This page below describes:
- configuration of the fys yum repository,
- the necessary steps to build RPM software packages on a custom RPM-based (currently el, fc) system and the login nodes fjorm or thul.
Warning: campos-dacapo-python provides a python interface to campos-dacapo Fortran code, through campos-ase2. On a 64-bit machine campos-ase2 works only with python <= 2.4, due to the unmaintained python-numeric package. Users on modern systems can use instead the campos-ase3 package and skip installation of any packages related to campos-ase2.
Warning: on 64-bit machines el5 installs often only 32-bit versions of packages. Please verify that 64-bit versions are installed, otherwise run the corresponding yum install package again.
Contents
- Configure fys yum repository
- Configure external el repos
- Configure rpmbuild
- Install external packages
- It's time to build custom RPMS
- compilers and tools
- openmpi
- acml
- goto
- atlas
- rasmol
- cblas
- python-setuptools
- python-nose
- numpy
- gnuplot-py
- python-numeric
- netcdf
- etsf_io
- ScientificPython 2.6.2
- ScientificPython 2.8 or later
- python-docutils
- pytz
- python-dateutil
- python-matplotlib
- campos-ase2
- fftw2
- campos-dacapo-pseudopotentials
- campos-dacapo-python
- campos-dacapo
- fftw3
- scipy
- povray
- babel
- python-jinja2
- python-pygments
- python-sphinx
- auctex
- campos-ase3
- blacs
- scalapack
- PDSYEVRnew
- campos-gpaw-setups
- campos-gpaw
- Asap
- abinit
- siesta
- espresso
- yambo
- elk
- vtk
- octopus
- TAU
- vasp
- exciting
- fleur
- gulp
- cmr
- Testing packages
Configure fys yum repository
We host a yum repository, which contains RPM packages of our software for the following systems: el (RedHat Enterprise Linux, or CentOS), fc (Fedora):
configure fys yum repository:
yum -y install yum-utils wget cd /etc/yum.repos.d wget --no-check-certificate https://svn.fysik.dtu.dk/projects/rpmbuild/trunk/SOURCES/fys_el.repo
Note on a Fedora system download fys_fc.repo instead, and use fys_fc identifier in the command below. Moreover on a fc system you do not need to include any external repositories.
Note on an openSUSE system download fys_openSUSE.repo instead and save it under /etc/zypp/repos.d, and use fys_openSUSE identifier in the command below. You need to include additional external openSUSE repositories: see configure external el repositories
list all packages available in the fys yum repository, maybe you need some of them?:
yum list available --disablerepo=* --enablerepo=fys_el
Note: on el configure external el repositories as installation of most packages requires enabling epel or atrpms repositories:
yum -y install --enablerepo=fys_el,epel,atrpms campos-dacapo
Note: most of the fys packages are relocatable with the default prefix of /usr. As an example one installs campos-dacapo into the /opt/campos-dacapo-2.7.16 prefix as follows:
mkdir fys && cd fys # fys directory stores downloaded RPMS yumdownloader --resolve --enablerepo=fys_el,epel,atrpms campos-dacapo-2.7.16 mkdir tmp && mv campos-dacapo-2.7.16* tmp yum -y localinstall * rpm -ivh --relocate "/usr"="/opt/campos-dacapo-2.7.16" tmp/campos-dacapo-* mv tmp/campos-dacapo-* . && rmdir tmp
Have a look at the /opt/campos-dacapo-2.7.16/share/campos-dacapo/*.*sh to see what environment variables need to be set in case of an installation into a non-default prefix. There is also a template modulefile /opt/campos-dacapo-2.7.16/share/campos-dacapo/campos-dacapo-2.7.16* that contains `prereq`ired modules (modulefiles surely are different on your system).
On systems where you don't have root access you can consider downloading RPMS individually and extracting the contents of the RPMS, for example:
mkdir ~/fys && cd ~/fys rpm2cpio http://packages/pub/linux/fys/el/5/x86_64/campos-dacapo-pseudopotentials-1-2.el5.fys.noarch.rpm | cpio -idmv
Configure external el repos
On openSUSE, as root:
enable the packman repository as described at http://opensuse-community.org/Repositories/Packman
add multimedia:/photo repository, e.g. for opensuse-11.2:
zypper addrepo --repo http://download.opensuse.org/repositories/multimedia:/photo/openSUSE_11.2/multimedia:photo.repo # python-sphinx is there!!!
On RedHat Enterprise Linux or CentOS, as root:
- create yum repository definitions (do not enable them):
official way: follow ATrpms installation instructions and edit /etc/yum.repos.d/atrpms.repo so it contains:
enabled=0fast way:
echo '[atrpms]' > /etc/yum.repos.d/atrpms.repo echo 'name=CentOS $releasever - $basearch - ATrpms' >> /etc/yum.repos.d/atrpms.repo echo 'baseurl=http://dl.atrpms.net/el$releasever-$basearch/atrpms/stable' >> /etc/yum.repos.d/atrpms.repo echo '#baseurl=http://mirrors.ircam.fr/pub/atrpms/el$releasever-$basearch/atrpms/stable' >> /etc/yum.repos.d/atrpms.repo echo 'gpgkey=http://ATrpms.net/RPM-GPG-KEY.atrpms' >> /etc/yum.repos.d/atrpms.repo echo 'gpgcheck=1' >> /etc/yum.repos.d/atrpms.repo echo 'enabled=0' >> /etc/yum.repos.d/atrpms.repoEPEL:
official way: follow EPEL/FAQ/howtouse and edit /etc/yum.repos.d/epel.repo so it contains:
enabled=0fast way:
echo '[epel]' > /etc/yum.repos.d/epel.repo echo 'name=CentOS $releasever - $basearch - EPEL' >> /etc/yum.repos.d/epel.repo echo 'baseurl=http://download.fedora.redhat.com/pub/epel/$releasever/$basearch' >> /etc/yum.repos.d/epel.repo echo 'gpgkey=http://download.fedora.redhat.com/pub/epel/RPM-GPG-KEY-EPEL' >> /etc/yum.repos.d/epel.repo echo 'gpgcheck=1' >> /etc/yum.repos.d/epel.repo echo 'enabled=0' >> /etc/yum.repos.d/epel.repo
install, as root:
yum install yum-utils wget # /var directories must be created yum search --enablerepo=atrpms arpack-devel yum search --enablerepo=epel jmol
Configure rpmbuild
create and retrieve the rpmbuild project (as rpmbuild user):
cd svn co https://svn.fysik.dtu.dk/projects/rpmbuild/trunk rpmbuild
include the rpmbuild environment configuration script in ~/.bashrc:
copy the script:
cp ~/rpmbuild/SOURCES/.bashrc_rpmbuild ~/Note: if installing on a system different than el5 edit the rpm_platform and egg_info variables.
and add the following to ~/.bashrc:
if [ -r "${HOME}/.bashrc_rpmbuild" ]; then . ${HOME}/.bashrc_rpmbuild fiNote on Niflheim the variables:
export FYS_PLATFORM=Intel-Nehalem-el5 # thul export FYS_PLATFORM=AMD-Opteron-el5 # fjormwill be set automatically by /home/camp/modulefiles.sh if the environment-modules package is installed.
create temporary directory:
mkdir -p /scratch/$USER
apply settings from ~/.bashrc by:
. ~/.bashrc
use the following ~rpmbuild/.rpmmacros:
cp ~/rpmbuild/SOURCES/.rpmmacros ~/
create directories:
mkdir -p ~/${FYS_PLATFORM}/{RPMS,SRPMS,BUILD} mkdir -p ~/${FYS_PLATFORM}/{SPECS,SOURCES} # needed only by openmpi
Install external packages
download official packages, as rpmbuild:
cd ~/${FYS_PLATFORM}/RPMS mkdir external; cd external # packages from other distributions yumdownloader --resolve texlive-latex emacs-auctex tex-preview # Fedora yast -i Modules texlive-latex emacs-auctex # openSUSE yast -i python-gtk python-xml python-lxml # openSUSE yast -i python-matplotlib python-numpy # openSUSE yast -i gcc-fortran gcc44-fortran libgfortran44 # openSUSE-11.2 yast -i openmpi-devel blas lapack # openSUSE # el5 packages yumdownloader --resolve emacs binutils-devel glib-devel libstdc++-devel yumdownloader --resolve gcc-gfortran blas-devel lapack-devel python-devel python-sphinx yumdownloader --resolve gnuplot libXi-devel xorg-x11-fonts-100dpi pexpect tetex-latex tkinter qt-devel yumdownloader --resolve openmpi openmpi-devel openmpi-libs compat-dapl libibverbs librdmacm openib yumdownloader --resolve pygtk2-devel gtk2-devel tk-devel agg ghostscript libtiff-devel xterm yumdownloader --resolve libX11-devel libXext-devel openmotif openmotif-devel gd-devel libXpm-devel yumdownloader --resolve compat-libstdc++-33 # for mathematica yumdownloader --resolve MySQL-python # for CMR yumdownloader --resolve perl-XML-SAX # for exciting yumdownloader --resolve gcc43-c++ gcc43-gfortran # only on EL5 == 5.2 yum localinstall * # as root
download atrpms packages, as rpmbuild (vtk-python is currently unavailable 16 Apr 2009):
cd ~/${FYS_PLATFORM}/RPMS/external yumdownloader --resolve --enablerepo=atrpms vtk-python arpack-devel graphviz wget http://ATrpms.net/RPM-GPG-KEY.atrpms rpm --import RPM-GPG-KEY.atrpms # as root yum localinstall * # as root
download the packages from epel, as rpmbuild:
~/${FYS_PLATFORM}/RPMS/external yumdownloader --resolve --enablerepo=epel jmol gsl-devel python-lxml yumdownloader --resolve --enablerepo=epel environment-modules suitesparse-devel wget http://download.fedora.redhat.com/pub/epel/RPM-GPG-KEY-EPEL rpm --import RPM-GPG-KEY-EPEL # as root yum localinstall * # as root
on Niflheim only: remove default openmpi:
yum remove openmpi openmpi-libs
edit /etc/yum.conf so it contains:
exclude=netcdf-* netcdf3-* fftw-* fftw2-* fftw3-* python-numeric openmpi-* libgfortran4* gcc4* libstdc++4* libgomp-* ScientificPython-*
It's time to build custom RPMS
compilers and tools
open64
Install (on the login and computes nodes) Install Open64 Compiler Suite RPM (available under ~rpmbuild/${FYS_PLATFORM}/RPMS/external/prefix), and deploy module file under ` ~rpmbuild/modulefiles/${FYS_PLATFORM}/open64`. Install using --relocate option:
