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This is a sketch of the resulting directory structure: boost1600. The “boost root directory” index.htm. A copy of www.boost.org starts here boost.

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All Boost Header files lib. Precompiled library binaries libs. Tests,.cpps, docs, etc., by library index.html. Library documentation starts here algorithm any array more libraries status.

Boost-wide test suite tools. Utilities, e.g. Boost.Build, quickbook, bcp more. Policy documents, etc.

A subset of all Boost library docs. Header Organization The organization of Boost library headers isn't entirely uniform, but most libraries follow a few patterns:. Some older libraries and most very small libraries place all public headers directly into boost.

Most libraries' public headers live in a subdirectory of boost, named after the library. For example, you'll find the Python library's def.hpp header in boost python def.hpp.

Some libraries have an “aggregate header” in boost that #includes all of the library's other headers. For example, 's aggregate header is boost python.hpp. Most libraries place private headers in a subdirectory called detail, or aux. Don't expect to find anything you can use in these directories. It's important to note the following:. The path to the boost root directory (often C: Program Files boost boost1600) is sometimes referred to as $BOOSTROOT in documentation and mailing lists.

To compile anything in Boost, you need a directory containing the boost subdirectory in your #include path. Specific steps for setting up #include paths in Microsoft Visual Studio follow later in this document; if you use another IDE, please consult your product's documentation for instructions. Since all of Boost's header files have the.hpp extension, and live in the boost subdirectory of the boost root, your Boost #include directives will look like: #include or #include 'boost/ whatever.hpp' depending on your preference regarding the use of angle bracket includes. Even Windows users can (and, for portability reasons, probably should) use forward slashes in #include directives; your compiler doesn't care. Don't be distracted by the doc subdirectory; it only contains a subset of the Boost documentation. Start with libs index.html if you're looking for the whole enchilada. Nothing to Build?

Most Boost libraries are header-only: they consist entirely of header files containing templates and inline functions, and require no separately-compiled library binaries or special treatment when linking. The only Boost libraries that must be built separately are:. (see the before building and installing it). A few libraries have optional separately-compiled binaries:. has a binary component that is only needed if you're using its tostring/ fromstring or serialization features, or if you're targeting Visual C 6.x or Borland. also has a binary component that is only needed if you intend to. has binary components for the TR1 and C99 cmath functions.

has a binary component which is only needed if you're using randomdevice. can be used in “header-only” or “separately compiled” mode, although separate compilation is recommended for serious use. provides non-intrusive implementation of exceptionptr for 32-bit MSCVER1310 and MSCVER1400 which requires a separately-compiled binary. This is enabled by #define BOOSTENABLENONINTRUSIVEEXCEPTIONPTR. Note To build the examples in this guide, you can use an Integrated Development Environment (IDE) like Visual Studio, or you can issue commands from the. Since every IDE and compiler has different options and Microsoft's are by far the dominant compilers on Windows, we only give specific directions here for Visual Studio 2005 and.NET 2003 IDEs and their respective command prompt compilers (using the command prompt is a bit simpler). If you are using another compiler or IDE, it should be relatively easy to adapt these instructions to your environment.

Command Prompt Basics In Windows, a command-line tool is invoked by typing its name, optionally followed by arguments, into a Command Prompt window and pressing the Return (or Enter) key. To open a generic Command Prompt, click the Start menu button, click Run, type “cmd”, and then click OK. All commands are executed within the context of a current directory in the filesystem. To set the current directory, type: cd path to some directory followed by Return. For example, cd C: Program Files boost boost1600 Long commands can be continued across several lines by typing a caret ( ^) at the end of all but the last line.

Some examples on this page use that technique to save horizontal space. From Visual Studio's File menu, select New Project. In the left-hand pane of the resulting New Project dialog, select Visual C Win32. In the right-hand pane, select Win32 Console Application (VS8.0) or Win32 Console Project (VS7.1). In the name field, enter “example”. Right-click example in the Solution Explorer pane and select Properties from the resulting pop-up menu. In Configuration Properties C/C General Additional Include Directories, enter the path to the Boost root directory, for example C: Program Files boost boost1600.

