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design_and_evolution_of_c_plus_plus_first_edition_by_bjarne_stroustrup_table_of_contents

Table of Contents

Design and Evolution of C Plus Plus, First Edition, by Bjarne Stroustrup Table of Contents

  • Cover Page
  • About This EBook
  • Title Page
  • Copyright Page
  • Preface
  • Acknowledgments
  • Contents
  • 0. Notes To The Reader
  • Introduction
  • How to Read this Book
  • C++ Timeline
  • Focus on Use and Users
  • Programming Languages
  • References

Part I

1. The Prehistory of C++

1. The Prehistory of C++ 1.1 Simula and Distributed Systems 1.2 C and Systems Programming 1.3 General Background

2. C with Classes

  • 2. C with Classes
  • 2.1 The Birth of C with Classes
  • 2.2 Feature overview
  • 2.3 Classes
  • 2.4 Run-Time Efficiency
  • 2.5 The Linkage Model
  • 2.6 Static Type Checking
  • 2.7 Why C?
  • 2.8 Syntax Problems
  • 2.9 Derived Classes
  • 2.10 The Protection Model
  • 2.11 Run-Time Guarantees
  • 2.12 Minor Features
  • 2.13 Features Considered, but not Provided
  • 2.14 Work Environment

3. The Birth of C++

3. The Birth of C++

  • 3.1 From C with Classes to C++
  • 3.2 Aims
  • 3.3 Cfront
  • 3.4 Language Features
  • 3.5 Virtual Functions
  • 3.6 Overloading
  • 3.7 References
  • 3.8 Constants
  • 3.9 Memory Management
  • 3.10 Type Checking
  • 3.11 Minor Features
  • 3.12 Relationship to Classic C
  • 3.13 Tools for Language Design
  • 3.14 The C++ Programming Language (1st edition)
  • 3.15 The Whatis? Paper

4. C++ Language Design Rules

4. C++ Language Design Rules

  • 4.1 Rules and Principles
  • 4.2 General Rules
  • 4.3 Design Support Rules
  • 4.4 Language-Technical Rules
  • 4.5 Low-Level Programming Support Rules
  • 4.6 A Final Word

5. C++ Chronology 1985-1993

5. C++ Chronology 1985-1993

  • 5.1 Introduction
  • 5.2 Release 2.0
  • 5.3 The Annotated Reference Manual
  • 5.4 ANSI and ISO Standardization

6. C++ Standardization

6. C++ Standardization

  • 6.1 What is a Standard?
  • 6.2 How does the Committee Operate?
  • 6.3 Clarifications
  • 6.4 Extensions
  • 6.5 Examples of Proposed Extensions

X

7. Interest and Use

  • 7.1 The Explosion in Interest and Use
  • 7.2 Teaching and Learning C++
  • 7.3 Users and Applications
  • 7.4 Commercial Competition

X

8. Libraries

  • 8.1 Introduction
  • 8.2 C++ Library Design
  • 8.3 Early Libraries
  • 8.4 Other Libraries
  • 8.5 A Standard Library

X

9. Looking Ahead

  • 9.1 Introduction
  • 9.2 Retrospective
  • 9.3 Only a Bridge?
  • 9.4 What Will Make C++ Much More Effective?

Part II

X

10. Memory Management

  • 10.1 Introduction
  • 10.2 Separating Allocation and Initialization
  • 10.3 Array Allocation
  • 10.4 Placement
  • 10.5 Deallocation Problems
  • 10.6 Memory Exhaustion
  • 10.7 Automatic Garbage Collection

X

11. Overloading

  • 11.1 Introduction
  • 11.2 Overload Resolution
  • 11.3 Type-Safe Linkage
  • 11.4 Object Creation and Copying
  • 11.5 Notational Convenience
  • 11.6 Adding Operators to C++
  • 11.7 Enumerations

X

12. Multiple Inheritance

  • 12.1 Introduction
  • 12.2 Ordinary Base Classes
  • 12.3 Virtual Base Classes
  • 12.4 The Object Layout Model
  • 12.5 Method Combination
  • 12.6 The Multiple Inheritance Controversy
  • 12.7 Delegation
  • 12.8 Renaming
  • 12.9 Base and Member Initializers

X

13. Class Concept Refinements

  • 13.1 Introduction
  • 13.2 Abstract Classes
  • 13.3 const Member Functions
  • 13.4 Static Member Functions
  • 13.5 Nested Classes
  • 13.6 Inherited::
  • 13.7 Relaxation of Overriding Rules
  • 13.8 Multi-methods
  • 13.9 Protected Members
  • 13.10 Improved Code Generation
  • 13.11 Pointers to Members

X

14. Casting

  • 14.1 Major Extensions
  • 14.2 Run-Time Type Information
  • 14.3 A New Cast Notation

X

15. Templates

  • 15.1 Introduction
  • 15.2 Templates
  • 15.3 Class Templates
  • 15.4 Constraints on Template Arguments
  • 15.5 Avoiding Code Replication
  • 15.6 Function Templates
  • 15.7 Syntax
  • 15.8 Composition Techniques
  • 15.9 Template Class Relationships
  • 15.10 Template Instantiation
  • 15.11 Implications of Templates

X

16. Exception Handling

  • 16.1 Introduction
  • 16.2 Aims and Assumptions
  • 16.3 Syntax
  • 16.4 Grouping
  • 16.5 Resource Management
  • 16.6 Resumption vs. Termination
  • 16.7 Asynchronous Events
  • 16.8 Multi-level Propagation
  • 16.9 Static Checking
  • 16.10 Invariants

X

17. Namespaces

  • 17.1 Introduction
  • 17.2 The Problem
  • 17.3 Ideals for a Solution
  • 17.4 The Solution: Namespaces
  • 17.5 Implications for Classes
  • 17.6 C Compatibility

X

18. The C Preprocessor 18.1 Cpp

  • Index
  • Code Snippets

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