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#!/usr/bin/env python
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import os
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from sys import stderr, exit
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from RecoLuminosity.LumiDB import selectionParser
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import commands
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import fileinput
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import string
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#
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# HLT key and run query: E.P., 27 July 2010
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# Specific trigger information added: bdahmes, 23 Aug 2010
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# query to the Run Registry taken from a script by Giovanni Petrucianni
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#
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from optparse import OptionParser
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parser = OptionParser(usage="usage: %prog [options]")
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parser.add_option("--firstRun", dest="firstRun", help="first run", type="int", metavar="RUN", default="1")
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parser.add_option("--lastRun", dest="lastRun", help="last run", type="int", metavar="RUN", default="9999999")
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parser.add_option("--groupName", dest="groupName", help="select runs of name like NAME", metavar="NAME", default="Collisions%")
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parser.add_option("--rrurl", dest="rrurl", help="run registry xmlrpc url", metavar="URL", default="http://cms-service-runregistry-api.web.cern.ch/cms-service-runregistry-api/xmlrpc")
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parser.add_option("--HLTkey", dest="HLTkey", help="name of the HLTkey e.g. /cdaq/physics/Run2010/v3.1/HLT_1.6E30/V1",metavar="HLT")
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parser.add_option("--perKey", action="store_true",default=False,dest="perKey",help="list the runs per HLT key",metavar="perKey")
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parser.add_option("--json", dest="json", help="JSON file for good runs", type="string", default="None")
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parser.add_option("--HLTpaths", dest="HLTpaths", help="Comma-separated list of HLT paths (a,b,c)", default="None")
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parser.add_option("--latex", action="store_true", default=False, dest="latex",help="table output in LaTeX format",metavar="latex")
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parser.add_option("--runsPerRow",dest="runsPerRow",default=-1, type="int",help="Runs printed before new table row",metavar="NUMBER")
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(options, args) = parser.parse_args()
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def max(i,j):
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if i > j:
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return i
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else:
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return j
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def queryRR():
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stderr.write("Querying run registry for range [%d, %d], group name like %s ...\n" % (options.firstRun, options.lastRun, options.groupName))
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import xmlrpclib
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import xml.dom.minidom
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server = xmlrpclib.ServerProxy(options.rrurl)
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run_data = server.DataExporter.export('RUN', 'GLOBAL', 'xml_datasets', "{runNumber} >= %d AND {runNumber} <= %d AND {groupName} like '%s' AND {datasetName} = '/Global/Online/ALL'" % (options.firstRun, options.lastRun, options.groupName))
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ret = {}
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xml_data = xml.dom.minidom.parseString(run_data)
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xml_runs = xml_data.documentElement.getElementsByTagName("RUN_DATASET")
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for xml_run in xml_runs:
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ret[xml_run.getElementsByTagName("RUN_NUMBER")[0].firstChild.nodeValue] = xml_run.getElementsByTagName("RUN_HLTKEY")[0].firstChild.nodeValue
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return ret
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tempHLTfile = 'tempHLT.log'
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def pathInfo(path):
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searchString = " " + path + " "
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result = [line for line in
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open(tempHLTfile) if searchString in line]
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if len(result) > 0:
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return result[0]
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else:
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return ""
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runKeys = queryRR()
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prescaleTable = {}
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runs = runKeys.keys(); runs.sort()
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paths = []
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runsPerRow = int(options.runsPerRow)
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if options.HLTpaths != "None":
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pathString = options.HLTpaths
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beginString = 0
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ctr = 0
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while beginString < len(pathString):
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ctr += 1
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nextString = pathString[beginString:-1].find(',')
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endString = beginString + nextString
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if endString < beginString:
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endString = len(pathString)
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newPath = pathString[beginString:endString]
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beginString = endString + 1
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paths.append(newPath)
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if options.json != "None":
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jfile = open(options.json,'r')
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filteredRunList = []
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goodLS = ''
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parsingResult = ''
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goodLS = jfile.read()
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parsingResult = selectionParser.selectionParser(goodLS)
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if not parsingResult:
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print 'Failed to parse the input JSON file',ifilename
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raise
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goodRuns = parsingResult.runs()
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for run in runs:
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key = runKeys[run]
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for anotherRun in goodRuns:
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if int(run) == anotherRun:
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filteredRunList.append(run)
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runs = filteredRunList
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if options.perKey:
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runsPerKey={}
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for run in runs:
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key = runKeys[run]
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if not key in runsPerKey.keys():
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tmpruns=[]
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tmpruns.append(run)
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runsPerKey[key] = tmpruns
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else:
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runsPerKey[key].append(run)
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theKeys = runsPerKey.keys()
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# Resort the menus based on run number
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resortedKeys = []
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totalKeys = len(theKeys)
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while len(resortedKeys) != totalKeys:
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earliestRun = 999999
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earliestKey = ''
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for key in theKeys:
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first = int(runsPerKey[key][0])
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if first < earliestRun:
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earliestKey = key
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earliestRun = first
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resortedKeys.append(earliestKey)
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theKeys.remove(earliestKey)
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theKeys = resortedKeys
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# Look for special features based on interesting paths
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# NOTE: DQM is ignored (avoids seeing path appear more than once)
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featuresPerKey = {}
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if options.HLTpaths != "None":
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tempHLTfile = "tempHLT.log"
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for key in theKeys:
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mySetup = "touch " + tempHLTfile + " ; rm " + tempHLTfile
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os.system(mySetup)
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myGet = "edmConfigFromDB --orcoff --configName " + key + " --noes --services PrescaleService | hltDumpStream > " + tempHLTfile
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os.system(myGet)
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infoString = ''
