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the AdventureWorks.dbml file, which has grown considerably. We now have some new Association elements in the XML, and there are three new entities represented. Listing 3-5. The Expanded DBML with Three New Entities and Their Associations < xml version="1.0" encoding="utf-16" > <Database Name="AdventureWorks" Class="AdventureWorksDataContext" xmlns="http://schemas.microsoft.com/linqtosql/dbml/2007"> <Connection Mode="AppSettings" ConnectionString="Data Source=ORCASBETA2_TFSV\SQLEXPRESS; Initial Catalog=AdventureWorks;Integrated Security=True" SettingsObjectName="LTS_Harness.Properties.Settings" SettingsPropertyName="AdventureWorksConnectionString" Provider="System.Data.SqlClient" /> <Table Name="HumanResources.Department" Member="Departments"> <Type Name="Department"> <Column Name="DepartmentID" Type="System.Int16" DbType="SmallInt NOT NULL IDENTITY" IsPrimaryKey="true" IsDbGenerated="true" CanBeNull="false" /> <Column Name="Name" Type="System.String" DbType="NVarChar(50) NOT NULL" CanBeNull="false" /> <Column Name="GroupName" Type="System.String" DbType="NVarChar(50) NOT NULL" CanBeNull="false" /> <Column Name="ModifiedDate" Type="System.DateTime" DbType="DateTime NOT NULL" CanBeNull="false" /> <Association Name="Department_EmployeeDepartmentHistory" Member="EmployeeDepartmentHistories" OtherKey="DepartmentID" Type="EmployeeDepartmentHistory" /> </Type> </Table> <-- NOTE: COLUMNS HAVE BEEN REMOVED FOR READABILITY --> <Table Name="HumanResources.Employee" Member="Employees"> <Type Name="Employee"> <Column Name="EmployeeID" Type="System.Int32" DbType="Int NOT NULL IDENTITY" IsPrimaryKey="true" IsDbGenerated="true" CanBeNull="false" /> <Association Name="Employee_Employee" Member="Employees" OtherKey="ManagerID" Type="Employee" /> <Association Name="Employee_EmployeeDepartmentHistory" Member="EmployeeDepartmentHistories" OtherKey="EmployeeID" Type="EmployeeDepartmentHistory" /> <Association Name="Employee_Employee" Member="Employee1" ThisKey="ManagerID" Type="Employee" IsForeignKey="true" />

The code for the Surrogate-Proxy pattern has the following key ingredients: An interface type (IDesignEngineer). A principal class (ChiefDesignEngineer) that implements IDesignEngineer interface. A proxy class (ProxyChiefDesignEngineer) that also implements the IDesignEngineer interface, which has a member instance of the principal class (ChiefDesignEngineer). implements the methods inherited from IDesignEngineer that wrap the methods of the member instance of the principal class (ChiefDesignEngineer) and further specializes two of them (PerformanceKnowledge() and MechanicalKnowledge()). Client code that instantiates the proxy class (ProxyChiefDesignEngineer), then calls the methods of the ProxyChiefDesignEngineer class. Now let s code the Surrogate-Proxy pattern.

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Now we have a bigger example consisting of two expressions. In the first line we want to find the element with the id wrapper in the document, which translates to the CSS selector expression document #wrapper. In the next line, we use the node we selected in the first line as the new context, which translates to the CSS expression #wrapper div.name > a. So by default, the expression argument is appended by Slick as though we re using the descendant combinator. However, the interesting thing is that we can change this default behavior by appending a combinator in front of our expression. Slick.find(document, '> div'); // document > div In this example, we added a child combinator prefix to our expression argument. When Slick interprets this expression, it no longer uses the default descendant combinator but instead honors the combinator prefix we used. So instead of selecting all div elements from inside the document context, Slick will now select only the div elements that are the direct children of the document. Slick understands all CSS3 combinators, and therefore allows all of these combinators as prefixes in selector expressions. And because MooTools itself uses Slick internally, most MooTools Element methods can also take advantage of combinator prefixes, for example: div.getElements('> a'); wrapper.getElement('+ div');

The essence of the design lies in the way that a proxy class (ProxyChiefDesignEngineer) selects composition or containment rather than inheritance to regulate access to the functionality of the principal (ChiefDesignEngineer). Notice that the IDesignEngineer interface type provides the interface, which is inherited and implemented by ChiefDesignEngineer and ProxyChiefDesignerEngineer classes. The proxy class (ProxyChiefDesignEngineer) wraps the methods of the principal class (ProxyChiefDesignEngineer), except where it wants to shield the principal from the nonadvanced or run-of-the-mill questions, in which case it provides its own implementation (see PerformanceKnowledge() and MechanicalKnowledge() methods). DesignEngineer Interface public interface IDesignEngineer { string DesignKnowledge(); string StressTestKnowledge(); string MechanicalKnowledge(); string PerformanceKnowledge(); } ChiefDesignEngineer Class public class ChiefDesignEngineer: IDesignEngineer { public string DesignKnowledge() { return "The Model T is designed to...";

<Association Name="Contact_Employee" Member="Contact" ThisKey="ContactID" Type="Contact" IsForeignKey="true" /> </Type> </Table> <-- NOTE: COLUMNS HAVE BEEN REMOVED FOR READABILITY --> <Table Name="HumanResources.EmployeeDepartmentHistory" Member="EmployeeDepartmentHistories"> <Type Name="EmployeeDepartmentHistory"> <Column Name="EmployeeID" Type="System.Int32" DbType="Int NOT NULL" IsPrimaryKey="true" CanBeNull="false" /> <Column Name="DepartmentID" Type="System.Int16" DbType="SmallInt NOT NULL" IsPrimaryKey="true" CanBeNull="false" /> <Column Name="ShiftID" Type="System.Byte" DbType="TinyInt NOT NULL" IsPrimaryKey="true" CanBeNull="false" /> <Column Name="StartDate" Type="System.DateTime" DbType="DateTime NOT NULL" IsPrimaryKey="true" CanBeNull="false" /> <Association Name="Department_EmployeeDepartmentHistory" Member="Department" ThisKey="DepartmentID" Type="Department" IsForeignKey="true" /> <Association Name="Employee_EmployeeDepartmentHistory" Member="Employee" ThisKey="EmployeeID" Type="Employee" IsForeignKey="true" /> </Type> </Table> <-- NOTE: COLUMNS HAVE BEEN REMOVED FOR READABILITY --> <Table Name="Person.Contact" Member="Contacts"> <Type Name="Contact"> <Column Name="ContactID" Type="System.Int32" DbType="Int NOT NULL IDENTITY" IsPrimaryKey="true" IsDbGenerated="true" CanBeNull="false" /> <Column Name="ModifiedDate" Type="System.DateTime" DbType="DateTime NOT NULL" CanBeNull="false" /> <Association Name="Contact_Employee" Member="Employees" OtherKey="ContactID" Type="Employee" /> </Type> </Table> </Database> In addition to the DBML growing exponentially, our generated Entity classes have multiplied as well. As you may have expected, there are now four separate classes for each of the entities (not shown) you added to the designer. Additionally, new association properties and attributes have been added to the classes, and a few examples can be seen in Listing 3-6. The property EmployeeDepartmentHistories, seen in Listing 3-6, is on the many side of the one-to-many association, and so it uses an EntitySet<EmployeeDepartmentHistory> collection as its return type. Alternatively, the properties on the one side in Listing 3-6 (that is, Department and Employee) both return only a single entity instance. Another interesting facet is that the Association attribute decorates each of your new properties to provide the mapping metadata

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