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or CPT's wonderful journey through the installer towards getting IMAS on new platforms.


Disclaimer: all example steps given below are assuming BASH being your shell of choice. 


Please be aware that installation of many of IMAS ecosystem libraries and tools can be automatized using scripts:

See:

Releasing new version of IMAS ecosystem




1. IMAS

1.1. Installing main dependencies

Follow the list of requirements/dependencies as stored in https://git.iter.org/projects/IMAS/repos/access-layer/browse/README.md

Add modules to set them up in the environment.

1.2. Getting the IMAS installer

Clone the installer using either master (recommended) or develop branch (at your own risk)

git clone ssh://git@git.iter.org/imas/installer.git

1.3. Configuring

Create target directory where all IMAS related tools will be deployed (will be referenced as IMAS_HOME from now on).

Adapt site-config/Makefile.default to the local configuration and needs. Look at tools/imas-config.in to try to guess how to name your own site-config file, and/or check which files are being targeted by running 

DEBUG=1 ./tools/imas-config.in

Check if configuration is generating the expected setting for the targeted DD and AL tags by running

make cache
make help TAG_DD=a.b.c TAG_AL=x.y.z

1.4. Building and installing

After making sure that compile time required modules are loaded, simply run, for given DD and AL versions

make install TAG_DD=a.b.c TAG_AL=x.y.z



2. IDStools

2.1. Getting the sources

Clone the idstools repo (from IMAS Core project, not from IMAS Extra...), and checkout the targeted tag

git clone ssh://git@git.iter.org/imas/idstools.git
cd idstools
git checkout x.y.z

2.2. Configuring

Create site-config file with the same name used for the IMAS installer, and specify there the name of the IMAS module and the targeted idstools module name. 

Make sure you have IMAS module loaded before attempting the build (it sets required IMAS_HOME variable and imas-config-installer).

Check if configuration is well set by checking the result of 

make help

2.3. Building and installing

make all
make install




3. FC2K

3.1. Installing main dependencies

Requires ant and JaxFront

3.2. Getting the sources

Clone the fc2k repo from IMAS extra project, and checkout the targeted tag

git clone ssh://git@git.iter.org/imex/fc2k.git
cd fc2k
git checkout x.y.z

3.3. Configuring

Create two config files under the config directory:

  • config/install_xxxx.xml will contain information for building/installing fc2k
  • config/settings_xxxx.xml will contain information required when using fc2k to build actors

Once these files have been created, use imas-config-fc2k command to check if correct settings file is detected. For install file, link the one created as config/install_default.xml (or how to force ant to use the xxxx one, so we can avoid obtaining a "-dirty" version?).

Check configuration by

ant check-config

3.4. Building and installing

After making sure IMAS module is loaded

ant compile
ant install

  


4. XMLlib

4.1. Getting the sources

Clone the xmllib repo from IMAS libraries project, and checkout the targeted tag

git clone ssh://git@git.iter.org/lib/xmllib.git
cd xmllib
git checkout x.y.z

4.2. Configuring

Make sure autoconf / automake are available, then

./bootstrap 
./configure FC=<targeted fortran compiler, e.g gfortran> CC=<associated C compiler, e.g gcc> --prefix=<install_dir, e.g $IMAS_HOME/extra/xmllib>

4.3. Building and installing

make clean
make all
make check
make install

Then repeat the configuration and building/installing steps for each fortran compilers.

Associated module needs to be created manually



5. GGD

5.1. Getting the sources

Clone the ggd repo from IMAS extra project, and checkout the targeted tag

git clone ssh://git@git.iter.org/imex/ggd.git
cd ggd
git checkout x.y.z

5.2. Configuring

Make sure autoconf / automake are available, then

./bootstrap 
./configure FC=<targeted fortran compiler, e.g gfortran> --prefix=<install_dir, e.g $IMAS_HOME/extra/ggd> --enable-doc --enable-tests

5.3. Building and installing

make clean
make 
make check
make install

Then repeat the configuration and building/installing steps for each fortran compilers.

