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This field is filled in when the bug is resolved. Nearly all Microsoft products use the following choices for the Resolution field. Fixed The underlying error was fixed. Not repro The error could not be reproduced. This typically happens when the reproduction steps were incomplete or the environment is different between the tester's and developer's computers. Duplicate When two separate bugs describe the same issue, one of the bugs (usually the one opened later) is resolved as duplicate. See the sidebar titled "A Note on Duplicate Bugs" later in this chapter for more information on duplicate bugs. By Design Sometimes, what appears to be a bug actually isn't a bug. Instead, the behavior is the intent of the design. For example, when I run Windows Calculator and press 2 / 0, the output window of Calculator reads "Cannot divide by zero" (this is expected). Then, none of the number keys work until I press the C button to clear the data. Some people might consider this to be a bug, but it's "By Design." This resolution has lead to the famous tester catch phrase "It's not a bug, it's a feature." Postponed This resolution is given to bugs that will be fixed in a future release of the product.

Thus far, you ve seen how to program against the Microsoft AJAX Library. You can use the skills you ve learned to create client-side controls that are built on the Microsoft AJAX Library and thus are managed by it. It is important to remember that these are not server controls. Rather, they are controls that implement AJAX features on the client. There are three types of client objects you can create with the Microsoft AJAX Library: component, control, and behavior objects. The following provides a brief description of each:

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sys.Component This object provides a base class for creating reusable AJAX components. Classes that derive from Sys.Component do not generate UI elements. Instead, they work as common controls that provide functionality across pages. For example, the Timer control in the Microsoft AJAX Library implements Sys.Component. sys.Ui.Control This object provides a base class for creating reusable, AJAX-enabled client controls. These controls are typically related to a single Document Object Model (DOM) element (such as an input box or button). They provide additional functionality to the DOM element with which they are meant to work. sys.Ui.behavior This object represents a base class for creating behaviors that can be added to one or more DOM elements at design time. A behavior is not associated with a single DOM element. Rather, it can extend the DOM elements to which it is applied. For example, you might create a behavior that opens a new window when the cursor points to the element. You could then apply this behavior to a button, input box, hyperlink, or other element.

Every control you create to work with the Microsoft AJAX Library will derive from one of these objects as its base. The sections that follow provide additional details on the three types of client objects you can create with the Microsoft AJAX Library.

XAML ModulesCatalog.xaml <Modularity:ModuleInfo Ref="ModuleF.xap" ModuleName="ModuleF" ModuleType="ModuleF. ModuleF, ModuleF, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null" > <Modularity:ModuleInfo.DependsOn> <sys:String>ModuleE</sys:String> </Modularity:ModuleInfo.DependsOn> </Modularity:ModuleInfo>

An AJAX client component is a class you create that derives from the Sys.Component class. You derive from this class when you want to create a class that gets managed by the Microsoft AJAX Library but does not work directly with the UI. This is similar to the class that was created in the previous section. However, in this case, you inherit the Sys.Component base class. This ensures that the library knows how to manage the lifetime of your object from initialize through disposal. As an example (and building on the password example), consider a class that you write as a component that provides methods for verifying the strength of a password on the client. You would create this class the same way classes were created in the previous section. However, for the client component you have a couple of additional items to consider. First, when you define the class constructor, you should make sure to initialize the base constructor in the base class. The following code shows an example.

Additional fields in common use in a bug database include the following: How Found What testing activity found the bug Issue Type Is the bug a coding bug, a design issue, a documentation issue, and so forth Bug Type Bug types might be security, performance, functionality, stress, and so forth. Source Who found the bug That is, did test, development, an internal user, a beta user, or someone else find the bug Figure 9-2 shows an example of a bug tracking system in Visual Studio Team System.

Type.registerNamespace("AjaxEnabled"); //create constructor AjaxEnabled.PasswordStrengthComponent = function() { AjaxEnabled.PasswordStrengthComponent.initializeBase(this); }

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