Table of Contents
C++20 for Programmers: An Objects-Natural Approach (Deitel Developer Series) 3rd Edition
by Paul Deitel
Fair Use Source: B08F9G5LVX (Cpp20Deit 2022)
The professional programmer's Deitel guide to C++20
“ C++20 for Programmers builds up an intuition for modern C++ that every programmer should have in the current software engineering ecosystem. The unique and brilliant ordering in which the Deitels present the material jibes much more naturally with the demands of modern, production-grade programming environments. I strongly recommend this book for anyone who needs to get up to speed on C++, particularly in professional programming environments where the idioms and patterns of modern C++ can be indecipherable without the carefully crafted guidance that this book provides.” –Dr. Daisy Hollman, ISO C++ Standards Committee Member
“This is a fine book that covers a surprising amount of the very large language that is C++20. An in-depth treatment of C++ for a reader familiar with how things work in other programming languages. ” –Arthur O'Dwyer, C++ trainer, Chair of CppCon's Back to Basics track, author of several accepted C++17/20/23 proposals and the book Mastering the C++17 STL
“Forget about callback functions, bare pointers and proprietary multithreading libraries–C++20 is about standard concurrency features, generic lambda expressions, metaprogramming, tighter type-safety and the long-awaited concepts, which are all demonstrated in this book. Functional programming is explained clearly with plenty of illustrative code listings. The excellent chapter, 'Parallel Algorithms and Concurrency: A High-Level View,' is a highlight of this book.” –Danny Kalev, Ph.D. and Certified System Analyst and Software Engineer, Former ISO C++ Standards Committee Member
Written for programmers with a background in another high-level language, in this book, you’ll learn Modern C++ development hands on using C++20 and its “Big Four” features–Ranges, Concepts, Modules and Coroutines. For more details, see the Preface, and the table of contents diagram inside the front cover.
In the context of 200+, hands-on, real-world code examples, you'll quickly master Modern C++ coding idioms using popular compilers–Visual C++ ®, GNU ® g++, Apple ® Xcode ® and LLVM ®/Clang. After the C++ fundamentals quick start, you'll move on to C++ standard library containers array and vector; functional-style programming with C++20 Ranges and Views; strings, files and regular expressions; object-oriented programming with classes, inheritance, runtime polymorphism and static polymorphism; operator overloading, copy/move semantics, RAII and smart pointers; exceptions and a look forward to C++23 Contracts; standard library containers, iterators and algorithms; templates, C++20 Concepts and metaprogramming; C++20 Modules and large-scale development; and concurrency, parallelism, the C++17 and C++20 parallel standard library algorithms and C++20 Coroutines.
Features:
- Rich coverage of C++20's “Big Four”: Ranges, Concepts, Modules and Coroutines
- Objects-Natural Approach: Use standard libraries and open-source libraries to build significant applications with minimal code
- Hundreds of real-world, live-code examples
- Modern C++: C++20, 17, 14, 11 and a look to C++23
- Compilers: Visual C++®, GNU® g++, Apple Xcode® Clang, LLVM®/Clang
- Docker: GNU® GCC, LLVM®/Clang
- Fundamentals: Control statements, functions, strings, references, pointers, files, exceptions
- Object-oriented programming: Classes, objects, inheritance, runtime and static polymorphism, operator overloading, copy/move semantics, RAII, smart pointers
- Functional-style programming: C++20 Ranges and Views, lambda expressions
- Generic programming: Templates, C++20 Concepts and metaprogramming
- C++20 Modules: Large-Scale Development
- Concurrent programming: Concurrency, multithreading, parallel algorithms, C++20 Coroutines, coroutines support libraries, C++23 executors
- Future: A look forward to Contracts, range-based parallel algorithms, standard library coroutine support and more
Review
From Marc Gregoire, Software Architect, Nikon Metrology, Microsoft Visual C++ MVP and Author of Professional C Plus Plus | Professional C++, 5/e:
“C++20 is a big update for the C++ language and its standard library, introducing numerous new features. Some of these will drastically change the way we write and organize our code. C++20 for Programmers is a great book to learn C++. This latest edition is updated to include new C++20 features bringing you up to speed with writing modern and well-structured C++ code. Everything is introduced in an easy-to-read, step-by-step manner with the aid of compact, to-the-point code examples. I like the objects-natural approach and examples. For example, the ZIP discussion shows how powerful it is to use third-party libraries that implement complicated things–this allows you to write and read ZIP files in just a few lines of your own code. Another very nice and interesting objects-natural example shows encrypting and decrypting text with just a few lines of code.”
