Well, achually, the Clang compiler along visualcode is planned to compile C++ with a borrow checker implementation.

Also, C is imperative, C++ is object oriented, and Rust is functional programming - which is how they differer fundamentally.

That Rust is the first one with a borrow checker doesn’t make every language (or compiler, as I “well achually” myself) that implements a borrow checker Rust.

It just means they have implemented a borrow checker - most likely at compile time, similarly to how macros are just boilerplate code applied at compile time and that it too is a feature available in many programming languages - or compilers.

It’s “well achually” all the way down.

Also, I wrote all this when I realized the minus was the joke part making fun of c++ lol

I well achually’ed myself into doing a dumb, which is usually what that does. Hopefully somebody gets something out of this.

I don’t know about the others, but Arduino is literally just C++ with some macros/library functions.

The standard Arduino platform is essentially C, just with some standard hardware-near procedures hidden away as far as I know. You can just write standard C code in two blocks: init and loop. Then the loop block will be repeated for ever. For controlling voltage pins you have easy commands similatlr to like pinState(PinNumber, on/off). I do not know about the others you mentioned, but there definetely is also some implementations for Raspberry Pi control by drag&drop. There is no need to limit yourself with those though.

That’s 𝒥𝒶𝓋𝒶.