I have a class that has common members but needs to be constructed in a finite number of ways based on an en开发者_开发百科umeration.Each type is known at compile time, so I am thinking templates make
I\'m writing an array class. This array class can contain again arrays as members. When implementing a printing function, I need specializations.
The following code (which compiles and executes properly, doing what I want) is a minimal example of an oddity I experienced while writing a class to store properties of various types that needed the
Why does this Scala code fail to typecheck? trait T { type A } trait GenFoo[A0, S <: T { type A = A0 }]
By looking at the following code, I am confused by line 3. Line 3 is not a special case of the base template, it is more like a \"class overload\". But it can be compiled successfully.
I\'m new to C++ and I\'m trying to use template but I got problems. What I\'m trying to do is: try to calculate square of a number using template, and the number may be basic data types like int, flo开
I have a subclass of std::map template<class ValueT> FancyKeyMap : public std::map<FancyKey,ValueT, FancyKey::Less>
OK I have: template<typename T> class Reader { class Input { template<typename C> void operator()(C& val) const
Following a suggestion by extempore recently about how to get scala to tell me whether there was boxing going on by looking at the bytecode, I created this class:
I\'m trying to shape up my template skills (I know very little) by creating a library containing matrices and operations on those matrices. Basically, I want my matrix to be very strongly typed (datat
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