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标准C++与面向对象程序设计：英文版
作者：（美）Paul S.Wang著
出版社：机械工业出版社
出版时间：2003-07-01
ISBN：9787111125426
定价：¥55.00
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内容简介
教授C++和OOP方法的一本优秀教材 标准C++是最流行的面向对象程序设计（OOP）语言之一。本书将OOP的概念和方法融合在C++中，更重要的 是说明如何将C++的各项功能综合运用，以达到OOP的目的。书中全面介绍了面向对象程序设计的重要概念，如数据抽象、封装、信息隐藏、继承和多态性等，同时还包含了C++语言的OOP方面的所有内容，包括类、操作符重载继承、模板等。此外，书中还描述了新的ANSIC++标准、模板库等。通过阅读本书，读者将对C++语言及面向对象程序设计有一个全面、深刻的了解。 本书特点： ·为了使读者很快地掌握C++语言，本书前面的几章介绍了C++的基础知识，并且讨论了C++语言的一些基本特征·为了加速读者学习本书的过程，书中还提供了许多编程技巧和推荐的编程风格等·为了使本书易于在教学中使用，作者开发了许多有趣的例子和具有挑战性的习题·书中的概念和编程结构都有足够的示例说明，按章组织的示例程序包大约有400个文件，包含了完整的源代码： 用于UNIX和PC的完整示例程序包可以在WWW.brookscole．com站点获得本书内容的组织和介绍均以简单。明确、易学为出发点，适合作为本科生程序设计课程的教材。
作者简介
PaulW.Wang：于麻省理工学院（MIT）获得博士学位，现任肯特州立大学计算机科学系教授和计算数学研究所主任。他是国际著名的计算机科学家和资深顾问，发表过100多篇研究论文，并著有多本倍受赞誉的计算机科学书籍。
