Loads of C++ libraries, the standard included, allow you to adapt your objects for use in the libraries. The choice is often between a member function or a free function in the same namespace.
I am wondering what is the most portable way of checking whether right shift is arithmetic when operating for on signed types (e.g. whether -2 >> 1 is -1) at compile-time.
template<unsigned int n> struct Factorial { enum { value = n * Factorial<n-1>::value}; }; template<>
In Windows, many .dlls come with a static .lib counterpart.My understanding is that the .lib counterpart basically contains LoadProcAddress calls so that the programmer doesn\'t have to do it him/hers
Whcih occupies memory, a class or an object? And, is that开发者_Go百科 at compile or execution time?
Specifically we\'re making our application compatible with the Out Of Process Session State server where all types saved 开发者_JS百科in session must be serializable.
We use Hudson to build our projects, and Hudson conveniently defines environment variables like \"%BUILD_NUMBER%\" at compile time.
I\'m currently doing something like this; import java.util.*; public class TestHashMap { public static void main(String[] args) {
I need a easy way to assert inside a template that a template parameter implements a method (or one of its parent classes). I\'ve read Concept check library but is hard to find an easy example to do s
Sup开发者_开发知识库pose you have a certain template that takes a parameter class template <typename ConnectorClass>
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