rpm -ivh --relocate "/opt/open64"="/opt/open64/4.2.1" open64-4.2.1-0.x86_64.rpm
The module file is available as svn checkout at https://svn.fysik.dtu.dk/projects/modulefiles/trunk. Note: the module file should contain at least:
prepend-path PATH /opt/open64/4.2.1/lib/gcc-lib/x86_64-open64-linux/4.2.1 prepend-path PATH /opt/open64/4.2.1/bin prepend-path LD_LIBRARY_PATH /opt/open64/4.2.1/lib/gcc-lib/x86_64-open64-linux/4.2.1
g95
Install (on the login and computes nodes) g95 RPM (available under ~rpmbuild/${FYS_PLATFORM}/RPMS/external/prefix), and deploy module file under ` ~rpmbuild/modulefiles/${FYS_PLATFORM}/g95`. Install using --relocate option:
rpm -ivh --relocate "/usr/local"="/opt/g95/0.91" g95-0.91-4.x86_64.rpm
The module file is available as svn checkout at https://svn.fysik.dtu.dk/projects/modulefiles/trunk. Note: the module file should contain at least (do not add the lib directory to LD_LIBRARY_PATH):
prepend-path PATH /opt/g95/0.91/lib/gcc-lib/x86_64-unknown-linux-gnu/4.0.3 prepend-path PATH /opt/g95/0.91/bin
intel
Note: to enable new intell products upgrading of licenses may be necessary, see http://software.intel.com/en-us/articles/workaround-non-upgraded-serial-numbers-disappear-from-the-intel-registration-center-irc-list/
Note: intel changes packaging quite often, here are the installation instructions for the 12.0 compilers:
install RPMS (only on the login node) found in l_ccompxe_2011.1.107 manually (using rpm -ivh):
intel-{compilerpro,idb,idbcdt,ipp,sourcechecker,tbb}*noarch* # exclude intel-compilerpro-common if installed already by mkl intel-{compilerpro,idb,ipp,sourcechecker}*x86_64*
and from l_fcompxe_2011.1.107:
intel-compilerprof*{noarch,x86_64}*
enable them (only on thul):
. /opt/intel/composerxe-2011.1.107/bin/compilervars.sh intel64
build intel compatibility packages (only on thul):
cd ~/rpmbuild/SPECS rpmbuild -bb ${modules_usage} --with major_version=2011 --with version1=1 --with version2=107 intel-redist.spec
Note: do not install the RPMS generated in the last step on the login node. They need to be installed only on compute nodes. On the login node only the module file needs to be deployed under ~rpmbuild/modulefiles, as rpmbuild. Note that this directory is available as svn checkout at https://svn.fysik.dtu.dk/projects/modulefiles/trunk. Here is what need to be done for a new version of the package:
mkdir ~rpmbuild/modulefiles/${FYS_PLATFORM}/ifort cp /scratch/rpmbuild/intel-2011.1.107/2011.1.107-1.intel64.${disttag} ~rpmbuild/modulefiles/${FYS_PLATFORM}/ifort cd ~rpmbuild/modulefiles/${FYS_PLATFORM}/ifort ln -s 2011.1.107-1.intel64.${disttag} 12.0-1
Note: modify the file so it contains at least:
setenv INTEL_LICENSE_FILE /opt/intel/licenses # generated by intel-redist.spec and installed on compute nodes prepend-path LD_LIBRARY_PATH /opt/intel/Compiler/2011.1/107/lib/intel64 # original locations from intel prepend-path LD_LIBRARY_PATH /opt/intel/composerxe-2011.1.107/compiler/lib/intel64 prepend-path LD_LIBRARY_PATH /opt/intel/composerxe-2011.1.107/debugger/lib/intel64 prepend-path PATH /opt/intel/composerxe-2011.1.107/bin/intel64 prepend-path MANPATH : prepend-path MANPATH /opt/intel/composerxe-2011.1.107/man # ipp prepend-path PATH /opt/intel/composerxe-2011.1.107/ipp/bin/intel64 prepend-path LD_LIBRARY_PATH /opt/intel/composerxe-2011.1.107/ipp/lib/intel64 # sourcechecker prepend-path PATH /opt/intel/composerxe-2011.1.107/bin/sourcechecker/bin/intel64 prepend-path LD_LIBRARY_PATH /opt/intel/composerxe-2011.1.107/bin/sourcechecker/lib/intel64
Note: intel changes packaging quite often, here are the installation instructions for the 11.1 compilers:
install RPMS (only on the login node) found in l_cproc_p_11.1.046_intel64 manually (using rpm -ivh):
intel-cproc046-11.1-1.x86_64.rpm intel-cproidb046-11.1-1.x86_64.rpm intel-cprolib046-11.1-1.x86_64.rpm intel-cprolibdev046-11.1-1.x86_64.rpm intel-cprotbblib046-11.1-1.noarch.rpm intel-cprotbblibdev046-11.1-1.noarch.rpm intel-cprocsdk046-11.1-1.noarch.rpm intel-cproidbsdk046-11.1-1.noarch.rpm
and from l_cprof_p_11.1.046_intel64:
intel-cprof046-11.1-1.x86_64.rpm intel-cproflib046-11.1-1.x86_64.rpm intel-cprofsdk046-11.1-1.noarch.rpm
enable them (only on thul):
. /opt/intel/Compiler/11.1/046/bin/intel64/ifortvars_intel64.sh . /opt/intel/Compiler/11.1/046/bin/intel64/iccvars_intel64.sh
build intel compatibility packages (only on thul):
cd ~/rpmbuild/SPECS rpmbuild -bb ${modules_usage} intel-redist.spec
Note: do not install the RPMS generated in the last step on the login node. They need to be installed only on compute nodes. On the login node only the module file needs to be deployed under ~rpmbuild/modulefiles, as rpmbuild. Note that this directory is available as svn checkout at https://svn.fysik.dtu.dk/projects/modulefiles/trunk. Here is what need to be done for a new version of the package:
mkdir ~rpmbuild/modulefiles/${FYS_PLATFORM}/ifort cp /scratch/rpmbuild/intel-11.1.046/11.1.046-1.intel64.${disttag} ~rpmbuild/modulefiles/${FYS_PLATFORM}/ifort cd ~rpmbuild/modulefiles/${FYS_PLATFORM}/ifort ln -s 11.1.046-1.intel64.${disttag} 11.1-1
Note: the above module file should contain at least:
prepend-path LD_LIBRARY_PATH /opt/intel/Compiler/11.1/046/lib/intel64 prepend-path LD_LIBRARY_PATH /opt/intel/Compiler/11.1/046/idb/lib/intel64 prepend-path PATH /opt/intel/Compiler/11.1/046/bin/intel64 prepend-path MANPATH : prepend-path MANPATH /opt/intel/Compiler/11.1/046/man
Note: intel changes packaging quite often, here are the installation instructions for the 10.1.015 compilers:
install RPMS (on the login and compute nodes) found in l_cc_p_10.1.015_intel64.tar.gz and l_fc_p_10.1.015_intel64.tar.gz manually (using rpm -ivh):
intel-icce101015-10.1.015-1.em64t.rpm intel-iidbe101015-10.1.015-1.em64t.rpm intel-isubhe101015-10.1.015-1.em64t.rpm intel-iforte101015-10.1.015-1.em64t.rpm
replace the installation path in the scripts (action necessary only on the login node):
files=`grep "<INSTALLDIR>" -r /opt/intel/cce/ | cut -d":" -f 1 | uniq` for file in $files; do echo $file sed -i 's#<INSTALLDIR>#/opt/intel/cce/10.1.015#g' $file done files=`grep "<INSTALLDIR>" -r /opt/intel/fce/ | cut -d":" -f 1 | uniq` for file in $files; do echo $file sed -i 's#<INSTALLDIR>#/opt/intel/fce/10.1.015#g' $file done files=`grep "<INSTALLDIR>" -r /opt/intel/idbe/ | cut -d":" -f 1 | uniq` for file in $files; do echo $file sed -i 's#<INSTALLDIR>#/opt/intel/idbe/10.1.015#g' $file done
provide the module file ~rpmbuild/modulefiles/${FYS_PLATFORM}/ifort/10.1.015-1.intel64.${disttag}:
prepend-path LD_LIBRARY_PATH /opt/intel/cce/10.1.015/lib prepend-path LD_LIBRARY_PATH /opt/intel/fce/10.1.015/lib prepend-path PATH /opt/intel/cce/10.1.015/bin prepend-path PATH /opt/intel/fce/10.1.015/bin prepend-path PATH /opt/intel/idbe/10.1.015/bin prepend-path MANPATH : prepend-path MANPATH /opt/intel/cce/10.1.015/man prepend-path MANPATH /opt/intel/fce/10.1.015/man prepend-path MANPATH /opt/intel/idbe/10.1.015/man
and the link:
cd ~rpmbuild/modulefiles/${FYS_PLATFORM}/ifort ln -s 10.1.015-1.intel64.${disttag} 10.1-1
Moreover: intel-*intel64* RPMS need to be installed with --nodeps, so move them into a special directory:
mkdir -p ~/${FYS_PLATFORM}/RPMS/nodeps mv ~/${FYS_PLATFORM}/RPMS/intel-*intel64* ~/${FYS_PLATFORM}/RPMS/nodeps
intel mkl
Install mkl RPMS intel-mkl-*, intel-openmp-*, intel-compilerpro-* (intel-mkl, intel-mkllibdev, intel-mkllib for mkl version < 10.3), and build mkl compatibility package (only on thul):
# for mkl 10.3, as root cd /opt/intel/mkl # packaging of mkl changes again so link is necessary ln -s ../compilerpro-12.0.1.107/mkl/ 10.3.1.107 # as rpmbuild cd ~/rpmbuild/SOURCES export mkl=10.1.3.027 mkdir ${mkl} cp -rp /opt/intel/mkl/${mkl}/lib ${mkl} cp -rpf /opt/intel/mkl/${mkl}/doc ${mkl} # for mkl < 10.3 cp -rpf /opt/intel/compilerpro-12.0.1.107/compiler/lib ${mkl} # for mkl >= 10.3 tar zcf intel-redist-mkl-${mkl}.tar.gz ${mkl} cd ~/rpmbuild/SPECS rpmbuild -bb --with version1=3 --with version2=1 --with version3=107 ${modules_usage} --with platform=intel64 intel-redist-mkl.spec # **Warning**: mkl < 10.3 uses em64t rpmbuild -bb --with version1=1 --with version2=3 --with version3=027 ${modules_usage} intel-redist-mkl.spec
Note: do not install the resulting RPM on the login node. It needs to be installed only on compute nodes. On the login node only the module file needs to be deployed under ~rpmbuild/modulefiles, as rpmbuild. Note that this directory is available as svn checkout at https://svn.fysik.dtu.dk/projects/modulefiles/trunk. Here is what need to be done for a new version of the package:
mkdir ~rpmbuild/modulefiles/${FYS_PLATFORM}/mkl cp /tmp/intel-mkl-${mkl}/${mkl}-1.${disttag}.em64t ~rpmbuild/modulefiles/${FYS_PLATFORM}/mkl cd ~rpmbuild/modulefiles/${FYS_PLATFORM}/mkl ln -s ${mkl}-1.${disttag}.em64t 10.1p-027
Note: the above module file should contain at least:
prepend-path LD_LIBRARY_PATH /opt/intel/mkl/10.1.3.027/lib/em64t
Build mkl/fftw (as root):
export mkl=10.1.3.027 . /opt/intel/Compiler/11.0/083/bin/intel64/ifortvars_intel64.sh cd /opt/intel/mkl/${mkl}/interfaces/fftw2xf make libem64t cd /opt/intel/mkl/${mkl}/lib/em64t ln -s libfftw2xf_intel.a libfftw.a
Logout and login as rpmbuild.
