Understanding Rust's Copy Trait with Stack and Heap Memory
Understanding Rust's Copy Trait with Stack and Heap Memory Rust is known for its powerful memory management system, which prevents common issues like memory leaks and data races. One of the key features that enable safe memory handling is the Copy trait . In this article, we'll explore how the Copy trait works in Rust and how it interacts with stack and heap memory. Stack vs. Heap Memory in Rust Rust uses two types of memory allocation: stack and heap . Understanding their differences is crucial for grasping Rust's ownership and Copy behavior. Stack Memory ✅ Fast, organized in Last-In-First-Out (LIFO) order ✅ Stores fixed-size values (e.g., integers, booleans, fixed-size arrays) ✅ Values stored in separate memory locations Heap Memory ✅ Dynamically allocated memory for values that are not fixed in size ✅ Requires explicit deallocation (handled automatically in Rust via ownership) ✅ Stored separately, with a pointer on the stack referencing the data The Copy Trait...