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Figure 8-5. Organization of a modular interface and implementation architecture In Figure 8-5, the individual boxes represent a single .NET assembly. Each assembly serves a unique purpose: Definitions: An assembly that contains all interfaces used by all of the other assemblies. This represents a single assembly that changes very rarely and is a cornerstone of the application. Along with interfaces, you would add general utility classes that all assemblies would reference. User: The main application that interacts with the interfaces of objects that are implemented in either the Kernel or Implementations assemblies. The User assembly is responsible for wiring all of the types together (for example, responsible for assigning interface instances from the Implementations assembly to the Kernel assembly). Kernel: An assembly that defines the main functionality of the application and manipulates instances that implement interfaces from the Definitions assembly. The kernel does not know where the interfaces are implemented, and it expects some other piece of code to know where the implementations are. Implementations: An assembly that contains the implementations of the interfaces that the kernel manipulates. The programmer may create a single implementation assembly or multiple assemblies. The implementations are only aware of the Definitions assembly, and are unaware of the Kernel assembly.

4. Execute the following code, which creates the foreign keys that establish the table relationships that were described earlier in Figure 6-2: -- Create the foreign keys ALTER TABLE AttributeValue ADD CONSTRAINT FK_AttributeValue_Attribute FOREIGN KEY(AttributeID) REFERENCES Attribute (AttributeID) GO ALTER TABLE ProductAttributeValue ADD CONSTRAINT FK_ProductAttributeValue_AttributeValue FOREIGN KEY(AttributeValueID) REFERENCES AttributeValue (AttributeValueID) GO ALTER TABLE ProductAttributeValue WITH CHECK ADD CONSTRAINT FK_ProductAttributeValue_Product FOREIGN KEY(ProductID) REFERENCES Product (ProductID) GO 5. Execute the following SQL code, which creates the CatalogGetProductAttributeValues stored procedure. This stored procedure will associate the attributes assigned to a product. -- Create CatalogGetProductAttributeValues stored procedure CREATE PROCEDURE CatalogGetProductAttributeValues (@ProductId INT) AS SELECT a.Name AS AttributeName, av.AttributeValueID, av.Value AS AttributeValue FROM AttributeValue av INNER JOIN attribute a ON av.AttributeID = a.AttributeID WHERE av.AttributeValueID IN (SELECT AttributeValueID FROM ProductAttributeValue WHERE ProductID = @ProductID) ORDER BY a.Name;

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All of the code illustrated thus far is related to the kernel, and it would seem that our application is complete. In reality, the kernel has done nothing other than organize and manipulate the rooms. The kernel has not defined any implementations for a particular room. Now let s see how to define some rooms and use the rooms in the context of the kernel. The idea is to enable a developer to add functionality to the kernel without affecting the code of the kernel. The example that we will go through defines a couple of rooms in a museum (the Museum project).

We ll now discuss the code used to populate the AttributeValue and ProductAttributeValue tables and the CatalogGetProductAttributeValues stored procedure. Before proceeding, please make sure you understand the purpose of each field of the Attribute, AttributeValue, and ProductAttributeValue tables and the code used to populate these tables. It may take a while to understand the table structure exactly. We will not reiterate the theory here, but feel free to refer to s 4 and 5, where we ve discussed the major concepts of relational database design. In this exercise we ve used quite a few SQL tricks and syntactic sugar that we need to talk about. Let s first look at the AttributeValue table. To populate it, instead of using multiple INSERT statements, we ve used the INSERT...SELECT version of the command, which allows us to insert the data returned by a SELECT statement.

Note The implementation of the Home project is not discussed here, but it is available in this book s

<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd"> <html xmlns="http://www.w3.org/1999/xhtml"> <head id="Head1" runat="server"> <title>BalloonShop Admin</title> </head> <body> <form id="form1" runat="server"> <div class="Window"> <div class="Main"> <div class="Left"> <uc1:UserInfo ID="UserInfo1" runat="server" /> </div> <div class="Right"> <div class="AdminHeader"> <asp:ContentPlaceHolder ID="titlePlaceHolder" runat="server"> </asp:ContentPlaceHolder> </div> </div> <div class="AdminContents"> <asp:ContentPlaceHolder ID="adminPlaceHolder" runat="server"> </asp:ContentPlaceHolder> </div> </div> </div> </form> </body> </html> 25. Switch to Design View and verify that the form looks like Figure 11-12.

Compare your results to Figure 5-12.

Figure 11-12. Admin.master in Design View 26. Add a new Web Form called AdminDepartments.aspx to the project. Make sure its language is Visual C# and that both check boxes (Place code in separate file and Select master page) are checked. Click Add, choose the Admin.master Master Page, and then click OK.

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