EN
RU
ES
ZH
FR
DE
PT
AR
HI
C++ Standard Library
C++ Standard Library
Summary:
Introduction
The book «The C++ Standard Library: A Tutorial and Reference» by Nicolai Josuttis is not just another reference manual, but a fundamental work that has remained a desktop book for thousands of C++ developers worldwide for over a decade. The second edition, released in 2012, covers not only the classic STL (Standard Template Library) but also all the innovations of the C++11 standard, which radically changed the language. The book's volume is 1117 pages of dense technical text, indicating the depth of the material's coverage.
For the educational website pythonlib.ru, this book is of particular interest: although the site is dedicated to Python, many developers turn to C++ for tasks requiring maximum performance (game engines, high-load servers, embedded systems). Understanding the C++ standard library is the key to using the language effectively, and Josuttis' book provides this understanding at the highest level.
What is this book about?
The book is structured as a comprehensive guide and reference at the same time. It covers all the main components of the C++ standard library:
- Containers: vector, list, deque, set, map, unordered_set, unordered_map, and others. Their internal structure, operation complexity, and selection recommendations are discussed in detail.
- Iterators: all categories of iterators (input, output, forward, bidirectional, random access), as well as iterator adapters (reverse_iterator, inserter).
- Algorithms: over 100 STL algorithms — from simple find and sort to complex partial_sort, nth_element, accumulate, and lambda expressions that appeared in C++11.
- Function objects and lambdas: a detailed explanation of how functors, binders (bind), and lambda expressions work, as well as their application in algorithms.
- Smart pointers: unique_ptr, shared_ptr, weak_ptr — their semantics, performance, and typical usage errors.
- Multithreading and synchronization: thread, mutex, lock_guard, future, promise, async — everything needed for writing correct multithreaded code.
- Strings and localization: working with std::string, std::wstring, encodings, locales, and facets.
- Input/Output: iostreams, file streams, formatting, manipulators.
- Numeric libraries: random, complex, valarray, numeric algorithms.
Each chapter contains both theoretical explanations and many practical code examples that can be immediately adapted to your own tasks.
Who is this book for?
The book is intended for intermediate and advanced programmers who are already familiar with the basics of C++ (syntax, classes, inheritance) and want to deepen their knowledge of the standard library. For beginners just starting to learn C++, the book may seem difficult — it is better to first complete a basic course and then return to it as a reference.
The book will be especially useful for:
- Developers transitioning from C to C++ or from other languages (Java, C#) — to understand the philosophy of STL and C++ idioms.
- Specialists in high-load systems where performance and efficient memory management are important.
- Teachers and students studying C++ at a serious level.
- Those who want to write modern C++11/14 code, avoiding outdated practices.
What will the reader learn?
After reading the book, the reader will be able to:
- Choose the right container for a specific task, understanding the trade-offs between insertion time, search time, and memory consumption.
- Effectively use STL algorithms instead of manually writing loops — this improves code readability and performance.
Recommendations