“I especially like that you've stressed to avoid using pointers but instead use modern functionality such as std::array, std::vector, std::string, and so on. I also like the very nice objects natural section, explaining std::span. A nice introduction to containers, iterators, and algorithms, the range-based for loop, and functional programming. Good introduction to classes. Good discussion of modern runtime- and compile-time polymorphism techniques. A very good chapter on operator overloading. Nice exceptions chapter–I like the look ahead to contracts for C++23 or later! I like the chapter 'Templates, C++20 Concepts and Metaprogramming.' It touches on several more advanced features, but it is still easy to read and to follow the examples. Nice chapter on C++20 modules–it contains just the right amount of details for this book.”
From Dr. Daisy Hollman, ISO C++ Standards Committee Member:
“I'm a big fan of talking about objects early and often–it's nice to see that my pedagogical instincts in this matter are supported by at least some experts. 
I love the emphasis on code readability throughout. The emphasis on safe programming in this book is excellent. I really like the 'objects natural' case study with the zip library. I'm a big fan of introducing the class template array before the language version of arrays, and I also like the use of vector as a case study. I absolutely love the emphasis on avoiding pointers. Well done! I’m also a big fan of the section on span. The use of std::string_view in Figure 9.2 is exactly what we had in mind when we designed it.”
“In the chapter, 'OOP: Inheritance and Runtime Polymorphism,' it’s awesome that NVI (non-virtual interface idiom) is covered. I really like the discussion of real-world consequences of implementation inheritance. 'Operator Overloading, Copy/Move Semantics and Smart Pointers' is a great chapter.”
From Inbal Levi, SolarEdge Technologies, ISO C++ Foundation director, ISO C++ SG9 (Ranges) chair, ISO C++ Standards Committee: “ C++20 for Programmers provides a great introduction to C++20 through simple and useful examples. 'C++20 formatting with the {fmt} library' is a great and important explanation–it clarifies the relation between standard library implementations and open-source libraries. Examples (especially cryptography) in the 'Functions and an Intro to Function Templates' chapter are great. The chapter, 'Strings, string_views, Text Files, CSV Files and Regex' is well written, great examples. I think both the use case and the reference to OWASP (Open Web Application Security Project) as a knowledge resource will do a great deal for the new developer. The chapter 'OOP: Inheritance and Runtime Polymorphism,' presents some very interesting design patterns. The chapter, 'Operator Overloading, Copy/Move Semantics and Smart Pointers,' is great, the explanations and example class are good and informative.”
From Danny Kalev, Ph.D. and Certified System Analyst and Software Engineer, Former ISO C++ Standards Committee Member: “The Deitels have included all of the useful new C++20 features in a readable and up-to-date book with numerous code examples aimed to transport you swiftly and smoothly into the era of Modern C++ programming. The code has been rigorously tested with three leading compilers. Covers the latest C++20 programming and design idioms. All the relevant hands-on knowledge for designing efficient and reusable concurrent C++20 apps.”
