I'm continuing my discussion on how to implement and use virtual functions in C. The basic approach is to implement each class as a C structure and ...
For several months now, I've been discussing polymorphic types and virtual functions. I explained how to use virtual functions in C++ as well as ho ...
Last year, I wrote a number of articles on how virtual functions behave in C++ and how you can obtain similar behaviour in C. In short, you can emu ...
In my previous blogs, I've been explaining how virtual functions behave in C++ and how you can obtain similar behaviour in C. A few months ago, I s ...
I have previously discussed polymorphic types and virtual functions. I showed how to implement virtual functions in C in a way that generates machi ...
I've previously discussed polymorphic types and virtual functions. I have also discussed how to implement virtual function in C in a way that gener ...
Object-oriented programming uses a combination of techniques: data abstraction, inheritance, and polymorphism. C++ supports data abstraction by pro ...
Last month, I explained how C++ compilers typically implement virtual functions by illustrating how using virtual functions affects the storage lay ...