cpp-coding-standards

Enforce C++ Core Guidelines during code review by codifying RAII, immutability by default, and strong type safety to reduce defects. This provides concrete rules across resource management, templates, error handling, and standard library usage to evaluate language feature choices and interface design.

Modern C++ coding standards for resource management prioritize RAII, immutability by default, and well-defined interfaces to ensure type safety. They codify guidelines across essential domains like templates and error handling to align codebases with safe and idiomatic practices.

Audit an existing C++ codebase by running a standards check to surface improvements and align code with modern C++ Core Guidelines. This identifies areas where resource management, error handling, and type safety deviate from recommended practices.

Yes, you can use these C++ coding standards for refactoring legacy code to apply modern, safe, and idiomatic practices. They help align existing projects with the C++ Core Guidelines by evaluating resource management, templates, and standard library usage.

Use enum class over plain enum in C++ architecture decisions to enforce strong type safety and immutability by default. This coding standard prevents implicit conversions and aligns with the C++ Core Guidelines for well-defined interfaces.

The best way to align C++ templates and error handling with Core Guidelines is to apply codified rules for idiomatic practices and well-defined interfaces. This ensures strong type safety and consistent resource management across the codebase.