Using a subset of ANSI C, Problem Solving and Program Design in C, Second Edition teaches a disciplined approach to solving problems and to applying widely accepted software engineering methods to design program solutions. Intended for a first course in programming, this text assumes no prior knowledge of computers or programming. Written to be accessible to students, concepts are presented in an order that makes sense to the beginning programmer --not in units dictated by the structure of the language. A broad selection of case studies and exercises allow an instructor to design an introductory programming course in C for computer science majors or for students from a wide range of other disciplines. While retaining its proven problem solving approach, the new edition has been refined to become an even stronger teaching tool.Features: * Introduces the difficult concept of pointers, uniquely and effectively, over four separate chapters * Covers user-defined functions with input parameters in Chapter 3, allowing students to do more meaningful programs early * Provides complete coverage of loop constructs (Chapter 5) and complete coverage of stacks (Chapter 8 Arrays, Chapter 10 Recursion, Chapter 14 Dynamic Memory Allocation) * Includes a complete appendix of ANSI C Standard Library Functions for reference * Reinforces key concepts using strong pedagogical features including program style boxes, syntax displays, end-of-section exercises, case studies, common error sections, programming projects, and others 0201590638B04062001
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Jeri R. Hanly is a member of the computer science faculty at the University of Wyoming. She has developed software for target recognition in collaboration with naval researchers in China Lake, California and has taught software engineering seminars for professional developers of computing systems in the U.S. and Canada. Elliot Koffman is a professor of computer and information science at Temple University. He is one of the country's foremost CS educators, a former chairman of the ACM Task Force for introductory programming methods courses, and author of a number of successful language texts in Modula-2, FORTRAN, in addition to his four editions of Pascal and Turbo Pascal. 0201590638AB04062001Excerpt. © Reprinted by permission. All rights reserved.:
This textbook teaches a disciplined approach to solving problems and to applying widely accepted software engineering methods to design program solutions as cohesive, readable, reusable modules. We present as an implementation vehicle for these modules a subset of ANSI C—a standardized, industrial-strength programming language known for its power and portability. This text can be used for a first course in programming methods: It assumes no prior knowledge of computers or programming. The text's broad selection of case studies and exercises allows an instructor to design an introductory programming course in C for computer science majors or for students from a wide range of other disciplines.
In preparing this edition, we have added Chapter 15, which can serve as a transition to the study of C++ in a subsequent course. We have expanded the first section of our chapter on iteration (Chapter 5) so that we introduce the full range of loops conceptually before delving into their C implementations, and we have included in Chapter 12 more extensive coverage of escape sequences and format specifiers used with printf. In addition, we have modified Chapter 14 so that it helps students consolidate their understanding of pointers as arrays, output parameters, and file accessors just prior to their exploration of the role of the pointer in dynamic memory allocation.
Using C to Teach Program Development
Two of our goals—teaching program design and teaching C—may be seen by some as contradictory. C is widely perceived as a language to be tackled only after one has learned the fundamentals of programming in some other, friendlier language. The perception that C is excessively difficult is traceable to the history of the language. Designed as a vehicle for programming the UNIX operating system, C found its original clientele among programmers who understood the complexities of the operating system and the underlying machine, and who considered it natural to exploit this knowledge in their programs. Therefore, it is not surprising that many textbooks whose primary goal is to teach C expose the student to program examples requiring an understanding of machine concepts that are not in the syllabus of a standard introductory programming course.
In this text we are able to teach both a rational approach to program development and an introduction to ANSI C because we have chosen the first goal as our primary one. One might fear that this choice would lead to a watered-down treatment of ANSI C. On the contrary, we find that the blended presentation of programming concepts and of the implementation of these concepts in C captures a focused picture of the power of ANSI. C as a high-level programming language, a picture that is often blurred in texts whose foremost objective is the coverage of all of ANSI C. Even following this approach of giving program design precedence over discussion of C language features, we have arrived at a coverage of the essential constructs of C that is quite comprehensive.
Pointers and the Organization of the Book
The order in which C language topics are presented is dictated by our view of the needs of the beginning programmer rather than by the structure of the C programming language. The reader may be surprised to discover drat there is no chapter entitled "Pointers." This missing chapter title follows from our treatment of C as a high-level language, not from a lack of awareness of the critical role of pointers in C.
Whereas other high-level languages have separate language constructs for output parameters and arrays, C openly folds these concepts into its notion of a pointer, drastically increasing the complexity of learning the language. We simplify the learning process by discussing pointers from these separate perspectives where such topics normally arise when teaching other programming languages, thus allowing a student to absorb the intricacies of pointer usage a little at a time. Our approach makes possible the presentation of fundamental concepts using traditional high-level language terminology—output parameter, array, array subscript, string—and makes it easier for students without prior assembly language background to master the many facets of pointer usage.
Therefore, this text has not one, but four chapters that focus on pointers. Chapter 6 discusses the use of pointers as simple output and input/output parameters, Chapter 8 deals with arrays, Chapter 9 presents strings and arrays of pointers, and Chapter 14 describes dynamic memory allocation after reviewing pointer uses previously covered. In addition, Chapters 2 and 12 discuss file pointers.
Applications Written in C
This text illustrates the importance of the C programming language by including a collection of brief articles presenting applications written in C. Included are descriptions of Vivo320, a video-conferencing tool; LINEUP, a database system for criminal mug shots; and the Borland C/C++ compiler. In addition, one article traces the history of the joint development of UNIX and C.
