D is not a zero cost abstraction language like C, C++ and Rust are. I was just correcting you on the point that you made about C and C++.
I only mentioned it since it was highly praised not so long ago. What point was that? You mean the test of time point I made?
Ah, just this one:
"there's no other language that will make you REALLY understand how memory, threading and CPU works."
I was just correcting that because it's a common misconception amongst C/C++ programmers. For decades they've deflected competitors like Java, D and Go with the argument that they're nice programming language, but there will still be a place for C/C++ because of its direct reasoning about memory and its ability for zero cost abstraction.
Rust is the first serious competition to C and C++ in this regard. It is a full replacement of C/C++, it does not abstract away anything.
I would also argue your test of time point, but you said you don't want a language wars thread so I'll refrain.
Good point and appreciate the argument. I never claim to know everything and it's always useful to gain extra knowledge. Please comment on the stress of time test, I'm interested in your arguments regarding. What I meant with not wanting language wars is a thread along the lines of "A is better than C", without stating hard facts and reproducible arguments.
Thanks for demystifying Rust for me 😁
Well the argument would be that since Rust is built on LLVM, and actually maps quite closely to the semantics of C, there already is decades worth of production tested compiler infrastructure beneath it.
Of course there still are bugs from the rest of the architecture, but I'd recommend you check out the way the compiler is being built. It is a lot more structured and well organized than most other projects I know of (both open source and commercial), I'd bet we're getting to the point where a new release of Rust has more structured and well thought out decisions made on it then for example C++20 would have, but then I'm crossing into more subjective territory so I won't make any hard statements there.
Well congratulations for sparking my interest in Rust. I understand your LLVM argument in favour of Rust; it has its merits. Also, function arguments in Rust remind me of Pascal which was my first programming language, the one that got me hooked to programming. Who knows, maybe I will finally find a friend for my goold old C buddy 😁. I've done a lot of C++ and it was that final disdain that made me use C exclusively. I'm going to keep my eye on Rust, thanks.
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