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C++/CLI provides some additional ways to control whether functions in a derived class override a base class function, or whether they simply provide a new function that hides the base class function. The question is, Why The answer has to do with real-world problems associated with updating the base class to a new version. Library vendors often add new functions, including virtual functions, to their base classes to support new features. Consumers of these libraries generally have their own classes that use the library s base classes. It s possible that method name conflicts arise between the library consumer s derived classes and the library vendor s base classes. To make this a little more concrete, let s say we re creating an adventure game in which we have a player up against numerous monsters. Our game is extensible, so we ship our game library, and developers create their own monster types by inheriting from the Monster type in our library. We also have other objects in the game other than monsters, such as weapons, armor, and the like (all represented by an Item class) and tiles on the game map. So, our hierarchy looks like Listing 8-1. Listing 8-1. The Monster Hierarchy // game_library.cpp public ref class GameObject { }; public ref class Monster : GameObject { }; public ref class MapTile : GameObject { };

GtkCellRendererText automatically converts Boolean values and numbers into text strings that can be rendered on the screen. Therefore, the type of data applied to a text attribute column does not have to be text itself, but just has to be consistent with the list store column type that was defined during initialization of the GtkListStore.

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public ref class Item : GameObject { }; To explore versioning issues, suppose a client of this game library has a Scroll class (see Listing 8-2) representing magic spells written out on a scroll. This class supports a Read method that invokes a spell. Listing 8-2. A Class for Magic Spells // client_game.cpp #using "game_library.dll" ref class Scroll : Item { public: void Read() { /* read the scroll and invoke the spell */ } }; Let s say that we are shipping a new version of our library, and we add functionality to read and write GameObject instances from a file. So we add Read and Write methods, as in Listing 8-3. Listing 8-3. New Functionality for Game Objects public ref class GameObject { public: void Initialize(); virtual void Read() { /* read data from file */ } virtual void Write() { /* write data to file */ } }; They re virtual so that derived classes can read and write their own information, if needed. The question is, What happens when the user upgrades to the new version In C++, what might happen is that the virtual Read method for reading the scroll would silently override the Read method to read from a file. Then, at runtime, when we try to read data (as in Listing 8-4), the Read function in the Scroll class gets called and the game character casts a spell not what was intended at all. Listing 8-4. Reading with an Unintended Method void GameObject::Initialize() { if (reading_from_file) { Read(); // Oops! Scroll method called. } // ... }

The length of the GtkScale s slider in pixels Padding to place between the scale s value and trough, if it is displayed

Additionally, though it wasn t covered, the temperature shouldn t be a double value, but should be a type called temperature This is a problem that can be spelled out in two words: Mars Lander The Mars Lander failed because one team performed its calculation using imperial measurements, and the other team performed calculations using metric As a result, the Mars Lander crashed Hence the correct design would be a property or delegate where the temperature is exposed as type Temperature Overall though, using properties stops the developer from implementing separation of concerns Separation of concerns is increasingly on the programmer s radar Given the growing range of data access products and platforms, it s now essential to separate data producers from data consumers The Observer pattern provides a simple but powerful model for achieving this crucial design goal..

If set to TRUE, the slider will be forced to remain the minimum length, regardless of the size of the range. If set to TRUE, the backward arrow will be displayed. If set to TRUE, the forward arrow will be displayed. If set to TRUE, a second backward arrow will be placed on the other side of the scrollbar. If set to TRUE, a second forward arrow will be placed on the other side of the scrollbar. The minimum length of the slider. This will be the constant size of the scroller if fixed-slider-length is set to TRUE.

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