“The chapter, 'Strings, string_views, Text Files, CSV Files and Regex,' is one of the best chapters in any C++ book I've read. Kudos on the Titanic dataset. 'Operator Overloading, Copy/Move Semantics and Smart Pointers' discusses the Special Five member functions, emphasizing the differences between copy constructors and assignment operators, and between copying and moving. The chapter, 'Standard Library Containers and Iterators,' covers the major concepts of standard library containers, iterators, algorithms and container adaptors–all with C++20-compliant code. The chapter, 'Standard Library Algorithms and C++20 Ranges & Views,' covers advanced C++20 features, including iterators and their requirements, the C++20 ranges facilities and related algorithms, functional programming using functors and lambdas, and brief discussion about parallelization. 'Templates, C++20 Concepts and Metaprogramming' is one of the best chapters of this book. Not only is it clear and easy to read, it's also up to date with the latest C++20 features. The new C++20 concepts are explained and demonstrated very well, as are variadic templates, the more traditional notion of type traits and finally, the pick of the crop is template metaprogramming. Writing about modules is quite a challenge–this chapter presents them clearly and in detail. I loved the jaw-dropping improvement in translation unit sizes achieved by importing a header unit using C++20 modules rather than the preprocessor to include a header.”
“Coroutines, one of C++20's 'big four' features, are explained clearly. The main concepts associated with coroutines, i.e., co_await, co_yield and co_return, are demonstrated using easy-to-follow code listings, as are more advanced issues such as tasks and executors. Another noteworthy point is the balanced coverage of third-party coroutines support libraries, since C++20 doesn't provide its own yet.”
From Arthur O'Dwyer, C++ trainer, Chair of CppCon’s Back to Basics track, author of several accepted C++17/20/23 proposals and the book Mastering the C++17 STL: “The chapter, 'OOP: Inheritance and Runtime Polymorphism,' is thorough on all the permutations of private, public, data members, function members, virtual, non-virtual, etc. Very obviously concerned with being up-to-date with C++17 and C++20–that's excellent! You emphasize override and final, which is good. You also emphasize 'prefer composition over inheritance' and NVI (non-virtual interface idiom), which I like. I'm very happy that you show the new ways and say they're good. That's great. C++20 Modules are relegated to their own chapter near the end of the book, but their treatment is not superficial; the chapter demonstrates some non-trivial features such as module partitions, and includes step-by-step instructions for building the sample code on all three mainstream implementations. Covers C++20 Concepts and Ranges confidently and in depth. New features such as std::format, std::span and concepts are used heavily throughout the code examples. The fun part of the chapter, 'Control Statements: Part 1,' is integrating the third-party libraries <bignumber.h> [in the objects-natural case study] and <fmt/format.h>. 'Strings, string_views, Text Files, CSV Files and Regex' is a solid chapter. I like presenting string and string_view together as a unit. The rapidcsv [objects-natural] case study is a really good idea. The chapter 'Exceptions and a Look Forward to Contracts' presents a pretty clear narrative focus on exceptions and error handling. In the chapter 'C++20 Coroutines,' the choice to use tl::generator and concurrencpp::result is good.”
From José Antonio González Seco, Parliament of Andalusia: “Ideal for professionals who want to learn modern C++ or improve their skills with it. Covers C++20 in a clear and practical way, with an impressive amount of high-quality references, a strong focus on performance and security, and an 'objects natural' approach very useful for learning how to integrate external libraries in your projects. Great coverage of modules, with clear explanations.”
From Saar Raz, Senior Software Engineer, Swimm.io and Implementor of C++20 Concepts in Clang: “The chapter 'Templates, C++20 Concepts and Metaprogramming' covers a lot of ground and important features, such as concept-based overloading, fold expressions and constexpr if. It also goes into great detail explaining how the metaprogramming works. The explanation about the need for coroutines is excellent and provides many use cases, building a strong case for the feature. Gives a high level of understanding of the main low-level concepts of coroutine implementation–it helped me better grasp those concepts.”
From Anthony Williams, Member of the British Standards Institution C++ Standards Panel, Director of Just Software Solutions Ltd., Author of C++ Concurrency in Action, 2/e: “Gives concrete information on how to write code using modules. I like that the chapter 'Parallel Algorithms and Concurrency: A High-Level View' doesn't go too deep on the lower-level things and starts with the parallel algorithms. Introduces coroutines clearly, with simple examples using open-source libraries.”