目录
Introduction 1
ONE C++ Primer Part 1: Basics 8
1.1 Object-Oriented Program Structure 8
1.2 Functions 9
1.3 Running the First Example 12
1.4 Statements 12
1.5 The while Statement 13
1.6 Simple Conditional Statements 16
1.7 Characters and Character Input and Output 17
1.8 More Basic Constructs 20
1.9 Data Types and Declarations 26
1.10 Operators and Expressions 29
1.11 Enumerations 35
1.12 Arrays 37
1.13 Pointers 40
1.14 An Example 41
1.15 Iteration Control 42
1.16 Choices by switch 46
1.17 Summary 48
Exercises 48
TWO C++ Primer Part II: Object-Based Programming 51
2.1 Data Abstraction and Encapsulation 51
2.2 Function Calls and Argument Passing 58
2.3 Command-Line Arguments 61
2.4 Environment Variables 62
2.5 The string Class 63
2.6 Problem Solving with Objects 65
2.7 C++ I/O Streams 70
2.8 Error Handling 70
2.9 Object-Based Thinking 73
2.10 C++ Programming Tips 74
2.11 Summary 77
Exercises 78
THREE Key Constructs 80
3.1 Identifier Scoping 81
3.2 Namespaces 84
3.3 More on Declarations 86
3.4 Recursion 89
3.5 A Class of Fractions 93
3.6 Optional and Variable-Length Arguments 97
3.7 Overloading Functions 99
3.8 References 102
3.9 Read-Only Variables and Parameters 103
3.10 The typedef Declaration 105
3.11 Storage Allocation and Management 106
3.12 A Circular Buffer 109
3.13 Implicit Type Conversions 114
3.14 Explicit Type Cast 116
3.15 HOW to Use Header Files 117
3.16 Summary 119
Exercises 120
FOUR Arrays, Pointers, and Generic Code 123
4.1 Array Concepts and Declarations 123
4.2 Pointers and Address Arithmetic 125
4.3 TWo-Dimensional Arrays 133
4.4 A Matrix Class 135
4.5 A Class of Polynomials 138
4.6 Array Objects: vector 141
4.7 Sorting Text Lines with Objects 143
4.8 Pointers and Function Calls 151
4.9 Arrays, Pointers, and References 154
4.10 Multiple Indirection 154
4.11 Generic Programs 156
4.12 A Generic Sorting Program 162
4.13 Pointers and Dynamically Allocated Storage 165
4.14 Summary 168
Exercises 169
FIVE Classes and Objects 172
5.1 Defining Classes 172
5.2 Creating and Initializing Objects 175
5.3 The Host Object 181
5.4 Internal-External Decoupling 182
5.5 Pocket Calculator Simulation 183
5.6 Built-in Operations for Objects 192
5.7 Object Destruction 193
5.8 Friends of a Class 195
5.9 Recursive Structures 197
5.10 Instance and Static Members 204
5.11 The Size of Objects 210
5.12 Generic Lists 211
5.13 Unions and Bit Fields 216
5.14 Summary 216
Exercises 217
six I/O Streams and the Standard Library 219
6.1 Different Header Files 219
6.2 C-Style String Input and Output 220
6.3 String Objects 222
6.4 A String Tokenizer 225
6.5 Operations on Characters 228
6.6 Numeric Computations 229
6.7 The I/O Stream Library 230
6.8 Stream I/O for Objects 240
6.9 I/O Manipulators 242
6.10 Summary 244
Exercises 245
SEVEN Inheritance and Class Derivation 248
7.1 Class Derivation 249
7.2 Derived Classes and Objects 252
7.3 Public Derivation 255
7.4 Derivation Principles 258
7.5 Access Control Under Class Derivation 259
7.6 Private Derivation 261
7.7 Specialization of Generic Classes 263
7.8 Type Relations Under Inheritance 265
7.9 Assignment of Objects 267
7.10 Copying of Objects 271
7.11 Derived-Object Assignment and Copying 274
7.12 Object Assignmentand Copying via Derivation 276
7.13 Multiple Inheritance 278
7.14 The I/O Stream Class Hierarchy 282
7.15 Summary 283
Exercises 284
EIGHT operator Overloading, Iterators, and
Exceptions 287
8.1 Operator Overloading 287
8.2 A Reference-Count String Class 290
8.3 Overloading [] 293
8.4 Overloading ++ and -- 294
8.5 Smart Pointers 295
8.6 Iterators 296
8.7 Nested and Local Classes 299
8.8 Robust Classes 302
8.9 User-Defined Type Conversions 303
8.10 Error and Exception Handling 306
8.11 Matrix with Exceptions 314
8.12 Managing Free Storage 316
8.13 Summary 319
Exercises 320
NINE OOP Techniques 322
9.1 Programming with Plug-Compatible Objects 322
9.2 Run-Time Type Identification 330
9.3 A Generic Tree 335
9.4 Planning Uniform Public Interfaces 343
9.5 Destruction of Plug-Compatible Objects 352
9.6 Ordering Text Lines 354
9.7 Interfaces 357
9.8 Understanding Virtual Functions 359
9.9 Inheritance Planning 361
9.10 Object-Family Classes 363
9.11 Summary 371
Exercises 372
TEN Templates 375
10.1 Basic Concepts 375
10.2 Function Templates 377
10.3 Class Templates 383
10.4 Template Compilation 388
