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/* Add the recently used resource to the default recent manager. */ manager = gtk_recent_manager_get_default (); gtk_recent_manager_add_full (manager, uri, data); /* Load the file and set the filename as the title of the window. */ gtk_window_set_title (GTK_WINDOW (w->window), filename); buffer = gtk_text_view_get_buffer (GTK_TEXT_VIEW (w->textview)); gtk_text_buffer_set_text (buffer, content, -1); g_free (content); g_free (uri); g_free (data->app_exec); g_slice_free (GtkRecentData, data); } else g_warning ("The file '%s' could not be read!", filename); g_free (filename); } gtk_widget_destroy (dialog); } If the file is successfully opened, gtk_recent_manager_add_full() is used to add it as a new recent item to the default GtkRecentManager. In order to use this function, you need two items. First, you need the URI, which is created by appending the file name to file:// to show that it is a local file. This filename can be built with g_filename_to_uri(). gchar* g_filename_to_uri (const gchar *filename, const gchar *hostname, GError **error); Secondly, you need an instance of the GtkRecentData structure. The content of this structure is shown in the following code snippet, which contains seven parameters. The display_name is a short name to display instead of the file name and description is a short description of the file. Both of these values can safely be set to NULL. typedef struct { gchar *display_name; gchar *description; gchar *mime_type; gchar *app_name; gchar *app_exec; gchar **groups; gboolean is_private; } GtkRecentData;

Worms that propagate from one machine to another are just one software-based tool that an attacker can use as part of a system infiltration. In this section, we describe other types of malware that an attacker might employ. Some of the worms that we have described take advantage of software vulnerabilities to spread, but other types of malware may not. Some malware, for instance, may rely on social engineering based attacks to dupe users into downloading and installing it. Since 2003, the types of malware that we list have become more prevalent, and we provide some more up-to-date information and some case studies of them at www.learnsecurity.com/ntk.

The advanced controller extensibility points shown in this chapter allow you to tweak the framework easily. The IController interface provides the most control, but the various controller base classes offer some useful but flexible capabilities. Actions help you easily break down basic functions of a single controller, and action filters provide hooks for inserting code before or after action execution. Action selectors help you supply hints to the action invoker about which action should be selected for execution, and action results help encapsulate repetitive rendering logic. The examples demonstrated in this chapter will help you get the most from your controllers and allow cross-cutting concerns to be easily applied throughout your application and reduce code duplication. Both of these should enable better application maintenance. Now that we ve seen some advanced controller extensibility seams, the next chapter will walk you through advanced view techniques.

You then have to specify a MIME type for the file, the name of your application, and the command line used to open the file. The name of your application can be retrieved by calling g_get_application_name(). Then, g_get_prgname() can be used to get the program name. The %f and %u characters can be used to get the file path to the resource and the URI respectively. Next, groups is a list of strings that designate what groups the resource belongs to. You are able to use this to filter out files that do not belong to a specific group. For example, if a filter for the group testapp is added to a GtkRecentChooser, only recent files added by this application will be displayed. The last member, is_private, specifies whether this resource will be available to applications that did not register it. By setting this to TRUE, you can prevent other applications that use the GtkRecentManager API from displaying this recent file. Once you construct the GtkRecentData instance, it can be added along with the recent file URI as a new resource with gtk_recent_manager_add_full(). You can also add a new recent item with gtk_recent_manager_add_item(), which will create a GtkRecentData object for you. To remove a recent item, call gtk_recent_manager_remove_item(). This function will return TRUE if a file with the specified URI is successfully removed. If not, an error under the GtkRecentManagerError domain will be set. You can also remove all recent items from the list with gtk_recent_manager_purge_items(). gboolean gtk_recent_manager_remove_item (GtkRecentManager *manager, const gchar *uri, GError **error);

Using master pages to craft site-wide templates Applying partials for shared snippets of content Leveraging child actions for common widgets Building parameter lists for generating URLs Examining the Spark view engine

recent items that are registered by every application, which the user probably does not want since your application should usually not be altering recent resources from other applications.