ecearth3/sources/tm5mp/rc/pycasso-machine-ecmwf-ecgb.rc

!===============================================
! compiler information
!===============================================

! template settings for GCC suite:
#include base/${my.branch}/rc/pycasso-compiler-gfortran-4.4.7.rc

! Problem with (non-standard) system routines 'Exit_' and 'Sleep_' on ECMWF :
! these do not have the underscores here. Flag '-qnoextname' resets to the
! official names again, but let linking with HDF fail.
! Therefore, a marco __ecmwf__ is now defined to distuinguish in the code
! between the various XLF impelementations.
!
my.default.fflags    :  -WF,-D__ecmwf__

!===============================================
! libraries
!===============================================

! location of installed user libraries:
APPS_HOME           :  /usr/local/apps
! adressing mode:
!AMODE               :  ILP32
AMODE               :  LP64

! Z library (used for compression in HDF)
ZLIB_VERSION                            :  1.2.7
ZLIB_HOME                               :  ${APPS_HOME}/zlib/${ZLIB_VERSION}/${AMODE}
compiler.lib.z.fflags                   : 
compiler.lib.z.libs                     :  -L${ZLIB_HOME}/lib -lz

! JPEG library (used for compression in HDF)
compiler.lib.jpeg.fflags                : ${JASPER_INCLUDE}
compiler.lib.jpeg.libs                  : ${JASPER_LIB}

! SZ library (used for compression in HDF)
SZIP_VERSION                            :  2.1
SZIP_HOME                               :  ${APPS_HOME}/szip/${SZIP_VERSION}/${AMODE}
compiler.lib.sz.fflags                  :  -I${SZIP_HOME}/include
compiler.lib.sz.libs                    :  -L${SZIP_HOME}/lib -lsz -Wl,-rpath -Wl,${SZIP_HOME}/lib

! HDF4 library:
HDF_VERSION                             :  4.2.9
HDF_HOME                                :  ${APPS_HOME}/hdf/${HDF_VERSION}/${AMODE}
compiler.lib.hdf4.fflags                :  -I${HDF_HOME}/include
compiler.lib.hdf4.libs                  :  -L${HDF_HOME}/lib -lmfhdf -ldf

! HDF5 library:
HDF5_VERSION                            :  1.8.10p1
HDF5_HOME                               :  ${APPS_HOME}/hdf5/${HDF5_VERSION}/${AMODE}
compiler.lib.hdf5.fflags                :  -I${HDF5_HOME}/include
compiler.lib.hdf5.libs                  :  -L${HDF5_HOME}/lib -lhdf5_hl -lhdf5

! NetCDF library:
!NETCDF_VERSION                          :  netCDF/4.0.1
!NETCDF_HOME                             :  ${APPS_HOME}/${NETCDF_VERSION}/${AMODE}
!compiler.lib.netcdf.fflags              :  -I${NETCDF_HOME}/include
!compiler.lib.netcdf.libs                :  -L${NETCDF_HOME}/lib -lnetcdf
compiler.lib.netcdf.fflags              :  -I${NETCDF_INCLUDE}
compiler.lib.netcdf.libs                :  -L${NETCDF_LIB}

! NetCDF4 library:
!NETCDF4_VERSION                         :  netcdf4/4.0.1
!NETCDF4_HOME                            :  ${APPS_HOME}/${NETCDF4_VERSION}/${AMODE}
!compiler.lib.netcdf4.fflags             :  -I${NETCDF4_HOME}/include
!compiler.lib.netcdf4.libs               :  -L${NETCDF4_HOME}/lib -lnetcdf
compiler.lib.netcdf4.fflags             :  -I${NETCDF_INCLUDE}
compiler.lib.netcdf4.libs               :  -L${NETCDF_LIB}

!! UDUNITS library:
!UDUNITS_VERSION                         :  udunits/1.12.9
!UDUNITS_HOME                            :  ${APPS_HOME}/${UDUNITS_VERSION}/${AMODE}
!compiler.lib.udunits.fflags             :  -I${UDUNITS_HOME}/include
!compiler.lib.udunits.libs               :  -L${UDUNITS_HOME}/lib -ludunits

! GRIB library:
!   do not use the standard variable:
!     EMOSLIB = -L/usr/local/lib -lemos.new.R32.D64.I32 -lxlf90 -lxlopt
!   but rather the real(8) version:
!EMOS_VERSION                            :  
!EMOS_HOME                               :  /usr/local
!compiler.lib.grib.fflags                : 
!compiler.lib.grib.libs                  :  -L${EMOS_HOME}/lib -lemos.R64.D64.I32 -lxlf90
compiler.lib.grib.fflags                : 
compiler.lib.grib.libs                  :  ${EMOSLIB}

!! Lapack library:
!compiler.lib.lapack.fflags              : 
!compiler.lib.lapack.libs                :  ${LAPACKLIB_OPT}


!===============================================
! settings for LoadLeveler queue
!===============================================