Associated module needs to be created manually



6. Kepler

6.1. Installing dependencies 

Requires maven and ant (ant version 1.10.x seems not to be able to compile kepler sources, so stay with 1.9.x)

6.2. Getting the Kepler installer

Clone the kepler-installer from IMAS extra project, and checkout the targeted tag

ssh://git@git.iter.org/imex/kepler-installer.git
cd kepler-installer
git checkout x.y.z

6.3. Configuring

Adapt site-config/Makefile.default to the local configuration and needs. Use the same name already set for IMAS installer, or call imas-config tool (available after loading IMAS module) to check which files are being targeted 

DEBUG=1 ./tools/imas-config.in

Check if configuration is generating the expected setting by running

make version

6.4. Building and installing

After making sure that compile time required modules are loaded, simply run

make install








Example with real steps followed on IPP's tok cluster.





IMAS

  • Installing Saxon-HE from https://sourceforge.net/projects/saxon/files/Saxon-HE/9.9/SaxonHE9-9-1-5J.zip/download
  • Installing Blitz++ from https://github.com/blitzpp/blitz
    • specify --with-pic to configure step
  • Installing more recent version of MDSplus from https://github.com/MDSplus/mdsplus (stable release 7.84.8)
    • step by step
    • requires building the python interface in order to allow conversion with ualport.py

  • Updating tools/imas-config.in

    diff --git a/tools/imas-config.in b/tools/imas-config.in
index 7d7cdc4..84c7f11 100755
--- a/tools/imas-config.in
+++ b/tools/imas-config.in
@@ -126,6 +126,7 @@ getalias() {
   [[ "$1" =~ ^gpu(008|010).fusion.ccfe.ac.uk$ ]] && echo "UKAEA.GPU"
   [[ "$1" =~ ^ipp.mpg.de$ ]] && echo "IPP-Garching"
   [[ "$1" =~ ^mpcdf.mpg.de$ ]] && echo "IPP-Garching"
+  [[ "$1" =~ ^bc.rzg.mpg.de$ ]] && echo "IPP-Garching"
   [[ "$1" =~ ^nakasvr17.naka.qst.go.jp ]] && echo "JT-60"

  • Creating site-config/Makefile.IPP-Garching.SLES-15

    Currently Loaded Modulefiles:
1) git/2.16 3) blitz/1.0.2 5) texlive/2018 7) intel/18.0.5 9) matlab/2017b 11) autoconf/2.69 13) cmake/3.13
2) saxon/9.9.1 4) doxygen/1.8 6) gcc/6 8) anaconda/3/2019.03 10) jdk/8 12) automake/1.15 14) pkg-config/0.29

  • Requires JAVA_HOME to be set so the Makefile can find JNI headers, and MATLAB for the mex interface (new since AL/4.3.x)

    make -j4 install TAG_DD=3.24.0 TAG_AL=4.2.0 JAVA_HOME=${JDK_HOME} IMAS_HOME=/afs/.ipp/tok/soft/imas MATLAB=/afs/ipp/common/soft/matlab_2017b

  • Because the target install dir (/afs/.ipp/...) is not the final one (/afs/ipp/...) the generated module should be patched

    -  set imas_home /afs/.ipp/tok/soft/imas
+  set imas_home /afs/ipp/tok/soft/imas

    Same applies to pkg-config files.





IDStools

  • Because the target install dir (/afs/.ipp/...) is not the final one (/afs/ipp/...) the generated module should be patched






FC2K


  • Because the target install dir (/afs/.ipp/...) is not the final one (/afs/ipp/...) the generated module should be patched





XMLlib

  • Because the target install dir (/afs/.ipp/...) is not the final one (/afs/ipp/...) the pkg-config files should be patched








GGD

  • Because the target install dir (/afs/.ipp/...) is not the final one (/afs/ipp/...) the pkg-config files should be patched








Kepler

  • Install based on IMAS_HOME, as set by IMAS module, so on TOK cluster it needs to be redirected to the writeable partition

    make install IMAS_HOME=/afs/.ipp/tok/soft/imas

  • Because the target install dir (/afs/.ipp/...) is not the final one (/afs/ipp/...) the generated module should be patched for both kepler and keplertools

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