In Configuration Properties C/C Precompiled Headers, change Use Precompiled Header (/Yu) to Not Using Precompiled Headers. Replace the contents of the example.cpp generated by the IDE with the example code above. From the Build menu, select Build Solution. To test your application, hit the F5 key and type the following into the resulting window, followed by the Return key: 1 2 3 Then hold down the control key and press 'Z', followed by the Return key. From your computer's Start menu, if you are a Visual Studio 2005 user, select All Programs Microsoft Visual Studio 2005 Visual Studio Tools Visual Studio 2005 Command Prompt or, if you're a Visual Studio.NET 2003 user, select All Programs Microsoft Visual Studio.NET 2003 Visual Studio.NET Tools Visual Studio.NET 2003 Command Prompt to bring up a special window set up for the Visual Studio compiler.

In that window, set the to a suitable location for creating some temporary files and type the following command followed by the Return key: cl /EHsc /I path to boost1600 path to example.cpp To test the result, type: echo 1 2 3 example. Note If you previously chose a toolset for the purposes of, you should assume it won't work and instead choose newly from the table below. Toolset Name Vendor Notes acc Hewlett Packard Only very recent versions are known to work well with Boost borland Borland como Comeau Computing Using this toolset may require another toolset to act as its backend.

Darwin Apple Computer Apple's version of the GCC toolchain with support for Darwin and MacOS X features such as frameworks. Gcc The Gnu Project Includes support for Cygwin and MinGW compilers. Hpcxx Hewlett Packard Targeted at the Tru64 operating system. Intel Intel msvc Microsoft sun Oracle Only very recent versions are known to work well with Boost. Note that the Oracle/Sun compiler has a large number of options which effect binary compatibility: it is vital that the libraries are built with the same options that your appliction will use.

In particular be aware that the default standard library may not work well with Boost, unless you are building for C11. The particular compiler options you need can be injected with the b2 command line options cxxflags=``and ``linkflags=. For example to build with the Apache standard library in C03 mode use b2 cxxflags=-library=stdcxx4 linkflags=-library=stdcxx4. Vacpp IBM The VisualAge C compiler. If you have multiple versions of a particular compiler installed, you can append the version number to the toolset name, preceded by a hyphen, e.g. Intel-9.0 or borland-5.4.3. On Windows, append a version number even if you only have one version installed (unless you are using the msvc or gcc toolsets, which have special version detection code) or will fail.

Change your current directory to the Boost root directory and invoke b2 as follows: b2 -build-dir= toolset= -build-type=complete stage For a complete description of these and other invocation options, please see the. For example, your session might look like this: C: WINDOWS cd C: Program Files boost boost1600 C: Program Files boost boost1600 b2 ^ More? -build-dir='C: Documents and Settings dave build-boost' ^ More? -build-type=complete msvc stage Be sure to read about the appearance of ^, More? And quotation marks ( ') in that line.

The option “ -build-type=complete” causes Boost.Build to build all supported variants of the libraries. For instructions on how to build only specific variants, please ask on the. Building the special stage target places Boost library binaries in the stage lib subdirectory of the Boost tree. To use a different directory pass the -stagedir= directory option to b2. Note b2 is case-sensitive; it is important that all the parts shown in bold type above be entirely lower-case. For a description of other options you can pass when invoking b2, type: b2 -help In particular, to limit the amount of time spent building, you may be interested in:.

reviewing the list of library names with -show-libraries. limiting which libraries get built with the -with- library-name or -without- library-name options. choosing a specific build variant by adding release or debug to the command line. During the process of building Boost libraries, you can expect to see some messages printed on the console. These may include.

Notices about Boost library configuration—for example, the Regex library outputs a message about ICU when built without Unicode support, and the Python library may be skipped without error (but with a notice) if you don't have Python installed. Messages from the build tool that report the number of targets that were built or skipped. Don't be surprised if those numbers don't make any sense to you; there are many targets per library. Build action messages describing what the tool is doing, which look something like: toolset-name.c long/ path/ to/ file/ being/ built. Compiler warnings. The only error messages you see when building Boost—if any—should be related to the IOStreams library's support of zip and bzip2 formats as described.

