setenv_calib.sh

#!/bin/bash

# ---------------------------------------------------------------------------------------------------------------------

# Check that the requirements to enable the calibrations are met, and
# enabled them by default if they are not yet enabled or
# if they are not explicitly disabled.
# Then, configure data spec according to enabled calibrations

# used to avoid sourcing this file 2x
if [[ -z $SOURCE_GUARD_SETENV_CALIB ]]; then
SOURCE_GUARD_SETENV_CALIB=1

if [[ $BEAMTYPE != "cosmic" ]] || [[ $FORCECALIBRATIONS == 1 ]] ; then

    # calibrations for primary vertex
    if has_detector_calib ITS && has_detectors_reco ITS && has_detector_matching PRIMVTX && [[ ! -z "$VERTEXING_SOURCES" ]]; then
	if [[ -z ${CALIB_PRIMVTX_MEANVTX+x} ]]; then CALIB_PRIMVTX_MEANVTX=1; fi
    else
	CALIB_PRIMVTX_MEANVTX=0
    fi

    # calibrations for TOF
    if has_detector_calib TOF && has_detector_reco TOF; then
	if has_detector_matching ITSTPCTOF || has_detector_matching ITSTPCTRDTOF; then
	    if [[ -z ${CALIB_TOF_LHCPHASE+x} ]]; then CALIB_TOF_LHCPHASE=1; fi
	    if [[ -z ${CALIB_TOF_CHANNELOFFSETS+x} ]]; then CALIB_TOF_CHANNELOFFSETS=1; fi
	else
	    CALIB_TOF_LHCPHASE=0
	    CALIB_TOF_CHANNELOFFSETS=0
	fi
	if [[ -z ${CALIB_TOF_DIAGNOSTICS+x} ]]; then CALIB_TOF_DIAGNOSTICS=1; fi
    else
	CALIB_TOF_DIAGNOSTICS=0
    fi

    # calibrations for TPC
    if has_detector_calib TPC && has_detectors ITS TPC TOF TRD; then
	if has_detectors TPC ITS TRD TOF && has_detector_matching ITSTPCTRDTOF; then
	    if [[ -z ${CALIB_TPC_SCDCALIB+x} ]]; then CALIB_TPC_SCDCALIB=1; fi
	else
	    CALIB_TPC_SCDCALIB=0
	fi
    fi

    # calibrations for TRD
    if has_detector_calib TRD && has_detectors ITS TPC TRD ; then
	if [[ -z ${CALIB_TRD_VDRIFTEXB+x} ]]; then CALIB_TRD_VDRIFTEXB=1; fi
    else
	CALIB_TRD_VDRIFTEXB=0
    fi

    # calibrations for EMC
    if has_detector_calib EMC && has_detector_reco EMC; then
	if [[ -z ${CALIB_EMC_CHANNELCALIB+x} ]]; then CALIB_EMC_CHANNELCALIB=1; fi
    else
	CALIB_EMC_CHANNELCALIB=0
    fi

    # calibrations for PHS
    if has_detector_calib PHS && has_detector_reco PHS; then
	if [[ -z ${CALIB_PHS_ENERGYCALIB+x} ]]; then CALIB_PHS_ENERGYCALIB=1; fi
	if [[ -z ${CALIB_PHS_BADMAPCALIB+x} ]]; then CALIB_PHS_BADMAPCALIB=1; fi
	if [[ -z ${CALIB_PHS_TURNONCALIB+x} ]]; then CALIB_PHS_TURNONCALIB=1; fi
	if [[ -z ${CALIB_PHS_RUNBYRUNCALIB+x} ]]; then CALIB_PHS_RUNBYRUNCALIB=1; fi
    else
	CALIB_PHS_ENERGYCALIB=0
	CALIB_PHS_BADMAPCALIB=0
	CALIB_PHS_TURNONCALIB=0
	CALIB_PHS_RUNBYRUNCALIB=0
    fi

fi

if [[ -z $CALIBDATASPEC_BARREL ]]; then
    # prim vtx
    if [[ $CALIB_PRIMVTX_MEANVTX == 1 ]] ; then add_semicolon_separated CALIBDATASPEC_BARREL "pvtx:GLO/PVTX/0"; fi

