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if (count >= collection.Length) { object[] temp = new object[collection.Length * 2]; Array.Copy(collection, temp, collection.Length); collection = temp; } collection[count] = element; ++count; } public object GetElement(int elementNumber) { if (elementNumber >= count) { throw new IndexOutOfRangeException(); } return collection[elementNumber]; } } Using an internal object array allows any type to be used within the collection; however, as mentioned in 9, storing a value type using an object reference causes a boxing operation to occur. The return type of the GetElement method demonstrates the other problem with object-based collections a cast will generally be required to convert the object reference to the specific type stored in the collection. The following code highlights these issues: GrowableArray ga = new GrowableArray(); int num = 10; ga.AddElement(num); //boxing operation here //unboxing operation and no compile-time type-safety int newNum = (int)ga.GetElement(0); //runtime error here string str = (string)ga.GetElement(0); Generics solve the problems shown in the previous code sample. Instead of using an object reference to specify a generic parameter, generics allow the type of a parameter to be left unspecified until the generic code is used. You implement this by specifying a special parameter known as a type parameter inside angle brackets (< and >); type parameters signify that it s up to the client code to provide the actual type that will be substituted for the type parameter. If you rewrite the earlier GrowableArray sample using generics, you simply have to replace object references with the generic placeholder T:

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Info.plist is a special kind of file known as a property list. Property lists are used extensively throughout OS X. Although end users rarely see them, they are used in many parts of Cocoa development, so you will see them a lot. Property list files are made up of a list of entries. Each entry is made up of a key and a value. Figure 2 22 shows Xcode s built-in property list editor, editing the file Info.plist. Each row represents a single entry. As you can see, the property list consists of two columns. The left column is labeled Key and the right column is labeled Value. NOTE: Property lists also have the ability to store multiple values under a single key. It is possible to store either an array (or list) of items under a single key, or even to store another whole set of keys and values under one key. It ll be a while before we need that functionality, but we figured you should know it was possible. In Figure 2 22, the entry with the key Icon file is highlighted. The value associated with that key, shown in the right column, should be blank. Double-click the empty column to the right of the Icon file key, and type hello world.icns. Now press S to save the property list. Are you ready to write some code Well, guess what There s none to write. We re done with our application.

public class GrowableArray<T> { private T[] collection = new T[16]; private int count = 0; public void AddElement(T element) { if (count >= collection.Length) { T[] temp = new T[collection.Length * 2]; Array.Copy(collection, temp, collection.Length); collection = temp; } collection[count] = element; ++count; } public T GetElement(int elementNumber) { if (elementNumber >= count) { throw new IndexOutOfRangeException(); } return collection[elementNumber]; } } In this GrowableArray collection, a type parameter called T has been specified at the class level, and all the code that deals with the internal array has been converted from referencing object to referencing T. The author of the collection doesn t know the exact type of T, and code that uses the collection can specify any type that it wants to store in the collection. Code that uses the generic GrowableArray now looks like this: GrowableArray<int> ga = new GrowableArray<int>(); int num = 10; ga.AddElement(num); //no boxing operation here int newNum = ga.GetElement(0); //type-safety and no unboxing operation // string str = (string)ga.GetElement(0); //would not compile GrowableArray<int> is known as a constructed type, and the type that the consumer of the generic collection supplies to be substituted with the generic type is known as the type argument. Constructed types that use different type arguments but are based on the same generic type aren t equivalent. For example, an object of type GrowableArray<int> couldn t be passed to a method if a GrowableArray<string> was expected. Constructed types can t be substituted even if an implicit conversion exists between the type arguments. The following code sample won t compile, despite the implicit cast available from int to double and object:

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