memory-safety-patterns

Apply RAII patterns and smart pointers like unique_ptr and shared_ptr to tie resource lifetimes to scope and enforce safe ownership semantics, preventing use-after-free and memory leaks in C++.

Manage ownership semantics across Rust and C++ by applying exclusive and shared ownership models using smart pointers and RAII, ensuring lifetime correctness and safe resource transfers in mixed-language projects.

RAII helps with resource management in C and systems programming by automatically binding resource acquisition to object scope, ensuring deterministic cleanup and preventing resource leaks without manual deallocation.

Yes, these memory-safety patterns support Rust, C++, and C projects by providing cross-language templates and concrete examples that demonstrate safe resource handling and lifetime correctness across different system-level environments.

Use shared_ptr when multiple parts of your code need shared ownership of a resource, and choose exclusive ownership when a single owner is sufficient, ensuring lifetime correctness and preventing dangling references.