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this post was submitted on 30 Jul 2024
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Learning Rust and Lemmy
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A collaborative space for people to work together on learning Rust, learning about the Lemmy code base, discussing whatever confusions or difficulties we're having in these endeavours, and solving problems, including, hopefully, some contributions back to the Lemmy code base.
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I've been able to find the following, but it does make sense and I've been reading articles for years saying the same thing. Memory bugs are the cause of the majority of security flaws in larger software. Rust, as it's memory safe by default, allows one to avoid this in the majority of the codebase. That link seperatly links off to google, microsoft, and a few others stating exactly that.
I haven't seen any direct "we switched to rust and now expeeriance 70% fewer errors" however, but the errors found would be impossible with rust, zig, or any other low level memory safe languages.
This post from 2022 was very interesting:
https://security.googleblog.com/2022/12/memory-safe-languages-in-android-13.html
Definitely interesting!
From the end of the article:
So have Google continued this and are generally pushing rust? With interest and support from Google, I'd imagine that'd flow into more contributions and financials etc.