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Structures de données en C++

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Cet ouvrage d'auto-apprentissage correspond à un deuxième niveau dans l'étude du langage C++. Les exemples et les explications détaillées vont vous permettre de développer et d'interpréter des structures plus complexes de programmation. Tout au long des chapitres vous trouverez plus de 450 exercices et problèmes résolus qui vous aideront à comprendre les structures de données en C++. De plus, le code source de tous les exemples et problèmes de cet ouvrage est téléchargeable sur le Net. Rappel sur le C++; Pointeurs et tableaux; Classes; Récursivité; Piles; Files; Listes; Tables; Arbres; Arbres binaires; Arbres de recherche; Tas et files de priorité; Algorithmes de tri, etc.

416 pages, Paperback

First published November 17, 2000

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Dr. John R. Hubbard holds a Ph.D. in Mathematics from the University of Michigan and a M.S. in Computer Sciences from Penn State. He is a Professor Emeritus at the University of Richmond.

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July 26, 2024
Linked Data Structures
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1. The actual value of the reference is the memory address of the object to which it refers. In other programming languages, such variables are called pointers.
2. The value null means that the variable does not refer to any object.
3. Each node object is shown as a big with two parts: the left side contains the integer data, and the right side contains the next reference.
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