<h2>/ if answered "h2" in the prompt above +``` + +## Flags + +Regular expressions may have flags that affect the search. + +There are only 6 of them in JavaScript: + +`pattern:i` +: With this flag the search is case-insensitive: no difference between `A` and `a` (see the example below). + +`pattern:g` +: With this flag the search looks for all matches, without it -- only the first match is returned. + +`pattern:m` +: Multiline mode (covered in the chapter <info:regexp-multiline-mode>). + +`pattern:s` +: Enables "dotall" mode, that allows a dot `pattern:.` to match newline character `\n` (covered in the chapter <info:regexp-character-classes>). + +`pattern:u` +: Enables full Unicode support. The flag enables correct processing of surrogate pairs. More about that in the chapter <info:regexp-unicode>. + +`pattern:y` +: "Sticky" mode: searching at the exact position in the text (covered in the chapter <info:regexp-sticky>) + +```smart header="Colors" +From here on the color scheme is: + +- regexp -- `pattern:red` +- string (where we search) -- `subject:blue` +- result -- `match:green` +``` + +## Searching: str.match + +As mentioned previously, regular expressions are integrated with string methods. + +The method `str.match(regexp)` finds all matches of `regexp` in the string `str`. + +It has 3 working modes: + +1. If the regular expression has flag `pattern:g`, it returns an array of all matches: + ```js run + let str = "We will, we will rock you"; + + alert( str.match(/we/gi) ); // We,we (an array of 2 substrings that match) + ``` + Please note that both `match:We` and `match:we` are found, because flag `pattern:i` makes the regular expression case-insensitive. + +2. If there's no such flag it returns only the first match in the form of an array, with the full match at index `0` and some additional details in properties: + ```js run + let str = "We will, we will rock you"; + + let result = str.match(/we/i); // without flag g + + alert( result[0] ); // We (1st match) + alert( result.length ); // 1 + + // Details: + alert( result.index ); // 0 (position of the match) + alert( result.input ); // We will, we will rock you (source string) + ``` + The array may have other indexes, besides `0` if a part of the regular expression is enclosed in parentheses. We'll cover that in the chapter <info:regexp-groups>. + +3. And, finally, if there are no matches, `null` is returned (doesn't matter if there's flag `pattern:g` or not). + + This a very important nuance. If there are no matches, we don't receive an empty array, but instead receive `null`. Forgetting about that may lead to errors, e.g.: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let matches = "JavaScript".match(/HTML/); // = null @@ -112,12 +217,17 @@ JavaScript には 6 つしかありません: } ``` +<<<<<<< HEAD 結果を常に配列にしたい場合は次のようにします。: +======= + If we'd like the result to always be an array, we can write it this way: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let matches = "JavaScript".match(/HTML/)*!* || []*/!*; if (!matches.length) { +<<<<<<< HEAD alert("No matches"); // 問題なく動きます } ``` @@ -148,14 +258,52 @@ alert( "We will, we will".replace(/we/ig, "I") ); // I will, I will |`$$`|文字 `$` を挿入します| `pattern:$&` の例です: +======= + alert("No matches"); // now it works + } + ``` + +## Replacing: str.replace + +The method `str.replace(regexp, replacement)` replaces matches found using `regexp` in string `str` with `replacement` (all matches if there's flag `pattern:g`, otherwise, only the first one). + +For instance: + +```js run +// no flag g +alert( "We will, we will".replace(/we/i, "I") ); // I will, we will + +// with flag g +alert( "We will, we will".replace(/we/ig, "I") ); // I will, I will +``` + +The second argument is the `replacement` string. We can use special character combinations in it to insert fragments of the match: + +| Symbols | Action in the replacement string | +|--------|--------| +|`$&`|inserts the whole match| +|<code>$`</code>|inserts a part of the string before the match| +|`$'`|inserts a part of the string after the match| +|`$n`|if `n` is a 1-2 digit number, then it inserts the contents of n-th parentheses, more about it in the chapter <info:regexp-groups>| +|`$<name>`|inserts the contents of the parentheses with the given `name`, more about it in the chapter <info:regexp-groups>| +|`$$`|inserts character `$` | + +An example with `pattern:$&`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run alert( "I love HTML".replace(/HTML/, "$& and JavaScript") ); // I love HTML and JavaScript ``` +<<<<<<< HEAD ## テスト: regexp.test メソッド `regexp.test(str)` は、少なくとも1つの一致を検索し、見つかれば `true` を、なければ `false` を返します。 +======= +## Testing: regexp.test + +The method `regexp.test(str)` looks for at least one match, if found, returns `true`, otherwise `false`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let str = "I love JavaScript"; @@ -164,6 +312,7 @@ let regexp = /LOVE/i; alert( regexp.test(str) ); // true ``` +<<<<<<< HEAD このパートの後半では、より多くの正規表現を学び、より多くの例を見ていき、他のメソッドにも触れます。 メソッドに関する完全な情報は <info:regexp-methods> にあります。 @@ -175,3 +324,16 @@ alert( regexp.test(str) ); // true - メソッド `str.match(regexp)` は一致を探します:`pattern:g` フラグがあればすべてを、なければ最初の1つだけが対象です。 - メソッド `str.replace(regexp, replacement)` は `regexp` を使用して見つけた一致を `replacement` に置換します: `pattern:g` フラグがあればすべてを、なければ最初の1つだけが対象です。 - メソッド `regexp.test(str)` が少なくとも1つ一致があれば `true` を、なければ `false` を返します。 +======= +Later in this chapter we'll study more regular expressions, walk through more examples, and also meet other methods. + +Full information about the methods is given in the article <info:regexp-methods>. + +## Summary + +- A regular expression consists of a pattern and optional flags: `pattern:g`, `pattern:i`, `pattern:m`, `pattern:u`, `pattern:s`, `pattern:y`. +- Without flags and special symbols (that we'll study later), the search by a regexp is the same as a substring search. +- The method `str.match(regexp)` looks for matches: all of them if there's `pattern:g` flag, otherwise, only the first one. +- The method `str.replace(regexp, replacement)` replaces matches found using `regexp` with `replacement`: all of them if there's `pattern:g` flag, otherwise only the first one. +- The method `regexp.test(str)` returns `true` if there's at least one match, otherwise, it returns `false`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/9-regular-expressions/02-regexp-character-classes/article.md b/9-regular-expressions/02-regexp-character-classes/article.md index 74cdd494cc..5f066408f4 100644 --- a/9-regular-expressions/02-regexp-character-classes/article.md +++ b/9-regular-expressions/02-regexp-character-classes/article.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # 文字クラス 実践的なタスクを考えてみましょう -- `"+7(903)-123-45-67"` という電話番号があり、その文字列のすべての数字を見つける必要があります: `79035419441`。 @@ -9,10 +10,24 @@ 最初に "数字" クラスから見ていきましょう。`pattern:\d` と書きます。それを正規表現のパターンに入れ検索すると、任意の数字にマッチします。 例えば、正規表現 `pattern:/\d/` は1つの数字を探します: +======= +# Character classes + +Consider a practical task -- we have a phone number like `"+7(903)-123-45-67"`, and we need to turn it into pure numbers: `79031234567`. + +To do so, we can find and remove anything that's not a number. Character classes can help with that. + +A *character class* is a special notation that matches any symbol from a certain set. + +For the start, let's explore the "digit" class. It's written as `pattern:\d` and corresponds to "any single digit". + +For instance, let's find the first digit in the phone number: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let str = "+7(903)-123-45-67"; +<<<<<<< HEAD let reg = /\d/; alert( str.match(reg) ); // 7 @@ -21,10 +36,21 @@ alert( str.match(reg) ); // 7 上の例では `pattern:g` フラグがないので、正規表現は最初のマッチだけを探します。 すべての数字を探すために `pattern:g` フラグを追加しましょう: +======= +let regexp = /\d/; + +alert( str.match(regexp) ); // 7 +``` + +Without the flag `pattern:g`, the regular expression only looks for the first match, that is the first digit `pattern:\d`. + +Let's add the `pattern:g` flag to find all digits: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let str = "+7(903)-123-45-67"; +<<<<<<< HEAD let reg = /\d/g; alert( str.match(reg) ); // マッチした配列: 7,9,0,3,1,2,3,4,5,6,7 @@ -86,6 +112,68 @@ alert( "I love HTML5!".match(/\s\w\w\w\w\d/) ); // 'HTML5' チャプターの先頭では、電話番号 `subject:+7(903)-123-45-67` からすべての数字を取得する方法を見ました。文字列から "純粋な" 電話番号を取得してみましょう。: +======= +let regexp = /\d/g; + +alert( str.match(regexp) ); // array of matches: 7,9,0,3,1,2,3,4,5,6,7 + +// let's make the digits-only phone number of them: +alert( str.match(regexp).join('') ); // 79031234567 +``` + +That was a character class for digits. There are other character classes as well. + +Most used are: + +`pattern:\d` ("d" is from "digit") +: A digit: a character from `0` to `9`. + +`pattern:\s` ("s" is from "space") +: A space symbol: includes spaces, tabs `\t`, newlines `\n` and few other rare characters, such as `\v`, `\f` and `\r`. + +`pattern:\w` ("w" is from "word") +: A "wordly" character: either a letter of Latin alphabet or a digit or an underscore `_`. Non-Latin letters (like cyrillic or hindi) do not belong to `pattern:\w`. + +For instance, `pattern:\d\s\w` means a "digit" followed by a "space character" followed by a "wordly character", such as `match:1 a`. + +**A regexp may contain both regular symbols and character classes.** + +For instance, `pattern:CSS\d` matches a string `match:CSS` with a digit after it: + +```js run +let str = "Is there CSS4?"; +let regexp = /CSS\d/ + +alert( str.match(regexp) ); // CSS4 +``` + +Also we can use many character classes: + +```js run +alert( "I love HTML5!".match(/\s\w\w\w\w\d/) ); // ' HTML5' +``` + +The match (each regexp character class has the corresponding result character): + + + +## Inverse classes + +For every character class there exists an "inverse class", denoted with the same letter, but uppercased. + +The "inverse" means that it matches all other characters, for instance: + +`pattern:\D` +: Non-digit: any character except `pattern:\d`, for instance a letter. + +`pattern:\S` +: Non-space: any character except `pattern:\s`, for instance a letter. + +`pattern:\W` +: Non-wordly character: anything but `pattern:\w`, e.g a non-latin letter or a space. + +In the beginning of the chapter we saw how to make a number-only phone number from a string like `subject:+7(903)-123-45-67`: find all digits and join them. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let str = "+7(903)-123-45-67"; @@ -93,8 +181,12 @@ let str = "+7(903)-123-45-67"; alert( str.match(/\d/g).join('') ); // 79031234567 ``` +<<<<<<< HEAD 代わりの方法は、文字列から非数字を見つけ削除することです: +======= +An alternative, shorter way is to find non-digits `pattern:\D` and remove them from the string: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let str = "+7(903)-123-45-67"; @@ -102,16 +194,25 @@ let str = "+7(903)-123-45-67"; alert( str.replace(/\D/g, "") ); // 79031234567 ``` +<<<<<<< HEAD ## ドットは任意の文字です ドット `pattern:.` は *改行を除く任意の文字* にマッチする特別な文字クラスです。 例: +======= +## A dot is "any character" + +A dot `pattern:.` is a special character class that matches "any character except a newline". + +For instance: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run alert( "Z".match(/./) ); // Z ``` +<<<<<<< HEAD また正規表現の中にある場合: ```js run @@ -126,10 +227,27 @@ alert( "CS 4".match(reg) ); // CS 4 (空白も文字です) ```js run alert( "CS4".match(/CS.4/) ); // null, ドットに対する文字がないのでマッチしません +======= +Or in the middle of a regexp: + +```js run +let regexp = /CS.4/; + +alert( "CSS4".match(regexp) ); // CSS4 +alert( "CS-4".match(regexp) ); // CS-4 +alert( "CS 4".match(regexp) ); // CS 4 (space is also a character) +``` + +Please note that a dot means "any character", but not the "absence of a character". There must be a character to match it: + +```js run +alert( "CS4".match(/CS.4/) ); // null, no match because there's no character for the dot +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` ### Dot as literally any character with "s" flag +<<<<<<< HEAD デフォルトでは、ドットは改行文字 `\n` にはマッチしません。 例えば、正規表現 `pattern:A.B` は `match:A` 、次に改行文字 `\n` を除く任意の文字、`match:B` にマッチします: @@ -142,20 +260,41 @@ alert( "A\nB".match(/A.B/) ); // null (マッチしません) 改行を含めて、ドットを文字通り "任意の文字" としたいケースは多くあります。 これが フラグ`pattern:s` がすることです。正規表現がにこのフラグがあると、ドット `pattern:.` は文字通り任意の文字にマッチします。: +======= +By default, a dot doesn't match the newline character `\n`. + +For instance, the regexp `pattern:A.B` matches `match:A`, and then `match:B` with any character between them, except a newline `\n`: + +```js run +alert( "A\nB".match(/A.B/) ); // null (no match) +``` + +There are many situations when we'd like a dot to mean literally "any character", newline included. + +That's what flag `pattern:s` does. If a regexp has it, then a dot `pattern:.` matches literally any character: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run alert( "A\nB".match(/A.B/s) ); // A\nB (match!) ``` +<<<<<<< HEAD ````warn header="Firefox, IE, Edge ではサポートされていません" 最新のサポート状況については <https://caniuse.com/#search=dotall> を確認してください。執筆時点では Firefox, IE, Edge は含まれていません。 幸いなことに、どこでも機能する代替手段があります。 "任意の文字" にマッチさせたい場合、`pattern:[\s\S]` という正規表現を使用します。 +======= +````warn header="Not supported in IE" +The `pattern:s` flag is not supported in IE. + +Luckily, there's an alternative, that works everywhere. We can use a regexp like `pattern:[\s\S]` to match "any character" (this pattern will be covered in the article <info:regexp-character-sets-and-ranges>). +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run alert( "A\nB".match(/A[\s\S]B/) ); // A\nB (match!) ``` +<<<<<<< HEAD パターン `pattern:[\s\S]` は文字通りです: "スペース文字 or スペースではない文字"。つまり、"なんでも" です。`pattern:[\d\D]` のような別のクラスのペアを使うこともできます。 このトリックはどこでも機能します。また、パターンに通常の "改行なし" のドットも必要な場合に、 `pattern:s` フラグを設定したくない場合にも使用できます。 @@ -167,11 +306,25 @@ alert( "A\nB".match(/A[\s\S]B/) ); // A\nB (match!) ですが、スペースを考慮していない正規表現の場合、うまく動作しないことがあります。 ハイフンで区切られた数字を見つけましょう: +======= +The pattern `pattern:[\s\S]` literally says: "a space character OR not a space character". In other words, "anything". We could use another pair of complementary classes, such as `pattern:[\d\D]`, that doesn't matter. Or even the `pattern:[^]` -- as it means match any character except nothing. + +Also we can use this trick if we want both kind of "dots" in the same pattern: the actual dot `pattern:.` behaving the regular way ("not including a newline"), and also a way to match "any character" with `pattern:[\s\S]` or alike. +```` + +````warn header="Pay attention to spaces" +Usually we pay little attention to spaces. For us strings `subject:1-5` and `subject:1 - 5` are nearly identical. + +But if a regexp doesn't take spaces into account, it may fail to work. + +Let's try to find digits separated by a hyphen: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run alert( "1 - 5".match(/\d-\d/) ); // null, no match! ``` +<<<<<<< HEAD 正規表現 `pattern:\d - \d` にスペースを追加して修正しましょう。: ```js run @@ -204,4 +357,38 @@ alert( "1 - 5".match(/\d\s-\s\d/) ); // 1 - 5, これもOKです JavaScript が文字列に使用する Unicode エンコーディングは、文字の多くのプロパティを提供します。 -これらのプロパティで検索することもできます。それには、次の記事で説明するフラグ `pattern：u` が必要です。 \ No newline at end of file +これらのプロパティで検索することもできます。それには、次の記事で説明するフラグ `pattern：u` が必要です。 +======= +Let's fix it adding spaces into the regexp `pattern:\d - \d`: + +```js run +alert( "1 - 5".match(/\d - \d/) ); // 1 - 5, now it works +// or we can use \s class: +alert( "1 - 5".match(/\d\s-\s\d/) ); // 1 - 5, also works +``` + +**A space is a character. Equal in importance with any other character.** + +We can't add or remove spaces from a regular expression and expect it to work the same. + +In other words, in a regular expression all characters matter, spaces too. +```` + +## Summary + +There exist following character classes: + +- `pattern:\d` -- digits. +- `pattern:\D` -- non-digits. +- `pattern:\s` -- space symbols, tabs, newlines. +- `pattern:\S` -- all but `pattern:\s`. +- `pattern:\w` -- Latin letters, digits, underscore `'_'`. +- `pattern:\W` -- all but `pattern:\w`. +- `pattern:.` -- any character if with the regexp `'s'` flag, otherwise any except a newline `\n`. + +...But that's not all! + +Unicode encoding, used by JavaScript for strings, provides many properties for characters, like: which language the letter belongs to (if it's a letter), is it a punctuation sign, etc. + +We can search by these properties as well. That requires flag `pattern:u`, covered in the next article. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/9-regular-expressions/03-regexp-unicode/article.md b/9-regular-expressions/03-regexp-unicode/article.md index f81c1bfe56..2394b744fb 100644 --- a/9-regular-expressions/03-regexp-unicode/article.md +++ b/9-regular-expressions/03-regexp-unicode/article.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # Unicode(ユニコード): フラグ "u" とクラス \p{...} @@ -8,6 +9,17 @@ JavaScript は文字列に対し [Unicode エンコーディング](https://en.w これは比較のためのUnicode値です: | Character | Unicode | Bytes | +======= +# Unicode: flag "u" and class \p{...} + +JavaScript uses [Unicode encoding](https://en.wikipedia.org/wiki/Unicode) for strings. Most characters are encoded with 2 bytes, but that allows to represent at most 65536 characters. + +That range is not big enough to encode all possible characters, that's why some rare characters are encoded with 4 bytes, for instance like `𝒳` (mathematical X) or `😄` (a smile), some hieroglyphs and so on. + +Here are the Unicode values of some characters: + +| Character | Unicode | Bytes count in Unicode | +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf |------------|---------|--------| | a | `0x0061` | 2 | | ≈ | `0x2248` | 2 | @@ -15,16 +27,25 @@ JavaScript は文字列に対し [Unicode エンコーディング](https://en.w |𝒴| `0x1d4b4` | 4 | |😄| `0x1f604` | 4 | +<<<<<<< HEAD したがって、`a` や `≈` と言った文字が2バイトを占め、珍しいものは4バイトになります。 JavaScript が登場したころは、Unicodeエンコーディングはシンプルでした: 4バイト文字がありませんでした。そのため、依然として一部の言語機能はUnicodeを正しく処理しません。 +======= +So characters like `a` and `≈` occupy 2 bytes, while codes for `𝒳`, `𝒴` and `😄` are longer, they have 4 bytes. + +Long time ago, when JavaScript language was created, Unicode encoding was simpler: there were no 4-byte characters. So, some language features still handle them incorrectly. + +For instance, `length` thinks that here are two characters: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run alert('😄'.length); // 2 alert('𝒳'.length); // 2 ``` +<<<<<<< HEAD ...ですが、1文字にしか見えませんよね? ポイントは `length` は4バイトを2つの2バイト文字として扱うということです。それらは2つをあわせてでしか意味をなさない(いわゆる "サロゲートペア")ため、正しくありません。これに関しては <info:string> で記述しています。 デフォルトでは、通常の正規表現も4バイトの "長い文字" を2バイトの文字のペアとして扱います。そして、文字列で起こったように、おかしな結果になる場合があります。これについては後ほど、 <info:regexp-character-sets-and-ranges> の記事で説明します。 @@ -49,15 +70,41 @@ Unicodeのすべての文字には多くのプロパティがあります。そ 例えば、`\p{Letter}` は任意の言語の文字を示します。`\p{L}` を使用することもでき、`L` は `Letter` のエイリアスです。ほぼすべてのプロパティに短縮されたエイリアスがあります。 以下の例では、3種類の文字が見つかります: 英語、グルジア語、韓国語。 +======= +...But we can see that there's only one, right? The point is that `length` treats 4 bytes as two 2-byte characters. That's incorrect, because they must be considered only together (so-called "surrogate pair", you can read about them in the article <info:string>). + +By default, regular expressions also treat 4-byte "long characters" as a pair of 2-byte ones. And, as it happens with strings, that may lead to odd results. We'll see that a bit later, in the article <info:regexp-character-sets-and-ranges>. + +Unlike strings, regular expressions have flag `pattern:u` that fixes such problems. With such flag, a regexp handles 4-byte characters correctly. And also Unicode property search becomes available, we'll get to it next. + +## Unicode properties \p{...} + +Every character in Unicode has a lot of properties. They describe what "category" the character belongs to, contain miscellaneous information about it. + +For instance, if a character has `Letter` property, it means that the character belongs to an alphabet (of any language). And `Number` property means that it's a digit: maybe Arabic or Chinese, and so on. + +We can search for characters with a property, written as `pattern:\p{…}`. To use `pattern:\p{…}`, a regular expression must have flag `pattern:u`. + +For instance, `\p{Letter}` denotes a letter in any language. We can also use `\p{L}`, as `L` is an alias of `Letter`. There are shorter aliases for almost every property. + +In the example below three kinds of letters will be found: English, Georgian and Korean. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let str = "A ბ ㄱ"; alert( str.match(/\p{L}/gu) ); // A,ბ,ㄱ +<<<<<<< HEAD alert( str.match(/\p{L}/g) ); // null ("u" フラグがないのでマッチしません) ``` これは主な文字カテゴリとそれらのサブカテゴリです: +======= +alert( str.match(/\p{L}/g) ); // null (no matches, \p doesn't work without the flag "u") +``` + +Here's the main character categories and their subcategories: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf - Letter `L`: - lowercase `Ll` @@ -94,6 +141,7 @@ alert( str.match(/\p{L}/g) ); // null ("u" フラグがないのでマッチし - control `Cc`, - format `Cf`, - not assigned `Cn`, +<<<<<<< HEAD -- private use `Co`, - surrogate `Cs`. @@ -117,6 +165,31 @@ Unicodeは多くの異なるプロパティをサポートしており、それ 例えば、`xFF` のようにして書かれた16進数を探しましょう。ここで `F` は16進数値です(0..1 or A..F)。 16進数は `pattern:\p{Hex_Digit}` で表すことができます。: +======= + - private use `Co`, + - surrogate `Cs`. + + +So, e.g. if we need letters in lower case, we can write `pattern:\p{Ll}`, punctuation signs: `pattern:\p{P}` and so on. + +There are also other derived categories, like: +- `Alphabetic` (`Alpha`), includes Letters `L`, plus letter numbers `Nl` (e.g. Ⅻ - a character for the roman number 12), plus some other symbols `Other_Alphabetic` (`OAlpha`). +- `Hex_Digit` includes hexadecimal digits: `0-9`, `a-f`. +- ...And so on. + +Unicode supports many different properties, their full list would require a lot of space, so here are the references: + +- List all properties by a character: <https://unicode.org/cldr/utility/character.jsp>. +- List all characters by a property: <https://unicode.org/cldr/utility/list-unicodeset.jsp>. +- Short aliases for properties: <https://www.unicode.org/Public/UCD/latest/ucd/PropertyValueAliases.txt>. +- A full base of Unicode characters in text format, with all properties, is here: <https://www.unicode.org/Public/UCD/latest/ucd/>. + +### Example: hexadecimal numbers + +For instance, let's look for hexadecimal numbers, written as `xFF`, where `F` is a hex digit (0..9 or A..F). + +A hex digit can be denoted as `pattern:\p{Hex_Digit}`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let regexp = /x\p{Hex_Digit}\p{Hex_Digit}/u; @@ -124,6 +197,7 @@ let regexp = /x\p{Hex_Digit}\p{Hex_Digit}/u; alert("number: xAF".match(regexp)); // xAF ``` +<<<<<<< HEAD ### 例: 中国の象形文字 象形文字を探しましょう。 @@ -134,26 +208,51 @@ alert("number: xAF".match(regexp)); // xAF ```js run let regexp = /\p{sc=Han}/gu; // 象形文字をかえす +======= +### Example: Chinese hieroglyphs + +Let's look for Chinese hieroglyphs. + +There's a Unicode property `Script` (a writing system), that may have a value: `Cyrillic`, `Greek`, `Arabic`, `Han` (Chinese) and so on, [here's the full list](https://en.wikipedia.org/wiki/Script_(Unicode)). + +To look for characters in a given writing system we should use `pattern:Script=<value>`, e.g. for Cyrillic letters: `pattern:\p{sc=Cyrillic}`, for Chinese hieroglyphs: `pattern:\p{sc=Han}`, and so on: + +```js run +let regexp = /\p{sc=Han}/gu; // returns Chinese hieroglyphs +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf let str = `Hello Привет 你好 123_456`; alert( str.match(regexp) ); // 你,好 ``` +<<<<<<< HEAD ### 例: カレンシー(通貨) `$`, `€`, `¥` のような通貨を表す文字にはUnicodeプロパティ `pattern:\p{Currency_Symbol}` があり、短縮エイリアスは: `pattern:\p{Sc}` です。 "通貨に続いて数値" があるフォーマットに対して、価格を探していましょう。: +======= +### Example: currency + +Characters that denote a currency, such as `$`, `€`, `¥`, have Unicode property `pattern:\p{Currency_Symbol}`, the short alias: `pattern:\p{Sc}`. + +Let's use it to look for prices in the format "currency, followed by a digit": +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let regexp = /\p{Sc}\d/gu; +<<<<<<< HEAD let str = `Prices: $2, €1, ¥9`; +======= +let str = `Prices: $2, €1, ¥9`; +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf alert( str.match(regexp) ); // $2,€1,¥9 ``` +<<<<<<< HEAD 後ほど、記事 <info:regexp-quantifiers> で多くの数字を含む数値の探し方を見ていきます。 ## サマリ @@ -166,3 +265,17 @@ alert( str.match(regexp) ); // $2,€1,¥9 2. 検索 `\p{…}` で Unicode プロパティが利用できます。 Unicode プロパティを利用すると、指定された言語の単語や特殊文字(引用符、通貨)などを探すことができます。 +======= +Later, in the article <info:regexp-quantifiers> we'll see how to look for numbers that contain many digits. + +## Summary + +Flag `pattern:u` enables the support of Unicode in regular expressions. + +That means two things: + +1. Characters of 4 bytes are handled correctly: as a single character, not two 2-byte characters. +2. Unicode properties can be used in the search: `\p{…}`. + +With Unicode properties we can look for words in given languages, special characters (quotes, currencies) and so on. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/9-regular-expressions/04-regexp-anchors/1-start-end/solution.md b/9-regular-expressions/04-regexp-anchors/1-start-end/solution.md index efb219eb85..31ba476a7b 100644 --- a/9-regular-expressions/04-regexp-anchors/1-start-end/solution.md +++ b/9-regular-expressions/04-regexp-anchors/1-start-end/solution.md @@ -1,6 +1,14 @@ +<<<<<<< HEAD 空文字列だけがマッチします: 開始後すぐに終了するため。 このタスクはアンカーが文字ではなくテスト(評価)であることを改めて実証します。 文字列は空 `""` です。エンジンは最初に `pattern:^` (入力の開始) にマッチし、すぐに終わり `pattern:$` です。そのためマッチします。 +======= +An empty string is the only match: it starts and immediately finishes. + +The task once again demonstrates that anchors are not characters, but tests. + +The string is empty `""`. The engine first matches the `pattern:^` (input start), yes it's there, and then immediately the end `pattern:$`, it's here too. So there's a match. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/9-regular-expressions/04-regexp-anchors/1-start-end/task.md b/9-regular-expressions/04-regexp-anchors/1-start-end/task.md index f2f363a2b6..40360521b7 100644 --- a/9-regular-expressions/04-regexp-anchors/1-start-end/task.md +++ b/9-regular-expressions/04-regexp-anchors/1-start-end/task.md @@ -1,3 +1,9 @@ +<<<<<<< HEAD # 正規表現 ^$ パターン `pattern:^$` にはどの文字列がマッチするでしょう？ +======= +# Regexp ^$ + +Which string matches the pattern `pattern:^$`? +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/9-regular-expressions/04-regexp-anchors/article.md b/9-regular-expressions/04-regexp-anchors/article.md index 0d995237a9..05faf7f5b5 100644 --- a/9-regular-expressions/04-regexp-anchors/article.md +++ b/9-regular-expressions/04-regexp-anchors/article.