openmpi
Build a custom openmpi, using torque support:
wget http://www.open-mpi.org/software/ompi/v1.3/downloads/openmpi-1.3.3.tar.bz2 \ -O ~/rpmbuild/SOURCES/openmpi-1.3.3.tar.bz2 sh ./buildrpm-1.3.3-1.gfortran.sh ../SOURCES/openmpi-1.3.3.tar.bz2 2>&1 | tee buildrpm-1.3.3-1.gfortran.sh.log.${FYS_PLATFORM} sh ./buildrpm-1.3.3-1.gfortran43.sh ../SOURCES/openmpi-1.3.3.tar.bz2 2>&1 | tee buildrpm-1.3.3-1.gfortran43.sh.log.${FYS_PLATFORM} sh ./buildrpm-1.3.3-1.pathscale.sh ../SOURCES/openmpi-1.3.3.tar.bz2 2>&1 | tee buildrpm-1.3.3-1.pathscale.sh.log.${FYS_PLATFORM} sh ./buildrpm-1.3.3-1.ifort.11.0.sh ../SOURCES/openmpi-1.3.3.tar.bz2 2>&1 | tee buildrpm-1.3.3-1.ifort.11.0.sh.log.${FYS_PLATFORM} # thul only sh ./buildrpm-1.3.3-1.ifort.11.1.sh ../SOURCES/openmpi-1.3.3.tar.bz2 2>&1 | tee buildrpm-1.3.3-1.ifort.11.1.sh.log.${FYS_PLATFORM} # thul only module load g95 sh ./buildrpm-1.3.3-1.g95.sh ../SOURCES/openmpi-1.3.3.tar.bz2 2>&1 | tee buildrpm-1.3.3-1.g95.sh.log.${FYS_PLATFORM} # fjorm only module unload g95 module load open64/4.2.1-0 # 24 June 2009: build fails on Nehalem with *configure: error: TM support requested but not found. Aborting* sh ./buildrpm-1.3.3-1.open64.4.2.1.sh ../SOURCES/openmpi-1.3.3.tar.bz2 2>&1 | tee buildrpm-1.3.3-1.open64.4.2.1.sh.log.${FYS_PLATFORM} module unload open64/4.2.1-0 module load open64/4.2.3-0 # 24 June 2009: build fails on Nehalem with *configure: error: TM support requested but not found. Aborting* sh ./buildrpm-1.3.3-1.open64.4.2.3.sh ../SOURCES/openmpi-1.3.3.tar.bz2 2>&1 | tee buildrpm-1.3.3-1.open64.4.2.3.sh.log.${FYS_PLATFORM} module unload open64/4.2.3-0
Note: intel openmpi needs to be installed ignoring dependencies:
rpm -ivh --nodeps --oldpackage ~rpmbuild/${FYS_PLATFORM}/RPMS/openmpi-1.3.3-1.${disttag}.ifort.11.1.x86_64.rpm
acml
Note this package is not relocatable!
AMD Core Math Library contains optimized BLAS and LAPACK libraries for AMD opteron processors (work also on intel), and is available for download after registration.
Build the following RPMS:
. fys.set.Niflheim.gfortran.4.1.2.sh . fys.set.blas.acml.4.0.1.sh . fys.build.acml.sh # . fys.set.Niflheim.pathscale.3.2.sh . fys.set.blas.acml.4.0.1.sh . fys.build.acml.sh # . fys.set.Niflheim.gfortran43.4.3.2.sh . fys.set.blas.acml.4.3.0.sh . fys.build.acml.sh # . fys.set.Niflheim.gfortran43.4.3.2.sh . fys.set.blas.acml.4.3.0_mp.sh . fys.build.acml.sh # . fys.set.Niflheim.open64.4.2.1.sh . fys.set.blas.acml.4.3.0.sh . fys.build.acml.sh # . fys.set.Niflheim.gfortran43.4.3.2.sh . fys.set.blas.acml.4.4.0.sh . fys.build.acml.sh # . fys.set.Niflheim.ifort.11.0.sh . fys.set.blas.acml.4.4.0.sh . fys.build.acml.sh # . fys.set.Niflheim.open64.4.2.3.sh . fys.set.blas.acml.4.4.0.sh . fys.build.acml.shNote problems with dgemm acml 4.1.0 and 4.2.0 have been reported. Moreover campos-dacapo built with acml-4-1-0-pathscale-64bit.tgz fails with "ZINSC 2 returned info= 2" for the following job:
#!/usr/bin/env python from Dacapo import Calculator from ASE.IO.xyz import ReadXYZ from ASE.Dynamics.Langevin import Langevin prefix = 'D' atoms = ReadXYZ('32H2O.xyz') L = 9.8553729 atoms.SetUnitCell([L, L, L], fix=True) atoms.SetBoundaryConditions(True) r = 1 atoms = atoms.Repeat([r, r, r]) n = 48 * r calc = Calculator(nbands=128 * r**3, planewavecutoff=350, densitycutoff=500, xc='PBE') atoms.SetCalculator(calc) from time import time atoms.GetPotentialEnergy() pos=atoms[0].GetCartesianPosition() atoms[0].SetCartesianPosition(pos+0.005) t0=time() atoms.GetPotentialEnergy() print time()-t0Download 32H2O.xyz
goto
GotoBLAS contains optimized BLAS libraries, and is available for academic community after registration. Does not work in Intel Nehalem.
Download GotoBLAS-1.26.tar.gz (Warning outdated release of GotoBLAS is no longer available) and GotoBLAS2-1.23.tar.gz (supports Nehalem) to ~/rpmbuild/SOURCES. The default build process searches your $PATH for available compilers. Priority order is PathScale, PGI, Intel, gfortran, g95 and g77, therefore setting compilers explicitly is needed.
On a custom system build the following RPMS:
blas_version=1.26 . fys.set.gfortran.default.sh (rpm_prefix=/usr && . fys.build.goto.sh)On Niflheim build RPMS (on the target compute node!) using the following command:
blas_version=1.26 . fys.set.Niflheim.gfortran.4.1.2.sh . fys.build.goto.sh # blas_version=1.26 . fys.set.Niflheim.gfortran43.4.3.2.sh . fys.build.goto.sh # blas_version=1.26 . fys.set.Niflheim.pathscale.3.2.sh . fys.build.goto.sh # blas_version=1.26 . fys.set.Niflheim.open64.4.2.1.sh . fys.build.goto.sh # blas_version=1.26 . fys.set.Niflheim.open64.4.2.3.sh . fys.build.goto.shNote - 1.26 version fails on Nehalem with:
../../../param.h:1195:21: error: division by zero in #ifGotoBLAS2:
. fys.set.Niflheim.gfortran.4.1.2.sh . fys.build.goto2.sh # . fys.set.Niflheim.gfortran43.4.3.2.sh . fys.build.goto2.sh # . fys.set.Niflheim.open64.4.2.3.sh . fys.build.goto2.sh
atlas
Note this package is not relocatable!
On a custom system build the following RPMS:
blas_version=3.8.3 . fys.set.gfortran.default.sh (rpm_prefix=/usr/local/atlas && default_version_usage="--with default_version" && . fys.build.atlas.sh)On Niflheim build the following RPMS:
blas_version=3.8.3 . fys.set.Niflheim.gfortran.4.1.2.sh . fys.build.atlas.sh # blas_version=3.8.3 . fys.set.Niflheim.gfortran43.4.3.2.sh . fys.build.atlas.shNote: - 3.8.3 version fails on Opteron with open64 with:
/scratch/rpmbuild/ATLAS/RpmObjs/..//CONFIG/src/backend/comptestC.c:5: undefined reference to `__pathscale_malloc_alg'
rasmol
Required by campos-ase2.
Note that rasmol is built for 32bit architecture, so make sure that your system fulfills "BuildRequires" for both 64 and 32bit:
rpmbuild --nobuild RasMol.specOn a custom system build the following RPMS:
(rpm_prefix=/usr && . fys.build.RasMol.2.7.3.sh)On Niflheim build the following RPMS:
. fys.build.RasMol.2.7.3.sh
cblas
Required by campos-ase2.
On a custom system build the following RPMS:
. fys.set.gfortran.default.sh . fys.set.blas.default.sh (rpm_prefix=/usr && . fys.build.cblas.sh)On Niflheim build the following RPMS:
. fys.set.Niflheim.gfortran.4.1.2.sh . fys.set.blas.acml.4.0.1.sh . fys.build.cblas.sh
python-setuptools
On a custom system build the following RPMS:
(rpm_prefix=/usr && . fys.build.setuptools.0.6c9.sh)On Niflheim build the following RPMS:
. fys.build.setuptools.0.6c9.shIf using modules:
module load python-setuptoolselse, if not using the default "/usr" prefix:
. /etc/profile.d/python-setuptools.sh
python-nose
On a custom system build the following RPMS:
(rpm_prefix=/usr && . fys.build.nose.0.10.4.sh)On Niflheim build the following RPMS:
. fys.build.nose.0.10.4.shIf using modules:
module load python-noseelse, if not using the default "/usr" prefix:
. /etc/profile.d/python-nose.sh
numpy
On a custom system build the following RPMS:
. fys.set.gfortran.default.sh . fys.set.blas.default.sh . fys.set.lapack.default.sh . fys.set.Niflheim.cblas.2.23.3.sh (rpm_prefix=/usr && . fys.build.numpy.1.3.0.sh)On Niflheim build the following RPMS:
. fys.set.Niflheim.numpy.1.3.0.gfortran.4.1.2.acml.4.0.1.cblas.none.sh . fys.build.numpy.1.3.0.sh # only on thul . fys.set.Niflheim.numpy.1.3.0.gfortran.4.1.2.mkl.10.1.3.027.cblas.mkl.10.1.3.027.sh . fys.build.numpy.1.3.0.sh # building using cblas/acml causes the test below to fail . fys.set.Niflheim.numpy.1.3.0.gfortran.4.1.2.acml.4.0.1.cblas.2.23.3.sh . fys.build.numpy.1.3.0.shAfter installing python-numeric make a very rough check:
is using modules:
module load ${blas}-${compiler}64/${blas_version}-1.${disttag} module load cblas-${blas}-${compiler}64/2.23.3-1.${disttag}.${compiler}.${compiler_version}.${blas}.${blas_version} module load numpy/1.3.0-1.${disttag}.${compiler}.${compiler_version}.python${python_version}.${blas}.${blas_version}.${lapack}.${lapack_version} python -c "import numpy; from numpy.core.multiarray import dot; b = numpy.ones(13, numpy.complex); dot(b, b)" python -c "import numpy; numpy.test()"else, if not using the default "/usr" prefix:
. /etc/profile.d/numpy.sh
gnuplot-py
Required by campos-ase2.
