Compression Streams are now supported on all browsers | Blog | web.dev
Compression Streams are now supported on all browsers Stay organized with collections Save and categorize content based on your preferences. The Compression Streams API is for compressing and decompressing streams of data using the gzip or deflate (or deflate-raw) formats. Using the built-in compression of the Compression Streams API, JavaScript applications do not need to include a compression li
Interop 2024がスタート | フロントエンドBlog | ミツエーリンクス
Interop 2022、Interop 2023に続き、Interop 2024の取り組みがスタートした旨を知らせる記事が、参加組織それぞれから一斉に公開されました。 Interop 2024 | Blog | web.dev The web just gets better with Interop 2024 | WebKit Interop 2024 Launch - Bocoup Interop 2024 Launches | Igalia Microsoft Edge and Interop 2024 - Microsoft Edge Blog Announcing Interop 2024 - Mozilla Hacks - the Web developer blog 加えて、既にInterop 2024 Dashboardが公開されています。Interop 2023より引き
Working together on Interop 2022
From the very beginning, the web was always intended to work in any browser, on any computer. This is possible through interoperability — when each underlying web technology is implemented in the same way in every browser. To reach interoperability, it takes a commitment from all browser engineers to implement web technology according to web standards — the incredibly detailed specifications where
Getting Started With the File System Access API | CSS-Tricks
The File System Access API is a web API that allows read and write access to a user’s local files. It unlocks new capabilities to build powerful web applications, such as text editors or IDEs, image editing tools, improved import/export, all in the frontend. Let’s look into how to get started using this API. Reading files with the File System Access API Before diving into the code required to read
A list of every web API in Deno
Have you ever wondered how web compatible Deno is? Probably not, but I did today. To answer that question, I am writing this blog post: I’ll list and explain every single web API implemented in Deno. Get yourself something to drink, because this is going to take a while to go through. Before we get into it though, I just want to set some ground rules: I am not including any JS language features. O
Safe DOM manipulation with the Sanitizer API | Articles | web.dev
Safe DOM manipulation with the Sanitizer API Stay organized with collections Save and categorize content based on your preferences. The new Sanitizer API aims to build a robust processor for arbitrary strings to be safely inserted into a page. Applications deal with untrusted strings all the time, but safely rendering that content as part of an HTML document can be tricky. Without sufficient care,
Modern client-side routing: the Navigation API | Web Platform | Chrome for Developers
Single-page applications, or SPAs, are defined by a core feature: dynamically rewriting their content as the user interacts with the site, instead of the default method of loading entirely new pages from the server. While SPAs have been able to bring you this feature via the History API (or in limited cases, by adjusting the site's #hash part), it's a clunky API developed long-before SPAs were the
Insertable streams for MediaStreamTrack | Capabilities | Chrome for Developers
Background In the context of the Media Capture and Streams API the MediaStreamTrack interface represents a single media track within a stream; typically, these are audio or video tracks, but other track types may exist. MediaStream objects consist of zero or more MediaStreamTrack objects, representing various audio or video tracks. Each MediaStreamTrack may have one or more channels. The channel r
URLPattern brings routing to the web platform | Web Platform | Chrome for Developers
Background Routing is a key piece of every web application. At its heart, routing involves taking a URL, applying some pattern matching or other app-specific logic to it, and then, usually, displaying web content based on the result. Routing might be implemented in a number of ways: it's sometimes code running on a server that maps a path to files on disk, or logic in a single-page app that waits
Recognize your users' handwriting | Web Platform | Chrome for Developers
What is the Handwriting Recognition API? The Handwriting Recognition API allows you to convert handwriting (ink) from your users into text. Some operating systems have long included such APIs, and with this new capability, your web apps can finally use this functionality. The conversion takes place directly on the user's device, works even in offline mode, all without adding any third-party librar