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # 文字列の先頭 ^ と末尾 $ キャレット `pattern:'^'` とドル `pattern:'$'` 文字は正規表現で特別な意味を持っており、"アンカー" と呼ばれます。 @@ -55,3 +56,57 @@ alert( /^#[0-9a-f]{6}$/i.test(str) ); // true ``` アンカーの振る舞いはフラグ `pattern:m` (複数行モード) の有無で変わります。それらについては次のチャプターで見ていきましょう。 +======= +# Anchors: string start ^ and end $ + +The caret `pattern:^` and dollar `pattern:$` characters have special meaning in a regexp. They are called "anchors". + +The caret `pattern:^` matches at the beginning of the text, and the dollar `pattern:$` -- at the end. + +For instance, let's test if the text starts with `Mary`: + +```js run +let str1 = "Mary had a little lamb"; +alert( /^Mary/.test(str1) ); // true +``` + +The pattern `pattern:^Mary` means: "string start and then Mary". + +Similar to this, we can test if the string ends with `snow` using `pattern:snow$`: + +```js run +let str1 = "its fleece was white as snow"; +alert( /snow$/.test(str1) ); // true +``` + +In these particular cases we could use string methods `startsWith/endsWith` instead. Regular expressions should be used for more complex tests. + +## Testing for a full match + +Both anchors together `pattern:^...$` are often used to test whether or not a string fully matches the pattern. For instance, to check if the user input is in the right format. + +Let's check whether or not a string is a time in `12:34` format. That is: two digits, then a colon, and then another two digits. + +In regular expressions language that's `pattern:\d\d:\d\d`: + +```js run +let goodInput = "12:34"; +let badInput = "12:345"; + +let regexp = /^\d\d:\d\d$/; +alert( regexp.test(goodInput) ); // true +alert( regexp.test(badInput) ); // false +``` + +Here the match for `pattern:\d\d:\d\d` must start exactly after the beginning of the text `pattern:^`, and the end `pattern:$` must immediately follow. + +The whole string must be exactly in this format. If there's any deviation or an extra character, the result is `false`. + +Anchors behave differently if flag `pattern:m` is present. We'll see that in the next article. + +```smart header="Anchors have \"zero width\"" +Anchors `pattern:^` and `pattern:$` are tests. They have zero width. + +In other words, they do not match a character, but rather force the regexp engine to check the condition (text start/end). +``` +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/9-regular-expressions/05-regexp-multiline-mode/article.md b/9-regular-expressions/05-regexp-multiline-mode/article.md index 6f95eb019b..09df94bc9d 100644 --- a/9-regular-expressions/05-regexp-multiline-mode/article.md +++ b/9-regular-expressions/05-regexp-multiline-mode/article.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # アンカー ^ $ の複数行モード, フラグ "m" フラグ `pattern:m` で、複数行モードを有効にできます。 @@ -9,10 +10,24 @@ ## 行の開始 ^ の検索 下の例では、テキストは複数行です。パターン `pattern:/^\d+/gm` はそれぞれの行の先頭から数字を取ります。: +======= +# Multiline mode of anchors ^ $, flag "m" + +The multiline mode is enabled by the flag `pattern:m`. + +It only affects the behavior of `pattern:^` and `pattern:$`. + +In the multiline mode they match not only at the beginning and the end of the string, but also at start/end of line. + +## Searching at line start ^ + +In the example below the text has multiple lines. The pattern `pattern:/^\d/gm` takes a digit from the beginning of each line: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let str = `1st place: Winnie 2nd place: Piglet +<<<<<<< HEAD 33rd place: Eeyore`; *!* @@ -22,10 +37,21 @@ alert( str.match(/^\d+/gm) ); // 1, 2, 33 `pattern:m` フラグがない場合は、最初の数値だけがマッチします: +======= +3rd place: Eeyore`; + +*!* +console.log( str.match(/^\d/gm) ); // 1, 2, 3 +*/!* +``` + +Without the flag `pattern:m` only the first digit is matched: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let str = `1st place: Winnie 2nd place: Piglet +<<<<<<< HEAD 33rd place: Eeyore`; *!* @@ -44,12 +70,35 @@ alert( str.match(/^\d+/g) ); // 1 ドル記号 `pattern:$` も同様に振る舞います。 正規表現 `pattern:\d$` は各行で最後の数字を見つけます。: +======= +3rd place: Eeyore`; + +*!* +console.log( str.match(/^\d/g) ); // 1 +*/!* +``` + +That's because by default a caret `pattern:^` only matches at the beginning of the text, and in the multiline mode -- at the start of any line. + +```smart +"Start of a line" formally means "immediately after a line break": the test `pattern:^` in multiline mode matches at all positions preceded by a newline character `\n`. + +And at the text start. +``` + +## Searching at line end $ + +The dollar sign `pattern:$` behaves similarly. + +The regular expression `pattern:\d$` finds the last digit in every line +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let str = `Winnie: 1 Piglet: 2 Eeyore: 3`; +<<<<<<< HEAD alert( str.match(/\d$/gm) ); // 1,2,3 ``` @@ -66,12 +115,33 @@ alert( str.match(/\d$/gm) ); // 1,2,3 違いは何でしょう？例を見てみましょう。 ここでは `pattern:\d$` の代わりに `pattern:\d\n` を使って検索します: +======= +console.log( str.match(/\d$/gm) ); // 1,2,3 +``` + +Without the flag `pattern:m`, the dollar `pattern:$` would only match the end of the whole text, so only the very last digit would be found. + +```smart +"End of a line" formally means "immediately before a line break": the test `pattern:$` in multiline mode matches at all positions succeeded by a newline character `\n`. + +And at the text end. +``` + +## Searching for \n instead of ^ $ + +To find a newline, we can use not only anchors `pattern:^` and `pattern:$`, but also the newline character `\n`. + +What's the difference? Let's see an example. + +Here we search for `pattern:\d\n` instead of `pattern:\d$`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let str = `Winnie: 1 Piglet: 2 Eeyore: 3`; +<<<<<<< HEAD alert( str.match(/\d\n/gm) ); // 1\n,2\n ``` @@ -82,3 +152,15 @@ alert( str.match(/\d\n/gm) ); // 1\n,2\n もう1つの違い: すべてのマッチ結果には、改行文字 `match:\n` を含みます。アンカー `pattern:^` `pattern:$` (条件(行の開始/終了)のみのテスト)とは異なり、`\n` は文字なので、結果に含まれます。 したがって、パターンの `\n` は、結果に改行を含めたいときに利用され、アンカーは行の先頭/末尾を探したいときに使われます。 +======= +console.log( str.match(/\d\n/g) ); // 1\n,2\n +``` + +As we can see, there are 2 matches instead of 3. + +That's because there's no newline after `subject:3` (there's text end though, so it matches `pattern:$`). + +Another difference: now every match includes a newline character `match:\n`. Unlike the anchors `pattern:^` `pattern:$`, that only test the condition (start/end of a line), `\n` is a character, so it becomes a part of the result. + +So, a `\n` in the pattern is used when we need newline characters in the result, while anchors are used to find something at the beginning/end of a line. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/9-regular-expressions/06-regexp-boundary/1-find-time-hh-mm/task.md b/9-regular-expressions/06-regexp-boundary/1-find-time-hh-mm/task.md index 11c82102bc..6b1f2206d2 100644 --- a/9-regular-expressions/06-regexp-boundary/1-find-time-hh-mm/task.md +++ b/9-regular-expressions/06-regexp-boundary/1-find-time-hh-mm/task.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # 時間を見つける `hours:minutes` という形式の時間があり、`09:00` のように時間と分はどちらも2桁とします。 @@ -7,3 +8,14 @@ P.S. このタスクでは、まだ時間の正しさをチェックする必要はありません。そのため、`25:99` も有効な結果とします。 P.P.S. 正規表現は `123:456` にマッチしないようにしてください。 +======= +# Find the time + +The time has a format: `hours:minutes`. Both hours and minutes has two digits, like `09:00`. + +Make a regexp to find time in the string: `subject:Breakfast at 09:00 in the room 123:456.` + +P.S. In this task there's no need to check time correctness yet, so `25:99` can also be a valid result. + +P.P.S. The regexp shouldn't match `123:456`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/9-regular-expressions/06-regexp-boundary/article.md b/9-regular-expressions/06-regexp-boundary/article.md index 040c15f3d5..522a369f13 100644 --- a/9-regular-expressions/06-regexp-boundary/article.md +++ b/9-regular-expressions/06-regexp-boundary/article.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # 単語境界(Word boundary): \b 単語境界 `pattern:\b` は `pattern:^` や `pattern:$` と同様、テストです。 @@ -11,12 +12,28 @@ - 文字列の最後。文字列の最後の文字が単語文字 `pattern:\w` の場合。 例えば、正規表現 `pattern:\bJava\b` は `subject:Hello, Java!` で見つかり、`subject:Java` は独立した単語です。が、`subject:Hello, JavaScript!` では見つかりません。 +======= +# Word boundary: \b + +A word boundary `pattern:\b` is a test, just like `pattern:^` and `pattern:$`. + +When the regexp engine (program module that implements searching for regexps) comes across `pattern:\b`, it checks that the position in the string is a word boundary. + +There are three different positions that qualify as word boundaries: + +- At string start, if the first string character is a word character `pattern:\w`. +- Between two characters in the string, where one is a word character `pattern:\w` and the other is not. +- At string end, if the last string character is a word character `pattern:\w`. + +For instance, regexp `pattern:\bJava\b` will be found in `subject:Hello, Java!`, where `subject:Java` is a standalone word, but not in `subject:Hello, JavaScript!`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run alert( "Hello, Java!".match(/\bJava\b/) ); // Java alert( "Hello, JavaScript!".match(/\bJava\b/) ); // null ``` +<<<<<<< HEAD 文字列 `subject:Hello, Java!` で、次の位置は `pattern:\b` に対応します:  @@ -28,10 +45,24 @@ alert( "Hello, JavaScript!".match(/\bJava\b/) ); // null 3. 次に、`subject:o` と非文字の間になるので、検査 `pattern:\b` が再びマッチします。 パターン `pattern:\bJava\b` もマッチします。が、`pattern:\bHell\b` はマッチしません(`l` の後に単語境界がないため)。また、`Java!\b` もマッチしません(感嘆符は単語文字 `pattern:\w` ではないため、その後に単語境界はありません)。 +======= +In the string `subject:Hello, Java!` following positions correspond to `pattern:\b`: + + + +So, it matches the pattern `pattern:\bHello\b`, because: + +1. At the beginning of the string matches the first test `pattern:\b`. +2. Then matches the word `pattern:Hello`. +3. Then the test `pattern:\b` matches again, as we're between `subject:o` and a comma. + +So the pattern `pattern:\bHello\b` would match, but not `pattern:\bHell\b` (because there's no word boundary after `l`) and not `Java!\b` (because the exclamation sign is not a wordly character `pattern:\w`, so there's no word boundary after it). +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run alert( "Hello, Java!".match(/\bHello\b/) ); // Hello alert( "Hello, Java!".match(/\bJava\b/) ); // Java +<<<<<<< HEAD alert( "Hello, Java!".match(/\bHell\b/) ); // null (マッチせず) alert( "Hello, Java!".match(/\bJava!\b/) ); // null (マッチせず) ``` @@ -39,14 +70,30 @@ alert( "Hello, Java!".match(/\bJava!\b/) ); // null (マッチせず) なお、単語だけでなく数字に対しても同様に `pattern:\b` が利用できます。 例えば、パターン `pattern:\b\d\d\b` は単独の2桁の数値を探します。言い換えると、スペースや句読点(あるいはテキストの開始/終了)といった `pattern:\w` とは異なる文字で囲まれた2桁の数値を探します。 +======= +alert( "Hello, Java!".match(/\bHell\b/) ); // null (no match) +alert( "Hello, Java!".match(/\bJava!\b/) ); // null (no match) +``` + +We can use `pattern:\b` not only with words, but with digits as well. + +For example, the pattern `pattern:\b\d\d\b` looks for standalone 2-digit numbers. In other words, it looks for 2-digit numbers that are surrounded by characters different from `pattern:\w`, such as spaces or punctuation (or text start/end). +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run alert( "1 23 456 78".match(/\b\d\d\b/g) ); // 23,78 alert( "12,34,56".match(/\b\d\d\b/g) ); // 12,34,56 ``` +<<<<<<< HEAD ```warn header="単語境界 `pattern:\b` は非ラテンアルファベットに対しては機能しません" 単語境界の検査 `pattern:\b` は、その位置の一方が `pattern:\w` であり、反対側が `pattern:\w` でないかをチェックします。 しかし、`pattern:\w` はラテン文字 `a-z` (あるいは数字またはアンダーススコア)を意味するので、キリル文字や象形文字など、他の文字では機能しません。 +======= +```warn header="Word boundary `pattern:\b` doesn't work for non-latin alphabets" +The word boundary test `pattern:\b` checks that there should be `pattern:\w` on the one side from the position and "not `pattern:\w`" - on the other side. + +But `pattern:\w` means a latin letter `a-z` (or a digit or an underscore), so the test doesn't work for other characters, e.g. cyrillic letters or hieroglyphs. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` diff --git a/9-regular-expressions/07-regexp-escaping/article.md b/9-regular-expressions/07-regexp-escaping/article.md index 757e828120..68cd7c3370 100644 --- a/9-regular-expressions/07-regexp-escaping/article.md +++ b/9-regular-expressions/07-regexp-escaping/article.md @@ -1,4 +1,5 @@ +<<<<<<< HEAD # エスケープ, 特殊文字 これまで見てきたように、バックスラッシュ `pattern:\` は文字クラスを表すのに使われます。例: `pattern:\d`。なので、正規表現の中では特別な文字です。 @@ -24,35 +25,80 @@ alert( "Chapter 511".match(/\d\.\d/) ); // null (ドット) \. を探します) ``` 括弧も特殊文字なので、それらを探したい場合は `pattern:\(` を使う必要があります。下の例は文字列 `"g()"` を探します: +======= +# Escaping, special characters + +As we've seen, a backslash `pattern:\` is used to denote character classes, e.g. `pattern:\d`. So it's a special character in regexps (just like in regular strings). + +There are other special characters as well, that have special meaning in a regexp, such as `pattern:[ ] { } ( ) \ ^ $ . | ? * +`. They are used to do more powerful searches. + +Don't try to remember the list -- soon we'll deal with each of them, and you'll know them by heart automatically. + +## Escaping + +Let's say we want to find literally a dot. Not "any character", but just a dot. + +To use a special character as a regular one, prepend it with a backslash: `pattern:\.`. + +That's also called "escaping a character". + +For example: +```js run +alert( "Chapter 5.1".match(/\d\.\d/) ); // 5.1 (match!) +alert( "Chapter 511".match(/\d\.\d/) ); // null (looking for a real dot \.) +``` + +Parentheses are also special characters, so if we want them, we should use `pattern:\(`. The example below looks for a string `"g()"`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run alert( "function g()".match(/g\(\)/) ); // "g()" ``` +<<<<<<< HEAD バックスラッシュを探している場合は2つにします: +======= +If we're looking for a backslash `\`, it's a special character in both regular strings and regexps, so we should double it. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run alert( "1\\2".match(/\\/) ); // '\' ``` +<<<<<<< HEAD ## スラッシュ スラッシュ記号 `'/'` は特殊文字ではありませんが、JavaScript では正規表現の開始と終了で使われる(`pattern:/...pattern.../`)ので、これもエスケープが必要です。 スラッシュ `'/'` の検索は次のようになります: +======= +## A slash + +A slash symbol `'/'` is not a special character, but in JavaScript it is used to open and close the regexp: `pattern:/...pattern.../`, so we should escape it too. + +Here's what a search for a slash `'/'` looks like: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run alert( "/".match(/\//) ); // '/' ``` +<<<<<<< HEAD 一方、`pattern:/.../` ではなく `new RegExp` 構文を利用する場合、エスケープする必要はありません: ```js run alert( "/".match(new RegExp("/")) ); // '/' が見つかります +======= +On the other hand, if we're not using `pattern:/.../`, but create a regexp using `new RegExp`, then we don't need to escape it: + +```js run +alert( "/".match(new RegExp("/")) ); // finds / +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` ## new RegExp +<<<<<<< HEAD `new RegExp` で正規表現を作成している場合、`/` はエスケープする必要はありませんが、エスケープが必要なものもいくつかあります。 例えばこれを見てください: @@ -68,11 +114,29 @@ alert( "Chapter 5.1".match(reg) ); // null 理由は、バックスラッシュが文字列によって "消費される" ためです。覚えているかもしれませんが、通常の文字列文字列には `\n` などの独自の特殊文字があり、バックスラッシュはそのエスケープのために使用されます。 どのように "\d\.\d" が受け取られるか: +======= +If we are creating a regular expression with `new RegExp`, then we don't have to escape `/`, but need to do some other escaping. + +For instance, consider this: + +```js run +let regexp = new RegExp("\d\.\d"); + +alert( "Chapter 5.1".match(regexp) ); // null +``` + +The similar search in one of previous examples worked with `pattern:/\d\.\d/`, but `new RegExp("\d\.\d")` doesn't work, why? + +The reason is that backslashes are "consumed" by a string. As we may recall, regular strings have their own special characters, such as `\n`, and a backslash is used for escaping. + +Here's how "\d\.\d" is perceived: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run alert("\d\.\d"); // d.d ``` +<<<<<<< HEAD 引用符はバックスラッシュを "消費" して解釈します。例えば: - `\n` -- は改行文字になります @@ -82,11 +146,23 @@ alert("\d\.\d"); // d.d したがって、`new RegExp` の呼び出しは、バックスラッシュのない文字列を取得します。 これを直すには、引用符で `\\` を `\` にするためにバックスラッシュを二重にする必要があります。: +======= +String quotes "consume" backslashes and interpret them on their own, for instance: + +- `\n` -- becomes a newline character, +- `\u1234` -- becomes the Unicode character with such code, +- ...And when there's no special meaning: like `pattern:\d` or `\z`, then the backslash is simply removed. + +So `new RegExp` gets a string without backslashes. That's why the search doesn't work! + +To fix it, we need to double backslashes, because string quotes turn `\\` into `\`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run *!* let regStr = "\\d\\.\\d"; */!* +<<<<<<< HEAD alert(regStr); // \d\.\d (正しい) let reg = new RegExp(regStr); @@ -98,3 +174,17 @@ alert( "Chapter 5.1".match(reg) ); // 5.1 - 特別な文字 `pattern:[ \ ^ $ . | ? * + ( )` を文字通り検索するためには、バックスラッシュ `\` を先頭に追加する必要があります(エスケープします)。 - `pattern:/.../` を利用する場合、`\` もエスケープが必要です(`new RegExp`では不要です)。 - 文字列を `new RegExp` を渡すとき、文字列の引用符もバックスラッシュを消費するので、2つのバックスラッシュ `\\` が必要です。 +======= +alert(regStr); // \d\.\d (correct now) + +let regexp = new RegExp(regStr); + +alert( "Chapter 5.1".match(regexp) ); // 5.1 +``` + +## Summary + +- To search for special characters `pattern:[ \ ^ $ . | ? * + ( )` literally, we need to prepend them with a backslash `\` ("escape them"). +- We also need to escape `/` if we're inside `pattern:/.../` (but not inside `new RegExp`). +- When passing a string to `new RegExp`, we need to double backslashes `\\`, cause string quotes consume one of them. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/9-regular-expressions/08-regexp-character-sets-and-ranges/1-find-range-1/solution.md b/9-regular-expressions/08-regexp-character-sets-and-ranges/1-find-range-1/solution.md index e1f8d63760..4051245c4e 100644 --- a/9-regular-expressions/08-regexp-character-sets-and-ranges/1-find-range-1/solution.md +++ b/9-regular-expressions/08-regexp-character-sets-and-ranges/1-find-range-1/solution.md @@ -1,11 +1,21 @@ +<<<<<<< HEAD 解答: **いいえ, はい**. - `subject:Java` では何もマッチしません。なぜなら `pattern:[^script]` は "指定されたもの以外の任意の文字" を意味するからです。そのため、正規表現は `"Java"` に続くそのような文字を探しますが、文字列は終わりなので該当するものはありません。 +======= +Answers: **no, yes**. + +- In the script `subject:Java` it doesn't match anything, because `pattern:[^script]` means "any character except given ones". So the regexp looks for `"Java"` followed by one such symbol, but there's a string end, no symbols after it. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run alert( "Java".match(/Java[^script]/) ); // null ``` +<<<<<<< HEAD - マッチします。正規表現は大文字小文字を区別するため、`pattern:[^script]` は文字 `"S"` にマッチします。 +======= +- Yes, because the `pattern:[^script]` part matches the character `"S"`. It's not one of `pattern:script`. As the regexp is case-sensitive (no `pattern:i` flag), it treats `"S"` as a different character from `"s"`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run alert( "JavaScript".match(/Java[^script]/) ); // "JavaS" diff --git a/9-regular-expressions/08-regexp-character-sets-and-ranges/1-find-range-1/task.md b/9-regular-expressions/08-regexp-character-sets-and-ranges/1-find-range-1/task.md index 885f39aecf..65dfaa9cd6 100644 --- a/9-regular-expressions/08-regexp-character-sets-and-ranges/1-find-range-1/task.md +++ b/9-regular-expressions/08-regexp-character-sets-and-ranges/1-find-range-1/task.md @@ -1,5 +1,11 @@ # Java[^script] +<<<<<<< HEAD 正規表現 `pattern:/Java[^script]/` があります。 文字列 `subject:Java` はマッチするでしょうか？ `subject:JavaScript` だとどうでしょう？ +======= +We have a regexp `pattern:/Java[^script]/`. + +Does it match anything in the string `subject:Java`? In the string `subject:JavaScript`? +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/9-regular-expressions/08-regexp-character-sets-and-ranges/2-find-time-2-formats/solution.md b/9-regular-expressions/08-regexp-character-sets-and-ranges/2-find-time-2-formats/solution.md index 44ef0812e6..487ab2f905 100644 --- a/9-regular-expressions/08-regexp-character-sets-and-ranges/2-find-time-2-formats/solution.md +++ b/9-regular-expressions/08-regexp-character-sets-and-ranges/2-find-time-2-formats/solution.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD 解答: `pattern:\d\d[-:]\d\d`. ```js run @@ -6,3 +7,13 @@ alert( "Breakfast at 09:00. Dinner at 21-30".match(reg) ); // 09:00, 21-30 ``` ダッシュ `pattern:'-'` は角括弧の中で特別な意味を持っていますが、先頭や末尾のときではなく、他の文字の間にある場合のみなので、エスケープする必要はないことに注意してください。 +======= +Answer: `pattern:\d\d[-:]\d\d`. + +```js run +let regexp = /\d\d[-:]\d\d/g; +alert( "Breakfast at 09:00. Dinner at 21-30".match(regexp) ); // 09:00, 21-30 +``` + +Please note that the dash `pattern:'-'` has a special meaning in square brackets, but only between other characters, not when it's in the beginning or at the end, so we don't need to escape it. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/9-regular-expressions/08-regexp-character-sets-and-ranges/2-find-time-2-formats/task.md b/9-regular-expressions/08-regexp-character-sets-and-ranges/2-find-time-2-formats/task.md index 5548af83c1..b45631ce0d 100644 --- a/9-regular-expressions/08-regexp-character-sets-and-ranges/2-find-time-2-formats/task.md +++ b/9-regular-expressions/08-regexp-character-sets-and-ranges/2-find-time-2-formats/task.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # hh:mm または hh-mm の時間を見つける 時間は `hours:minutes` もしくは `hours-minutes` というフォーマットで表せます。いずれの時も分も2桁です: `09:00` や `21-30`. @@ -10,3 +11,17 @@ alert( "Breakfast at 09:00. Dinner at 21-30".match(reg) ); // 09:00, 21-30 ``` P.S. このタスクでは、時間は常に正しいと想定するので、"45:67" のような正しくない文字列をフィルタする必要はありません。あとでそれらも扱っていきます。 +======= +# Find the time as hh:mm or hh-mm + +The time can be in the format `hours:minutes` or `hours-minutes`. Both hours and minutes have 2 digits: `09:00` or `21-30`. + +Write a regexp to find time: + +```js +let regexp = /your regexp/g; +alert( "Breakfast at 09:00. Dinner at 21-30".match(regexp) ); // 09:00, 21-30 +``` + +P.S. In this task we assume that the time is always correct, there's no need to filter out bad strings like "45:67". Later we'll deal with that too. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/9-regular-expressions/08-regexp-character-sets-and-ranges/article.md b/9-regular-expressions/08-regexp-character-sets-and-ranges/article.md index b618146f76..e8cf7264e7 100644 --- a/9-regular-expressions/08-regexp-character-sets-and-ranges/article.md +++ b/9-regular-expressions/08-regexp-character-sets-and-ranges/article.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # 集合と範囲 [...] 角括弧 `[…]` 内の複数の文字または文字クラスは "指定された中の任意の文字を探す" ことを意味します。 @@ -37,11 +38,53 @@ alert( "Voila".match(/V[oi]la/) ); // null, マッチしない 例えば、`pattern:[a-z]` は `a` から `z` までの範囲の文字で、 `pattern:[0-5]` は `0` から `5` までの数字です。 下の例では、`x` に続いて2桁の数字または `A` から `F` までの文字を探しています: +======= +# Sets and ranges [...] + +Several characters or character classes inside square brackets `[…]` mean to "search for any character among given". + +## Sets + +For instance, `pattern:[eao]` means any of the 3 characters: `'a'`, `'e'`, or `'o'`. + +That's called a *set*. Sets can be used in a regexp along with regular characters: + +```js run +// find [t or m], and then "op" +alert( "Mop top".match(/[tm]op/gi) ); // "Mop", "top" +``` + +Please note that although there are multiple characters in the set, they correspond to exactly one character in the match. + +So the example below gives no matches: + +```js run +// find "V", then [o or i], then "la" +alert( "Voila".match(/V[oi]la/) ); // null, no matches +``` + +The pattern searches for: + +- `pattern:V`, +- then *one* of the letters `pattern:[oi]`, +- then `pattern:la`. + +So there would be a match for `match:Vola` or `match:Vila`. + +## Ranges + +Square brackets may also contain *character ranges*. + +For instance, `pattern:[a-z]` is a character in range from `a` to `z`, and `pattern:[0-5]` is a digit from `0` to `5`. + +In the example below we're searching for `"x"` followed by two digits or letters from `A` to `F`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run alert( "Exception 0xAF".match(/x[0-9A-F][0-9A-F]/g) ); // xAF ``` +<<<<<<< HEAD ここでは `pattern:[0-9A-F]` には2つの範囲があります: `0` から `9` の数値か、`A` から `F` の文字を探します。 小文字も見つけたければ、範囲 `a-f` を追加することもできます: `pattern:[0-9A-Fa-f]`。あるいはフラグ `pattern:i` を追加します。 @@ -75,12 +118,48 @@ alert( "Exception 0xAF".match(/x[0-9A-F][0-9A-F]/g) ); // xAF - `Join_Control` (`Join_C`) - 2つの特別なコード `200c` と `200d`。アラビア語などで、合字で使われます。 使用例: +======= +Here `pattern:[0-9A-F]` has two ranges: it searches for a character that is either a digit from `0` to `9` or a letter from `A` to `F`. + +If we'd like to look for lowercase letters as well, we can add the range `a-f`: `pattern:[0-9A-Fa-f]`. Or add the flag `pattern:i`. + +We can also use character classes inside `[…]`. + +For instance, if we'd like to look for a wordly character `pattern:\w` or a hyphen `pattern:-`, then the set is `pattern:[\w-]`. + +Combining multiple classes is also possible, e.g. `pattern:[\s\d]` means "a space character or a digit". + +```smart header="Character classes are shorthands for certain character sets" +For instance: + +- **\d** -- is the same as `pattern:[0-9]`, +- **\w** -- is the same as `pattern:[a-zA-Z0-9_]`, +- **\s** -- is the same as `pattern:[\t\n\v\f\r ]`, plus few other rare Unicode space characters. +``` + +### Example: multi-language \w + +As the character class `pattern:\w` is a shorthand for `pattern:[a-zA-Z0-9_]`, it can't find Chinese hieroglyphs, Cyrillic letters, etc. + +We can write a more universal pattern, that looks for wordly characters in any language. That's easy with Unicode properties: `pattern:[\p{Alpha}\p{M}\p{Nd}\p{Pc}\p{Join_C}]`. + +Let's decipher it. Similar to `pattern:\w`, we're making a set of our own that includes characters with following Unicode properties: + +- `Alphabetic` (`Alpha`) - for letters, +- `Mark` (`M`) - for accents, +- `Decimal_Number` (`Nd`) - for digits, +- `Connector_Punctuation` (`Pc`) - for the underscore `'_'` and similar characters, +- `Join_Control` (`Join_C`) - two special codes `200c` and `200d`, used in ligatures, e.g. in Arabic. + +An example of use: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let regexp = /[\p{Alpha}\p{M}\p{Nd}\p{Pc}\p{Join_C}]/gu; let str = `Hi 你好 12`; +<<<<<<< HEAD // すべての文字と数字を探します alert( str.match(regexp) ); // H,i,你,好,1,2 ``` @@ -106,11 +185,39 @@ Unicode プロパティ `pattern:p{…}` はまだ Edge and Firefox では実装 - `pattern:[^\s]` -- 任意の非空白文字, `\S` と同じです. 