*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 would like to use C++0x new initializer list feature to initialize a std::vector with a compile time defined number of items for a new API I\'m currently working on. Something like this:
I have string tags in my code that are converted to numbers and used to search values in a tag-value structure.
Given this macro #define MAKE_TYPE(_a, _b, _c, _d) ((_a) | ((_b) << 8) | ((_c) << 16) | ((_d) << 24))
C++ allows templated template parameters like this: template <template <bool> class T> struct something1 {};
I wrote the following code to determine if a type is an instantiation of std::basic_string: template <ty开发者_JAVA技巧pename T>
I want to parse a vector of the following struct: BOOST_FUSION_ADAPT_STRUCT( event_model::OTNDescriptor,
I\'ve got some legacy code that, instead of virtual functions, uses a kind field to do dynamic dispatch.It looks something like this:
I want to define an operator<< for all enums, to cout the value and print that it is an enum like开发者_开发百科 this:
Essentially what I am liking to do here is make a templated function call where the caller essentially requests a given type and either a pointer or a reference will be passed back.Based on the type g
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