Boris Schäling - The Boost C++ Libraries
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The Boost C++ Libraries: summary, description and annotation
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The second edition contains more than 430 examples. All examples are as short as possible, but they are complete, so you can compile and run them as is. They show you what the Boost libraries offer and give you a head start on using the libraries in your own applications.
The goal of this book is to increase your efficiency as a C++ developer and to simplify software development with C++. The Boost libraries introduced in this book will help you write less code with fewer bugs and finish projects faster. You code will be more concise and self-explanatory and more easily adapted when requirements change.
The second edition is based on the Boost libraries 1.55.0 and 1.56.0 with the latter version having been released in August 2014. The examples are based on C++11 and have been tested with Visual Studio 2013, GCC 4.8 and Clang 3.3 on various platforms. For Boost libraries which were incorporated into the C++11 standard library, differences between Boost and the standard library are highlighted.
The Boost libraries are one of the most important and influential open source C++ libraries. Their source code is available under a permissive free software license. Several Boost libraries have been incorporated into the C++11 standard library. The Boost libraries are developed and supported by the Boost community - a worldwide developer community with a strong interest in pushing C++ boundaries further.
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With the exceptions noted below, this work is licensed under a Creative Commons Attribution - NonCommercial - NoDerivatives 4.0 International License. Visit http://creativecommons.org/licenses/by-nc-nd/4.0/deed.en to view a copy of the full license.
Exceptions: The Boost C++ logo is the property of the Boost C++ developers and is used here with their permission. With the exception of the Boost C++ logo, the cover is Copyright 2014 XML Press, All Rights Reserved.
This book is an introduction to the Boost C++ Libraries. The Boost C++ Libraries complement the standard library. Because the Boost C++ Libraries are based on the standard, they are implemented using state-of-the-art C++. They are platform independent and are supported on many operating systems, including Windows and Linux, by a large developer community.
The Boost C++ Libraries enable you to boost your productivity as a C++ developer. For example, you can benefit from smart pointers that help you to write more reliable code or use one of the many libraries to develop platform-independent network applications. Since the Boost libraries partly anticipate developments in the standard, you can benefit earlier from tools without having to wait for them to become available in the standard library.
Since the Boost libraries are based on, and extend, the standard, you should know the standard well. You should understand and be able to use containers, iterators, and algorithms, and ideally you should have heard of concepts such as RAII, function objects, and predicates. The better you know the standard, the more you will benefit from the Boost libraries.
In general, you dont need any knowledge of template meta programming to use the libraries introduced in this book. The main focus is on libraries that can be learned quickly and easily and that can be immediately of great benefit in your work as a C++ developer.
Many examples use features that were added to the standard with C++11. For example, the keyword auto is used to avoid specifying types explicitly. Constructors are called through uniform initialization: variables are initialized, if possible, with a pair of curly brackets instead of parentheses. Many examples use lambda functions to make code shorter and more compact. While you can understand many examples without detailed knowledge of C++11, this book is based on the current standard.
The following text styles are used in this book:
Monospace fontA monospace font is used for class names, function names, and keywords basically for any C++ code. It is also used for code examples, command line options, and program output. For example: int i = 0;
Monospace bold fontA monospace bold font is used for variable names, objects, and user input. For example: The variable i is initialized with 0.
Commands are marked in bold. For example: The Boost libraries are compiled with a program called bjam .
ItalicAn italic font is used when a new concept is introduced and mentioned for the first time. For example: RAII is the abbreviation for Resource Acquisition Is Initialization a concept smart pointers are based on.
This book contains more than 430 examples. Every example is complete and can be compiled and executed. You can download all examples from http://theboostcpplibraries.com/examples/ for a quick start.
All examples have been tested with the following compilers: Microsoft Visual Studio Professional 2013 Update 1 (64-bit Windows 7 Professional with Service Pack 1), GCC 4.8.3 (64-bit Cygwin 1.7.30), GCC 4.6.3 (32-bit Ubuntu 12.04.4), and Clang 3.3 (32-bit Ubuntu 12.04.4).
All of the examples in this book are based on the C++11 standard. During testing, all of the compilers were configured to enable support for C++11. Most examples will work on Windows, Linux, and OS X, but a few are platform dependent. The exceptions are noted in the example descriptions.
The examples are provided with NO WARRANTY expressed or implied. They are licensed, like this book, under a Creative Commons Attribution - NonCommercial - NoDerivatives 4.0 International License.
The Boost C++ Libraries are a collection of modern libraries based on the C++ standard. The source code is released under the Boost Software License, which allows anyone to use, modify, and distribute the libraries for free. The libraries are platform independent and support most popular compilers, as well as many that are less well known.
The Boost community is responsible for developing and publishing the Boost libraries. The community consists of a relatively large group of C++ developers from around the world coordinated through the web site www.boost.org as well as several mailing lists. GitHub is used as the code repository. The mission statement of the community is to develop and collect high-quality libraries that complement the standard library. Libraries that prove of value and become important for the development of C++ applications stand a good chance of being included in the standard library at some point.
The Boost community emerged around 1998, when the first version of the standard was released. It has grown continuously since then and now plays a big role in the standardization of C++. Even though there is no formal relationship between the Boost community and the standardization committee, some of the developers are active in both groups. The current version of the C++ standard, which was approved in 2011, includes libraries that have their roots in the Boost community.
The Boost libraries are a good choice to increase productivity in C++ projects when your requirements go beyond what is available in the standard library. Because the Boost libraries evolve faster than the standard library, you have earlier access to new developments, and you dont need to wait until those developments have been added to a new version of the standard library. Thus, you can benefit from progress made in the evolution of C++ faster, thanks to the Boost libraries.
Due to the excellent reputation of the Boost libraries, knowing them well can be a valuable skill for engineers. It is not unusual to be asked about the Boost libraries in an interview because developers who know these libraries are usually also familiar with the latest innovations in C++ and are able to write and understand modern C++ code.
The development of the Boost libraries is only possible because individual developers and organizations vigorously support them. Because Boost only accepts libraries that solve existing problems, exhibit a convincing design, are developed using modern C++, and are documented in an understandable way, each Boost library has a lot of work behind it.
C++ developers can participate in the Boost community and propose new libraries. However, a lot of time and effort is required to convert an idea into a Boost library. Thus, it is vitally important to discuss requirements and possible solutions with other developers and potential users on the Boost mailing lists.
Besides new libraries, it is also possible to nominate existing C++ libraries for inclusion into Boost. However, because the requirements for these libraries are the same as for libraries explicitly developed for Boost, changes may be required before new libraries are accepted.
Whether or not a library gets accepted into Boost depends on the outcome of the review process. Developers of libraries can apply for a review, which usually takes about 10 days. During the review, other developers are asked to rate the library. Based on the number of positive and negative reviews, the review manager decides whether or not to accept the library into Boost. Since some reviewers may be seeing the proposed new library for the first time, it is not uncommon for modifications to be required.
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