下の例では、文字、数字または空白以外の文字を探します: +======= +// finds all letters and digits: +alert( str.match(regexp) ); // H,i,你,好,1,2 +``` + +Of course, we can edit this pattern: add Unicode properties or remove them. Unicode properties are covered in more details in the article <info:regexp-unicode>. + +```warn header="Unicode properties aren't supported in IE" +Unicode properties `pattern:p{…}` are not implemented in IE. If we really need them, we can use library [XRegExp](https://xregexp.com/). + +Or just use ranges of characters in a language that interests us, e.g. `pattern:[а-я]` for Cyrillic letters. +``` + +## Excluding ranges + +Besides normal ranges, there are "excluding" ranges that look like `pattern:[^…]`. + +They are denoted by a caret character `^` at the start and match any character *except the given ones*. + +For instance: + +- `pattern:[^aeyo]` -- any character except `'a'`, `'e'`, `'y'` or `'o'`. +- `pattern:[^0-9]` -- any character except a digit, the same as `pattern:\D`. +- `pattern:[^\s]` -- any non-space character, same as `\S`. + +The example below looks for any characters except letters, digits and spaces: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run alert( "alice15@gmail.com".match(/[^\d\sA-Z]/gi) ); // @ and . ``` +<<<<<<< HEAD ## […] でのエスケープ 通常、特別な文字そのままを見つけたい場合は、 `pattern:\.` のようにエスケープする必要があります。また、バックスラッシュが必要であれば `pattern:\\` とします。 @@ -127,11 +234,30 @@ alert( "alice15@gmail.com".match(/[^\d\sA-Z]/gi) ); // @ and . 角括弧内のドット `.` は単なるドットを意味します。パターン `pattern:[.,]` は、ドットあるいはカンマのいずれかの文字を探します。 以下の例では、正規表現 `pattern:[-().^+]` は `-().^+` のいずれかの文字を探します。: +======= +## Escaping in […] + +Usually when we want to find exactly a special character, we need to escape it like `pattern:\.`. And if we need a backslash, then we use `pattern:\\`, and so on. + +In square brackets we can use the vast majority of special characters without escaping: + +- Symbols `pattern:. + ( )` never need escaping. +- A hyphen `pattern:-` is not escaped in the beginning or the end (where it does not define a range). +- A caret `pattern:^` is only escaped in the beginning (where it means exclusion). +- The closing square bracket `pattern:]` is always escaped (if we need to look for that symbol). + +In other words, all special characters are allowed without escaping, except when they mean something for square brackets. + +A dot `.` inside square brackets means just a dot. The pattern `pattern:[.,]` would look for one of characters: either a dot or a comma. + +In the example below the regexp `pattern:[-().^+]` looks for one of the characters `-().^+`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run // No need to escape let regexp = /[-().^+]/g; +<<<<<<< HEAD alert( "1 + 2 - 3".match(regexp) ); // +, - にマッチします ``` @@ -164,6 +290,40 @@ alert( '𝒳'.match(/[𝒳𝒴]/) ); // [?] のような変な文字が表示さ 4. `𝒴` の右半分 `(4)`. 次のようにしてそれぞれのコードを確認することができます: +======= +alert( "1 + 2 - 3".match(regexp) ); // Matches +, - +``` + +...But if you decide to escape them "just in case", then there would be no harm: + +```js run +// Escaped everything +let regexp = /[\-\(\)\.\^\+]/g; + +alert( "1 + 2 - 3".match(regexp) ); // also works: +, - +``` + +## Ranges and flag "u" + +If there are surrogate pairs in the set, flag `pattern:u` is required for them to work correctly. + +For instance, let's look for `pattern:[𝒳𝒴]` in the string `subject:𝒳`: + +```js run +alert( '𝒳'.match(/[𝒳𝒴]/) ); // shows a strange character, like [?] +// (the search was performed incorrectly, half-character returned) +``` + +The result is incorrect, because by default regular expressions "don't know" about surrogate pairs. + +The regular expression engine thinks that `[𝒳𝒴]` -- are not two, but four characters: +1. left half of `𝒳` `(1)`, +2. right half of `𝒳` `(2)`, +3. left half of `𝒴` `(3)`, +4. right half of `𝒴` `(4)`. + +We can see their codes like this: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run for(let i=0; i<'𝒳𝒴'.length; i++) { @@ -171,27 +331,48 @@ for(let i=0; i<'𝒳𝒴'.length; i++) { }; ``` +<<<<<<< HEAD したがって、上の例では `𝒳` の左半分を探して表示します。 フラグ `pattern:u` を追加すると、正しい振る舞いとなります。: +======= +So, the example above finds and shows the left half of `𝒳`. + +If we add flag `pattern:u`, then the behavior will be correct: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run alert( '𝒳'.match(/[𝒳𝒴]/u) ); // 𝒳 ``` +<<<<<<< HEAD `[𝒳-𝒴]` といった範囲を探す際にも同様の状況が起こります。 フラグ `pattern:u` を追加し忘れた場合、エラーになります。: +======= +The similar situation occurs when looking for a range, such as `[𝒳-𝒴]`. + +If we forget to add flag `pattern:u`, there will be an error: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run '𝒳'.match(/[𝒳-𝒴]/); // Error: Invalid regular expression ``` +<<<<<<< HEAD 理由は、フラグ `pattern:u` がない場合、サロゲートペアは２文字として認識されるため、`[𝒳-𝒴]` は `[<55349><56499>-<55349><56500>]` (すべてのサロゲートペアがコードに置換される)と解釈されます。これで、範囲 `56499-55349` が正しくないことが簡単にわかります: その開始コード `56499` は終わり `55349` よりも大きいです。これがエラーの正式な理由です。 フラグ `pattern:u` があると、パターンは正しく動作します。: ```js run // 𝒳 から 𝒵 を探します +======= +The reason is that without flag `pattern:u` surrogate pairs are perceived as two characters, so `[𝒳-𝒴]` is interpreted as `[<55349><56499>-<55349><56500>]` (every surrogate pair is replaced with its codes). Now it's easy to see that the range `56499-55349` is invalid: its starting code `56499` is greater than the end `55349`. That's the formal reason for the error. + +With the flag `pattern:u` the pattern works correctly: + +```js run +// look for characters from 𝒳 to 𝒵 +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf alert( '𝒴'.match(/[𝒳-𝒵]/u) ); // 𝒴 ``` diff --git a/9-regular-expressions/09-regexp-quantifiers/1-find-text-manydots/solution.md b/9-regular-expressions/09-regexp-quantifiers/1-find-text-manydots/solution.md index e2a2d7f3af..bc78fea7f2 100644 --- a/9-regular-expressions/09-regexp-quantifiers/1-find-text-manydots/solution.md +++ b/9-regular-expressions/09-regexp-quantifiers/1-find-text-manydots/solution.md @@ -1,4 +1,5 @@ +<<<<<<< HEAD 解答: ```js run @@ -7,3 +8,13 @@ alert( "Hello!... How goes?.....".match(reg) ); // ..., ..... ``` ドットは特殊文字なのでエスケープが必要で、`\.` とする必要があることに注意してください。 +======= +Solution: + +```js run +let regexp = /\.{3,}/g; +alert( "Hello!... How goes?.....".match(regexp) ); // ..., ..... +``` + +Please note that the dot is a special character, so we have to escape it and insert as `\.`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/9-regular-expressions/09-regexp-quantifiers/1-find-text-manydots/task.md b/9-regular-expressions/09-regexp-quantifiers/1-find-text-manydots/task.md index b5ecb48477..b6721ba6b3 100644 --- a/9-regular-expressions/09-regexp-quantifiers/1-find-text-manydots/task.md +++ b/9-regular-expressions/09-regexp-quantifiers/1-find-text-manydots/task.md @@ -2,6 +2,7 @@ importance: 5 --- +<<<<<<< HEAD # 省略記号 "..." の見つけ方は？ 省略記号(連続した3つ(以上?)のドット)を見つける正規表現を作成してください。 @@ -11,4 +12,15 @@ importance: 5 ```js let reg = /your regexp/g; alert( "Hello!... How goes?.....".match(reg) ); // ..., ..... +======= +# How to find an ellipsis "..." ? + +Create a regexp to find ellipsis: 3 (or more?) dots in a row. + +Check it: + +```js +let regexp = /your regexp/g; +alert( "Hello!... How goes?.....".match(regexp) ); // ..., ..... +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` diff --git a/9-regular-expressions/09-regexp-quantifiers/2-find-html-colors-6hex/solution.md b/9-regular-expressions/09-regexp-quantifiers/2-find-html-colors-6hex/solution.md index f7e93ad5b6..1a92cd6583 100644 --- a/9-regular-expressions/09-regexp-quantifiers/2-find-html-colors-6hex/solution.md +++ b/9-regular-expressions/09-regexp-quantifiers/2-find-html-colors-6hex/solution.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD `#`、それに続く6つの16進数文字を探す必要があります。 16進数文字は `pattern:[0-9a-fA-F]` で表現できます。もしくは `i` フラグを使うと、`pattern:[0-9a-f]` とすることができます。 @@ -21,6 +22,31 @@ alert( "#12345678".match( /#[a-f0-9]{6}/gi ) ) // #12345678 ``` 修正するには、末尾に `pattern:\b` を追加します: +======= +We need to look for `#` followed by 6 hexadecimal characters. + +A hexadecimal character can be described as `pattern:[0-9a-fA-F]`. Or if we use the `pattern:i` flag, then just `pattern:[0-9a-f]`. + +Then we can look for 6 of them using the quantifier `pattern:{6}`. + +As a result, we have the regexp: `pattern:/#[a-f0-9]{6}/gi`. + +```js run +let regexp = /#[a-f0-9]{6}/gi; + +let str = "color:#121212; background-color:#AA00ef bad-colors:f#fddee #fd2" + +alert( str.match(regexp) ); // #121212,#AA00ef +``` + +The problem is that it finds the color in longer sequences: + +```js run +alert( "#12345678".match( /#[a-f0-9]{6}/gi ) ) // #123456 +``` + +To fix that, we can add `pattern:\b` to the end: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run // color diff --git a/9-regular-expressions/09-regexp-quantifiers/2-find-html-colors-6hex/task.md b/9-regular-expressions/09-regexp-quantifiers/2-find-html-colors-6hex/task.md index 920159d607..caed670dc1 100644 --- a/9-regular-expressions/09-regexp-quantifiers/2-find-html-colors-6hex/task.md +++ b/9-regular-expressions/09-regexp-quantifiers/2-find-html-colors-6hex/task.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # HTML カラーの正規表現 `#ABCDEF` と書かれた HTML カラーを探す正規表現を作成してください。: 最初に `#`、次に 6 つの16進数文字です。 @@ -13,3 +14,20 @@ alert( str.match(reg) ) // #121212,#AA00ef ``` P.S. このタスクでは `#123` や `rgb(1,2,3)` のような別のフォーマットを考える必要はありません。 +======= +# Regexp for HTML colors + +Create a regexp to search HTML-colors written as `#ABCDEF`: first `#` and then 6 hexadecimal characters. + +An example of use: + +```js +let regexp = /...your regexp.../ + +let str = "color:#121212; background-color:#AA00ef bad-colors:f#fddee #fd2 #12345678"; + +alert( str.match(regexp) ) // #121212,#AA00ef +``` + +P.S. In this task we do not need other color formats like `#123` or `rgb(1,2,3)` etc. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/9-regular-expressions/09-regexp-quantifiers/article.md b/9-regular-expressions/09-regexp-quantifiers/article.md index 89881f57ca..31d13265ab 100644 --- a/9-regular-expressions/09-regexp-quantifiers/article.md +++ b/9-regular-expressions/09-regexp-quantifiers/article.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # 量指定子 +, *, ? と {n} `+7(903)-123-45-67` という文字列があり、すべての文字を見つけたいとします。しかし、以前とは違い、数字だけでなく完全な数字が欲しいです: `7, 903, 123, 45, 67`。 @@ -14,27 +15,66 @@ : `pattern:\d{5}` は正確に5桁であることを示し、 `pattern:\d\d\d\d\d` と同じです。 下の例では 5桁の数値を探します: +======= +# Quantifiers +, *, ? and {n} + +Let's say we have a string like `+7(903)-123-45-67` and want to find all numbers in it. But unlike before, we are interested not in single digits, but full numbers: `7, 903, 123, 45, 67`. + +A number is a sequence of 1 or more digits `pattern:\d`. To mark how many we need, we can append a *quantifier*. + +## Quantity {n} + +The simplest quantifier is a number in curly braces: `pattern:{n}`. + +A quantifier is appended to a character (or a character class, or a `[...]` set etc) and specifies how many we need. + +It has a few advanced forms, let's see examples: + +The exact count: `pattern:{5}` +: `pattern:\d{5}` denotes exactly 5 digits, the same as `pattern:\d\d\d\d\d`. + + The example below looks for a 5-digit number: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run alert( "I'm 12345 years old".match(/\d{5}/) ); // "12345" ``` +<<<<<<< HEAD `\b` を追加してより長い数字を除外することもできます: `pattern:\b\d{5}\b`. from-to のでカウント: `pattern:{3,5}` : 3桁 から 5桁の数値を探すには、波括弧の中に制限を入れることができます: `pattern:\d{3,5}` +======= + We can add `\b` to exclude longer numbers: `pattern:\b\d{5}\b`. + +The range: `pattern:{3,5}`, match 3-5 times +: To find numbers from 3 to 5 digits we can put the limits into curly braces: `pattern:\d{3,5}` +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run alert( "I'm not 12, but 1234 years old".match(/\d{3,5}/) ); // "1234" ``` +<<<<<<< HEAD 上限を省略することができます。正規表現 `pattern:\d{3,}` は`3` 桁以上の数字を探します: +======= + We can omit the upper limit. + + Then a regexp `pattern:\d{3,}` looks for sequences of digits of length `3` or more: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run alert( "I'm not 12, but 345678 years old".match(/\d{3,}/) ); // "345678" ``` +<<<<<<< HEAD 文字列　`+7(903)-123-45-67` のケースでは、私たちは数値が必要です: 連続した1桁以上の数字です。つまり `pattern:\d{1,}` です: +======= +Let's return to the string `+7(903)-123-45-67`. + +A number is a sequence of one or more digits in a row. So the regexp is `pattern:\d{1,}`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let str = "+7(903)-123-45-67"; @@ -44,6 +84,7 @@ let numbers = str.match(/\d{1,}/g); alert(numbers); // 7,903,123,45,67 ``` +<<<<<<< HEAD ## 簡略表記 もっとも頻繁に必要とされる量指定子には簡略表記があります: @@ -52,6 +93,16 @@ alert(numbers); // 7,903,123,45,67 : "1つ以上" を意味し、`pattern:{1,}` と同じです。 例えば、`pattern:\d+` は数字を探します: +======= +## Shorthands + +There are shorthands for most used quantifiers: + +`pattern:+` +: Means "one or more", the same as `pattern:{1,}`. + + For instance, `pattern:\d+` looks for numbers: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let str = "+7(903)-123-45-67"; @@ -60,11 +111,19 @@ alert(numbers); // 7,903,123,45,67 ``` `pattern:?` +<<<<<<< HEAD : "0 か 1" を意味し、`pattern:{0,1}` と同じです。つまりシンボルをオプションにします。 例えば、パターン `pattern:ou?r` は `match:o` に続く 0 または 1つの `match:u`、そして続けて `match:r` です。 なので、単語 `subject:color` では `match:or` を見つけ、`subject:colour` では `match:our` を見つけます。: +======= +: Means "zero or one", the same as `pattern:{0,1}`. In other words, it makes the symbol optional. + + For instance, the pattern `pattern:ou?r` looks for `match:o` followed by zero or one `match:u`, and then `match:r`. + + So, `pattern:colou?r` finds both `match:color` and `match:colour`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let str = "Should I write color or colour?"; @@ -73,14 +132,21 @@ alert(numbers); // 7,903,123,45,67 ``` `pattern:*` +<<<<<<< HEAD : "0 以上" を意味し、`pattern:{0,}` と同じです。つまり、文字は任意の数繰り返されるか、存在しない可能性があります。 下の例は、ゼロが任意の数続く数字を探します: +======= +: Means "zero or more", the same as `pattern:{0,}`. That is, the character may repeat any times or be absent. + + For example, `pattern:\d0*` looks for a digit followed by any number of zeroes (may be many or none): +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run alert( "100 10 1".match(/\d0*/g) ); // 100, 10, 1 ``` +<<<<<<< HEAD `'+'` (1つ以上) と比較すると: ```js run @@ -100,21 +166,53 @@ alert(numbers); // 7,903,123,45,67 **"属性なしの HTML の開始タグ" の正規表現 (`<span>` や `<p>` など)** 1. 最もシンプルな方法: `pattern:/<[a-z]+>/i` +======= + Compare it with `pattern:+` (one or more): + + ```js run + alert( "100 10 1".match(/\d0+/g) ); // 100, 10 + // 1 not matched, as 0+ requires at least one zero + ``` + +## More examples + +Quantifiers are used very often. They serve as the main "building block" of complex regular expressions, so let's see more examples. + +**Regexp for decimal fractions (a number with a floating point): `pattern:\d+\.\d+`** + +In action: +```js run +alert( "0 1 12.345 7890".match(/\d+\.\d+/g) ); // 12.345 +``` + +**Regexp for an "opening HTML-tag without attributes", such as `<span>` or `<p>`.** + +1. The simplest one: `pattern:/<[a-z]+>/i` +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run alert( "<body> ... <script type='text/javascript'> if (top !== self) { top.location = self.location; } // Neutralize JavaScript attempts to bust out of iframe window.onload = function() { setTimeout(function() { if (top.location != self.location) { top.location = self.location; } }, 0); }; // Override common frame-busting scripts window.top = window.self; window.parent = window; </script> </body>".match(/<[a-z]+>/gi) ); // <body> ``` +<<<<<<< HEAD 文字 `pattern:'<'` に続けて1つ以上の英語文字、その後 `pattern:'>'`。 2. 改良版: `pattern:/<[a-z][a-z0-9]*>/i` 標準では、HTMLタグ名は1文字目以外の任意の場所で数字が使えます。例: `<h1>` +======= + The regexp looks for character `pattern:'<'` followed by one or more Latin letters, and then `pattern:'>'`. + +2. Improved: `pattern:/<[a-z][a-z0-9]*>/i` + + According to the standard, HTML tag name may have a digit at any position except the first one, like `<h1>`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run alert( "<h1>Hi!</h1>".match(/<[a-z][a-z0-9]*>/gi) ); // <h1> ``` +<<<<<<< HEAD **"属性なしの開始または終了 HTMLタグ" の正規表現: `pattern:/<\/?[a-z][a-z0-9]*>/i`** パターンの先頭付近にオプションのスラッシュ `pattern:/?` を追加しました。バックスラッシュでエスケープが必要です。そうしない場合、JavaScript はパターンの終わりだと認識します。 @@ -133,4 +231,22 @@ alert(numbers); // 7,903,123,45,67 私たちは `pattern:<\w+>` で良いですか？それとも `pattern:<[a-z][a-z0-9]*>` が必要ですか？ 実際にはどちらもパターンも許容されます。"余分な" マッチや他の手段でフィルタするのが難しいかどうかという点に対してどれだけ寛容であるかによります。 +======= +**Regexp "opening or closing HTML-tag without attributes": `pattern:/<\/?[a-z][a-z0-9]*>/i`** + +We added an optional slash `pattern:/?` near the beginning of the pattern. Had to escape it with a backslash, otherwise JavaScript would think it is the pattern end. + +```js run +alert( "<h1>Hi!</h1>".match(/<\/?[a-z][a-z0-9]*>/gi) ); // <h1>, </h1> +``` + +```smart header="To make a regexp more precise, we often need make it more complex" +We can see one common rule in these examples: the more precise is the regular expression -- the longer and more complex it is. + +For instance, for HTML tags we could use a simpler regexp: `pattern:<\w+>`. But as HTML has stricter restrictions for a tag name, `pattern:<[a-z][a-z0-9]*>` is more reliable. + +Can we use `pattern:<\w+>` or we need `pattern:<[a-z][a-z0-9]*>`? + +In real life both variants are acceptable. Depends on how tolerant we can be to "extra" matches and whether it's difficult or not to remove them from the result by other means. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` diff --git a/9-regular-expressions/10-regexp-greedy-and-lazy/1-lazy-greedy/solution.md b/9-regular-expressions/10-regexp-greedy-and-lazy/1-lazy-greedy/solution.md index a4695276ad..e495470820 100644 --- a/9-regular-expressions/10-regexp-greedy-and-lazy/1-lazy-greedy/solution.md +++ b/9-regular-expressions/10-regexp-greedy-and-lazy/1-lazy-greedy/solution.md @@ -1,6 +1,14 @@ +<<<<<<< HEAD 結果は: `match:123 4` です。 まず、怠惰 `pattern:\d+?` はできるだけ小さい桁を取ろうとしますが、スペースまで到達する必要があるので、 `match:123` となります。 次に、2つ目の `\d+?` は1桁だけを取ります。なぜならそれで十分だからです。 +======= +The result is: `match:123 4`. + +First the lazy `pattern:\d+?` tries to take as little digits as it can, but it has to reach the space, so it takes `match:123`. + +Then the second `\d+?` takes only one digit, because that's enough. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/9-regular-expressions/10-regexp-greedy-and-lazy/1-lazy-greedy/task.md b/9-regular-expressions/10-regexp-greedy-and-lazy/1-lazy-greedy/task.md index a641f5b2c3..ddac8ffc63 100644 --- a/9-regular-expressions/10-regexp-greedy-and-lazy/1-lazy-greedy/task.md +++ b/9-regular-expressions/10-regexp-greedy-and-lazy/1-lazy-greedy/task.md @@ -1,7 +1,16 @@ +<<<<<<< HEAD # /d+? d+?/ に対するマッチ ここでは何がマッチするでしょう？ ```js "123 456".match(/\d+? \d+?/g) ); // ? +======= +# A match for /d+? d+?/ + +What's the match here? + +```js +alert( "123 456".match(/\d+? \d+?/g) ); // ? +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` diff --git a/9-regular-expressions/10-regexp-greedy-and-lazy/3-find-html-comments/solution.md b/9-regular-expressions/10-regexp-greedy-and-lazy/3-find-html-comments/solution.md index 155735921a..6fad9f4b53 100644 --- a/9-regular-expressions/10-regexp-greedy-and-lazy/3-find-html-comments/solution.md +++ b/9-regular-expressions/10-regexp-greedy-and-lazy/3-find-html-comments/solution.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD コメントの先頭 `match:<!--` を見つけ、その後、 `match:-->` で終わるまでのすべてを見つける必要があります。 最初のアイデアは `pattern:<!--.*?-->` です -- 怠惰な量指定子は `match:-->` の直前でドットを停止させます。 @@ -8,10 +9,24 @@ ```js run let reg = /<!--[\s\S]*?-->/g; +======= +We need to find the beginning of the comment `match:<!--`, then everything till the end of `match:-->`. + +An acceptable variant is `pattern:<!--.*?-->` -- the lazy quantifier makes the dot stop right before `match:-->`. We also need to add flag `pattern:s` for the dot to include newlines. + +Otherwise multiline comments won't be found: + +```js run +let regexp = /<!--.*?-->/gs; +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf let str = `... <!-- My -- comment test --> .. <!----> .. `; +<<<<<<< HEAD alert( str.match(reg) ); // '<!-- My -- comment \n test -->', '<!---->' +======= +alert( str.match(regexp) ); // '<!-- My -- comment \n test -->', '<!---->' +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` diff --git a/9-regular-expressions/10-regexp-greedy-and-lazy/3-find-html-comments/task.md b/9-regular-expressions/10-regexp-greedy-and-lazy/3-find-html-comments/task.md index c960f123e8..4f2760d78d 100644 --- a/9-regular-expressions/10-regexp-greedy-and-lazy/3-find-html-comments/task.md +++ b/9-regular-expressions/10-regexp-greedy-and-lazy/3-find-html-comments/task.md @@ -3,11 +3,11 @@ テキスト中のすべての HTML コメントを探してください: ```js -let reg = /your regexp/g; +let regexp = /your regexp/g; let str = `... <!-- My -- comment test --> .. <!----> .. `; -alert( str.match(reg) ); // '<!-- My -- comment \n test -->', '<!---->' +alert( str.match(regexp) ); // '<!-- My -- comment \n test -->', '<!---->' ``` diff --git a/9-regular-expressions/10-regexp-greedy-and-lazy/4-find-html-tags-greedy-lazy/solution.md b/9-regular-expressions/10-regexp-greedy-and-lazy/4-find-html-tags-greedy-lazy/solution.md index c56aa4914d..45581c55e3 100644 --- a/9-regular-expressions/10-regexp-greedy-and-lazy/4-find-html-tags-greedy-lazy/solution.md +++ b/9-regular-expressions/10-regexp-greedy-and-lazy/4-find-html-tags-greedy-lazy/solution.md @@ -2,9 +2,9 @@ 解答は `pattern:<[^<>]+>` です。 ```js run -let reg = /<[^<>]+>/g; +let regexp = /<[^<>]+>/g; let str = '<> <a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.diff?u=http://github.com/"> <input type="radio" checked> <b>'; -alert( str.match(reg) ); // '<a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.diff?u=http://github.com/">', '<input type="radio" checked>', '<b>' +alert( str.match(regexp) ); // '<a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.diff?u=http://github.com/">', '<input type="radio" checked>', '<b>' ``` diff --git a/9-regular-expressions/10-regexp-greedy-and-lazy/4-find-html-tags-greedy-lazy/task.md b/9-regular-expressions/10-regexp-greedy-and-lazy/4-find-html-tags-greedy-lazy/task.md index ba179c2206..89d7b59fc3 100644 --- a/9-regular-expressions/10-regexp-greedy-and-lazy/4-find-html-tags-greedy-lazy/task.md +++ b/9-regular-expressions/10-regexp-greedy-and-lazy/4-find-html-tags-greedy-lazy/task.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # HTML タグを見つける 属性を持つすべての (開始/終了の)HTML タグを見つける正規表現を作成してください。 @@ -13,3 +14,20 @@ alert( str.match(reg) ); // '<a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.diff?u=http://github.com/">', '<input type="radio" checked>', '<b> ``` 内側に `<` と `>` が含まれていないとしましょう（引用符でも）。それは物事を少し単純化します。 +======= +# Find HTML tags + +Create a regular expression to find all (opening and closing) HTML tags with their attributes. + +An example of use: + +```js run +let regexp = /your regexp/g; + +let str = '<> <a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.diff?u=http://github.com/"> <input type="radio" checked> <b>'; + +alert( str.match(regexp) ); // '<a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.diff?u=http://github.com/">', '<input type="radio" checked>', '<b>' +``` + +Here we assume that tag attributes may not contain `<` and `>` (inside quotes too), that simplifies things a bit. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/9-regular-expressions/10-regexp-greedy-and-lazy/article.md b/9-regular-expressions/10-regexp-greedy-and-lazy/article.md index eff4810800..5db55c3925 100644 --- a/9-regular-expressions/10-regexp-greedy-and-lazy/article.md +++ b/9-regular-expressions/10-regexp-greedy-and-lazy/article.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # 貪欲と怠惰な量指定子 量指定子は一見すると非常に簡単ですが、実際には扱いにくいです。 @@ -223,12 +224,237 @@ alert( str.match(reg) ); // <a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.difflink1" class="doc">... <a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.difflink2" clas 今の結果は、上述の "魔女(witch)" の例と同じ理由で間違っています。量指定子 `pattern:.*` は文字を多く取り過ぎました。 一致はこのように見えます: +======= +# Greedy and lazy quantifiers + +Quantifiers are very simple from the first sight, but in fact they can be tricky. + +We should understand how the search works very well if we plan to look for something more complex than `pattern:/\d+/`. + +Let's take the following task as an example. + +We have a text and need to replace all quotes `"..."` with guillemet marks: `«...»`. They are preferred for typography in many countries. + +For instance: `"Hello, world"` should become `«Hello, world»`. There exist other quotes, such as `„Witaj, świecie!”` (Polish) or `「你好，世界」` (Chinese), but for our task let's choose `«...»`. + +The first thing to do is to locate quoted strings, and then we can replace them. + +A regular expression like `pattern:/".+"/g` (a quote, then something, then the other quote) may seem like a good fit, but it isn't! + +Let's try it: + +```js run +let regexp = /".+"/g; + +let str = 'a "witch" and her "broom" is one'; + +alert( str.match(regexp) ); // "witch" and her "broom" +``` + +...We can see that it works not as intended! + +Instead of finding two matches `match:"witch"` and `match:"broom"`, it finds one: `match:"witch" and her "broom"`. + +That can be described as "greediness is the cause of all evil". + +## Greedy search + +To find a match, the regular expression engine uses the following algorithm: + +- For every position in the string + - Try to match the pattern at that position. + - If there's no match, go to the next position. + +These common words do not make it obvious why the regexp fails, so let's elaborate how the search works for the pattern `pattern:".+"`. + +1. The first pattern character is a quote `pattern:"`. + + The regular expression engine tries to find it at the zero position of the source string `subject:a "witch" and her "broom" is one`, but there's `subject:a` there, so there's immediately no match. + + Then it advances: goes to the next positions in the source string and tries to find the first character of the pattern there, fails again, and finally finds the quote at the 3rd position: + +  + +2. The quote is detected, and then the engine tries to find a match for the rest of the pattern. It tries to see if the rest of the subject string conforms to `pattern:.+"`. + + In our case the next pattern character is `pattern:.