    # TOF
    if [[ $CALIB_TOF_LHCPHASE == 1 ]] || [[ $CALIB_TOF_CHANNELOFFSETS == 1 ]]; then add_semicolon_separated CALIBDATASPEC_BARREL "calibTOF:TOF/CALIBDATA/0"; fi
    if [[ $CALIB_TOF_DIAGNOSTICS == 1 ]]; then add_semicolon_separated CALIBDATASPEC_BARREL "diagWords:TOF/DIAFREQ/0"; fi

    # TRD
    if [[ $CALIB_TRD_VDRIFTEXB == 1 ]]; then add_semicolon_separated CALIBDATASPEC_BARREL "angResHistoTRD:TRD/ANGRESHISTS/0"; fi
fi

if [[ -z $CALIBDATASPEC_CALO ]]; then
    # EMC
    if [[ $CALIB_EMC_CHANNELCALIB == 1 ]]; then
	add_semicolon_separated CALIBDATASPEC_CALO "cellsEMC:EMC/CELLS/0"
	add_semicolon_separated CALIBDATASPEC_CALO "cellsTrgREMC:EMC/CELLSTRGR/0"
    fi

    # PHS
    if [[ $CALIB_PHS_ENERGYCALIB == 1 ]] || [[ $CALIB_PHS_TURNONCALIB == 1 ]] || [[ $CALIB_PHS_RUNBYRUNCALIB == 1 ]]; then
	add_semicolon_separated CALIBDATASPEC_CALO "clsPHS:PHS/CLUSTERS/0;"
	add_semicolon_separated CALIBDATASPEC_CALO "clTRPHS:PHS/CLUSTERTRIGREC/0;"
    fi
    if [[ $CALIB_PHS_ENERGYCALIB == 1 ]]; then add_semicolon_separated CALIBDATASPEC_CALO "cluelementsPHS:PHS/CLUELEMENTS/0;"; fi
    if [[ $CALIB_PHS_BADMAPCALIB == 1 ]] || [[ $CALIB_PHS_TURNONCALIB == 1 ]]; then add_semicolon_separated CALIBDATASPEC_CALO "cellsPHS:PHS/CELLS/0;"; fi
    if [[ $CALIB_PHS_TURNONCALIB == 1 ]]; then add_semicolon_separated CALIBDATASPEC_CALO "cellsTRPHS:PHS/CELLTRIGREC/0;"; fi
fi

# printing for debug
echo CALIBDATASPEC_BARREL = $CALIBDATASPEC_BARREL 1>&2
echo CALIBDATASPEC_CALO = $CALIBDATASPEC_CALO 1>&2

# proxies properties
get_proxy_connection()
{
  if (( $# < 2 )); then
    echo "$# parameters received"
    echo "Function name: ${FUNCNAME} expects at least 3 parameters:"
    echo "first parameter is the string id of the proxy"
    echo "second parameter is the type of connection (input/output)"
    exit 1
  fi

  # setting the type of connection
  if [[ $2 == "input" ]]; then
      local CONNECTION="method=bind,type=pull"
      local NAMECONNECTION="--proxy-name"
  elif [[ $2 == "output" ]]; then
      local CONNECTION="method=connect,type=push"
      local NAMECONNECTION="--proxy-channel-name"
  else
      echo "parameter 2 should be either 'input' or 'output'"
      exit 2
  fi

  if workflow_has_parameter CALIB_LOCAL_AGGREGATOR; then
    CONNECTION+=",transport=shmem,address=ipc://${UDS_PREFIX}aggregator-shm-$1"
  else
    CONNECTION+=",transport=zeromq"
  fi
  local PROXY_CONN="$NAMECONNECTION aggregator-proxy-$1 --channel-config \"name=aggregator-proxy-$1,$CONNECTION,rateLogging=1\""

  echo PROXY_CONN = $PROXY_CONN 1>&2
  echo $PROXY_CONN
 
}
fi # setenv_calib.sh sourced