Making WebAssembly even faster: Firefox’s new streaming and tiering compiler – Mozilla Hacks - the Web developer blog
Making WebAssembly even faster: Firefox’s new streaming and tiering compiler People call WebAssembly a game changer because it makes it possible to run code on the web faster. Some of these speedups are already present, and some are yet to come. One of these speedups is streaming compilation, where the browser compiles the code while the code is still being downloaded. Up until now, this was just
GitHub - tbfleming/cib: clang running in browser (wasm)
Try it at https://tbfleming.github.io/cib/ I'm trying to see how far wasm can go. Is it possible to compile clang to wasm and have it generate code within the browser? Current status: Works in Firefox 57 and Chrome 63 Change log: Build EOS contracts: https://tbfleming.github.io/cib/eos.html Integrate with user HTML Load gists Load header libraries in .zip files The runtime now consumes much less m
GitHub - xtuc/webassemblyjs: Toolchain for WebAssembly
ast - AST utils for webassemblyjs cli - Toolbox for WebAssembly dce - Eliminate unused functions in your WASM binary eslint-plugin-webassembly - ESLint plugin for WebAssembly. floating-point-hex-parser - Parser function for floating point hexadecimals. helper-buffer - Buffer manipulation helpers helper-fsm - FSM implementation helper-wasm-bytecode - Constants for the wasm format helper-wasm-sectio
How JavaScript works: A comparison with WebAssembly + why in certain cases it’s better to use it…
This is post # 6 of the series dedicated to exploring JavaScript and its building components. In the process of identifying and describing the core elements, we also share some rules of thumb we use when building SessionStack, a JavaScript tool for developers to identify, visualize, and reproduce web app bugs through pixel-perfect session replay. If you missed the previous chapters, you can find t
GitHub - Web-Sight/WebSight: OpenCV wasm and asm.js port
WebSight demonstrates a comparison of performance between JavaScript, asm.js, and WebAssembly. A user uploaded static image or live video is displayed for each target. Performance is measured by the length of time it takes to detect face(s) or eyes in the image or video. Each target is run in its own web worker. The popular open source computer vision library, OpenCV, was compiled using Emscripten
JS/wasm module integration
JS/wasm module integration A stage-setting introduction by Domenic Denicola
NectarJS | NectarJS
NectarJSJavaScript native compiler. No bytecode no VM, just pure native binaries. Performance and SpeedWith NectarJS's AOT compiler, your JavaScript code will outperform all other JavaScript engines and run with its full potential, without any bytecode or VM. One Language for AllWith NectarJS, you can create almost anything, from device drivers to desktop applications, with one language : JavaScri
From ASM.JS to WebAssembly – Brendan Eich
tl;dr I’m burying the lede with context and catch-up material first, so impatient or already-clued-in readers should skip to below the videos for today’s big news. Or just read Luke Wagner‘s blog post right now. My Fluent 2015 “ECMAScript Harmony: Rise of the Compilers” talk given on April 21st: Jeremy Ashkenas picked up this ball and ran into the next field’s end zone two days later in Brooklyn:
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GitHub - tuananh/camaro: camaro is a Node.js library that transform XML to JSON, using Node.js binding to native XML parser pugixml, one of the fastest XML parser around.
GitHub - 01alchemist/TurboScript: Super charged typed JavaScript dialect for parallel programming which compiles to WebAssembly
https://bugs.chromium.org/p/v8/issues/detail?id=6020&desc=2
GitHub - rsms/wasm-util: WebAssembly utilities
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