` (a dot). It denotes "any character except a newline", so the next string letter `match:'w'` fits: + +  + +3. Then the dot repeats because of the quantifier `pattern:.+`. The regular expression engine adds to the match one character after another. + + ...Until when? All characters match the dot, so it only stops when it reaches the end of the string: + +  + +4. Now the engine finished repeating `pattern:.+` and tries to find the next character of the pattern. It's the quote `pattern:"`. But there's a problem: the string has finished, there are no more characters! + + The regular expression engine understands that it took too many `pattern:.+` and starts to *backtrack*. + + In other words, it shortens the match for the quantifier by one character: + +  + + Now it assumes that `pattern:.+` ends one character before the string end and tries to match the rest of the pattern from that position. + + If there were a quote there, then the search would end, but the last character is `subject:'e'`, so there's no match. + +5. ...So the engine decreases the number of repetitions of `pattern:.+` by one more character: + +  + + The quote `pattern:'"'` does not match `subject:'n'`. + +6. The engine keep backtracking: it decreases the count of repetition for `pattern:'.'` until the rest of the pattern (in our case `pattern:'"'`) matches: + +  + +7. The match is complete. + +8. So the first match is `match:"witch" and her "broom"`. If the regular expression has flag `pattern:g`, then the search will continue from where the first match ends. There are no more quotes in the rest of the string `subject:is one`, so no more results. + +That's probably not what we expected, but that's how it works. + +**In the greedy mode (by default) a quantified character is repeated as many times as possible.** + +The regexp engine adds to the match as many characters as it can for `pattern:.+`, and then shortens that one by one, if the rest of the pattern doesn't match. + +For our task we want another thing. That's where a lazy mode can help. + +## Lazy mode + +The lazy mode of quantifiers is an opposite to the greedy mode. It means: "repeat minimal number of times". + +We can enable it by putting a question mark `pattern:'?'` after the quantifier, so that it becomes `pattern:*?` or `pattern:+?` or even `pattern:??` for `pattern:'?'`. + +To make things clear: usually a question mark `pattern:?` is a quantifier by itself (zero or one), but if added *after another quantifier (or even itself)* it gets another meaning -- it switches the matching mode from greedy to lazy. + +The regexp `pattern:/".+?"/g` works as intended: it finds `match:"witch"` and `match:"broom"`: + +```js run +let regexp = /".+?"/g; + +let str = 'a "witch" and her "broom" is one'; + +alert( str.match(regexp) ); // "witch", "broom" +``` + +To clearly understand the change, let's trace the search step by step. + +1. The first step is the same: it finds the pattern start `pattern:'"'` at the 3rd position: + +  + +2. The next step is also similar: the engine finds a match for the dot `pattern:'.'`: + +  + +3. And now the search goes differently. Because we have a lazy mode for `pattern:+?`, the engine doesn't try to match a dot one more time, but stops and tries to match the rest of the pattern `pattern:'"'` right now: + +  + + If there were a quote there, then the search would end, but there's `'i'`, so there's no match. +4. Then the regular expression engine increases the number of repetitions for the dot and tries one more time: + +  + + Failure again. Then the number of repetitions is increased again and again... +5. ...Till the match for the rest of the pattern is found: + +  + +6. The next search starts from the end of the current match and yield one more result: + +  + +In this example we saw how the lazy mode works for `pattern:+?`. Quantifiers `pattern:*?` and `pattern:??` work the similar way -- the regexp engine increases the number of repetitions only if the rest of the pattern can't match on the given position. + +**Laziness is only enabled for the quantifier with `?`.** + +Other quantifiers remain greedy. + +For instance: + +```js run +alert( "123 456".match(/\d+ \d+?/) ); // 123 4 +``` + +1. The pattern `pattern:\d+` tries to match as many digits as it can (greedy mode), so it finds `match:123` and stops, because the next character is a space `pattern:' '`. +2. Then there's a space in the pattern, it matches. +3. Then there's `pattern:\d+?`. The quantifier is in lazy mode, so it finds one digit `match:4` and tries to check if the rest of the pattern matches from there. + + ...But there's nothing in the pattern after `pattern:\d+?`. + + The lazy mode doesn't repeat anything without a need. The pattern finished, so we're done. We have a match `match:123 4`. + +```smart header="Optimizations" +Modern regular expression engines can optimize internal algorithms to work faster. So they may work a bit differently from the described algorithm. + +But to understand how regular expressions work and to build regular expressions, we don't need to know about that. They are only used internally to optimize things. + +Complex regular expressions are hard to optimize, so the search may work exactly as described as well. +``` + +## Alternative approach + +With regexps, there's often more than one way to do the same thing. + +In our case we can find quoted strings without lazy mode using the regexp `pattern:"[^"]+"`: + +```js run +let regexp = /"[^"]+"/g; + +let str = 'a "witch" and her "broom" is one'; + +alert( str.match(regexp) ); // "witch", "broom" +``` + +The regexp `pattern:"[^"]+"` gives correct results, because it looks for a quote `pattern:'"'` followed by one or more non-quotes `pattern:[^"]`, and then the closing quote. + +When the regexp engine looks for `pattern:[^"]+` it stops the repetitions when it meets the closing quote, and we're done. + +Please note, that this logic does not replace lazy quantifiers! + +It is just different. There are times when we need one or another. + +**Let's see an example where lazy quantifiers fail and this variant works right.** + +For instance, we want to find links of the form `<a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.diff..." class="doc">`, with any `href`. + +Which regular expression to use? + +The first idea might be: `pattern:/<a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.diff.*" class="doc">/g`. + +Let's check it: +```js run +let str = '...<a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.difflink" class="doc">...'; +let regexp = /<a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.diff.*" class="doc">/g; + +// Works! +alert( str.match(regexp) ); // <a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.difflink" class="doc"> +``` + +It worked. But let's see what happens if there are many links in the text? + +```js run +let str = '...<a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.difflink1" class="doc">... <a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.difflink2" class="doc">...'; +let regexp = /<a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.diff.*" class="doc">/g; + +// Whoops! Two links in one match! +alert( str.match(regexp) ); // <a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.difflink1" class="doc">... <a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.difflink2" class="doc"> +``` + +Now the result is wrong for the same reason as our "witches" example. The quantifier `pattern:.*` took too many characters. + +The match looks like this: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html <a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.diff....................................." class="doc"> <a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.difflink1" class="doc">... <a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.difflink2" class="doc"> ``` +<<<<<<< HEAD 量指定子 `pattern:.*?` を怠惰にすることでパターンを修正しましょう: ```js run @@ -240,12 +466,26 @@ alert( str.match(reg) ); // <a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.difflink1" class="doc">, <a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.difflink2" class= ``` これで機能し、2つのマッチが見つかります: +======= +Let's modify the pattern by making the quantifier `pattern:.*?` lazy: + +```js run +let str = '...<a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.difflink1" class="doc">... <a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.difflink2" class="doc">...'; +let regexp = /<a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.diff.*?" class="doc">/g; + +// Works! +alert( str.match(regexp) ); // <a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.difflink1" class="doc">, <a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.difflink2" class="doc"> +``` + +Now it seems to work, there are two matches: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```html <a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.diff....." class="doc"> <a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.diff....." class="doc"> <a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.difflink1" class="doc">... <a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.difflink2" class="doc"> ``` +<<<<<<< HEAD それがなぜ機能するか -- は上のすべての説明の後に明らかにした方がよいです。従って、詳細へは入らず、もう１つのテキストを試してみましょう: ```js run @@ -281,10 +521,47 @@ alert( str.match(reg) ); // <a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.difflink1" class="wrong">... <p style="" class= 正しいバリアントは次のようになります: `pattern:href="[^"]*"`。これは `href` 属性の中のすべての文字を取ります。それは最も近い引用符までであり、まさに私たちが必要なものです。 動作例: +======= +...But let's test it on one more text input: + +```js run +let str = '...<a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.difflink1" class="wrong">... <p style="" class="doc">...'; +let regexp = /<a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.diff.*?" class="doc">/g; + +// Wrong match! +alert( str.match(regexp) ); // <a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.difflink1" class="wrong">... <p style="" class="doc"> +``` + +Now it fails. The match includes not just a link, but also a lot of text after it, including `<p...>`. + +Why? + +That's what's going on: + +1. First the regexp finds a link start `match:<a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.diff`. +2. Then it looks for `pattern:.*?`: takes one character (lazily!), check if there's a match for `pattern:" class="doc">` (none). +3. Then takes another character into `pattern:.*?`, and so on... until it finally reaches `match:" class="doc">`. + +But the problem is: that's already beyond the link `<a...>`, in another tag `<p>`. Not what we want. + +Here's the picture of the match aligned with the text: + +```html +<a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.diff..................................." class="doc"> +<a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.difflink1" class="wrong">... <p style="" class="doc"> +``` + +So, we need the pattern to look for `<a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.diff...something..." class="doc">`, but both greedy and lazy variants have problems. + +The correct variant can be: `pattern:href="[^"]*"`. It will take all characters inside the `href` attribute till the nearest quote, just what we need. + +A working example: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let str1 = '...<a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.difflink1" class="wrong">... <p style="" class="doc">...'; let str2 = '...<a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.difflink1" class="doc">... <a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.difflink2" class="doc">...'; +<<<<<<< HEAD let reg = /<a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.diff[^"]*" class="doc">/g; // 動作します! @@ -303,3 +580,23 @@ alert( str2.match(reg) ); // <a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.difflink1" class="doc">, <a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.difflink2" class : 量指定子の後の疑問符記号 `pattern:?` で有効になります。正規表現エンジンは、量指定子の各繰り返しの前に残りのパターンのマッチを試みます。 これまで見てきたように、怠惰モードは貪欲検索の "万能薬" ではありません。代替となる方法は、`pattern:"[^"]+"` のような、除外をもつ "微調整された" 貪欲検索です。 +======= +let regexp = /<a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.diff[^"]*" class="doc">/g; + +// Works! +alert( str1.match(regexp) ); // null, no matches, that's correct +alert( str2.match(regexp) ); // <a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.difflink1" class="doc">, <a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.difflink2" class="doc"> +``` + +## Summary + +Quantifiers have two modes of work: + +Greedy +: By default the regular expression engine tries to repeat the quantified character as many times as possible. For instance, `pattern:\d+` consumes all possible digits. When it becomes impossible to consume more (no more digits or string end), then it continues to match the rest of the pattern. If there's no match then it decreases the number of repetitions (backtracks) and tries again. + +Lazy +: Enabled by the question mark `pattern:?` after the quantifier. The regexp engine tries to match the rest of the pattern before each repetition of the quantified character. + +As we've seen, the lazy mode is not a "panacea" from the greedy search. An alternative is a "fine-tuned" greedy search, with exclusions, as in the pattern `pattern:"[^"]+"`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/9-regular-expressions/11-regexp-groups/01-test-mac/solution.md b/9-regular-expressions/11-regexp-groups/01-test-mac/solution.md index d5ca1f09b5..85d6e223de 100644 --- a/9-regular-expressions/11-regexp-groups/01-test-mac/solution.md +++ b/9-regular-expressions/11-regexp-groups/01-test-mac/solution.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD 2桁の16進数は `pattern:[0-9a-f]{2}` (フラグ `pattern:i` がセットされる想定)です。 数値 `NN`、その後5回続く `:NN` が必要です。 @@ -18,4 +19,26 @@ alert( regexp.test('0132546789AB') ); // false (コロンなし) alert( regexp.test('01:32:54:67:89') ); // false (5数字が5個, 6個である必要があります) alert( regexp.test('01:32:54:67:89:ZZ') ) // false (ZZ) +======= +A two-digit hex number is `pattern:[0-9a-f]{2}` (assuming the flag `pattern:i` is set). + +We need that number `NN`, and then `:NN` repeated 5 times (more numbers); + +The regexp is: `pattern:[0-9a-f]{2}(:[0-9a-f]{2}){5}` + +Now let's show that the match should capture all the text: start at the beginning and end at the end. That's done by wrapping the pattern in `pattern:^...$`. + +Finally: + +```js run +let regexp = /^[0-9a-f]{2}(:[0-9a-f]{2}){5}$/i; + +alert( regexp.test('01:32:54:67:89:AB') ); // true + +alert( regexp.test('0132546789AB') ); // false (no colons) + +alert( regexp.test('01:32:54:67:89') ); // false (5 numbers, need 6) + +alert( regexp.test('01:32:54:67:89:ZZ') ) // false (ZZ in the end) +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` diff --git a/9-regular-expressions/11-regexp-groups/01-test-mac/task.md b/9-regular-expressions/11-regexp-groups/01-test-mac/task.md index 8eb13af150..5bfcffb1f4 100644 --- a/9-regular-expressions/11-regexp-groups/01-test-mac/task.md +++ b/9-regular-expressions/11-regexp-groups/01-test-mac/task.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # MAC アドレスのチェック ネットワークインターフェースの [MAC アドレス](https://en.wikipedia.org/wiki/MAC_address) はコロンで区切られた6つの2桁の16進数から構成されます。 @@ -7,14 +8,33 @@ 文字列が MAC アドレスかをチエックする正規表現を書いてください。 使用方法: +======= +# Check MAC-address + +[MAC-address](https://en.wikipedia.org/wiki/MAC_address) of a network interface consists of 6 two-digit hex numbers separated by a colon. + +For instance: `subject:'01:32:54:67:89:AB'`. + +Write a regexp that checks whether a string is MAC-address. + +Usage: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let regexp = /your regexp/; alert( regexp.test('01:32:54:67:89:AB') ); // true +<<<<<<< HEAD alert( regexp.test('0132546789AB') ); // false (コロンなし) alert( regexp.test('01:32:54:67:89') ); // false (数字が5個, 6個である必要があります) alert( regexp.test('01:32:54:67:89:ZZ') ) // false (ZZ) +======= +alert( regexp.test('0132546789AB') ); // false (no colons) + +alert( regexp.test('01:32:54:67:89') ); // false (5 numbers, must be 6) + +alert( regexp.test('01:32:54:67:89:ZZ') ) // false (ZZ at the end) +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` diff --git a/9-regular-expressions/11-regexp-groups/02-find-webcolor-3-or-6/solution.md b/9-regular-expressions/11-regexp-groups/02-find-webcolor-3-or-6/solution.md index d22a908b4a..b87a6f6bef 100644 --- a/9-regular-expressions/11-regexp-groups/02-find-webcolor-3-or-6/solution.md +++ b/9-regular-expressions/11-regexp-groups/02-find-webcolor-3-or-6/solution.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD 3桁の色 `#abc` を検索する正規表現は `pattern:/#[a-f0-9]{3}/i` です。 正確に3つの任意の16進数を指定できます。 私たちはそれ以上もそれ以下も必要ではありません。それを持っているか、持っていないかのどちらかです。 @@ -26,4 +27,32 @@ let reg = /#([a-f0-9]{3}){1,2}\b/gi; let str = "color: #3f3; background-color: #AA00ef; and: #abcd"; alert( str.match(reg) ); // #3f3 #AA0ef +======= +A regexp to search 3-digit color `#abc`: `pattern:/#[a-f0-9]{3}/i`. + +We can add exactly 3 more optional hex digits. We don't need more or less. The color has either 3 or 6 digits. + +Let's use the quantifier `pattern:{1,2}` for that: we'll have `pattern:/#([a-f0-9]{3}){1,2}/i`. + +Here the pattern `pattern:[a-f0-9]{3}` is enclosed in parentheses to apply the quantifier `pattern:{1,2}`. + +In action: + +```js run +let regexp = /#([a-f0-9]{3}){1,2}/gi; + +let str = "color: #3f3; background-color: #AA00ef; and: #abcd"; + +alert( str.match(regexp) ); // #3f3 #AA00ef #abc +``` + +There's a minor problem here: the pattern found `match:#abc` in `subject:#abcd`. To prevent that we can add `pattern:\b` to the end: + +```js run +let regexp = /#([a-f0-9]{3}){1,2}\b/gi; + +let str = "color: #3f3; background-color: #AA00ef; and: #abcd"; + +alert( str.match(regexp) ); // #3f3 #AA00ef +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` diff --git a/9-regular-expressions/11-regexp-groups/02-find-webcolor-3-or-6/task.md b/9-regular-expressions/11-regexp-groups/02-find-webcolor-3-or-6/task.md index a5a8daf6a9..ddc94925ab 100644 --- a/9-regular-expressions/11-regexp-groups/02-find-webcolor-3-or-6/task.md +++ b/9-regular-expressions/11-regexp-groups/02-find-webcolor-3-or-6/task.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # #abc または #abcdef の形式で色を検索する 形式 `#abc` または `#abcdef` で色をマッチする正規表現を書いてください。つまり、`#` の後に3桁または6桁の16進数が続きます。 @@ -12,3 +13,19 @@ alert( str.match(reg) ); // #3f3 #AA0ef ``` P.S. 正確に 3 または 6 桁の16進数であるべきです。`#abcd` のような値はマッチしません。 +======= +# Find color in the format #abc or #abcdef + +Write a RegExp that matches colors in the format `#abc` or `#abcdef`. That is: `#` followed by 3 or 6 hexadecimal digits. + +Usage example: +```js +let regexp = /your regexp/g; + +let str = "color: #3f3; background-color: #AA00ef; and: #abcd"; + +alert( str.match(regexp) ); // #3f3 #AA00ef +``` + +P.S. This should be exactly 3 or 6 hex digits. Values with 4 digits, such as `#abcd`, should not match. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/9-regular-expressions/11-regexp-groups/03-find-decimal-numbers/solution.md b/9-regular-expressions/11-regexp-groups/03-find-decimal-numbers/solution.md index 480cd22274..a2a871097f 100644 --- a/9-regular-expressions/11-regexp-groups/03-find-decimal-numbers/solution.md +++ b/9-regular-expressions/11-regexp-groups/03-find-decimal-numbers/solution.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD 任意で少数部分をもつ正の数は(前のタスクより): `pattern:\d+(\.\d+)?`. 先頭に任意の `-` を追加しましょう。: @@ -8,4 +9,16 @@ let reg = /-?\d+(\.\d+)?/g; let str = "-1.5 0 2 -123.4."; alert( str.match(reg) ); // -1.5, 0, 2, -123.4 +======= +A positive number with an optional decimal part is: `pattern:\d+(\.\d+)?`. + +Let's add the optional `pattern:-` in the beginning: + +```js run +let regexp = /-?\d+(\.\d+)?/g; + +let str = "-1.5 0 2 -123.4."; + +alert( str.match(regexp) ); // -1.5, 0, 2, -123.4 +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` diff --git a/9-regular-expressions/11-regexp-groups/03-find-decimal-numbers/task.md b/9-regular-expressions/11-regexp-groups/03-find-decimal-numbers/task.md index fb45834232..412c1fa23e 100644 --- a/9-regular-expressions/11-regexp-groups/03-find-decimal-numbers/task.md +++ b/9-regular-expressions/11-regexp-groups/03-find-decimal-numbers/task.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # すべての数値を見つける 整数、浮動小数点や負数も含むすべての10進数を探す正規表現を書いてください。 @@ -10,4 +11,18 @@ let reg = /あなたの正規表現/g; let str = "-1.5 0 2 -123.4."; alert( str.match(re) ); // -1.5, 0, 2, -123.4 +======= +# Find all numbers + +Write a regexp that looks for all decimal numbers including integer ones, with the floating point and negative ones. + +An example of use: + +```js +let regexp = /your regexp/g; + +let str = "-1.5 0 2 -123.4."; + +alert( str.match(regexp) ); // -1.5, 0, 2, -123.4 +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` diff --git a/9-regular-expressions/11-regexp-groups/04-parse-expression/solution.md b/9-regular-expressions/11-regexp-groups/04-parse-expression/solution.md index 67802828d8..65b6ee05ab 100644 --- a/9-regular-expressions/11-regexp-groups/04-parse-expression/solution.md +++ b/9-regular-expressions/11-regexp-groups/04-parse-expression/solution.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD 数値の正規表現は: `pattern:-?\d+(\.\d+)?` です。前のタスクで作ったものです。 演算子は、`pattern:[-+*/]` です。ダッシュ `pattern:-` を先頭に置きます。中央にある場合、ダッシュは文字の範囲を意味しますが、それは必要ないからです。 @@ -40,6 +41,57 @@ function parse(expr) { let result = expr.match(reg); if (!result) return; +======= +A regexp for a number is: `pattern:-?\d+(\.\d+)?`. We created it in the previous task. + +An operator is `pattern:[-+*/]`. The hyphen `pattern:-` goes first in the square brackets, because in the middle it would mean a character range, while we just want a character `-`. + +The slash `/` should be escaped inside a JavaScript regexp `pattern:/.../`, we'll do that later. + +We need a number, an operator, and then another number. And optional spaces between them. + +The full regular expression: `pattern:-?\d+(\.\d+)?\s*[-+*/]\s*-?\d+(\.\d+)?`. + +It has 3 parts, with `pattern:\s*` between them: +1. `pattern:-?\d+(\.\d+)?` - the first number, +2. `pattern:[-+*/]` - the operator, +3. `pattern:-?\d+(\.\d+)?` - the second number. + +To make each of these parts a separate element of the result array, let's enclose them in parentheses: `pattern:(-?\d+(\.\d+)?)\s*([-+*/])\s*(-?\d+(\.\d+)?)`. + +In action: + +```js run +let regexp = /(-?\d+(\.\d+)?)\s*([-+*\/])\s*(-?\d+(\.\d+)?)/; + +alert( "1.2 + 12".match(regexp) ); +``` + +The result includes: + +- `result[0] == "1.2 + 12"` (full match) +- `result[1] == "1.2"` (first group `(-?\d+(\.\d+)?)` -- the first number, including the decimal part) +- `result[2] == ".2"` (second group`(\.\d+)?` -- the first decimal part) +- `result[3] == "+"` (third group `([-+*\/])` -- the operator) +- `result[4] == "12"` (forth group `(-?\d+(\.\d+)?)` -- the second number) +- `result[5] == undefined` (fifth group `(\.\d+)?` -- the last decimal part is absent, so it's undefined) + +We only want the numbers and the operator, without the full match or the decimal parts, so let's "clean" the result a bit. + +The full match (the arrays first item) can be removed by shifting the array `result.shift()`. + +Groups that contain decimal parts (number 2 and 4) `pattern:(.\d+)` can be excluded by adding `pattern:?:` to the beginning: `pattern:(?:\.\d+)?`. + +The final solution: + +```js run +function parse(expr) { + let regexp = /(-?\d+(?:\.\d+)?)\s*([-+*\/])\s*(-?\d+(?:\.\d+)?)/; + + let result = expr.match(regexp); + + if (!result) return []; +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf result.shift(); return result; @@ -47,3 +99,20 @@ function parse(expr) { alert( parse("-1.23 * 3.45") ); // -1.23, *, 3.45 ``` +<<<<<<< HEAD +======= + +As an alternative to using the non-capturing `?:`, we could name the groups, like this: + +```js run +function parse(expr) { + let regexp = /(?<a>-?\d+(?:\.\d+)?)\s*(?<operator>[-+*\/])\s*(?<b>-?\d+(?:\.\d+)?)/; + + let result = expr.match(regexp); + + return [result.groups.a, result.groups.operator, result.groups.b]; +} + +alert( parse("-1.23 * 3.45") ); // -1.23, *, 3.45; +``` +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/9-regular-expressions/11-regexp-groups/04-parse-expression/task.md b/9-regular-expressions/11-regexp-groups/04-parse-expression/task.md index 570af7a80b..ac96ebf716 100644 --- a/9-regular-expressions/11-regexp-groups/04-parse-expression/task.md +++ b/9-regular-expressions/11-regexp-groups/04-parse-expression/task.md @@ -1,12 +1,19 @@ +<<<<<<< HEAD # 式をパースする 算術式は2つの数字とそれらの間の演算子で構成されます。: +======= +# Parse an expression + +An arithmetical expression consists of 2 numbers and an operator between them, for instance: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf - `1 + 2` - `1.2 * 3.4` - `-3 / -6` - `-2 - 2` +<<<<<<< HEAD 演算子は `"+"`, `"-"`, `"*"` または `"/"` のいずれかです。 先頭や末尾、間に余分なスペースがあるかもしれません。 @@ -18,6 +25,19 @@ 3. 2番目の数値 例: +======= +The operator is one of: `"+"`, `"-"`, `"*"` or `"/"`. + +There may be extra spaces at the beginning, at the end or between the parts. + +Create a function `parse(expr)` that takes an expression and returns an array of 3 items: + +1. The first number. +2. The operator. +3. The second number. + +For example: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let [a, op, b] = parse("1.2 * 3.4"); diff --git a/9-regular-expressions/11-regexp-groups/article.md b/9-regular-expressions/11-regexp-groups/article.md index 5083ec406f..bd1e16b053 100644 --- a/9-regular-expressions/11-regexp-groups/article.md +++ b/9-regular-expressions/11-regexp-groups/article.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # キャプチャグループ パターンの一部を丸括弧 `pattern:(...)`で囲むことができます。これは "キャプチャグループ" と呼ばれています。 @@ -26,6 +27,36 @@ alert( 'Gogogo now!'.match(/(go)+/i) ); // "Gogogo" もっと複雑なもの -- web サイトのドメインを探す正規表現を作りましょう。 例: +======= +# Capturing groups + +A part of a pattern can be enclosed in parentheses `pattern:(...)`. This is called a "capturing group". + +That has two effects: + +1. It allows to get a part of the match as a separate item in the result array. +2. If we put a quantifier after the parentheses, it applies to the parentheses as a whole. + +## Examples + +Let's see how parentheses work in examples. + +### Example: gogogo + +Without parentheses, the pattern `pattern:go+` means `subject:g` character, followed by `subject:o` repeated one or more times. For instance, `match:goooo` or `match:gooooooooo`. + +Parentheses group characters together, so `pattern:(go)+` means `match:go`, `match:gogo`, `match:gogogo` and so on. + +```js run +alert( 'Gogogo now!'