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• Boost uses bjam for building the boost libs.

  bjam source is available in boost, hence we first need to build bjam itself:

   

  Code Block
  language bash
  cd $BOOST_ROOT ./bootstrap.sh

• For python3

  Code Block
  ./bootstrap.sh --with-python=/path/to/python3

  You may need to update $BOOST_ROOT/project-config.jam, with path to executable and path to include files. Note: remember to preserve the spaces, as they are significant. i.e.

  Code Block
  # using python # : # version # : # cmd-or-prefix # : # includes # : # libraries # : # condition # ; using python : 3.5 : python3 : /usr/local/apps/python3/3.5.1-01/include/python3.5m ;

• Ecflow uses some of compiled libraries in boost. The following script will build the required lib’s, in both debug and release forms and will configure boost build according to your platform.
• If you do not require the ecflow python api, you can avoid build boost python libs by setting.
          export ECF_NO_PYTHON=1
  before calling $WK/build_scripts/boost_build.sh

   

  Code Block
  language bash
  cd $BOOST_ROOT $WK/build_scripts/boost_1_53_fix.sh # fix for boost, only for some platforms $WK/build_scripts/boost_build.sh # compile boost libs used by ecFlow

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After changing into the build ecflow directory, the user  has to run CMake with his/her own options. The command gives feedback on what requirements are fulfilled and what software is still required. Table below gives an overview of the different options of configure.  The default (without any options) will compile a share library only and install it in /usr/local/.

The  C++  compilers are chosen by CMake. (This can be overwritten by setting the environment variables CXX on the command line before you call cmake, to the preferred compiler).

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