Inside the Object Model: The Sensible Use of C++Inside the Object Model serves two key functions: it teaches object-oriented analysis and design from first principles and clearly explains C++ mechanisms that implement object-oriented concepts. Drawing on nearly ten years of programming and teaching experience, Papurt thoroughly describes the relationship between the basic principles and concerns of object modeling and the C++ programming language. Each chapter uses independent examples to illustrate key concepts described in the text and features helpful icons that clearly identify important ideas and dangerous pitfalls. With over 100 figures, hundreds of working code examples, and comparisons of coding techniques, this book rewards teh reader with a complete understanding of both C++ and the object model. Professional software analysts, designers, programmers, and advanced computer science students will benefit from reading this book. |
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Inhalt
Introduction | 1 |
11 Text Organization | 2 |
12 Language Design Goals | 4 |
13 Text Goals | 5 |
Program Structure | 7 |
22 Header File Structure | 10 |
23 Simple Terminal Input and Output | 19 |
24 Summary | 24 |
106 Summary | 215 |
107 References | 216 |
Representation Invariant and Copy Semantics | 217 |
111 Representation Invariant | 218 |
112 A Class Canonical Form | 228 |
113 Copy Semantics | 231 |
114 Reference Counting | 245 |
115 Summary | 250 |
The C Language Subset | 25 |
32 Base Language Improvements | 34 |
33 Summary | 44 |
Type Abstract Data Type and Class | 45 |
41 The Object Model | 46 |
42 Programming Abstract Data Types | 54 |
43 Class | 58 |
44 Summary | 83 |
Attributes Simple Associations and Composition | 85 |
52 Composition | 99 |
53 Summary | 110 |
54 References | 111 |
Immutability and New BuiltIn Types | 113 |
62 Const Type Modifier | 116 |
63 Reference Type Modifier | 128 |
64 Summary | 138 |
Object Persistence and the Object Life Cycle | 139 |
72 Automatic Persistence | 142 |
73 Static Persistence | 143 |
74 Dynamic Persistence | 145 |
75 Summary | 156 |
Information Access Control | 157 |
81 Violation of Information Hiding Friendship | 158 |
82 Shared Class Information Static Members | 166 |
83 Nested Classes | 169 |
84 Summary | 173 |
85 References | 174 |
Expression Evaluation and Operator Overloading | 175 |
91 A Model of Expression Evaluation | 176 |
92 Operator Overloading | 183 |
93 Sensible Application | 192 |
94 Summary | 200 |
Type Mismatch Resolution | 201 |
102 Nonautomatic Type Mismatch Resolution | 203 |
103 Function as Mapping | 206 |
104 Automatic Type Conversion | 207 |
105 Operator OverloadingSensible Application | 211 |
116 References | 251 |
Advanced Associations and PointerBased Implementation | 253 |
121 The Object Model | 254 |
122 Association Implementation Member Type Alternatives | 260 |
123 OnetoOne Association Implementation | 261 |
124 Collections | 273 |
125 OnetoMany Association Implementation | 286 |
126 ManytoMany Association Implementation | 297 |
127 Summary | 308 |
128 References | 309 |
Generalization and Inheritance | 311 |
132 Public Inheritance | 326 |
133 Private Inheritance | 345 |
134 Association Implementation | 350 |
135 Summary | 364 |
Polymorphism and RunTime Binding | 365 |
142 Limitation of Static Binding | 370 |
143 RunTime Binding | 372 |
144 Sensible Application | 393 |
145 Summary | 411 |
146 References | 412 |
Metatype Parameterized Type and Templates | 413 |
152 Parameterized Types | 422 |
153 Function Templates | 425 |
154 Class Templates | 436 |
155 Association Implementation | 458 |
156 Summary | 476 |
Exception Handling | 479 |
162 Exception Response via Standard Control Flow | 482 |
163 Long Return | 484 |
164 C++ Exception Handling | 486 |
165 Perspectives on Exception Handling | 499 |
166 Resource Management | 501 |
167 Unhandled Exceptions | 506 |
168 Summary | 510 |
| 511 | |
Häufige Begriffe und Wortgruppen
abstract data type actual appear application approach argument assignment association attribute automatic Automobile base class built-in Chapter char Circle class member class object class template collection compiler Complex Concept Consider const constraint constructor contains Contraption copy declaration default defined definition delete derived class described destructor diagram direct effect Employee equivalent error example exception executes exist expression extension Figure function call handler hierarchy immutable implementation inheritance initialization instance invariant Inventor language mapping mechanism member function memory modify multiple nested normal object diagram object model operand operator overloaded overriding parameter Patent Person pointer polymorphic presents Rational reference relationship remove representation represents scope selection side single Stack statement static String template termination tion type conversion unlink virtual function VList void