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for path in paths:
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info = pathInfo(path).split()
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i = 1
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foundPrescale = False
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while i < len(info):
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if info[i].isdigit():
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if foundPrescale:
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info.pop(i)
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else:
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foundPrescale = True
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i += 1
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else:
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i += 1
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if len(info) > 4:
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lastColumn = info[len(info)-1].split()
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info[3] = lastColumn[len(lastColumn)-1]
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while len(info) > 4:
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dummy = info.pop()
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for item in info:
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infoString += item.strip() + ':'
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infoString = infoString[:len(infoString)-1] + ';'
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# if options.latex:
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# infoString = string.replace(infoString,'_','\\_')
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# print infoString
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featuresPerKey[key] = infoString
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myCleanup = "rm " + tempHLTfile
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os.system(myCleanup)
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pathFeatures = {}
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pathPrescale = {}
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pathL1seed = {}
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updatedFeatures = {}
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updatedPrescale = {}
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updatedL1seed = {}
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for path in paths:
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pathFeatures[path] = ''
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pathPrescale[path] = ''
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pathL1seed[path] = ''
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updatedFeatures[path] = 'X'
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updatedPrescale[path] = ''
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updatedL1seed[path] = ''
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beginString = ''
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separatorString = ''
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endString = ''
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if options.latex:
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separatorString = '&'
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endString = '\\\\'
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maxLen = 0
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for key in theKeys:
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theLen = len(key)
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if theLen > maxLen:
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maxLen = theLen
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for key in theKeys:
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runList = []
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theruns = runsPerKey[key]
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topr = ""
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for r in theruns:
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topr += r + ","
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if runsPerRow > 0 and topr.count(',') == runsPerRow and theruns.index(r) != (len(theruns) - 1):
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runList.append(topr)
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topr = ""
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topr = topr[:len(topr)-1]
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runList.append(topr)
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# Always assume a path has been disabled, and prepare to be wrong
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for path in paths:
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updatedFeatures[path] = 'X'
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if options.HLTpaths != "None":
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parseMenuInfo = featuresPerKey[key].split(';',len(paths))
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for pathBlock in parseMenuInfo:
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parsePathInfo = pathBlock.split(':')
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if len(parsePathInfo) > 1:
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thePath = parsePathInfo[len(parsePathInfo)-3]
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# thePath = string.replace(thePath,'\\_','_')
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updatedFeatures[thePath] = 'U'
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if parsePathInfo[0] == '~':
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updatedFeatures[thePath] = 'G'
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updatedPrescale[thePath] = parsePathInfo[len(parsePathInfo)-2]
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updatedL1seed[thePath] = parsePathInfo[len(parsePathInfo)-1]
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xtraSpace = ''
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for i in range(0,maxLen-len(key)):
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xtraSpace += ' '
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outputKey = key
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if options.latex:
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outputKey = string.replace(key,'_','\\_')
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print beginString,outputKey,xtraSpace,separatorString,
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featureString = []
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for path in paths:
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stringPrefix = ''
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if updatedFeatures[path] != pathFeatures[path]:
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pathFeatures[path] = updatedFeatures[path]
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stringPrefix += '(' + pathFeatures[path] + ')'
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L1andPrescale = ''
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if updatedPrescale[path] != pathPrescale[path] or updatedL1seed[path] != pathL1seed[path]:
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if updatedPrescale[path] == pathPrescale[path]:
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L1andPrescale = '(' + updatedL1seed[path] + ')'
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elif updatedL1seed[path] == pathL1seed[path]:
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L1andPrescale = '(' + updatedPrescale[path] + ')'
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else:
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L1andPrescale = '(' + updatedL1seed[path] + ',' + updatedPrescale[path] + ')'
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pathPrescale[path] = updatedPrescale[path]
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pathL1seed[path] = updatedL1seed[path]
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pathString = ''
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if len(stringPrefix) > 0 or len(L1andPrescale) > 0:
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pathString = path
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if len(stringPrefix) > 0:
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pathString = stringPrefix + pathString
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if len(L1andPrescale) > 0:
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pathString += L1andPrescale
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if options.latex:
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pathString = string.replace(pathString,'_','\\_')
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featureString.append(pathString)
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oldLength = len(featureString)
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for i in range(0,oldLength):
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idx = oldLength - 1 - i
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if len(featureString[idx]) == 0:
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featureString.pop(idx)
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for i in range(0,max(len(featureString),len(runList))):
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if i > 0:
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print beginString,' ',
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for j in range(0,maxLen):
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print '',
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print separatorString,
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if i >= len(runList):
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print featureString[i],separatorString,' ',
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elif i >= len(featureString):
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print ' ', separatorString,runList[i],
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else:
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print featureString[i],separatorString,runList[i],
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print endString
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exit(1)
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if options.HLTkey:
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HLTkey = options.HLTkey
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print "List of runs taken with HLT key = ",HLTkey
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for run in runs:
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key = runKeys[run]
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if not options.HLTkey:
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print run,key
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else:
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if key == options.HLTkey:
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print run
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