> In time you will learn about all of the faults and flaws in Rust, after you've suffered the pain of trying to rewrite the entire universe in it just to fix one single class of problem you are obsessed about--inevitably introducing many new bugs in the process, because that always comes with the territory.

Good thing Rust doesn't just fix that one class of problems, but also provides better tooling to fix other classes too. Classes of problems that could be fixed with the other features of Rust mentioned later like the Hind...

> Blah blah blah. Most of that is just added runtime complexity that I could add to C if I wanted, but why would I?

...the vast majority of these features don't even run at compile time. Some of them can't even be implemented in C. For starters, show me an example of a Hindley Milner type system implemented for C (how can someone improve a strictly compile time feature, static typing, with a runtime implementation is beyond me). Or proper destructive moves in C or C++.

> Ada is the language to emulate, [...]

Good thing Rust also takes from Ada.

> Again, the actual successor to C/C++ looks nothing like Rust.

And that would be...?