Designing components with the C++ STL by Ulrich Breymann

By Ulrich Breymann

'This booklet is the main actual and updated resource of data at the STL at present available...It has an procedure and charm of its personal: it explains innovations for development info constructions and algorithms on most sensible of the STL, and during this means appreciates the STL for what it truly is - a framework.' - Angelika Langer, autonomous advisor and C++ record Columnist"A beautifully authored remedy of the STL...an first-class booklet which belongs in any severe C++ developer's library. - Jim Armstrong, President 2112 F/X, Texas.The C++ normal Template Library (STL) represents a leap forward in C++ programming recommendations. With it, software program builders can in attaining big advancements within the reliability in their software program, and raise their very own productiveness. Designing elements with the C++ STL has 3 goals: to introduce the reader to the STL to teach how this strong source might be exploited to increase its use to the development of latest components.This revised variation is absolutely compliant with the recent ISO/IEC C++ ordinary with an linked site containing a variety of, absolutely updated examples for downloading.The writer indicates how one can make sensible use of the STL via a wealth of examples a different perception into the internals of the STL takes the reader past easily utilizing it, to teach how the elements provided within the STL can be utilized to layout extra advanced facts buildings and algorithms, and strong summary facts varieties. all through, the writer keeps a sublime and complicated coding variety, adhering faithfully to the present ISO/ANSI criteria, aiding to make sure that your software program can be much more transportable, maintainable and reusable than ever.

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Designing components with the C++ STL

'This publication is the main actual and up to date resource of knowledge at the STL at the moment to be had. .. It has an procedure and attraction of its personal: it explains concepts for construction info buildings and algorithms on best of the STL, and during this approach appreciates the STL for what it really is - a framework. ' - Angelika Langer, autonomous advisor and C++ record Columnist"A fantastically authored remedy of the STL.

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N1 and n2 are variables of type Distance_type (see page 32). begin(); cout << Table[n1] << endl; // is equivalent to: cout << *Position << endl; if(n1 < n2) cout << Table[n1] << "lies before " << Table[n2] << endl; In the simplest case, Position can be of type int*, and n1 and n2 of type int. 5 Reverse iterators A reverse iterator is always possible with a bidirectional iterator. A reverse iterator moves backward through a container by way of the ++ operation. The start and end of a container for reverse iterators are marked with rbegin() (points to the last element) and rend() (fictitious position before the first element, an example follows on page 52).

A short example shows its use. A pointer to a function is initialized with the sine function. Subsequently, the sine of an angle is called both via the function pointer and via a function object generated with ptr_fun(). 1 Namespaces In order to avoid any name clashes, nearly all sample classes in the book are in namespace br_stl. In files with sample main()-programs, often using namespace std; is used. All other programs use qualified names like in std::cout << std::endl; instead of cout << endl;.

Begin(); // start of C // rbegin() points to the last element of C. // rend() fictitious position before the first element. rbegin(); // .... g. rend()) { // ... base(), I); // correct There are two kinds: • Reverse bidirectional iterator This iterator can do everything that a bidirectional iterator can do. The only difference is the moving direction: the ++ operation of the reverse iterator has the same effect as the -- operation of the bidirectional iterators and vice versa. • Reverse random access iterator This iterator can do everything the bidirectional reverse iterator described above can do.

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