Practical Uses for the “Curiously Recurring Template Pattern”

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Simulated dynamic binding.
Avoiding the cost of virtual function calls while retaining some of the hierarchical benefits is an enormous win for the subsystems where it can be done in the project I am currently working on.

More Related Contents:

  1. What is the curiously recurring template pattern (CRTP)?
  2. C++ static polymorphism (CRTP) and using typedefs from derived classes
  3. CRTP to avoid dynamic polymorphism
  4. invalid use of incomplete type
  5. Does C++ support compile-time counters?
  6. SFINAE working in return type but not as template parameter
  7. C++ function template partial specialization?
  8. C++ invoke explicit template constructor
  9. Is this key-oriented access-protection pattern a known idiom?
  10. How to achieve “virtual template function” in C++
  11. Deduce template argument from std::function call signature
  12. Difference between instantiation and specialization in c++ templates
  13. Populate An Array Using Constexpr at Compile-time
  14. boost::asio and Active Object
  15. Why is it not possible to overload class templates?
  16. C++ convert integer to string at compile time
  17. friend class with limited access
  18. C++ : friend declaration ‘declares a non-template function
  19. Specify template parameters at runtime
  20. Lambda expressions as class template parameters
  21. Do c++ templates make programs slow?
  22. Using export keyword with templates
  23. Understanding (simple?) C++ Partial Template Specialization
  24. Default template parameter partial specialization
  25. std::remove_const with const references
  26. Memory management patterns in C++
  27. How to typedef a template class? [duplicate]
  28. if / else at compile time in C++?
  29. Conditional compilation based on template values?
  30. How to test whether class B is derived from template family of classes

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