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I m going to take the intent behind STL/CLR to heart and assume that you already know STL and just want to see how STL/CLR differs. If you don t know STL or you are a bit rusty, I recommend you pick up one of the many books available on the topic before proceeding. I won t go into detail about how to implement all the features that make up STL/CLR. Instead, I ll cover how to implement this STL-like code in a managed .NET Framework. In a nutshell, STL/CLR provides C++/CLI developers with the ability to Use STL-like containers to store objects of managed data types Use iterators to access managed data stored in STL/CLR containers Use STL-like algorithms to operate on STL/CLR containers Use BCL generic and nongeneric collection interfaces to operate on data in STL/CLR containers Use STL/CLR-specific generic interfaces to operate on data in STL/CLR containers As an added bonus, STL/CLR containers are garbage collected, and are verifiable, thus allowing them to be used in mixed (/clr), pure (/clr:pure), and safe (/clr:safe) modes. On the downside, if you can call it that, STL/CLR containers cannot be used to store objects of native type or native pointer. For this, you still need STL. Oh, and there is this other minor thing only C++/CLI understands STL/CLR. If you need to pass a STL/CLR container to any other .NET language, it will have to be converted to a BCL collection. Don t worry, though; this conversion is nearly transparent.

Figure 9-30. Import IIS Settings Wizard confirmation 7. Open the Settings and Constraints window again for the Safe_IIS server prototype. Notice that the InternetInformationServices node has been renamed to the server name from which the settings were imported. Select this node, and you will see that the global configuration settings for the web server have been populated with the IIS metabase settings. You can also see that the Connection properties now reflect the imported settings, as shown in Figure 9-31.

UITouch *touch = [[event allTouches] anyObject];

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Okay, let s dig in. One big difference between STL/CLR and all the other collections provided by the .NET Framework is that you have to include header files instead of referencing assemblies. For example, to use the vector container you would include the header file <cliext/vector> like this: #include <cliext/vector> For those of you coming from the STL world, notice the addition of cliext in the #include declarative. This should help remind you that STL/CLR uses the namespace cliext instead of std. For those of you who like to reduce the amount of typing when coding, you can use using namespace cliext; But be careful; the using statement must be added after all the STL/CLR #include declaratives.

As you can see in Listing 16-28, the static implementation of a user control is done entirely within the GUI design file No changes are needed in the code-behind except the removal of the Response->Write() of Hello World Listing 16-28 The ASPNET GUI Design File Blank1aspx Implementing a User Control <%@ Page Inherits="WebControlBlank1" %> <%@ Register src="myPageHeaderascx" tagname="myPageHeader" tagprefix="uc1" %> <!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 10 Transitional//EN" "http://wwww3org/TR/xhtml1/DTD/xhtml1-transitionaldtd"> <html xmlns="http://wwww3org/1999/xhtml"> <head id="Head1" runat="server"> <title>Blank1</title> </head> <body> <form id="form1" runat="server"> <div> <uc1:myPageHeader ID="myPageHeader1" runat="server" Level="Home" /> </div> </form> </body> </html> The first step in implementing a user control is to register it with the @ Register directive tagprefix is used to ensure that the user control tag is unique; it can be anything you want, as long as it abides by standard C++ variable-naming rules.

In this section, you will build a simple logical datacenter diagram to support the sample application you reverse-engineered using the Application Designer in 8. 1. Open Visual Studio 2005. Select File Open Project Solution and open the sample solution, EffortTrackingSolution.sln. 2. Right-click the EffortTracking solution and select Add New Distributed System Diagram. Select Logical Datacenter Diagram and change the default name from LogicalDatacenter1.ldd to EffortTracking.ldd. Click the Add button to open the Logical Datacenter Designer. 3. You need a web server to host the web application and the web service. Drag an IISWebServer logical server from the Toolbox onto the design surface, as shown in Figure 9-32. Rename the default provider WebSiteEndpoint1 to ET_Site_EP.

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