THaRasteredBeam.cxx THaReacPointFoil.cxx THaReactionPoint.cxx
THaRTTI.cxx THaRunBase.cxx THaRun.cxx
THaRunParameters.cxx THaSAProtonEP.cxx THaScalerEvtHandler.cxx
THaScintillator.cxx THaSecondaryKine.cxx THaShower.cxx
THaSpectrometer.cxx THaSpectrometerDetector.cxx THaString.cxx
THaSubDetector.cxx THaTextvars.cxx THaTotalShower.cxx
THaTrack.cxx THaTrackEloss.cxx THaTrackID.cxx
THaTrackInfo.cxx THaTrackingDetector.cxx THaTrackingModule.cxx
THaTrackOut.cxx THaTrackProj.cxx THaTriggerTime.cxx
THaTwoarmVertex.cxx THaUnRasteredBeam.cxx THaVar.cxx
THaVarList.cxx THaVertexModule.cxx THaVform.cxx
THaVhist.cxx VariableArrayVar.cxx Variable.cxx
VectorObjMethodVar.cxx VectorObjVar.cxx VectorVar.cxx
InterStageModule.cxx TimeCorrectionModule.cxx
"""
# Generate ha_compiledata.h header file
compiledata = 'ha_compiledata.h'
write_compiledata(baseenv, compiledata)
extrahdrs = ['Helper.h', 'VarDef.h', 'VarType.h', compiledata]
poddlib = build_library(baseenv,
libname,
src,
extrahdrs,
extradicthdrs=['THaGlobals.h'],
useenv=False,
versioned=True)
Clean(poddlib, compiledata)
###### Hall A Software database library SConscript Build File #####
from podd_util import build_library
Import('baseenv')
libname = 'PoddDB'
altname = 'Database'
src = """
Database.cxx
Textvars.cxx
VarType.cxx
"""
dbenv = baseenv.Clone()
dbenv.Replace(LIBS=[], RPATH=[])
# Database library
dblib = build_library(dbenv,
libname,
src,
extrahdrs=['VarDef.h'],
dictname=altname,
versioned=True)
FindEVIO(dcenv)
local_evio = (dcenv['LOCAL_EVIO'] == 1)
evioname = 'evio'
eviolib = dcenv.subst('$SHLIBPREFIX')+evioname+dcenv.subst('$SHLIBSUFFIX')
dcenv.Append(CPPPATH = dcenv.subst('$EVIO_INC'))
dcenv.Replace(LIBS = evioname, LIBPATH = dcenv.subst('$EVIO_LIB'),
RPATH = [dcenv.subst('$EVIO_LIB')])
if local_evio:
dc_install_rpath = [] # analyzer already contains the installation libdir
else:
dc_install_rpath = dcenv['RPATH']
# Decoder library
dclib = build_library(dcenv, libname, src,
extrahdrs = ['Decoder.h'],
extradicthdrs = ['THaBenchmark.h'],
dictname = altname,
install_rpath = dc_install_rpath,
versioned = True
)
proceed = "1" or "y" or "yes" or "Yes" or "Y"
if dcenv.subst('$STANDALONE')==proceed or dcenv.GetOption('clean') \
or 'uninstall' in COMMAND_LINE_TARGETS:
SConscript(dirs = ['apps'], name='SConscript.py', exports='dcenv')
# Needed for locally built EVIO library
# (Versioning in build_library sets SHLIBSUFFIX, so plain libevio.so is no longer found ... sigh)
if local_evio:
dcenv.Depends(dclib, os.path.join(dcenv.subst('$EVIO_LIB'), eviolib))
###### Hall A Software HallA library SConscript Build File ##### ###### Author: Edward Brash ([email protected]) June 2013 ###### Modified for Podd 1.7 directory layout: Ole Hansen ([email protected]) Sep 2018 from podd_util import build_library Import('baseenv') libname = 'HallA' # Sources and headers src = """ THaADCHelicity.cxx THaDecData.cxx THaG0Helicity.cxx THaG0HelicityReader.cxx THaHelicity.cxx THaHRS.cxx THaQWEAKHelicity.cxx THaQWEAKHelicityReader.cxx THaS2CoincTime.cxx THaVDCAnalyticTTDConv.cxx THaVDCChamber.cxx THaVDCCluster.cxx THaVDC.cxx THaVDCHit.cxx THaVDCPlane.cxx THaVDCPoint.cxx THaVDCPointPair.cxx THaVDCTimeToDistConv.cxx THaVDCTrackID.cxx THaVDCWire.cxx TrigBitLoc.cxx VDCeff.cxx """ build_library(baseenv, libname, src, useenv = False, versioned = True)
###### Hall A Old VDC library SConscript File #####
from podd_util import build_library
Import('baseenv')
libname = 'OldVDC'
src = """
OldVDC.cxx OldVDCPlane.cxx OldVDCUVPlane.cxx OldVDCUVTrack.cxx
OldVDCHit.cxx OldVDCCluster.cxx OldVDCWire.cxx OldVDCTrackID.cxx
OldVDCTrackPair.cxx OldVDCTimeToDistConv.cxx OldVDCAnalyticTTDConv.cxx
"""
build_library(baseenv, libname, src)