Install the relevant development packages for libz and libbz2 if you need those features. Other errors when building Boost libraries are cause for concern. If it seems like the build system can't find your compiler and/or linker, consider setting up a user-config.jam file as described. If that isn't your problem or the user-config.jam file doesn't work for you, please address questions about configuring Boost for your compiler to the. Auto-Linking Most Windows compilers and linkers have so-called “auto-linking support,” which eliminates the second challenge. Special code in Boost header files detects your compiler options and uses that information to encode the name of the correct library into your object files; the linker selects the library with that name from the directories you've told it to search.

The GCC toolchains (Cygwin and MinGW) are notable exceptions; GCC users should refer to the for the appropriate command-line options to use. Note If, like Visual C, your compiler supports auto-linking, you can probably. In order to choose the right binary for your build configuration you need to know how Boost binaries are named. Each library filename is composed of a common sequence of elements that describe how it was built. For example, libboostregex-vc71-mt-d-134.lib can be broken down into the following elements: lib Prefix: except on Microsoft Windows, every Boost library name begins with this string. On Windows, only ordinary static libraries use the lib prefix; import libraries and DLLs do not.

Boostregex Library name: all boost library filenames begin with boost.vc71 Toolset tag: identifies the and version used to build the binary.mt Threading tag: indicates that the library was built with multithreading support enabled. Libraries built without multithreading support can be identified by the absence of -mt.d ABI tag: encodes details that affect the library's interoperability with other compiled code. For each such feature, a single letter is added to the tag: Key Use this library when: Boost.Build option s linking statically to the C standard library and compiler runtime support libraries. Runtime-link=static g using debug versions of the standard and runtime support libraries. Runtime-debugging=on y using a special. Python-debugging=on d building a debug version of your code.

Variant=debug p using the STLPort standard library rather than the default one supplied with your compiler. Stdlib=stlport For example, if you build a debug version of your code for use with debug versions of the static runtime library and the STLPort standard library in “native iostreams” mode, the tag would be: -sgdpn. If none of the above apply, the ABI tag is ommitted.134 Version tag: the full Boost release number, with periods replaced by underscores. For example, version 1.31.1 would be tagged as '-1311'.lib Extension: determined according to the operating system's usual convention. On most unix-style platforms the extensions are.a and.so for static libraries (archives) and shared libraries, respectively. On Windows,.dll indicates a shared library and.lib indicates a static or import library. Where supported by toolsets on unix variants, a full version extension is added (e.g.

'.so.1.34') and a symbolic link to the library file, named without the trailing version number, will also be created. Onward Good luck, and have fun! —the Boost Developers We recommend downloading and using to decompress it. We no longer recommend.zip files for Boost because they are twice as large as the equivalent.7z files. We don't recommend using Windows' built-in decompression as it can be painfully slow for large archives. There's no problem using Boost with precompiled headers; these instructions merely avoid precompiled headers because it would require Visual Studio-specific changes to the source code used in the examples.

In this example, the caret character ^ is a way of continuing the command on multiple lines, and must be the final character used on the line to be continued (i.e. Do not follow it with spaces). The command prompt responds with More? To prompt for more input.

Feel free to omit the carets and subsequent newlines; we used them so the example would fit on a page of reasonable width. The command prompt treats each bit of whitespace in the command as an argument separator. That means quotation marks ( ') are required to keep text together whenever a single command-line argument contains spaces, as in -build-dir= 'C: Documents and Settings dave build-boost ' Also, for example, you can't add spaces around the = sign as in -build-dir = 'C: Documents and Settings dave build-boost' Remember that warnings are specific to each compiler implementation. The developer of a given Boost library might not have access to your compiler.

Also, some warnings are extremely difficult to eliminate in generic code, to the point where it's not worth the trouble. Finally, some compilers don't have any source code mechanism for suppressing warnings. This convention distinguishes the static version of a Boost library from the import library for an identically-configured Boost DLL, which would otherwise have the same name. These libraries were compiled without optimization or inlining, with full debug symbols enabled, and without NDEBUG #defined. Although it's true that sometimes these choices don't affect binary compatibility with other compiled code, you can't count on that with Boost libraries.

7 This feature of STLPort is deprecated because it's impossible to make it work transparently to the user; we don't recommend it.

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