That's false though. All deep dives in the topic find that the core issue is the sheer amount of unoptimized IR that is thrown at LLVM, especially due to the pervasive monomorphization of everything.
Well it is arguably Rust's worst issue and it has remained it for most of its life.
Are you really going to try and convince people that this is completely incidental and not a result of pursuing its robust static contracts? How pedantic should we about about it?
On the one hand, you talk about being upfront and honest about trade-offs. On the other, you yourself are being less that credible by phrasing wild speculation as if they are facts.
It's not about static contracts at all, it's about keeping performance of high-level APIs high. It's all just about templates and generics, as far as I'm aware -- the same problem that plagues C++, except that it's worse in Rust because it's more ergonomic to expose templates in public library APIs in Rust than C++. Well, and also the trait solver might be quite slow, but again, it has nothing to do with memory safety.
That's true.
> for the sake of safety,
That's false though. All deep dives in the topic find that the core issue is the sheer amount of unoptimized IR that is thrown at LLVM, especially due to the pervasive monomorphization of everything.