I thought I read that somewhere. Need to double-check. It would be interesting to know how Go does it, which is also quite performant. Also to benchmark.
I don't see how could you avoid putting everything on the heap or having some runtime check; in both cases performance would be hit, we have to remmember that Golang and Rust have 2 different targets; Rust is a system PL first and general later while Golang is more a fast general PL first and maybe could be systems PL?, if your OS or browser is as little as 20% slower, you'll really notice. So for systems PL performance is not a luxury; I see Golang more like a power Python and Rust as a modern C; in realms like backend web dev they may overlap but the core target is very different
You are absolutely right. It is not really fair to compare them in the same scale. The problem is many people who learn one of these end up using it for everything that is thrown at them.
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I thought I read that somewhere. Need to double-check. It would be interesting to know how Go does it, which is also quite performant. Also to benchmark.
I don't see how could you avoid putting everything on the heap or having some runtime check; in both cases performance would be hit, we have to remmember that Golang and Rust have 2 different targets; Rust is a system PL first and general later while Golang is more a fast general PL first and maybe could be systems PL?, if your OS or browser is as little as 20% slower, you'll really notice. So for systems PL performance is not a luxury; I see Golang more like a power Python and Rust as a modern C; in realms like backend web dev they may overlap but the core target is very different
You are absolutely right. It is not really fair to compare them in the same scale. The problem is many people who learn one of these end up using it for everything that is thrown at them.