• What is generic programming, and how do templates support it?
• What are the key advantages of templates over traditional polymorphism (inheritance-based OOP)?
• What problem do concepts solve in template programming?
• How do you define a concept in C++?
• How does a concept-based constraint differ from a regular requires clause?
• How do concepts help improve error messages in template programming?
• What are requirements-clauses, and how are they useful?
• How do partial specifications help in generic programming?
• What are the key takeaways from concepts and template constraints?
• What is parametric polymorphism in C++?
• How does parametric polymorphism differ from subtype polymorphism (inheritance-based polymorphism)?
• What are some examples of parametric polymorphism in the C++ Standard Library?
• What does compile-time type resolution mean in the context of templates?
• How can templates perform compile-time computations?
• What is std::integral_constant and how does it help in compile-time computations?
• How can compile-time computations improve performance?
• Why should I use concepts instead of just typename in template programming?
• Can I define my own concepts?
• How does the compiler decide which overload to choose when using concepts?
• When should I use concepts or requires clauses?