cpp-coding-standards

Enforce C++ Core Guidelines for RAII and type safety by applying rule-backed standards to review existing codebases, checking smart pointer usage and const-correctness to eliminate resource leaks and runtime errors.

Refactor legacy C++ code to modern safe idioms by replacing raw new/delete calls with RAII-based resource management and enforcing immutability by default, eliminating hard-to-debug runtime errors and high maintenance costs.

C++ coding standards enforcement supports C++17, C++20, and C++23 development workflows, applying official isocpp rules for new code writing, code review, legacy code refactoring, and architectural decision-making.

Standardize smart pointer usage in a C++ backend service by enforcing C++ Core Guidelines that eliminate raw new/delete calls, enforce const-correctness, and apply RAII-based resource management to reduce production crashes.

Inconsistent or legacy C++ code causes resource leaks and high maintenance costs because it lacks RAII-based resource management, type safety enforcement, and immutability by default, leading to hard-to-debug runtime errors.

Use these C++ coding rules for architectural decision-making in high-performance projects to ensure consistent interface design, immutability by default, and RAII-based resource management across all codebase contributions.