native-messaging-nodejs VS dom-examples

And/or control node and any other programming language from the browser using Native Messaging native-messaging-nodejs.

We can process asynchronous tasks without blocking reading stdin (e.g., full-duplex).

WHat do you mean by "contribute"? I download only the node executable using download-node-nightly-executable to run native-messaging-nodejs, servers, or whatever else I decide to experiement on - without downloading any packages.

I re-wrote the original code substituting using readSync for process.stdin.on('readable', () => {}) and including process.stdout._handle.setBlocking(true) and readFullSync function contributed by a Deno user https://github.com/guest271314/native-messaging-nodejs/blob/main/nm_nodejs.mjs. I wanted to a) get the input message (up to 1MB at a time) echo'ed back to the client; and b) get away from using process.stdin.on('readable', () => {}), rather use an approach that did not include event listeners; c) get away from using CommonJS and package.json and instead use Ecmascript modules without package.json.

If you want you can use a Node.js Native Messaging host https://github.com/guest271314/native-messaging-nodejs, Deno, QuickJS, txiki.js, Bun, C, C++, Python, WASI/WebAssembly or whatever language is built in, e.g., Bash.

I just fetch the nightly node executable, get rid of everything else in the archive, use .mjs extension for import to work without package.json, then I can connect to the host https://github.com/guest271314/native-messaging-nodejs, and start subprocesses, e.g., raw PCM streams, where stdout is streamed to the client (browser), e.g, https://github.com/guest271314/captureSystemAudio/blob/master/native_messaging/capture_system_audio/capture_system_audio_node.js.

Yes, utilizing Native Messaging https://github.com/guest271314/native-messaging-nodejs.

Fonte: MDN web docs

References MDN Chrome Docs

> if writing a browser today is in fact easier than both writing AND maintaining a browser a decade back.

Probably not. Yeah we have web standards and some idea of how to architect it, but the total set of APIs and HTML/CSS/JS features a browser supports is probably changing faster than the Ladybird team can actively implement it. The API surface is just impossibly large compared to 10 or 15 years ago. Look at all of these: https://developer.mozilla.org/en-US/docs/Web/API

I added polyfills for the Web APIs used in the React code.

In addition to pure JavaScript, there are hundreds of Web APIs documented at MDN. These APIs cover everything from the DOM to Web Workers with great detail.

I'm reading MDN Web Docs on Web APIs. There are two basic sections, specifications and interfaces.

The biggest difference is usually found in what non-ECMAscript standard JS web apis or features are implemented in different browsers. Here's a list of typical web APIs, and for many of them there is a compatibility table at the bottom detailing which browser do or do not support it. https://developer.mozilla.org/en-US/docs/Web/API

Documentation of Web APIs and interfaces is located on the MDN (Mozilla Developer Network) website. The term "Web API" can refer to browser or server APIs. In this article, it refers to Browser APIs.

The second one was an afternoon of "boredom." I wanted to develop, but I was running out of ideas. So, I decided to explore something new. I navigated to the Web APIs page on MDN, and something caught my eye on the letter g: Gamepad API.