I am refactoring a typing system (type model) I have in place that uses spirit for string-serialization. I am using the compile-time modeling construct of type-traits.
I am creating a builder which accepts Groovy closures as markup. However I am having trouble catching method calls with nested closures.
Let\'s say I have a boost::mpl::list< A, B, C ...>. How do I access one of those typ开发者_运维技巧es given an index value at runtime? Is it even possible?http://www.boost.org/doc/libs/release/
开发者_开发技巧For an assignment I have to generate a prolog procedure body dynamically. How can I do this?See here for the swi prolog manual description of relevant predicates.
I have the following templated class structure struct TraitA{}; struct TraitB{}; template<typename trait>
I want to make a Test::Unit test_helper method that I can call to wip开发者_如何学JAVAe a bunch of tables after the tests execute. Here\'s the general idea I have:
In ruby, when one defines a method in the root scope, it can be called from that scope: def foo \"foo\"
Is there a way in C++ to determine function signature of a callable object? Consider following: template< typename F >
When I call self.class.instance_variable_set(\"@var\", ...) from inside a class method, where is that variable actually stored? Is it on the class itself? On the instance of that class? I can\'t seem
Is there a way in Groovy that I can add code to a constructor when a class is instantiated? I have a Groovy class (but I can\'t modify the source of this particular one), but I was hoping there was a
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