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#!/usr/bin/env python3
"""
_AlCaNano_
Scenario supporting proton collisions for AlCa needs when ALCANANO is produced
"""
import os
import sys
from Configuration.DataProcessing.Scenario import *
from Configuration.DataProcessing.Utils import stepALCAPRODUCER,dqmIOSource,harvestingMode,dictIO,gtNameAndConnect,addMonitoring
import FWCore.ParameterSet.Config as cms
class AlCaNano(Scenario):
def __init__(self):
Scenario.__init__(self)
self.recoSeq=''
self.promptCustoms= [ 'Configuration/DataProcessing/RecoTLR.customisePrompt' ]
self.promptModifiers = cms.ModifierChain()
"""
_AlCaNano_
Implement configuration building for data processing for proton
collision data taking for AlCa needs when ALCANANO is produced
"""
def skimsIfNotGiven(self,args,sl):
if not 'skims' in args:
args['skims']=sl
def promptReco(self, globalTag, **args):
if not 'skims' in args:
args['skims']=self.skims
if not 'customs' in args:
args['customs']= [ ]
for c in self.promptCustoms:
args['customs'].append(c)
options = Options()
options.__dict__.update(defaultOptions.__dict__)
options.scenario = "pp"
dictIO(options,args)
options.conditions = gtNameAndConnect(globalTag, args)
if 'customs' in args:
print(args['customs'])
options.customisation_file=args['customs']
options.step = 'RECO'
options.step += self.recoSeq
options.step += stepALCAPRODUCER(args['skims'])
process = cms.Process('RECO', cms.ModifierChain(self.eras, self.promptModifiers) )
cb = ConfigBuilder(options, process = process, with_output = True)
# Input source
process.source = cms.Source("PoolSource",
fileNames = cms.untracked.vstring()
)
cb.prepare()
return process
def alcaSkim(self, skims, **args):
"""
_alcaSkim_
AlcaReco processing & skims for proton collisions
"""
step = ""
pclWflws = [x for x in skims if "PromptCalibProd" in x]
skims = [x for x in skims if x not in pclWflws]
if len(pclWflws):
step += 'ALCA:'+('+'.join(pclWflws))
if len(skims) > 0:
if step != "":
step += ","
step += "ALCAOUTPUT:"+('+'.join(skims))
options = Options()
options.__dict__.update(defaultOptions.__dict__)
options.scenario = "pp"
options.step = step
options.conditions = args['globaltag'] if 'globaltag' in args else 'None'
if 'globalTagConnect' in args and args['globalTagConnect'] != '':
options.conditions += ','+args['globalTagConnect']
options.triggerResultsProcess = 'RECO'
process = cms.Process('ALCA', self.eras)
cb = ConfigBuilder(options, process=process)
# Input source
process.source = cms.Source(
"PoolSource",
fileNames=cms.untracked.vstring()
)
cb.prepare()
for wfl in pclWflws:
methodToCall = getattr(process, 'ALCARECOStream'+wfl)
methodToCall.dataset.dataTier = cms.untracked.string('ALCAPROMPT')
return process
def dqmHarvesting(self, datasetName, runNumber, globalTag, **args):
"""
_dqmHarvesting_
Proton collisions data taking DQM Harvesting
"""
options = defaultOptions
options.scenario = "pp"
options.step = "HARVESTING:alcaHarvesting"
options.name = "EDMtoMEConvert"
options.conditions = gtNameAndConnect(globalTag, args)
process = cms.Process("HARVESTING", self.eras)
process.source = dqmIOSource(args)
configBuilder = ConfigBuilder(options, process = process)
configBuilder.prepare()
harvestingMode(process,datasetName,args)
return process
def alcaHarvesting(self, globalTag, datasetName, **args):
"""
_alcaHarvesting_
Proton collisions data taking AlCa Harvesting
"""
skims = []
if 'skims' in args:
skims = args['skims']
if 'alcapromptdataset' in args:
skims.append('@'+args['alcapromptdataset'])
if len(skims) == 0: return None
options = defaultOptions
options.scenario = self.cbSc if hasattr(self,'cbSc') else self.__class__.__name__
options.step = "ALCAHARVEST:"+('+'.join(skims))
options.name = "ALCAHARVEST"
options.conditions = gtNameAndConnect(globalTag, args)
process = cms.Process("ALCAHARVEST", self.eras)
process.source = cms.Source("PoolSource")
if 'customs' in args:
options.customisation_file=args['customs']
configBuilder = ConfigBuilder(options, process = process)
configBuilder.prepare()
process.source.processingMode = cms.untracked.string('RunsAndLumis')
process.source.fileNames = cms.untracked(cms.vstring())
process.maxEvents.input = -1
process.dqmSaver.workflow = datasetName
return process
def expressProcessing(self, globalTag, **args):
"""
_expressProcessing_
Proton collision data taking express processing
"""
skims = []
if 'skims' in args:
skims = args['skims']
pclWkflws = [x for x in skims if "PromptCalibProd" in x]
for wfl in pclWkflws:
skims.remove(wfl)
options = Options()
options.__dict__.update(defaultOptions.__dict__)
options.scenario = "pp"
options.step = stepALCAPRODUCER(skims)
if 'outputs' in args:
# the RAW data-tier needs a special treatment since the event-content as defined in release is not good enough
outputs_Raw = [x for x in args['outputs'] if x['dataTier'] == 'RAW']
outputs_noRaw = [x for x in args['outputs'] if x['dataTier'] != 'RAW']
if len(outputs_Raw) == 1:
print('RAW data-tier requested')
options.outputDefinition = outputs_noRaw.__str__()
options.conditions = gtNameAndConnect(globalTag, args)
options.filein = 'tobeoverwritten.xyz'
if 'inputSource' in args:
options.filetype = args['inputSource']
process = cms.Process('RECO', self.eras)
if 'customs' in args:
options.customisation_file=args['customs']
cb = ConfigBuilder(options, process = process, with_output = True, with_input = True)
cb.prepare()
addMonitoring(process)
for output in outputs_Raw:
print(output)
moduleLabel = output['moduleLabel']
selectEvents = output.get('selectEvents', None)
maxSize = output.get('maxSize', None)
outputModule = cms.OutputModule(
"PoolOutputModule",
fileName = cms.untracked.string("%s.root" % moduleLabel)
)
outputModule.dataset = cms.untracked.PSet(dataTier = cms.untracked.string("RAW"))
if maxSize != None:
outputModule.maxSize = cms.untracked.int32(maxSize)
if selectEvents != None:
outputModule.SelectEvents = cms.untracked.PSet(
SelectEvents = cms.vstring(selectEvents)
)
outputModule.outputCommands = cms.untracked.vstring('drop *',
'keep *_*_*_HLT')
setattr(process, moduleLabel, outputModule)
# outputModule=getattr(self.process,theModuleLabel)
setattr(process, moduleLabel+'_step', cms.EndPath(outputModule))
path = getattr(process, moduleLabel+'_step')
process.schedule.append(path)
return process
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