A Tour of C++

In A Tour of C++, Third Edition, Bjarne Stroustrup provides an overview of ISO C++, C++20, that aims to give experienced programmers a clear understanding of what constitutes modern C++. Featuring carefully crafted examples and practical help in getting started, this revised and updated edition concisely covers most major language features and the major standard-library components needed for effective use.

Stroustrup presents C++ features in the context of the programming styles they support, such as object-oriented and generic programming. His tour is remarkably comprehensive. Coverage begins with the basics, then ranges widely through more advanced topics, emphasizing newer language features. This edition covers many features that are new in C++20 as implemented by major C++ suppliers, including modules, concepts, coroutines, and ranges. It even introduces some library components in current use that are not scheduled for inclusion in the standard until C++23.

This authoritative guide does not aim to teach you how to program (for that, see Stroustrup's Programming: Principles and Practice Using C++, Second Edition ), nor will it be the only resource you'll need for C++ mastery (for that, see Stroustrup's The C++ Programming Language, Fourth Edition, and recommended online sources). If, however, you are a C or C++ programmer wanting greater familiarity with the current C++ language, or a programmer versed in another language wishing to gain an accurate picture of the nature and benefits of modern C++, you won't find a shorter or simpler introduction.

Autorentext

Bjarne Stroustrup is the designer and original implementer of C++ and the author of Programming: Principles and Practice Using C++, Second Edition, and The C++ Programming Language, Fourth Edition, among others. Currently a professor at Columbia University, he has previously worked at AT&T Bell Labs, Texas A&M University, and Morgan Stanley. He is the recipient of numerous honors, including The National Academy of Engineering's Charles Stark Draper Prize for Engineering "for conceptualizing and developing the C++ programming language." Dr. Stroustrup is a member of the National Academy of Engineering, a fellow of IEEE, ACM, CHM, and Churchill College Cambridge.

Zusammenfassung

In A Tour of C++, Third Edition, Bjarne Stroustrup provides an overview of ISO C++, C++20, that aims to give experienced programmers a clear understanding of what constitutes modern C++. Featuring carefully crafted examples and practical help in getting started, this revised and updated edition concisely covers most major language features and the major standard-library components needed for effective use.

Stroustrup presents C++ features in the context of the programming styles they support, such as object-oriented and generic programming. His tour is remarkably comprehensive. Coverage begins with the basics, then ranges widely through more advanced topics, emphasizing newer language features. This edition covers many features that are new in C++20 as implemented by major C++ suppliers, including modules, concepts, coroutines, and ranges. It even introduces some library components in current use that are not scheduled for inclusion in the standard until C++23.

This authoritative guide does not aim to teach you how to program (for that, see Stroustrup's Programming: Principles and Practice Using C++, Second Edition), nor will it be the only resource you'll need for C++ mastery (for that, see Stroustrup's The C++ Programming Language, Fourth Edition, and recommended online sources). If, however, you are a C or C++ programmer wanting greater familiarity with the current C++ language, or a programmer versed in another language wishing to gain an accurate picture of the nature and benefits of modern C++, you won't find a shorter or simpler introduction.

Inhalt

Preface xi

Chapter 1: The Basics 1
1.1 Introduction 1
1.2 Programs 2
1.3 Functions 4
1.4 Types, Variables, and Arithmetic 5
1.5 Scope and Lifetime 9
1.6 Constants 10
1.7 Pointers, Arrays, and References 11
1.8 Tests 14
1.9 Mapping to Hardware 16
1.10 Advice 19

Chapter 2: User-Defined Types 21
2.1 Introduction 21
2.2 Structures 22
2.3 Classes 23
2.4 Enumerations 25
2.5 Unions 27
2.6 Advice 28

Chapter 3: Modularity 29
3.1 Introduction 29
3.2 Separate Compilation 30
3.3 Namespaces 35
3.4 Function Arguments and Return Values 37
3.5 Advice 42

Chapter 4: Error Handling 43
4.1 Introduction 43
4.2 Exceptions 44
4.3 Invariants 45
4.4 Error-Handling Alternatives 47
4.5 Assertions 48
4.6 Advice 51

Chapter 5: Classes 53
5.1 Introduction 53
5.2 Concrete Types 54
5.3 Abstract Types 60
5.4 Virtual Functions 62
5.5 Class Hierarchies 63
5.6 Advice 69

Chapter 6: Essential Operations 71
6.1 Introduction 71
6.2 Copy and Move 74
6.3 Resource Management 78
6.4 Operator Overloading 80
6.5 Conventional Operations 81
6.6 User-Defined Literals 84
6.7 Advice 85

Chapter 7: Templates 87
7.1 Introduction 87
7.2 Parameterized Types 88
7.3 Parameterized Operations 93
7.4 Template Mechanisms 99
7.5 Advice 102

Chapter 8: Concepts and Generic Programming 103
8.1 Introduction 103
8.2 Concepts 104
8.3 Generic Programming 112
8.4 Variadic Templates 114
8.5 Template Compilation Model 117
8.6 Advice 117

Chapter 9: Library Overview 119
9.1 Introduction 119
9.2 Standard-Library Components 120
9.3 Standard-Library Organization 121
9.4 Advice 124

Chapter 10: Strings and Regular Expressions 125
10.1 Introduction 125
10.2 Strings 125
10.3 String Views 128
10.4 Regular Expressions 130
10.5 Advice 136

Chapter 11: Input and Output 137
11.1 Introduction 137
11.2 Output 138
11.3 Input 139
11.4 I/O State 141
11.5 I/O of User-Defined Types 141
11.6 Output Formatting 143
11.7 Streams 146
11.8 C-style I/O 149
11.9 File System 150
11.10 Advice 154

Chapter 12: Containers 157
12.1 Introduction 157
12.2 vector 158
12.3 list 162
12.4 forward_list 164
12.5 map 164
12.6 unordered_map 165
12.7 Allocators 167
12.8 Container Overview 168
12.9 Advice 170

Chapter 13: Algorithms 173
13.1 Introduction 173
13.2 Use of Iterators 175
13.3 Iterator Types 178
13.4 Use of Predicates 181
13.5 Algorithm Overview 181
13.6 Parallel Algorithms 183
13.7 Advice 183

Chapter 14: Ranges 185
14.1 Introduction 185
14.2 Views 186
14.3 Generators 188
14.4 Pipelines 188
14.5 Concepts Overview 190
14.6 Advice 194

Chapter 15: Pointers and Containers 195
15.1 Introduction 195
15.2 Pointers 196
15.3 Containers 201
15.4 Alternatives 208
15.5 Advice 212

Chapter 16: Utilities 213
16.1 Introduction 213
16.2 Time 214
16.3 Function Adaption 216
16.4 Type Functions 217
16.5 source_location 222
16.6 move() and forward() 223
16.7 Bit Manipulation 224
16.8 Exiting a Program 225
16.9 Advice 225

Chapter 17: Numerics 227
17.1 Introduction 227
17.2 Mathematical Functions 228
17.3 Numerical Algorithms 229
17.4 Complex Numbers 230
17.5 Random Numbers 231
17.6 Vector Arithmetic 233
17.7 Numeric Limits 234
17.8 Type Aliases 234
17.9 Mathematical Constants 234
17.10 Advice 235

Chapter 18: Concurrency 237
18.1 Introduction 237
18.2 Tasks and threads 238
18.3 Sharing Data 241
18.4 Waiting for Events 243
18.5 Communicating Tasks 245 …