On a custom system build the following RPMS:
(rpm_prefix=/usr && . fys.build.gnuplot-py.1.8.sh)On Niflheim build the following RPMS:
. fys.build.gnuplot-py.1.8.shIf using modules:
module load gnuplot-pyelse, if not using the default "/usr" prefix:
. /etc/profile.d/gnuplot-py.sh
python-numeric
Required by campos-ase2.
Warning: on a 64-bit machine works only with python <= 2.4.
We must install 24.2 version, and we keep the default version:
cd ~/${FYS_PLATFORM}/RPMS/external rpm -e --nodeps python-numeric # as root yumdownloader --resolve --disableexcludes=main python-numeric cd ~/rpmbuild/SPECSOn a custom system build the following RPMS:
. fys.set.gfortran.default.sh . fys.set.blas.default.sh . fys.set.lapack.default.sh . fys.set.Niflheim.cblas.2.23.3.sh . fys.build.Numeric.24.2.shOn Niflheim build the following RPMS:
. fys.set.Niflheim.Numeric.24.2.gfortran.4.1.2.acml.4.0.1.cblas.2.23.3.sh . fys.build.Numeric.24.2.shNote: (16 Apr 2009) currently Numeric's test.py results in (we ignore this error):
glibc detected *** python: free(): invalid next size (normal): 0x09aee970 ***After installing python-numeric make a very rough check:
is using modules:
module load ${blas}-${compiler}64/${blas_version}-1.${disttag} module load cblas-${blas}-${compiler}64/2.23.3-1.${disttag}.${compiler}.${compiler_version}.${blas}.${blas_version} module load python-numeric/24.2-4.${disttag}.${compiler}.${compiler_version}.python${python_version}.${blas}.${blas_version}.${lapack}.${lapack_version} python -c "import lapack_lite" ldd `rpm -ql python-numeric-24.2-4.${disttag}.${compiler}.${compiler_version}.python${python_version}.${blas}.${blas_version}.${lapack}.${lapack_version} | grep lapack_lite.so` ldd `rpm -ql python-numeric-24.2-4.${disttag}.${compiler}.${compiler_version}.python${python_version}.${blas}.${blas_version}.${lapack}.${lapack_version} | grep _dotblas.so`else:
. /etc/profile.d/python-numeric.sh python -c "import lapack_lite" ldd `rpm -ql python-numeric | grep lapack_lite.so` ldd `rpm -ql python-numeric | grep _dotblas.so`and reinstall the default version:
rpm -ivh --oldpackage ~/${FYS_PLATFORM}/RPMS/external/python-numeric-23.*.rpm
netcdf
NetCDF (network Common Data Form) is an interface for array-oriented data access and a library that provides an implementation of the interface. The NetCDF library also defines a machine-independent format for representing scientific data.
We prefer version 3.6.1 or higher (note that version 3.6.2 has fortran interface in libnetcdff.a).
On a custom system build the following RPMS:
. fys.set.gfortran.default.sh (rpm_prefix=/usr && . fys.build.netcdf4.4.0.1.sh)On Niflheim build the following RPMS:
. fys.set.Niflheim.gfortran.4.1.2.sh . fys.set.Niflheim.netcdf4.4.0.1.sh . fys.build.netcdf4.4.0.1.sh # . fys.set.Niflheim.gfortran43.4.3.2.sh . fys.set.Niflheim.netcdf4.4.0.1.sh . fys.build.netcdf4.4.0.1.sh # only on fjorm . fys.set.Niflheim.pathscale.3.2.sh . fys.set.Niflheim.netcdf4.4.0.1.sh . fys.build.netcdf4.4.0.1.sh # only on thul . fys.set.Niflheim.ifort.11.0.sh . fys.set.Niflheim.netcdf4.4.0.1.sh . fys.build.netcdf4.4.0.1.sh # only on fjorm . fys.set.Niflheim.open64.4.2.1.sh . fys.set.Niflheim.netcdf4.4.0.1.sh . fys.build.netcdf4.4.0.1.sh # . fys.set.Niflheim.open64.4.2.3.sh . fys.set.Niflheim.netcdf4.4.0.1.sh . fys.build.netcdf4.4.0.1.sh # only on thul . fys.set.Niflheim.ifort.11.1.sh . fys.set.Niflheim.netcdf4.4.0.1.sh . fys.build.netcdf4.4.0.1.sh
etsf_io
- ETSF_IO
- A library of F90 routines to read/write the ETSF file format has been written. It is called ETSF_IO and available under LGPL.
On a custom system build the following RPMS:
. fys.set.gfortran.default.sh . fys.set.netcdf.default.sh . fys.set.hdf5.default.sh (. fys.build.etsf_io.sh)On Niflheim build the following RPMS:
# Oct 4 2010: fatal error: gfc_todo: Not Implemented: complex character array constructors . fys.set.Niflheim.gfortran.4.1.2.sh . fys.set.Niflheim.netcdf4.4.0.1.sh hdf=none . fys.build.etsf_io.sh # . fys.set.Niflheim.gfortran43.4.3.2.sh . fys.set.Niflheim.netcdf4.4.0.1.sh hdf=none . fys.build.etsf_io.sh # Oct 04 2010: tests/group_level failed . fys.set.Niflheim.open64.4.2.3.sh . fys.set.Niflheim.netcdf4.4.0.1.sh hdf=none . fys.build.etsf_io.sh
ScientificPython 2.6.2
Warning: version 2.6.2 required by campos-ase2. Later versions are needed by campos-ase3. Note that versions 2.6.2 and >= 2.8 are mutually exclusive if installed in the default "/usr" prefix.
On a custom system build the following RPMS:
. fys.set.ScientificPython.2.6.2.default.sh (rpm_prefix=/usr && . fys.build.ScientificPython.sh)On Niflheim build the following RPMS:
. fys.set.Niflheim.ScientificPython.2.6.2.gfortran.4.1.2.openmpi.1.3.3.numeric.sh . fys.build.ScientificPython.sh
ScientificPython 2.8 or later
Note that versions 2.6.2 and >= 2.8 are mutually exclusive if installed in the default "/usr" prefix.
Required by campos-ase3.
On a custom system build the following RPMS:
. fys.set.ScientificPython.2.8.default.sh (rpm_prefix=/usr && . fys.build.ScientificPython.sh)On Niflheim build the following RPMS:
. fys.set.Niflheim.ScientificPython.2.8.gfortran.4.1.2.serial_version.only.numpy.sh . fys.build.ScientificPython.sh
python-docutils
On a custom system build the following RPMS:
(rpm_prefix=/usr && . fys.build.docutils.0.5.sh)On Niflheim build the following RPMS:
. fys.build.docutils.0.5.shIf using modules:
module load python-docutilselse, if not using the default "/usr" prefix:
. /etc/profile.d/python-docutils.sh
pytz
On a custom system build the following RPMS:
(rpm_prefix=/usr && . fys.build.pytz.2008g.sh)On Niflheim build the following RPMS:
. fys.build.pytz.2008g.shIf using modules:
module load pytzelse, if not using the default "/usr" prefix:
. /etc/profile.d/pytz.sh
python-dateutil
On a custom system build the following RPMS:
(rpm_prefix=/usr && . fys.build.python-dateutil.1.4.1.sh)On Niflheim build the following RPMS:
. fys.build.python-dateutil.1.4.1.shIf using modules:
module load python-dateutilelse, if not using the default "/usr" prefix:
. /etc/profile.d/python-dateutil.sh
python-matplotlib
On a custom system build the following RPMS:
(rpm_prefix=/usr && . fys.build.python-matplotlib.sh)On Niflheim build the following RPMS:
module load NUMPY module load python-docutils module load pytz module load python-dateutil . fys.build.python-matplotlib.0.99.1.2.sh
campos-ase2
On a custom system build the following RPMS:
(rpm_prefix=/usr && . fys.build.ase2.2.3.13.sh)On Niflheim build the following RPMS:
. fys.build.ase2.2.3.13.sh
fftw2
We use version 2.1.5.
On a custom system build the following RPMS:
. fys.set.fftw2.default.sh (rpm_prefix=/usr && . fys.build.fftw2.2.1.5.sh)On Niflheim build the following RPMS:
. fys.set.Niflheim.gfortran.4.1.2.sh . fys.build.fftw2.2.1.5.sh # . fys.set.Niflheim.gfortran43.4.3.2.sh . fys.build.fftw2.2.1.5.sh # . fys.set.Niflheim.pathscale.3.2.sh . fys.build.fftw2.2.1.5.sh # only on fjorm . fys.set.Niflheim.open64.4.2.1.sh . fys.build.fftw2.2.1.5.sh # . fys.set.Niflheim.open64.4.2.3.sh . fys.build.fftw2.2.1.5.sh # Note: 24 June 2009: ifort fails to build static fftw2 . fys.set.Niflheim.ifort.11.0.sh . fys.build.fftw2.2.1.5.sh
campos-dacapo-pseudopotentials
Note this package is not relocatable!
campos-dacapo-pseudopotentials-1.tar.gz
On a custom system build the following RPMS:
(default_version_usage="--with default_version" && modules_usage="--without modules" && . fys.build.dacapo-pseudopotentials.1.sh)On Niflheim build the following RPMS:
. fys.build.dacapo-pseudopotentials.1.sh
campos-dacapo-python
Requires campos-ase2.
On a custom system build the following RPMS:
(rpm_prefix=/usr && . fys.build.dacapo-python.0.9.4.sh)On Niflheim build the following RPMS:
. fys.build.dacapo-python.0.9.4.sh
campos-dacapo
Note that FC's fftw version 3 is incompatible with dacapo.
If you build only a serial version add "--without parallel" to the rpmbuild options. Another useful option is "--without default_version" that does not put /etc/profile.d scripts, nor modules under /opt/modulefiles that allows the package to be relocatable.
Warning: currently (9 Oct 2008) packaging of openmpi on FC8/FC9 requires the following link to be made:
ln -s /usr/include/openmpi/1.2.4-gcc/32/mpif-config.h /usr/include/openmpi/1.2.4-gcc/mpif-config.hWarning: currently (9 Oct 2008) the default build fails for EL4 due to double underlined symbols in the netcdf from ATrpms, however custom build (i.e. with building your own netcdf should work).
