n2c-context-gatherer

To gather C++ code generation context for Unreal Engine, you must resolve include paths, extract base class signatures, and detect API patterns. Automating this process analyzes source files and plugins to resolve type dependencies and identify coding conventions.

Extracting virtual methods and member variables from C++ header files requires parsing base class headers. This process identifies the exact method signatures and variables needed to ensure newly generated Unreal Engine code compiles correctly and adheres to project conventions.

Yes, this context gathering approach supports automated analysis of Unreal Engine plugins. It scans plugin source files to resolve type dependencies and identify specific API usage patterns, ensuring accurate code generation across your entire project structure.

Generated C++ code often fails to compile in Unreal Engine due to missing include paths, unresolved type dependencies, or API pattern conflicts. Resolving these dependencies and verifying base class signatures beforehand ensures the generated code compiles correctly.

The best way to identify common Unreal Engine API usage patterns is through automated analysis of project source files. This detects standard API conventions and potential conflicts, providing the necessary context for accurate and safe C++ code generation.