tachyon-networking VS backroll-rs

https://github.com/gamemachine/tachyon-networking/blob/master/src/tachyon.rs (This is just one file, there are many more as well)

enet - Golden standard, tested and reliable - Not native rust - Does not seem to be popular in rust turbulence - Readme says it is not stable, but last meaningful commit was 1 year ago - Lacking documentation and examples - Not very popular laminar - Last meaningful release was 3 years ago (ignoring changes that fix typos etc.) - Despite this, everywhere (book, readme) there are mentions that it is under "active development" - Created for Amethyst, which is dead. I am kinda fearful that the same thing will happen to this lib. Tachyon - New and not tested in the battle - Many features that other libraries have planned, Tachyon actually has implemented - Lacking documentation (except for one big readme file), tests, examples Quinn - Big, under active development (daily commits), very popular because web development. - Modular, ability to just use core implemetation: quinn-proto - Do i really need TLS certificates and cryptography for my playing with friends game server? - Stream based, I would need to implement recv/send messages on top of it (not that hard tbh) - Only reliable stream and "unreliable" messages.

I'll share two other options, of course with numerous caveats on each: - https://github.com/HouraiTeahouse/backroll-rs Looks great for low-latency games - https://partner.steamgames.com/doc/features/multiplayer Steam can be used on non-Steam platforms too, and has official-ish rust bindings but haven't tried this route

I haven't actually got to the point of trying to implement it in my fighting game engine but Backroll rs is a rust implementation of GGPO https://github.com/HouraiTeahouse/backroll-rs

Backroll-rs is a brand new networking library based on GGPO dedicated to peer-to-peer Rollback Netcode, for use in fighting games, platform fighters, and other games with less than 8 players that require low latency. We are looking for programmers familiar with Rust to help finish this project. We are 80% of the way completed with this project, but we need more unit tests and debugging to fully finish it.