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Listing 12-24. Using the STL/CLR Container from Listing 12-23 in a C# Program // consume_fromcs.cs // csc /r:stlclr_exposedtocs.dll consume_fromcs.cs using N; using System.Collections.Generic; class C { public static void Main() { R r; r = new R(20); IList<int> list_dotnet = r.Vec; foreach (int i in list_dotnet) { System.Console.Write( i ); } System.Console.WriteLine(); } } Listing 12-24 uses the for each statement to iterate over the STL/CLR container in a C# program as if it were a .NET collection. This is made possible because the .NET generic collection classes implement IEnumerable. This also means that you can use enumerators to iterate through an STL/CLR collection just as you would an ordinary .NET collection.

STL has a variety of objects that represent functions, often called functors. Functors are also available in STL/CLR. Unlike STL functors, STL/CLR functors also support an implicit conversion to a delegate type, so a functor can be used wherever a delegate is expected. The code in Listing 12-25 uses the less functor with an integer argument. The less functor is a template that takes two arguments of the same type and returns a Boolean value. Listing 12-25. Using a Functor // stlclr_functor.cpp #include <cliext\functional> using namespace cliext; using namespace System;

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When we speak of XML as a language, bear in mind that we use it in the context that XML is a vocabulary of description. Your initial perception may be that you would use the language as a method of communication, and that is partly true. XML is what is generally referred to as a markup language, in that it describes (or marks up) embedded or referenced data. We ll explore that concept in a moment, but first some context. XML is relatively new in the technology timeline. It is the child of former markup languages, beginning with IBM s GML: Generalized Markup Language (GML) was developed in the late 1960s as a markup technology by IBM. It s generally accepted as the forefather of XML, wherein the concept of document structure is dictated by distinct structural elements. Standard Generalized Markup Language (SGML) built on the advances of GML and introduced a key innovation to the markup world: document structure validation. During the mid-1970s throughout the 1980s, SGML became quite popular as the document structure of choice for numerous industries. Most notably, the US Army required that all contractors submit their documentation in SGML format only. While the markup language is quite powerful, it is also extremely difficult to manipulate.

If you look at the code behind the designer for the UpdatePanel control from the previous example, you ll see the following: <atlas:UpdatePanel ID="UpdatePanel1" runat="server"> <ContentTemplate> <asp:Label ID="lblResult" runat="server" Text="Label"></asp:Label> </ContentTemplate> </atlas:UpdatePanel> The <atlas:UpdatePanel> tag supports two child tags: the <ContentTemplate> tag and the <Triggers> tag.

int main() { less<int> func; int a = 100; int b = 200; Console::WriteLine("{0} < {1} {2}", a, b, func(a, b)); } In addition to functors, STL/CLR provides managed template delegates, such as unary_ delegate, binary_delegate, unary_delegate_noreturn, and binary_delegate_noreturn. These can be useful when you need a delegate for a template function, as in Listing 12-26. Listing 12-26. Using the binary_delegate Managed Template // stlclr_functor_delegate.cpp #include <cliext\functional> using namespace cliext; using namespace System; template <typename T> bool IsLessThan(T a, T b) { return a < b; } // managed template delegate type typedef binary_delegate<int, int, bool> MyDelegate; int main() { MyDelegate^ func = gcnew MyDelegate(&IsLessThan<int>); int a = 100; int b = 200; // call managed template delegate Console::WriteLine("{0} < {1} {2}", a, b, func(a, b)); } The output of Listing 12-26 is as expected:

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