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內(nèi)容簡介

　　教授C++和OOP方法的一本優(yōu)秀教材標準C++是最流行的面向?qū)ο蟪绦蛟O計（OOP）語言之一。本書將OOP的概念和方法融合在C++中，更重要的是說明如何將C++的各項功能綜合運用，以達到OOP的目的。書中全面介紹了面向?qū)ο蟪绦蛟O計的重要概念，如數(shù)據(jù)抽象、封裝、信息隱藏、繼承和多態(tài)性等，同時還包含了C++語言的OOP方面的所有內(nèi)容，包括類、操作符重載繼承、模板等。此外，書中還描述了新的ANSIC++標準、模板庫等。通過閱讀本書，讀者將對C++語言及面向?qū)ο蟪绦蛟O計有一個全面、深刻的了解。本書特點： ·為了使讀者很快地掌握C++語言，本書前面的幾章介紹了C++的基礎知識，并且討論了C++語言的一些基本特征·為了加速讀者學習本書的過程，書中還提供了許多編程技巧和推薦的編程風格等·為了使本書易于在教學中使用，作者開發(fā)了許多有趣的例子和具有挑戰(zhàn)性的習題·書中的概念和編程結構都有足夠的示例說明，按章組織的示例程序包大約有400個文件，包含了完整的源代碼：用于UNIX和PC的完整示例程序包可以在WWW.brookscole．com站點獲得本書內(nèi)容的組織和介紹均以簡單。明確、易學為出發(fā)點，適合作為本科生程序設計課程的教材。

作者簡介

　　PaulW.Wang：于麻省理工學院（MIT）獲得博士學位，現(xiàn)任肯特州立大學計算機科學系教授和計算數(shù)學研究所主任。他是國際著名的計算機科學家和資深顧問，發(fā)表過100多篇研究論文，并著有多本倍受贊譽的計算機科學書籍。

圖書目錄

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