In C++, recursive templates and constant values as temp开发者_开发问答late parameters allows to do interesting examples of code generation and compile-time execution, such as the factorial.
This question already has answers here: Integer range based template specialisation [duplicate] (3 answers)
Given the following: template<typenam开发者_开发百科e T> class A { public: static const unsigned int ID = ?;
The following code is copied almost verbatim from section 9.1.1 of the book C++ Template Metaprogramming: Concepts, Tools, and Techniques from Boost and Beyond by David Abrahams & Aleksey Gurtovoy
I\'d like to perform a template specialization for only one index of a class.For example, in the following code I want to create a specialization whenever the first class is int, regardless of what th
How do I get the \"dereferenced type\" of another type in C++03?Note that it can be other dereferenceable type like std::vector<int>::iterator.
Here\'s an example from wikipedia that displays C++ template meta-programming: template <int N> struct Factorial
Is there any way in C++ define a type that is big enough to hold at most a specific number, presumably using some clever template code. For example I want to be able to write :-
ok, yesterday I posted almost identical question here , but I wasn\'t able to modify the answer(working) to my needs... I did not want to mess the other topic, so I have started new one.
I have some classes that inherit from each other but they do so using templates. What I want is to effectively get a pointer and/or reference to one of the base classes as if it is one of the other po
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