The 2005 release of the .NET Framework - and the C# language - will proffer a feature of great interest to C++ developers who're interested in .NET: Generics. Generics - like C++ templates - let you create types or methods that are - in one or more respects - typeless when defined, but available to be strongly typed when used and consumed. Unlike C++ templates, however, Generics are not a facet of a programming language like C++ (or C#), but instead are a product of the .NET Common Language Runtime (CLR). How do Generics differ from C++ templates? Can they be used to solve the same problems - or not? And, will the appearance of Generics mean that .NET will follow with a STL-like library for C# (and VB.NET) developers to use? In this session, we'll look at Generics: what they are, how they work, and what you can do with them. We'll also look at the .NET model for generic type instantiation, and compare it to template instantiation in C++. And we'll compare and contrast these similar - but fundamentally different - models for creating parameterized types, as well as the implications of Generics on .NET Reflection and Metadata, Collections and Remoting.