WebAssembly for Native Games on the Web – Mozilla Hacks - the Web developer blog
The biggest improvement this year to web performance has been the introduction of WebAssembly. Now available in Firefox and Chrome, and coming soon in Edge and WebKit, WebAssembly enables the execution of code at a low assembly-like level in the browser. Mozilla has worked closely with the games industry for several years to reach this stage: including milestones like the release of games built wi
The Next Generation of Web Gaming – Mozilla Hacks - the Web developer blog
Over the last few years, Mozilla has worked closely with other browsers and the industry to advance the state of games on the Web. Together, we have enabled developers to deploy native code on the web, first via asm.js, and then with its successor WebAssembly. Now available in Firefox and Chrome, and also soon in Edge and WebKit, WebAssembly enables near-native performance of code in the browser,
A cartoon intro to WebAssembly – Mozilla Hacks - the Web developer blog
WebAssembly is fast. You’ve probably heard this. But what is it that makes WebAssembly fast? In this series, I want to explain to you why WebAssembly is fast. Wait, so what is WebAssembly? WebAssembly is a way of taking code written in programming languages other than JavaScript and running that code in the browser. So when people say that WebAssembly is fast, what they are comparing it to is Java
Compiling Rust to WebAssembly Guide
So you are intrigued what WebAssembly is and want to try it? Since December 22 it’s possible to compile Rust to WASM. If you don’t know anything about Rust language, I recommend you to read about it, it’s awesome! However you don’t need to know how to write programs in Rust for this guide. I’ve been stuck many times before I ran WASM in VM. I’ve spent hours figuring out what’s wrong on each step a
design/FAQ.md at main · WebAssembly/design
... especially since pthreads (Mozilla pthreads, Chromium pthreads) and SIMD (simd.js, Chromium SIMD, simd.js in asm.js) are coming to JavaScript. There are two main benefits WebAssembly provides: The kind of binary format being considered for WebAssembly can be natively decoded much faster than JavaScript can be parsed (experiments show more than 20× faster). On mobile, large compiled codes can e
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GitHub - sebmarkbage/ocamlrun-wasm: OCamlrun WebAssembly - OCaml Bytecode Interpreter in WASM
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