10.5 A List Template 390
10.6 Class Template Specialization 397
10.7 Derived-Class Template 397
10.8 A Generic Hash Table 400
10.9 Generic Programming Approaches 407
10.10 Summary 409
Exercises 409
ELEVEN Standard Containers 413
11.1 The STL 413
11.2 Standard Container Headers 414
11.3 Efficiency of Sequence Containers 416
11.4 Using stack 417
11.5 Associative Containers 418
11.6 Standard Container Iterators and typedefs 421
11.7 Generic Algorithms for Containers 426
11.8 Ordered Sets 429
11.9 Standard Functors 431
11.10 For More STL Information 434
11.11 Pointers to Members 434
11.12 Instance Functions as Functors 439
11.13 Summary 439
Exercises 440
TWELVE Web CGI Programming 442
12.1 About Networking 442
12.2 Internet Basics A n.A.
12.3 The World-Wide Web 446
12.4 What IS HTML? 448
12.5 Dynamic Generation of Web Pages 450
12.6 HTML Produced from C++ 452
12.7 Forms in HTML 455
12.8 HTTP Message Formats 456
12.9 Writing CGI Programs 458
12.10 Receiving Form Data 459
12.11 User Feedback Handling 461
12.12 More Information 464
12.13 Summary 465
Exercises 465
THIRTEEN Object-Oriented Design 467
13.1 Decomposition Approaches 468
13.2 Object-Oriented Design Principles 469
13.3 Design Patterns 472
13.4 The CRC Method 474
13.5 Interfacing to Existing Systems 475
13.6 Pocket Calculator Simulation 479
13.7 Summary 488
Exercises 488
FOURTEEN Compiling and Preprocessing 490
14.1 Compiling and Running C++ Programs 490
14.2 Preprocessing 492
14.3 Header Files 493
14.4 Symbolic Constants and Macros 494
14.5 Inline Functions Versus Macros 496
14.6 Conditional Text Inclusion 497
14.7 Once-Only Header Files 500
14.8 Standard Macros 500
14.9 Compilation and Execution 502
14.10 Summary 506
Exercises 507
APPENDICES
A Summary of C++ Constructs 509
B Summary of Special Member Functions 515
C C-Style Strings 516
D Unions and Bit Fields 519
E Interactive Debugging with dbx 525
F Functions with a Variable Number of Arguments 528
G Operator Precedence 531
H Implicit Type Conversions 532
I C++ Library Functions Common with C 534
J C-Style Input/output 542
K Interfacing C++ and C Programs 547
L Header Files 551
Index 552
ONE C++ Primer Part 1: Basics 8
1.1 Object-Oriented Program Structure 8
1.2 Functions 9
1.3 Running the First Example 12
1.4 Statements 12
1.5 The while Statement 13
1.6 Simple Conditional Statements 16
1.7 Characters and Character Input and Output 17
1.8 More Basic Constructs 20
1.9 Data Types and Declarations 26
1.10 Operators and Expressions 29
1.11 Enumerations 35
1.12 Arrays 37
1.13 Pointers 40
1.14 An Example 41
1.15 Iteration Control 42
1.16 Choices by switch 46
1.17 Summary 48
Exercises 48
TWO C++ Primer Part II: Object-Based Programming 51
2.1 Data Abstraction and Encapsulation 51
2.2 Function Calls and Argument Passing 58
2.3 Command-Line Arguments 61
2.4 Environment Variables 62
2.5 The string Class 63
2.6 Problem Solving with Objects 65
2.7 C++ I/O Streams 70
2.8 Error Handling 70
2.9 Object-Based Thinking 73
2.10 C++ Programming Tips 74
2.11 Summary 77
Exercises 78
THREE Key Constructs 80
3.1 Identifier Scoping 81
3.2 Namespaces 84
3.3 More on Declarations 86
3.4 Recursion 89
3.5 A Class of Fractions 93
3.6 Optional and Variable-Length Arguments 97
3.7 Overloading Functions 99
3.8 References 102
3.9 Read-Only Variables and Parameters 103
3.10 The typedef Declaration 105
3.11 Storage Allocation and Management 106
3.12 A Circular Buffer 109
3.13 Implicit Type Conversions 114
3.14 Explicit Type Cast 116
3.15 HOW to Use Header Files 117
3.16 Summary 119
Exercises 120
FOUR Arrays, Pointers, and Generic Code 123
4.1 Array Concepts and Declarations 123
4.2 Pointers and Address Arithmetic 125
4.3 TWo-Dimensional Arrays 133
4.4 A Matrix Class 135
4.5 A Class of Polynomials 138
4.6 Array Objects: vector 141
4.7 Sorting Text Lines with Objects 143
4.8 Pointers and Function Calls 151
4.9 Arrays, Pointers, and References 154
4.10 Multiple Indirection 154
4.11 Generic Programs 156
4.12 A Generic Sorting Program 162
4.13 Pointers and Dynamically Allocated Storage 165
4.14 Summary 168
Exercises 169
FIVE Classes and Objects 172
5.1 Defining Classes 172
5.2 Creating and Initializing Objects 175
5.3 The Host Object 181
5.4 Internal-External Decoupling 182
5.5 Pocket Calculator Simulation 183
5.6 Built-in Operations for Objects 192
