Two years ago I wrote a blog post to announce that the GHC wasm backend had been merged upstream. I’ve been too lazy to write another blog post about the project since then, but rest assured, the project hasn’t stagnated. A lot of improvements have happened after the initial merge, including but not limited to: Many, many bugfixes in the code generator and runtime, witnessed by the full GHC testsu
Hoot is a Spritely project which provides a full-featured WebAssembly (Wasm) toolkit in Scheme. Hoot includes a Scheme to Wasm compiler, allowing Scheme code to run in recent browsers as a first-class citizen. Hoot requires no external tools and provides its own Wasm assembler and linker, and additionally contains a fully featured development environment including a disassembler, interpreter, and
It's been just over three months since we announced the Guile on WebAssembly project (codenamed Hoot). Since then we've brought on two fantastic hackers to develop the project and progress has been quick. We now are at the point where we have things to show: we can now compile various Scheme procedures directly to WebAssembly. Let's clarify that: by compiling directly to WebAssembly, we mean they
New functionality for developers—brought to you by WebAssembly Stay organized with collections Save and categorize content based on your preferences. WebAssembly enables developers to bring new performant functionality to the web from other languages. Over the past few years developers have really taken advantage of the possibilities. This post showcases just a few of the shiny new tools that you
Get started easily with .NET SDK 6.0.101 Install the project template: Create a project: Build and run: F# on the client side, no JavaScript Bolero uses Blazor to bring F# to WebAssembly. Create dynamic HTML content using a concise and readable syntax, in a full-fledged client-side .NET web framework.
WebAssembly and Back Again: Fine-Grained Sandboxing in Firefox 95 In Firefox 95, we’re shipping a novel sandboxing technology called RLBox — developed in collaboration with researchers at the University of California San Diego and the University of Texas — that makes it easy and efficient to isolate subcomponents to make the browser more secure. This technology opens up new opportunities beyond wh
Wasmtime, the WebAssembly runtime from the Bytecode Alliance, recently added an early preview of an API for .NET Core, Microsoft’s free, open-source, and cross-platform application runtime. This API enables developers to programmatically load and execute WebAssembly code directly from their .NET programs. .NET Core is already a cross-platform runtime, so why should .NET developers pay any attentio
Announcing the Bytecode Alliance: Building a secure by default, composable future for WebAssembly Today we announce the formation of the Bytecode Alliance, a new industry partnership coming together to forge WebAssembly’s outside-the-browser future by collaborating on implementing standards and proposing new ones. Our founding members are Mozilla, Fastly, Intel, and Red Hat, and we’re looking forw
WebAssembly Interface Types: Interoperate with All the Things! People are excited about running WebAssembly outside the browser. That excitement isn’t just about WebAssembly running in its own standalone runtime. People are also excited about running WebAssembly from languages like Python, Ruby, and Rust. Why would you want to do that? A few reasons: Make “native” modules less complicated Runtimes
Standardizing WASI: A system interface to run WebAssembly outside the web Today, we announce the start of a new standardization effort — WASI, the WebAssembly system interface. Why: Developers are starting to push WebAssembly beyond the browser, because it provides a fast, scalable, secure way to run the same code across all machines. But we don’t yet have a solid foundation to build upon. Code ou
Fast, Bump-Allocated Virtual DOMs with Rust and Wasm Dodrio is a virtual DOM library written in Rust and WebAssembly. It takes advantage of both Wasm’s linear memory and Rust’s low-level control by designing virtual DOM rendering around bump allocation. Preliminary benchmark results suggest it has best-in-class performance. Background Dodrio from a User’s Perspective Internal Design Preliminary Be
It's consistently fast, yo In my previous articles I talked about how WebAssembly allows you to bring the library ecosystem of C/C++ to the web. One app that makes extensive use of C/C++ libraries is squoosh, our web app that allows you compress images with a variety of codecs that have been compiled from C++ to WebAssembly. WebAssembly is a low-level virtual machine that runs the bytecode that is
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People have a misconception about WebAssembly. They think that the WebAssembly that landed in browsers back in 2017—which we called the minimum viable product (or MVP) of WebAssembly—is the final version of WebAssembly. I can understand where that misconception comes from. The WebAssembly community group is really committed to backwards compatibility. This means that the WebAssembly that you creat
はじめに フィボナッチで各種言語をベンチマークを見て、そのページに無いWebAssemblyでベンチマークを取ったらどうなるか試してみました。 あと、バイトコードや Lisp の話も少々。 WebAssembly 版 早速、WebAssembly 版のコードを掲載します。 コードはテキスト形式(.wat)をThe WebAssembly Binary Toolkitを使ってバイナリ形式(.wasm)にコンパイルします。(詳細は検索すると色々出てくるので、そちらを参照してください) これが最善の書き方か全然分かりません…。少なくともちゃんと動いています。 ちなみに、.watは S 式と呼ばれる、Lisp 好きにはたまらない見栄えをしています。 Lisper であれば「読める、読めるぞ！」と言いたくなる事でしょう(笑)。 (module (func $fib (param $n i32) (r
At Mozilla, we want WebAssembly to be as fast as it can be. This started with its design, which gives it great throughput. Then we improved load times with a streaming baseline compiler. With this, we compile code faster than it comes over the network. So what’s next? One of our big priorities is making it easy to combine JS and WebAssembly. But function calls between the two languages haven’t alw
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