#!/bin/csh -X #----------------------------------------------------------------------------- # # Name: OWL login AUTO TEMPLATE # # This file is a template of owl_login.csh, and is used by the automatic # configuration generator. You can add any additional definitions to the # file created by the generator, but be aware that these will be lost if # if you re-run the generator. # # Any names below prefixed by "_empty_" should get replaced by the # configuration generator. # # Your own version of this file should be placed in the directory # defined below as opus_definitions_dir. # # Some names remain OPUS-centric to avoid making too many changes in too # many external places. # # 07/13/12 xxxxx MSwam first version # 04/16/13 73930 MSwam get OWL_LOGS setting from owlrc file # 05/09/13 73930 MSwam add DPQ_SERVER, DPQ_DB # 06/05/13 74104 MSwam add DADS dir to LD_LIBRARY_PATH to stop # instalj/insrspj complaints #----------------------------------------------------------------------------- # this TCSH variable gives us the desired error status return behavior in # csh scripts under RHEL6 (see OPUS PR 70213 for details) set anyerror # the pipeline code BASE directory (combined with overrides to supply # pipeline code for workflows). This is the BUILD that is being run # (NOT the OWL code, but the pipelines, e.g. HST build). # setenv PIPELINE_BASE _empty_SCIENCE_PATH # # CONDOR/OWL add-ons (some here, some after SSB config, so OWL takes precedence) setenv OWL_ROOT _empty_OWL_ROOT setenv DRMAA_LIBRARY_PATH /usr/lib64/condor/libdrmaa.so # # a handy short-cut to the value in the OWL config setenv OWL_LOGS `/bin/grep work_root ${OWL_ROOT}/etc/owl/owlrc.local | awk '{print $3}'` # # keep this one around for a while, it's handy setenv OPUS_HOME_DIR _empty_HOME_ROOT # # common external items needed by our pipelines are found here # (e.g. isql, cfitsio, stpydb, etc.) set COMMON_EXTERNALS = _empty_COMMON_EXTERNALS # # pre-pend PATH so we avoid picking up system-level unwanted isql tool # (also used to pick up other local tools like bcp) # setenv PATH ${COMMON_EXTERNALS}:${PATH} # # root override area # (the following dir must contain subdir bin/linux/ so it # will be added to $path in a foreach block below set OVERRIDE_BASE = _empty_OVERRIDE_ROOT setenv SOGS_DISK "${OVERRIDE_BASE} ${PIPELINE_BASE}" # # definitions override area (combined with pipeline code definitions area # set OVERRIDE_DEFS = "${OVERRIDE_BASE}/defs/" set ODD = _empty_DEFS_ROOT setenv OPUS_DEFINITIONS_DIR "${OVERRIDE_DEFS} ${ODD} SOGS_DISK:/definitions/unix/ SOGS_DISK:/definitions/" # # for some pipeline LOG files (NOT those written by Condor/OWL, but ones that # traditionally would go to OPUS_HOME_DIR) setenv PIPELINE_LOG_DIR _empty_HOME_ROOT # # where OWL picks up pipeline workflow templates # (currently can NOT be overriden) setenv DAG_ROOT_DIR ${PIPELINE_BASE}/owl_templates/ # # root of science pipeline processing dirs setenv DATA_ROOT_DIR _empty_DATA_ROOT_DIR #/hstdev/info/mswam/paths/opus/11/ # # 3rd-party packages # setenv CFITSIO_BASE _empty_CFITSIO_BASEDIR setenv CFITSIO_LIB ${CFITSIO_BASE}/lib/ # # define platform setting for OWL code tree setenv OUR_PLATFORM linux # # add