def changeJobProperties(self, clientName, propertyName, newValue):
"""Change the property of a client to a new value. Both client and property
can be a regular expression in which case all properties matching will
be changed to the new value. Note, this will only change properties that
already exist in the JobOptionsCatalogue.
Example: trigApp.changeJobProperties('.*', 'OutputLevel', DEBUG)"""
jobOptSvc = InterfaceCast(gbl.IJobOptionsSvc)(Helper.service(gbl.Gaudi.svcLocator(), "JobOptionsSvc"))
if not jobOptSvc:
log.error("Cannot find JobOptionsSvc")
return
import re
reClient = re.compile(clientName)
reProp = re.compile(propertyName)
## Loop over all clients/properties
for client in jobOptSvc.getClients():
for prop in jobOptSvc.getProperties(client):
if reClient.match(client) and reProp.match(prop.name()):
self.log.info("Changing %s.%s from '%s' to '%s'" % \
(client, prop.name(), prop.value(), newValue))
iprop = iProperty(client)
setattr(iprop, prop.name(), newValue)
return
def getHandle(self):
# Auditor handles don't exist ... use iProperty
try:
from GaudiPython.Bindings import iProperty
except ImportError:
from gaudimodule import iProperty
return iProperty(self.getJobOptName())
def getHandle(self):
# iAlgTool isn't useful, unless one knows for sure that the tool exists
try:
from GaudiPython.Bindings import iProperty
except ImportError:
from gaudimodule import iProperty
return iProperty(self.getJobOptName())
def setTHistSvcOutput():
"""Helper to set THistSvc.Output"""
## Do this only in a function to not pollute the global namespace
from TriggerJobOpts.HLTTriggerGetter import setTHistSvcOutput
output = []
setTHistSvcOutput(output)
setattr(iProperty("THistSvc"), "Output", output)
return
# TrigDB modifier
# Usage: athenaHLT.py --postcommand 'include("TriggerRelease/dbmod_BFieldAutoConfig.py")' ...
#
# Use DCS currents to configure magnetic field
#
from GaudiPython.Bindings import iProperty
from AthenaCommon.Logging import logging
log = logging.getLogger('dbmod_BFieldAutoConfig.py')
db = 'CONDBR2'
if '_run_number' in dir() and _run_number < 222222: db = 'COMP200'
# Add the DCS folder (note the double-use of quotes)
f = "'<db>COOLOFL_DCS/%s</db> /EXT/DCS/MAGNETS/SENSORDATA'" % db
log.info("Adding folder %s to IOVDbSvc" % f)
iProperty('IOVDbSvc').Folders.push_back(f)
iProperty('AtlasFieldSvc').UseDCS = True
# TrigDB modifier
# Usage: athenaMT/PT -C 'include("TriggerRelease/dbmod_CostMonForCAF.py")' ...
#
# Enable writing of cost monitoring ntuples at CAF
#
from GaudiPython.Bindings import iProperty
isL2 = len(iProperty('TrigSteer_L2').properties()) > 0
isEF = len(iProperty('TrigSteer_EF').properties()) > 0
isHLT = len(iProperty('TrigSteer_HLT').properties()) > 0
if isL2:
iProperty('TrigSteer_L2').doOperationalInfo = 1
iProperty('TrigSteer_L2.TrigCostExecL2').writeAlways = True
if isEF:
iProperty('TrigSteer_EF').doOperationalInfo = 1
iProperty('TrigSteer_EF.TrigCostExecEF').writeAlways = True
if isHLT:
iProperty('TrigSteer_HLT').doOperationalInfo = 1
iProperty('TrigSteer_HLT.TrigCostExecHLT').writeAlways = True
# TrigDB modifier
# Usage: athenaMT/PT -C 'include("TriggerRelease/dbmod_setTimeout.py")' ...
#
# Set timeouts
#
from GaudiPython.Bindings import iProperty
l2timeout = 10 * 1e9 # ns
eftimeout = 180 * 1e9 # ns
# This will work for L2
if len(iProperty('TrigSteer_L2').properties()) > 0:
iProperty('TrigSteer_L2').softEventTimeout = 0.9 * l2timeout
iProperty('TrigSteer_L2').hardEventTimeout = l2timeout
# and this for EF
if len(iProperty('TrigSteer_EF').properties()) > 0:
iProperty('TrigSteer_EF').softEventTimeout = 0.9 * eftimeout
iProperty('TrigSteer_Ef').hardEventTimeout = eftimeout
def __setattr__(self, attr, value):
try:
from GaudiPython.Bindings import iProperty
except ImportError:
from gaudimodule import iProperty
return setattr(iProperty("StoreGateSvc", self), attr, value)
