Essential C++（英文版）

Chapter 1: Basic C++ Programming　1

1.1: How to Write a C++ Program　1

1.2: Defining and Initializing a Data Object　7

1.3: Writing Expressions　10

1.4: Writing Conditional and Loop Statements　15

1.5: How to Use Arrays and Vectors　22

1.6 Pointers Allow for Flexibility　26

1.7: Writing and Reading Files　30

Chapter 2: Procedural Programming　35

2.1: How to Write a Function　35

2.2: Invoking a Function　41

2.3: Providing Default Parameter Values　50

2.4: Using Local Static Objects　53

2.5: Declaring a Function Inline　55

2.6: Providing Overloaded Functions　56

2.7: Defining and Using Template Functions　58

2.8: Pointers to Functions Add Flexiblity　60

2.9: Setting Up a Header File　63

Chapter 3: Generic Programming　67

3.1: The Arithmetic of Pointers　68

3.2: Making Sense of Iterators　73

3.3: Operations Common to All Containers　76

3.4: Using the Sequential Containers　77

3.5: Using the Generic Algorithms　81

3.6: How to Design a Generic Algorithm　83

3.7: Using a Map　90

3.8: Using a Set　91

3.9: How to Use Iterator Inserters　93

3.10: Using the iostream Iterators　95

Chapter 4: Object-Based Programming　99

4.1: How to Implement a Class　100

4.2: What Are Class Constructors and the Class Destructor?　104

4.3: What Are mutable and const?　109

4.4: What Is the this Pointer?　113

4.5: Static Class Members　115

4.6: Building an Iterator Class　118

4.7: Collaboration Sometimes Requires Friendship　123

4.8: Implementing a Copy Assignment Operator　125

4.9: Implementing a Function Object　126

4.10: Providing Class Instances of the iostream Operators　128

4.11: Pointers to Class Member Functions　130

Chapter 5: Object-Oriented Programming　135

5.1: Object-Oriented Programming Concepts　135

5.2: A Tour of Object-Oriented Programming　138

5.3: Polymorphism without Inheritance　142

5.3: Defining an Abstract Base Class　145

5.4: Defining a Derived Class　148

5.5: Using an Inheritance Hierarchy　155

5.6: How Abstract Should a Base Class Be?　157

5.7: Initialization, Destruction, and Copy　158

5.8: Defining a Derived Class Virtual Function　160

5.9: Run-Time Type Identification　164

Chapter 6: Programming with Templates　167

6.1: Parameterized Types　169

6.2: The Template Class Definition　171

6.3: Handling Template Type Parameters　172

6.4: Implementing the Template Class　174

6.5: A Function Template Output Operator　180

6.6: Constant Expressions and Default Parameters　181

6.7: Template Parameters as Strategy　185

6.8: Member Template Functions　187

Chapter 7: Exception Handling　191

7.1: Throwing an Exception　191

7.2: Catching an Exception　193

7.3: Trying for an Exception　194

7.4: Local Resource Management　198

7.5: The Standard Exceptions　200

Appendix A: Exercise Solutions　205

Appendix B: Generic Algorithms Handbook　255

Index　271