From Andreas Fertig, Independent C++ Trainer and Consultant, Creator of cppinsights.io, Author of Programming with C++20: “Paul and Harvey do an excellent job teaching modern C++ using C++20. Templates are a huge beast and the chapter 'Templates, C++20 Concepts and Metaprogramming' gives a good overview. The chapter 'C++20 Modules: Large-Scale Development' is a good write-up of modules and how they work–it covers all the parts one needs to start with or convert to modules. An excellent introduction to multithreading and concurrency. In the chapter 'C++20 Coroutines,' I especially liked the overview of coroutine use-cases.”
Some Reviews from Earlier Editions–and the Reviewers' Affiliations at the Time “A great introduction to object-oriented programming in C++. I wish I'd had it when I was learning the language. Provides helpful tips that are relevant to real problems in the software industry.” –Gordon Hogenson, Microsoft
“I like how the text emphasizes the importance of style, comments and consistency.” –Renato Golin, LLVM Compiler Engineer (now a Senior Research Engineer at Microsoft)
“A stellar overview of how polymorphism works–the section on how it's done is great.” –Gašper Ažman, A9.com Search Technologies and Co-author, C++ Today: The Beast Is Back
“Gets you into C++ programming quickly with important tips, loads of insights and gradual progression towards advanced concepts. A great tour of C++ for beginners learning an industrial-strength programming language.” –Dean Michael Berris, Google, Maintainer of cpp-netlib and Former ISO C++ Committee Member (now a Principal Software Engineer at Microsoft)
“I liked that the material doesn’t skirt around the complex nature of C++, and instead explains all the aspects of the example programs.” –Jonathan Wakely, Redhat, ISO C++ Committee Secretary About the Author Paul Deitel, CEO and Chief Technical Officer of Deitel & Associates, Inc., is a graduate of MIT, where he studied Information Technology. He holds the Java Certified Programmer and Java Certified Developer designations, and is an Oracle Java Champion. Through Deitel & Associates, Inc., he has delivered hundreds of programming courses worldwide to clients, including Cisco, IBM, Siemens, Sun Microsystems, Dell, Fidelity, NASA at the Kennedy Space Center, the National Severe Storm Laboratory, White Sands Missile Range, Rogue Wave Software, Boeing, SunGard Higher Education, Nortel Networks, Puma, iRobot, Invensys and many more. He and his co-author, Dr. Harvey M. Deitel, are the world’s best-selling programming-language textbook/professional book/video authors.
Dr. Harvey Deitel, Chairman and Chief Strategy Officer of Deitel & Associates, Inc., has over 50 years of experience in the computer field. Dr. Deitel earned B.S. and M.S. degrees in Electrical Engineering from MIT and a Ph.D. in Mathematics from Boston University. He has extensive college teaching experience, including earning tenure and serving as the Chairman of the Computer Science Department at Boston College before founding Deitel & Associates, Inc., in 1991 with his son, Paul. The Deitels’ publications have earned international recognition, with translations published in Japanese, German, Russian, Spanish, French, Polish, Italian, Simplified Chinese, Traditional Chinese, Korean, Portuguese, Greek, Urdu and Turkish. Dr. Deitel has delivered hundreds of programming courses to corporate, academic, government and military clients.
