Is it possible to generate a .h macros file from bjam?

Is it possible to generate a .h macros file from bjam? - Yes it's possible.. The way to do it boils down to defining a make target for the header and using the @() file output action support in bjam.

Part I. Boost.Build v2 User Manual - Can I get output of external program as a variable in a Jamfile? . For example, the locations of #included header files are normally not specified on the or macros when compiling code that depends on the library, that information can be

Boost Macro Reference - master - <boost/detail/fenv.hpp> should be included instead of <fenv.h> for maximum portability on platforms which do provide <fenv.h> . .. Macros that describe possible C++ future features nothing special need be done in the implementation file . and has to match that used to create the libraries via bjam 's install rules.

Boost.Build User Manual - When we refer to a “Jamfile,” set in normal type, we mean a file called either Jamfile or Additional macro definitions for C and C++ compilers. Create a header that includes headers used by your project that you want precompiled.

Boost.Build tutorial - Boost.Build is a high-level build system which makes it as easy as possible to As Boost.Build supports many compilers configuration files never contain any .. an include directory is also passed to the compiler to find the header files.

C standard library - The C standard library or libc is the standard library for the C programming language, The C standard library provides macros, type definitions and functions for tasks Each header file contains one or more function declarations, data type . with ISO C. The main implication is that the program must be able to create a

GNU Gnulib: Initial import - The config.h file gets generated with platform dependent C macro definitions, and Invoking ' gnulib-tool --import ' will copy source files, create a to It is also possible to separate the generated content (for building

iPhone development - I want to create a game with some levels. Is it better to use a Navigation based app Is it possible to generate a .h macros file from bjam? How to Duplicate an

Is it possible to generate a .h macros file from bjam? - I need to dynamically generate some macros into a .h configuration file that C programs can include in order to check which options are enabled, in a fashion

Google protobuf implementation with 'C' compiler - Header files are a necessity in C/C++/ObjC because each file needs the definition of all its symbols . Is it possible to generate a .h macros file from bjam ?

boost build

Boost.Build - You name your executables and libraries and list their sources. Boost.Build takes care about compiling your sources with right options, creating static and

Boost.Build tutorial - 1.63.0 - Boost.Build is a high-level build system which makes it as easy as possible to manage C++ projects. The idea is to specify in configuration files just as much as

Boost Getting Started on Windows - 1.62.0 - 5 Prepare to Use a Boost Library Binary. 5.1 Simplified Build From Source; 5.2 Or , Build Binaries From Source. 5.2.1 Install Boost.Build; 5.2.2 Identify Your

boostorg/build: Boost.Build - Boost.Build. Contribute to boostorg/build development by creating an account on GitHub.

Introduction - Installation - In order to make installation as easy as possible, an automated installation process based on Boost.Build is available. Instead of validating and compiling

Boost-1.70.0 - Boost provides a set of free peer-reviewed portable C++ source libraries. This package is known to build and work properly using an LFS-8.4

Boost Builds: Home - Boost improves student life by building affordable and modern student housing. Boost commercial developments include office, retail and industrial projects

boost-build - boost-build, 3,490. boost-build --HEAD, 6. Installs on Request (30 days). boost- build, 487. boost-build --HEAD, 2. Build Errors (30 days). boost-build, 0.

How to build Boost using Visual Studio – Code Yarns - However, if your code needs to link with Boost library files, then the Visual Studio version used for your code and used to build Boost has to

Boost.Build - software build tool - Boost.Build 2015.07-git Project-specific help: Project has jamfile at Jamroot Usage: b2 [options] [properties] [install|stage] Builds and installs Boost. Targets and

boost b2 options

Boost.Build User Manual - First of all, just invoking b2 will build the hello executable by compiling and linking Build's standard compiler toolsets accept four options cflags , cxxflags

Boost.Build tutorial - 1.62.0 - Boost.Build was created to build and install the Boost C++ libraries easily with . If no command line option is used to start b2 the build system tries to find a

Overview - 1.65.0 - The chain of events when you type b2 on the command line is as follows: .. Although the syntax used to specify toolset options is very similar to syntax used to

Reference - 1.62.0 - Build engine (b2) loads the Jam code that implements the build system. .. Specifies additional command line options that will be passed to the linker. root.

Build boost with b2 and linker options - I'm trying to build boost with the following commandline (boost 1.63). The pared down version of what I'm doing is below. I'm seeing the same

Building Boost 32-bit and 64-bit libraries on Windows - After completing this procedure you will have Boost's libraries in x86 and x64 stage/x86 --toolset=msvc-14.0 -j 12 b2 --build-dir=build/x64

Introduction - Installation - However, you might need to use bjam more often because bjam supports command-line options to build the Boost libraries in different ways. If you start bjam

Setting up the Boost C++ library - This will create the compile engine that Boost uses (called b2.exe) and will deposit a file import option ; using msvc ; option.set keep-going : false ; libraries

How to build Boost using Visual Studio – Code Yarns - If your code compiled with Visual Studio needs Boost, you can get prebuilt Boost libraries. b2 toolset=msvc-14.0 --build-type=complete --abbreviate-paths architecture=x86 what does the b2 option “–abbreviate-paths” do?

Users - Building boost b2 zlib options - Building boost b2 zlib options. Hello, I am building Boost and making progress. Thus far wondering what options to provide my B2. I added the

using boost c++

Boost C++ Libraries - The Boost license encourages both commercial and non-commercial use. We aim to establish More Boost libraries are proposed for standardization in C++ 17.

Boost Library Documentation - Portable HTTP, WebSocket, and network operations using only C++11 and Boost .Asio . BOOST_FOREACH is just such a construct for C++. It iterates over

Boost like libraries in C - Remember that C doesn't provide any syntactic sugar for complex data PyMite fits on a microcontroller and doesn't use all the functionality.

Boost (C++ libraries) - Boost is a set of libraries for the C++ programming language that provide support for tasks and contributed to the Boost array library in 2001. There are mailing lists devoted to Boost library use and library development, active as of 2019.

Advanced C++ with boost library - having range beyond the long long, long double data type (264) in C++. using namespace boost::multiprecision; Below is C++ code to calculate Area of circle with different precision by using float, Area by using Boost Multiprecision.

Does Boost will be deprecated in favour of the C++11/C++14/C++17 - Requiring the adoption of the boost libraries so as to use yaml-cpp is problematic for many developers. Given that the C++11 standard library

C++ Tutorial: Boost - 2018 - The next section will show how we can start to use boost libraries using Windows environment. Since there are In my case, the "ex.cpp" is in C:\TEST\MyBoost;.

A first example of using Boost - This post shows how to use some functionality from a Boost library. example lambda functions which we illustrated in another post on C++11.

Compiling Boost with GCC or Clang on macOS - How to compile Boost 1.68 on macOS with GCC 8 or Clang. The article also Once the libraries are installed, we'll test the build with a short demo of using Boost Filesystem. First, you will b2 cxxflags=-std=c++17 install.

Using Boost.Multiprecision - Using typedef cpp_dec_float_50 hides the complexity of multiprecision to allow us to 2013.\n\n" "// Use boost/array if std::array (C++11 feature) is not available.