cpp-coding-standards

Modern C++ refactoring uses idiomatic patterns like RAII, enum class, constexpr, and templates with concepts to replace legacy structures. These standards provide decision support for refactoring, specifying rules with examples and anti-patterns to ensure safe, readable, and maintainable architectural updates.

Key C++ coding standards for type safety include using RAII, smart pointers, enum class, and templates with concepts. These modern C++ patterns prevent resource leaks and enforce type correctness, directly aligning with the C++ Core Guidelines to improve overall code clarity and long-term maintainability.

Yes, these C++ coding standards are explicitly designed for onboarding new engineers. They provide clear rules, examples, and anti-patterns derived from the C++ Core Guidelines, helping new team members quickly adopt safe, idiomatic patterns and consistent practices across C++ projects.

To audit an existing C++ codebase, review the code against these C++ coding standards to identify violations of RAII, type safety, and smart pointer usage. The standards specify rules with examples and anti-patterns, enabling you to detect issues and apply recommended fixes for maintainability.