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#! /usr/bin/python
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# this is a python script to submit the analysis* as
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# batch jobs on the tier-3
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#
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# * this means jobs in the jet met prompt analysis
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# framework which I adapted to the ewk analysis
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#
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# the following variables should be changed/checked
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# before job submission:
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# - output
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# - inputlist
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# - ijobmax
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import os
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## setup the output dir and input files
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##output = "Data_PromptReco"
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output = "WenuD6T_PU"
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##inputlist = "config/input_PromptReco.txt"
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inputlist = "config/input_WenuD6T_PU.txt"
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## the cut file (still needed...)
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settingfile = "config/cutFileExample.txt"
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## number of max jobs
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##ijobmax = 578
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ijobmax = 33
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numfiles = 99
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################################################
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# to write on local disks
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################################################
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## name of the directory where the *.root file is stored
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outputmain = output
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## make some directories
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os.system("mkdir "+output)
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os.system("mkdir "+output+"/log/")
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os.system("mkdir "+output+"/input/")
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os.system("mkdir "+output+"/src/")
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outputroot = outputmain+"/root/"
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os.system("mkdir "+outputroot)
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################################################
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#look for the current directory
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################################################
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os.system("\\rm tmp.log")
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os.system("echo $PWD > tmp.log")
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tmp = open("tmp.log")
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pwd = tmp.readline()
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tmp.close()
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os.system("\\rm tmp.log")
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#################################################
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##numfiles = reduce(lambda x,y: x+1, file(inputlist).xreadlines(), 0)
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filesperjob = numfiles/ijobmax
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##filesperjob = filesperjob
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extrafiles = numfiles%ijobmax
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input = open(inputlist)
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#################################################
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for ijob in range(ijobmax):
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# prepare the list file
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inputfilename = output+"/input/input_"+str(ijob)+".list"
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inputfile = open(inputfilename,'w')
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# if it is a normal job get filesperjob lines
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if ijob != (ijobmax-1):
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for line in range(filesperjob):
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ntpfile = input.readline()
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if ntpfile != '':
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inputfile.write(ntpfile)
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continue
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else:
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# if it is the last job get ALL remaining lines
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ntpfile = input.readline()
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while ntpfile != '':
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inputfile.write(ntpfile)
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ntpfile = input.readline()
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continue
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inputfile.close()
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# prepare the script to run
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outputname = output+"/src/submit_"+str(ijob)+".src"
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outputfile = open(outputname,'w')
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outputfile.write('#!/bin/bash\n')
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outputfile.write('#$ -N '+output+'_'+str(ijob)+'\n')
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outputfile.write('#$ -l s_rt=01:30:00,h_rt=04:00:00\n')
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outputfile.write('#$ -q all.q\n')
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outputfile.write('#$ -cwd\n')
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outputfile.write('#$ -o /shome/jueugste/CMSSW/CMSSW_3_6_1_patch2_diff/src/DiLeptonAnalysis/NTupleProducer/test/rootEWKanalyzer/'+output+'/log/\n')
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outputfile.write('#$ -e /shome/jueugste/CMSSW/CMSSW_3_6_1_patch2_diff/src/DiLeptonAnalysis/NTupleProducer/test/rootEWKanalyzer/'+output+'/log/\n')
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outputfile.write('source /swshare/cms/cmsset_default.sh\n')
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outputfile.write('cd /shome/jueugste/CMSSW/CMSSW_3_6_1_patch2_diff/src/DiLeptonAnalysis/NTupleProducer/test/rootEWKanalyzer\n')
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outputfile.write('eval `scramv1 runtime -sh`\n')
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outputfile.write('export LD_LIBRARY_PATH=/swshare/glite/d-cache/dcap/lib:$LD_LIBRARY_PATH\n')
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outputfile.write('./main '+inputfilename+' '+settingfile+' analyze/Analysis '+outputroot+output+'_'+str(ijob)+' '+output+"/log/cutEfficiencyFile_"+str(ijob)+"\n")
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outputfile.close
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##os.system('echo qsub '+outputname)
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##os.system('qsub '+outputname)
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ijob = ijob+1
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continue
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## now submit the jobs...
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for ijob in range(ijobmax):
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os.system('echo qsub '+output+'/src/submit_'+str(ijob)+'.src')
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os.system('qsub '+output+'/src/submit_'+str(ijob)+'.src')
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