リソースの読み込みを助けるウェブブラウザ API の世界
ウェブブラウザはネットワークから様々なリソースを集め、それらを処理して組み合わせてウェブページをレンダリングします。リソースが揃わないとレンダリングできないので、この一連の処理のどこかが遅れるとページの表示も遅くなります。レンダリングをすみやかに開始できるようにウェブブラウザはリソースの取得やその処理を最適化するための API を提供しています。本記事ではそれらを網羅的に紹介し、ウェブアプリの性能改善を図る上でどのようなブラウザ機能が使えるのかを知ってもらうことを目的としています。各機能の具体的な適用事例については他の記事に委ねます。 本記事の内容は記事公開時点での情報に基づいており、閲覧時点では既に古くなっている可能性があります。最新の正確な情報は一次情報源を参照してください。また特定のブラウザ実装について言及する場合は、断りがない限り Chrome を想定しています。誤りや補足、質問な
Accessing hardware devices on the web | Articles | web.dev
Accessing hardware devices on the web Stay organized with collections Save and categorize content based on your preferences. The goal of this guide is to help you pick the best API to communicate with a hardware device (e.g. webcam, microphone, etc.) on the web. By "best" I mean it gives you everything you need with the shortest amount of work. In other words, you know the general use case you wan
Strategies for Telemetry Exfiltration (aka Beaconing In Practice)
Nic Jansma (@nicj) is a software developer at Akamai building high-performance websites, apps and open-source tools. Table of Contents Introduction What are Beacons? Beaconing Stages Sending Data at Startup Gathering Data through the Page Load Incrementally Gathering Telemetry throughout a Page’s Lifetime Gathering Data up to the End of the Page “Whenever” How Many Beacons? A Single Beacon Multipl
Better JS scheduling with isInputPending() | Capabilities | Chrome for Developers
Loading fast is hard. Sites that leverage JS to render their content currently have to make a trade-off between load performance and input responsiveness: either perform all the work needed for display all at once (better load performance, worse input responsiveness), or chunk the work into smaller tasks in order to remain responsive to input and paint (worse load performance, better input respons
Let installed web applications be file handlers | Capabilities | Chrome for Developers
Now that web apps are capable of reading and writing files, the next logical step is to let developers declare these very web apps as file handlers for the files their apps can create and process. The File Handling API allows you to do exactly this. After registering a text editor app as a file handler and after installing it, you can right-click a .txt file on macOS and select "Get Info" to then
Video processing with WebCodecs | Web Platform | Chrome for Developers
Modern web technologies provide ample ways to work with video. Media Stream API, Media Recording API, Media Source API, and WebRTC API add up to a rich tool set for recording, transferring, and playing video streams. While solving certain high-level tasks, these APIs don't let web programmers work with individual components of a video stream such as frames and unmuxed chunks of encoded video or au
Managing several displays with the Window Management API | Capabilities | Chrome for Developers
Window Management API The Window Management API allows you to enumerate the displays connected to your machine and to place windows on specific screens. Suggested use cases Examples of sites that may use this API include: Multi-window graphics editors à la Gimp can place various editing tools in accurately positioned windows. Virtual trading desks can show market trends in multiple windows any of
Webbundle によるサブリソース取得の最適化 | blog.jxck.io
Intro WebBundle を用いてサブリソースのみを Bundle する、 Subresource Bundle の策定と実装が進んでいる。 これを用いると、複数サブリソースの取得を一回の fetch で行うことができ、 RTT を減らしつつも個別に取得したかのようにキャッシュを制御できる。 現時点での仕様と実装を解説する。 Intent to Prototype: Subresource loading with Web Bundles Subresource Bundling WebBundle の初期の仕様は、 HTML を頂点としたページ全体をまとめる方向で始まった。 WebBundle によるコンテンツの結合と WebPackaging | blog.jxck.io これをサブリソース(JS, CSS, Img etc)に対して利用できるようにする仕様だ。 HTML 自体は
Detect inactive users with the Idle Detection API | Capabilities | Chrome for Developers
How to use the Idle Detection API Feature detection To check if the Idle Detection API is supported, use: if ('IdleDetector' in window) { // Idle Detector API supported } Idle Detection API concepts The Idle Detection API assumes that there is some level of engagement between the user, the user agent (that is, the browser), and the operating system of the device in use. This is represented in two
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Compute Pressure API | Web Platform | Chrome for Developers