Users are impressed by Astral's AI-driven Rust compiler for CPython bytecode because it demonstrates major AI progress and enables intuitive repo-based development.
Based on 3 visible X reactions from 6 accounts; directional sample.
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One of the most interesting things that I have enjoyed about Sol is that I can give it a repository and I can just tell it what I want. It will figure out all of it on its own: - where/when to merge a PR - where/when to do a release - where/when to update CI/CD and fix all the issues that arise in the process
@charliermarsh the more i read this the more impressed i was, damn ai has come far
@charliermarsh Big fan of background experimentation!
For fun, I also have 5.6 Sol building a CPython-compatible bytecode compiler. So far it's >40% faster with byte-for-byte compatibility on 64,535 out of 73,377 files in the corpus. Codex is just iterating on it autonomously to further optimize and reach 100% compatibility. https://x.com/charliermarsh/status/2075293476384657813/photo/1
It's kind of a surreal experience. I just get GitHub notifications throughout the day as PRs merge and numbers go up. It feels like anything that can be measured can be "solved"? I don't even know. https://x.com/charliermarsh/status/2075293841125412948/photo/1
Honestly I have no idea what to do with this. Ultimately it's an experiment.
Users are impressed by Astral's AI-driven Rust compiler for CPython bytecode because it demonstrates major AI progress and enables intuitive repo-based development.
Based on 3 visible X reactions from 6 accounts; directional sample.
Ask a question below.
Published answers will appear here.
Honestly I have no idea what to do with this. Ultimately it's an experiment.