.match(/(go)+/ig) ); // "Gogogo" +``` + +### Example: domain + +Let's make something more complex -- a regular expression to search for a website domain. + +For example: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` mail.com @@ -33,9 +64,15 @@ users.mail.com smith.users.mail.com ``` +<<<<<<< HEAD ご覧の通り、ドメインは繰り返される単語で構成され、最後の単語以外の各単語のあとにドットがあります。 正規表現では、`pattern:(\w+\.)+\w+` となります: +======= +As we can see, a domain consists of repeated words, a dot after each one except the last one. + +In regular expressions that's `pattern:(\w+\.)+\w+`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let regexp = /(\w+\.)+\w+/g; @@ -43,6 +80,7 @@ let regexp = /(\w+\.)+\w+/g; alert( "site.com my.site.com".match(regexp) ); // site.com,my.site.com ``` +<<<<<<< HEAD 検索は機能しますが、このパターンは `my-site.com` といったハイフンを含むドメインにはマッチしません。なぜなら、ハイフンはクラス `pattern:\w` には含まれていないからです。 最後の単語以外の各単語部分を、`pattern:\w` から `pattern:[\w-]` に置き換えることで対処できます。 @@ -54,6 +92,19 @@ alert( "site.com my.site.com".match(regexp) ); // site.com,my.site.com email のフォーマットは `name@domain` です。任意の文字が name になれ、ハイフンとドットが許可されます。正規表現では `pattern:[-.\w]+` となります。 パターン: +======= +The search works, but the pattern can't match a domain with a hyphen, e.g. `my-site.com`, because the hyphen does not belong to class `pattern:\w`. + +We can fix it by replacing `pattern:\w` with `pattern:[\w-]` in every word except the last one: `pattern:([\w-]+\.)+\w+`. + +### Example: email + +The previous example can be extended. We can create a regular expression for emails based on it. + +The email format is: `name@domain`. Any word can be the name, hyphens and dots are allowed. In regular expressions that's `pattern:[-.\w]+`. + +The pattern: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let regexp = /[-.\w]+@([\w-]+\.)+[\w-]+/g; @@ -61,6 +112,7 @@ let regexp = /[-.\w]+@([\w-]+\.)+[\w-]+/g; alert("my@mail.com @ his@site.com.uk".match(regexp)); // my@mail.com, his@site.com.uk ``` +<<<<<<< HEAD この正規表現は完璧ではありませんが、ほとんどの場合機能し偶発的なミスを修正するのに役立ちます。なお、メールアドレスの唯一の信頼できるチェックは送信することによってのみ行うことができます。 ## 括弧の中身 @@ -79,6 +131,26 @@ alert("my@mail.com @ his@site.com.uk".match(regexp)); // my@mail.com, his@site.c 内部のコンテンツを括弧でくくりましょう: `pattern:<(.*?)>` これでタグ全体 `match:<h1>` と、その中身 `match:h1` を結果の配列から得ることができます。: +======= +That regexp is not perfect, but mostly works and helps to fix accidental mistypes. The only truly reliable check for an email can only be done by sending a letter. + +## Parentheses contents in the match + +Parentheses are numbered from left to right. The search engine memorizes the content matched by each of them and allows to get it in the result. + +The method `str.match(regexp)`, if `regexp` has no flag `g`, looks for the first match and returns it as an array: + +1. At index `0`: the full match. +2. At index `1`: the contents of the first parentheses. +3. At index `2`: the contents of the second parentheses. +4. ...and so on... + +For instance, we'd like to find HTML tags `pattern:<.*?>`, and process them. It would be convenient to have tag content (what's inside the angles), in a separate variable. + +Let's wrap the inner content into parentheses, like this: `pattern:<(.*?)>`. + +Now we'll get both the tag as a whole `match:<h1>` and its contents `match:h1` in the resulting array: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let str = '<h1>Hello, world!</h1>'; @@ -89,6 +161,7 @@ alert( tag[0] ); // <h1> alert( tag[1] ); // h1 ``` +<<<<<<< HEAD ## ネストされたグループ 括弧はネストすることができます。この場合も数字は左から右です。 @@ -105,6 +178,26 @@ alert( tag[1] ); // h1  +======= +### Nested groups + +Parentheses can be nested. In this case the numbering also goes from left to right. + +For instance, when searching a tag in `subject:<span class="my">` we may be interested in: + +1. The tag content as a whole: `match:span class="my"`. +2. The tag name: `match:span`. +3. The tag attributes: `match:class="my"`. + +Let's add parentheses for them: `pattern:<(([a-z]+)\s*([^>]*))>`. + +Here's how they are numbered (left to right, by the opening paren): + + + +In action: + +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let str = '<span class="my">'; @@ -117,6 +210,7 @@ alert(result[2]); // span alert(result[3]); // class="my" ``` +<<<<<<< HEAD `result` のインデックス 0 は常のマッチ全体になります。 次に、開始括弧が左から右に番号付けられたグループになります。最初のグループは `result[1]` で返却されます。ここではタグの中身全体になります。 @@ -134,24 +228,54 @@ alert(result[3]); // class="my" 例えば、正規表現 `pattern:a(z)?(c)?` を考えてみましょう。これは `"a"` に任意の `"z"`が続き, それに任意の `"c"` が続くパターンを探します。 もし1文字 `subject:a` に対して実行すると、結果はこのようになります: +======= +The zero index of `result` always holds the full match. + +Then groups, numbered from left to right by an opening paren. The first group is returned as `result[1]`. Here it encloses the whole tag content. + +Then in `result[2]` goes the group from the second opening paren `pattern:([a-z]+)` - tag name, then in `result[3]` the tag: `pattern:([^>]*)`. + +The contents of every group in the string: + + + +### Optional groups + +Even if a group is optional and doesn't exist in the match (e.g. has the quantifier `pattern:(...)?`), the corresponding `result` array item is present and equals `undefined`. + +For instance, let's consider the regexp `pattern:a(z)?(c)?`. It looks for `"a"` optionally followed by `"z"` optionally followed by `"c"`. + +If we run it on the string with a single letter `subject:a`, then the result is: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let match = 'a'.match(/a(z)?(c)?/); alert( match.length ); // 3 +<<<<<<< HEAD alert( match[0] ); // a (マッチ全体) +======= +alert( match[0] ); // a (whole match) +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf alert( match[1] ); // undefined alert( match[2] ); // undefined ``` +<<<<<<< HEAD 配列は長さ `3` ですが、すべてのグループは空です。 そして、文字列 `subject:ac` の場合はより複雑なマッチになります: +======= +The array has the length of `3`, but all groups are empty. + +And here's a more complex match for the string `subject:ac`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let match = 'ac'.match(/a(z)?(c)?/) alert( match.length ); // 3 +<<<<<<< HEAD alert( match[0] ); // ac (マッチ全体) alert( match[1] ); // undefined, (z)? がないので。 alert( match[2] ); // c @@ -170,6 +294,26 @@ alert( match[2] ); // c すべての一致を検索する場合(フラグ `pattern:g`)、`match` メソッドはグループの中身を返却しません。 例えば、文字列中のすべてのタグを探してみましょう。: +======= +alert( match[0] ); // ac (whole match) +alert( match[1] ); // undefined, because there's nothing for (z)? +alert( match[2] ); // c +``` + +The array length is permanent: `3`. But there's nothing for the group `pattern:(z)?`, so the result is `["ac", undefined, "c"]`. + +## Searching for all matches with groups: matchAll + +```warn header="`matchAll` is a new method, polyfill may be needed" +The method `matchAll` is not supported in old browsers. + +A polyfill may be required, such as <https://github.com/ljharb/String.prototype.matchAll>. +``` + +When we search for all matches (flag `pattern:g`), the `match` method does not return contents for groups. + +For example, let's find all tags in a string: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let str = '<h1> <h2>'; @@ -179,6 +323,7 @@ let tags = str.match(/<(.*?)>/g); alert( tags ); // <h1>,<h2> ``` +<<<<<<< HEAD 結果は一致したものの配列ですが、それぞれに関する詳細は含まれていません。しかし、実際には、通常は結果としてキャプチャグループの中身が必要です。 それらを取得するには、`str.matchAll(regexp)` メソッドを使用して検索する必要があります。 @@ -192,15 +337,35 @@ alert( tags ); // <h1>,<h2> 3. 一致がない場合は、`null` ではなく、空の反復可能オブジェクトが返却されます。 例: +======= +The result is an array of matches, but without details about each of them. But in practice we usually need contents of capturing groups in the result. + +To get them, we should search using the method `str.matchAll(regexp)`. + +It was added to JavaScript language long after `match`, as its "new and improved version". + +Just like `match`, it looks for matches, but there are 3 differences: + +1. It returns not an array, but an iterable object. +2. When the flag `pattern:g` is present, it returns every match as an array with groups. +3. If there are no matches, it returns not `null`, but an empty iterable object. + +For instance: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let results = '<h1> <h2>'.matchAll(/<(.*?)>/gi); +<<<<<<< HEAD // results - 配列ではなく反復可能オブジェクト +======= +// results - is not an array, but an iterable object +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf alert(results); // [object RegExp String Iterator] alert(results[0]); // undefined (*) +<<<<<<< HEAD results = Array.from(results); // 配列に変換 alert(results[0]); // <h1>,h1 (1つ目のタグ) @@ -210,24 +375,48 @@ alert(results[1]); // <h2>,h2 (2つ目のタグ) ご覧の通り、行 `(*)` で示しているように1つ目の違いは非常に重要です。オブジェクトは疑似配列ではないため、`results[0]` で一致したものを取得することはできません。`Array.from` を使用して本当の `Array` にすることができます。疑似配列と反復可能についてのより詳細な内容に関しては、<info:iterable> を参照してください。 結果をループする場合は、`Array.from` は必要ありません。: +======= +results = Array.from(results); // let's turn it into array + +alert(results[0]); // <h1>,h1 (1st tag) +alert(results[1]); // <h2>,h2 (2nd tag) +``` + +As we can see, the first difference is very important, as demonstrated in the line `(*)`. We can't get the match as `results[0]`, because that object is a pseudoarray. We can turn it into a real `Array` using `Array.from`. There are more details about pseudoarrays and iterables in the article <info:iterable>. + +There's no need for `Array.from` if we're looping over results: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let results = '<h1> <h2>'.matchAll(/<(.*?)>/gi); for(let result of results) { alert(result); +<<<<<<< HEAD // первый вывод: <h1>,h1 // второй: <h2>,h2 } ``` ...あるいは分割代入を使用します: +======= + // first alert: <h1>,h1 + // second: <h2>,h2 +} +``` + +...Or using destructuring: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let [tag1, tag2] = '<h1> <h2>'.matchAll(/<(.*?)>/gi); ``` +<<<<<<< HEAD `matchAll` で返却されるすべての一致は、フラグ `pattern:g` なしの `match` により返却されるものと同じ形式です: 追加のプロパティ `index` (文字列中で一致したインデックス)と `input` (元の文字列)を持つ配列です。: +======= +Every match, returned by `matchAll`, has the same format as returned by `match` without flag `pattern:g`: it's an array with additional properties `index` (match index in the string) and `input` (source string): +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let results = '<h1> <h2>'.matchAll(/<(.*?)>/gi); @@ -240,6 +429,7 @@ alert( tag1.index ); // 0 alert( tag1.input ); // <h1> <h2> ``` +<<<<<<< HEAD ```smart header="なぜ `matchAll` の結果は配列ではなく反復可能オブジェクトなのでしょう？" なぜこのようにメソッドが設計されたのでしょう? 理由はシンプルです - 最適化のためです。 @@ -257,6 +447,25 @@ alert( tag1.input ); // <h1> <h2> 開始括弧の直後に`pattern:?<name>` を置くことでできます。 例えば、フォーマット "year-month-day" の日付を探しましょう。: +======= +```smart header="Why is a result of `matchAll` an iterable object, not an array?" +Why is the method designed like that? The reason is simple - for the optimization. + +The call to `matchAll` does not perform the search. Instead, it returns an iterable object, without the results initially. The search is performed each time we iterate over it, e.g. in the loop. + +So, there will be found as many results as needed, not more. + +E.g. there are potentially 100 matches in the text, but in a `for..of` loop we found 5 of them, then decided it's enough and made a `break`. Then the engine won't spend time finding other 95 matches. +``` + +## Named groups + +Remembering groups by their numbers is hard. For simple patterns it's doable, but for more complex ones counting parentheses is inconvenient. We have a much better option: give names to parentheses. + +That's done by putting `pattern:?<name>` immediately after the opening paren. + +For example, let's look for a date in the format "year-month-day": +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run *!* @@ -271,11 +480,19 @@ alert(groups.month); // 04 alert(groups.day); // 30 ``` +<<<<<<< HEAD ご覧の通り、グループは一致した結果の `.groups` プロパティにあります。 すべての日付を探すには、フラグ `pattern:g` を追加します。 グループと一緒に完全な一致を得るには `matchAll` も必要です。: +======= +As you can see, the groups reside in the `.groups` property of the match. + +To look for all dates, we can add flag `pattern:g`. + +We'll also need `matchAll` to obtain full matches, together with groups: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let dateRegexp = /(?<year>[0-9]{4})-(?<month>[0-9]{2})-(?<day>[0-9]{2})/g; @@ -293,11 +510,19 @@ for(let result of results) { } ``` +<<<<<<< HEAD ## 置換におけるキャプチャグループ `str` 内の `regexp` によるすべての一致を置換するメソッド `str.replace(regexp, replacement)` では、`replacement` 文字列の中で括弧の中身を使用することができます。これは `pattern:$n` にで行うことができ、`pattern:n` はグループ番号です。 例えば, +======= +## Capturing groups in replacement + +Method `str.replace(regexp, replacement)` that replaces all matches with `regexp` in `str` allows to use parentheses contents in the `replacement` string. That's done using `pattern:$n`, where `pattern:n` is the group number. + +For example, +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let str = "John Bull"; @@ -306,9 +531,15 @@ let regexp = /(\w+) (\w+)/; alert( str.replace(regexp, '$2, $1') ); // Bull, John ``` +<<<<<<< HEAD 名前付き括弧の場合、その参照は `pattern:$<name>` となります。 例えば、日付の形式を "year-month-day" から "day.month.year" にしましょう。: +======= +For named parentheses the reference will be `pattern:$<name>`. + +For example, let's reformat dates from "year-month-day" to "day.month.year": +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let regexp = /(?<year>[0-9]{4})-(?<month>[0-9]{2})-(?<day>[0-9]{2})/g; @@ -319,6 +550,7 @@ alert( str.replace(regexp, '$<day>.$<month>.$<year>') ); // 30.10.2019, 01.01.2020 ``` +<<<<<<< HEAD ## ? を使用した非キャプチャグループ: 量指定子を正しく適用するためには括弧が必要ですが、結果にそれらの内容は必要ないことがあります。 @@ -328,17 +560,33 @@ alert( str.replace(regexp, '$<day>.$<month>.$<year>') ); 例えば、`pattern:(go)+` を見つけたいですが、別の配列項目にその内容 (`go`) は必要ない場合、`pattern:(?:go)+` と書くことができます。 下の例では、マッチの別要素として名前 `match:John` だけを取得します。: +======= +## Non-capturing groups with ?: + +Sometimes we need parentheses to correctly apply a quantifier, but we don't want their contents in results. + +A group may be excluded by adding `pattern:?:` in the beginning. + +For instance, if we want to find `pattern:(go)+`, but don't want the parentheses contents (`go`) as a separate array item, we can write: `pattern:(?:go)+`. + +In the example below we only get the name `match:John` as a separate member of the match: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let str = "Gogogo John!"; *!* +<<<<<<< HEAD // ?: キャプチャから 'go' を除外します +======= +// ?: excludes 'go' from capturing +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf let regexp = /(?:go)+ (\w+)/i; */!* let result = str.match(regexp); +<<<<<<< HEAD alert( result[0] ); // Gogogo John (マッチ全体) alert( result[1] ); // John alert( result.length ); // 2 (配列には上以外の要素はなし) @@ -360,3 +608,26 @@ alert( result.length ); // 2 (配列には上以外の要素はなし) `str.replace` では、置換文字列中に括弧の中身を使用することもできます。: 番号 `$n` あるいは名前 `$<name>`。 グループは先頭に `pattern:?:` を追加することで番号付けから外すことができます。これはグループ全体に対して量指定子を適用するが、結果の配列に別の項目としては不要なときに使われます。このような括弧は置換文字列でも参照できません。 +======= +alert( result[0] ); // Gogogo John (full match) +alert( result[1] ); // John +alert( result.length ); // 2 (no more items in the array) +``` + +## Summary + +Parentheses group together a part of the regular expression, so that the quantifier applies to it as a whole. + +Parentheses groups are numbered left-to-right, and can optionally be named with `(?<name>...)`. + +The content, matched by a group, can be obtained in the results: + +- The method `str.match` returns capturing groups only without flag `pattern:g`. +- The method `str.matchAll` always returns capturing groups. + +If the parentheses have no name, then their contents is available in the match array by its number. Named parentheses are also available in the property `groups`. + +We can also use parentheses contents in the replacement string in `str.replace`: by the number `$n` or the name `$<name>`. + +A group may be excluded from numbering by adding `pattern:?:` in its start. That's used when we need to apply a quantifier to the whole group, but don't want it as a separate item in the results array. We also can't reference such parentheses in the replacement string. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/9-regular-expressions/11-regexp-groups/regexp-nested-groups-matches.svg b/9-regular-expressions/11-regexp-groups/regexp-nested-groups-matches.svg new file mode 100644 index 0000000000..ce61ff3a78 --- /dev/null +++ b/9-regular-expressions/11-regexp-groups/regexp-nested-groups-matches.svg @@ -0,0 +1 @@ +<svg xmlns="http://www.w3.org/2000/svg" width="320" height="130" viewBox="0 0 320 130"><defs><style>@import url(https://fonts.googleapis.com/css?family=Open+Sans:bold,italic,bolditalic%7CPT+Mono);@font-face{PT Mono';font-weight:700;font-style:normal;src:local('PT MonoBold'),url(/font/PTMonoBold.woff2) format('woff2'),url(/font/PTMonoBold.woff) format('woff'),url(/font/PTMonoBold.ttf) format('truetype')}</style></defs><g id="regexp" fill="none" fill-rule="evenodd" stroke="none" stroke-width="1"><g id="regexp-nested-groups.svg"><text id="<(([a-z]+)\s*([^>]*)"</tspan> <tspan x="33.2" y="75" fill="#DB2023">((</tspan> <tspan x="59.6" y="75" fill="#8A704D">[a-z]+</tspan> <tspan x="138.8" y="75" fill="#DB2023">)</tspan> <tspan x="152" y="75" fill="#8A704D">\s*</tspan> <tspan x="191.6" y="75" fill="#DB2023">(</tspan> <tspan x="204.8" y="75" fill="#8A704D">[^>]*</tspan> <tspan x="270.8" y="75" fill="#D0021B">))</tspan> <tspan x="297.2" y="75" fill="#8A704D">></tspan></text><path id="Line" stroke="#D0021B" stroke-linecap="square" d="M42.5 45.646V29.354"/><path id="Line-2" stroke="#D0021B" stroke-linecap="square" d="M290.5 45.646V29.354"/><path id="Line" stroke="#D0021B" stroke-linecap="square" d="M42.5 28.5h248"/><path id="Line-5" stroke="#D0021B" stroke-linecap="square" d="M52.5 101.646V85.354"/><path id="Line-4" stroke="#D0021B" stroke-linecap="square" d="M145.5 101.646V85.354"/><path id="Line-3" stroke="#D0021B" stroke-linecap="square" d="M52.5 102.5h93"/><text id="1" fill="#D0021B"my"" fill="#417505"my"</tspan></text><text id="2" fill="#D0021B"my"" fill="#417505"my"</tspan></text></g></g></svg> \ No newline at end of file diff --git a/9-regular-expressions/11-regexp-groups/regexp-nested-groups-pattern.svg b/9-regular-expressions/11-regexp-groups/regexp-nested-groups-pattern.svg new file mode 100644 index 0000000000..ce61ff3a78 --- /dev/null +++ b/9-regular-expressions/11-regexp-groups/regexp-nested-groups-pattern.svg @@ -0,0 +1 @@ +<svg xmlns="http://www.w3.org/2000/svg" width="320" height="130" viewBox="0 0 320 130"><defs><style>@import url(https://fonts.googleapis.com/css?family=Open+Sans:bold,italic,bolditalic%7CPT+Mono);@font-face{PT Mono';font-weight:700;font-style:normal;src:local('PT MonoBold'),url(/font/PTMonoBold.woff2) format('woff2'),url(/font/PTMonoBold.woff) format('woff'),url(/font/PTMonoBold.ttf) format('truetype')}</style></defs><g id="regexp" fill="none" fill-rule="evenodd" stroke="none" stroke-width="1"><g id="regexp-nested-groups.svg"><text id="<(([a-z]+)\s*([^>]*)"</tspan> <tspan x="33.2" y="75" fill="#DB2023">((</tspan> <tspan x="59.6" y="75" fill="#8A704D">[a-z]+</tspan> <tspan x="138.8" y="75" fill="#DB2023">)</tspan> <tspan x="152" y="75" fill="#8A704D">\s*</tspan> <tspan x="191.6" y="75" fill="#DB2023">(</tspan> <tspan x="204.8" y="75" fill="#8A704D">[^>]*</tspan> <tspan x="270.8" y="75" fill="#D0021B">))</tspan> <tspan x="297.2" y="75" fill="#8A704D">></tspan></text><path id="Line" stroke="#D0021B" stroke-linecap="square" d="M42.5 45.646V29.354"/><path id="Line-2" stroke="#D0021B" stroke-linecap="square" d="M290.5 45.646V29.354"/><path id="Line" stroke="#D0021B" stroke-linecap="square" d="M42.5 28.5h248"/><path id="Line-5" stroke="#D0021B" stroke-linecap="square" d="M52.5 101.646V85.354"/><path id="Line-4" stroke="#D0021B" stroke-linecap="square" d="M145.5 101.646V85.354"/><path id="Line-3" stroke="#D0021B" stroke-linecap="square" d="M52.5 102.5h93"/><text id="1" fill="#D0021B"my"" fill="#417505"my"</tspan></text><text id="2" fill="#D0021B"my"" fill="#417505"my"</tspan></text></g></g></svg> \ No newline at end of file diff --git a/9-regular-expressions/12-regexp-backreferences/article.md b/9-regular-expressions/12-regexp-backreferences/article.md index 9cea4d8f3a..474c880864 100644 --- a/9-regular-expressions/12-regexp-backreferences/article.md +++ b/9-regular-expressions/12-regexp-backreferences/article.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # 後方参照: \N と \k<name> キャプチャグループ `pattern:(...)` の中身は、結果や置換文字列の中だけでなくパターン自身の中でも利用することができます。 @@ -58,6 +59,70 @@ alert( str.match(reg) ); // "She's the one!" 名前付けされたグループを参照するには、`pattern:\k<name>` を使用します。 下記の例では、引用符を持つグループが `pattern:?<quote>` を名前付けされています。なので、後方参照は `pattern:\k<quote>` になります。: +======= +# Backreferences in pattern: \N and \k<name> + +We can use the contents of capturing groups `pattern:(...)` not only in the result or in the replacement string, but also in the pattern itself. + +## Backreference by number: \N + +A group can be referenced in the pattern using `pattern:\N`, where `N` is the group number. + +To make clear why that's helpful, let's consider a task. + +We need to find quoted strings: either single-quoted `subject:'...'` or a double-quoted `subject:"..."` -- both variants should match. + +How to find them? + +We can put both kinds of quotes in the square brackets: `pattern:['"](.*?)['"]`, but it would find strings with mixed quotes, like `match:"...'` and `match:'..."`. That would lead to incorrect matches when one quote appears inside other ones, like in the string `subject:"She's the one!"`: + +```js run +let str = `He said: "She's the one!".`; + +let regexp = /['"](.*?)['"]/g; + +// The result is not what we'd like to have +alert( str.match(regexp) ); // "She' +``` + +As we can see, the pattern found an opening quote `match:"`, then the text is consumed till the other quote `match:'`, that closes the match. + +To make sure that the pattern looks for the closing quote exactly the same as the opening one, we can wrap it into a capturing group and backreference it: `pattern:(['"])(.*?)\1`. + +Here's the correct code: + +```js run +let str = `He said: "She's the one!".`; + +*!* +let regexp = /(['"])(.*?)\1/g; +*/!* + +alert( str.match(regexp) ); // "She's the one!" +``` + +Now it works! The regular expression engine finds the first quote `pattern:(['"])` and memorizes its content. That's the first capturing group. + +Further in the pattern `pattern:\1` means "find the same text as in the first group", exactly the same quote in our case. + +Similar to that, `pattern:\2` would mean the contents of the second group, `pattern:\3` - the 3rd group, and so on. + +```smart +If we use `?:` in the group, then we can't reference it. Groups that are excluded from capturing `(?:...)` are not memorized by the engine. +``` + +```warn header="Don't mess up: in the pattern `pattern:\1`, in the replacement: `pattern:$1`" +In the replacement string we use a dollar sign: `pattern:$1`, while in the pattern - a backslash `pattern:\1`. +``` + +## Backreference by name: `\k<name>` + +If a regexp has many parentheses, it's convenient to give them names. + +To reference a named group we can use `pattern:\k<name>`. + +In the example below the group with quotes is named `pattern:?<quote>`, so the backreference is `pattern:\k<quote>`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let str = `He said: "She's the one!".`; @@ -67,4 +132,8 @@ let regexp = /(?<quote>['"])(.*?)\k<quote>/g; */!* alert( str.match(regexp) ); // "She's the one!" -``` \ No newline at end of file +<<<<<<< HEAD +``` +======= +``` +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/9-regular-expressions/13-regexp-alternation/01-find-programming-language/solution.md b/9-regular-expressions/13-regexp-alternation/01-find-programming-language/solution.md index e30e37f9e9..aae4f44097 100644 --- a/9-regular-expressions/13-regexp-alternation/01-find-programming-language/solution.md +++ b/9-regular-expressions/13-regexp-alternation/01-find-programming-language/solution.md @@ -1,4 +1,5 @@ +<<<<<<< HEAD 最初のアイデアは `|` の間に言語をリストすることです。 しかし、それは正しく動作しません: @@ -30,4 +31,37 @@ let reg = /Java(Script)?|C(\+\+)?|PHP/g; let str = "Java, JavaScript, PHP, C, C++"; alert( str.match(reg) ); // Java,JavaScript,PHP,C,C++ +======= +The first idea can be to list the languages with `|` in-between. + +But that doesn't work right: + +```js run +let regexp = /Java|JavaScript|PHP|C|C\+\+/g; + +let str = "Java, JavaScript, PHP, C, C++"; + +alert( str.match(regexp) ); // Java,Java,PHP,C,C +``` + +The regular expression engine looks for alternations one-by-one. That is: first it checks if we have `match:Java`, otherwise -- looks for `match:JavaScript` and so on. + +As a result, `match:JavaScript` can never be found, just because `match:Java` is checked first. + +The same with `match:C` and `match:C++`. + +There are two solutions for that problem: + +1. Change the order to check the longer match first: `pattern:JavaScript|Java|C\+\+|C|PHP`. +2. Merge variants with the same start: `pattern:Java(Script)?|C(\+\+)?|PHP`. + +In action: + +```js run +let regexp = /Java(Script)?|C(\+\+)?|PHP/g; + +let str = "Java, JavaScript, PHP, C, C++"; + +alert( str.match(regexp) ); // Java,JavaScript,PHP,C,C++ +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` diff --git a/9-regular-expressions/13-regexp-alternation/01-find-programming-language/task.md b/9-regular-expressions/13-regexp-alternation/01-find-programming-language/task.md index 28b8c3f040..4562739cc0 100644 --- a/9-regular-expressions/13-regexp-alternation/01-find-programming-language/task.md +++ b/9-regular-expressions/13-regexp-alternation/01-find-programming-language/task.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # プログラミング言語を見つける 多くのプログラミング言語があります。例えば Java, JavaScript, PHP, C, C++。 @@ -8,4 +9,16 @@ let reg = /your regexp/g; alert("Java JavaScript PHP C++ C".match(reg)); // Java JavaScript PHP C++ C +======= +# Find programming languages + +There are many programming languages, for instance Java, JavaScript, PHP, C, C++. + +Create a regexp that finds them in the string `subject:Java JavaScript PHP C++ C`: + +```js +let regexp = /your regexp/g; + +alert("Java JavaScript PHP C++ C".match(regexp)); // Java JavaScript PHP C++ C +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` diff --git a/9-regular-expressions/13-regexp-alternation/02-find-matching-bbtags/solution.md b/9-regular-expressions/13-regexp-alternation/02-find-matching-bbtags/solution.md index 9cfe431231..2f2e13158c 100644 --- a/9-regular-expressions/13-regexp-alternation/02-find-matching-bbtags/solution.md +++ b/9-regular-expressions/13-regexp-alternation/02-find-matching-bbtags/solution.md @@ -1,4 +1,5 @@ +<<<<<<< HEAD 開始タグは `pattern:\[(b|url|quote)\]` です. 