I\'m trying to implement a zip function.zip\'s parameters are each wrapped<Ti>, where Ti varies from parameter to parameter.
If I have two variadic template arguments, A and B, how can I ensure at compile-time that the types of all of the members ofA are also the types of a subset of B (in the same order)?
I\'m trying to write a generic code for comparing std::functions using its target() template method. Here is my non-generic sample code:
I have a variadic template function which calls itself to determine the largest number in a list (constituted by the templatized arguments). I am trying to make a specialization for when the parameter
I\'m trying to write a function that would map a function over multiple iterators. It would be something like
This is a follow-up to my previous question on pretty-printing STL containers, for which we managed to develop a very elegant and fully general solution.
I\'m giving C++0x a try and I was wondering how to solve the following problem that came up. I\'ve got a variadic template class:
I have an almost working solution.However, it fails to compile some simple cases, and I can\'t decipher the error message.
There was an answer on stackoverflow (which I can\'t seem to find anymore) which demonstrated how a variadic template can be used in C++11 to create a static array at compile time:
Forgive any ignorance of C++ type deduction in this, but I\'d like to be able to carry around the parameter pack\'s definition, so that later I could test for an inner type.Is this possible?Something