I would be more interested at generating directly "human" assembly code following some binary specification, or at best in plain and simple C (which does not require exactly gcc ar clang to compile). Read some news on HN here announcing that some coding savvy people are doing exactly that for their everyday software.
I don't want computer languages with complex syntax anywhere near me: that's why transpilers of those very languages to languages with a simpler syntax (usually plain and simple C or directly "human" assembly) are in my opinion so much important (we have a c++ to C transpiler and a microsoft rust to C transpiler, coded with the assistance of AI, and those should only improve from there).
For me, the current main issue of "AI" is their gatekeeping using the whatwg cartel web engines, yes, technical access to "AI" will have to be hardcore regulated if it becomes ubiquitous, and I said 'technical access', not AI itself, the difference is abysmal, it is an interop issue.
We take a few samples across 11 programming languages including Python, Rust, C++, Javascript, and we saw a few reasoning text issues that didn't seem to have a statistically significant language-specific pattern.
I would be more interested at generating directly "human" assembly code following some binary specification, or at best in plain and simple C (which does not require exactly gcc ar clang to compile). Read some news on HN here announcing that some coding savvy people are doing exactly that for their everyday software.
I don't want computer languages with complex syntax anywhere near me: that's why transpilers of those very languages to languages with a simpler syntax (usually plain and simple C or directly "human" assembly) are in my opinion so much important (we have a c++ to C transpiler and a microsoft rust to C transpiler, coded with the assistance of AI, and those should only improve from there).
For me, the current main issue of "AI" is their gatekeeping using the whatwg cartel web engines, yes, technical access to "AI" will have to be hardcore regulated if it becomes ubiquitous, and I said 'technical access', not AI itself, the difference is abysmal, it is an interop issue.
We take a few samples across 11 programming languages including Python, Rust, C++, Javascript, and we saw a few reasoning text issues that didn't seem to have a statistically significant language-specific pattern.