# TrigDB modifier
# Usage: athenaMT/PT -C 'include("TriggerRelease/dbmod_chronoAuditor.py")' ...
#
# Enable ChronoStat auditor
#
from TrigCommon.TrigPyHelper import trigApp
from GaudiPython.Bindings import iProperty
trigApp.changeJobProperties('.*', 'AuditAlgorithms', True)
trigApp.changeJobProperties('.*', 'AuditServices', True)
trigApp.changeJobProperties('.*', 'AuditTools', True)
trigApp.changeJobProperties('.*', 'AuditInitialize', True)
iProperty('AuditorSvc').Auditors.push_back("'ChronoAuditor/ChronoAuditor'")
iProperty('ChronoStatSvc').ChronoDestinationCout = True
iProperty('ChronoStatSvc').PrintEllapsedTime = True
# TrigDB modifier
# Usage: athenaMT/PT -C 'include("TriggerRelease/dbmod_nameAuditor.py")' ...
#
# Enable NameAuditor
#
from TrigCommon.TrigPyHelper import trigApp
from GaudiPython.Bindings import iProperty
trigApp.changeJobProperties('.*', 'AuditAlgorithms', True)
trigApp.changeJobProperties('.*', 'AuditServices', True)
trigApp.changeJobProperties('.*', 'AuditTools', True)
trigApp.changeJobProperties('.*', 'AuditInitialize', True)
iProperty('AuditorSvc').Auditors.push_back("'NameAuditor/NameAuditor'")
# Change the partition name in HLTConfigSvc to avoid collissions between
# parallel running ATN tests
from GaudiPython.Bindings import iProperty
from TrigP1Test.PrescaleChange import partitionName
prop = iProperty('HLTConfigSvc')
prop.PartitionName = partitionName
# TrigDB modifier
# Usage: athenaMT/PT -C 'include("TriggerRelease/dbmod_ignorePrescales.py")' ...
#
# Ignore prescales
#
from GaudiPython.Bindings import iProperty
# This will work for L2
if len(iProperty('TrigSteer_L2.Lvl1Converter').properties())>0:
iProperty('TrigSteer_L2.Lvl1Converter').ignorePrescales = True
# and this for EF
if len(iProperty('TrigSteer_EF.Lvl1Converter').properties())>0:
iProperty('TrigSteer_EF.Lvl1Converter').ignorePrescales = True
def __setattr__( self, attr, value ):
try: from GaudiPython.Bindings import iProperty
except ImportError: from gaudimodule import iProperty
return setattr( iProperty("StoreGateSvc", self), attr, value )
## Set OutputLevel in JobOptionsSvc if "-l" option was used in athenaMT/PT
if logLevel[0] != "INFO":
outputLevel = int(locals()[logLevel[0]])
outputLevelProp = gbl.IntegerProperty("OutputLevel", outputLevel)
## Reset message levels
trigApp.service("MessageSvc", gbl.ITrigMessageSvc).resetOutputLevels()
trigApp.service("MessageSvc", gbl.IMessageSvc).setOutputLevel(outputLevel)
jobOptSvc = trigApp.service("JobOptionsSvc", gbl.IJobOptionsSvc)
## Set OutputLevel in JobOptionsSvc
for client in jobOptSvc.getClients():
for prop in jobOptSvc.getProperties(client):
if prop.name() == "OutputLevel":
iProperty(client).OutputLevel = outputLevel
## For running with offline THistSvc from online DB
from TrigServices.TriggerUnixStandardSetup import _Conf
if not _Conf.useOnlineTHistSvc:
isvcMgr = InterfaceCast(gbl.ISvcManager)(gbl.Gaudi.svcLocator())
## Change service type from TrigMonTHistSvc to THistSvc
isvcMgr.declareSvcType("THistSvc", "THistSvc")
setTHistSvcOutput()
if 'interactive' in dir():
PscConfig.interactive = bool(interactive)
del interactive
## Some cleanup
del _Conf