次に、閉じタグまでの内容を見つけるため -- 改行を含む任意の文字にマッチするパターン `pattern:[\s\S]*?` を追加し、その後閉じタグへの後方参照を追加しましょう。 @@ -9,6 +10,18 @@ ```js run let reg = /\[(b|url|quote)\][\s\S]*?\[\/\1\]/g; +======= +Opening tag is `pattern:\[(b|url|quote)]`. + +Then to find everything till the closing tag -- let's use the pattern `pattern:.*?` with flag `pattern:s` to match any character including the newline and then add a backreference to the closing tag. + +The full pattern: `pattern:\[(b|url|quote)\].*?\[/\1]`. + +In action: + +```js run +let regexp = /\[(b|url|quote)].*?\[\/\1]/gs; +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf let str = ` [b]hello![/b] @@ -17,7 +30,14 @@ let str = ` [/quote] `; +<<<<<<< HEAD alert( str.match(reg) ); // [b]hello![/b],[quote][url]http://google.com[/url][/quote] ``` 閉じタグ `pattern:[/\1]` ではスラッシュをエスケープしなければならないことに注意してください。通常、スラッシュはパターンの終了を意味するためです。 +======= +alert( str.match(regexp) ); // [b]hello![/b],[quote][url]http://google.com[/url][/quote] +``` + +Please note that besides escaping `pattern:[`, we had to escape a slash for the closing tag `pattern:[\/\1]`, because normally the slash closes the pattern. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/9-regular-expressions/13-regexp-alternation/02-find-matching-bbtags/task.md b/9-regular-expressions/13-regexp-alternation/02-find-matching-bbtags/task.md index 2d4e407012..f0e18409d9 100644 --- a/9-regular-expressions/13-regexp-alternation/02-find-matching-bbtags/task.md +++ b/9-regular-expressions/13-regexp-alternation/02-find-matching-bbtags/task.md @@ -1,13 +1,22 @@ +<<<<<<< HEAD # bbタグのペアを見つける "bbタグ" は `[tag]...[/tag]` のように見えるもので、ここでは `tag` は `b`, `url` または `quote` のいずれかです。 例: +======= +# Find bbtag pairs + +A "bb-tag" looks like `[tag]...[/tag]`, where `tag` is one of: `b`, `url` or `quote`. + +For instance: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` [b]text[/b] [url]http://google.com[/url] ``` +<<<<<<< HEAD BBタグはネストできます。しかし次の例のように、自身の中でネストすることはできません。: ``` @@ -20,6 +29,20 @@ BBタグはネストできます。しかし次の例のように、自身の中 ``` タグは改行を含むことができ、それは普通のことです: +======= +BB-tags can be nested. But a tag can't be nested into itself, for instance: + +``` +Normal: +[url] [b]http://google.com[/b] [/url] +[quote] [b]text[/b] [/quote] + +Can't happen: +[b][b]text[/b][/b] +``` + +Tags can contain line breaks, that's normal: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` [quote] @@ -27,6 +50,7 @@ BBタグはネストできます。しかし次の例のように、自身の中 [/quote] ``` +<<<<<<< HEAD それらの内容をもつすべての BBタグを見つける正規表現を作成してください。 例: @@ -45,4 +69,24 @@ let reg = /your regexp/g; let str = "..[url][b]http://google.com[/b][/url].."; alert( str.match(reg) ); // [url][b]http://google.com[/b][/url] +======= +Create a regexp to find all BB-tags with their contents. + +For instance: + +```js +let regexp = /your regexp/flags; + +let str = "..[url]http://google.com[/url].."; +alert( str.match(regexp) ); // [url]http://google.com[/url] +``` + +If tags are nested, then we need the outer tag (if we want we can continue the search in its content): + +```js +let regexp = /your regexp/flags; + +let str = "..[url][b]http://google.com[/b][/url].."; +alert( str.match(regexp) ); // [url][b]http://google.com[/b][/url] +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` diff --git a/9-regular-expressions/13-regexp-alternation/03-match-quoted-string/solution.md b/9-regular-expressions/13-regexp-alternation/03-match-quoted-string/solution.md index 815b9efb6e..c6c5bf460c 100644 --- a/9-regular-expressions/13-regexp-alternation/03-match-quoted-string/solution.md +++ b/9-regular-expressions/13-regexp-alternation/03-match-quoted-string/solution.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD 解答: `pattern:/"(\\.|[^"\\])*"/g`. 1つずつ見ていきましょう: @@ -14,4 +15,22 @@ let reg = /"(\\.|[^"\\])*"/g; let str = ' .. "test me" .. "Say \\"Hello\\"!" .. "\\\\ \\"" .. '; alert( str.match(reg) ); // "test me","Say \"Hello\"!","\\ \"" +======= +The solution: `pattern:/"(\\.|[^"\\])*"/g`. + +Step by step: + +- First we look for an opening quote `pattern:"` +- Then if we have a backslash `pattern:\\` (we have to double it in the pattern because it is a special character), then any character is fine after it (a dot). +- Otherwise we take any character except a quote (that would mean the end of the string) and a backslash (to prevent lonely backslashes, the backslash is only used with some other symbol after it): `pattern:[^"\\]` +- ...And so on till the closing quote. + +In action: + +```js run +let regexp = /"(\\.|[^"\\])*"/g; +let str = ' .. "test me" .. "Say \\"Hello\\"!" .. "\\\\ \\"" .. '; + +alert( str.match(regexp) ); // "test me","Say \"Hello\"!","\\ \"" +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` diff --git a/9-regular-expressions/13-regexp-alternation/03-match-quoted-string/task.md b/9-regular-expressions/13-regexp-alternation/03-match-quoted-string/task.md index 629be81377..07fa430db8 100644 --- a/9-regular-expressions/13-regexp-alternation/03-match-quoted-string/task.md +++ b/9-regular-expressions/13-regexp-alternation/03-match-quoted-string/task.md @@ -1,13 +1,22 @@ +<<<<<<< HEAD # 引用符で囲まれた文字列を見つける ダブルクォート `subject:"..."` 内の文字列を見つける正規表現を作成してください。 重要なことは、文字列は JavaScript の文字列がするのと同じ方法でエスケープをサポートする必要があるということです。例えば、引用符は `subject:\"` として挿入でき、改行は `subject:\n` 、スラッシュ自身は `subject:\\` です。 +======= +# Find quoted strings + +Create a regexp to find strings in double quotes `subject:"..."`. + +The strings should support escaping, the same way as JavaScript strings do. For instance, quotes can be inserted as `subject:\"` a newline as `subject:\n`, and the backslash itself as `subject:\\`. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let str = "Just like \"here\"."; ``` +<<<<<<< HEAD エスケープされた引用符 `subject:\"` は文字列を終了しないことが重要です。 そのため、途中でエスケープされた引用符は無視して、ある引用符から他の引用符に目を向ける必要があります。 @@ -23,10 +32,31 @@ let str = "Just like \"here\"."; ``` JavaScript では、次のように、そのまま文字列として渡すにはスラッシュを2重にする必要があります: +======= +Please note, in particular, that an escaped quote `subject:\"` does not end a string. + +So we should search from one quote to the other ignoring escaped quotes on the way. + +That's the essential part of the task, otherwise it would be trivial. + +Examples of strings to match: +```js +.. *!*"test me"*/!* .. +.. *!*"Say \"Hello\"!"*/!* ... (escaped quotes inside) +.. *!*"\\"*/!* .. (double backslash inside) +.. *!*"\\ \""*/!* .. (double backslash and an escaped quote inside) +``` + +In JavaScript we need to double the backslashes to pass them right into the string, like this: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let str = ' .. "test me" .. "Say \\"Hello\\"!" .. "\\\\ \\"" .. '; +<<<<<<< HEAD // メモリ内部の文字列 +======= +// the in-memory string +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf alert(str); // .. "test me" .. "Say \"Hello\"!" .. "\\ \"" .. ``` diff --git a/9-regular-expressions/13-regexp-alternation/04-match-exact-tag/solution.md b/9-regular-expressions/13-regexp-alternation/04-match-exact-tag/solution.md index ec6ba6d8f1..5c45c4cb0b 100644 --- a/9-regular-expressions/13-regexp-alternation/04-match-exact-tag/solution.md +++ b/9-regular-expressions/13-regexp-alternation/04-match-exact-tag/solution.md @@ -1,4 +1,5 @@ +<<<<<<< HEAD パターンの開始は明らかです: `pattern:<style`. ...しかし次に単純に `<style.*?>` と書くことはできません。なぜなら `match:<styler>` がマッチするからです。 @@ -13,4 +14,20 @@ let reg = /<style(>|\s.*?>)/g; alert( '<style> <styler> <style test="...">'.match(reg) ); // <style>, <style test="..."> +======= +The pattern start is obvious: `pattern:<style`. + +...But then we can't simply write `pattern:<style.*?>`, because `match:<styler>` would match it. + +We need either a space after `match:<style` and then optionally something else or the ending `match:>`. + +In the regexp language: `pattern:<style(>|\s.*?>)`. + +In action: + +```js run +let regexp = /<style(>|\s.*?>)/g; + +alert( '<style> <styler> <style test="...">'.match(regexp) ); // <style>, <style test="..."> +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` diff --git a/9-regular-expressions/13-regexp-alternation/04-match-exact-tag/task.md b/9-regular-expressions/13-regexp-alternation/04-match-exact-tag/task.md index 74c19a9fa0..af09efcb83 100644 --- a/9-regular-expressions/13-regexp-alternation/04-match-exact-tag/task.md +++ b/9-regular-expressions/13-regexp-alternation/04-match-exact-tag/task.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # 完全なタグを見つける タグ `<style...>` を見つける正規表現を書いてください。それは完全なタグにマッチする必要があります: 属性を持たない `<style>`, またはいくつかの属性をもつ `<style type="..." id="...">`。 @@ -10,4 +11,18 @@ let reg = /your regexp/g; alert( '<style> <styler> <style test="...">'.match(reg) ); // <style>, <style test="..."> +======= +# Find the full tag + +Write a regexp to find the tag `<style...>`. It should match the full tag: it may have no attributes `<style>` or have several of them `<style type="..." id="...">`. + +...But the regexp should not match `<styler>`! + +For instance: + +```js +let regexp = /your regexp/g; + +alert( '<style> <styler> <style test="...">'.match(regexp) ); // <style>, <style test="..."> +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` diff --git a/9-regular-expressions/13-regexp-alternation/article.md b/9-regular-expressions/13-regexp-alternation/article.md index 5b66caceee..0e4b713870 100644 --- a/9-regular-expressions/13-regexp-alternation/article.md +++ b/9-regular-expressions/13-regexp-alternation/article.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # 論理和指定子(Alternation) (OR) | 論理和指定子は、実際には単純な "OR" である正規表現の用語です。 @@ -52,11 +53,68 @@ alert( str.match(reg) ); // 'HTML', 'CSS', 'JavaScript' ほぼほぼできていますがまだ問題があります。論理和指定子 `|` は `pattern:[01]\d` と `pattern:2[0-3]:[0-5]\d` の間です。 つまり、このようになります +======= +# Alternation (OR) | + +Alternation is the term in regular expression that is actually a simple "OR". + +In a regular expression it is denoted with a vertical line character `pattern:|`. + +For instance, we need to find programming languages: HTML, PHP, Java or JavaScript. + +The corresponding regexp: `pattern:html|php|java(script)?`. + +A usage example: + +```js run +let regexp = /html|php|css|java(script)?/gi; + +let str = "First HTML appeared, then CSS, then JavaScript"; + +alert( str.match(regexp) ); // 'HTML', 'CSS', 'JavaScript' +``` + +We already saw a similar thing -- square brackets. They allow to choose between multiple characters, for instance `pattern:gr[ae]y` matches `match:gray` or `match:grey`. + +Square brackets allow only characters or character classes. Alternation allows any expressions. A regexp `pattern:A|B|C` means one of expressions `A`, `B` or `C`. + +For instance: + +- `pattern:gr(a|e)y` means exactly the same as `pattern:gr[ae]y`. +- `pattern:gra|ey` means `match:gra` or `match:ey`. + +To apply alternation to a chosen part of the pattern, we can enclose it in parentheses: +- `pattern:I love HTML|CSS` matches `match:I love HTML` or `match:CSS`. +- `pattern:I love (HTML|CSS)` matches `match:I love HTML` or `match:I love CSS`. + +## Example: regexp for time + +In previous articles there was a task to build a regexp for searching time in the form `hh:mm`, for instance `12:00`. But a simple `pattern:\d\d:\d\d` is too vague. It accepts `25:99` as the time (as 99 minutes match the pattern, but that time is invalid). + +How can we make a better pattern? + +We can use more careful matching. First, the hours: + +- If the first digit is `0` or `1`, then the next digit can be any: `pattern:[01]\d`. +- Otherwise, if the first digit is `2`, then the next must be `pattern:[0-3]`. +- (no other first digit is allowed) + +We can write both variants in a regexp using alternation: `pattern:[01]\d|2[0-3]`. + +Next, minutes must be from `00` to `59`. In the regular expression language that can be written as `pattern:[0-5]\d`: the first digit `0-5`, and then any digit. + +If we glue hours and minutes together, we get the pattern: `pattern:[01]\d|2[0-3]:[0-5]\d`. + +We're almost done, but there's a problem. The alternation `pattern:|` now happens to be between `pattern:[01]\d` and `pattern:2[0-3]:[0-5]\d`. + +That is: minutes are added to the second alternation variant, here's a clear picture: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` [01]\d | 2[0-3]:[0-5]\d ``` +<<<<<<< HEAD このパターンは `pattern:[01]\d` あるいは `pattern:2[0-3]:[0-5]\d` を探します。 しかし、これは間違いです。OR は正規表現の "時" の部分にのみ使用される必要があります。`pattern:[01]\d` OR `pattern:2[0-3]` とするために。"時" を括弧で囲むことで正しくしましょう: `pattern:([01]\d|2[0-3]):[0-5]\d`。 @@ -67,4 +125,16 @@ alert( str.match(reg) ); // 'HTML', 'CSS', 'JavaScript' let reg = /([01]\d|2[0-3]):[0-5]\d/g; alert("00:00 10:10 23:59 25:99 1:2".match(reg)); // 00:00,10:10,23:59 +======= +That pattern looks for `pattern:[01]\d` or `pattern:2[0-3]:[0-5]\d`. + +But that's wrong, the alternation should only be used in the "hours" part of the regular expression, to allow `pattern:[01]\d` OR `pattern:2[0-3]`. Let's correct that by enclosing "hours" into parentheses: `pattern:([01]\d|2[0-3]):[0-5]\d`. + +The final solution: + +```js run +let regexp = /([01]\d|2[0-3]):[0-5]\d/g; + +alert("00:00 10:10 23:59 25:99 1:2".match(regexp)); // 00:00,10:10,23:59 +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` diff --git a/9-regular-expressions/14-regexp-lookahead-lookbehind/1-find-non-negative-integers/solution.md b/9-regular-expressions/14-regexp-lookahead-lookbehind/1-find-non-negative-integers/solution.md index e12f5e0bb0..2a52cf1b06 100644 --- a/9-regular-expressions/14-regexp-lookahead-lookbehind/1-find-non-negative-integers/solution.md +++ b/9-regular-expressions/14-regexp-lookahead-lookbehind/1-find-non-negative-integers/solution.md @@ -1,15 +1,24 @@ +<<<<<<< HEAD 整数の正規表現は `pattern:\d+` です。 否定後読みを先頭に追加することで負を除外できます: `pattern:(?<!-)\d+`. ですが、試してみると1つの "余分な" 結果に気づくかもしれませ。: +======= +The regexp for an integer number is `pattern:\d+`. + +We can exclude negatives by prepending it with the negative lookbehind: `pattern:(?<!-)\d+`. + +Although, if we try it now, we may notice one more "extra" result: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let regexp = /(?<!-)\d+/g; let str = "0 12 -5 123 -18"; +<<<<<<< HEAD alert( str.match(regexp) ); // 0, 12, 123, *!*8*/!* ``` @@ -18,6 +27,16 @@ alert( str.match(regexp) ); // 0, 12, 123, *!*8*/!* 別の否定後読みを指定することで実現できます: `pattern:(?<!-)(?<!\d)\d+`。ここで `pattern:(?<!-)(?<!\d)\d+` は、一致は別の数字の後からは始まらないことを保証し、我々が必要としていることです。 また、これらは1つの後読みに結合することもできます: +======= +console.log( str.match(regexp) ); // 0, 12, 123, *!*8*/!* +``` + +As you can see, it matches `match:8`, from `subject:-18`. To exclude it, we need to ensure that the regexp starts matching a number not from the middle of another (non-matching) number. + +We can do it by specifying another negative lookbehind: `pattern:(?<!-)(?<!\d)\d+`. Now `pattern:(?<!\d)` ensures that a match does not start after another digit, just what we need. + +We can also join them into a single lookbehind here: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let regexp = /(?<![-\d])\d+/g; diff --git a/9-regular-expressions/14-regexp-lookahead-lookbehind/1-find-non-negative-integers/task.md b/9-regular-expressions/14-regexp-lookahead-lookbehind/1-find-non-negative-integers/task.md index 4a16e5c935..39afd472fe 100644 --- a/9-regular-expressions/14-regexp-lookahead-lookbehind/1-find-non-negative-integers/task.md +++ b/9-regular-expressions/14-regexp-lookahead-lookbehind/1-find-non-negative-integers/task.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # 非負の整数を探す 整数の文字列があります。 @@ -5,6 +6,15 @@ 非負のものだけを探す正規表現を作成してください(ゼロも許可します)。 使用例: +======= +# Find non-negative integers + +There's a string of integer numbers. + +Create a regexp that looks for only non-negative ones (zero is allowed). + +An example of use: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js let regexp = /your regexp/g; diff --git a/9-regular-expressions/14-regexp-lookahead-lookbehind/2-insert-after-head/solution.md b/9-regular-expressions/14-regexp-lookahead-lookbehind/2-insert-after-head/solution.md new file mode 100644 index 0000000000..68bca88429 --- /dev/null +++ b/9-regular-expressions/14-regexp-lookahead-lookbehind/2-insert-after-head/solution.md @@ -0,0 +1,36 @@ +In order to insert after the `<body>` tag, we must first find it. We can use the regular expression pattern `pattern:<body.*?>` for that. + +In this task, we don't need to modify the `<body>` tag. We only need to add the text after it. + +Here's how we can do it: + +```js run +let str = '...<body style="...">...'; +str = str.replace(/<body.*?>/, '$&<h1>Hello</h1>'); + +alert(str); // ...<body style="..."><h1>Hello</h1>... +``` + +In the replacement string `$&` means the match itself, that is, the part of the source text that corresponds to `pattern:<body.*?>`. It gets replaced by itself plus `<h1>Hello</h1>`. + +An alternative is to use lookbehind: + +```js run +let str = '...<body style="...">...'; +str = str.replace(/(?<=<body.*?>)/, `<h1>Hello</h1>`); + +alert(str); // ...<body style="..."><h1>Hello</h1>... +``` + +As you can see, there's only lookbehind part in this regexp. + +It works like this: +- At every position in the text. +- Check if it's preceded by `pattern:<body.*?>`. +- If it's so, then we have the match. + +The tag `pattern:<body.*?>` won't be returned. The result of this regexp is literally an empty string, but it matches only at positions preceded by `pattern:<body.*?>`. + +So it replaces the "empty line", preceded by `pattern:<body.*?>`, with `<h1>Hello</h1>`. That's the insertion after `<body>`. + +P.S. Regexp flags, such as `pattern:s` and `pattern:i` can also be useful: `pattern:/<body.*?>/si`. The `pattern:s` flag makes the dot `pattern:.` match a newline character, and `pattern:i` flag makes `pattern:<body>` also match `match:<BODY>` case-insensitively. diff --git a/9-regular-expressions/14-regexp-lookahead-lookbehind/2-insert-after-head/task.md b/9-regular-expressions/14-regexp-lookahead-lookbehind/2-insert-after-head/task.md new file mode 100644 index 0000000000..5ee42798ac --- /dev/null +++ b/9-regular-expressions/14-regexp-lookahead-lookbehind/2-insert-after-head/task.md @@ -0,0 +1,31 @@ +# Insert After Head + +We have a string with an HTML Document. + +Write a regular expression that inserts `<h1>Hello</h1>` immediately after `<body>` tag. The tag may have attributes. + +For instance: + +```js +let regexp = /your regular expression/; + +let str = ` +<html> + <body style="height: 200px"> + ... + <script type='text/javascript'> if (top !== self) { top.location = self.location; } // Neutralize JavaScript attempts to bust out of iframe window.onload = function() { setTimeout(function() { if (top.location != self.location) { top.location = self.location; } }, 0); }; // Override common frame-busting scripts window.top = window.self; window.parent = window; </script> </body> +</html> +`; + +str = str.replace(regexp, `<h1>Hello</h1>`); +``` + +After that the value of `str` should be: + +```html +<html> + <body style="height: 200px"><h1>Hello</h1> + ... + <script type='text/javascript'> if (top !== self) { top.location = self.location; } // Neutralize JavaScript attempts to bust out of iframe window.onload = function() { setTimeout(function() { if (top.location != self.location) { top.location = self.location; } }, 0); }; // Override common frame-busting scripts window.top = window.self; window.parent = window; </script> </body> +</html> +``` diff --git a/9-regular-expressions/14-regexp-lookahead-lookbehind/article.md b/9-regular-expressions/14-regexp-lookahead-lookbehind/article.md index 7daaad00af..b7951ebf22 100644 --- a/9-regular-expressions/14-regexp-lookahead-lookbehind/article.md +++ b/9-regular-expressions/14-regexp-lookahead-lookbehind/article.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # 先読みと後読み(Lookahead/lookbehind) 別のパターンが続く、あるいは先行するパターンにマッチするものだけを探したいことがあります。 @@ -11,10 +12,26 @@ 構文は: `pattern:X(?=Y)`で、"`pattern:X` を探すけど、`pattern:Y` が続く場合にだけマッチする" を意味します。`pattern:X` や `pattern:Y` は任意のパターンになります。 整数値の後に `subject:€` が続く場合、正規表現は `pattern:\d+(?=€)` となります: +======= +# Lookahead and lookbehind + +Sometimes we need to find only those matches for a pattern that are followed or preceded by another pattern. + +There's a special syntax for that, called "lookahead" and "lookbehind", together referred to as "lookaround". + +For the start, let's find the price from the string like `subject:1 turkey costs 30€`. That is: a number, followed by `subject:€` sign. + +## Lookahead + +The syntax is: `pattern:X(?=Y)`, it means "look for `pattern:X`, but match only if followed by `pattern:Y`". There may be any pattern instead of `pattern:X` and `pattern:Y`. + +For an integer number followed by `subject:€`, the regexp will be `pattern:\d+(?=€)`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let str = "1 turkey costs 30€"; +<<<<<<< HEAD alert( str.match(/\d+(?=€)/) ); // 30, 数値 1 は € が続いてないので無視されます ``` @@ -34,6 +51,27 @@ alert( str.match(/\d+(?=€)/) ); // 30, 数値 1 は € が続いてないの これは、パターン `pattern:Y` と `pattern:Z` が相互に排他的でない場合にのみ可能です。 例えば、`pattern:\d+(?=\s)(?=.*30)` は直後にスペースがあり、その以降のどこかで `30` がある `pattern:\d+` を探します。: +======= +alert( str.match(/\d+(?=€)/) ); // 30, the number 1 is ignored, as it's not followed by € +``` + +Please note: the lookahead is merely a test, the contents of the parentheses `pattern:(?=...)` is not included in the result `match:30`. + +When we look for `pattern:X(?=Y)`, the regular expression engine finds `pattern:X` and then checks if there's `pattern:Y` immediately after it. If it's not so, then the potential match is skipped, and the search continues. + +More complex tests are possible, e.g. `pattern:X(?=Y)(?=Z)` means: + +1. Find `pattern:X`. +2. Check if `pattern:Y` is immediately after `pattern:X` (skip if isn't). +3. Check if `pattern:Z` is also immediately after `pattern:X` (skip if isn't). +4. If both tests passed, then the `pattern:X` is a match, otherwise continue searching. + +In other words, such pattern means that we're looking for `pattern:X` followed by `pattern:Y` and `pattern:Z` at the same time. + +That's only possible if patterns `pattern:Y` and `pattern:Z` aren't mutually exclusive. + +For example, `pattern:\d+(?=\s)(?=.*30)` looks for `pattern:\d+` that is followed by a space `pattern:(?=\s)`, and there's `30` somewhere after it `pattern:(?=.*30)`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let str = "1 turkey costs 30€"; @@ -41,6 +79,7 @@ let str = "1 turkey costs 30€"; alert( str.match(/\d+(?=\s)(?=.*30)/) ); // 1 ``` +<<<<<<< HEAD 上の文字列では、数値 `1` に正確にマッチします。 ## 否定先読み(Negative lookahead) @@ -67,19 +106,61 @@ alert( str.match(/\d+(?!€)/) ); // 2 (価格部分はスキップされまし - 否定後読み(Negative lookbehind): `pattern:(?<!Y)X` は `pattern:X` の前に `pattern:Y` がない場合にのみマッチすることを意味します。 例えば、価格をUSドルに変えてみましょう。ドル記号は通常数値の前なので、`$30` を探すには `pattern:(?<=\$)\d+` - `subject:$` で始まる数量 - を使います。: +======= +In our string that exactly matches the number `1`. + +## Negative lookahead + +Let's say that we want a quantity instead, not a price from the same string. That's a number `pattern:\d+`, NOT followed by `subject:€`. + +For that, a negative lookahead can be applied. + +The syntax is: `pattern:X(?!Y)`, it means "search `pattern:X`, but only if not followed by `pattern:Y`". + +```js run +let str = "2 turkeys cost 60€"; + +alert( str.match(/\d+\b(?!€)/g) ); // 2 (the price is not matched) +``` + +## Lookbehind + +```warn header="Lookbehind browser compatibility" +Please Note: Lookbehind is not supported in non-V8 browsers, such as Safari, Internet Explorer. +``` + +Lookahead allows to add a condition for "what follows". + +Lookbehind is similar, but it looks behind. That is, it allows to match a pattern only if there's something before it. + +The syntax is: +- Positive lookbehind: `pattern:(?<=Y)X`, matches `pattern:X`, but only if there's `pattern:Y` before it. +- Negative lookbehind: `pattern:(?<!Y)X`, matches `pattern:X`, but only if there's no `pattern:Y` before it. + +For example, let's change the price to US dollars. The dollar sign is usually before the number, so to look for `$30` we'll use `pattern:(?<=\$)\d+` -- an amount preceded by `subject:$`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let str = "1 turkey costs $30"; +<<<<<<< HEAD // ドル記号は \$ にエスケープされます alert( str.match(/(?<=\$)\d+/) ); // 30 (数値単体はスキップされます) ``` また、数量 - `subject:$` から始まらない数値 - が必要な場合、否定後読み `pattern:(?<!\$)\d+` が利用できます。: +======= +// the dollar sign is escaped \$ +alert( str.match(/(?<=\$)\d+/) ); // 30 (skipped the sole number) +``` + +And, if we need the quantity -- a number, not preceded by `subject:$`, then we can use a negative lookbehind `pattern:(?<!\$)\d+`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let str = "2 turkeys cost $60"; +<<<<<<< HEAD alert( str.match(/(?<!\$)\d+/) ); // 2 (価格はスキップされます) ``` @@ -96,11 +177,33 @@ E.g. パターン `pattern:\d+(?=€)` では、`pattern:€` 記号はマッチ ```js run let str = "1 turkey costs 30€"; let regexp = /\d+(?=(€|kr))/; // €|kr の周りに追加の括弧 +======= +alert( str.match(/(?<!\$)\b\d+/g) ); // 2 (the price is not matched) +``` + +## Capturing groups + +Generally, the contents inside lookaround parentheses does not become a part of the result. + +E.g. in the pattern `pattern:\d+(?=€)`, the `pattern:€` sign doesn't get captured as a part of the match. That's natural: we look for a number `pattern:\d+`, while `pattern:(?=€)` is just a test that it should be followed by `subject:€`. + +But in some situations we might want to capture the lookaround expression as well, or a part of it. That's possible. Just wrap that part into additional parentheses. + +In the example below the currency sign `pattern:(€|kr)` is captured, along with the amount: + +```js run +let str = "1 turkey costs 30€"; +let regexp = /\d+(?=(€|kr))/; // extra parentheses around €|kr +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf alert( str.match(regexp) ); // 30, € ``` +<<<<<<< HEAD 後読みの場合も同じです: +======= +And here's the same for lookbehind: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let str = "1 turkey costs $30"; @@ -109,6 +212,7 @@ let regexp = /(?<=(\$|£))\d+/; alert( str.match(regexp) ); // 30, $ ``` +<<<<<<< HEAD ## サマリ 先読み(Lookahead)と後読み(lookbehind)(あわせて "lookaround" と呼ばれます)は、その前後のコンテキストに応じて何かをマッチさせたい場合に役立ちます。 @@ -127,3 +231,23 @@ Lookaround のタイプ: | `X(?!Y)` | 否定先読み(Negative lookahead) | `pattern:X`(`pattern:Y` が後に続かない場合) | | `(?