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Figure 5-17. Gaim s log viewer uses GtkPaned, allowing the user to choose how much of the window each UI element occupies. A GtkPaned container has exactly two children and comes in a horizontal and vertical variety, GtkHPaned and GtkVPaned respectively. To create a GtkHPaned object, call GtkWidget *paned = gtk_hpaned_new(); Then adding children is as simple as calling gtk_paned_add1(GTK_PANED(paned), widget1); gtk_paned_add2(GTK_PANED(paned), widget2); gtk_paned_add1() adds the child to the top of a GtkVPaned and the left (or right, in right-toleft locales) of a GtkHPaned object. gtk_paned_add2() logically adds its child to the other side.

Upon executing top, the CPU, memory, and swap statistics are displayed, followed by a list of active system processes. The process information displayed is very similar to what is displayed by the ps command, which will be described shortly in the Using ps section. To exit top, press q. An example of executing top is displayed in Figure 4-2.

A final subclass of GtkContainer is GtkBin. GtkBin is a container with only a single child. This is not used for layout purposes, but for decorative or functional purposes. Examples include

To make the reverse lookups easier to use, any URLConf module included in your application should give sensible names to all of its URL patterns (preferably prefixed with the name of the application to avoid name clashes, as you ve been doing previously with URL pattern names like cab_snippet_detail).

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GtkFrame, which provides decoration to its child by drawing a thin line around it, and GtkButton, which provides functionality by allowing its child to be clicked.

System Activity Reporter (sar) has many different parameters that can be used. CPU utilization can be shown with the -u switch, for example, and memory swapping can be shown with the -w switch. The sar command requires two arguments, the first being the time interval between samples, and the second being the number of samples to take. Table 4-7 lists relevant columns and descriptions of the data displayed by executing sar -u to capture CPU utilization. Table 4-7. Columns and Descriptions for the sar -u Command

It s also worth noting that many of Django s own APIs work the same way, or in extremely similar ways, with many different types of models. For example, a Django QuerySet has the same methods all(), filter(), get(), and so on regardless of which model it ends up querying against. This means that you can often write code that accepts a QuerySet as an argument and simply applies standard methods to it.

Now that you know how to present your interface to the user, how does the application respond to user interaction The answer is in GTK+ s event system. When creating your UI, you will attach callbacks to various signals that represent UI events such as a button being pressed. When this event happens, the callback will be triggered.

Because your program waits within gtk_main() for the duration of the process, signals are used to give control to other functions in your code The act of associating a function with a signal is called connecting to that signal You will connect to a signal, such as "clicked", with a callback function and when that signal is sent (emitted), by the user clicking the widget, your callback is called Signals are specific to a type of widget (or other object) and are identified by strings The signal system is part of GLib, so any GObject may emit signals Also, if an object emits a signal (such as GtkButton s "clicked" signal), inherited classes (such as GtkToggleButton) will also emit that signal when applicable This results in a few very low-level signals implemented in GtkWidget that all widgets can then call.

Keep in mind that each individual QuerySet object evaluates and performs its query only once. After that, it simply stores a copy of its results. In many cases, this won t be a problem, because your code calls methods such as filter(), which modify the original QuerySet and force a new query when you ask for results. However, if you re not modifying the QuerySet, you ll want to call its all() method and work with the new QuerySet object it returns. This will prevent any potential problems from an already-evaluated QuerySet with stale results.

Percentage of system utilized by users Percentage of system utilized by the OS Percentage waiting on I/O Percentage of server that is idle

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