On a custom system build the following RPMS:
. fys.set.dacapo.default.sh . fys.set.atlas.default.sh (rpm_prefix=/usr && . fys.build.dacapo.sh) # optional build using netlib blas/lapack . fys.set.dacapo.default.sh (rpm_prefix=/usr && . fys.build.dacapo.sh)On Niflheim build the following RPMS:
. fys.set.Niflheim.dacapo.2.7.16.gfortran43.4.3.2.openmpi.1.3.3.acml.4.3.0.acml.4.3.0.fftw2.sh . fys.build.dacapo.sh # only on fjorm . fys.set.Niflheim.dacapo.2.7.16.open64.4.2.1.openmpi.1.3.3.acml.4.3.0.acml.4.3.0.fftw2.sh . fys.build.dacapo.sh # only on thul . fys.set.Niflheim.dacapo.2.7.16.gfortran43.4.3.2.openmpi.1.3.3.mkl.10.1.3.027.mkl.10.1.3.027.mkl.sh . fys.build.dacapo.sh # optional . fys.set.Niflheim.gfortran.4.1.2.sh . fys.set.Nilfheim.openmpi.1.3.3.sh . fys.set.Niflheim.netcdf4.4.0.1.sh . fys.set.Niflheim.fftw2.2.1.5.sh . fys.set.blas.default.sh . fys.set.lapack.acml.sh . fys.build.dacapo.sh # optional . fys.set.Niflheim.gfortran43.4.3.2.sh . fys.set.Nilfheim.openmpi.1.3.3.sh . fys.set.Niflheim.netcdf4.4.0.1.sh . fys.set.Niflheim.fftw2.2.1.5.sh . fys.set.blas.acml.4.3.0.sh . fys.set.lapack.acml.sh . fys.set.Niflheim.goto.1.26.sh . fys.set.lapack.acml.sh . fys.build.dacapo.sh # optional . fys.set.Niflheim.open64.4.2.1.sh . fys.set.Nilfheim.openmpi.1.3.3.sh . fys.set.Niflheim.netcdf4.4.0.1.sh . fys.set.Niflheim.fftw2.2.1.5.sh . fys.set.blas.acml.4.3.0.sh . fys.set.lapack.acml.sh . fys.set.Niflheim.goto.1.26.sh . fys.set.lapack.acml.sh . fys.build.dacapo.sh # optional # only on thul # multinode jobs fail . fys.set.Niflheim.ifort.11.0.sh . fys.set.Nilfheim.openmpi.1.3.3.sh . fys.set.Niflheim.netcdf4.4.0.1.sh . fys.set.Niflheim.mkl.10.1.3.027.sh . fys.build.dacapo.sh
fftw3
On a custom system build the following RPMS:
. fys.set.fftw3.default.sh (rpm_prefix=/usr && . fys.build.fftw3.3.2.1.sh)On Niflheim build the following RPMS:
. fys.set.Niflheim.gfortran.4.1.2.sh . fys.build.fftw3.3.2.1.sh # . fys.set.Niflheim.gfortran43.4.3.2.sh . fys.build.fftw3.3.2.1.sh # . fys.set.Niflheim.open64.4.2.3.sh . fys.build.fftw3.3.2.1.sh # only on thul . fys.set.Niflheim.ifort.11.1.sh . fys.build.fftw3.3.2.1.sh
scipy
On a custom system build the following RPMS:
. fys.set.gfortran.default.sh . fys.set.blas.default.sh . fys.set.lapack.default.sh . fys.set.Niflheim.cblas.2.23.3.sh . fys.set.fftw3.default.sh . fys.set.suitesparse.default.sh (rpm_prefix=/usr && . fys.build.scipy.0.7.0.sh)On Niflheim build the following RPMS:
. fys.set.Niflheim.scipy.0.7.0.gfortran.4.1.2.blas.lapack.cblas.2.23.3.sh . fys.build.scipy.0.7.0.sh # optional - not tested! . fys.set.Niflheim.scipy.0.7.0.gfortran.4.1.2.acml.4.0.1.cblas.2.23.3.sh . fys.build.scipy.0.7.0.sh
povray
On a custom system build the following RPMS:
(rpm_prefix=/usr && . fys.build.povray.sh)On Niflheim build the following RPMS:
. fys.build.povray.sh
babel
On a custom system build the following RPMS:
(rpm_prefix=/usr && . fys.build.Babel.0.9.4.sh)On Niflheim build the following RPMS:
. fys.build.Babel.0.9.4.shIf using modules:
module load babelelse, if not using the default "/usr" prefix:
. /etc/profile.d/babel.sh
python-jinja2
On a custom system build the following RPMS:
(rpm_prefix=/usr && . fys.build.Jinja2.2.1.1.sh)On Niflheim build the following RPMS:
. fys.build.Jinja2.2.1.1.shIf using modules:
module load python-jinja2else, if not using the default "/usr" prefix:
. /etc/profile.d/python-jinja2.sh
python-pygments
On a custom system build the following RPMS:
(rpm_prefix=/usr && . fys.build.Pygments.1.0.sh)On Niflheim build the following RPMS:
. fys.build.Pygments.1.0.shIf using modules:
module load python-pygmentselse, if not using the default "/usr" prefix:
. /etc/profile.d/python-pygments.sh
python-sphinx
On a custom system build the following RPMS:
(rpm_prefix=/usr && . fys.build.Sphinx.0.6.1.sh)On Niflheim build the following RPMS:
. fys.build.Sphinx.0.6.1.shIf using modules:
module load python-sphinxelse, if not using the default "/usr" prefix:
. /etc/profile.d/python-sphinx.sh
auctex
Build the following RPMS:
cd ~/rpmbuild/SOURCES&& wget http://ftp.gnu.org/pub/gnu/auctex/auctex-11.85.tar.gz cd ~/rpmbuild/SPECS rpmbuild -bb auctex.spec
campos-ase3
On a custom system build the following RPMS:
(rpm_prefix=/usr && . fys.build.ase3.sh)On Niflheim build the following RPMS:
. fys.build.ase3.shSnapshot package is built with, e.g.:
major_version=3 version1=2 version2=0 version_svn=1066 release=${major_version}.${version1}.${version2}.${version_svn}/1.${disttag}.python${python_version} rpmbuild -bb --with major_version=${major_version} --with version1=${version1} --with version2=${version2} --with version_svn=${version_svn} --with keep_install=1 \ ${modules_usage} --with default_version -with system=${rpm_platform} \ --with python_version=${python_version} \ --with prefix=/home/camp/rpmbuild/opt/Intel-Nehalem-el5/campos-ase3/${release} campos-ase3.spec rm /home/camp/rpmbuild/Intel-Nehalem-el5/RPMS/campos-ase3-${major_version}.${version1}.${version2}.${version_svn}-1.${disttag}.python${python_version}.x86_64.rpm dir=~/Intel-Nehalem-el5/BUILD/campos-ase3-${major_version}.${version1}.${version2}.${version_svn}-1.${disttag}.python${python_version}-root ln -s ${dir}/etc/modulefiles/campos-ase3/${major_version}.${version1}.${version2}.${version_svn}-1.${disttag}.python${python_version} \ ~/Intel-Nehalem-el5/modulefiles.testing/campos-ase3 ln -s ${dir}/home/camp/rpmbuild/opt/Intel-Nehalem-el5/campos-ase3/${major_version}.${version1}.${version2}.${version_svn} ~/opt/Intel-Nehalem-el5/campos-ase3
blacs
BLACS is used by ScaLapack.On a custom system build the following RPMS:
. fys.set.gfortran.default.sh . fys.set.openmpi.default.sh (rpm_prefix=/usr && . fys.build.blacs.sh)On Niflheim build the following RPMS:
. fys.set.Niflheim.gfortran.4.1.2.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.build.blacs.sh # . fys.set.Niflheim.gfortran43.4.3.2.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.build.blacs.sh # . fys.set.Niflheim.pathscale.3.2.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.build.blacs.sh # . fys.set.Niflheim.open64.4.2.1.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.build.blacs.sh # . fys.set.Niflheim.open64.4.2.3.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.build.blacs.sh # . fys.set.Niflheim.ifort.11.0.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.build.blacs.sh # . fys.set.Niflheim.ifort.11.1.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.build.blacs.sh
scalapack
SCALAPACK.On a custom system build the following RPMS:
. fys.set.gfortran.default.sh . fys.set.openmpi.default.sh . fys.set.blas.default.sh . fys.set.lapack.default.sh . fys.set.Niflheim.blacs.1.1.sh (rpm_prefix=/usr && . fys.build.scalapack.sh)On Niflheim build the following RPMS:
. fys.set.Niflheim.gfortran.4.1.2.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.set.blas.default.sh . fys.set.lapack.default.sh . fys.set.Niflheim.blacs.1.1.sh . fys.build.scalapack.sh # . fys.set.Niflheim.gfortran43.4.3.2.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.set.blas.default.sh . fys.set.lapack.default.sh . fys.set.Niflheim.blacs.1.1.sh . fys.build.scalapack.sh # . fys.set.Niflheim.gfortran43.4.3.2.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.set.blas.acml.4.4.0.sh . fys.set.lapack.acml.sh . fys.set.Niflheim.blacs.1.1.sh . fys.build.scalapack.sh # . fys.set.Niflheim.gfortran43.4.3.2.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.set.blas.acml.4.3.0.sh . fys.set.lapack.acml.sh . fys.set.Niflheim.blacs.1.1.sh # . fys.set.Niflheim.gfortran.4.1.2.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.set.blas.acml.4.0.1.sh . fys.set.lapack.acml.sh . fys.set.Niflheim.blacs.1.1.sh . fys.build.scalapack.sh # . fys.set.Niflheim.gfortran43.4.3.2.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.set.blas.acml.4.4.0.sh . fys.set.lapack.acml.sh . fys.set.Niflheim.goto2.1.13.sh . fys.set.Niflheim.blacs.1.1.sh . fys.build.scalapack.sh # . fys.set.Niflheim.gfortran43.4.3.2.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.set.blas.acml.4.4.0.sh . fys.set.lapack.acml.sh . fys.set.Niflheim.goto.1.26.sh . fys.set.Niflheim.blacs.1.1.sh . fys.build.scalapack.sh # . fys.set.Niflheim.gfortran43.4.3.2.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.set.blas.acml.4.3.0.sh . fys.set.lapack.acml.sh . fys.set.Niflheim.goto.1.26.sh . fys.set.Niflheim.blacs.1.1.sh . fys.build.scalapack.sh # . fys.set.Niflheim.open64.4.2.1.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.set.blas.acml.4.3.0.sh . fys.set.lapack.acml.sh . fys.set.Niflheim.blacs.1.1.sh . fys.build.scalapack.sh # only on fjorm . fys.set.Niflheim.open64.4.2.3.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.set.blas.acml.4.4.0.sh . fys.set.lapack.acml.sh . fys.set.Niflheim.goto.1.26.sh . fys.set.Niflheim.blacs.1.1.sh . fys.build.scalapack.sh # . fys.set.Niflheim.open64.4.2.3.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.set.blas.acml.4.4.0.sh . fys.set.lapack.acml.sh . fys.set.Niflheim.goto2.1.13.sh . fys.set.Niflheim.blacs.1.1.sh . fys.build.scalapack.sh # . fys.set.Niflheim.open64.4.2.3.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.set.blas.acml.4.4.0.sh . fys.set.lapack.acml.sh . fys.set.Niflheim.blacs.1.1.sh . fys.build.scalapack.sh # . fys.set.Niflheim.gfortran43.4.3.2.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.set.Niflheim.atlas.3.8.3.sh . fys.set.Niflheim.blacs.1.1.sh . fys.build.scalapack.sh # only on thul . fys.set.Niflheim.ifort.11.0.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.set.blas.acml.4.4.0.sh . fys.set.lapack.acml.sh . fys.set.Niflheim.blacs.1.1.sh . fys.build.scalapack.sh # only on thul . fys.set.Niflheim.ifort.11.1.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.set.blas.acml.4.4.0.sh . fys.set.lapack.acml.sh . fys.set.Niflheim.blacs.1.1.sh . fys.build.scalapack.sh
PDSYEVRnew
PDSYEVRnew ScaLAPACK's new parallel MRRR algorithm for computing eigenpairs of large real symmetric or complex Hermitian matrices.
