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Figure 11-28. Exact positioning with a canvas The left and top positions for an element are set via the static SetLeft and SetTop methods of Canvas and not, as you might think, from the System.Windows.Forms framework with properties that belong to the elements itself. The SetLeft and SetTop methods accept the UI element to place and the left or top position in pixels relative to the top-left corner of the canvas. It assigns hidden position information with the element that allows the canvas to place an element within the canvas client area. You do not need to specify a horizontal or vertical alignment here, because all elements are automatically resized to their content with a canvas (if no explicit width and height was set). You should use the canvas to arrange your elements only if you really need pixel level control. Therefore, you need to know the display resolution of your final hardware to optimize the screen layout to exactly this resolution. For other resolutions, your layout might not look ideal. The stack panel does a great job when laying out your UI elements to best fit to your display.

We then move on to including the two FileSet structures for the task: the targets and the rules. private FileSet _ruleset = new FileSet(); private FileSet _targets = new FileSet(); [BuildElement("ruleset")] public FileSet RuleSet { get{return _ruleset;} set{_ruleset = value;} } [BuildElement("targets")] public FileSet Targets { get{return _targets;} set{_targets = value;} } At this point, the properties are complete and we move on to ensuring the execution of the analysis. The things we need to do are: override and provide the name of the executable (ProgramFileName), override and provide the command-line arguments (ProgramArguments), and then override the ExecuteTask method. Overriding the ProgramFileName is simple: public override string ProgramFileName { get{return this.Executable;} } Providing an accurate command line is a little more involved; we need to provide three different sets of switches. Fortunately, the switches are all of the same format and so we produce the command line in a common way. First, we create an enumeration of the different switches: private enum FxCopArgument { Target, Rule, Output }

A control element can have its own individual background. This section demonstrates how to paint backgrounds using brushes and presents the different types of brushes supported by the .NET Micro Framework.

Then we generate a small method for formatting an argument correctly given the argument value and the type of switch required: private string FormatArgument(string argument, FxCopArgument fxArg) { string argumentPrefix = ""; if (fxArg == FxCopArgument.Target) argumentPrefix = "f"; if (fxArg == FxCopArgument.Rule) argumentPrefix = "r"; if (fxArg == FxCopArgument.Output) argumentPrefix = "o"; return String.Format(@" /{0}:""{1}""", argumentPrefix, argument); } Finally, we override the actual property ProgramArguments and provide the command line by looping through the available files from the two filesets. We also add the output file to the command line. The property then looks like this: public override string ProgramArguments { get { string progargs = ""; //Get the targets for the run foreach(string file in Targets.FileNames) progargs += FormatArgument(file, FxCopArgument.Target); //Get the rules for the run foreach(string file in RuleSet.FileNames) progargs += FormatArgument(file, FxCopArgument.Rule); //Get the output for the run progargs += FormatArgument(this.Report.FullName, FxCopArgument.Output); return progargs; } } All we need to do now is to override the ExecuteTask method. As discussed earlier, in general the only action required is to invoke the base ExecuteTask method, but we will also provide a little debugging information and check for some obvious problems that will cause a failure such as not having any rules and/or not having any targets for analysis. This method looks like the following: protected override void ExecuteTask() { Log(Level.Debug, "CommandLine is: {0}", this.CommandLine.ToString()); if(this.Targets.FileNames.Count < 1) { string errorMessage = "Task must contain at least one target assembly";

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