The missing web features of iOS
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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
Standard built-in objectsArrayBufferConstructorArrayBuffer() constructorPropertiesArrayBuffer[@@species]ArrayBuffer.prototype.byteLengthArrayBuffer.prototype.detachedArrayBuffer.prototype.maxByteLengthArrayBuffer.prototype.resizableMethodsArrayBuffer.isView()ArrayBuffer.prototype.resize()ArrayBuffer.prototype.slice()ArrayBuffer.prototype.transfer()ArrayBuffer.prototype.transferToFixedLength()Inher
Web development moves at lightning speed. I still remember when I first started using libraries like jQuery, Prototype, script.aculo.us, Zepto, and many more. Even with modern tools like Angular, VueJS, React, Solid and Svelte, we still have to deal with the Document Object Model (DOM). While these frameworks encapsulate and hide direct DOM management, they still give us access to work with the DO
こんにちは TAG-さん! I'm requesting a TAG review of deliveryType (part of Resource Timing). Resources on the web are usually fetched via HTTP (from the origin server), but in some cases they are known to be delivered from a cache or other buffer, in a way that affects loading performance. Insight into this is useful for authors understanding when these caches accelerate resource loading. The deliveryType
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
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
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 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,
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