the annotations are checked for validity by the compiler. Note that this is not the case for raw pointers (unsafe), and this is a common source of errors with unsafe Rust. Students may ask when to use block, and they are not accessed either through the // references or concurrently through any other pointers. unsafe { println!("r1 은 {}입니다.", *r1); *r1 = String::from("이런"); println!("r2 는 {}입니다.", *r2); (FFI). Calling external functions is usually only a problem when those functions do things with pointers which might violate Rust's memory model, but in general any C function might have undefined behaviour

the annotations are checked for validity by the compiler. Note that this is not the case for raw pointers (unsafe), and this is a common source of errors with unsafe Rust. Students may ask when to use block, and they are not accessed either through the // references or concurrently through any other pointers. unsafe { println!("r1 은 {}입니다.", *r1); *r1 = String::from("이런"); println!("r2 는 {}입니다.", *r2); (FFI). Calling external functions is usually only a problem when those functions do things with pointers which might violate Rust's memory model, but in general any C function might have undefined behaviour

are fully contained inside a single curve option. They are created internally and none of their pointers are ever exposed to the outer world. Official documentation Lager Source code: https://github various platforms, but of course Linux is easiest. Working with the Krita codebase Here’s some pointers for working with our codebase. Architecture The code base changes all the time with Krita, we’re The most important step to learning the code is to really understand memory management: pointers, smart pointers and pointer arithmetic. This is something that Java and C# developers will need to spend