word pdf 417

word pdf 417

word pdf 417

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In the earlier examples, there were no explicit specifications of an element s width and height. For elements in a vertical stack panel, the element s width is set to the width of the stack panel, and the height is calculated by the dimension of the content. You can explicitly specify a height for an element in a vertical stack panel, but the width will be equal to the panel s client width. With a horizontal stack panel, you will be able to set the width of a child element. Figure 11-26 demonstrates how an explicit height of 200 pixels for the image will look with a vertical stack panel. Figure 11-27 shows the image with a 50-pixel height.

The coding starts with the following lines: using System; using System.IO; using using using using NAnt.Core; NAnt.Core.Attributes; NAnt.Core.Types; NAnt.Core.Tasks;

The stack panel uses the screen resolution to lay out the elements. But you do not have precise control on a pixel level where to place the elements. If you need to specify the exact pixel position of child elements, you should use the Canvas panel. Canvas derives from Panel and can be used like StackPanel, but it allows you to set the exact pixel position for the individual child elements with the methods SetTop and SetLeft. Listing 11-20 demonstrates how to use a canvas to place elements precisely, as illustrated in Figure 11-28. Listing 11-20. Exact Positioning of Elements with a Canvas using System; using Microsoft.SPOT; using Microsoft.SPOT.Presentation; using Microsoft.SPOT.Presentation.Controls;

These statements ensure we have access to the necessary types in NAnt.Core.dll. We then declare the class as follows: [TaskName("fxcop")] public class FxCopTask : ExternalProgramBase {} Here we state that the task will be known as <fxcop> in a build file. We have also inherited ExternalProgramBase rather than Task because of the additional functionality. It makes sense to inherit from ExternalProgramBase when we are attempting to wrap a command-line tool. Inheriting from Task is better when we are creating a task process from the ground up. We now add the relevant properties to the class to complete the XML structure. Let us start by adding a property to represent the path to the executable file: private string _executable; [TaskAttribute("executable")] [StringValidator(AllowEmpty=false)] public string Executable { get{return _executable;} set{_executable = value;} } In this case, the attribute will be known as executable. Additionally we have included a validator to ensure that the attribute is not empty since this is unacceptable to the task. Next, we add the output information: private FileInfo _output; [TaskAttribute("report")] [StringValidator(AllowEmpty=false)] public FileInfo Report { get{return _output;} set{_output = value;} } Although we are passing a string, we can hold a FileInfo object since this conversion is fine. Again, the task must always produce a report, and so we have included a validator to ensure that this attribute is not empty.

using Microsoft.SPOT.Presentation.Shapes; using Microsoft.SPOT.Presentation.Media; namespace CanvasSample { public class Program : Microsoft.SPOT.Application { public static void Main() { Program myApplication = new Program(); Window mainWindow = myApplication.CreateWindow(); // Start the application myApplication.Run(mainWindow); } private Window mainWindow; public Window CreateWindow() { // Create a window object and set its size to the // size of the display. mainWindow = new Window(); mainWindow.Height = SystemMetrics.ScreenHeight; mainWindow.Width = SystemMetrics.ScreenWidth; Canvas canvas = new Canvas(); // Create a single text control and add it to the canvas Font font = Resources.GetFont(Resources.FontResources.small); Text text = new Text(font, "I am a racer."); Canvas.SetLeft(text, 50); Canvas.SetTop(text, 200); canvas.Children.Add(text); // Create an image and add it to the canvas Bitmap racer = Resources.GetBitmap(Resources.BitmapResources.Racer); Image image = new Image(racer); Canvas.SetLeft(image, 10); Canvas.SetTop(image, 10); canvas.Children.Add(image); // Create a rectangle shape and add it to the canvas Rectangle rect = new Rectangle(); rect.Fill = new SolidColorBrush(Colors.Blue); rect.Width = 100;

Note If I was considering a public release of such a task, then I would probably have the option of using

rect.Height = 50; Canvas.SetLeft(rect, 200); Canvas.SetTop(rect, 50); canvas.Children.Add(rect); // Add the canvas to the window. mainWindow.Child = canvas; // Set the window visibility to visible. mainWindow.Visibility = Visibility.Visible; return mainWindow; } } }

console output rather than simply an XML file, but this task is to suit my own purposes, of course, and I can afford to be selfish for v1!

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