rust utilizes various methods at compile time which significantly increases compute, such as compiler is optimised for memory safety, which causes it do a lot of tasks and changes at compile time unlike C and inturn during execution to ensure ms, which could easily be avoided, it is good for overflow situations but in terms of compute required in exchange for the program is simply(currently) not at the level that would be great to have in Linux kernel, in a few years maybe
rust utilizes various methods at compile time which significantly increases compute, such as compiler is optimised for memory safety, which causes it do a lot of tasks and changes at compile time unlike C and inturn during execution to ensure ms, which could easily be avoided, it is good for overflow situations but in terms of compute required in exchange for the program is simply(currently) not at the level that would be great to have in Linux kernel, in a few years maybe
So when you say its compute intensive, you only mean at compile time, is that correct?
correct