C++ Core Guidelines Explained: Best Practices for Modern C++ - Grimm, Rainer

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Auteur(s) : Grimm, Rainer

Editeur : Pearson

Langue : Anglais

Parution : 31/03/2022

Format : Moyen, de 350g à 1kg

Nombre de pages : 528.0

Expédition : 660

Dimensions : 23 x 17.8 x 2.0

ISBN : 9780136875673

Résumé :

C++ expert instructor Rainer Grimm offers accessible, practical coverage of the Core Guidelines that offer the most value to students learning the C++ programming language. Offering new insights, indispensable context, and proven C++ examples drawn from his courses and seminars, Grimm helps students get more value from the guidelines.

The wide-ranging coverage of this text addresses C++ programming philosophy, interfaces, functions, classes, class hierarchies, enumerations, resource management, expressions, statements, performance, concurrency, error handling, constants, immutability, templates, generic programming, C-style programming, source files, the Standard Library, and more. Each section links to the original standard online, and wherever appropriate, Grimm previews advances from C++20 and C++23. With Grimm, students can use the C++ Core Guidelines to write C++ code that is more consistent, robust, and well-performing.

Biographie:
Rainer Grimm has worked as a software architect, team lead, and instructor since 1999, and offered seminars on C++, Python, and proprietary software since 2002. He writes regularly on C++, Python, and Haskell, speaks at conferences on programming issues, and blogs weekly in English (modernescpp.com) and German (www.grimm-jaud.de/index.php/blog). Now an independent instructor, he offers seminars on modern C++ and Python. He has authored several books on modern C++, concurrency, and related topics.

Sommaire:
List of selected C++ Core Guidelines xiii List of figures xxiii List of tables xxvii Foreword xxix Preface xxxi Acknowledgments xxxvii About the author xxxix Part I: The Guidelines 1 Chapter 1: Introduction 3 Target readership 3 Aim 4 Non-aims 4 Enforcement 4 Structure 4 Major sections 5 Chapter 2: Philosophy 7 Chapter 3: Interfaces 15 The curse of non-const global variables 16 Dependency injection as a cure 18 Making good interfaces 20 Related rules 25 Chapter 4: Functions 27 Function definitions 28 Parameter passing: in and out 32 Parameter passing: ownership semantics 38 Value return semantics 42 Other functions 46 Related rules 52 Chapter 5: Classes and Class Hierarchies 53 Summary rules 54 Concrete types 58 Constructors, assignments, and destructors 59 Class hierarchies 98 Overloading and overloaded operators 117 Unions 126 Related rules 129 Chapter 6: Enumerations 131 General rules 131 Related rules 137 Chapter 7: Resource Management 139 General rules 140 Allocation and deallocation 145 Smart pointers 150 Related rules 164 Chapter 8: Expressions and Statements 165 General 166 Declarations 168 Expressions 186 Statements 199 Arithmetic 204 Related rules 210 Chapter 9: Performance 213 Wrong optimizations 214 Wrong assumptions 214 Enable optimization 218 Related rules 230 Chapter 10: Concurrency 231 General guidelines 232 Concurrency 245 Parallelism 266 Message passing 269 Lock-free programming 273 Related rules 277 Chapter 11: Error Handling 279 Design 281 Implementation 283 If you can't throw 288 Related rules 292 Chapter 12: Constants and Immutability 293 Use const 294 Use constexpr 298 Chapter 13: Templates and Generic Programming 301 Use 302 Interfaces 305 Definition 320 Hierarchies 330 Variadic templates 332 Metaprogramming 336 Other rules 362 Related rules 372 Chapter 14: C-Style Programming 375 Entire source code available 376 Entire source code not available 378 Chapter 15: Source Files 383 Interface and implementation files 384 Namespaces 391 Chapter 16: The Standard Library 397 Containers 398 Text 404 Input and output 411 Related rules 419 Part II: Supporting Sections 421 Chapter 17: Architectural Ideas 423 Chapter 18: Nonrules and Myths 427 Chapter 19: Profiles 437 Pro.typeType safety 438 Pro.boundsBounds safety 439 Pro.lifetimeLifetime safety 439 Chapter 20: Guidelines Support Library 441 Views 441 Ownership pointers 442 Assertions 443 Utilities 443