Comment by jazzyjackson
4 hours ago
I think you didn't catch their drift
C will continue to be used because it always has been and always will be available everywhere, not only places no one uses :/
4 hours ago
I think you didn't catch their drift
C will continue to be used because it always has been and always will be available everywhere, not only places no one uses :/
> C will continue to be used because it always has been and always will be available everywhere
Yes, you can use it everywhere. Is that what you consider a success?
I'm curious as to which other metric you'd use to define successful? If it actual usage, C still wins. Number of new lines pushed into production each year, or new project started, C is still high up the list, would be my guess.
Languages like Rust a probably more successful in terms of age vs. adoption speed. There's just a good number of platforms which aren't even supported, and where you have no other choice than C. Rust can't target most platforms, and it compiles on even less. Unless Linux want's to drop support for a good number of platforms, Rust adoption can only go so far.
... yes?
> it always has been and always will be available everywhere
"Always has been" is pushing it. Half of C's history is written with outdated, proprietary compilers that died alongside their architecture. It's easy to take modern tech like LLVM for granted.
This might actually be a solved problem soonish, LLMs are unreasonably effective at writing compilers and C is designed to be easy to write a compiler for, which also helps. I don’t know if anyone tried, but there’s been related work posted here on HN recently: a revived Java compiler and the N64 decompilation project. Mashed together you can almost expect to be able to generate C compilers for obscure architectures on demand given just some docs and binary firmware dumps.