Product details
- Paperback: 960 pages
- Publication date: April 7, 2022
Fair Use Sources
CPP ABI (Application Binary Interface), CPP ABO (Asymmetric Binary Operation) , CPP Abstract Base Class, CPP Access Specifier, CPP Accumulate Algorithm, CPP Adapter Class, CPP Adaptive Composite Pattern, CPP Address Sanitizer, CPP Aggregate Initialization, CPP Aggregation Relationship, CPP Alignment Requirement, CPP Aligned Allocation, CPP Aligned Deallocation, CPP Aligned Storage, CPP Alignment-Support Types, CPP Allocator Adaptor, CPP Allocator Requirement, CPP Allocator-Aware Container, CPP Allocator-Extended Constructor, CPP Allocator-Extended Move Constructor, CPP Allocator-Extended Swap, CPP Allocation Function, CPP Allowable Exception Specification, CPP ALPHA Conversion (Renaming of Bound Variables), CPP Alternative Token, CPP Analysis-Based Optimization, CPP And Keyword, CPP And_Eq Keyword, CPP Angle Bracket Inclusion, CPP Anonymous Namespace, CPP Anti-Unification, CPP API Bindings for [[CPP Libraries]], CPP Argument Dependent Lookup, CPP Argument Pack, CPP Argument Unpacking, CPP Array Decay, CPP Array New Expression, CPP Array-Bound Safe Function, CPP Array-To-Pointer Conversion, CPP Articulated Lvalues, CPP Artificial Dependency Injection, CPP Artificial Instantiation, CPP Assert Macro, CPP Assigned-To Null Pointer Check, CPP AST (Abstract Syntax Tree), CPP AsIf Rule, CPP ASM Keyword, CPP Associated Type, CPP Assumption Hints, CPP Asynchronous Exception, CPP Atomic Compare-And-Exchange Operation, CPP Atomic Constraint, CPP Atomic Flag, CPP Atomic Operations Library, CPP Atomic Relaxed Operation, CPP Atomic Release-Acquire Operation, CPP Atomic Signal Fence, CPP Atomic Strong Compare Exchange, CPP Atomic Weak Compare Exchange, CPP Attribute Namespace, CPP Attribute Syntax, CPP Audit Keyword, CPP Auto Keyword, CPP Automatic Storage Duration, CPP Awaitable Type, CPP Background Thread in [[CPP]], CPP Back-Inserter Iterator, CPP Back-Inserter Iterator Adapter, CPP Backtrace Support, CPP Balanced Binary Tree In [[CPP]], CPP Bandwidth Optimization in [[CPP]], CPP Base Class Subobject, CPP Basic Exception Guarantee, CPP Basic Guarantee, CPP Basic Iostream, CPP Basic IOS, CPP Basic Istream, CPP Basic Ostream, CPP Basic Streambuf, CPP Begin Iterator, CPP Bessel Functions, CPP Bidir Iterator Category, CPP Bidirectional Iterator, CPP Big-O Notation in [[CPP Context]], CPP Binary Compatibility, CPP Binary Literal, CPP Binary Search Algorithm, CPP Binary Tree Implementation Detail, CPP Binding Pattern, CPP Bit Mask Operation, CPP Bit Shift Operation, CPP Bitand Keyword, CPP Bitfield Implementation, CPP Bitor Keyword, CPP Bitset Class, CPP Bitwise Complement, CPP Bitwise Operator Overload, CPP Block Scope, CPP Blocking Function Call, CPP Blocking I/O in [[CPP]], CPP Boilerplate Code Generation, CPP Bool Keyword, CPP Boolean Literal, CPP Brace Initialization, CPP Braced-Init-List, CPP Break Keyword, CPP Bridge Pattern in [[CPP]], CPP Built-In Type, CPP Built-In Function, CPP Built-In Operator, CPP Bundled Header Units, CPP Byte-Wise Operations, CPP 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Continue Keyword, CPP Contract Programming, CPP Contravariant Parameter Type, CPP Conversion Function, CPP Conversion Operator, CPP Conversion Sequence, CPP Copy Assignment Operator, CPP Copy Constructor, CPP Copy Ellision, CPP Core Constant Expressions, CPP