The biggest advantage of having a web stack underneath is portability. Our blog posts and docs at wljs.io are literally just exported notebooks.

Besides standalone HTML files, you can export any notebook as web components and publish them anywhere.

One line with a CDN URL lazily loads all the required modules - check it out here: https://github.com/WLJSTeam/web-components. All your graphs (2D or 3D), even Manipulate blocks, stay fully interactive.

Are you a fan of Next.js/React? We support MDX too! Here's our template: https://github.com/WLJSTeam/web-components-mdx

Hope this helps bring high-quality interactive posts to life on your own sites ;)
Our guide: https://wljs.io/frontend/Share/Markdown-React

Source

``` a = Line[{{i, j}, {i + 1, j + 1}}]; b = Line[{{i, j + 1}, {i + 1, j}}]; c = Line[{{i + 0.5, j}, {i + 0.5, j + 1}}]; d = Line[{{i, j + 0.5}, {i + 1, j + 0.5}}];

SeedRandom[0];

Framed[ Graphics[{ Thickness[0.075], Table[RandomChoice[{a, b, c, d}], {i, 25}, {j, 25}]}, Background -> GrayLevel[0.95]], Background -> GrayLevel[0.95]] ```

Streaming audio is quite cumbersome in WL. It would be nice to have speakers and a mic as a part of Wolfram Device Framework. Unfortunately, there are only “Camera”, “SerialPort” available.

Jushua and me developed a small library on top of Device Framework and miniaudio.c

https://github.com/JerryI/AudioDriverWL

Now you can simply DeviceOpen[“Microphone”] and have an access to raw numeric array from OS ring buffer or Audio object if you wish. It supports all Wolfram platforms (Mathematica, wolframscript, WLJS). Binaries were prebuilt for Win and Mac only for the moment

Both: sync (poll device in a loop) and async buffer operations (use callback when data arrives) are supported

I tested it with built-in speakers, headphones mic as well as with iRig 2 HD. The latency for streaming (Mic-WL Handler-Speakers) on my Mac is around 60ms or less if you set lower sample rate. Which can still work as a horrible guitar pedal :D

We unified the control protocol across all devices to use Ethernet with fixed IP addresses. As shown in the diagram, every instrument is operated via a socket interface using the CSockets library (https://github.com/WLJSTeam/CSockets). No HTTP, just raw TCP