A small and simple C++ Reflection Library
- Allocate any type of Class by its ID handle (using std::new), if a default constructor is available
- Access primitive ClassMembers without knowing the ClassType during compile-time
- Access RunTimeTypeInformation (RTTI) using little to none Boilerplate code
Allocate any type of Class by its ID handle, if a default constructor is available
#include "ReflectCPP.h" using namespace rfl; struct MyClass { RFL_CLASS(MyClass); MyClass() = default; // ... }; int main() { Class cls = MyClass::StaticClass(); // Create an instance anytime during runtime void* inst = cls.NewInstance(); }Access primitive ClassMembers without knowing the ClassType during compile-time
#include "ReflectCPP.h" using namespace rfl; struct MyClass { RFL_CLASS(MyClass, { RFL_FIELD(MyClass, int, myValue); }); MyClass(int val) : myValue(val) { } int myValue; }; int main() { MyClass inst = MyClass(13); auto fields = MyClass::StaticClass().GetClassReflector().GetFields(); for (auto& It : fields) { std::cout << It.m_Name << " " << (uint32_t)It.m_Type << " " << It.m_Offset << std::endl; // Increment ClassMember variable indirectly... int& ref = It.GetFieldRefFromObject<int>(&inst); ref++; } }- C++17 Compiler
- Include the ReflectCPP.h anywhere you want to use it
- Compile and link the ReflectCPP.cpp Translation Unit
- No external Libraries needed!
- Everything is pure C++