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A key feature of reflection is the ability to examine metadata using the System::Type class. The basic idea is to get a Type reference of the class you want to examine and then use the Type class s members to get access to the metadata information about the type, such as the constructors, methods, fields, and properties.

Then update the handleDismissedPopoverController: method like this:

In most cases, you will get the Type reference to the class by one of four methods: Using the typeid keyword Calling the class s GetType() method Calling the Type class s static GetType() method, passing it the name of the class to be examined as a String Iterating through a collection of all types within an assembly retrieved by the Assembly class s GetTypes() method The first method, typeid, is the easiest of the four ways to get a Type reference, but it must be able to be evaluated at compile time. The typeid keyword returns a Type of the specified type: System::Type ^myClassType = MyClass::typeid; To use the second method, you need to already have an instance of the managed object you want to examine, and with this instance you call its GetType() method. The key to the second method is the fact that all ref classes and value types inherit from the Object class and the Object class has a GetType() method. For example, here is how you would get the Type reference to the myClass class:

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Note The preview screen displays the signature of the new item as it will be seen by other objects and

ref class myClass { // members }; MyClass ^myClass = gcnew MyClass(); Type ^myClassType = myClass->GetType(); The third method is kind of cool in that you pass the string equivalent of the type you want to reference to the Type class s static GetType() method. You might want to note that Type is an abstract class, so you can t create an instance of it but, as you can see here, you can still call its static methods: Type ^myClassRef = Type::GetType("Namespace.MyClass");

The Type::GetType() method needs a fully qualified data type name using C# syntax, not C++/CLI; thus, you need to qualify using a period (.) and not two colons (::).

The name of the field to be encapsulated as a property The name of the property that will encapsulate the field Updates code external to the class that references the field and switches it to use the property Shows a dialog box that previews the code changes (see Figure 11-15) Performs a search and replace for the field name in comments as well (useful for fixing comments in external classes where the references will be updated) Performs a search and replace in strings used in code for the field name

- (void)handleDismissedPopoverCo2ntroller:(UIPopoverController*)popoverController { if ([popoverController.contentViewController isMemberOfClass: [FontListController class]]) { // this is the font list, grab the new selection FontListController *flc = (FontListController *) popoverController.contentViewController; self.font = [UIFont fontWithName:flc.selectedFontName size:self.font.pointSize]; } else if ([popoverController.contentViewController isMemberOfClass: [FontSizeController class]]) { FontSizeController *fsc = (FontSizeController *) popoverController.contentViewController; self.font = fsc.font; } self.currentPopover = nil; }

Tip Since Type::GetType() takes a string as a parameter, you can use this function to create nearly any type you want at runtime. In fact, in one project, I use a database of class names (the actual classes all derived from a common interface) to populate this method. Then I use the polymorphic abilities of C++/CLI to provide the appropriate functionality of the class selected from the database.

The Class Designer also allows you to add comments. To insert a comment, simply drag-anddrop it from the Toolbox to the designer and enter a note, as shown in Figure 11-16.

One thing all the preceding methods have in common is that you need to have something of the type you want to reference at runtime either the data type and instance of the type, or the name of the type. The fourth method allows you to get a Type reference without any knowledge of the object beforehand. Instead, you retrieve it out of a collection of Types with an assembly: Assembly^ assembly = Assembly::LoadFrom("MyAssembly.dll"); array<Type^>^ types = assembly->GetTypes(); for each (Type ^type in types) { Type ^myClassType = type; }

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