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/// </summary> public AdventureWorksEntities() : base("name=AdventureWorksEntities", "AdventureWorksEntities") {} /// <summary> /// Initialize a new AdventureWorksEntities object. /// </summary> public AdventureWorksEntities(string connectionString) : base(connectionString, "AdventureWorksEntities") {} /// <summary> /// Initialize a new AdventureWorksEntities object. /// </summary> public AdventureWorksEntities (global::System.Data.EntityClient.EntityConnection connection) : base(connection, "AdventureWorksEntities") {} [global::System.ComponentModel.BrowsableAttribute(false)] public global::System.Data.Objects.ObjectQuery<Department> Department { get { if ((this._Department == null)) { this._Department = base.CreateQuery<Department>("[Department]"); } return this._Department; } } private global::System.Data.Objects.ObjectQuery<Department> _Department = null; [global::System.ComponentModel.BrowsableAttribute(false)] public global::System.Data.Objects.ObjectQuery<Employee> Employee { get { if ((this._Employee == null)) { this._Employee = base.CreateQuery<Employee>("[Employee]"); } return this._Employee; } }

The standard acknowledges that there is a dilemma when designing objects because there are two ways to acquire an interface: through composition or inheritance. A key to the dilemma is that class inheritance is more sensitive to change than is composition. GoF propose a principle: Favor object composition over class inheritance.

In this separate example, we attached event handlers for the request and complete events. For the request event, we displayed a spinner image in our interface to tell the user that we re loading something. We then removed this spinner during the complete event to signify that we finished loading the data. Since we re not doing anything like this in our original native example, we didn t attach a complete handler in the earlier example.

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private global::System.Data.Objects.ObjectQuery<Employee> _Employee = null; [global::System.ComponentModel.BrowsableAttribute(false)] public global::System.Data.Objects.ObjectQuery <EmployeeDepartmentHistory> EmployeeDepartmentHistory { get { if ((this._EmployeeDepartmentHistory == null)) { this._EmployeeDepartmentHistory = base.CreateQuery<EmployeeDepartmentHistory> ("[EmployeeDepartmentHistory]"); } return this._EmployeeDepartmentHistory; } } private global::System.Data.Objects.ObjectQuery <EmployeeDepartmentHistory> _EmployeeDepartmentHistory = null; [global::System.ComponentModel.BrowsableAttribute(false)] public global::System.Data.Objects.ObjectQuery<Contact> Contact { get { if ((this._Contact == null)) { this._Contact = base.CreateQuery<Contact>("[Contact]"); } return this._Contact; } } private global::System.Data.Objects.ObjectQuery<Contact> _Contact = null; public void AddToDepartment(Department department) { base.AddObject("Department", department); } /// <summary> /// There are no comments for Employee in the schema. /// </summary> public void AddToEmployee(Employee employee)

Object Collaboration (Abstraction-Implementation Dichotomy)

The next two events, success and failure, are the two most important events when it comes to requests, since these events are dispatched right after the complete event to inform us whether our request was successful or not. To determine whether an event was successful, the Request class uses a function named isSuccess. When the request is completed, the request object will invoke this function to check whether the request was successful. If the function returns true, then the request is successful and the request object will dispatch the success event. If the function returns false, the request is considered unsuccessful and the request object will dispatch the failure event. The default isSuccess function looks like this: isSuccess: function(){ var status = this.status; return (status >= 200 && status < 300); } As you can see, the criteria used in the isSuccess method are the same as those we used in the native example: if the status of the response is greater than or equal to 200 and is less than 300, the request was successful. There are times, though, when the default isSuccess criteria doesn t suffice for your applications. Thankfully, the Request class allows you to define your own isSuccess function by passing it using the options object: var request = new Request({ method: 'get', url: 'http://foo.com/index.html', isSuccess: function(){ return this.status == 200; } }); Here we define a different isSuccess method by passing it as an option in our Request declaration. The criterion used by our isSuccess function in this case is stricter than the default one: only responses with the status code of 200 will be considered successful.

The standard acknowledges that problems arise because at some point a design has to commit to an implementation; however, it needs to balance the cost of commitment against the need for flexibility in a dynamic domain. A key to the dilemma lies in using polymorphism, which enables an object to be treated as an implementation or as an interface at run time. GoF propose a principle: Program to an interface, not an implementation.

{ base.AddObject("Employee", employee); }

After consulting the isSuccess function, the request will fire one of two events. The first event, success, is dispatched when the request is successful: var notify = $('notify'); var request = new Request({ url: 'http://foo.com/comment/', data: { 'name': 'Mark', 'age': 23

Collaborative Code (Design Patterns)

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