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We touched on the subject of anonymous functions in passing when creating function expressions, but they have much broader use than that. One of the most important is a technique that uses an anonymous function to create a function that s executed immediately, without storing references to it. This form is called a single-execution function. // create a function and invoke it immediately (function(){ var msg = 'Hello World'; console.log(msg); // 'Hello World' })(); Here we create a function literal and wrap it inside a pair of parentheses. We then use the function invocation operator ( ) to execute the function immediately. The function isn t stored in a variable, nor is any reference to it created. It s a "run-once" function: create it, do whatever it does, and then move on. To understand how a single-execution function works, you need to remember that functions are objects and objects are values. Because JavaScript values can be used immediately without having to store them in variables, you can create anonymous functions that you immediately execute just by appending a function invocation operator. However, notice that we wrap our function inside a pair of parentheses in the previous example, instead of doing it like this: // this is considered a syntax error function(){ var msg = 'Hello World'; console.log('msg'); // 'Hello World' }(); A JavaScript interpreter will throw a syntax error when it encounters these lines because it interprets the code as a function declaration. It sees a function literal but no identifier, and it throws an error because a function declaration requires an identifier to follow the function keyword.

A unit test is a test of the functionality of a class: it passes data to its methods and verifies the get and set functionality. If you adhere to an XP methodology, for example, then you develop the unit tests before you develop the code and run tests during the development process.

If the actual functionality of an object differs from what is expected, then that may adversely affect object collaboration, which in turn may affect stability and reliability of an application.

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Listing 10-7 shows the code from the BaseEntity abstract class. As you can see, BaseEntity is implementing the three IPOCO interfaces discussed earlier in this chapter. Additionally, notice the wrapper methods PropertyChanged and PropertyChanging. The purpose of creating this abstract layer that implements the IPOCO interfaces is to attempt to limit the dependency on EF-specific technology (that is, layered architecture). Listing 10-7. The New BaseEntity of Your Domain Model public abstract class BaseEntity<T> : IEntityWithRelationships, IEntityWithChangeTracker, IEntityWithKey { public BaseEntity() { } private T id = default(T); /// /// /// /// /// /// /// /// <summary> ID may be of type string, int, custom type, etc. Setter is protected to allow unit tests to set this property via reflection and to allow domain objects more flexibility in setting this for those objects with assigned IDs. </summary>

We need to wrap the function in parentheses in order to tell the JavaScript interpreter that it is not a function declaration but, rather, that we are creating a function and we use its value immediately. Because we have no identifier we can use to reference the function, we need to wrap it in parentheses in order to create a direct reference to the function and be able to directly call it. This wrapping in parentheses is needed only when we have no direct reference to the function, like with single-execution functions.

Unit tests are written within a test framework, and the framework is used to test class functionality.

Note The invocation operator can be included within the parentheses or outside it, like so: (function(){... }()). Putting the operator outside is more common, though, and it s considered as the proper MooTools style.

public virtual T ID { get { return id; } set { id = value; } }

I Most versions of Visual Studio 2005 come with a unit test framework that is accessible from the main Tip menu (i.e., Test menu). Otherwise, a unit test framework is available from Nunit (www.nunit.org) it is written in C#.

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