On Niflheim build the following RPMS:
. fys.set.Niflheim.gfortran43.4.3.2.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.set.blas.acml.4.3.0.sh . fys.set.lapack.acml.sh . fys.set.Niflheim.blacs.1.1.sh . fys.set.Niflheim.scalapack.1.8.0.sh . fys.build.PDSYEVRnew.sh # . fys.set.Niflheim.gfortran43.4.3.2.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.set.blas.acml.4.3.0.sh . fys.set.lapack.acml.sh . fys.set.Niflheim.goto.1.26.sh . fys.set.Niflheim.blacs.1.1.sh . fys.set.Niflheim.scalapack.1.8.0.sh . fys.build.PDSYEVRnew.sh
campos-gpaw-setups
Note this package is not relocatable!
On a custom system build the following RPMS:
(default_version_usage="--with default_version" && modules_usage="--without modules" && . fys.build.gpaw-setups.sh)On Niflheim build the following RPMS:
. fys.build.gpaw-setups.sh
campos-gpaw
On a custom system build the following RPMS:
# March 3 2010: results in "orthogonalization failed" with EPEL's atlas on el5.x64_64 and i386. . fys.set.gpaw.default.sh . fys.set.atlas.default.sh (rpm_prefix=/usr && . fys.build.gpaw.sh) # optional build using netlib blas/lapack . fys.set.gpaw.default.sh (rpm_prefix=/usr && . fys.build.gpaw.sh)On Niflheim build the following RPMS:
. fys.set.Niflheim.gpaw.0.6.5147.open64.4.2.3.openmpi.1.3.3.goto2.1.13.acml.4.4.0.sh . fys.build.gpaw.sh # . fys.set.Niflheim.gpaw.0.6.5147.gfortran43.4.3.2.openmpi.1.3.3.acml.4.4.0.acml.4.4.0.sh . fys.build.gpaw.sh # only on fjorm . fys.set.Niflheim.gpaw.0.6.5147.gfortran43.4.3.2.openmpi.1.3.3.goto.1.26.acml.4.4.0.sh . fys.build.gpaw.shOptional builds:
. fys.set.Niflheim.gpaw.0.6.5147.gfortran43.4.3.2.openmpi.1.3.3.acml.4.3.0.acml.4.3.0.sh . fys.build.gpaw.sh # . fys.set.Niflheim.gpaw.0.6.5147.gfortran.4.1.2.openmpi.1.3.3.acml.4.0.1.acml.4.0.1.sh . fys.build.gpaw.sh # default gfortran and netlib blas/lapack/scalapack . fys.set.Niflheim.gpaw.0.6.5147.gfortran.4.1.2.openmpi.1.3.3.acml.4.0.1.acml.4.0.1.sh . fys.set.blas.default.sh . fys.set.lapack.default.sh . fys.set.Niflheim.scalapack.1.8.0.sh . fys.build.gpaw.sh # latest gfortran and netlib blas/lapack/scalapack . fys.set.Niflheim.gpaw.0.6.5147.gfortran43.4.3.2.openmpi.1.3.3.acml.4.3.0.acml.4.3.0.sh . fys.set.blas.default.sh . fys.set.lapack.default.sh . fys.set.Niflheim.scalapack.1.8.0.sh . fys.build.gpaw.sh # atlas - gpaw-test fails for diagonalization on fjorm el5 x86_64 18 Jan 2010 . fys.set.Niflheim.gpaw.0.6.5147.gfortran43.4.3.2.openmpi.1.3.3.acml.4.3.0.acml.4.3.0.sh . fys.set.Niflheim.atlas.3.8.3.sh . fys.set.Niflheim.scalapack.1.8.0.sh . fys.build.gpaw.sh # atlas - gpaw-test fails for diagonalization on fjorm el5 x86_64 18 Jan 2010 . fys.set.Niflheim.gpaw.0.6.5147.gfortran43.4.3.2.openmpi.1.3.3.acml.4.3.0.acml.4.3.0.sh . fys.set.Niflheim.atlas.3.8.3.sh . fys.set.Niflheim.scalapack.1.8.0.sh . fys.build.gpaw.sh # . fys.set.Niflheim.gfortran43.4.3.2.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.set.blas.acml.4.4.0.sh . fys.set.lapack.acml.sh . fys.set.Niflheim.goto2.1.13.sh . fys.set.Niflheim.blacs.1.1.sh . fys.set.Niflheim.scalapack.1.8.0.sh . fys.build.gpaw.sh # only on fjorm # note gpaw version 0.6 --with sl_init_second_underscore=1 is necessary for rpmbuild . fys.set.Niflheim.pathscale.3.2.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.set.blas.acml.4.0.1.sh . fys.set.lapack.acml.sh . fys.set.Niflheim.goto.1.26.sh . fys.set.Niflheim.blacs.1.1.sh . fys.set.Niflheim.scalapack.1.8.0.sh . fys.build.gpaw.sh # only on fjorm # note gpaw version 0.6 --with sl_init_second_underscore=1 is necessary for rpmbuild . fys.set.Niflheim.open64.4.2.1.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.set.blas.acml.4.0.1.sh . fys.set.lapack.acml.sh . fys.set.Niflheim.goto.1.26.sh . fys.set.Niflheim.blacs.1.1.sh . fys.set.Niflheim.scalapack.1.8.0.sh . fys.build.gpaw.sh **Note**: open64 compiler fails with:: /usr/bin/ld: /opt/open64/4.2.1/lib/gcc-lib/x86_64-open64-linux/4.2.1/libmv.a(vcos.o): relocation R_X86_64_32S against `a local symbol' can not be used when making a shared object; recompile with -fPIC /opt/open64/4.2.1/lib/gcc-lib/x86_64-open64-linux/4.2.1/libmv.a: could not read symbols: Bad value # only on fjorm # note gpaw version 0.6 --with sl_init_second_underscore=1 is necessary for rpmbuild . fys.set.Niflheim.open64.4.2.3.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.set.blas.acml.4.4.0.sh . fys.set.lapack.acml.sh . fys.set.Niflheim.goto.1.26.sh . fys.set.Niflheim.blacs.1.1.sh . fys.set.Niflheim.scalapack.1.8.0.sh . fys.build.gpaw.sh # # note gpaw version 0.6 --with sl_init_second_underscore=1 is necessary for rpmbuild . fys.set.Niflheim.open64.4.2.3.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.set.blas.acml.4.4.0.sh . fys.set.lapack.acml.sh . fys.set.Niflheim.blacs.1.1.sh . fys.set.Niflheim.scalapack.1.8.0.sh . fys.build.gpaw.sh # only on thul . fys.set.Niflheim.ifort.11.1.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.set.blas.acml.4.4.0.sh . fys.set.lapack.acml.sh . fys.set.Niflheim.blacs.1.1.sh . fys.set.Niflheim.scalapack.1.8.0.sh . fys.build.gpaw.sh # only on thul . fys.set.Niflheim.ifort.11.0.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.set.blas.acml.4.4.0.sh . fys.set.lapack.acml.sh . fys.set.Niflheim.blacs.1.1.sh . fys.set.Niflheim.scalapack.1.8.0.sh . fys.build.gpaw.sh # only on thul # fails on thul . fys.set.Niflheim.gfortran43.4.3.2.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.set.Niflheim.mkl.10.2.4.032.sh . fys.build.gpaw.sh # only on thul # fails on thul . fys.set.Niflheim.gfortran43.4.3.2.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.set.Niflheim.mkl.10.2.1.017.sh . fys.build.gpaw.sh # only on thul # fails on thul . fys.set.Niflheim.ifort.11.0.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.set.Niflheim.mkl.10.1.3.027.sh . fys.build.gpaw.sh # only on thul # fails on thul . fys.set.Niflheim.gfortran43.4.3.2.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.set.Niflheim.mkl.10.1.3.027.sh . fys.build.gpaw.sh
Asap
On a custom system build the following RPMS:
. fys.set.Asap.default.sh (rpm_prefix=/usr && . fys.build.Asap.sh)On Niflheim build the following RPMS:
# build fails # Aug 12 2010 module load ASE3 . fys.set.Niflheim.Asap.3.2.6.open64.4.2.3.openmpi.1.3.3.sh . fys.build.Asap.sh # only on fjorm module load ASE3 . fys.set.Niflheim.Asap.3.2.6.pathscale.3.2.openmpi.1.3.3.sh . fys.build.Asap.sh # only on thul module load ASE3 module load ifort/11.1-1 . fys.set.Niflheim.Asap.3.2.6.ifort.11.1.openmpi.1.3.3.sh . fys.build.Asap.sh
abinit
Note this package is not relocatable!
abinit-pseudopotentials-1.tar.gz
abinit pseudopotentials
On a custom system build the following RPMS:
(default_version_usage="--with default_version" && modules_usage="--without modules" && . fys.build.abinit-pseudopotentials.1.sh)
On Niflheim build the following RPMS:
. fys.build.abinit-pseudopotentials.1.sh
abinit
abinit is a Density Functional Theory (DFT) package with pseudopotentials and a planewave basis.
