Why is Rust being used to replace parts of the JavaScript web ecosystem like minification (Terser), transpilation (Babel), formatting (Prettier), bundling (webpack), linting (ESLint), and more?
I’d say Rust is definitely mainstream. Obviously not the level of JS or Python, but it’s being used all over the place. All FAANG companies, the Linux kernel, JS runtimes, web browsers, Android, Signal, Mullvad…
IMO GC has nothing to do with high or low level. It’s just incidental that there’s a correlation. In GC you usually don’t need to think about manually allocating or deallocating memory or truly understand what pointers are (in some ways anyway). In C / C++ you do.
In Rust you almost never manually allocate or deallocate, and you have both very high and low level APIs.
I’d say Rust is both high and low level. It just depends what you use it for. If you want to build a CLI or a web server, it’s great for that. If you want to do kernel stuff and choose to flip bits around you can do that too.
As for books, maybe you’d like trying Rustlings instead.
I’d say Rust is definitely mainstream. Obviously not the level of JS or Python, but it’s being used all over the place. All FAANG companies, the Linux kernel, JS runtimes, web browsers, Android, Signal, Mullvad…
IMO GC has nothing to do with high or low level. It’s just incidental that there’s a correlation. In GC you usually don’t need to think about manually allocating or deallocating memory or truly understand what pointers are (in some ways anyway). In C / C++ you do.
In Rust you almost never manually allocate or deallocate, and you have both very high and low level APIs.
I’d say Rust is both high and low level. It just depends what you use it for. If you want to build a CLI or a web server, it’s great for that. If you want to do kernel stuff and choose to flip bits around you can do that too.
As for books, maybe you’d like trying Rustlings instead.