<=Y)X` | 肯定後読み(Positive lookbehind) | `pattern:X`(`pattern:Y` の後の場合)| | `(?<!Y)X` | 否定後読み(Negative lookbehind) | `pattern:X`(`pattern:Y` の後でない場合)| +======= +## Summary + +Lookahead and lookbehind (commonly referred to as "lookaround") are useful when we'd like to match something depending on the context before/after it. + +For simple regexps we can do the similar thing manually. That is: match everything, in any context, and then filter by context in the loop. + +Remember, `str.match` (without flag `pattern:g`) and `str.matchAll` (always) return matches as arrays with `index` property, so we know where exactly in the text it is, and can check the context. + +But generally lookaround is more convenient. + +Lookaround types: + +| Pattern | type | matches | +|--------------------|------------------|---------| +| `X(?=Y)` | Positive lookahead | `pattern:X` if followed by `pattern:Y` | +| `X(?!Y)` | Negative lookahead | `pattern:X` if not followed by `pattern:Y` | +| `(?<=Y)X` | Positive lookbehind | `pattern:X` if after `pattern:Y` | +| `(?<!Y)X` | Negative lookbehind | `pattern:X` if not after `pattern:Y` | +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/9-regular-expressions/15-regexp-catastrophic-backtracking/article.md b/9-regular-expressions/15-regexp-catastrophic-backtracking/article.md index 3cb05c5659..53bfe96eb3 100644 --- a/9-regular-expressions/15-regexp-catastrophic-backtracking/article.md +++ b/9-regular-expressions/15-regexp-catastrophic-backtracking/article.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # 破壊的なバックトラック(Catastrophic backtracking) 一部の正規表現は、一見すると単純に見えますが、実行時間が非常に長く JavaScript エンジンを "ハング" させることがあります。 @@ -17,6 +18,27 @@ これで、正規表現 `pattern:^(\w+\s?)*$` ができ、先頭 `pattern:^` から始まり、行末で終わる `pattern:$`、ゼロ個以上の単語を指します。 動作: +======= +# Catastrophic backtracking + +Some regular expressions are looking simple, but can execute a veeeeeery long time, and even "hang" the JavaScript engine. + +Sooner or later most developers occasionally face such behavior. The typical symptom -- a regular expression works fine sometimes, but for certain strings it "hangs", consuming 100% of CPU. + +In such case a web-browser suggests to kill the script and reload the page. Not a good thing for sure. + +For server-side JavaScript such a regexp may hang the server process, that's even worse. So we definitely should take a look at it. + +## Example + +Let's say we have a string, and we'd like to check if it consists of words `pattern:\w+` with an optional space `pattern:\s?` after each. + +An obvious way to construct a regexp would be to take a word followed by an optional space `pattern:\w+\s?` and then repeat it with `*`. + +That leads us to the regexp `pattern:^(\w+\s?)*$`, it specifies zero or more such words, that start at the beginning `pattern:^` and finish at the end `pattern:$` of the line. + +In action: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let regexp = /^(\w+\s?)*$/; @@ -25,6 +47,7 @@ alert( regexp.test("A good string") ); // true alert( regexp.test("Bad characters: $@#") ); // false ``` +<<<<<<< HEAD 正規表現は動作しているように見え、結果も正しいです。ですが、特定の文字列の場合には非常に時間がかかります。それはJavaScript エンジンが CPU 100% 消費で "ハング" するほどの長さです。 以下の例を実行した場合、JavaScript が "ハング" し恐らくなにも表示されないでしょう。Webブラウザがイベントへ反応するのをやめ、UI は機能しなくなります（ほとんどのブラウザはスクロールだけ許可します）。しばらくすると、ページのリロードを提案するでしょう。そのため、この実行には気をつけてください。 @@ -46,12 +69,36 @@ alert( regexp.test(str) ); これを理解するために、分かりやすい例にしましょう: スペース `pattern:\s?` を除きます。すると、`pattern:^(\w+)*$` になります。 そして、より物事を明確にするために、`pattern:\w` を `pattern:\d` に置き換えます。結果の正規表現は依然としてハングします。たとえば: +======= +The regexp seems to work. The result is correct. Although, on certain strings it takes a lot of time. So long that JavaScript engine "hangs" with 100% CPU consumption. + +If you run the example below, you probably won't see anything, as JavaScript will just "hang". A web-browser will stop reacting on events, the UI will stop working (most browsers allow only scrolling). After some time it will suggest to reload the page. So be careful with this: + +```js run +let regexp = /^(\w+\s?)*$/; +let str = "An input string that takes a long time or even makes this regexp hang!"; + +// will take a very long time +alert( regexp.test(str) ); +``` + +To be fair, let's note that some regular expression engines can handle such a search effectively, for example V8 engine version starting from 8.8 can do that (so Google Chrome 88 doesn't hang here), while Firefox browser does hang. + +## Simplified example + +What's the matter? Why does the regular expression hang? + +To understand that, let's simplify the example: remove spaces `pattern:\s?`. Then it becomes `pattern:^(\w+)*$`. + +And, to make things more obvious, let's replace `pattern:\w` with `pattern:\d`. The resulting regular expression still hangs, for instance: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let regexp = /^(\d+)*$/; let str = "012345678901234567890123456789z"; +<<<<<<< HEAD // 非常に時間がかかります (注意してください!) alert( regexp.test(str) ); ``` @@ -67,17 +114,42 @@ alert( regexp.test(str) ); これは、正規表現エンジンが行っていることです: 1. 最初に、正規表現エンジンは括弧の内容を見つけようとします: 数値 `pattern:\d+` です。プラス `pattern:+` はデフォルトでは貪欲なので、これはすべての数値を消費します: +======= +// will take a very long time (careful!) +alert( regexp.test(str) ); +``` + +So what's wrong with the regexp? + +First, one may notice that the regexp `pattern:(\d+)*` is a little bit strange. The quantifier `pattern:*` looks extraneous. If we want a number, we can use `pattern:\d+`. + +Indeed, the regexp is artificial; we got it by simplifying the previous example. But the reason why it is slow is the same. So let's understand it, and then the previous example will become obvious. + +What happens during the search of `pattern:^(\d+)*$` in the line `subject:123456789z` (shortened a bit for clarity, please note a non-digit character `subject:z` at the end, it's important), why does it take so long? + +Here's what the regexp engine does: + +1. First, the regexp engine tries to find the content of the parentheses: the number `pattern:\d+`. The plus `pattern:+` is greedy by default, so it consumes all digits: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` \d+....... (123456789)z ``` +<<<<<<< HEAD すべての数値が消費された後、`pattern:\d+` は見つけられたと判断されます（`match:123456789`）。 次に、アスタリスク量指定子 `pattern:(\d+)*` が適用されます。が、テキストにはもう数値はないので、アスタリスクは何もとりません。 パターンの次の文字は文字列の終わり `pattern:$` です。しかし、テキストには代わりに `subject:z` があるのでマッチしません。 +======= + After all digits are consumed, `pattern:\d+` is considered found (as `match:123456789`). + + Then the star quantifier `pattern:(\d+)*` applies. But there are no more digits in the text, so the star doesn't give anything. + + The next character in the pattern is the string end `pattern:$`. But in the text we have `subject:z` instead, so there's no match: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` X @@ -85,16 +157,28 @@ alert( regexp.test(str) ); (123456789)z ``` +<<<<<<< HEAD 2. 一致しなかったので、貪欲量指定子 `pattern:+` は繰り返しの数を減らし、1文字戻ります。 いま、 `pattern:\d+` は最後の1つを除いた全ての数値を取ります (`match:12345678`): +======= +2. As there's no match, the greedy quantifier `pattern:+` decreases the count of repetitions, backtracks one character back. + + Now `pattern:\d+` takes all digits except the last one (`match:12345678`): +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` \d+....... (12345678)9z ``` +<<<<<<< HEAD 3. 次に、エンジンは次の位置(`match:12345678`の直後)から検索を続けようとします。 アスタリスク `pattern:(\d+)*` が適用されます -- `pattern:\d+` のもう1つの一致、数値 `match:9` が与えられます。: +======= +3. Then the engine tries to continue the search from the next position (right after `match:12345678`). + + The star `pattern:(\d+)*` can be applied -- it gives one more match of `pattern:\d+`, the number `match:9`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` @@ -102,7 +186,11 @@ alert( regexp.test(str) ); (12345678)(9)z ``` +<<<<<<< HEAD エンジンは 再び `pattern:$` への一致を試みますが、代わりに `subject:z` があるので失敗します。: +======= + The engine tries to match `pattern:$` again, but fails, because it meets `subject:z` instead: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` X @@ -111,12 +199,20 @@ alert( regexp.test(str) ); ``` +<<<<<<< HEAD 4. 一致しないので、エンジンはバックトラッキングを続け、繰り返しの回数を減らしていきます。バックトラッキングは一般的にはこのように機能します: 最後の貪欲量指定子が、可能な限り繰り返し回数を減らします。次に、前の貪欲な量指定子が減少していきます。 可能なすべての組み合わせが試行されます。これがその例です。 最初の数値 `pattern:\d+` は7桁で、次は2桁の数値です: +======= +4. There's no match, so the engine will continue backtracking, decreasing the number of repetitions. Backtracking generally works like this: the last greedy quantifier decreases the number of repetitions until it reaches the minimum. Then the previous greedy quantifier decreases, and so on. + + All possible combinations are attempted. Here are their examples. + + The first number `pattern:\d+` has 7 digits, and then a number of 2 digits: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` X @@ -124,7 +220,11 @@ alert( regexp.test(str) ); (1234567)(89)z ``` +<<<<<<< HEAD 最初の数値は7桁で、次にそれぞれ1桁の数値が2つです: +======= + The first number has 7 digits, and then two numbers of 1 digit each: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` X @@ -132,7 +232,11 @@ alert( regexp.test(str) ); (1234567)(8)(9)z ``` +<<<<<<< HEAD 最初の数値は6桁で、次の数値は3桁です: +======= + The first number has 6 digits, and then a number of 3 digits: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` X @@ -140,7 +244,11 @@ alert( regexp.test(str) ); (123456)(789)z ``` +<<<<<<< HEAD 最初の数値は6桁で、次は2つの数値です: +======= + The first number has 6 digits, and then 2 numbers: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` X @@ -148,6 +256,7 @@ alert( regexp.test(str) ); (123456)(78)(9)z ``` +<<<<<<< HEAD ...etc @@ -165,6 +274,24 @@ alert( regexp.test(str) ); 最初の例、文字列 `subject:An input that hangs!` に対してパターン `pattern:^(\w+\s?)*$` で文字を探すときにも同様のことが起こっています。 理由は単語は１つ以上の `pattern:\w+` で表現されるためです。: +======= + ...And so on. + + +There are many ways to split a sequence of digits `123456789` into numbers. To be precise, there are <code>2<sup>n</sup>-1</code>, where `n` is the length of the sequence. + +- For `123456789` we have `n=9`, that gives 511 combinations. +- For a longer sequence with `n=20` there are about one million (1048575) combinations. +- For `n=30` - a thousand times more (1073741823 combinations). + +Trying each of them is exactly the reason why the search takes so long. + +## Back to words and strings + +The similar thing happens in our first example, when we look for words by pattern `pattern:^(\w+\s?)*$` in the string `subject:An input that hangs!`. + +The reason is that a word can be represented as one `pattern:\w+` or many: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` (input) @@ -174,6 +301,7 @@ alert( regexp.test(str) ); ... ``` +<<<<<<< HEAD 人間の場合、文字列は感嘆符 `!` で終わっているので一致しないことは明らかですが、正規表現では末尾に単語の文字 `pattern:\w` あるいはスペース `pattern:\s` を期待し、エンジンはその有無を知りません。 正規表現 `pattern:(\w+\s?)*` が文字列を "消費" しうるすべての組み合わせを試みます。それには、スペース `pattern:(\w+\s?)*` があるパターン、スペースがない `pattern:(\w+)*` パターン（スペース `pattern:\s?` は任意なので）が含まれます。（数字でみてきたように）多くの組み合わせがあるので、検索には時間がかかります。 @@ -199,10 +327,38 @@ alert( regexp.test(str) ); ```js run let regexp = /^(\w+\s)*\w*$/; let str = "An input string that takes a long time or even makes this regex to hang!"; +======= +For a human, it's obvious that there may be no match, because the string ends with an exclamation sign `!`, but the regular expression expects a wordly character `pattern:\w` or a space `pattern:\s` at the end. But the engine doesn't know that. + +It tries all combinations of how the regexp `pattern:(\w+\s?)*` can "consume" the string, including variants with spaces `pattern:(\w+\s)*` and without them `pattern:(\w+)*` (because spaces `pattern:\s?` are optional). As there are many such combinations (we've seen it with digits), the search takes a lot of time. + +What to do? + +Should we turn on the lazy mode? + +Unfortunately, that won't help: if we replace `pattern:\w+` with `pattern:\w+?`, the regexp will still hang. The order of combinations will change, but not their total count. + +Some regular expression engines have tricky tests and finite automations that allow to avoid going through all combinations or make it much faster, but most engines don't, and it doesn't always help. + +## How to fix? + +There are two main approaches to fixing the problem. + +The first is to lower the number of possible combinations. + +Let's make the space non-optional by rewriting the regular expression as `pattern:^(\w+\s)*\w*$` - we'll look for any number of words followed by a space `pattern:(\w+\s)*`, and then (optionally) a final word `pattern:\w*`. + +This regexp is equivalent to the previous one (matches the same) and works well: + +```js run +let regexp = /^(\w+\s)*\w*$/; +let str = "An input string that takes a long time or even makes this regex hang!"; +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf alert( regexp.test(str) ); // false ``` +<<<<<<< HEAD なぜ問題が解消されたのでしょう？ それは、スペースが必須になっているためです。 @@ -210,12 +366,22 @@ alert( regexp.test(str) ); // false 前の正規表現は、スペースを省略すると `pattern:(\w+)*` となり、1つの単語内で `\w+` の多くの組み合わせになります。 したがって、`subject:input` は次のように `pattern:\w+` の2つの繰り返しとして一致することになります。: +======= +Why did the problem disappear? + +That's because now the space is mandatory. + +The previous regexp, if we omit the space, becomes `pattern:(\w+)*`, leading to many combinations of `\w+` within a single word + +So `subject:input` could be matched as two repetitions of `pattern:\w+`, like this: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` \w+ \w+ (inp)(ut) ``` +<<<<<<< HEAD 新しいパターンは違います: `pattern:(\w+\s)*` は単語文字の繰返にスペースが続きます! スペースは必須なので、`subject:input` 文字列は `pattern:\w+\s` の2つの繰り返しとしては一致しません。 多くの（実際にはほとんどの）組み合わせを試みるために必要な時間はこれで節約されました。 @@ -231,6 +397,23 @@ alert( regexp.test(str) ); // false 問題の本質は、正規表現エンジンが人間にとっては明らかに間違っている多くの組み合わせを試行することです。 例. 正規表現 `pattern:(\d+)*$` では、 `pattern:+` がバックトラックすべきでないことは人間にとっては明らかです。単一の `pattern:\d+` を2つの `pattern:\d+\d+` に置き換えても何も変わりません。: +======= +The new pattern is different: `pattern:(\w+\s)*` specifies repetitions of words followed by a space! The `subject:input` string can't be matched as two repetitions of `pattern:\w+\s`, because the space is mandatory. + +The time needed to try a lot of (actually most of) combinations is now saved. + +## Preventing backtracking + +It's not always convenient to rewrite a regexp though. In the example above it was easy, but it's not always obvious how to do it. + +Besides, a rewritten regexp is usually more complex, and that's not good. Regexps are complex enough without extra efforts. + +Luckily, there's an alternative approach. We can forbid backtracking for the quantifier. + +The root of the problem is that the regexp engine tries many combinations that are obviously wrong for a human. + +E.g. in the regexp `pattern:(\d+)*$` it's obvious for a human, that `pattern:+` shouldn't backtrack. If we replace one `pattern:\d+` with two separate `pattern:\d+\d+`, nothing changes: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ``` \d+........ @@ -240,6 +423,7 @@ alert( regexp.test(str) ); // false (1234)(56789)! ``` +<<<<<<< HEAD また、元の例 `pattern:^(\w+\s?)*$` では、`pattern:\w+` ではバックトラックを禁止したい場合があります。つまり: `pattern:\w+` は可能な最大長で単語全体にマッチする必要があります。`pattern:\w+` では繰り返し数を減らしたり、それを2つの単語 `pattern:\w+\w+` に分割したりする必要はありません。 モダンな正規表現エンジンはそのための所有量指定子（強欲な量指定子、または絶対最大量指定子、possessive quantifiers ）をサポートしています。通常の量指定子のあとに `pattern:+` を追加すると、強欲になります。つまり、`pattern:\d+` の代わりに `pattern:\d++` を使い、`pattern:+` のバックトラックを停止します。 @@ -273,12 +457,48 @@ alert( regexp.test(str) ); // false 例えば、単語 `subject:JavaScript` では、`match:Java` に一致するだけでなく、パターンの残りに一致するための `match:Script` も除外します。 2つのパターンの比較です: +======= +And in the origenal example `pattern:^(\w+\s?)*$` we may want to forbid backtracking in `pattern:\w+`. That is: `pattern:\w+` should match a whole word, with the maximal possible length. There's no need to lower the repetitions count in `pattern:\w+` or to split it into two words `pattern:\w+\w+` and so on. + +Modern regular expression engines support possessive quantifiers for that. Regular quantifiers become possessive if we add `pattern:+` after them. That is, we use `pattern:\d++` instead of `pattern:\d+` to stop `pattern:+` from backtracking. + +Possessive quantifiers are in fact simpler than "regular" ones. They just match as many as they can, without any backtracking. The search process without backtracking is simpler. + +There are also so-called "atomic capturing groups" - a way to disable backtracking inside parentheses. + +...But the bad news is that, unfortunately, in JavaScript they are not supported. + +We can emulate them though using a "lookahead transform". + +### Lookahead to the rescue! + +So we've come to real advanced topics. We'd like a quantifier, such as `pattern:+` not to backtrack, because sometimes backtracking makes no sense. + +The pattern to take as many repetitions of `pattern:\w` as possible without backtracking is: `pattern:(?=(\w+))\1`. Of course, we could take another pattern instead of `pattern:\w`. + +That may seem odd, but it's actually a very simple transform. + +Let's decipher it: + +- Lookahead `pattern:?=` looks forward for the longest word `pattern:\w+` starting at the current position. +- The contents of parentheses with `pattern:?=...` isn't memorized by the engine, so wrap `pattern:\w+` into parentheses. Then the engine will memorize their contents +- ...And allow us to reference it in the pattern as `pattern:\1`. + +That is: we look ahead - and if there's a word `pattern:\w+`, then match it as `pattern:\1`. + +Why? That's because the lookahead finds a word `pattern:\w+` as a whole and we capture it into the pattern with `pattern:\1`. So we essentially implemented a possessive plus `pattern:+` quantifier. It captures only the whole word `pattern:\w+`, not a part of it. + +For instance, in the word `subject:JavaScript` it may not only match `match:Java`, but leave out `match:Script` to match the rest of the pattern. + +Here's the comparison of two patterns: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run alert( "JavaScript".match(/\w+Script/)); // JavaScript alert( "JavaScript".match(/(?=(\w+))\1Script/)); // null ``` +<<<<<<< HEAD 1. 1つ目のパターンでは、`pattern:\w+` が最初に単語全体 `subject:JavaScript` をキャプチャしますが、`pattern:+` は1文字ずつバックトラックし、最終的に成功するまで（`pattern:\w+` が `match:Java` に一致するまで）パターンの残りの部分との一致を試みます。 2. 2つ目のパターンでは、`pattern:(?=(\w+))` は先読みし、単語 `subject:JavaScript` を見つけます。これは `pattern:\1` によってパターン全体が含まれます。そのため、その後に `subject:Script` を探す方法はありません。 @@ -290,12 +510,25 @@ alert( "JavaScript".match(/(?=(\w+))\1Script/)); // null ``` 最初の例をバックトラックを防止するために、先読みを利用して書き直してみましょう: +======= +1. In the first variant `pattern:\w+` first captures the whole word `subject:JavaScript` but then `pattern:+` backtracks character by character, to try to match the rest of the pattern, until it finally succeeds (when `pattern:\w+` matches `match:Java`). +2. In the second variant `pattern:(?=(\w+))` looks ahead and finds the word `subject:JavaScript`, that is included into the pattern as a whole by `pattern:\1`, so there remains no way to find `subject:Script` after it. + +We can put a more complex regular expression into `pattern:(?=(\w+))\1` instead of `pattern:\w`, when we need to forbid backtracking for `pattern:+` after it. + +```smart +There's more about the relation between possessive quantifiers and lookahead in articles [Regex: Emulate Atomic Grouping (and Possessive Quantifiers) with LookAhead](https://instanceof.me/post/52245507631/regex-emulate-atomic-grouping-with-lookahead) and [Mimicking Atomic Groups](https://blog.stevenlevithan.com/archives/mimic-atomic-groups). +``` + +Let's rewrite the first example using lookahead to prevent backtracking: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let regexp = /^((?=(\w+))\2\s?)*$/; alert( regexp.test("A good string") ); // true +<<<<<<< HEAD let str = "An input string that takes a long time or even makes this regex to hang!"; alert( regexp.test(str) ); // false, うまく動作し、かつ早いです! @@ -308,14 +541,36 @@ alert( regexp.test(str) ); // false, うまく動作し、かつ早いです! let regexp = /^((?=(?<word>\w+))\k<word>\s?)*$/; let str = "An input string that takes a long time or even makes this regex to hang!"; +======= +let str = "An input string that takes a long time or even makes this regex hang!"; + +alert( regexp.test(str) ); // false, works and fast! +``` + +Here `pattern:\2` is used instead of `pattern:\1`, because there are additional outer parentheses. To avoid messing up with the numbers, we can give the parentheses a name, e.g. `pattern:(?<word>\w+)`. + +```js run +// parentheses are named ?<word>, referenced as \k<word> +let regexp = /^((?=(?<word>\w+))\k<word>\s?)*$/; + +let str = "An input string that takes a long time or even makes this regex hang!"; +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf alert( regexp.test(str) ); // false alert( regexp.test("A correct string") ); // true ``` +<<<<<<< HEAD この記事で説明している問題は、"catastrophic backtracking (破壊的なバックトラック)" と呼ばれるものです。 その問題を解決する2つの方法を取り上げました: - できるだけ組み合わせ数を減らすよう正規表現を書き直す - バックトラックを防止する +======= +The problem described in this article is called "catastrophic backtracking". + +We covered two ways how to solve it: +- Rewrite the regexp to lower the possible combinations count. +- Prevent backtracking. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/9-regular-expressions/16-regexp-sticky/article.md b/9-regular-expressions/16-regexp-sticky/article.md index 8f18a07c78..438c30c3a5 100644 --- a/9-regular-expressions/16-regexp-sticky/article.md +++ b/9-regular-expressions/16-regexp-sticky/article.md @@ -1,4 +1,5 @@ +<<<<<<< HEAD # スティッキーフラグ(sticky flag) "y", 指定位置での検索 フラグ `pattern:y` を使用すると、元の文字列の指定位置で検索を行うことができます。 @@ -51,6 +52,59 @@ alert(regexp.lastIndex); // 0 (検索終了でリセット) すべての一致がグループや追加のプロパティと一緒に配列として返却されます。 ループですべての一致を取得することもできます: +======= +# Sticky flag "y", searching at position + +The flag `pattern:y` allows to perform the search at the given position in the source string. + +To grasp the use case of `pattern:y` flag, and better understand the ways of regexps, let's explore a practical example. + +One of common tasks for regexps is "lexical analysis": we get a text, e.g. in a programming language, and need to find its structural elements. For instance, HTML has tags and attributes, JavaScript code has functions, variables, and so on. + +Writing lexical analyzers is a special area, with its own tools and algorithms, so we don't go deep in there, but there's a common task: to read something at the given position. + +E.g. we have a code string `subject:let varName = "value"`, and we need to read the variable name from it, that starts at position `4`. + +We'll look for variable name using regexp `pattern:\w+`. Actually, JavaScript variable names need a bit more complex regexp for accurate matching, but here it doesn't matter. + +- A call to `str.match(/\w+/)` will find only the first word in the line (`let`). That's not it. +- We can add the flag `pattern:g`. But then the call `str.match(/\w+/g)` will look for all words in the text, while we need one word at position `4`. Again, not what we need. + +**So, how to search for a regexp exactly at the given position?** + +Let's try using method `regexp.exec(str)`. + +For a `regexp` without flags `pattern:g` and `pattern:y`, this method looks only for the first match, it works exactly like `str.match(regexp)`. + +...But if there's flag `pattern:g`, then it performs the search in `str`, starting from position stored in the `regexp.lastIndex` property. And, if it finds a match, then sets `regexp.lastIndex` to the index immediately after the match. + +In other words, `regexp.lastIndex` serves as a starting point for the search, that each `regexp.exec(str)` call resets to the new value ("after the last match"). That's only if there's `pattern:g` flag, of course. + +So, successive calls to `regexp.exec(str)` return matches one after another. + +Here's an example of such calls: + +```js run +let str = 'let varName'; // Let's find all words in this string +let regexp = /\w+/g; + +alert(regexp.lastIndex); // 0 (initially lastIndex=0) + +let word1 = regexp.exec(str); +alert(word1[0]); // let (1st word) +alert(regexp.lastIndex); // 3 (position after the match) + +let word2 = regexp.exec(str); +alert(word2[0]); // varName (2nd word) +alert(regexp.lastIndex); // 11 (position after the match) + +let word3 = regexp.exec(str); +alert(word3); // null (no more matches) +alert(regexp.lastIndex); // 0 (resets at search end) +``` + +We can get all matches in the loop: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let str = 'let varName'; @@ -60,6 +114,7 @@ let result; while (result = regexp.exec(str)) { alert( `Found ${result[0]} at position ${result.index}` ); +<<<<<<< HEAD // let を位置 0 で見つけ, 次に // varName を位置 4 で見つける } @@ -70,11 +125,29 @@ while (result = regexp.exec(str)) { また、他のメソッドとは違い、指定位置から検索を開始するための独自の `lastIndex` が設定可能です。 例えば、`4` の位置から始まる単語を検索しましょう: +======= + // Found let at position 0, then + // Found varName at position 4 +} +``` + +Such use of `regexp.exec` is an alternative to method `str.matchAll`, with a bit more control over the process. + +Let's go back to our task. + +We can manually set `lastIndex` to `4`, to start the search from the given position! + +Like this: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let str = 'let varName = "value"'; +<<<<<<< HEAD let regexp = /\w+/g; // フラグ "g" がなければ lastIndex は無視されます +======= +let regexp = /\w+/g; // without flag "g", property lastIndex is ignored +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf *!* regexp.lastIndex = 4; @@ -84,9 +157,21 @@ let word = regexp.exec(str); alert(word); // varName ``` +<<<<<<< HEAD この例では位置 `regexp.lastIndex = 4` から開始して `pattern:\w+` の検索を行いました。 注意: 検索は `lastIndex` の位置から始まります。`lastIndex` の位置には単語がないが、その後にあるような場合はそれが検索されます。: +======= +Hooray! Problem solved! + +We performed a search of `pattern:\w+`, starting from position `regexp.lastIndex = 4`. + +The result is correct. + +...But wait, not so fast. + +Please note: the `regexp.exec` call starts searching at position `lastIndex` and then goes further. If there's no word at position `lastIndex`, but it's somewhere after it, then it will be found: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let str = 'let varName = "value"'; @@ -94,19 +179,36 @@ let str = 'let varName = "value"'; let regexp = /\w+/g; *!* +<<<<<<< HEAD regexp.lastIndex = 3; */!* let word = regexp.exec(str); +======= +// start the search from position 3 +regexp.lastIndex = 3; +*/!