Object-Oriented Design and Programming with C++

PrefaceSoftware Engineering PrinciplesPart I Fundamental Principles Chapter 1 Overview of C++ 1.1 What Is Object-Oriented Programming? 1.2 History of the C++ Programming Language 1.3 What Is C++? 1.4 Classes 1.5 Inheritance, Polymorphism, and Overloading Summary Exercises Chapter 2 Elementary Programming in C++ 2.1 Structure of a Single-Unit C++ Program 2.2 Fundamental Data Types in C++ 2.3 Output with cout 2.4 Formatted Output in C++ 2.5 Input with cin 2.6 Documentation and Commenting of C++ Programs 2.7 Control of C++ Programs 2.8 Operators in C++ 2.9 An Example: Processing an Input Stream 2.10 Differences in I/O between C and C++ 2.11 Testing Issues Summary Exercises Chapter 3 Elementary C++ Program Structure 3.1 Derived and Base Classes 3.2 Constructors, Destructors, and Other Functions 3.3 Passing Parameters to Functions in C and C++ 3.4 The inline Qualifier for Functions 3.5 Member and Friend Functions 3.6 The C++ Preprocessor 3.7 Library Functions and Class Libraries 3.8 Testing Issues Summary Exercises Chapter 4 Arrays and Pointers 4.1 Pointers, Arrays, and Pointer Arithmetic 4.2 Array Indexing and Pointer Arithmetic in C++ 4.3 Multidimensional Arrays in C++ 4 A Matrices in C++ 4.5 Interfacing with the Command Line: Parameters to main () 4.6 Pointers to Functions 4.7 Functions with a Variable Number of Arguments 4.8 Virtual Functions 4.9 Pointers to void 4.10 A Special Pointer: this Summary Exercises Chapter 5 Structured Data Types in C++ 5.1 Classes, Structs, and Templates 5.2 Stacks in C++ 5.3 Implementing Stacks in C++ Using Templates 5.4 Lists in C++ 5.5 Implementation of Lists Using Templates 5.6 Using Lists with Sparse Matrices 5.7 Queues in C++ 5.8 Implementation of Queues Using Templates 5.9 The Tree Data Type in C++ 5.10 Implementation of Trees Using Templates 5.11 The Standard C and C++ Libraries 5.12 Other C++ Class Libraries Summary Exercises Chapter 6 Advanced Input and Output 6.1 Input and Output in C and C++ 6.2 File Input and Output in C++ 6.3 Overloading the « and » Operators 6.4 Using C++ File Streams for Random Access Summary ExercisesPart II Software Engineering Chapter 7 Advanced C++ Program Structure 7.1 Separate Compilation 7.2 The make Utility and Separate Compilation 7.3 Organization of Class Libraries 7.4 Examples of Class Libraries 7.5 Testing Issues 7.6 Exceptions in C++ Summary Exercises Chapter 8 Modeling Object-Oriented System 8.1 Design Representations 8.2 Object-Oriented Systems 8.3 Class Design Issues 8.4 What Is an Object? 8.5 An Example of Class Development: The String Class 8.6 Concepts Related to Objects 8.7 Design Representations for Object-Oriented Systems Summary Exercises Chapter 9 An Example: A Graphical Database 9.1 Requirements 9.2 Determination of Objects for Representation of Polyhedra 9.3 Class Descriptions 9.4 A Graphical Database Summary Exercises Chapter 10 Making the Transition to an Object-Oriented System 10.1 Introduction 10.2 Specifications for a File System Simulation 10.3 Procedurally Based System Design 10.4 Implementation Details for a Procedurally Based Disk Simulation 10.5 Source Code for Procedural System (Optional) 10.6 Reengineering a Procedurally Based System into an Object-Oriented One 10.7 An Object-Oriented Disk Simulation Program 10.8 Source Code for an Object-Oriented Solution 10.9 Comparison of Object-Oriented and Procedural Solutions Summary Exercises Appendix 1 Reserved Words in C++ Appendix 2 Syntax Summary of C++ Identifiers Appendix 3 Review of the C Language Appendix 4 The ANSI Standard C Library A4.1 Organization A4.2 Commonly Used Functions A4.3 Some UNIX I/O C Functions A4.4 Rarely Used Functions A4.5 Constants, Variables, and Types Appendix 5 The Draft ANSI Standard C++ Library A5.1 Guiding Principles Relating C and C++ Libraries A5.2 New Header Files in the Draft C++ Library A5.3 C Header Files in the Draft C++ Library Appendix 6 Solutions and Hints to Selected ExercisesReferencesIndex