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Each book defines the set of types in a given namespace, the members of a given type, and the parameters of a given member. Furthermore, when you view the help page for a given type, you will be told the name of the assembly and namespace that contains the type in question (located at the top of said page). As you read through the remainder of this book, I assume that you will dive into this very, very critical node to read up on additional details of the entity under examination.

To conclude this chapter, I would like to point out a number of .NET development tools that complement the functionality provided by your IDE of choice. Many of the tools mentioned here are open source, and all of them are free of charge. While I don t have the space to cover the details of these utilities, Table 2-5 lists a number of the tools I have found to be extremely helpful as well as URLs you can visit to find more information about them.

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This is a must-have for any .NET http://www.gotdotnet.com/team/fxcop developer interested in .NET best practices. FxCop will test any .NET assembly against the official Microsoft .NET best-practice coding guidelines. This advanced .NET decompiler/object http://www.aisto.com/roeder/dotnet browser allows you to view the implementation of any .NET type using CIL, C#, Object Pascal .NET (Delphi), and Visual Basic .NET. NAnt is the .NET equivalent of Ant, the popular Java automated build tool. NAnt allows you to define and execute detailed build scripts using an XML-based syntax. http://sourceforge.net/projects/nant

Used to specify the minimum height of a flexible element (such as a box whose height has been set with a percentage). Value: <length> | <percentage> Initial value: 0 Inherited: No Applies to: All elements except nonreplaced inline elements and table elements Supported by: Firefox, Safari, Opera

set { IsAnim = value; imageTimer.Enabled = IsAnim; } } The PetName property is what you would expect and requires little comment. Do notice, however, that when the user sets the pet name, you make a call to Invalidate() to render the name of the CarControl into the bottom rectangular area of the widget (you ll do this step in just a moment): // Configure pet name. public string PetName { get{return carPetName;} set { carPetName = value; Invalidate(); } } Next, you have the Speed property. In addition to simply modifying the currSp data member, Speed is the entity that fires the AboutToBlow and BlewUp events based on the current speed of the CarControl. Here is the complete logic: // Adjust currSp and currMaxFrame, and fire our events. public int Speed { get { return currSp; } set { // Within safe speed if (currSp <= maxSp) { currSp = value; currMaxFrame = AnimFrames.Lemon3; } // About to explode if ((maxSp - currSp) <= 10) { if (AboutToBlow != null) { AboutToBlow("Slow down dude!"); currMaxFrame = AnimFrames.AboutToBlow; } } // Maxed out if (currSp >= maxSp) { currSp = maxSp; if (BlewUp != null) { BlewUp("Ug...you're toast..."); currMaxFrame = AnimFrames.EngineBlown; } } } }

Figure 4-12. Warning the user about unsaved data Clicking No returns the user to the form without making any changes. Clicking Yes will clear the form for new entry.

As you can see, if the current speed is 10 mph below the maximum upper speed, you fire the AboutToBlow event and adjust the upper frame limit to AnimFrames.AboutToBlow. If the user has pushed the limits of your automobile, you fire the BlewUp event and set the upper frame limit to AnimFrames.EngineBlown. If the speed is below the maximum speed, the upper frame limit remains as AnimFrames.Lemon3.

The next detail to attend to is ensuring that the Timer type advances the current frame to render within the PictureBox. Again, recall that the number of frames to loop through depends on the current speed of the automobile. You only want to bother adjusting the image in the PictureBox if the Animate property has been set to true. Begin by handling the Tick event for the Timer type, and flesh out the details as follows: private void imageTimer_Tick(object sender, EventArgs e) { if(IsAnim) currentImage.Image = carImages.Images[(int)currFrame]; // Bump frame. int nextFrame = ((int)currFrame) + 1; currFrame = (AnimFrames)nextFrame; if (currFrame > currMaxFrame) currFrame = AnimFrames.Lemon1; }

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