C++ Standard Template Library, The
Published on 19. December 2000
Book
Paperback/Softback
512 pages
978-0-13-437633-2 (ISBN)
Description
With the C++ Standard Template Library (STL), C++ developers have a powerful toolset for maximizing productivity, software quality, and performance at the same time. STL provides both a comprehensive set of container classes and fundamental algorithms to go with them -- a large, systematic, clean, formally sound, comprehensible, elegant and efficient framework for C++ development. Now, in this long-awaited book, the creators of the C++ Standard Template Library explain it authoritatively and in depth.KEY TOPICS:Each chapter of The Standard Template Library covers one STL component, including background, a review of the standard, techniques for using and implementing the component, and hands-on exercises. Appendices present lists of reserved names, a detailed glossary of terms and references, and practical techniques for interfacing the STL with several leading C++ compilers.MARKET:For every experienced C++ programmer.
More details
Language
English
Place of publication
United States
Publishing group
Pearson Education (US)
Target group
College/higher education
Dimensions
Height: 235 mm
Width: 180 mm
Thickness: 25 mm
Weight
800 gr
ISBN-13
978-0-13-437633-2 (9780134376332)
Copyright in bibliographic data and cover images is held by Nielsen Book Services Limited or by the publishers or by their respective licensors: all rights reserved.
Schweitzer Classification
Persons
P.J. Plauger is President of Dinkumware, Ltd., which licenses standards-conforming C and C++ libraries and documentation. For many years, he served as Senior Editor of The C/C++ Users Journal and Contributing Editor to Embedded Systems Programming. Plauger has long been active in the development of C and C++ international standards.
Alex Stepanov, now at AT&T, formerly headed the Generic Programming Project at Hewlett-Packard Research Laboratories in Palo Alto, California.
Meng Lee is currently a Technical Contributor at Hewlett-Packard Research Labs where she and Stepanov developed the original STL. The STL was proposed to and accepted by the ANCI/ISO C++ Standards Committee.
David R. Musser, Professor of Computer Science at Rensselaer Polytechnic Institute, specializes in research on generic programming. His work with Stepanov provided the foundation for the STL.
Alex Stepanov, now at AT&T, formerly headed the Generic Programming Project at Hewlett-Packard Research Laboratories in Palo Alto, California.
Meng Lee is currently a Technical Contributor at Hewlett-Packard Research Labs where she and Stepanov developed the original STL. The STL was proposed to and accepted by the ANCI/ISO C++ Standards Committee.
David R. Musser, Professor of Computer Science at Rensselaer Polytechnic Institute, specializes in research on generic programming. His work with Stepanov provided the foundation for the STL.
Content
0. Introduction.
Background. Functional Description. Using STL. Implementing STL. Testing STL. Exercises.
1. Iterators.
Background. Functional Description. Using Iterators. Exercises.
2. .
Background. Functional Description. Using . Implementing . Testing . Exercises.
3. .
Background. Functional Description. Using . Implementing . Testing . Exercises.
4. .
Background. Functional Description. Using . Implementing . Testing . Exercise.
5. Algorithms.
Background. Functional Description. Using Algorithms. Exercises.
6. .
Background. Functional Description. Using . Implementing . Testing . Exercises.
7. .
Background. Functional Description. Using . Implementing . Testing . Exercises.
8. .
Background. Functional Description. Using . Implementing . Testing . Exercises.
9. Containers.
Background. Functional Description. Using Containers. Exercises.
10. .
Background. Functional Description. Using . Implementing . Testing . Exercises.
11. .
Background. Functional Description. Using . Implementing . Testing . Exercises.
12. .
Background. Functional Description. Using . Implementing . Testing . Exercises.
13. .
Background. Functional Description. Using . Implementing . Testing . Exercises.
14. .
Background. Functional Description. Using . Implementing . Testing . Exercises.
15. . Background. Functional Description. Using . Implementing . Testing . Exercises.
16. .
Background. Functional Description. Using . Implementing . Testing . Exercises.
Appendix A: Interfaces.
Appendix B: Terms.
Appendix C: References.
Index.
Background. Functional Description. Using STL. Implementing STL. Testing STL. Exercises.
1. Iterators.
Background. Functional Description. Using Iterators. Exercises.
2. .
Background. Functional Description. Using . Implementing . Testing . Exercises.
3. .
Background. Functional Description. Using . Implementing . Testing . Exercises.
4. .
Background. Functional Description. Using . Implementing . Testing . Exercise.
5. Algorithms.
Background. Functional Description. Using Algorithms. Exercises.
6. .
Background. Functional Description. Using . Implementing . Testing . Exercises.
7. .
Background. Functional Description. Using . Implementing . Testing . Exercises.
8. .
Background. Functional Description. Using . Implementing . Testing . Exercises.
9. Containers.
Background. Functional Description. Using Containers. Exercises.
10. .
Background. Functional Description. Using . Implementing . Testing . Exercises.
11. .
Background. Functional Description. Using . Implementing . Testing . Exercises.
12. .
Background. Functional Description. Using . Implementing . Testing . Exercises.
13. .
Background. Functional Description. Using . Implementing . Testing . Exercises.
14. .
Background. Functional Description. Using . Implementing . Testing . Exercises.
15. . Background. Functional Description. Using . Implementing . Testing . Exercises.
16. .
Background. Functional Description. Using . Implementing . Testing . Exercises.
Appendix A: Interfaces.
Appendix B: Terms.
Appendix C: References.
Index.