!! queue system (bsub,loadleveler)
!queue                                   :  loadleveler
!
!! passed directly:
!queue.ll.submit.options       : 
!
!!------------------------------------------------
!! ** queue options with same value for all steps:
!!------------------------------------------------
!
!! space seperated list:
!queue.ll.options.default      : job_name account_no notification initialdir shell
!
!! job name:
!queue.ll.option.default.job_name        : ${job.name}
!
!! acount name for payment ...
!queue.ll.option.default.account_no      : ${my.queue.account}
!
!! when to send emails : always | error | start | never | complete*
!queue.ll.option.default.notification    : never
!
!! run directory:
!queue.ll.option.default.initialdir      : ${rundir}
!
!! shell of job script:
!queue.ll.option.default.shell           : /bin/sh
!
!!------------------------------------------------
!! ** queue options with different values per step:
!!------------------------------------------------
!
!! list options per step:
!queue.ll.options.init     : step_name            output error class job_type queue
!queue.ll.options.run      : step_name dependency output error class job_type environment queue
!queue.ll.options.done     : step_name dependency output error class job_type queue
!
!! ~ step init options
!
!queue.ll.option.init.step_name          : init
!queue.ll.option.init.output             : <auto>
!queue.ll.option.init.error              : <auto>
!queue.ll.option.init.class              : normal
!queue.ll.option.init.job_type           : serial
!queue.ll.option.init.queue              :
!
!! ~ step run optionsueue.loadleveler.outputdir             :  ${rundir}
!! Run classes on ECMWF/ecgate
!!
!!    normal  :  3 hr CPU, 1 GB mem
!!    long    :  6 hr CPU, 2 GB mem
!!
!queue.ll.option.run.step_name           : run
!#if "init" in "${job.steps}" :
!queue.ll.option.run.dependency          : (init == 0)
!#else :
!queue.ll.option.run.dependency          : <none>
!#endif
!queue.ll.option.run.output              : <auto>
!queue.ll.option.run.error               : <auto>
!queue.ll.option.run.class               : normal
!queue.ll.option.run.job_type            : serial
!queue.ll.option.run.environment         : UDUNITS_PATH = ${UDUNITS_PATH}
!queue.ll.option.run.queue               :
!
!! ~ step done options
!
!queue.ll.option.done.step_name          : done
!#if "run" in "${job.steps}" :
!queue.ll.option.done.dependency         : (run == 0)
!#elif "init" in "${job.steps}" :
!queue.ll.option.done.dependency         : (init == 0)
!#else :
!queue.ll.option.done.dependency         : <none>
!#endif
!queue.ll.option.done.output             : <auto>
!queue.ll.option.done.error              : <auto>
!queue.ll.option.done.class              : normal
!queue.ll.option.done.job_type           : serial
!queue.ll.option.done.queue              :

!
! Settings for SLURM job manager - for details and other options: "man sbatch" or "web documentation" 
!
queue :  slurm

! (1) passed directly (ie "as is" at the command line)
!------------------------------------------------------------------
! (--share or -s for example to share node(s) with other jobs)
! add here also the long options 
queue.slurm.submit.options  : 
!queue.slurm.submit.options  : --share

! Note that this is added to the 'submit.options' key value from the pycasso-tm5-expert.rc


! (2) Short options set by end user (and processed by submit_tm5_tools.py script
!----------------------------------------------

!! first, list of queue options (same for each step):
!queue.slurm.options.default :  J N p t
!
!! job name:
!queue.slurm.option.default.J :  ${job.name}
!
!! minimum number of node
!queue.slurm.option.default.N  : 1
!! ${slurm.nnode}
!
!!queue.slurm.option.run.c :  1
!
!! maximum number of tasks (but @workshop, was told to use it as number of proc... over-allocate?)
!!queue.slurm.option.n  : <auto>
!
!! tasks per node
!!queue.slurm.option.tpn : 

! ensure correct environment for init step
queue.slurm.options.init      : J n e o
queue.slurm.option.init.J     : ${job.name}
queue.slurm.option.init.n     : 1
queue.slurm.option.init.o     : <auto>
queue.slurm.option.init.e     : <auto>

! ensure correct environment for run step
queue.slurm.options.run       : J N n c e o
queue.slurm.option.run.J      : ${job.name}
queue.slurm.option.run.N      : 1
queue.slurm.option.run.n      : ${par.ntask}
queue.slurm.option.run.c      : ${par.nthread}
!queue.slurm.option.run.t      : ${ll.wall_clock_limit}
queue.slurm.option.run.o      : <auto>
queue.slurm.option.run.e      : <auto>

! ensure correct environment for done step
queue.slurm.options.done      : J n e o
queue.slurm.option.done.J     : ${job.name}
!queue.slurm.option.done.N     : 1
queue.slurm.option.done.n     : 1
!queue.slurm.option.done.p     : short
!queue.slurm.option.done.t     : 00:10:00
queue.slurm.option.done.o     : <auto>
queue.slurm.option.done.e     : <auto>

!! list of node names. Can be simple: neuron224
!! or complicated: mynode[1-5,7,..]
!!queue.slurm.option.w : ${slurm.nodename}
!
!! 
!!queue.slurm.option.s: F
!
!! partition
!queue.slurm.option.default.p : normal


!===============================================
! maker
!===============================================

! make command; 
! the setup script will insert the 'build.jobs' specified in the expert.rc
! or passed as argument to the setup script:
!
maker               :  gmake -j %{build.jobs}


!===============================================
! MPI runner
!===============================================

! no parallel support on this machine ...


!===============================================
! debugger
!===============================================

! debugger type: totalview | idb | kdbg
debugger            :  totalview

! command for debugger:
debugger.command    :  totalview -searchPath=${build.sourcedir}


!===============================================
! model data
!===============================================

! the user scratch directory:
my.scratch          :  ${SCRATCH}

! base path to various data files:
my.data.dir         :  ${SCRATCH}/TM

! local temporary meteo archive:
my.meteo.dir        :  ${my.scratch}/METEO

! permanent archives to search for meteo files:
my.meteo.search     :  ecfs:/nlh/TM/meteo
my.meteo.nc.search  :  ecfs:/nlh/TM/meteo-nc

! extra install tasks:
my.install.tasks    :