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You can t really tell from the figure, but the large, white rectangle filling most of the view is an instance of StrokeDemoView. For best results with our preview-drawing code, make this view 320 by 257, since the StrokeDemoView is going to have hard-coded locations for the lines and curves it draws. Here, I ve once again given the entire view a light-gray background, to make the control area stand out from the preview a bit. Use the attribute inspector to give the slider a reasonable range by setting its minimum value to 1 and its maximum value to 20. Make all the connections described in the header file, by control-dragging from File s Owner to each of the GUI components and making the connection, then controldragging from the slider back to File s Owner and selecting the takeIntValueFrom: action. Now the basic GUI configuration is complete, so let s return to Xcode and make it work!

If the type allows multiple custom attributes of a single type to be added to itself, the GetCustomAttribute() method returns an Array and not an Attribute.

* p hides the global p, but we know this is safe and simply to suppress the warning. warning (suppress: 6244) = new char[10];

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Listing 20-6 is nothing more than another example of assembly reflection, except this time it uses an additional GetCustomAttribute() and GetCustomAttributes() method. The example simply walks through an assembly that you passed to it and displays information about any class, constructor, method, or property that is found within it. Plus, it shows any custom Description or History attributes that you may have added. Listing 20-6. Using Custom Attributes to Document Classes using namespace System; using namespace Reflection; using namespace Documentation; void DisplayDescription(Attribute ^attr) { if (attr != nullptr) { DescriptionAttribute ^cd = (DescriptionAttribute^)attr; Console::WriteLine(" Author: {0} -- Compiled: {1}", cd->Author, cd->CompileDate); Console::WriteLine(" Description: {0}", cd->Description); Console::WriteLine(" ---- Change History ----"); } else Console::WriteLine(" No Documentation"); }

void DisplayHistory(array<Object^>^ attr) { if (attr->Length > 0) { for each (HistoryAttribute^ cd in attr) { Console::WriteLine(" Author: {0} -- Modified: {1}", cd->Author, cd->ModifyDate); Console::WriteLine(" Description: {0}", cd->Description); } } else Console::WriteLine(" No changes"); } void DisplayAttributes(MemberInfo ^info) { DisplayDescription(Attribute::GetCustomAttribute(info, DescriptionAttribute::typeid)); DisplayHistory(info->GetCustomAttributes(HistoryAttribute::typeid, true)); } void PrintClassInfo(Type ^type) { Console::WriteLine("Class: {0}", type->ToString()); DisplayAttributes(type); array<ConstructorInfo^>^ constructors = type->GetConstructors(); for (int i = 0; i < constructors->Length; i++) { Console::WriteLine("Constructor: {0}", constructors[i]->ToString()); DisplayAttributes(constructors[i]); } array <MethodInfo^>^ methods = type->GetMethods((BindingFlags) (BindingFlags::Public|BindingFlags::Instance|BindingFlags::DeclaredOnly)); for (int i = 0; i < methods->Length; i++) { Console::WriteLine("Method: {0}", methods[i]->ToString()); DisplayAttributes(methods[i]); } array<PropertyInfo^>^ properties = type->GetProperties((BindingFlags) (BindingFlags::Public|BindingFlags::Instance|BindingFlags::DeclaredOnly)); for (int i = 0; i < properties->Length; i++) { Console::WriteLine("Property: {0}", properties[i]->ToString()); DisplayAttributes(properties[i]); } }

Now we re going to define the StrokeDemoView class. This class will be pretty simple. It defines a property called strokeWidth, which determines how it draws its path. Our controller will set this each time the user moves the slider. StrokeDemoView.h looks like this:

strcpy(p, "xyz"); printf("%s\n", p); } void g() { // the same error here triggers the warning char* p = new char[10]; strcpy(p, "xyz"); printf("%s\n", p); }

int main(array<System::String ^> ^args) { try { Assembly ^assembly = Assembly::LoadFrom(args[0]); array<Type^>^ types = assembly->GetTypes(); for (int i = 0; i < types->Length; i++) { PrintClassInfo(types[i]); Console::WriteLine(); } } catch(System::IO::FileNotFoundException^) { Console::WriteLine("Can't find assembly: {0}\n", args[0]); } } One thing that this example has that the previous reflection example doesn t is the use of the BindingFlags enumeration. The BindingFlags enum specifies the way in which the search for members and types within an assembly is managed by reflection. In the preceding example I used the following flags: BindingFlags::Public | BindingFlags::Instance | BindingFlags::DeclaredOnly This combination of flags specified that only public instance members that have only been declared at the current level (in other words, not inherited) will be considered in the search. Also notice that even though the DisplayAttributes() method is called with a parameter of type Type, ConstructorInfo, MethodInfo, or PropertyInfo, it is declared using a parameter of type MemberInfo. The reason this is possible is because all the previously mentioned classes inherit from the MemberInfo class. Figure 20-3 shows the command DocumentationWriter.exe DocTestLib.dll in action. The dates in Figure 20-3 are based on when I compiled the assembly and most likely will differ from your results.

Note If you compiled DocTestLib.dll using /clr:safe, you will only get the two classes defined in DocTestLib.h. On the other hand, if you compiled using /clr or /clr:pure, you get several additional types (85 in total).

int main() { f(); g(); }

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