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| Preface | |
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| Introduction | |
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| C++: An Evolving Language | |
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| Handling Complexity with Idioms | |
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| Objects for the Nineties | |
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| Design and Language | |
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| Data Abstraction and Abstract Data Types | |
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| Classes | |
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| Object Inversion | |
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| Constructors and Destructors | |
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| Inline Functions | |
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| Initialization of Static Data Members | |
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| Static Member Functions | |
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| Scoping and const | |
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| Initialization Ordering of Global Objects, Constants, and Static Class Members | |
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| Enforcement of const for Class Object Member Functions | |
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| Pointers to Member Functions | |
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| Program Organization Conventions | |
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| Concrete Data Types | |
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| The Orthodox Canonical Class Form | |
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| Scoping and Access Control | |
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| Overloading: Redefining the Semantics of Operators and Functions | |
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| Type Conversion | |
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| Reference Counting: Making Variables Use “Magic Memory | |
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| ” Operators new and delete | |
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| Separating Initialization from Instantiation | |
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| Inheritance | |
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| Simple Inheritance | |
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| Scoping and Access Control | |
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| Constructors and Destructors | |
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| Class Pointer Conversion | |
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| Type Selector Fields | |
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| Object-Oriented Programming | |
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| C++ Run-Time Type Support: Virtual Functions | |
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| Destructor Interaction and Virtual Destructors | |
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| Virtual Functions and Scoping | |
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| Pure Virtual Functions and Abstract Base Classes | |
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| Envelope and Letter Classes | |
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| Functors: Functions as Objects | |
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| Multiple Inheritance | |
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| The Inheritance Canonical Form | |
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| Object-Oriented Design | |
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| Types and Classes | |
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| The Activities of Object-Oriented Design | |
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| Object-Oriented Analysis and Domain Analysis | |
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| Object and Class Relationships | |
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| Subtyping, Inheritance and Forwarding | |
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| Rules of Thumb for Subtyping, Inheritance, and Independence | |
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| Reuse and Objects | |
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| All Analogies Break Down Somewhere | |
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| Design Reuse | |
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| Four Code Reuse Mechanisms | |
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| Parameterized Types, or Templates | |
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| Private Inheritance: Does Inheritance Support Reuse? | |
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| Storage Reuse | |
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| Interface Reuse: Variants | |
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| Reuse, Inheritance, and Forwarding | |
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| Architectural Alternatives for Source Reuse | |
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| Generalizations on Reuse and Objects | |
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| Programming with Exemplars in C++ | |
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| An Example: Employee Exemplars | |
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| Exemplars and Generic Constructors: The Exemplar Community Idiom | |
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| Autonomous Generic Constructors | |
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| Abstract Base Exemplars | |
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| Toward a Frame Exemplar Idiom | |
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| A Word About Notation | |
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| Exemplars and Program Administration | |
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| Emulating Symbolic Language Styles in C++ | |
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| Incremental C++ Development | |
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| Symbolic Canonical Form | |
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| An Example: A General Collection Class | |
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| Code and Idioms To Support Incremental Loading | |
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| Garbage Collection | |
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| Primitive Type Encapsulation | |
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| Multi-Methods under the Symbolic Idiom | |
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| Dynamic Multiple Inheritance | |
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| An Example: A Multi-Technology Window System | |
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| Caveats | |
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| Systemic Issues | |
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| Static System Design | |
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| Dynamic System Design | |
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| Appendix A: C in a C++ Environment | |
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| Function Calls | |
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| Function Parameters | |
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| Function Prototypes | |
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| Call-by-Reference Parameters | |
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| Variable Number of Parameters | |
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| Function Pointers | |
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| The const Type Modifier | |
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| Interfacing with C Code | |
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| Shapes Program: C++ Code | |
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| Reference Return Values from Operators | |
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| Why Bitwise Copy Doesn't Work | |
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| Why Member-by-Member Copy Isn& | |