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If AccessType is set on the class/entity level, all attributes of the class are accessed according to the selected strategy. Attribute-level annotations are expected on either fields or getter methods, depending on the strategy. This setting overrides any defaults from the position of the standard @Id annotations. If an entity defaults or is explicitly set for field access, the AccessType("property") annotation on a field switches this particular attribute to runtime access through property getter/setter methods. The position of the AccessType annotation is still the field. If an entity defaults or is explicitly set for property access, the AccessType("field") annotation on a getter method switches this particular attribute to runtime access through a field of the same name. The position of the AccessType annotation is still the getter method. Any @Embedded class inherits the default or explicitly declared access strategy of the owning root entity class. Any @MappedSuperclass properties are accessed with the default or explicitly declared access strategy of the mapped entity class.

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object, definition, 1 Object Browser, Visual Studio .NET, 18 OnClick( ) method, 230 OnKey method, 233 operator overloading bad example, 261 binary operators, 259 complex number example, 262, 264 265 example, 261 good example, 261 guidelines, 261 overview, 259 restrictions on, 261 simple example, 260 unary operators, 259 operator precedence, 119 120 operator!=( ) function, 286 operator==( ) function, 286 optimize+ compiler flag, 472 option, 274 275 accessing command-line parameters with string array, 274 multiple Main( ) functions, 274 275 programming overview, 273 returning status with int variable, 273 ordering instances, 294 295 out parameters, 227, 36, 56 outer variables, 227 overloading conversion rules for resolution, 57 58 example, 55 56 functions, 36 37 method hiding, 56 57 method rules, 55 56 relational operators, 301 302 variable-length parameter lists, 58, 60 override keyword, 47

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This code should be familiar, except that we re calling an Update() method instead of InvalidateVisual(). The Update() method is where all the work takes place (listing 14.10).

Dim newHire As New Employee newHire.Name = "John Doe" newHire.HireDate = #2/27/2008# newHire.Salary = 50000@

session.unsubscribe("JoeOgler");

You had to reinvent the wheel every time you wanted to test a feature. One test might look like a console application, another uses a UI form, and another uses a web form. You don t have that time to spend on testing, and the tests fail the easy to implement requirement.

As with any other application, when you re working with web or worker roles you need to be able to dynamically configure runtime settings without rebuilding the application from its source. In conventional web applications, the following settings (among others) are typically stored in configuration files: Database connection strings Service endpoints Filesystem paths Timeout settings Although these configuration settings are considered dynamic, in most applications they re rarely changed. The main reason for storing these runtime configuration settings in a configuration file is so that you can easily deploy your application between different environments (development, test, staging, and production). Typically, your production environment talks to different web services, a different database, or a different storage account from your development or staging environment. Using configuration files (rather than rebuilding your source code) to modify these endpoints greatly reduces the complexity, increases the maintainability, and simplifies the deployment process of your application. In this section we ll look at the following aspects of configuring your runtime settings: Configuring runtime settings in conventional web apps Defining your runtime configuration settings in Windows Azure Initially configuring your runtime configuration settings Reading your configuration settings Modifying your configuration settings dynamically at runtime Before we look at how to define your runtime configuration settings in Windows Azure, let s look at how you would do this in conventional ASP.NET web applications.

Please note that, in most cases, the Report Server makes multiple interface inheritance unnecessary because the more specialized interfaces inherit from the IExtension interface. This means that all custom extensions indirectly inherit from IExtension. Extending RS with interface inheritance Now that you have a good grasp of interface inheritance, you are ready to extend the RS features by writing custom data, delivery, rendering, and security extensions. To make your life easier, Microsoft has encapsulated all RS-related interface definitions into a single Microsoft.ReportingServices.Interfaces library. Figure 15.3 shows the publicly available type definitions included in this library. 522

The Lookup transformation has three primary settings: no cache, partial cache, and full cache. Each has benefits and drawbacks.

*/ String STUDENT = "Student"; /** * Role denoting the user is a janitor */ String JANITOR = "Janitor"; }

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