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Trying to find a list of installed filters within the administrative interface isn t intuitive and assumes you already understand what filters do to know what to look for. For filters to perform their jobs, you must assign them to a Drupal Text format as shown in Figure 12-3. Text formats group filters together so they can run as a batch when processing content. This is much easier than checking off a handful of filters for each submission. To view a list of installed filters, either configure an existing Text format or create a new one by clicking on the Configuration link at the top of the page, followed by the Text format link on the Configuration page and the Add text format link.

So, just to recap the story thus far, dependency properties look like a normal every day property when you get or set their values in XAML or code, but behind the scenes they are implemented with much more elaborate coding techniques Remember, the whole reason to go through this process is to build a custom control that has custom properties that need to integrate with WPF services that demand communication with a dependency property (eg, animation, data binding, and styles) Even though part of the implementation of a dependency property includes defining a CLR wrapper, you should never put validation logic in the set block For that matter, the CLR wrapper of a dependency property should never do anything other than call GetValue() or SetValue().

The reason is that the WPF runtime has been constructed in such a way that when you write XAML that seems to set a property, such as <Button x:Name="myButton" Height="100" ../> the runtime will completely bypass the set block of the Height property and directly call SetValue()! The reason for this odd behavior has to do with a simple optimization technique If the WPF runtime were to directly call the set block of the Height property, it would have to perform runtime reflection to figure out where the DependencyProperty field (specified by the first argument to SetValue()) is located, reference it in memory, and so forth The same story holds true if you were write XAML which retrieves the value of the Height property; GetValue() is called directly.

Figure 12-3. Installed filters are listed on the Add text format form. Drupal ships with three text formats (see Figure 12-4): The Filtered HTML text format is made up of four filters: The Limit allowed HTML tags filter, which restricts which tags are allowed to pass through the filter The Convert URLs into links filter, which transforms web and e-mail addresses into hyperlinks

Since this is the case, why do you need to build this CLR wrapper at all Well, WPF XAML does not allow you to call functions in markup, so the following markup would be an error: <!-- Nope! Can't call methods in WPF XAML! --> <Button x:Name="myButton" thisSetValue("100") ../> In effect, when you set or get a value in markup using the CLR wrapper, think of it as a way to tell the WPF runtime, "Hey! Go call GetValue() / SetValue() for me, since I can t do it in markup!" Now, what if you call the CLR wrapper in code like so: Button b = new Button(); bHeight = 10; In this case, if the set block of the Height property contained code other than a call to SetValue(), it would execute as the WPF XAML parser optimization is not involved.

The short answer is that when registering a dependency property, use a ValidateValueCallaback delegate to point to a method that performs the data validation This ensures that the correct behavior will occur, regardless of whether you use XAML or code to get/set a dependency property..

The Convert line breaks into HTML line break converter, which converts carriage returns to their HTML counterparts The Correct faulty and chopped off HTML filter