###### Hall A Software HallA library SConscript Build File ##### ###### Author: Edward Brash ([email protected]) June 2013 ###### Modified for Podd 1.7 directory layout: Ole Hansen ([email protected]) Sep 2018 from podd_util import build_library Import('baseenv') libname = 'HallA' # Sources and headers src = """ FADCData.cxx FadcBPM.cxx FadcCherenkov.cxx FadcRaster.cxx FadcRasteredBeam.cxx FadcUnRasteredBeam.cxx FadcScintillator.cxx FadcShower.cxx THaADCHelicity.cxx THaDecData.cxx THaG0Helicity.cxx THaG0HelicityReader.cxx THaHelicity.cxx THaHRS.cxx THaQWEAKHelicity.cxx THaQWEAKHelicityReader.cxx THaS2CoincTime.cxx THaVDCAnalyticTTDConv.cxx THaVDCChamber.cxx THaVDCCluster.cxx THaVDC.cxx THaVDCHit.cxx THaVDCPlane.cxx THaVDCPoint.cxx THaVDCPointPair.cxx THaVDCTimeToDistConv.cxx THaVDCTrackID.cxx THaVDCWire.cxx TrigBitLoc.cxx VDCeff.cxx TwoarmVDCTimeCorrection.cxx """ build_library(baseenv, libname, src, useenv=False, versioned=True)
dcenv.Append(CPPPATH=dcenv.subst('$EVIO_INC'))
dcenv.Replace(LIBS=[evioname, 'PoddDB'],
LIBPATH=[dcenv.subst('$EVIO_LIB'),
dcenv.subst('$HA_DB')],
RPATH=[dcenv.subst('$EVIO_LIB'),
dcenv.subst('$HA_DB')])
if local_evio:
dc_install_rpath = [] # analyzer already contains the installation libdir
else:
dc_install_rpath = dcenv['RPATH']
# Decoder library
dclib = build_library(dcenv,
libname,
src,
extrahdrs=['Decoder.h', 'CustomAlloc.h'],
extradicthdrs=['THaBenchmark.h'],
dictname=altname,
install_rpath=dc_install_rpath,
versioned=True)
proceed = "1" or "y" or "yes" or "Yes" or "Y"
if dcenv.subst('$STANDALONE') == proceed or dcenv.GetOption('clean') \
or 'uninstall' in COMMAND_LINE_TARGETS:
SConscript(dirs=['apps'], name='SConscript.py', exports='dcenv')
# Needed for locally built EVIO library
# (Versioning in build_library sets SHLIBSUFFIX, so plain libevio.so is no longer found ... sigh)
if local_evio:
dcenv.Depends(dclib, os.path.join(dcenv.subst('$EVIO_LIB'), eviolib))
THaHelicityDet.cxx THaIdealBeam.cxx THaInterface.cxx
THaNamedList.cxx THaNonTrackingDetector.cxx THaOutput.cxx
THaParticleInfo.cxx THaPhotoReaction.cxx THaPhysicsModule.cxx
THaPidDetector.cxx THaPIDinfo.cxx THaPostProcess.cxx
THaPrimaryKine.cxx THaPrintOption.cxx THaRaster.cxx
THaRasteredBeam.cxx THaReacPointFoil.cxx THaReactionPoint.cxx
THaRTTI.cxx THaRunBase.cxx THaRun.cxx
THaRunParameters.cxx THaSAProtonEP.cxx THaScalerEvtHandler.cxx
THaScintillator.cxx THaSecondaryKine.cxx THaShower.cxx
THaSpectrometer.cxx THaSpectrometerDetector.cxx THaString.cxx
THaSubDetector.cxx THaTextvars.cxx THaTotalShower.cxx
THaTrack.cxx THaTrackEloss.cxx THaTrackID.cxx
THaTrackInfo.cxx THaTrackingDetector.cxx THaTrackingModule.cxx
THaTrackOut.cxx THaTrackProj.cxx THaTriggerTime.cxx
THaTwoarmVertex.cxx THaUnRasteredBeam.cxx THaVar.cxx
THaVarList.cxx THaVertexModule.cxx THaVform.cxx
THaVhist.cxx VariableArrayVar.cxx Variable.cxx
VectorObjMethodVar.cxx VectorObjVar.cxx VectorVar.cxx
"""
# Generate ha_compiledata.h header file
compiledata = 'ha_compiledata.h'
write_compiledata(baseenv,compiledata)
extrahdrs = ['Helper.h','VarDef.h','VarType.h',compiledata]
poddlib = build_library(baseenv, libname, src, extrahdrs,
extradicthdrs = ['THaGlobals.h'], useenv = False,
versioned = True)
Clean(poddlib, compiledata)
###### Hall A SDK Main SConscript File #####
### Modify 'libname' and the list of source files 'src' as needed
from podd_util import build_library
Import ('baseenv')
# Library name (lib<libname>.so will be built)
libname = 'SBS'
# Sources (each must have a corresponding .h header file)
# This must be a space-separated string, not a Python list
src = """
FbusDetector.cxx FbusApparatus.cxx
HcalDetector.cxx HcalApparatus.cxx
CdetDetector.cxx CdetApparatus.cxx
"""
# Tell SCons to build this library from these sources.
# A ROOT dictionary, defined in <libname>_LinkDef.h, will be built as well.
# For more info, see the documention in $ANALYZER/site_scons/podd_util.py
build_library(baseenv, libname, src)
