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Within any visual tree, there will be full details of the templates and styles used to render out each object, including any necessary drawings, shapes, visuals and animations It is useful to understand the distinction between logical and visual trees because when you are building a custom control template, you are essentially replacing all or part of the default visual tree of a control and inserting your own Therefore, if you want a Button control to be rendered as a star shape, you could define a new star template and plug it into the Button's visual tree Logically, the Button is still of type Button, and it supports all of the properties, methods and events as expected But visually, it has taken on a whole new appearance.

cache_get() is for retrieving the cached data. The function signature follows: cache_get($cid, $bin = 'cache') And the function parameters are as follows: $cid: This is the cache ID of the data to retrieve. $bin: This is the name of the cache bin to store the data in. Valid core values are 'cache_block', 'cache_bootstrap', 'cache_field', 'cache_filter', 'cache_form', 'cache_menu', 'cache_page', 'cache_update', or 'cache' for the default cache.

This fact alone makes WPF an extremely useful API, given that other toolkits would require you to build a brand new class to make a star shaped button With WPF, you simply need to define new markup..

Note WPF controls are often described as lookless. This refers to the fact that the look and feel of a WPF control is completely independent (and customizable) from its behavior.

A common pattern for cache_get() can be seen in modules/filter/filter.module. // Check for a cached version of this piece of text. if ($cached = cache_get($cid, 'cache_filter')) { return $cached->data; } To return data from cache for a given array of cache IDs, use the cache_get_multiple() function. The function signature follows. The only difference from cache_get is you are passing an array of cids. cache_get_multiple(array &$cids, $bin = 'cache)

While analyzing a window s logical tree at runtime is not a tremendously common WPF programming activity, it is worth mentioning that the System.Windows namespace defines a class named LogicalTreeHelper which allows you to inspect the structure of a logic tree at runtime. To illustrate the connection between logic trees, visual trees and control templates, create a new WPF Application named TreesAndTemplatesApp. Update the markup for your window so that it contains two Button controls and a large read-only TextBox with scroll bars enabled. Make sure you use the IDE to handle the Click event of each button. The following XAML will do nicely: <Window x:Class="TreesAndTemplatesApp.MainWindow" xmlns="http://schemas.microsoft.com/winfx/2006/xaml/presentation" xmlns:x="http://schemas.microsoft.com/winfx/2006/xaml" Title="Fun with Trees and Templates" Height="518" Width="836" WindowStartupLocation="CenterScreen"> <DockPanel LastChildFill="True"> <Border Height="50" DockPanel.Dock="Top" BorderBrush="Blue"> <StackPanel Orientation="Horizontal"> <Button x:Name="btnShowLogicalTree" Content="Logical Tree of Window" Margin="4" BorderBrush="Blue" Height="40" Click="btnShowLogicalTree_Click"/> <Button x:Name="btnShowVisualTree" Content="Visual Tree of Window" BorderBrush="Blue" Height="40" Click="btnShowVisualTree_Click"/> </StackPanel> </Border> <TextBox x:Name="txtDisplayArea" Margin="10" Background="AliceBlue" IsReadOnly="True" BorderBrush="Red" VerticalScrollBarVisibility="Auto" HorizontalScrollBarVisibility="Auto" /> </DockPanel> </Window> Within your C# code file, define a string member variable named dataToShow. Now, within the Click handler for the btnShowLogicalTree object, call a helper function which calls itself recursively in order to populate the string variable with the logical tree of the Window. To do so, you will call the static GetChildren() method of LogicalTreeHelper. Here is the code: private void btnShowLogicalTree_Click(object sender, RoutedEventArgs e) { dataToShow = ""; BuildLogicalTree(0, this); this.txtDisplayArea.Text = dataToShow; } void BuildLogicalTree(int depth, object obj) { // Add the type name to the dataToShow member variable. dataToShow += new string(' ', depth) + obj.GetType().Name + "\n";

// If an item is not a DependencyObject, skip it. if (!(obj is DependencyObject)) return; // Make a recursive call for each logical child foreach (object child in LogicalTreeHelper.GetChildren( obj as DependencyObject)) BuildLogicalTree(depth + 5, child); } If you run your application and click this first button, you will see a tree print out in the text area, which is just about an exact replica of the original XAML (Figure 31-7).

Checking to See If Cache Is Empty with cache_is_empty()

A Window's visual tree can also be inspected at runtime using the VisualTreeHelper class of System.Windows.Media. Here is a Click implementation of the second Button control (btnShowVisualTree), which performs similar recursive logic to build a textual representation of the visual tree: private void btnShowVisualTree_Click(object sender, RoutedEventArgs e) { dataToShow = ""; BuildVisualTree(0, this); this.txtDisplayArea.Text = dataToShow; } void BuildVisualTree(int depth, DependencyObject obj) { // Add the type name to the dataToShow member variable. dataToShow += new string(' ', depth) + obj.GetType().Name + "\n";

// Make a recursive call for each visual child for (int i = 0; i < VisualTreeHelper.GetChildrenCount(obj); i++) BuildVisualTree(depth + 1, VisualTreeHelper.GetChild(obj, i)); } As you can see in Figure 31-8, the visual tree exposes a number of lower-level rendering agents such as ContentPresenter, AdornerDecorator, TextBoxLineDrawingVisual, and so forth.