SOGS_DISK entries to end of PATH if # -not already there AND # -(a bin/OUR_PLATFORM directory exists OR # a bin/java subdirectory exists) # foreach i ($SOGS_DISK) foreach j ( bin bin/$OUR_PLATFORM bin/java dbms/tools ) set testdir = ${i}/${j} if (-d ${testdir}) then # make sure its not already in the path set atest = `echo $PATH | grep ${testdir}` if ($status == 1) then setenv PATH ${PATH}:${testdir} endif endif end end # # run-time library additions setenv PIPELINE_LIB ${PIPELINE_BASE}/lib/${OUR_PLATFORM} # # add to existing LD_LIBRARY_PATH setenv LD_LIBRARY_PATH ${PIPELINE_LIB}:${LD_LIBRARY_PATH}:${CFITSIO_LIB}:_empty_DADS_BASEDIR # # database definitions # setenv DB_TYPE _empty_DB_TYPE setenv DSQUERY _empty_DSQUERY setenv OPUS_SERVER _empty_OPUS_SERVER setenv OPUS_DB _empty_OPUS_DB setenv SPSS_SERVER _empty_SPSS_SERVER setenv SPSS_DB _empty_SPSS_DB setenv ASSIST_SERVER _empty_ASSIST_SERVER setenv ASSIST_DB _empty_ASSIST_DB setenv PROP_SERVER _empty_PROP_SERVER setenv PROP_DB _empty_PROP_DB setenv ARCH_SERVER _empty_ARCH_SERVER setenv ARCH_DB _empty_ARCH_DB setenv CDBS_SERVER _empty_CDBS_SERVER setenv CDBS_DB _empty_CDBS_DB setenv REFFILE_SERVER _empty_REFFILE_SERVER setenv REFFILE_DB _empty_REFFILE_DB setenv KW_SERVER _empty_KW_SERVER setenv KW_DB _empty_KW_DB setenv REF_SERVER _empty_REF_SERVER setenv REF_DB _empty_REF_DB setenv DPQ_SERVER _empty_DPQ_SERVER setenv DPQ_DB _empty_DPQ_DB # #--------------------------------- # BEGIN SSB-related set-up #--------------------------------- # translate UNIX platform name into name needed for SSB set-up scripts # set platform = `/bin/uname -p` setenv IRAFARCH $platform if (${IRAFARCH} == "x86_64") then # adjustment for Linux setenv IRAFARCH redhat endif # # set the location of the SSG (IRAF,STSDAS, PYRAF) software and run the # set-up script # setenv whichiraf _empty_SSB_VERSION setenv whichiraftree _empty_IRAF_BASEDIR setenv ssb_stuff ${whichiraftree}/${whichiraf} #CURRENTLY LEAVE THIS OUT as it brings in a conflicting Jinga2 version #Will try to activate this only in workflow tasks that need the SSB Python #environment. #source ${ssb_stuff}/config.csh # setenv SSGROOT ${whichiraftree}/${whichiraf} setenv STSDASDISK ${SSGROOT}/stsdas/ setenv TABLESDISK ${SSGROOT}/tables/ setenv STLOCAL ${SSGROOT}/stlocal/ #--------------------------------- # END SSB-related set-up #--------------------------------- # # append to PYTHONPATH for finding override and OWL pipeline scripts # set OVERRIDE_PY = "${OVERRIDE_BASE}/bin/" set PIPELINE_PY = "${PIPELINE_BASE}/bin/${OUR_PLATFORM}" set STPYDB_LOCATION = _empty_STPYDB_BASEDIR setenv PYTHONPATH ${OVERRIDE_PY}:${PIPELINE_PY}:${STPYDB_LOCATION}:${PYTHONPATH} # # TRIED to put OWL specifically in front of later SSB add-on, but the SSB # version of Jinja2 is still picked-up setenv PYTHONPATH ${OVERRIDE_PY}:${PIPELINE_PY}:${STPYDB_LOCATION}:${OWL_ROOT}/lib/python2.7/site-packages/:${PYTHONPATH} # # ADD ON until SSB puts this in their set-up config # (only needed for NICMOS pipeline, leave out for now) setenv PYTHONPATH ${PYTHONPATH}:${SSGROOT}/stsci_python/nictools # #<<<<<<<<<<<<<<<<<<<<<<< # WAS REQUIRED in order to pick-up SSB python add-ons, like numpy # BUT HAD TO REMOVE FOR NOW, as it picks up a Jinja2 that is # incompatible with OWL #setenv PYTHONPATH ${PYTHONPATH}:/usr/stsci/${python}/lib/python2.7/site-packages/ #<<<<<<<<<<<<<<<<<<<<<<< # # more OWL items (put FIRST so they take precedence) setenv PATH ${OWL_ROOT}/bin/:${PATH} setenv LD_LIBRARY_PATH ${OWL_ROOT}/lib/:${LD_LIBRARY_PATH} # # Build OPUS_CLASSPATH for Java tasks. Now uses -classpath wildcarding # to workaround a variable length problem. # setenv OPUS_CLASSPATH "" foreach sd ($SOGS_DISK) set junk = `/usr/bin/test -d ${sd}/bin/java && find ${sd}/bin/java -name '[A-GI-Za-z]*.jar'` set last_jf_dir = nuttin foreach jf ($junk) # trim off the filename, leaving just the dir name set jf_dir = $jf:h/ if ($jf_dir != $last_jf_dir) then setenv OPUS_CLASSPATH "${OPUS_CLASSPATH}:${jf_dir}JAVAWILDCARD" endif set last_jf_dir = $jf_dir end end # # Add DADS libraries to classpath for INGEST interface setenv DADS_CLASSPATH _empty_DADS_BASEDIR #/opt/dads/lib/JAVAWILDCARD # # set the reference file paths setenv REFROOT _empty_REF_BASEDIR #/grp/hst/cdbs/ # setenv SAADARK_CACHE _empty_SAADARK_CACHE #/hstdev/store/ref/saadark # # ACS reference files setenv jref ${REFROOT}/acs/ setenv cracscomp ${REFROOT}/thu/ # WF2 reference files setenv mtab ${REFROOT}/mul/ # TTAB needs its own area because central store synphot is organized differently setenv ttab ${REFROOT}/thu/ #/hstdev/store/ref/thu setenv crwfpc2comp ${REFROOT}/thu/ setenv crotacomp ${REFROOT}/thu/ setenv uref ${REFROOT}/wf2/ # STIS reference files setenv oref ${REFROOT}/stis/ # NIC reference files setenv nref ${REFROOT}/nic/ # WFC3 reference files setenv iref ${REFROOT}/wfc3/ setenv crwfc3comp ${REFROOT}/thu/ # COS reference files setenv lref ${REFROOT}/cos/ setenv crcoscomp ${REFROOT}/thu/ # setenv crnonhstcomp ${REFROOT}/thu/ # # # some additional set-up values set fxlogin = `osfile_stretch_file SOGS_DISK:/com/fxlogin.csh` source $fxlogin # # Set unlimited process resources unlimit #--------------------------------------------------------------------- # UNCOMMENT FOR DEBUGGING: # ## Possible report levels (uncomment as needed). Default is MSG_INFO. ## Available levels: MSG_DIAG MSG_INFO MSG_WARN MSG_ERROR MSG_FATAL ## MSG_ALL MSG_NONE ## # setenv MSG_REPORT_LEVEL MSG_ALL # setenv MSG_TRL_REPORT_LEVEL MSG_ALL # ## DEBUGGING for Python tasks using STPYDB database interface # setenv STPYDB_DEBUG on # setenv STPYDB_DEBUG_FILE file_for_debug_msgs ## ## Possible database report levels (uncomment as needed). Default is STDB_ERR. ## (only see output when there is an error). See OSTDB2.0 manual for info. ## If STDB_REPORT_FILE is not defined, messages go into process log file (good). ## Known available levels: STDB_INFO STDB_STAT STDB_WARN STDB_ERR ## # setenv STDB_REPORT_LEVEL STDB_INFO # setenv STDB_REPORT_FILE "" # ## Perl DBI database debugging messages: ## (can use levels 1-5, 1=least extreme, 5=most extreme, and an optional ## filename can be provided as well, otherwise STDERR is used) #setenv DBI_TRACE 1 #setenv DBI_TRACE 2=perlDBI.msgs # # setenv NETCOPY_DEBUG on ## Be careful: writes passwords to a file #====================== OWL login completed. ===============================