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Bearing in mind the brief discussion on requirements, the following might be the way in which we would like to use the <fxcop> task: <fxcop executable="fxcopcmd.exe" report="report.xml"> <targets basedir="D:\AssembliesFolder"> <include name="*.dll" /> </targets> <ruleset basedir="D:\RulesFolder"> <include name="*.dll" /> </ruleset> </fxcop>

In Listing 11-19, the vertical stack panel is the child of the window and covers the whole client area of the window All elements are aligned to the left side of the vertical stack panel, because the HorizontalAlignment properties of the three elements were set to HorizontalAlignmentLeft The HorizontalAlignment property is provided from the UIElement class and describes how the element content should be aligned if the element is wider than its content Possible values for the HorizontalAlignment enumeration are Left, Right, Center, and Stretch Stretch is very similar to Center and will not stretch the content of the text, image, or shape element If the vertical.

This would in turn translate to the actual implementation of this task in our build file, as in the following: <fxcop executable="D:\dotNetDelivery\Tools\FxCop\1.30\FxCopCmd.exe" report="${core.reports}\fxcop.xml" failonerror="false"> <targets basedir="${core.output}"> <include name="${solution.name}*.dll" /> <include name="${solution.name}*.exe" /> <exclude name="*Tests*" /> </targets> <ruleset basedir=" D:\dotNetDelivery\Tools\FxCop\1.30\Rules"> <include name="*.dll" /> </ruleset> </fxcop> This should represent a generic piece of script, which ensures that only the required assemblies for a solution are analyzed. This is a good starting point for creating the <fxcop> task. Now let us move on to the coding.

stack panel is smaller than, for example, the image, Stretch behaves like Left and will align the image to the left side rather than in the center. When you display a horizontal stack panel, you need to use the VerticalAlignment property. Possible values for the VerticalAlignment enumeration are Top, Bottom, Center, and Stretch. Figure 11-24 show a horizontal stack panel with top-aligned text, a centered image, and a bottom-aligned shape.

The Etomic.NAntExtensions solution contains the code for the <fxcop> task under the GeneralTasks project, as shown in Figure 7-5.

Figure 11-24. Using a horizontal stack panel to arrange elements with different vertical alignments You can further control the alignment by setting margins for each individual element. An element can have left, right, top, and bottom margins. This will add spacing between the elements or to the stack panel borders. You can either set all four margins to the same value with the SetMargin(int length) method inherited from UIElement or set each margin individually with the SetMargin(int left, int right, int top, int bottom) overload. Let s go back to our sample where all elements were left aligned in the vertical stack panel. If you set the left, right, top, and bottom margins of the image to 20 pixels, you will get a display as shown in Figure 11-25.

Figure 7-5. Etomic.NAntExtensions solution The project is configured as per the required standards to add easily to the build process. We will do that once we have completed the simple coding work, though in reality you may want to do this immediately to ensure the continuous integration process operates effectively. There needs to be a reference to the NAnt.Core assembly, which can be found in the \bin folder of NAnt. If you are using a nightly build and standard folders to hold NAnt across development machines, you may prefer to directly reference that assembly than move the required assemblies into the managed assemblies area. Once the reference is in place, coding can begin.

Figure 11-25. Using a horizontal stack panel to arrange elements where the image has left, right, top, and bottom margins of 20 pixels

The <fxcop> task is not a heavy-duty coding exercise, since we can rely on much of the framework already in place. We just need to ensure that the XML structure and features of the task are implemented, and that the correct external process arguments are available.

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