https://stackoverflow.com › questions › 59708546

In order to manipulate the DOM you have to do this via the JavaScript host - your WebAssembly module has to send messages to JavaScript 'asking' it to manipulate the DOM on its behalf. As this is quite a common challenge, there are various community project that have solutions to the problem.

https://developer.mozilla.org › fr › docs › WebAssembly › Using_the_JavaScript_API

Parcourons quelques exemples illustrant l'utilisation de l'API Webassembly JavaScript, et en particulier la manière dont elle peut être utilisé pour charger un module wasm au sein d'une page web.

https://developer.mozilla.org › en-US › docs › WebAssembly › Using_the_JavaScript_API

This article has taken you through the basics of using the WebAssembly JavaScript API to include a WebAssembly module in a JavaScript context and make use of its functions, and how to use WebAssembly memory and tables in JavaScript. We also touched on the concept of multiplicity.

https://developer.mozilla.org › fr › docs › WebAssembly

Dans cet article, on aborde comment récupérer, compiler et instancier en associant l'API WebAssembly JavaScript avec les API Fetch ou XHR. Mettre en cache des modules WebAssembly compilés. La mise en cache de grands modules WebAssembly côté client permet d'améliorer les performances au démarrage.

https://webassembly.github.io › spec › js-api

This document provides an explicit JavaScript API for interacting with WebAssembly. This is part of a collection of related documents: the Core WebAssembly Specification, the WebAssembly JS Interface, and the WebAssembly Web API.

https://webassembly.org

WebAssembly describes a memory-safe, sandboxed execution environment that may even be implemented inside existing JavaScript virtual machines. When embedded in the web, WebAssembly will enforce the same-origin and permissions security policies of the browser.

https://webassembly.org › getting-started › js-api

For basic loading, there are three steps: Get the .wasm bytes into a typed array or ArrayBuffer. Compile the bytes into a WebAssembly.Module. Instantiate the WebAssembly.Module with imports to get the callable exports. Let’s talk about these steps in more detail.

https://webassembly.org › docs › faq

This includes allowing WebAssembly code to allocate and access garbage-collected (JavaScript, DOM, Web API) objects . Even before GC support is added to WebAssembly, it is possible to compile a language’s VM to WebAssembly (assuming it’s written in portable C/C++) and this has already been demonstrated (1, 2, 3).

https://devdoc.net › ... › en-US › docs › WebAssembly › Using_the_JavaScript_API.html

Using the WebAssembly JavaScript API. Using the Web Assembly Java Script API. In This Article. If you have already compiled a module from another language using tools like Emscripten, or loaded and run the code yourself, the next step is to learn more about using the other features of the WebAssembly JavaScript API.