Core Guidelines, CPP Coroutine Frame, CPP Coroutine Handle, CPP Coroutine State Machine, CPP Coroutine Suspension, CPP Count Algorithm, CPP Covariant Return Type, CPP CRTP (Curiously Recurring Template Pattern), CPP CTAD (Class Template Argument Deduction), CPP CUDA Extensions For [[CPP]], CPP Curly Brace Scope, CPP Custom Deleter in Smart Pointer, CPP Custom Exception, CPP Custom Literal Suffix, CPP Dangling Pointer Detection, CPP Dangling Reference, CPP Data Member Alignment, CPP Data Member Padding, CPP Data Race, CPP Data Segment, CPP Debug Macro, CPP Debug Symbol, CPP Decay Type, CPP Decltype Keyword, CPP Decomposition Declaration, CPP Deduction Guide, CPP Deep Copy, CPP Default Argument, CPP Default Capture, CPP Default 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Metaobject Facility, CPP Metaprogramming, CPP MinGW Toolchain, CPP Minimal Perfect Forwarding, CPP Modified UTF-8 Strings in [[CPP Context]], CPP Module Interface Unit, CPP Module Partition, CPP Module Purview, CPP Module Unit, CPP Module-Mapper, CPP Modules TS, CPP Move Assignment Operator, CPP Move Constructor, CPP Move Iterator, CPP Move Semantics, CPP MSVC Extensions, CPP Multiple Inheritance, CPP Multiway Merge, CPP Mutable Keyword, CPP Mutable Lambda, CPP Name Hiding, CPP Name Lookup, CPP Named Requirement, CPP Narrow Character Type, CPP Narrowing Conversion, CPP Namespace Alias, CPP Namespace Keyword, CPP Natvis Debug Visualization, CPP Nested Class, CPP Nested Exception, CPP Nested Lambda, CPP Nested Namespace, CPP Nested Template, CPP New Expression, CPP Nibble Access in Bitset, CPP No Except Keyword, CPP No Return Function, CPP No Unique Address Attribute, CPP Noop Mutex, CPP Normative Reference in Standard, CPP Not Keyword, CPP Not_Eq Keyword, CPP noexcept Operator, CPP Nothrow Guarantee, CPP Null Pointer Constant, CPP Nullptr Keyword, CPP Number Literal, CPP Numeric Limit, CPP ODR (One-Definition Rule), CPP ODR-Use, CPP Opaque Enum Declaration, CPP Open Multi-Methods in [[CPP (Visitor Pattern)]], CPP Operator Delete, CPP Operator Delete[], CPP Operator Function Id, CPP Operator New, CPP Operator New[], CPP Operator Overload, CPP Optional Class Template, CPP Order Statistics Tree (Extension), CPP Ordered Comparison, CPP Ordered Map, CPP Ordered Set, CPP Ordering Category, CPP Ostream Iterator, CPP Out Of Line Definition, CPP Out Parameter Style, CPP Out-Of-Class Member Definition, CPP Output Iterator, CPP Over Alignment Support, CPP Overload Resolution, CPP Overloaded Operator, CPP Overloaded Template, CPP Overriding Function, CPP Package Manager for [[CPP Libraries]], CPP Pair Class Template, CPP Panic Mode Recovery in Parser, CPP Parameter Pack, CPP Parameter Pack Expansion, CPP Parent Class, CPP Partial Ordering of Function Templates, CPP Partial Specialization, CPP Perfect Forwarding, CPP PH (Placeholders) In Templates, CPP Placement Delete, CPP Placement New, CPP Plain Old Data (POD) Type, CPP Pmr Allocator, CPP Pointer Arithmetic, CPP Pointer Decay, CPP Pointer Interconvertibility, CPP Pointer To Member, CPP Polymorphic Allocator, CPP Polymorphic Class, CPP Polymorphic Lambda, CPP Polymorphic Type, CPP Postfix Decrement Operator, CPP Postfix Increment Operator, CPP Precompiled Header, CPP Predefined Macro, CPP Prefix Decrement Operator, CPP Prefix Increment Operator, CPP Preprocessing Directive, CPP Private Base, CPP Private Inheritance, CPP Protected