C++ Core Guidelines AI Integration

Check whether a C++ identifier follows naming conventions. Validates variables, constants, functions, classes, namespaces, member variables, template parameters, and file names against established C++ style guidelines. Returns whether the identifier is valid, a detailed explanation, and suggested alternatives if it violates the rules.

Check whether a C++ header file has correct include guards or #pragma once directives. Detects missing guards, malformed macro names, mismatched #endif comments, and suggests correctly formatted guard macros based on the file path.

Analyze C++ code for memory safety issues including memory leaks, dangling pointers, double-free errors, use of raw owning pointers, missing RAII patterns, and unsafe array operations. Returns a detailed report with line-level findings and recommendations to use modern C++ alternatives like smart pointers.

Suggest how to modernize C++ code to use features from a target standard (C++11 through C++23). Identifies outdated patterns such as raw loops replaceable by range-for, C-style casts, manual memory management, pre-C++11 type aliases, and suggests concrete rewrites using modern idioms like auto, structured bindings, std::optional, concepts, and ranges.

Check C++ code for const correctness issues. Identifies member functions that do not modify state but are missing the const qualifier, non-const references where const references would suffice, and variables that are never modified but not declared const. Returns a report with specific locations and suggested fixes.