That's not how C++ templates work. You cannot deliver them as binaries.

Templates are delivered as C++ include files (i.e. source code). When you use them, the compiler fills in the types you want and compiles the result.

For example, there's the std::vector<> template. You can fill in any type that meets the specific requirements of the template and use it like std::vector<int> or std::vector<YourC++ClassType>.

However, you probably won't be able to do std::vector<YourDClassType>. ABI compatibility is not enough to do this as you would be effectively mixing C++ and D source code here.