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Preface This book is designed to present the fundamentals of data structures from an object-oriented perspective. The focus is on data structures that efficiently store large collections of data. The structures, called containers, feature operations to access, insert, and remove items from the collection. The study of data structures is core to a computer science curriculum. This curriculum has had a rich and storied tradition. Computer researchers and practitioners have evolved a wide range of container structures to meet different problem situations. Initially, the focus was on implementation issues so that programs could efficiently store and access large data sets within the limited physical resources of the computer system. As computers developed greater CPU power and increased memory and storage capabilities, researchers and practitioners were free to give more consideration to the abstract design of the containers. The efforts were greatly aided by an emerging emphasis on object-oriented programming. Object technology provides a means of viewing containers as objects with designated operations to handle the data. A class declaration defines the structure of a container. The public member functions describe a programming interface that allows a container to be used in applications. Researchers at AT Ken Bosworth, Idaho State University; Ralph Ewton, University of Texas, El Paso. Special thanks go to James Slack at Minnesota State University, Mankato, who made extensive and detailed suggestions. His insights and support were invaluable to the authors and greatly improved the final design and content of the book. align="right"> William Ford William Topp
UPDATE YOUR CODE EXAMPLES
| Customer Rating:   | The book itself is great and illustrates the core concepts well.
The code examples are grossly out of date (were talking 1990's) and completely ruins the beautiful text by adding confusing, poorly written code examples to reinforce good literature.
If you are buying this to learn data structures as a reference, great.
If you expect usable code examples this is not the book for you.
Highly Microsoft Visual Studio Centric. Not ANSI C++.
My note to the author's / publisher: You need to keep up with the times. This is technology and it moves quickly. Otherwise future-proof your code as much as possible. |
big title with no meat
| Customer Rating: | having read 1st four chapters, i find Ford and Topp are stingy in examples and theory.
You'd better do all the programming exercises at the end of chapter since that's where the value of this book lies.
Thinking in C++ Vol.1 and 2 have better reference material. Please buy Bruce Eckels' "Thinking in C++"! |
Not Recommended
| Customer Rating: | Because of physical problems with this book, the authors' programming style, and lack of a proper audience, I just can't recommend it. There are just too many problems and too few positives for the book to be worthwhile.
First, the physical problems with the book: in my case, the binding appears to be bad. As I took it out of its plastic wrapping, I noticed a gap between the cover spine and the glued/sewn binding of the actual pages. It looks like the glue that was supposed to hold the two parts of the book together failed. Turning the pages causes a lot of snapping, crackling, and popping and I worry that the binding will break. Second, it seems like the book uses too small a font (these old eyes don't focus like they used to). Oddly, if I compare the font size to that in other textbooks, it looks comparable. I'm not sure, but I think the publisher used a slightly smaller line spacing and either a lighter ink or darker paper. Whatever it is, it makes reading the book a bit hard. That's pretty subjective and minor, but more aggravating is that the publisher used an even lighter (gray) font for the code segments. This makes the code even harder to read than the text. Again, I'm not certain, but it also looks like the font in the code sections is even smaller than the font in the text. And finally, the authors don't use any color in their code. It's hard to distinguish the actual code from the comments. This makes reading the code difficult.
Next, I highly disagree with the authors' coding style. Essentially, I consider it sloppy. In general, they don't write their class methods to ensure data integrity (and that's one of the big advantages of classes (which are at the core of this book)). Also, the authors tend to directly access private class members within the class methods instead of using the class' already defined public methods that do the same thing (get/set). I know this is allowed, but it's still bad software engineering: you should re-use code wherever possible. Similarly, and worse, the authors violate the principles of data hiding by writing classes with public data members instead of with private data members and public get/set methods. I also have a problem with the authors using "using namespace std;" in their code. Since this exposes all of the C++ standard library methods to the program, it can lead to conflicts. I understand that in a teaching environment this might be good for keeping the focus on the topic at hand instead of "cluttering up the code" with nuances, but the authors make no reference to this rationale. They just blindly use that line in all their code. I'd much prefer they explicitly did a "using std::whatever;" when they needed it. What's especially bad is that they do this in all the HEADERS they provide for their examples (not just in the "main" programs). Anyone who uses any of those headers automatically ends up with all the namespace names included in their code. And, finally, not only are the authors lax in their object oriented programming, they're also lax in their structured programming: they routinely, and without comment, use break statements to jump out of the infinite for-loops (which are feats in themselves) they set up to handle their file input.
Finally, and most importantly, the authors don't seem to have a grasp on who their audience is. In the Preface and the start of the first chapter, they specifically state that the readers should already be familiar with objects and classes from a first course in C++. They note that they aren't about to review old topics, but, instead, will pick up where that left off. However, most of the book is a re-hashing of basic C++ programming. For instance:
- Chapter 1 is a review of programming classes (and, thus, objects) in C++.
- Chapter 2 discusses 1) software design, 2) handling runtime errors, 3) object composition, and 4) operator overloading.
- Chapter 3 covers templates and recursion. The algorithms discussed are those usually presented in C++ programming courses: selection sort, sequential search, binary search, tower of hanoi, and greatest common divisor.
- Chapter 5 goes over pointers, pointer arithmetic, dynamic memory allocation, constructors and destructors.
- Chapter 7, stacks. Chapter 8, queues. Chapter 9, linked lists. Chapter 10, binary trees. Chapter 13, inheritance and abstract classes.
All of this is what I consider to be basic C++ (see Deitel's "C++ How to Program" book to find references to all those things). I just can't see how anyone could learn even the rudiments of C++ without having covered those topics. I could be wrong (in which case, since I've provided my rationale for my rating, you'll at least know what to ignore in this review). But, for all intents and purposes, the authors don't really start teaching anything new until after page 500 (Chapter 10) in a 1000 page (16 chapter) book. And even there, I was so irritated with the various problems I noted above, that I kept wondering how much credence to put in the authors' presentation.
So, in a nutshell, because of the physical problems with the book itself, the sloppiness of the authors' programming style, and their mis-identification of the audience, I can't recommend this book. I rate it at only 2 stars out of 5.
As a side note, at the time I bought this book, Florida State University (FSU) used it in their COP 4530: "Data Structures, Algorithms & Generic Programming" course. They've now switched to a book called "Data Structures & Algorithms in C++," 3e, by Drozdek. I don't know anything about that book, but based solely on this book, FSU did the right thing. |
Great book to learn data structures with STL
| Customer Rating: | | This text is for sophomore-level students, but as the authors claimed it's a good read for professionals as well, a reason being that a professional of many years may not have learned data structures together with designs and implementations in C++ with STL. Going back five to ten years, the book in its current form could not have existed, which is why it's beneficial for the professional to read it. As a professional, I envy the current college students who are lucky to have this book as the text of one of their courses. A student is also given a semester to digest its content, to do the exercises and projects at the end of each chapter, which is not usually possible for a professional. On the other hand, because of years of experience and perhaps plus college background, things students usually and sometimes must do aren't necessary for the professional, who should be able to read through the book in considerably shorter period of time. In summary, it's a great read on the subjects, though one star is taken off for its imperfection such as mistakes in the code and less than superior presentation of some materials. |
Great for Data Structures
| Customer Rating: | | Excellent book! It was assigned for my Data Structures course. Basic knowledge of C++ and the way classes work is required, but it is an excelent reference. I would NOT sell this book back to the campus bookstore for anything after completing the class. |
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