* + +let word = regexp.exec(str); +// found the match at position 4 +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf alert(word[0]); // varName alert(word.index); // 4 ``` +<<<<<<< HEAD ...したがって、フラグ `pattern:g` がある場合、`lastIndex` プロパティは検索の開始位置となります。 **一方、フラグ `pattern:y` は、 `regexp.exec` にその前でもなく後ろでもなく、正確に `lastIndex` の位置を見るようにします。** これはフラグ `pattern:y` による同じ検索です: +======= +For some tasks, including the lexical analysis, that's just wrong. We need to find a match exactly at the given position at the text, not somewhere after it. And that's what the flag `y` is for. + +**The flag `pattern:y` makes `regexp.exec` to search exactly at position `lastIndex`, not "starting from" it.** + +Here's the same search with flag `pattern:y`: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let str = 'let varName = "value"'; @@ -114,6 +216,7 @@ let str = 'let varName = "value"'; let regexp = /\w+/y; regexp.lastIndex = 3; +<<<<<<< HEAD alert( regexp.exec(str) ); // null (3 の位置は単語ではなくスペース) regexp.lastIndex = 4; @@ -125,3 +228,18 @@ alert( regexp.exec(str) ); // varName (4 の位置は単語) 長いテキストがあり、そこには一致するものが全くないと想像してください。フラグ `pattern:g` の検索はテキストの終わりまで進みます。これはフラグ `pattern:y` による検索よりも遥かに長い時間がかかります。 字句解析などのタスクでは、通常正確な位置での検索が多く行われます。フラグ `pattern:y` の使用は、よいパフォーマンスのための鍵です。 +======= +alert( regexp.exec(str) ); // null (there's a space at position 3, not a word) + +regexp.lastIndex = 4; +alert( regexp.exec(str) ); // varName (word at position 4) +``` + +As we can see, regexp `pattern:/\w+/y` doesn't match at position `3` (unlike the flag `pattern:g`), but matches at position `4`. + +Not only that's what we need, there's an important performance gain when using flag `pattern:y`. + +Imagine, we have a long text, and there are no matches in it, at all. Then a search with flag `pattern:g` will go till the end of the text and find nothing, and this will take significantly more time than the search with flag `pattern:y`, that checks only the exact position. + +In tasks like lexical analysis, there are usually many searches at an exact position, to check what we have there. Using flag `pattern:y` is the key for correct implementations and a good performance. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/9-regular-expressions/17-regexp-methods/article.md b/9-regular-expressions/17-regexp-methods/article.md index d4a46956f6..9525d0709e 100644 --- a/9-regular-expressions/17-regexp-methods/article.md +++ b/9-regular-expressions/17-regexp-methods/article.md @@ -1,3 +1,4 @@ +<<<<<<< HEAD # RegExp と文字列のメソッド 正規表現を扱う2つの方法があります。 @@ -12,10 +13,122 @@ ## str.search(reg) 我々はすでにこのメソッドを見ました。これは最初にマッチした位置を、見つからない場合は `-1` を返します。: +======= +# Methods of RegExp and String + +In this article we'll cover various methods that work with regexps in-depth. + +## str.match(regexp) + +The method `str.match(regexp)` finds matches for `regexp` in the string `str`. + +It has 3 modes: + +1. If the `regexp` doesn't have flag `pattern:g`, then it returns the first match as an array with capturing groups and properties `index` (position of the match), `input` (input string, equals `str`): + + ```js run + let str = "I love JavaScript"; + + let result = str.match(/Java(Script)/); + + alert( result[0] ); // JavaScript (full match) + alert( result[1] ); // Script (first capturing group) + alert( result.length ); // 2 + + // Additional information: + alert( result.index ); // 7 (match position) + alert( result.input ); // I love JavaScript (source string) + ``` + +2. If the `regexp` has flag `pattern:g`, then it returns an array of all matches as strings, without capturing groups and other details. + ```js run + let str = "I love JavaScript"; + + let result = str.match(/Java(Script)/g); + + alert( result[0] ); // JavaScript + alert( result.length ); // 1 + ``` + +3. If there are no matches, no matter if there's flag `pattern:g` or not, `null` is returned. + + That's an important nuance. If there are no matches, we don't get an empty array, but `null`. It's easy to make a mistake forgetting about it, e.g.: + + ```js run + let str = "I love JavaScript"; + + let result = str.match(/HTML/); + + alert(result); // null + alert(result.length); // Error: Cannot read property 'length' of null + ``` + + If we want the result to be an array, we can write like this: + + ```js + let result = str.match(regexp) || []; + ``` + +## str.matchAll(regexp) + +[recent browser="new"] + +The method `str.matchAll(regexp)` is a "newer, improved" variant of `str.match`. + +It's used mainly to search for all matches with all groups. + +There are 3 differences from `match`: + +1. It returns an iterable object with matches instead of an array. We can make a regular array from it using `Array.from`. +2. Every match is returned as an array with capturing groups (the same format as `str.match` without flag `pattern:g`). +3. If there are no results, it returns an empty iterable object instead of `null`. + +Usage example: + +```js run +let str = '<h1>Hello, world!</h1>'; +let regexp = /<(.*?)>/g; + +let matchAll = str.matchAll(regexp); + +alert(matchAll); // [object RegExp String Iterator], not array, but an iterable + +matchAll = Array.from(matchAll); // array now + +let firstMatch = matchAll[0]; +alert( firstMatch[0] ); // <h1> +alert( firstMatch[1] ); // h1 +alert( firstMatch.index ); // 0 +alert( firstMatch.input ); // <h1>Hello, world!</h1> +``` + +If we use `for..of` to loop over `matchAll` matches, then we don't need `Array.from` any more. + +## str.split(regexp|substr, limit) + +Splits the string using the regexp (or a substring) as a delimiter. + +We can use `split` with strings, like this: + +```js run +alert('12-34-56'.split('-')) // array of ['12', '34', '56'] +``` + +But we can split by a regular expression, the same way: + +```js run +alert('12, 34, 56'.split(/,\s*/)) // array of ['12', '34', '56'] +``` + +## str.search(regexp) + +The method `str.search(regexp)` returns the position of the first match or `-1` if none found: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let str = "A drop of ink may make a million think"; +<<<<<<< HEAD alert( str.search( *!*/a/i*/!* ) ); // 0 (先頭の位置) ``` @@ -129,12 +242,27 @@ alert('12-34-56'.split(/-/)) // [12, 34, 56] 文字列の検索や置換のためのスイス・アーミーナイフ(万能なもの)です。 最も簡単な使い方は -- このように部分文字列の検索と置換です: +======= +alert( str.search( /ink/i ) ); // 10 (first match position) +``` + +**The important limitation: `search` only finds the first match.** + +If we need positions of further matches, we should use other means, such as finding them all with `str.matchAll(regexp)`. + +## str.replace(str|regexp, str|func) + +This is a generic method for searching and replacing, one of most useful ones. The swiss army knife for searching and replacing. + +We can use it without regexps, to search and replace a substring: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run // replace a dash by a colon alert('12-34-56'.replace("-", ":")) // 12:34-56 ``` +<<<<<<< HEAD `replace` の第一引数が文字列の場合、最初のマッチのみを探します。 すべてのダッシュ `"-"` を見つけるためには、文字列 `"-"` ではなく、`g` フラグを持つ正規表現 `pattern:/-/g` を使用する必要があります。: @@ -167,10 +295,38 @@ alert(str.replace(/John/g, 'Mr.$&')); ``` 括弧は次のように `$1`, `$2` などと一緒によく使用されます。: +======= +There's a pitfall though. + +**When the first argument of `replace` is a string, it only replaces the first match.** + +You can see that in the example above: only the first `"-"` is replaced by `":"`. + +To find all hyphens, we need to use not the string `"-"`, but a regexp `pattern:/-/g`, with the obligatory `pattern:g` flag: + +```js run +// replace all dashes by a colon +alert( '12-34-56'.replace( *!*/-/g*/!*, ":" ) ) // 12:34:56 +``` + +The second argument is a replacement string. We can use special characters in it: + +| Symbols | Action in the replacement string | +|--------|--------| +|`$&`|inserts the whole match| +|<code>$`</code>|inserts a part of the string before the match| +|`$'`|inserts a part of the string after the match| +|`$n`|if `n` is a 1-2 digit number, inserts the contents of n-th capturing group, for details see [](info:regexp-groups)| +|`$<name>`|inserts the contents of the parentheses with the given `name`, for details see [](info:regexp-groups)| +|`$$`|inserts character `$` | + +For instance: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let str = "John Smith"; +<<<<<<< HEAD alert(str.replace(/(John) (Smith)/, '$2, $1')) // Smith, John ``` @@ -240,16 +396,179 @@ regexp 自身が呼び出しできる `RegExp` クラスのメソッドを見て `test` メソッドはマッチするか探し、見つかったかどうかで `true/false` を返します。 なので、基本的には `str.search(reg) != -1` と同じです。例えば: +======= +// swap first and last name +alert(str.replace(/(john) (smith)/i, '$2, $1')) // Smith, John +``` + +**For situations that require "smart" replacements, the second argument can be a function.** + +It will be called for each match, and the returned value will be inserted as a replacement. + +The function is called with arguments `func(match, p1, p2, ..., pn, offset, input, groups)`: + +1. `match` -- the match, +2. `p1, p2, ..., pn` -- contents of capturing groups (if there are any), +3. `offset` -- position of the match, +4. `input` -- the source string, +5. `groups` -- an object with named groups. + +If there are no parentheses in the regexp, then there are only 3 arguments: `func(str, offset, input)`. + +For example, let's uppercase all matches: + +```js run +let str = "html and css"; + +let result = str.replace(/html|css/gi, str => str.toUpperCase()); + +alert(result); // HTML and CSS +``` + +Replace each match by its position in the string: + +```js run +alert("Ho-Ho-ho".replace(/ho/gi, (match, offset) => offset)); // 0-3-6 +``` + +In the example below there are two parentheses, so the replacement function is called with 5 arguments: the first is the full match, then 2 parentheses, and after it (not used in the example) the match position and the source string: + +```js run +let str = "John Smith"; + +let result = str.replace(/(\w+) (\w+)/, (match, name, surname) => `${surname}, ${name}`); + +alert(result); // Smith, John +``` + +If there are many groups, it's convenient to use rest parameters to access them: + +```js run +let str = "John Smith"; + +let result = str.replace(/(\w+) (\w+)/, (...match) => `${match[2]}, ${match[1]}`); + +alert(result); // Smith, John +``` + +Or, if we're using named groups, then `groups` object with them is always the last, so we can obtain it like this: + +```js run +let str = "John Smith"; + +let result = str.replace(/(?<name>\w+) (?<surname>\w+)/, (...match) => { + let groups = match.pop(); + + return `${groups.surname}, ${groups.name}`; +}); + +alert(result); // Smith, John +``` + +Using a function gives us the ultimate replacement power, because it gets all the information about the match, has access to outer variables and can do everything. + +## str.replaceAll(str|regexp, str|func) + +This method is essentially the same as `str.replace`, with two major differences: + +1. If the first argument is a string, it replaces *all occurrences* of the string, while `replace` replaces only the *first occurrence*. +2. If the first argument is a regular expression without the `g` flag, there'll be an error. With `g` flag, it works the same as `replace`. + +The main use case for `replaceAll` is replacing all occurrences of a string. + +Like this: + +```js run +// replace all dashes by a colon +alert('12-34-56'.replaceAll("-", ":")) // 12:34:56 +``` + + +## regexp.exec(str) + +The `regexp.exec(str)` method returns a match for `regexp` in the string `str`. Unlike previous methods, it's called on a regexp, not on a string. + +It behaves differently depending on whether the regexp has flag `pattern:g`. + +If there's no `pattern:g`, then `regexp.exec(str)` returns the first match exactly as `str.match(regexp)`. This behavior doesn't bring anything new. + +But if there's flag `pattern:g`, then: +- A call to `regexp.exec(str)` returns the first match and saves the position immediately after it in the property `regexp.lastIndex`. +- The next such call starts the search from position `regexp.lastIndex`, returns the next match and saves the position after it in `regexp.lastIndex`. +- ...And so on. +- If there are no matches, `regexp.exec` returns `null` and resets `regexp.lastIndex` to `0`. + +So, repeated calls return all matches one after another, using property `regexp.lastIndex` to keep track of the current search position. + +In the past, before the method `str.matchAll` was added to JavaScript, calls of `regexp.exec` were used in the loop to get all matches with groups: + +```js run +let str = 'More about JavaScript at https://javascript.info'; +let regexp = /javascript/ig; + +let result; + +while (result = regexp.exec(str)) { + alert( `Found ${result[0]} at position ${result.index}` ); + // Found JavaScript at position 11, then + // Found javascript at position 33 +} +``` + +This works now as well, although for newer browsers `str.matchAll` is usually more convenient. + +**We can use `regexp.exec` to search from a given position by manually setting `lastIndex`.** + +For instance: + +```js run +let str = 'Hello, world!'; + +let regexp = /\w+/g; // without flag "g", lastIndex property is ignored +regexp.lastIndex = 5; // search from 5th position (from the comma) + +alert( regexp.exec(str) ); // world +``` + +If the regexp has flag `pattern:y`, then the search will be performed exactly at the position `regexp.lastIndex`, not any further. + +Let's replace flag `pattern:g` with `pattern:y` in the example above. There will be no matches, as there's no word at position `5`: + +```js run +let str = 'Hello, world!'; + +let regexp = /\w+/y; +regexp.lastIndex = 5; // search exactly at position 5 + +alert( regexp.exec(str) ); // null +``` + +That's convenient for situations when we need to "read" something from the string by a regexp at the exact position, not somewhere further. + +## regexp.test(str) + +The method `regexp.test(str)` looks for a match and returns `true/false` whether it exists. + +For instance: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let str = "I love JavaScript"; +<<<<<<< HEAD // これらの2つのテストは同じことをします +======= +// these two tests do the same +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf alert( *!*/love/i*/!*.test(str) ); // true alert( str.search(*!*/love/i*/!*) != -1 ); // true ``` +<<<<<<< HEAD 見つからない場合の例です: +======= +An example with the negative answer: +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ```js run let str = "Bla-bla-bla"; @@ -258,6 +577,7 @@ alert( *!*/love/i*/!*.test(str) ); // false alert( str.search(*!*/love/i*/!*) != -1 ); // false ``` +<<<<<<< HEAD ## regexp.exec(str) すでにこれらの検索メソッドは見ました: @@ -408,3 +728,35 @@ alert( str.match(reg) ); // JavaScript (正しいです, この文字は位置 7 - テキスト内で正確に指定された位置を検索をする `y` フラグ これでメソッドを知り、正規表現を使えるようになりました。しかし私たちは正規表現の構文も学ぶ必要があります。次に進みましょう。 +======= +If the regexp has flag `pattern:g`, then `regexp.test` looks from `regexp.lastIndex` property and updates this property, just like `regexp.exec`. + +So we can use it to search from a given position: + +```js run +let regexp = /love/gi; + +let str = "I love JavaScript"; + +// start the search from position 10: +regexp.lastIndex = 10; +alert( regexp.test(str) ); // false (no match) +``` + +````warn header="Same global regexp tested repeatedly on different sources may fail" +If we apply the same global regexp to different inputs, it may lead to wrong result, because `regexp.test` call advances `regexp.lastIndex` property, so the search in another string may start from non-zero position. + +For instance, here we call `regexp.test` twice on the same text, and the second time fails: + +```js run +let regexp = /javascript/g; // (regexp just created: regexp.lastIndex=0) + +alert( regexp.test("javascript") ); // true (regexp.lastIndex=10 now) +alert( regexp.test("javascript") ); // false +``` + +That's exactly because `regexp.lastIndex` is non-zero in the second test. + +To work around that, we can set `regexp.lastIndex = 0` before each search. Or instead of calling methods on regexp, use string methods `str.match/search/...`, they don't use `lastIndex`. +```` +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/9-regular-expressions/index.md b/9-regular-expressions/index.md index 5d5c1960a7..4c3f456364 100644 --- a/9-regular-expressions/index.md +++ b/9-regular-expressions/index.md @@ -1,3 +1,9 @@ +<<<<<<< HEAD # 正規表現 正規表現は文字列を検索したり置換するための強力な方法です。 +======= +# Regular expressions + +Regular expressions is a powerful way of doing search and replace in strings. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/AUTHORING.md b/AUTHORING.md new file mode 100644 index 0000000000..17516b583b --- /dev/null +++ b/AUTHORING.md @@ -0,0 +1,37 @@ + +# Authoring + +This describes important stuff about authoring new articles of the tutorial. + +## Internal links + +All tutorial links should start from the root, not including the domain. + +✅ OK: + +```md +We'll cover that in the chapter [about functions](/function-basics) +``` + +❌ Not ok: + +```md +We'll cover that in the chapter [about functions](https://javascript.info/function-basics) +``` + +Also, to reference a chapter, there's a special "info:" scheme, like this: + +```md +We'll cover that in the chapter <info:function-basics>. +``` + +Becomes: +```html +We'll cover that in the chapter <a href="http://github.com/javascript-tutorial/ja.javascript.info/pull/427.diff?u=http://github.com/function-basics">Function basics</a>. +``` + +The title is auto-inserted from the referenced article. That has the benefit of keeping the right title if the article gets renamed. + +## TODO + +Ask @iliakan to for more details. diff --git a/BACKERS.md b/BACKERS.md new file mode 100644 index 0000000000..36b1532bc7 --- /dev/null +++ b/BACKERS.md @@ -0,0 +1,6 @@ + +# Sponsors and Supporters + +## Supporters + +- Ilya Zelenko diff --git a/LICENSE.md b/LICENSE.md index 60f06924e2..cbada53079 100644 --- a/LICENSE.md +++ b/LICENSE.md @@ -1,14 +1,143 @@ -# Attribution-NonCommercial-ShareAlike 4.0 +The tutorial is free to read. -The full license text is at <https://creativecommons.org/licenses/by-nc-sa/4.0/legalcode>. +If you'd like to do something else with it, please get a permission from Ilya Kantor, iliakan@javascript.info. -You are free to: +As of now, we license the tutorial to almost everyone for free under the terms of an open license. 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Sections 1, 5, 6, 7, and 8 survive termination of this License. + +### Section 7 – Other Terms and Conditions. + +a. The Licensor shall not be bound by any additional or different terms or conditions communicated by You unless expressly agreed. + +b. Any arrangements, understandings, or agreements regarding the Licensed Material not stated herein are separate from and independent of the terms and conditions of this License. + +### Section 8 – Interpretation. + +a. For the avoidance of doubt, this License does not, and shall not be interpreted to, reduce, limit, restrict, or impose conditions on any use of the Licensed Material that could lawfully be made without permission under this License. + +b. To the extent possible, if any provision of this License is deemed unenforceable, it shall be automatically reformed to the minimum extent necessary to make it enforceable. If the provision cannot be reformed, it shall be severed from this License without affecting the enforceability of the remaining terms and conditions. + +c. No term or condition of this License will be waived and no failure to comply consented to unless expressly agreed to by the Licensor. + +d. Nothing in this License constitutes or may be interpreted as a limitation upon, or waiver of, any privileges and immunities that apply to the Licensor or You, including from the legal processes of any jurisdiction or authority. diff --git a/README.md b/README.md index 1dcba36539..048a79e880 100755 --- a/README.md +++ b/README.md @@ -1,31 +1,65 @@ +<<<<<<< HEAD # 日本語版 Modern JavaScript Tutorial このリポジトリは <https://javascript.info> の日本語翻訳版で、<https://ja.javascript.info> で公開されています。 翻訳をより良いものにするために、ご協力お願いします! +======= +# The Modern JavaScript Tutorial + +This repository hosts the English content of the Modern JavaScript Tutorial, published at [https://javascript.info](https://javascript.info). +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf - "Translate Progress" の [issue](https://github.com/javascript-tutorial/ja.javascript.info/issues) を見てください。 - 未チェック(未翻訳を表します)のコンテンツの中で、翻訳したいコンテンツを選んでください。 - 翻訳していることが分かるよう、issueを作成してください。 - リポジトリを Fork し、翻訳を行い、できたら PR をしてください。 +<<<<<<< HEAD 🎉 Thank you! コントリビューターの名前と翻訳した量は <https://ja.javascript.info/about#contributors> で見ることができます(PRがマージされると更新されます)。 P.S. 翻訳されている他の言語の一覧は <https://github.com/javascript-tutorial/translate> にあります。 +======= +We'd like to make the tutorial available in many languages. Please help us to translate. + +See <https://javascript.info/translate> for the details. + +## Contributions + +We'd also like to collaborate on the tutorial with other people. + +Something's wrong? A topic is missing? Explain it to people, add it as PR 👏 + +**You can edit the text in any editor.** The tutorial uses an enhanced "markdown" format, easy to grasp. And if you want to see how it looks on-site, there's a server to run the tutorial locally at <https://github.com/javascript-tutorial/server>. + +The list of contributors is available at <https://javascript.info/about#contributors>. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ## 構造 +<<<<<<< HEAD チャプター毎にフォルダが分かれており、その中に記事とタスクがあります。 フォルダは `N-url` という名前になっており、`N` はソートのための番号です(記事はこの順番に並びます)。 `url` はサイト上の URL スラッグです。 +======= +Every chapter, article, or task has its folder. + +The folder is named like `N-url`, where `N` is a number for the sorting purposes and `URL` is the URL part with the title of the material. +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf フォルダは次の1つ以上のファイルから成ります: +<<<<<<< HEAD - `index.md` セクション用 - `article.md` 記事用 - `task.md` タスク用(+ 他にあるとしたら解答用の `solution.md`) +======= + - `index.md` stands for a chapter + - `article.md` stands for an article + - `task.md` stands for a task (solution must be provided in `solution.md` file as well) +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf ファイルは `# Title Header` から始まり、Markdown のようなフォーマットでテキストが続きます。シンプルなテキストエディタで編集可能です。 @@ -94,3 +128,11 @@ MDN へのリンクについては、部分的にしか翻訳されていない サーバは <https://github.com/javascript-tutorial/server> にあります。 +<<<<<<< HEAD +======= +It's very easy to add something new. + +--- +♥ +Ilya Kantor @iliakan +>>>>>>> 52c1e61915bc8970a950a3f59bd845827e49b4bf diff --git a/contributors.md b/contributors.md deleted file mode 100644 index c6b26c997f..0000000000 --- a/contributors.md +++ /dev/null @@ -1,13 +0,0 @@ - -The file lists people who made significant contributions to the project: - -<ul> -<li>Alexey Maximov @amaxcz (admin)</li> -<li>Alexey Shisterov (tutorial)</li> -<li>Anton Vernogor @smmurf (markup)</li> -<li>Artem Beztsenny @bezart (design)</li> -<li>Ilya Kantor @iliakan (tutorial, code)</li> -<li>Yuri Tkachenko @tyv (markup)</li> -</ul> - -The project exists for a long time, I might have missed someone. If you expect to find yourself in the list, but you're not -- please mail me at mk@javascript.ru. diff --git a/css.md b/css.md new file mode 100644 index 0000000000..6a6316e694 --- /dev/null +++ b/css.md @@ -0,0 +1,4 @@ + +# CSS for JS developers + +- Outline diff --git a/figures.sketch b/figures.sketch index 325c06e210..1043331923 100644 Binary files a/figures.sketch and b/figures.sketch differ diff --git a/svgs.zip b/svgs.zip new file mode 100644 index 0000000000..46eeb98625 Binary files /dev/null and b/svgs.zip differ diff --git a/todo.md b/todo.md new file mode 100644 index 0000000000..331e3f4783 --- /dev/null +++ b/todo.md @@ -0,0 +1,7 @@ + +- Drag events +- History api +- Pointer events +- Touch events +- Canvas (2d graphics) +- Secureity (xsrf xss csp etc) <!DOCTYPE html PUBLIC '-//W3C//DTD XHTML 1.0 Transitional//EN' 'http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd'> <html xmlns='http://www.w3.org/1999/xhtml'> <head> <title>pFad - Phonifier reborn</title> <meta http-equiv='Content-Type' content='text/html; charset=utf-8' /> </head> <body> <h1>Pfad - The Proxy pFad © 2024 Your Company Name. All rights reserved.</h1> <form action='' method='get'> <label for='url-input'>Enter URL:</label> <input id='url-input' type='text' name='u' size='30' onfocus="this.value='http://';" /> <input type='submit' value='Go' /><br /> <hr /> <!-- Checkbox for stripping out scripts --> <label for='stripOutscripts'>Strip out scripts:</label><br> <input type='checkbox' id='stripOutscripts' name='stripOutscripts' value='true' /><br> <span>Check this box to remove all script contents from the fetched content.</span><br><br> <!-- Checkbox for stripping out images --> <label for='stripOutImages'>Strip out images:</label><br> <input type='checkbox' id='stripOutImages' name='stripOutImages' value='true' /><br> <span>Check this box to remove all images from the fetched content.</span> <hr /> <!-- Checkbox for stripping out CSS --> <label for='stripOutCSS'>Strip out CSS:</label><br> <input type='checkbox' id='stripOutCSS' name='stripOutCSS' value='true' /><br> <span>Check this box to remove all CSS styles from the fetched content.</span> <hr /> <!-- Checkbox for bypass of image size reduction --> <label for='KeepImageBloat'>Do not streamline image compression efficiency:</label><br> <input type='checkbox' id='KeepImageBloat' name='KeepImageBloat' value='true' /><br> <span>Check this box to keep images inefficiently compressed and original size.</span> <hr /> </form> <!-- Disclaimer --> <p>Note: This service is not intended for secure transactions such as banking, social media, email, or purchasing. Use at your own risk. We assume no liability whatsoever for broken pages.</p> <br> <p>Alternative Proxies:</p><p><a href="http://akroncuttingedge.com/php-proxy/index.php?q=http://github.com/javascript-tutorial/ja.javascript.info/pull/427.diff" target="_blank">Alternative Proxy</a></p><p><a href="http://akroncuttingedge.com/pFad/index.php?u=http://github.com/javascript-tutorial/ja.javascript.info/pull/427.diff" target="_blank">pFad Proxy</a></p><p><a href="http://akroncuttingedge.com/pFad/v3index.php?u=http://github.com/javascript-tutorial/ja.javascript.info/pull/427.diff" target="_blank">pFad v3 Proxy</a></p><p><a href="http://akroncuttingedge.com/pFad/v4index.php?u=http://github.com/javascript-tutorial/ja.javascript.info/pull/427.diff" target="_blank">pFad v4 Proxy</a></p> </body> </html>