i_don_t_know

IIRC you have to probe every page of the stack on Windows. You cannot just subtract a value from ESP/RSP. If you don't probe every page in order, you get a page fault or some other exception (I don't remember which one).

Hard real-time control systems is one application.

Iirc, the interpreter recognizes common idioms (sequences of 2-4 operations) and has optimized fused implementations for those idioms that avoid intermediate results.

It can also avoid creating intermediate results for quite a few operations, because for example reverse, transpose, etc only change how the arrays are traversed (order in which elements are accessed). You can reuse the original data and change the indexing information. That’s known as beating and dragging.

> Rust 1.0 is 11 years old and it's still trivial to compile Rust code from then. I doubt that will change in the next 9 years.

Maybe it's trivial to compile Rust code but it's not trivial to build a project with dependencies. I'm trying to get my feet wet with an official USB example project from Embassy on my RP2040. It doesn't work in the latest git repo for some unknown reason (might be my fault, probably is, but it's not obvious to me).

I'm assuming it worked at some point, maybe something changed and someone forgot to update something somewhere (there are lots of example projects). So I thought I'd "git bisect" until I find a working version and go from there. Well, I cannot get it to build against anything older than a year ago and that version also isn't working for me. It's dependency and Rust edition hell.

Thank you!

Sorry, I couldn't find a news report in English. Everything I found was in German.

It's a remake of the Sinclair ZX Spectrum home computer from the 80s, in white.

I used to run long distance, no music, no headphones, no trackers, no watch. Let your mind drift, or focus on the rest of the course. Or go swimming and count laps. Or go bouldering (in doors), pick a route and focus on it.

I’m not sure I fully understand but this seems to be the kind of problem that Ocaml functors solve. You program against an interface (signature) and you supply a concrete implementation (structure) when you want to run it. You can use different implementations in different parts of your application.

So maybe do something similar in Rust by expanding how you import and export modules?