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By Stanley B Lippman,Jos e Lajoie, Barbara E Moo Publisher:Addison Wesley Part V covers additional features that, although useful in the right context, are not Professional needed by every C++ programmer These features divide into two clusters: those that Pub Date: February 14, 2005 are useful for large-scale problems and those that are applicable to specialized problems Print ISBN: 0-201-72148-1 rather than general ones Pages: 912

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exception handling, namespaces, and multiple inheritance These features tend to be most useful in the context of large-scale problems Even programs simple enough to be written by a single author can benefit from

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This popular tutorial introduction to standard C++ has been completely updated, reorganized, and rewritten to help exception handling, which is why we introduced the basics of exception handling in programmers learn the language faster and use it in a more modern, effective wayJust as C++ has evolved since the last 6 However, the need to deal with unexpected run-time errors tends to be more edition, so has the authors' approach to teaching it They now introduce the C++ standard library from the beginning, giving important and harder to manage in problems that require large programming teams In readers the means to write useful programs without first having to master every language detail Highlighting today's best 17 we review some additional useful exception-handling facilities We also look practices, they show how to write programs that are safe, can be built quickly, and yet offer outstanding performance in more detail at how exceptions are handled and the implications of exceptions on Examples that take advantage of the library, and explain the features of C++, also show how to make the best use of the resource allocation and destruction We also show how we can define and use our own language As in its previous editions, the book's authoritative discussion of fundamental C++ concepts and techniques makes exception classes it a valuable resource even for more experienced programmersProgram Faster and More Effectively with This Rewritten Classic Restructured for quicker learning, using the C++ standard library Updated to teach the most current programming Large-scale applications often use code from multiple independent vendors Combining styles and program design techniques Filled with new learning aids that emphasize important points, warn about common independently developed libraries would be difficult (if not impossible) if vendors had to pitfalls, suggest good programming practices, and provide general usage tips Complete with exercises that reinforce skills put the names they define into a single namespace Independently developed libraries learned Authoritative and comprehensive in its coverageThe source code for the book's extended examples is available on would almost inevitably use names in common with one another; a name defined in one the Web at the address below.

library would conflict with the use of that name in another library To avoid name collisions, we can define names inside a namespace

This describes a circle of radius v in the xy plane. Suppose that we vary v from 0 to some constant radius r. We would obtain a series of concentric circles in the xy plane. These circles correspond to what would happen if we sliced a hypothetical sphere with radius r perpendicular to the z-axis. For some v, we see that such a sphere has a z coordinate equal to sqrt(r2 v2). It follows that these equations

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Right from the beginning of this book we have used namespaces Whenever we use a name from the standard library, we are using a name defined in the namespace named std 17 shows how we can define our own namespaces 17 closes by looking at an important but infrequently used language feature: multiple inheritance Multiple inheritance is most useful for fairly complicated inheritance hierarchies 18 covers several specialized tools and techniques These tools and techniques are applicable to particular kinds of problems The first part of 18 shows how classes can define their own optimized memory management We next look at C++ support for run-time type identification (RTTI) These facilities let us determine the actual type of an object at run-time Next, we look at how we can define and use pointers to class members Pointers to class members differ from pointers to ordinary data or functions Ordinary pointers only vary based on the type of the object or function Pointers to members must also reflect the class to which the member belongs We then look at three additional aggregate types: unions, nested classes, and local classes The chapter closes by looking briefly at a collection of features that are inherently nonportable: the volatile qualifier, bit-fields, and linkage directives

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