I\'m trying to implement properties with readonly, writeonly and readwrite behaviour. I thought template specialization would be the way to go here, so I tried this:
My current project involves lexing and parsing script code, and as such I\'m 开发者_如何学Cusing fslex and fsyacc.Fslex LexBuffers can come in either LexBuffer<char> and LexBuffer<byte> va
for primary template: template<typename A, typename B> class MyClass {... with template specialization, what is the difference between
One of my classes declares a templated function: template<class A, class B> A do_something(const std::vector<B> &data)
I\'ve got a trait class which I need to specialize (and partial-specialize) many times. Some partial specializations overlap:
I have a template function that I expect to be templatized for different types at different places. The problem is that I would like to know at compile time if there is an specialization for the given
I found that template method could be overloaded, can I do the same on template classes?If 2 template classes match a template class instantiation, we can use the parameter type in the constructor to
This question already has answers here: overloading friend operator<< for template class (5 answers)
I am using PC-Lint (great tool for static code analysis - see http://www.gimpel.com/) For the following chunk of code:
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