In order to build the 64-bit version of the libraries simply include the additional argumentīefore the stage argument on the above commands. The boost build system ignores the current developer environment completely and by default builds 32-bit libraries even if called from with a 64-bit command-line environment. This is bad.Įxecuting the following command will then build the debug version of the libraryījam -user-config=user-config.jam -with-python python-debugging=on threading=multi variant=debug link=shared stage In this guide, we use Visual Studio 2019, but this process can be applied to older versions as well. This is very important as without the file the build calls python27.exe and links the final library to both the debug and release versions of Python. Including the Boost libraries on Visual Studio To be able to work with the Boost libraries in Visual Studio, we have to define the root path, that is C:\Program Files\boost\boost1760, into each individual project properties. To build the boost Python library in debug first create a file called user-config.jam in C:\boost_1_43_0 and paste in the contents To do this retrieve the source from, where here we use the example of python 2.7, and build the solution on in the Python-2.7.1/PCBuild directory. It also requires that the debug version of Python has been built. In order to correctly link to the python27_d.dll there are a few more options that are needed. The library will be created in C:\boost_1_43_0\stage the required version of boost from here and extract it to, for example, C. * bjam -with-python python-debugging=off threading=multi variant=release link=shared stage Here we describe the steps to build the boost python library on Windows. The next steps will build the release version of the library (using boost-1.43 as an example version) Now obtain the source for the required version of boost from here and extract it to, for example, C:\. We assume that the required version of Python is already installed and in the PATH.įirst get the bjam executable from here and place it in a location in the PATH (or alternatively just call bjam with a fully-qualified path]. Here we describe the steps to build the boost python library on Windows. Boost uses its own build system and the documentation can be a little hard to follow in order to set the correct options, especially for Boost Python.
C BOOST LIBRARY WINDOWS INSTALL
vcpkg.exe install czmq:圆4-windows-static this will build czmq as a 64-bit static library.
C BOOST LIBRARY WINDOWS DOWNLOAD
Most boost libraries are header only, but some require compilation to a library. If you are already using vcpkg, you can download and install czmq with one single command: vcpkg.exe install czmq this will build czmq as a 32-bit shared library.
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