5.7 Object Destruction 193
5.8 Friends of a Class 195
5.9 Recursive Structures 197
5.10 Instance and Static Members 204
5.11 The Size of Objects 210
5.12 Generic Lists 211
5.13 Unions and Bit Fields 216
5.14 Summary 216
Exercises 217
six I/O Streams and the Standard Library 219
6.1 Different Header Files 219
6.2 C-Style String Input and Output 220
6.3 String Objects 222
6.4 A String Tokenizer 225
6.5 Operations on Characters 228
6.6 Numeric Computations 229
6.7 The I/O Stream Library 230
6.8 Stream I/O for Objects 240
6.9 I/O Manipulators 242
6.10 Summary 244
Exercises 245
SEVEN Inheritance and Class Derivation 248
7.1 Class Derivation 249
7.2 Derived Classes and Objects 252
7.3 Public Derivation 255
7.4 Derivation Principles 258
7.5 Access Control Under Class Derivation 259
7.6 Private Derivation 261
7.7 Specialization of Generic Classes 263
7.8 Type Relations Under Inheritance 265
7.9 Assignment of Objects 267
7.10 Copying of Objects 271
7.11 Derived-Object Assignment and Copying 274
7.12 Object Assignmentand Copying via Derivation 276
7.13 Multiple Inheritance 278
7.14 The I/O Stream Class Hierarchy 282
7.15 Summary 283
Exercises 284
EIGHT operator Overloading, Iterators, and
Exceptions 287
8.1 Operator Overloading 287
8.2 A Reference-Count String Class 290
8.3 Overloading [] 293
8.4 Overloading ++ and -- 294
8.5 Smart Pointers 295
8.6 Iterators 296
8.7 Nested and Local Classes 299
8.8 Robust Classes 302
8.9 User-Defined Type Conversions 303
8.10 Error and Exception Handling 306
8.11 Matrix with Exceptions 314
8.12 Managing Free Storage 316
8.13 Summary 319
Exercises 320
NINE OOP Techniques 322
9.1 Programming with Plug-Compatible Objects 322
9.2 Run-Time Type Identification 330
9.3 A Generic Tree 335
9.4 Planning Uniform Public Interfaces 343
9.5 Destruction of Plug-Compatible Objects 352
9.6 Ordering Text Lines 354
9.7 Interfaces 357
9.8 Understanding Virtual Functions 359
9.9 Inheritance Planning 361
9.10 Object-Family Classes 363
9.11 Summary 371
Exercises 372
TEN Templates 375
10.1 Basic Concepts 375
10.2 Function Templates 377
10.3 Class Templates 383
10.4 Template Compilation 388
10.5 A List Template 390
10.6 Class Template Specialization 397
10.7 Derived-Class Template 397
10.8 A Generic Hash Table 400
10.9 Generic Programming Approaches 407
10.10 Summary 409
Exercises 409
ELEVEN Standard Containers 413
11.1 The STL 413
11.2 Standard Container Headers 414
11.3 Efficiency of Sequence Containers 416
11.4 Using stack 417
11.5 Associative Containers 418
11.6 Standard Container Iterators and typedefs 421
11.7 Generic Algorithms for Containers 426
11.8 Ordered Sets 429
11.9 Standard Functors 431
11.10 For More STL Information 434
11.11 Pointers to Members 434
11.12 Instance Functions as Functors 439
11.13 Summary 439
Exercises 440
TWELVE Web CGI Programming 442
12.1 About Networking 442
12.2 Internet Basics A n.A.
12.3 The World-Wide Web 446
12.4 What IS HTML? 448
12.5 Dynamic Generation of Web Pages 450
12.6 HTML Produced from C++ 452
12.7 Forms in HTML 455
12.8 HTTP Message Formats 456
12.9 Writing CGI Programs 458
12.10 Receiving Form Data 459
12.11 User Feedback Handling 461
12.12 More Information 464
12.13 Summary 465
Exercises 465
THIRTEEN Object-Oriented Design 467
13.1 Decomposition Approaches 468
13.2 Object-Oriented Design Principles 469
13.3 Design Patterns 472
13.4 The CRC Method 474
13.5 Interfacing to Existing Systems 475
13.6 Pocket Calculator Simulation 479
13.7 Summary 488
Exercises 488
FOURTEEN Compiling and Preprocessing 490
14.1 Compiling and Running C++ Programs 490
14.2 Preprocessing 492
14.3 Header Files 493
14.4 Symbolic Constants and Macros 494
14.5 Inline Functions Versus Macros 496
14.6 Conditional Text Inclusion 497
14.7 Once-Only Header Files 500
14.8 Standard Macros 500
14.9 Compilation and Execution 502
14.10 Summary 506
Exercises 507
APPENDICES
A Summary of C++ Constructs 509
B Summary of Special Member Functions 515
C C-Style Strings 516
D Unions and Bit Fields 519
E Interactive Debugging with dbx 525
F Functions with a Variable Number of Arguments 528
G Operator Precedence 531
H Implicit Type Conversions 532
I C++ Library Functions Common with C 534
J C-Style Input/output 542
K Interfacing C++ and C Programs 547
L Header Files 551
Index 552
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