*Edit: Somehow I thought the compiler was creating B just as A<int, int, string>, leading to my assumption about how is_same should evaluate them, regardless of inheritance/derivation.My bad :(S
I intend to use shared_ptr quite a bit in an upcoming project, so (not being aware of std::make_shared) I wanted to write a variadic template function spnew<T>(...) as a shared_ptr-returning sta
Currently, I have: template <unsigned I, unsigned N, typename Tuple, typename UnaryFunction> struct for_;
The base class is : #include <memory> namespace cb{ template&l开发者_Python百科t; typename R, typename ... Args >
While browsing through gcc\'s current implementation of new C++11 headers, I stumbled upon "......" token. You can check, that the following code compiles fine [via godbolt.org].
How do I split variadic template arguments i开发者_Python百科n two halves? Something like: template <int d> struct a {
I was experimenting with C++0x variadic templates when I stumbled upon this issue: template < typename ...Args >
Continuing my journey into the world of variadic templates, I encountered another problem. Assuming the following template class:
I\'ve a meta-program that works fine with the regular boost mpl. It looks more like the following. template <class Vector, class ResultKind, class Custom>
I have seen a lot of links introducing the variadic templates. But I have never seen any compilable exa开发者_JS百科mple that demonstrates this approach.