Essential C++注释版PDF电子书下载

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 UseArrays 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 FunctionsAdd Flexiblity 60

2.9：Setting Up a Header File 63

Chapter 3：Generic Programming 67

3.1：The Arithrnetic 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 iostrearn 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：ATour of Object-Oriented Programming 138

5.3：Polymorphism without Inheritance 142

5.4：Defining an Abstract Base Class 145

5.5：Defining a Derived Class 148

5.6：Using an Inheritance Hierarchy 155

5.7：How Abstract Should a Base Class Be? 157

5.8：Initialization,Destruction,and Copy 158

5.9：Defining a Derived Class Virtual Function 160

5.10：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：AFunction 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

注释 277