cpp-coding-standards

To enforce C++ Core Guidelines during code reviews, apply actionable standards for RAII, immutability, type safety, and explicit interfaces to identify unsafe patterns and improve consistency. The guidelines provide examples and anti-patterns for guidance.

Modern C++ coding standards for RAII and error handling enforce resource management without manual intervention and define explicit error-handling rules. They aim to reduce unsafe patterns by aligning code with idiomatic practices across functions, classes, and concurrency.

Yes, you can use these C++ coding standards for C++17, C++20, and C++23 projects. They are designed to apply during writing, reviewing, and refactoring to ensure consistency and safety across these modern C++ versions.

The best way to refactor legacy C++ code to improve safety is auditing the codebase and conforming to the C++ Core Guidelines. Applying standards for RAII, templates, and standard library usage improves reliability, readability, and maintainability.

You should apply immutability by default in C++ code to improve type safety, explicit interfaces, and resource management. Aligning with this standard reduces unsafe patterns and helps teams write modern, safe, and idiomatic C++ practices.