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The out-of-bounds index causes the last value returned by the program to be invalid The same out-of-bounds index causes the string instantiation of the Array class template to crash during execution Here is that output:
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template Array<String> class try_array: initial array values: ( 7 )< Eeyore, Pooh, Tigger, Piglet, Owl, Gopher Heffalump > try_array: after assignments: ( 7 )< Tigger, Pooh, Tigger, Tigger, Owl, Gopher Eeyore > try_array: memberwise initialization ( 7 )< Tigger, Pooh, Tigger, Tigger, Owl, Gopher Eeyore > try_array: after memberwise copy ( 7 )< Tigger, Tigger, Tigger, Tigger, Owl, Gopher Eeyore > try_array: after grow ( 11 )< Tigger, Tigger, Tigger, Tigger, Owl, Gopher Eeyore, <empty>, <empty>, <empty>, <empty> > value to find: Heffalumpindex returned: -1 Memory fault(coredump)
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Exercise 1611 Change the Array class template defined in this section to remove the member functions sort(), find(), max(), min(), and swap(), and change the function template try_array() to use the generic algorithms (defined in 12) instead
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Object-oriented programming extends object-based programming to provide for type/subtype relationships This is achieved through a mechanism referred to as inheritance Rather than reimplementing shared characteristics, a class inherits the data members and member functions of its parent class In C++, inheritance is supported through a mechanism referred to as class derivation The class that is being inherited from is spoken of as the base class The new class is spoken of as the derived class We speak of the set of base and derived class instances as the class inheritance hierarchy For example, in 3D computer graphics, both an OrthographicCamera and a PerspectiveCamera are generally derived from an abstract base class Camera The set of operations and data common to all cameras is defined within the abstract Camera class Each derived class implements only its differences from the abstract Camera, either through providing alternative implementations of inherited member functions or through the introduction of additional members If the base and derived classes share the same public interface, the derived class is said to be a subtype of its base class A PerspectiveCamera, for example, is a subtype of Camera In C++, a special type/subtype relationship exists in which a base class pointer or a reference can address any of its derived class subtypes without programmer intervention (This ability to manipulate more than one type with a pointer or a reference to a base class is spoken of as polymorphism) For example, given the function
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void lookAt( const Camera *pcamera );
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file:///F|/WinDDK/resources/CPPPrimer/c++primerhtm (794 / 1065) [2001-3-29 11:32:12]
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we implement lookAt() by programming the base class Camera interface independent of whether pcamera addresses a PerspectiveCamera, an OrthographicCamera, or some future derived Camera subtype as yet undefined Each individual invocation of lookAt() passes in the address of an object of one of the Camera subtypes It is converted automatically by the compiler into the appropriate base class pointer For example:
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// ok: converted automatically to Camera* OrthographicCamera ocam; lookAt( &ocam ); // // ok: converted automatically to Camera* PerspectiveCamera *pcam = new PerspectiveCamera; lookAt( pcam );
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Our implementation of lookAt() is shielded from the actual Camera subtypes of our application If we should later wish to add to or remove a subtype, our implementation of lookAt() need not change Subtype polymorphism allows us to write the kernel of our application independent of the individual types we wish to manipulate Rather, we program the public interface of the base class of our abstraction through base class pointers and references At run-time, the actual type being referenced is resolved and the appropriate instance of the public interface is invoked The run-time resolution of the appropriate function to invoke is termed dynamic binding (by default, functions are resolved statically at compile-time) In C++, dynamic binding is supported through a mechanism referred to as class virtual functions Subtype polymorphism through inheritance and dynamic binding provide the foundation for objectoriented programming, the topic of the following chapters 17 covers the facilities within C++ supporting object-oriented programming, and examines how inheritance affects such class mechanisms as the constructor, destructor, and memberwise initialization and assignment To enliven the discussion, a Query class hierarchy is developed in support of the text query system introduced in 6 18 examines the more complicated inheritance hierarchies possible through multiple and virtual inheritance It extends the template class example of 16 into a three-level class template hierarchy using multiple and virtual inheritance 19 discusses Run-Time Type Identification (RTTI), as well as provides an indepth look at the support of overload function resolution under inheritance It also reexamines the exception handling facility to discuss the standard library exception class hierarchy, and illustrates how to define and handle our own exception classes 20 provides an in-depth discussion of the iostream library The iostream library is a class hierarchy that supports both virtual and multiple inheritance
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