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Figure 7-8. The parameters of the Banners module will determine how it is displayed. The Randomise, Header Text, and Footer Text parameters operate as you might expect. In Figure 7-9, I ve set the banner to display in the top section with special header and footer text. Note that in this template, the footer text has been cut off. The template could be modified, however, to display the entire footer.

As the result shows, the target was successfully skipped because all the outputs were up to date with respect to the inputs. This basic implementation serves as the basis for incremental building, and is the key to ef cient build scripts. The targets shipped by Microsoft to build managed projects use incremental building extensively. If you make modi cations to the build, your targets should also support this when possible. If you extend the build process for a managed project to use custom targets that create les, you should also make sure those les are deleted when the project is cleaned. We will take a look at this speci c example in 8, Practical Applications, Part 1. It s very important that your incremental build works properly that is, that it does not touch any les. This is not only because it makes your life easier as a developer, but also because it s highly antisocial in the context of a larger build: subsequent (correctly authored) build steps will be triggered to run because you touched those les. Sometimes inputs and outputs alone will not enable you to properly implement incremental builds. For example, if a task operates on les that have transitive dependencies, for example C++ header les, then you may not be able to (or don t want to) list all of them in inputs and outputs. In this scenario, you must bypass the inputs and outputs list and let the task do the timestamp checking for itself before it is run. The GenerateResource task behaves in this manner because .resx les can refer to other les.

If the task you are using has multiple outputs, then you can declare multiple Output elements. The Output element has three attributes, in addition to the Condition attribute, which are brie y outlined in Table 4-3.

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<%@ Page Language="C# %> <script runat="server"> void DoSomething(object sender, EventArgs e) { msg.Text = data.Text; } </script> <html> <body> <form runat="server"> <asp:textbox runat="server id="data /> <asp:button runat="server Text="Click me onclick="DoSomething /> <br /> <asp:label runat="server id="msg /> </form> </body> </html>

SELECT d.name AS DatabaseName, ctd.is_auto_cleanup_on AS AutoCleanup, CAST(ctd.retention_period AS varchar(10)) + ' ' + ctd.retention_period_units_desc AS RetentionPeriod FROM sys.change_tracking_databases AS ctd INNER JOIN sys.sysdatabases AS d ON ctd.database_id = d.dbid ORDER BY DatabaseName;

A System Health Validator (SHV) is an element on the NAP client that can be matched to a System Health Agent (SHA). An SHA corresponds to one or more health requirement servers. Antivirus is a good example. You could have an SHA for the antivirus program and an SHV to compare the antivirus signatures on the client with the server that hosts up-to-date signature files. Windows Server 2008 includes the Windows Security Health Validator. Microsoft and other vendors can create additional SHVs to plug into the NAP platform. The Windows SHV can enforce the following scenarios for NAP clients:

You also need to instruct your code to use this to compile. To do this, you simply need to add this statement at the top of Page.xaml.cs:

In addition to calling Object s GetType method, the FCL offers several more ways to obtain a Type object: The System.Type type offers several overloaded versions of a static GetType method. All versions of this method take a String. The string must specify the full name of the type (including its namespace), and compiler primitive types (such as C# s int, string, bool, and so on) aren t allowed. If the string is simply the name of a type, the method checks the calling assembly to see whether it defines a type of the specified name. If it does, a reference to the appropriate RuntimeType object is returned. If the calling assembly doesn t define the specified type, the types defined by MSCorLib.dll are checked. If a type with a matching name still can t be found, null is returned or a System.TypeLoadException exception is thrown, depending on which GetType method you call and what parameters you pass to it. The .NET Framework documentation fully explains this method.