On a custom system build the following RPMS:
. fys.set.abinit.5.4.4p.default.sh . fys.set.atlas.default.sh (rpm_prefix=/usr && . fys.build.abinit.5.4.4p.sh)
On Niflheim build the following RPMS:
. fys.set.Niflheim.abinit.5.4.4p.gfortran43.4.3.2.openmpi.1.3.3.acml.4.3.0.acml.4.3.0.fftw3.sh hdf=none . fys.build.abinit.5.4.4p.sh
siesta
siesta-pseudopotentials-2.tar.gz
siesta pseudopotentials
Build the following RPMS:
cd ~/rpmbuild/SOURCES&& wget --no-check-certificate \ "https://wiki.fysik.dtu.dk/niflheim/Cluster_software_-_RPMS?action=AttachFile&do=get&target=siesta-pseudopotentials-2.tar.gz" \ -O siesta-pseudopotentials-2.tar.gz cd ~/rpmbuild/SPECS rpmbuild -bb ${modules_usage} --with default_version siesta-pseudopotentials.spec
siesta
siesta (Spanish Initiative for Electronic Simulations with Thousands of Atoms) is both a method and its computer program implementation, to perform electronic structure calculations and ab initio molecular dynamics simulations of molecules and solids.
Build the following RPMS:
cd ~/rpmbuild/SPECS major_version=2 version1=0 compiler=gfortran43 compiler_version=4.3.2 compiler_libdir=/usr/lib64 compiler_bindir=/usr/bin blas=acml blas_version=4.3.0 blasdir=/opt/${blas}/${blas_version}/${compiler}64/lib lapack=acml lapack_version=4.3.0 lapackdir=/opt/${lapack}/${lapack_version}/${compiler}64/lib netcdf=netcdf4 netcdf_includedir=/opt/${netcdf}/4.0.1/1.${disttag}.${compiler}.${compiler_version}/include netcdf_libdir=/opt/${netcdf}/4.0.1/1.${disttag}.${compiler}.${compiler_version}/lib64 openmpi_version=1.3.3 ompi_libdir=/opt/openmpi/${openmpi_version}-1.${disttag_network}.${compiler}.${compiler_version}/lib64 ompi_includedir=/opt/openmpi/${openmpi_version}-1.${disttag_network}.${compiler}.${compiler_version}/include ompi_bindir=/opt/openmpi/${openmpi_version}-1.${disttag_network}.${compiler}.${compiler_version}/bin blacs=blacs blacsdir=/opt/blacs/1.1/24.${disttag_network}.${compiler}.${compiler_version}.openmpi.${openmpi_version}/lib64 scalapack=scalapack scalapackdir=/opt/scalapack/1.8.0/1.${disttag_network}.${compiler}.${compiler_version}.openmpi.${openmpi_version}.${blas}.${blas_version}.${lapack}.${lapack_version}/lib64 release=1.${disttag_network}.${compiler}.${compiler_version}.openmpi.${openmpi_version}.${blas}.${blas_version}.${lapack}.${lapack_version} rpmbuild --bb --with major_version=${major_version} --with version1=${version1} \ --with blas=${blas} --with blas_version=${blas_version} --with blasdir=${blasdir} \ --with compiler=${compiler} --with compiler_version=${compiler_version} \ --with compiler_bindir=${compiler_bindir} --with compiler_libdir=${compiler_libdir} \ --with lapack=${lapack} --with lapack_version=${lapack_version} --with lapackdir=${lapackdir} \ --with netcdf=${netcdf} --with netcdf_includedir=${netcdf_includedir} --with netcdf_libdir=${netcdf_libdir} \ --with parallel=1 --with openmpi=openmpi --with openmpi_version=${openmpi_version} \ --with ompi_libdir=${ompi_libdir} --with ompi_includedir=${ompi_includedir} --with ompi_bindir=${ompi_bindir} \ --with blacs=${blacs} --with blacsdir=${blacsdir} \ --with scalapack=${scalapack} --with scalapackdir=${scalapackdir} \ ${modules_usage} --with default_version=1 \ --with system=${rpm_platform} \ --with prefix=/opt/siesta${major_version}/${major_version}.${version1}/${release} siesta.spec
espresso
Note this package is not relocatable!
espresso pseudopotentials
On a custom system build the following RPMS:
(default_version_usage="--with default_version" && modules_usage="--without modules" && . fys.build.espresso_pp.sh)
On Niflheim build the following RPMS:
. fys.build.espresso_pp.sh
espresso
Note March 04 2010: version 4.0.5 does not compile with gfortran >= 4.4 (?)
Note March 04 2010: version 4.1.2 results in and "STOP 1" status for tests if EXX is enabled
On a custom system build the following RPMS:
. fys.set.espresso.4.1.2.default.sh (rpm_prefix=/usr && . fys.build.espresso.sh) # March 06 2010 fc12, el5 with atlas gives for atom-lsda.in: On entry to DSYGVX parameter number 20 had an illegal value . fys.set.espresso.4.1.2.default.sh . fys.set.atlas.default.sh (rpm_prefix=/usr && . fys.build.espresso.sh)
On Niflheim build the following RPMS:
# version used with yambo 3.2.1.426M - enable EXX in the spec file! . fys.set.Niflheim.espresso.4.0.5.gfortran43.4.3.2.openmpi.1.3.3.acml.4.3.0.acml.4.3.0.sh . fys.build.espresso.sh
yambo
yambo
yambo is a FORTRAN/C code for Many-Body calculations in solid state and molecular physics. Yambo relies on the Kohn-Sham wavefunctions generated by two DFT public codes: abinit, and PWscf. This build creates interfaces to abinit and PWscf.
On a custom system build the following RPMS:
. fys.set.yambo.default.sh . fys.set.atlas.default.sh (rpm_prefix=/usr && . fys.build.yambo.sh)
On Niflheim build the following RPMS:
# Nov 15 2010: ETSF compilation part fails with "Error: Symbol 'default_tel' at (1) has no IMPLICIT type" . fys.set.Niflheim.yambo.3.2.3.11.gfortran43.4.3.2.openmpi.1.3.3.acml.4.4.0.acml.4.4.0.sh hdf=none . fys.build.yambo.sh # . fys.set.Niflheim.yambo.3.2.1.448.gfortran43.4.3.2.openmpi.1.3.3.acml.4.3.0.acml.4.3.0.sh hdf=none . fys.build.yambo.sh # special yambo 3.2.1.426M . fys.set.Niflheim.yambo.3.2.1.426M.gfortran43.4.3.2.openmpi.1.3.3.acml.4.3.0.acml.4.3.0.sh hdf=none . fys.build.yambo.sh
elk
elk species
Note this package is not relocatable!
On a custom system build the following RPMS:
(default_version_usage="--with default_version" && modules_usage="--without modules" && . fys.build.elk-species.sh)
On Niflheim build the following RPMS:
. fys.build.elk-species.sh
elk
On a custom system build the following RPMS:
. fys.set.gfortran.default.sh . fys.set.openmpi.default.sh . fys.set.blas.default.sh . fys.set.lapack.default.sh (rpm_prefix=/usr && thread_mode=mp && . fys.build.elk.sh)
On Niflheim build the following RPMS:
# OpenMP with MPI version . fys.set.Niflheim.gfortran43.4.3.2.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.set.blas.acml.4.3.0_mp.sh . fys.set.lapack.acml.sh (thread_mode=mp && . fys.build.elk.sh) # OpenMP version . fys.set.Niflheim.gfortran43.4.3.2.sh . fys.set.blas.acml.4.3.0_mp.sh . fys.set.lapack.acml.sh (thread_mode=mp && . fys.build.elk.sh) # MPI version . fys.set.Niflheim.gfortran43.4.3.2.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.set.blas.acml.4.4.0.sh . fys.set.lapack.acml.sh (thread_mode=nomp && . fys.build.elk.sh)
vtk
cmake
Build the following RPMS:
cd ~/rpmbuild/SOURCES&& wget http://www.cmake.org/files/v2.6/cmake-2.6.4.tar.gz cd ~/rpmbuild/SOURCES&& wget "http://downloads.sourceforge.net/project/xmlrpc-c/Xmlrpc-c Super Stable/1.06.35/xmlrpc-c-1.06.35.tgz" cd ~/rpmbuild/SPECS rpmbuild -bb --with bootstrap --without gui cmake.spec # install the resulting RPM rpmbuild -bb xmlrpc-c.spec # install the resulting RPM rpm -e cmake rpmbuild -bb --without gui cmake.spec # install the resulting RPM
vtkdata
Build the following RPMS:
cd ~/rpmbuild/SOURCES&& wget http://www.vtk.org/files/release/5.4/vtkdata-5.4.2.tar.gz cd ~/rpmbuild/SPECS rpmbuild -bb --with version1=4 --with version2=2 ${modules_usage} --with default_version=1 \ --with prefix=/opt/vtkdata/5.4.2/1.${disttag} vtkdata.spec
vtk
Build the following RPMS:
cd ~/rpmbuild/SOURCES&& wget http://www.vtk.org/files/release/5.4/vtk-5.4.2.tar.gz cd ~/rpmbuild/SPECS compiler=gfortran compiler_version=4.1.2 compiler_libdir=/usr/lib64 compiler_bindir=/usr/bin openmpi_version=1.3.3 ompi_libdir=/opt/openmpi/${openmpi_version}-1.${disttag_network}.${compiler}.${compiler_version}/lib64 ompi_includedir=/opt/openmpi/${openmpi_version}-1.${disttag_network}.${compiler}.${compiler_version}/include ompi_bindir=/opt/openmpi/${openmpi_version}-1.${disttag_network}.${compiler}.${compiler_version}/bin rpmbuild -bb --without qt4 --with version1=4 --with version2=2 \ --with compiler=${compiler} --with compiler_version=${compiler_version} \ --with compiler_bindir=${compiler_bindir} --with compiler_libdir=${compiler_libdir} \ --with parallel=1 --with openmpi=openmpi --with openmpi_version=${openmpi_version} \ --with ompi_libdir=${ompi_libdir} --with ompi_includedir=${ompi_includedir} --with ompi_bindir=${ompi_bindir} \ ${modules_usage} --with default_version=1 \ --with system=${rpm_platform} \ --with python_version=${python_version} \ --with prefix=/opt/vtk/5.4.2/1.${disttag_network}.${compiler}.${compiler_version}.python${python_version}.openmpi.${openmpi_version} vtk.spec
octopus
octopus
Note March 15 2010: gfortran 4.1.2 on el5: Segmentation fault
On a custom system build the following RPMS:
. fys.set.octopus.default.sh . fys.set.atlas.default.sh (rpm_prefix=/usr && . fys.build.octopus.3.2.0.sh)
On Niflheim build the following RPMS:
. fys.set.Niflheim.gfortran43.4.3.2.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.set.Niflheim.netcdf4.4.0.1.sh . fys.set.Niflheim.fftw3.3.2.1.sh . fys.set.blas.acml.4.3.0.sh . fys.set.lapack.acml.sh . fys.set.gsl.default.sh . fys.set.arpack.default.sh . fys.build.octopus.3.2.0.sh
TAU
pdtoolkit
Program Database Toolkit is a framework for analyzing source code written in several programming languages and for making rich program knowledge accessible to developers of static and dynamic analysis tools. PDT is required by TAU.