Inheritance, CPP Public Inheritance, CPP Pure Virtual Function, CPP Qualifier Adjustment, CPP Qualified Id, CPP Qualified Lookup, CPP Qualified Name Lookup, CPP Quick_Exit Function, CPP RAII (Resource Acquisition Is Initialization), CPP Random Device, CPP Range Based For Loop, CPP Range Concept, CPP Range-V3 Library Integration, CPP Raw String Literal, CPP Realloc Function 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Streambuf, CPP Standard String, CPP Standard String_View, CPP Standard System_Error, CPP Standard Template Library (STL), CPP Standard Thread, CPP Standard Tuple, CPP Standard Type Erasure, CPP Standard Type Traits, CPP Standard Unique_Lock, CPP Standard Unique_Ptr, CPP Standard Unordered_Map, CPP Standard Unordered_Multimap, CPP Standard Unordered_Multiset, CPP Standard Unordered_Set, CPP Standard Utility, CPP Standard Valarray, CPP Standard Variant, CPP Standard Vector, CPP Static_assert Keyword, CPP Static Keyword, CPP Static Allocation, CPP Static Cast Keyword, CPP Static Data Member, CPP Static Storage Duration, CPP Storage Class Specifier, CPP Strict Aliasing Rule, CPP String Literal, CPP Stringification Macro, CPP Strong Exception Guarantee, CPP Structured Binding, CPP Subobject, CPP Substitution Failure, CPP Synchronized Pool Resource, CPP Synchronization Primitives, CPP Syntactic Category, CPP SzArray (Hypothetical Term), CPP Template Argument Deduction, CPP Template Class, CPP Template Constrained Function, CPP Template Friend, CPP Template Instantiation, CPP Template Metaprogramming, CPP Template Parameter, CPP Template Parameter Pack Expansion, CPP Template Partial Specialization, CPP Template Specialization, CPP Temporary Materialization, CPP Ternary Operator, CPP This Keyword, CPP Thread Local Keyword, CPP Thread Safe Initialization, CPP Three Way Comparison Operator, CPP Throw Expression, CPP Throw Keyword, CPP Token Concatenation, CPP Token Pasting Operator, CPP Traits Class, CPP Trampoline Function Technique, CPP Translation Unit, CPP Trigraph Sequence, CPP Trivial Class, CPP Trivial Type, CPP True Keyword, CPP Try Keyword, CPP TU (Translation Unit) Expanded As Translation Unit, CPP Type Alias, CPP Type Alias Template, CPP Type Deduction, CPP Type Erasure Idiom, CPP Type Id Expression, CPP Type Parameter Pack, CPP Type Promotion, CPP Type Safe Union, CPP Type Trait, CPP Type Transformation, CPP Type_Safe Enum Idiom, CPP Typename Keyword, CPP Underlying Type, CPP Unicode Literal, CPP Union Keyword, CPP Union Member, CPP Unique Address Optimization, CPP Uninitialized Fill, CPP Uninitialized Memory, CPP Uninitialized Value, CPP Universal Reference, CPP Unnamed Namespace, CPP Unordered Container, CPP Unreachable Code, CPP Unsigned Integer Type, CPP Utility Forward, CPP Value Category, CPP Value Initialization, CPP Variable Template, CPP Variadic Macro, CPP Variadic Template, CPP Vectorization Strategies, CPP Virtual Base Class, CPP Virtual Dispatch, CPP Virtual Function Table (VFT), CPP Virtual Function, CPP Virtual Inheritance, CPP Visible Entity, CPP Visibility Attribute, CPP Volatile Keyword, CPP Wchar_T Keyword, CPP Weak Symbol, CPP Wide Character Literal, CPP Wide String Literal, CPP Wide-Char Stream, CPP Widen Function, CPP Widening Conversion, CPP Working Draft of [[CPP Standard]], CPP Xor Keyword, CPP Xor_Eq Keyword, CPP Zero Initialization
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