The fly.io distributed systems challenges solved in Rust

Related tags

Cryptography rustengan
Overview

The fly.io distributed systems challenges solved in Rust.

Live-streamed in https://youtu.be/gboGyccRVXI

License

Licensed under either of

at your option.

Contribution

Unless you explicitly state otherwise, any contribution intentionally submitted for inclusion in the work by you, as defined in the Apache-2.0 license, shall be dual licensed as above, without any additional terms or conditions.

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Comments
  • Broadcast known message optimization

    Broadcast known message optimization

    I hope it's ok, if I ask a question here. I'm wondering about the optimization introduced in this commit here: https://github.com/jonhoo/rustengan/commit/d96079dd211e85f859dd36af15332b562cbaa778

    I'm curious why this particular optimization was chosen. It seems to me there would be other ways of achieving this that are more obvious (to me at least) and would work better. Like acknowledging "gossip" messages with a "gossip_ok" messages and updating known when receiving a "gossip_ok" message. That would also allow for a couple of follow-up optimizations like not sending "gossip" messages, when all messages are known to the other node. You can further include messages in "gossip_ok" to gossip back.

    Having said that I'm also new to distributed systems, so I suspect I might be missing something rather important and the above is a terrible idea for some reason. So I'd really appreciate to learn more about why you chose to optimize it in this way.

    opened by DasIch 0
Owner
Jon Gjengset
Rust educational streamer. Rustacean at AWS. A fan of making things secure, fast, scalable, and well-documented.
Jon Gjengset
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