cpp-coding-standards

Modern C++ coding standards enforce RAII usage, immutability by default, and strong typing by codifying C++ Core Guidelines requirements into automated checks. Apply these standards during code reviews and refactoring to improve safety, readability, and maintainability across C++17/20/23 codebases.

Refactor legacy C++ code by applying codified checks for proper resource management and RAII usage. This enforces modern, safe, and idiomatic practices, replacing manual resource handling with deterministic cleanup patterns to improve overall codebase safety and maintainability.

Yes, these modern C++ coding standards are explicitly designed for C++ projects targeting C++17, C++20, and C++23. Applying the standards to these versions ensures you can enforce current idiomatic practices, strong typing, and clear interfaces effectively.

Apply strong typing and clear interface checks when writing new features, performing code reviews, or refactoring C++ code. Enforcing these modern coding standards clarifies architectural decisions by specifying when to prefer specific language features and patterns for better maintainability.

Immutability by default improves safety and clarity by preventing unintended state modifications in concurrent and complex C++ codebases. Enforcing this standard alongside RAII and strong typing reduces side effects, making code reviews and architectural decisions more predictable and maintainable.