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Hopefully at this point, you not only understand how to define and implement interface types, but can understand their usefulness. To be sure, interfaces will be found within every major .NET namespace. To wrap up this chapter, let s check out the interfaces (and core classes) of the System.Collections namespace.

As explained in the previous chapter, all Core Data applications require an object model. The model defines the entities to be persisted and their properties. Entities have three kinds of properties: Attributes Relationships Fetched properties

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The most primitive container construct would have to be our good friend System.Array. As you have already seen in 3, this class provides a number of services (e.g., reversing, sorting, clearing, and enumerating). However, the simple Array class has a number of limitations, most notably it does not dynamically resize itself as you add or clear items. When you need to contain types in a more flexible container, you may wish to leverage the types defined within the System.Collections namespace (or as discussed in 10, the System.Collections.Generic namespace). The System.Collections namespace defines a number of interfaces (some of which you have already implemented during the course of this chapter). As you can guess, a majority of the collection classes implement these interfaces to provide access to their contents. Table 7-2 gives a breakdown of the core collection-centric interfaces. Table 7-2. Interfaces of System.Collections System.Collections Interface ICollection IEqualityComparer IDictionary IDictionaryEnumerator IEnumerable IEnumerator IHashCodeProvider IKeyComparer

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Defines generic characteristics (e.g., count and thread safety) for a collection type. Defines methods to support the comparison of objects for equality. Allows an object to represent its contents using name/value pairs. Enumerates the contents of a type supporting IDictionary. Returns the IEnumerator interface for a given object. Generally supports foreach-style iteration of subtypes. Returns the hash code for the implementing type using a customized hash algorithm. (This interface is new to .NET 2.0.) Combines the functionality of IComparer and IHashCodeProvider to allow objects to be compared in a hash-code-compatible manner (e.g., if the objects are indeed equal, they must also return the same hash code value). Provides behavior to add, remove, and index items in a list of objects. Also, this interface defines members to determine whether the implementing collection type is read-only and/or a fixed-size container.

Table 2-1 shows the different classes and brief descriptions of their roles. Enumerating through the classes to better understand how the mechanics behind model instantiation work is an interesting exercise, but in practice creating the model in Xcode is typically done graphically without having to type a single line of code.

Problem You want to identify some elements as being in the same class as other elements You want to apply additional semantic and relational meaning to a class of elements You want to style a class of elements in the same way You want to identify some elements uniquely in a document so you can style them uniquely and directly access them through JavaScript HTML supplies the class and id attributes for these purposes You can assign a class and an id to any element An ID and class name cannot include a space It must start with a letter and may contain letters, numbers, the underscore (_), and the dash (-) Since CSS selectors are case sensitive when using XHTML, it is a common practice to use lowercase class and ID names Class class assigns a user-defined semantic meaning to an element.

Many of these interfaces are related by an interface hierarchy, while others are stand-alone entities. Figure 7-12 illustrates the relationship between each type (recall that it is permissible for a single interface to derive from multiple interfaces).

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