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So detecting the type of an object is as simple as calling its $family method In the case of arrays, for instance, doing []$family() or typeOf([]) returns array for both cases which is the actual type of the object The typeOf operator simplifies this process of calling the $family function of the object by doing it automatically You might be asking then, What s the use of calling typeOf then, when I could just invoke the $family method directly Well, the first answer is because typeOf is part of the private API and like many things in the private MooTools API, it s bound to change eventually Making direct calls to this method makes your code prone to breakage when new versions of the library come out especially ones that change the internal API dramatically (and it happens!).

In the object world, however, you don t have this luxury and therefore need to use aggregation to ensure that you don t end up leaking memory or corrupting your data store Our Automobile entity, as seen in Figure 2-4, is the perfect example of an aggregate The automobile has value objects such as Seats and Tires, and can also have other entity objects such as the Owner object By this account, the Automobile object becomes the source of the aggregate and for all intents the owner of the group You may be asking yourself how this helps to enforce referential integrity in your model The answer actually lies in the structure of your domain model and the objects you expose to consumers By controlling what objects a consumer can create and by exposing the aggregate, you can ensure integrity in your model.

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Generics introduce a flexibility that combines type safety with the ability to avoid committing to a type at design time.

But even if we re absolutely sure that it will never break and that s highly unlikely there s an even bigger reason why you should not call the $family method directly: // regular object var obj = {}; // typeOf consolelog(typeOf(obj)); // 'object' // obj$family consolelog(obj$family()); // this will throw an error In this snippet, passing the obj variable to typeOf works as expected, and we get the proper type object as the return value However, if we try to do obj$family(), we ll get an error because obj has no method named $family Remember that the $family method is inherited by objects from their type objects, and it is added directly to the prototype of the type object via the Type constructor However, some objects don t have a $family method because they don t inherit the method from their type objects.

Generics enable class, delegate, interface, and struct types, and methods to be created with type parameters that are placeholder types, which can be substituted when the type is known.

The most common way to enforce this technique is to use the factory pattern discussed later in this chapter and demonstrated in detail in 8 However, a solid understanding of accessibility modifiers and a well-laid-out hierarchy will also be critical to ensure integrity..

Generics are commonly used in data structures for example, collections and arrays, or in passing method parameters.

In fact, it s just not the case of not inheriting the method; it s a case of not having actual type objects in the first place!.

For the List view, instead of creating another page filled with inline code, I am going to add a new MVC View User Control called ProfileListControl.ascx (not visually shown) to the project. The code for this can be seen in Listing 11-30. Here you have a fairly pedestrian .NET user control that uses an asp:DataList to create an HTML table of Person properties. Obviously, because this is a DataList, there is data binding happening, and you will see that next in the code-behind. Listing 11-30. ProfileListControl.ascx <%@ Control Language="C#" AutoEventWireup="true" CodeBehind="ProfileListControl.ascx.cs" Inherits="BankOfPluto.Views.Profile.ProfileListControl" %> <%@ Import Namespace="BoP.Core.Domain" %> <asp:DataList ID="profileDataList" runat="server"> <ItemTemplate> <table> <tr> <td><b>First Name:</b></td> <td><%# ((Person)(Container.DataItem)).FirstName %></td> </tr> <tr> <td><b>Last Name:</b></td> <td><%# ((Person)(Container.DataItem)).LastName %></td> </tr> <tr> <td><b>Email:</b></td> <td><%# ((Person)(Container.DataItem)).Email %></td> </tr> <tr> <td><b>Gender:</b></td> <td><%# ((Person)(Container.DataItem)).Gender %></td> </tr> <tr> <td><b>Date of Birth:</b></td> <td><%# ((Person)(Container.DataItem)).DOB %></td> </tr> </table> </ItemTemplate> </asp:DataList> The C# code-behind is the most interesting aspect of the ProfileListControl.ascx file. Listing 11-31 shows the C# code for this control in all its glory. Similar to the ViewPage in the Edit view, you have the ViewUserControl base class that is taking a generic type Person parameter and giving you access to helper functionality like ViewData. In this example, you have a List<Person> being created and the ViewData, which is a Person, being added to the collection.

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