Can alias templates (14.5.7) be explicitly specialised (14.7.3)? My standard-fu fails me, and I can\'t find a compiler to test on.
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)?
The iota template function was added to the standard library to fill an iterator range with an increasing sequence of values.
The only way I can see to introduce my question, is by providing an example first: template<typename T>
I was wondering if anyone could tell or explain some real life examples of xvalues, glvalues, and prvalues?. I have read a similar question :
I\'m trying to write a generic code for comparing std::functions using its target() template method. Here is my non-generic sample code:
Can lambda\'s be defined as class members? For example, would it be possible to rewrite the code sample below using a lambda instead of a function object?
I believe that the C++ standard for std::sort does not guarantee O(n) performance on a list that\'s already sorted. But still, I\'m wondering whether to your knowledge any implementations of the STL (
Below error related to auto, is understandable: auto i = int(), d = double(); // error: inconsistent deduction for ‘auto’
In C++03 you can use the const& trick (or \"most important const\") to extend the lifetime of a tempor开发者_JAVA技巧ary to the lifetime of the reference. My question is, in C++0x, does this behav
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