Overhype within Rust community is a sign of fear among the community that some simple language (may be zig, nim or something new) might come and pull the rug under their feet. Given it compromise on simplicity in favour of quashing memory safety bugs.
One reason rewrite in Rust is popular because its easier to copy something already done vs doing something original (one recent example came to mind is rewriting gnu coreutils in Rust).
I'd personally rank the Qwen2.5 32B model only a little behind GPT4o at worst, and preferable to gemini 1.5 pro 002 (at code only, Gemini is a model that's surprisingly bad at code considering its top class STEM reasoning).
This makes Qwen2.5-coder-32B astounding all considered. It's really quite capable and is finally an accessible model that's useful for real work. I tested it on some linear algebra, discussed pros and cons of a belief propagation based approach to SAT solving, had it implement a fast simple approximate nearest neighbor based on the near orthogonality of random vectors in high dimensions (in OCaml, not perfect with but close enough to useful/easily correctable), simulate execution of a very simple recursive program (also Ocaml) and write a basic post processing shader for Unity. It did really well on each of those tasks.
In most of my test o1-preview performed way better than Claude and Qwen was not that bad either.
[0] https://github.com/litestar-org/litestar
[1] https://grapesjs.com/
[3] https://getpelican.com/