Hello Bois

Hello Bois

You girl?

i finished my code no one helping in this group im going to left this group

Lol 😂

It literally says “IceMan” in his username

Names can be deceiving

Hello guys! I’ve got some questions to ask. I’d like to print out the book report to the textfile. I need to pass an array from another text file to an output file which’s called report.txt.... I can print it out but the space is just like this

Hello guys! I’ve got some questions to ask. I’d like to print out the book report to the textfile. I need to pass an array from another text file to an output file which’s called report.txt.... I can print it out but the space is just like this

move outFile << "\n" into if statement.

How to use mod in C ++

How to use mod in C ++

Is it modulus or mod value?

How to use mod in C ++

Guys Is there any way to prevent an object from being referenced to? Like this code should produce an error at compile time Object obj; Object& obj_r = obj;

Guys Is there any way to prevent an object from being referenced to? Like this code should produce an error at compile time Object obj; Object& obj_r = obj;

Or I should report you for spitting some OT in the group

reference is sort of pointer, you may not create object at all to not be able to reference it

What's OT?

Guys Is there any way to prevent an object from being referenced to? Like this code should produce an error at compile time Object obj; Object& obj_r = obj;

I don't think there is. Why would you want this, though?

Long Story I don't want to tell

https://stackoverflow.com/questions/13236048/is-it-possible-to-disallow-taking-a-reference-to-an-object There's no way to disallow pass-by-reference for a type.

Interesting I'm sure there's some hack we just didn't discovered yet

Yea it's probably XY problem

Maybe But I'll look like a crazy if I told you :(

Guys Is there any way to prevent an object from being referenced to? Like this code should produce an error at compile time Object obj; Object& obj_r = obj;

Go ahead :P

Okay I'm trying to implement a Rust borrow checker-like mechanism Through using two classes class ref which is like immutable reference And mut_ref for the other The problem is What if the client created a reference object to those classes. this will break the whole logic

Okay I'm trying to implement a Rust borrow checker-like mechanism Through using two classes class ref which is like immutable reference And mut_ref for the other The problem is What if the client created a reference object to those classes. this will break the whole logic

use some template metaprogramming magic interfaces maybe...

If you want rust use rust? You're not going to make c safe. :P

Okay I'm trying to implement a Rust borrow checker-like mechanism Through using two classes class ref which is like immutable reference And mut_ref for the other The problem is What if the client created a reference object to those classes. this will break the whole logic

Yeah that's what I'm doing And the answer surely it is there

In rust compiler enforces it, its impossible to do such thing via library

In rust compiler enforces it, its impossible to do such thing via library

Okay I'm trying to implement a Rust borrow checker-like mechanism Through using two classes class ref which is like immutable reference And mut_ref for the other The problem is What if the client created a reference object to those classes. this will break the whole logic

https://youtu.be/Lj1GppqNr8c

wow, that's awesome

Still not safe, defeatable by any user that wants to get around it. :P

Yeah That's the problem

Thats how it will always be. C++ isnt rust. If you want rust - use rust.

How about both of them in one?

Why?

Need the safety of Rust And need some magic of C++

That's why I didn't want to talk about my reason in the first place Cuz I know what you are gonna say ;)

Need the safety of Rust And need some magic of C++

Still not safe, defeatable by any user that wants to get around it. :P

The extensive ways to shoot your own foot in c++ aren't compatible with rust-style safety.

In Rust you can defeat borrowck too, but it's still useful

C# is waiting for you

Unless there is some compile-time code

In Rust you can defeat borrowck too, but it's still useful