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The repo doesn't contain the actual distro itself, it appears to be loading CheerPX's virtualisation engine and feeding it a disk image here https://github.com/leaningtech/webvm/blob/6efab7e60bf6f173a2...
Assuming they wrote their own xterm interface (no idea if they did, I got as far as that), seems everything open-source is fetched by the client at runtime. This feels to me more like a bootloader than an OS. Not sure where that lands it license-wise whether merely linking to the image requires appropriate licensing and attribution but either way the work seems pretty straightforward to replicate assuming you have / can supply an xterminal-esque interface and can compile your OS image appropriately.
I don't think they're doing anything wrong licensing-wise but I guess it depends on how the law defines including software as a library, whether that needs to happen at compile time or run time, or whatever. Seems like a grey area?
Is there support for loopback networking (for IPC)? Is there a way to translate HTTP(S) requests to `fetch` requests? How difficult would it be to port a Go app that uses https://github.com/pion/webrtc to use the browser's native WebRTC?
I didn't see any benchmarks on the linked to page. I tried their sample Fibonacci program, but up to 100000 and ONLY timing actual execution (using the time Python module) to not include startup time, and WebVM only took 6.7 times as long as native for me. That's very impressive.
There's a similar but open source project called https://copy.sh/v86/. Using their arch Linux image with the exact same Fibonacci benchmark, it take 44 times as long as native. Thus the JIT compilation to WebAssembly they are doing with WebVM is pretty cool!
Have you tried compiling Linux as User Mode Linux with emscripten? I imagine something like this https://github.com/nabla-containers/nabla-linux would run on wasm, too?
Hosting SQLite Databases on GitHub Pages" https://news.ycombinator.com/item?id=28021766 : DuckDB can query [and page] Parquet from GitHub, sql.js-httpvfs, sqltorrent, File System Access API (Chrome only so far; IDK about resource quotas and multi-GB datasets), serverless search with WASM workers
https://github.com/phiresky/sql.js-httpvfs :
> sql.js is a light wrapper around SQLite compiled with EMScripten for use in the browser (client-side).
> This repo is a fork of and wrapper around sql.js to provide a read-only HTTP-Range-request based virtual file system for SQLite. It allows hosting an SQLite database on a static file hoster and querying that database from the browser without fully downloading it.
> The virtual file system is an emscripten filesystem with some "smart" logic to accelerate fetching with virtual read heads that speed up when sequential data is fetched. It could also be useful to other applications, the code is in lazyFile.ts. It might also be useful to implement this lazy fetching as an SQLite VFS [*] since then SQLite could be compiled with e.g. WASI SDK without relying on all the emscripten OS emulation.
Also, I'm not sure if jupyterlab/jupyterlab-google-drive works in JupyterLite yet? Is it yet possible to save notebooks and other files from JupyterLite running in WASM in the browser to one or more cloud storage providers?
Hey dude, I've been screwing around implementing plan9 semantics in a OS like system for the browser (https://github.com/intigos/possimpible). I'm interested in using a x86 emulator inside a webwoker that I'm using for processes so I can run x86 code. How hard is something like this? Can you give me some pointers on how to start working on this? Thanks!
It's not really a server but you can do some interesting stuff with intercepting fetches in Service Workers, e.g. https://servefolder.dev - a little side project of mine.
Sibling comments have mentioned web torrents, you could also look at IPFS for something related to what you're describing (without the abuse) https://ipfs.io/