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Recall from the first example in this chapter that the GtkWindow structure is derived indirectly from GtkContainer. This indicates that GtkWindow is a GtkContainer and inherits all of the GtkContainer functions, signals, and properties. By using gtk_container_add(), you can add a widget as the child of the container. It follows that the container is now the widget s parent. The language popularly used to describe this container and contained relationship is parent and child, where the parent is the containing widget, and the child is contained in the parent. void gtk_container_add (GtkContainer *container, GtkWidget *child); This language unfortunately often causes confusion, because GTK+ is object oriented in every sense. Because of this, when using and talking about GTK+, one must be aware of the context in which parent and child is used. They are used to talk about both container widget relationships and about widget derivation relationships.

public class UserInput { [Required] public string Username { get; set; } public string FirstName { get; set; } public string LastName { get; set; } } [HttpPost] public ActionResult Edit(UserInput input) { ... }

The processRequest() method takes the client socket as input. It uses the client socket to create the BufferedReader and OutputStreamWriter objects that allow it to read data from and send data to the client, respectively. Once these communication objects have been

The purpose of the GtkContainer class is to allow a parent widget to contain one or more children GtkWindow is derived from a type of container called GtkBin GtkBin allows the parent to contain only one child Windows, as containers, are therefore limited to directly containing a single child Fortunately, that single child may be a more complex container widget itself, which, in turn, may contain more than one child widget It is important to notice that our window is no longer the default 200 by 200 pixels in size and that the square aspect ratio is not retained This is because GTK+ uses, primarily, an automatic and dynamically sized layout system This dynamic sizing is the reason behind the existence of container objects The sizing system will be discussed in more detail in the next chapter, which covers container widgets.

In listing 4.4, the form post data is converted into a UserInput object. The Edit action method can accept the complex type as a parameter.

Because our window is a GtkContainer, we can also use the function gtk_container_ set_border_width() to place a 10-pixel border around the inside edge of the window The border is set on all four sides of the child widget void gtk_container_set_border_width (GtkContainer *container, guint border_width); Without adding the border, the layout manager would allow the window to shrink to the default size of the GtkLabel widget In Listing 2-1, the window is set to a width of 200 pixels and a height of 100 pixels With this size, there will be more than a 10-pixel border around the label on most systems The border will prevent the user from resizing the window to a smaller size than allocated by the widget and the border We then call gtk_widget_show_all() on the window This function recursively draws the window, its children, its children s children and so on.

Along with the MVC Framework, Microsoft has wrapped some of the ASP.NET code and provided abstract classes to some of the key APIs, such as HttpResponseBase, HttpRequestBase, and most importantly, HttpContextBase. A Google search will reveal how many people have had trouble testing against HttpContext because of its sealed and static members. Providing abstract classes for these key APIs loosens the coupling to them, increasing testability.

created, the processRequest() method attempts to read a line of input from the client using the BufferedReader. We expect that the first line of data that the client sends the server is an HTTP GET request, as described previously. The StringTokenizer object, st, is used to break up the request into its constituent parts: the command (i.e., GET) and the pathname to the file that the client would like to download. If the command is a GET request, as expected, the serveFile() method is called to load the file into the server s memory and send it to the client. If the command is not a GET request, an appropriate HTTP error response is sent to the client.