Software Engineering Concepts
The book presents many aspects of software engineering. Some are explicitly discussed and others are taught only by example. The connection between good problem-solving skills and effective software development is established early in Chapter 1 with a section that discusses the art and science of problem solving. The five-phase software development method presented in Chapter 1 is used to solve the first case study and is applied uniformly to case studies throughout the text. Major program style issues are highlighted in special displays, and the coding style used in examples is based on guidelines followed in segments of the C software industry. There are sections in several chapters that discuss algorithm tracing, program debugging, and testing.
Chapter 3 introduces procedural abstraction through selected C library functions, parameterless void functions, and functions that take input parameters and return a value. Chapters 4 and 5 include additional function examples, and Chapter 6 completes the study of functions that have simple parameters. The chapter discusses the use of pointers to represent output and input/output parameters, and Chapter 7 introduces the use of a function as a parameter.
Case studies and sample programs in Chapters 6, 8, and 11 introduce by example the concepts of data abstraction and of encapsulation of a data type and operators. Chapter 13 presents C's facilities for formalizing procedural and data abstraction in personal libraries defined by separate header and implementation files. Chapter 15 introduces the concept of object-oriented design as implemented by C++.
The use of visible function interfaces is emphasized throughout the text. We do not mention the possibility of using a global variable until Chapter 13, and then we carefully describe both the dangers and the value of global variable usage.
We employ the following pedagogical features to enhance the usefulness of this book as a teaching tool:
End-of-Section Exercises. Most sections end with a number of self-check exercises. These include exercises that require analysis of program fragments as well as short programming exercises. Answers to selected self-check exercises appear at the back of the book; answers to the rest of the exercises are provided in the instructor's manual.
Examples and Case Studies. The book contains a wide variety of programming examples. Whenever possible, examples contain complete programs or functions rather than incomplete program fragments. Each chapter contains one or more substantial case studies that are solved following the software development method. Numerous case studies give the student glimpses of important applications of computing, including database searching, business applications such as billing and sales analysis, word processing, environmental applications such as radiation level monitoring and water conservation.
Syntax Display Boxes. The syntax displays describe the syntax and semantics of new C features and provide examples.
Program Style Displays. The program style displays discuss major issues of good programming style.
Error Discussions and Chapter Review. Each chapter concludes with a section that discusses common programming errors. A chapter review includes a table of new C constructs.
End-of-Chapter Exercises. A set of quick-check exercises with answers follows each Chapter Review. There are also review exercises whose solutions appear in the instructor's manual.
End-of-Chapter Projects. Each chapter ends with a set of programming projects. Answers to selected projects appear in the instructor's manual.
Appendixes, CD-ROM, and Supplements
Appendix F describes how to use Borland C++ Builder version 5 (see below). It also describes how to use the free command-line interpreter which can be downloaded from the Borland website (www.Borland.com). A reference table of ANSI C constructs appears on the inside covers of the book, and Appendix A presents character set tables. Because this text covers only a subset of ANSI C, the remaining appendixes play an especially vital role in increasing the value of the book as a reference. Appendix B is an alphabetized table of ANSI C standard libraries. Appendix C gives a table showing the precedence and associativity of all ANSI C operators; the operators not previously defined are explained in this appendix. Throughout the book, array referencing is done with subscript notation; Appendix D is the only coverage of pointer arithmetic. Appendix E lists all ANSI C reserved words.
CD-ROM with Borland C++ Builder 5
The textbook comes with a CD-ROM that contains Borland C++ Builder 5. C++ Builder is an Integrated Development Environment for creating, debugging, and running C and C++ programs.
An on-line version of the source code figures is available at our anonymous ftp site. To access, set your ftp to ftp.awl.com. At the prompt, log in as anonymous and use your internet address as the password. From there, you change to the directory cseng/authors/hanly/cs1.3e.
The Instructor's Manual includes chapter by chapter summaries and suggestions based on selected textbook figures. These are available online. You will need to contact your sales rep for the password and access instructions.
Solutions and Test Questions
Test questions and solutions to the internal self check, review questions, and selected programming projects are available by contacting your local Addison-Wesley sales representative.
Many people participated in the development of this book. We thank especially Cindy Johnson, who developed the articles on C applications, and Paul W. Abrahams, Kenneth Pugh of Pugh-Killeen Associates, Oliver Jones of Vivo Software Inc., and Michael R. Weisert of Borland International Inc., who provided the material for these articles. We thank Joan C. Horvath of the Jet Propulsion Laboratory, California Institute of Technology, for contributing several programming exercises. We are grateful for the work of several Temple University and University of Wyoming students and former students who helped to verify the programming examples and who provided answer keys for the host of exercises. These include Mark Thoney, Lynne Doherty, Andrew Wrobel, Steve Babiak, Donna Chrupcala, Masoud Kermani, and Thayne Routh. We also thank Jeri's Computer Science Department colleagues at the University of Wyoming who have been so willing to answer her questions—Allyson Anderson, Mark Arnold, and Robin Hill.
It has been a pleasure to work with the Addison-Wesley team in this endeavor. The sponsoring editor, Susan Hartman, along with her assistant, Galia Shokry, provided much guidance and encouragement throughout all phases of manuscript revision. Patty Mahtani supervised the production of the book, while Michael Hirsch developed the marketing campaign.
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