Writing WebAssembly requires a strongly type language, which is why C, C++, Java and Rust can be used to write programs that compile to WebAssembly. So, JavaScript’s heyday as the only browser language is over, but most web developers are used to writing JavaScript, and learning a new syntax just to get access to WebAssembly is not (always) ideal. If only there was something in to bridge the gap…

Read the full article: https://medium.com/@velmu/typescript-is-the-bridge-between-javascript-and-webassembly-83be472f01ad

WebAssembly is a technology that was designed collaboratively for engineers from the major web browsers.

In the paper, “Bringing the Web up to Speed with WebAssembly” WebAssembly is defined as a low-level bytecode that is able to compile C/C++ programs to a subset of javascript called asm.js.

Read the full article: https://medium.com/@cchaconsartori/introduction-to-webassembly-with-c-part-i-64bcfad7ecb4

This article tells about my first practical experience with WebAssembly and few useful technics which I’ve obtained while creating vmsg library.

Read the full article: https://hackernoon.com/creating-webassembly-powered-library-for-modern-web-846da334f8fc

Cyber•Fund is introducing a series of publications that provide an overview of some of the best speaker topics we’ve hosted at our meetups. Nikolay Volf — lead software developer (Rust) — spoke about how WebAssembly is considered to be a major game changer for the world wide web. He believes that because “WebAssembly and Rust are based on the same principles, it is advisable to bundle them together.”

Read the full article: https://blog.cyber.fund/rust-contracts-and-webassembly-4b6cff87582f

One of the quick demos that I did was decoding "webp" images in both Chrome and Firefox. libwebp already had some experimental WASM support based on SDL, which Emscripten has support for via the canvas element.

Read the full article: https://medium.com/@kennethrohde/on-the-fly-webp-decoding-using-wasm-and-a-service-worker-33e519d8c21e

@kyo You can comment on the YouTube

WebAssembly (wasm) is an emerging standard – the future is coming. The support in browsers is already growing – what we still need is lowering the entry barrier for us, developers. Luckily, that is soon to be changed. I want to present you with a quick overview of something, that quite struck me – compiling TypeScript to WebAssembly. How is that possible? How close is it to be usable in production? Let’s find out!

Read the full article: https://wanago.io/2018/02/19/current-state-compiling-typescript-webassembly/

Binary encoded assembly is a really good description of WebAssembly language. Don’t expect anything fancy like a for-loop — it’s a lot lower level than that. It’s an efficient and fast stack machine that is safe, open and debuggable. It’s web tech! It is not some separate thing; this upholds all the values of the web. And this is REAL. A lot of people don’t realize this but WebAssembly is in your browser now. It’s in Firefox, it’s in Chrome. It’s in Safari, in Edge. And it is in Node.js. Download the latest version of node, type webassembly in, hit enter, you’re going to see there is an object there.

Read the full article: https://thenewstack.io/talking-wasm-paul-milham-webassembly-may-reinvent-write-ship-code-web/

Learn, Teach, Work and Play in the Web Assembly Studio http://webassembly.studio
GitHub https://github.com/wasdk/WebAssemblyStudio

How to set breakpoints and step through your original source files throughout the runtime execution of your WASM binary.
Using Firefox Quantum Beta Developer Edition on Windows 10. (Doesn't work in Chome AFAICT at time of writing)
Compiled with Visual Studio 2017 Community Edition, Emscripten 1.37.0, SDL2.0.6, and ANGLE-bf90b60.

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