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In Listing 6-1, you used var as the return value and for the iteration over the return value. What type is returned here The type returned is actually your standard System.Linq. IQueryable<T> interface, and in this case T is your EmployeeDepartmentHistory entity. Another important facet regarding the query in Listing 6-1 is the ObjectQuery class, the type that is returned from the aw.EmployeeDepartmentHistory call. The ObjectQuery class is a generic class that is part of System.Data.Objects. The purpose of the ObjectQuery class is to return collections of typed entities. Because ObjectQuery is associated with your ObjectContext, it has the metadata and connection information needed to translate your LINQ query into T-SQL. Because the type returned from LINQ is an IQueryable interface, and the ObjectQuery type is used in the query, you can rewrite your query as seen in Listing 6-2. In this example, you are strongly typing the ObjectQuery and the LINQ query results. The reason to be explicit with the types is the same reason that you strongly type variables in the world of software development: to make it easier to understand and gain a negligible performance increase. I m an advocate of Listing 6-2 over 6-1 because I believe that it is more intuitive and easier to understand; however, the SQL code in Listing 6-2 is identical to the SQL code in Listing 6-1. Thus, this type of formatting really becomes a philosophical debate more than a debate about patterns or anti-patterns because the performance increase with Listing 6-2, if any, is truly negligible. Listing 6-2. Another Way to Query Using EF // C# Example using(AdventureWorksEntities aw = new AdventureWorksEntities()) {

wraps('home-link'); The resulting DOM Tree section will look like this: <div id="div1"> <div id="div2"> <div id="div3"> <a id="home-link" href="homehtml">Home</a> </div> </div> </div> To understand why we get this result, we need to remember that the Elements versions of Element methods are modified so they can be used with collections This modification involves adding an internal loop that applies the method to each item of the collection Our wraps code above can therefore be rewritten like this: var divs = $$('div'); divseach(function(div){ divwraps('home-link'); }); In the first iteration of the loop, the first div object, div1, is inserted in the original position of the home-link element, thereby replacing it The home-link element is then inserted inside div1, turning it into a child node of the div The loop then continues, and the second div, div2, is used to replace homelink.

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An overloaded method has the same name as another method, in the same class, but it has a different method signature. A method signature comprises the method name and the number, modifiers and types of its parameters it does not include the return type of the method.

ObjectQuery<EmployeeDepartmentHistory> edh = aw.EmployeeDepartmentHistory; IQueryable<EmployeeDepartmentHistory> edhQuery = from d in edh select d;

Overloading gives the class developer flexibility regarding how to implement functionality and offers a low-risk way to vary or extend functionality, in an established class, without having to reengineer existing functionality or compromise the interface of a class.

Because home-link is now inside div1, div2 is also injected inside div1 first so that it can take the new position of home-link and then home-link is again injected into div2 The process is repeated a third time for div3, and the final result is what we see in the DOM Tree section above Because of this cascading behavior, it is advised not to use wraps for Elements instances..

Overloading may occur in a base class, subclass, or interface type. It is used where the overloaded methods implement flavors of similar functionality by using different types and numbers of parameters.

IEnumerable<EmployeeDepartmentHistory> edhList = edhQuery.ToList(); foreach (EmployeeDepartmentHistory f in edhList) { Debug.Print(f.EmployeeID.ToString()); } } -- SQL Generated from EF SELECT 1 AS [C1], [Extent1].[EmployeeID] AS [EmployeeID], [Extent1].[DepartmentID] AS [DepartmentID], [Extent1].[ShiftID] AS [ShiftID], [Extent1].[StartDate] AS [StartDate], [Extent1].[EndDate] AS [EndDate], [Extent1].[ModifiedDate] AS [ModifiedDate] FROM [HumanResources].[EmployeeDepartmentHistory] AS [Extent1] Listings 6-1 and 6-2 provide simple examples of querying against the EmployeeDepartmentHistory entity, but what if you want to access an association entity (that is, a navigation property) Listing 6-3 shows the same query as Listing 6-1, but instead of retrieving the EmployeeID, it uses the dot operator to retrieve the EmailAddress property as part of the Contact class. Unfortunately, following this example results in a NullReferenceException specifically, Object reference not set to an instance of an object. The reason for the error when running the code in Listing 6-3 is that only objects that are explicitly requested in your query are returned. This is true regardless of the relationship between the entities for example, the relationship between EmployeeDepartmentHistory and Employee. Although this behavior may initially seem counterintuitive, it is actually a common pattern with ORMs. The reason for this behavior comes down to EFs needing to be aware of the scope of both the query and the data that is returned (that is, object tracking). Listing 6-3. Invalid Query with Association using(AdventureWorksEntities aw = new AdventureWorksEntities()) { var departmentHistories = from dep in aw.EmployeeDepartmentHistory select dep; foreach (var edh in departmentHistories) { Debug.Print(edh.Employee.Contact.EmailAddress); } }

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