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When it comes to reflection, the Assembly class contains the starting point for retrieving any public metadata information you want about the current active assembly or one that you load using one of the many different loading methods The only reason I see that there are multiple load methods (each has multiple overload) is related to the duplicated method signature required to support the myriad ways available to load an assembly Essentially, all load methods do the same thing load the assembly with the only differences involving the amount of information known about the assembly being loaded and the source of the assembly The LoadWithPartialName() method requires the least amount of information simply the name of an assembly It does not care about version, culture, and so on It is also the method that the NET Framework frowns upon using for that exact reason.

Use of uninitialized memory, dereferencing a null pointer, using out-ofrange array indices, new and delete mismatches Code that could allow writing past the end of a buffer, which is a serious security vulnerability Failure to check for error codes returned from functions Strings that are not nullterminated passed to functions that expect it Various invalid or incorrect arguments

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This class is pretty similar to FontSizeController. The main differences are that here, we re keeping track of a simple floating-point value for the width, and we re also referencing a new class we re about to create, called StrokeDemoView, which we ll use to display the preview of the selected stroke width. Before we create the GUI, we also need to create the StrokeDemoView class. Using the New File Assistant once again, make a new UIView subclass and name it StrokeDemoView. Just creating the class in our project is all we need to do in order to make Interface Builder know about the class and let us use it in the GUI. We ll go back and fill in the actual content later.

In fact, Microsoft has gone and made it obsolete in version 2 of the NET Framework But in the case of this example, it works just fine Figure 20-1 shows Reflectingexe in action As you can see, it s made up of two ComboBoxes and three ListBoxes The first ComboBox provides a way of selecting the assembly, and the second allows you to select the type The results of these two selections are the methods, properties, and variables displayed in the ListBoxes..

C6059, C6066, C6067, C6270, C6271, C6272, C6273, C6274, C6284, C6298, C6306, C6309, C6328, C6331, C6332, C6333, C6381, C6387, C6388 C6063, C6064

Reflection provides you with the rather powerful feature known as late binding Late binding is the ability for different methods or objects to be invoked at runtime These methods and objects are not statically known at compile time A cool thing about reflection is that once you have a reference to the method you want to invoke (which I showed how to do previously), it is not a large step to execute that method in a dynamic fashion In fact, all you have to do is invoke the method using the (you guessed it) MethodInfo::Invoke() method The trickiest part of invoking methods using reflection is realizing that there are two types of methods: static and instance Static methods are the easiest to handle, as you don t need to create an instance of the method s class to invoke it.

Simply find the Method reference type and then use the Invoke() method: MethodInfo ^method = type->GetMethod(); method->Invoke(nullptr, nullptr); Notice that in the preceding example the Invoke() method has two parameters The first is the instance of the class for which you are invoking the method The second is an array of parameters that will be passed to the method As you can now tell, the preceding example is not only a static method It also takes no parameters If the method you want to invoke is an instance method, it is not quite as easy because you need to create an instance of the type for that method The NET Framework provides you with help in the way of the System::Activator class, which contains the static CreateInstance() method to create objects: Type ^type = assembly->GetType("Namespace.

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