On a custom system build the following RPMS:
. fys.set.gfortran.default.sh (rpm_prefix=/opt/pdtoolkit && . fys.build.pdtoolkit.sh)
On Niflheim build the following RPMS:
. fys.set.Niflheim.gfortran.4.1.2.sh . fys.build.pdtoolkit.sh # . fys.set.Niflheim.gfortran43.4.3.2.sh . fys.build.pdtoolkit.sh
tau
TAU Performance System® is a portable profiling and tracing toolkit for performance analysis of parallel programs written in Fortran, C, C++, Java, Python.
On a custom system build the following RPMS:
. fys.set.gfortran.default.sh . fys.set.openmpi.default.sh (rpm_prefix=/opt/tau && . fys.build.tau.sh)
On Niflheim build the following RPMS:
pdtoolkit_version=3.15 module purge unset PDTROOT . fys.set.Niflheim.gfortran.4.1.2.sh module load PDTOOLKIT/${pdtoolkit_version}-1.el5.fys.${compiler}.${compiler_version}.python${python_version} . fys.set.Niflheim.openmpi.1.3.3.sh . fys.build.tau.sh # module purge unset PDTROOT . fys.set.Niflheim.gfortran43.4.3.2.sh module load PDTOOLKIT/${pdtoolkit_version}-1.el5.fys.${compiler}.${compiler_version}.python${python_version} . fys.set.Niflheim.openmpi.1.3.3.sh . fys.build.tau.sh
vasp
Installed with restricted access under vasp UNIX group (needs te be created in advance).
vasp potentials
Download potpaw/potcar.date.tar, potpaw_GGA/potcar.date.tar, and potpaw_PBE/potcar.date.tar to ~/rpmbuild/SOURCES. Create links to the downloaded files so the files are named explicitly with the string date (not the actual dates), for example:
ls -al ~/rpmbuild/SOURCES/potpaw_*potcar.date.tar lrwxrwxrwx 1 rpmbuild campnone 29 Sep 25 17:15 ../SOURCES/potpaw_GGA_potcar.date.tar -> potpaw_GGA/potcar.06Feb03.tar lrwxrwxrwx 1 rpmbuild campnone 29 Sep 25 17:14 ../SOURCES/potpaw_PBE_potcar.date.tar -> potpaw_PBE/potcar.05Feb03.tar lrwxrwxrwx 1 rpmbuild campnone 25 Sep 25 17:14 ../SOURCES/potpaw_potcar.date.tar -> potpaw/potcar.05Feb03.tar
Note this package is not relocatable!
On a custom system build the following RPMS:
(default_version_usage="--with default_version" && modules_usage="--without modules" && . fys.build.vasp-potpaw.sh)
On Niflheim build the following RPMS:
. fys.build.vasp-potpaw.sh
vasp
vasp. Download vasp.5.X.tar.gz and vasp.5.lib.tar.gz to ~/rpmbuild/SOURCES. Optionally download also vtstcode.tar.gz from http://theory.cm.utexas.edu/vtsttools/downloads/.
On a custom system build the following RPMS:
# Compile with VASP TST library: http://theory.cm.utexas.edu/vtsttools/downloads/ tst=false # or true . fys.set.vasp.5.2.default.sh (rpm_prefix=/usr && . fys.build.vasp.sh)
On Niflheim build the following RPMS:
# Compile with VASP TST library: http://theory.cm.utexas.edu/vtsttools/downloads/ tst=false # or true . fys.set.Niflheim.vasp.5.2.gfortran.4.1.2.openmpi.1.3.3.acml.4.0.1.acml.4.0.1.fftw3.sh . fys.build.vasp.sh # # 25 Sep 2009: segmentation fault when compiling dipol.f90 . fys.set.Niflheim.vasp.5.2.gfortran43.4.3.2.openmpi.1.3.3.acml.4.3.0.acml.4.3.0.fftw3.sh . fys.build.vasp.sh # # 11 May 2010: in dfast.f90"LINCOM" is the name of this program unit, therefore it must not be use associated from module "DFAST". . fys.set.Niflheim.vasp.5.2.open64.4.2.3.openmpi.1.3.3.acml.4.4.0.acml.4.4.0.fftw3.sh . fys.build.vasp.sh # only on thul . fys.set.Niflheim.vasp.5.2.ifort.11.1.openmpi.1.3.3.acml.4.4.0.acml.4.4.0.fftw3.sh . fys.build.vasp.sh
exciting
exciting species
Note this package is not relocatable!
On a custom system build the following RPMS:
(default_version_usage="--with default_version" && modules_usage="--without modules" && . fys.build.exciting-species.9.10.sh)
On Niflheim build the following RPMS:
. fys.build.exciting-species.9.10.sh
exciting
Note: currently (24 Nov 2009) perl-XML-SAX-0.14-5 is broken https://bugzilla.redhat.com/show_bug.cgi?id=438291 on EL5; if exciting's tests complain about:
could not find ParserDetails.ini
do as root:
perl -MXML::SAX -e "XML::SAX->add_parser(q(XML::SAX::PurePerl))->save_parsers()"
On a custom system build the following RPMS:
# March 12 2010: build fails on el5 with gfortran 4.1.2 and 4.3.2 . fys.set.gfortran.default.sh . fys.set.openmpi.default.sh . fys.set.arpack.default.sh . fys.set.atlas.default.sh (rpm_prefix=/usr && thread_mode=nomp && . fys.build.exciting.9.10.sh) # March 12 2010: build fails on el5 with gfortran 4.1.2 and 4.3.2 . fys.set.gfortran.default.sh . fys.set.openmpi.default.sh . fys.set.arpack.default.sh . fys.set.blas.default.sh . fys.set.lapack.default.sh (rpm_prefix=/usr && thread_mode=nomp && . fys.build.exciting.9.10.sh)
On Niflheim build the following RPMS:
# only on fjorm . fys.set.Niflheim.g95.0.91.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.set.blas.acml.4.3.0_mp.sh . fys.set.lapack.acml.sh (thread_mode=mp && . fys.build.exciting.9.10.sh) # only on thul . fys.set.Niflheim.ifort.11.0.sh . fys.set.Niflheim.openmpi.1.3.3.sh . fys.set.Niflheim.mkl.10.1.3.027.sh (thread_mode=nomp && . fys.build.exciting.9.10.sh)
fleur
fleur
fleur. Download the source to ~/rpmbuild/SOURCES.
On a custom system build the following RPMS:
. fys.set.fleur.default.sh (rpm_prefix=/usr && . fys.build.fleur.sh)
On Niflheim build the following RPMS:
. fys.set.Niflheim.fleur.v26b.gfortran43.4.3.2.openmpi.1.3.3.acml.4.4.0.acml.4.4.0.sh . fys.build.fleur.sh # only on thul # Sep 04 2010: build fails with forrtl: severe (174): SIGSEGV, segmentation fault occurred . fys.set.Niflheim.fleur.v26b.ifort.11.0.openmpi.1.3.3.mkl.10.1.3.027.mkl_lapack.10.1.3.027.sh . fys.build.fleur.sh
gulp
Installed with restricted access under gulp UNIX group (needs te be created in advance).
gulp
gulp. Download gulp.3.4.source.tar.gz ~/rpmbuild/SOURCES.
Build the following RPMS:
major_version=3 version1=4 cd ~/rpmbuild/SPECS thread_mode=nomp compiler=gfortran43 compiler_version=4.3.2 compiler_libdir=/usr/lib64 compiler_bindir=/usr/bin blas=acml blas_version=4.3.0 blasdir=/opt/${blas}/${blas_version}/${compiler}64/lib lapack=acml lapack_version=4.3.0 lapackdir=/opt/${lapack}/${lapack_version}/${compiler}64/lib release=1.${disttag}.${compiler}.${compiler_version}.${thread_mode}.${blas}.${blas_version}.${lapack}.${lapack_version} rpmbuild --bb --with major_version=${major_version} --with version1=${version1} \ --with blas=${blas} --with blas_version=${blas_version} --with blasdir=${blasdir} \ --with compiler=${compiler} --with compiler_version=${compiler_version} \ --with compiler_bindir=${compiler_bindir} --with compiler_libdir=${compiler_libdir} \ --with lapack=${lapack} --with lapack_version=${lapack_version} --with lapackdir=${lapackdir} \ --with thread_mode=${thread_mode} --with parallel=1 \ ${modules_usage} --with default_version=1 \ --with system=${rpm_platform} \ --with prefix=/opt/gulp/${major_version}.${version1}/${release} gulp.spec # multithreaded thread_mode=mp compiler=gfortran43 compiler_version=4.3.2 compiler_libdir=/usr/lib64 compiler_bindir=/usr/bin blas=acml blas_version=4.3.0 blasdir=/opt/${blas}/${blas_version}/${compiler}64_${thread_mode}/lib lapack=acml lapack_version=4.3.0 lapackdir=/opt/${lapack}/${lapack_version}/${compiler}64_${thread_mode}/lib release=1.${disttag}.${compiler}.${compiler_version}.${thread_mode}.${blas}.${blas_version}.${lapack}.${lapack_version} !rpmbuild # as rpmbuild above
cmr
Computational Materials Repository.
On a custom system build the following RPMS:
(rpm_prefix=/usr && rpmbuild -bb ${default_version_usage} ${modules_usage} cmr.spec)
On Niflheim build the following RPMS:
module load DACAPO module load GPAW module unload ASE3 module load ASE3 module load SCIENTIFICPYTHON/2.8 version_svn=145 cd ~/rpmbuild/SOURCES && python cmr_release.py cd ~/rpmbuild/SPECS rpmbuild -bb --with version_svn=${version_svn} \ ${default_version_usage} ${modules_usage} --with cmr_repository="/home/niflheim/repository/db" \ --with prefix=/opt/cmr/${version_svn}/1.${disttag}.python${python_version} cmr.spec
Testing packages
Note this section is outdated.
Test dacapo installation (as normal user!).
If you use modules:
module load campos-dacapo # fulfill all dependencies requested by module ulimit -s 500000 # dacapo needs a large stack
Test with (make sure that /scratch/$USER exists):
cp -r `rpm -ql campos-dacapo-python | grep "share/campos-dacapo-python$"` /tmp cd /tmp/campos-dacapo-python/Tests python test.py 2>&1 | tee test.log
It can take up to 1 day. Please consider disabling these "long" tests in test.py:
tests.remove('../Examples/Wannier-ethylene.py') tests.remove('../Examples/Wannier-Pt4.py') tests.remove('../Examples/Wannier-Ptwire.py') tests.remove('../Examples/Wannier-Fe-bcc.py') tests.remove('../Examples/transport_1dmodel.py')
Note all vtk related tests will fail.
Test gpaw installation (as normal user!):
If you use modules:
module load campos-gpaw # fulfill all dependencies requested by module
Test with:
cp -r `rpm -ql campos-gpaw | grep "share/campos-gpaw/test$"` /tmp/test.gpaw.$$ cd /tmp/test.gpaw.* python test.py 2>&1 | tee test.log
It takes about 20 minutes.