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You looked at how to use custom attributes when you learned about reflection. Custom attributes are just placed as metadata onto the assembly, and as you learned in reflection, it is possible to examine an assembly s metadata. The only new thing about assembly reflection and custom attributes is that you need to call the GetCustomAttribute() method to get a specific custom attribute or the GetCustomAttributes() method to get all custom attributes for a specific type. The tricky part with either of these two methods is that you have to typecast them to their appropriate type, as both return an Object type. What makes this tricky is that you need to use the full name of the attribute, or in other words, unlike when you implemented it, you need the Attribute suffix

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added. If you created a custom attribute that doesn t end in Attribute (which is perfectly legal, I might add), then this won t be an issue. Both of these methods have a few overloads, but they basically break down to one of three syntaxes. To get all custom attributes: public: Object ^GetCustomAttributes(Boolean useInheritance); // For example: array <Object^>^ CustAttr = info->GetCustomAttributes(true); To get all of a specific type of custom attribute: public: Object ^GetCustomAttributes(Type ^type, Boolean useInheritance); // For example: array <Object^>^CustAttr = info->GetCustomAttributes(HistoryAttribute::typeid, true); or to get a specific attribute for a specific type reference: public: static Attribute^ GetCustomAttribute(ReflectionReference^, Type^); // For Example Attribute ^attribute = Attribute::GetCustomAttribute(methodInfo, DescriptionAttribute::typeid);

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The operator used to assign one value to another is simply the equal sign (=). The expression on the right side of the equal sign is calculated and then assigned to the value on the left side of the equal sign. You have seen assignment used several times already in this chapter, but here are a few more examples: String ^str = "This is a managed string."; int num1 = 0x1234; int num2 = 4321; num1 = num2; Assigning a common value to several different variables can be accomplished by stringing together several assignments. For example, to assign 42 to the variables a, b, and c, you would write a = b = c = 42; It is a common practice to take a value, do some operation it, and then place the results back into the original operator. For example: a = a + 5; b = b * 2; So common is this that C++/CLI provides a set of special assignments to handle it: a += 5; b *= 2;

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Figure 2 11. Xcode offers new iPad project templates, such as Split View-based Application, to aid in generating an initial codebase for your new iPad app, which you can then further customize.

Three operators are available to C++/CLI programmers for handling handles and pointers, as shown in Table 2-18.

& (unary) % (unary) * (unary)

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The address of operator returns the address of the object after it. For example, if x were located at address 1024, then to place the address (1024) in variable y, you would write this: y = &x; // place the address of x into y

The new iPad-exclusive UISplitViewController is employed in dozens of popular iPad apps, such as The Iconfactory s Twitterriffic and Apple s Mail. Like most of the Xcode templates, the Split View-based Application template generates a working project that you can further customize. The template offers a prebuilt split view-based app interface, configured with a UITableView in the master pane and a UIView in the detail pane. And if you select the Use Core Data for storage check box, the new project will even include sample code for populating the UITableView with Core Data entries. You can learn a lot about programming for the iPad by examining the code generated by these handy project templates! If this new UI controller interests you, then don t miss 8, which provides extensive coverage of using UISplitViewController in your own iPad apps. With so many great interface items available in UIKit, why reinvent the wheel with your own UI experiments that may feel foreign to new users Yes, you want to give your iPad app a unique interface, but if you stray too far from familiar user interactions, you run the risk of diminishing your app s immediate usability. Unless you re developing an app that requires a completely custom UI, such as a game, it s in your best interest to utilize the UIKit when appropriate.

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The reference operator was introduced, by necessity, in C++/CLI as a consequence of a syntactical lack of a safe operator to reference handles. Introduced for the same reason as the handle, the reference operator provides a means to reference only managed data objects (objects on the managed

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