> In both languages, it’s something programmers have to implement themselves.
I think this is where the difference between these languages and rust shines - Rust seems to make these things explicit, C++/C# hides behind compiler warnings.
Some things you can't do as a result in Rust, but really if the rust community cares it could port those features (make an always stack type type, e.g.).
Code base velocity is important to consider in addition to dev velocity, if the code needs to be significantly altered to support a concept it swept under the rug e.g. object pools/memory arenas, then that feature is less likely to be used and harder to implement later on.
As you say, it's not hard to do or a difficult concept to grasp, once a dev knows about them, but making things explicit is why we use strongly typed languages in the first place...
I think this is where the difference between these languages and rust shines - Rust seems to make these things explicit, C++/C# hides behind compiler warnings.
Some things you can't do as a result in Rust, but really if the rust community cares it could port those features (make an always stack type type, e.g.).
Code base velocity is important to consider in addition to dev velocity, if the code needs to be significantly altered to support a concept it swept under the rug e.g. object pools/memory arenas, then that feature is less likely to be used and harder to implement later on.
As you say, it's not hard to do or a difficult concept to grasp, once a dev knows about them, but making things explicit is why we use strongly typed languages in the first place...