compareOutputFiles Namespace Reference

Functions
def	checkKeys (name)
def	CompareTrees (pname, sname)
def	switchDict (d)
def	printDict (d, name='unspecified')
def	Reader (readerType, filename, qacross, qToEngine)
def	ComparisonEngine (pQueue, sQueue)
def	checkForAddressDifference (a, b)
def	compareEvents (s, p)
def	CheckFileRecords (par, ser)
def	LumiFSR (lumi)
def	GetFSRdict (filename, queue)
def	CompareFSR (pout, sout)

Variables
string	PAR = 'PARALLEL'
string	SER = 'SERIAL'
	args = sys.argv
string	par = 'PFN:'
string	ser = 'PFN:'
	pname = par[4:]
	sname = ser[4:]
	qacross = Queue()
	pout = Queue()
	sout = Queue()
	com = Process( target = ComparisonEngine, args = ( pout, sout ) )
	sp = Process( target = GetFSRdict, args = ( ser, sout ) )
	pp = Process( target = GetFSRdict, args = ( par, pout ) )
	cp = Process( target = CompareFSR, args = ( pout, sout ) )

Function Documentation

def compareOutputFiles.CheckFileRecords	(		par,
			ser
	)

Definition at line 251 of file compareOutputFiles.py.

def CheckFileRecords( par, ser ):

  print "Checking File Records"

  parFSR = GetFSRdicts( par )
  serFSR = GetFSRdicts( ser )



  diff1 = set( parFSR["TimeSpanFSR"].iteritems() ) - set( serFSR["TimeSpanFSR"].iteritems() )
  diff2 = set( parFSR["EventCountFSR"].iteritems() ) - set( serFSR["EventCountFSR"].iteritems() )

  print "\nDifferent entries in TimeSpanFSR:  \t" + str( len( diff1 ) ) + "\nDifferent entries in EventCountFSR:\t" + str( len( diff2 ) )

  for k in ["LumiFSRBeamCrossing", "LumiFSRBeam2", "LumiFSRNoBeam"]:
    diff3 = set( parFSR[k]["key"] ) - set( serFSR[k]["key"] )
    diff4 = set( parFSR[k]["incr"] ) - set( serFSR[k]["incr"] )
    diff5 = set( parFSR[k]["integral"] ) - set( serFSR[k]["integral"] )
    print "Different entries in " + str( k ) + ": \tkey: " + str( len( diff3 ) ) + " increment: " + str( len( diff4 ) ) + " integral: " + str( len( diff5 ) )

def compareOutputFiles.checkForAddressDifference	(		a,
			b
	)

Definition at line 194 of file compareOutputFiles.py.

def checkForAddressDifference( a, b ) :
  # the __repr__() method for Event Data Objects will return a generic
  # string "DataObject at 0xADDRESS" for non-Pythonised objects
  # If these objects have the same path, they are equal, but this
  # cannot be tested with "==" in Python, as the memory address will
  # be different for the two different DataObjects, so this method
  # will check if the difference is in the address
  #
  # args : a, b two string representations
  ref = 'DataObject at 0x'
  if a[:16] == b[:16] == ref : return True
  else : return False

def compareOutputFiles.checkKeys

(

name

)

Definition at line 15 of file compareOutputFiles.py.

def checkKeys( name ) :
  # Check the TTree keys in each file
  fname = name[4:] # TFile doesn't need the "PFN:" prefix
  tf = TFile( fname, 'REC' )





importOptions( '$STDOPTS/LHCbApplication.opts' )
#importOptions( '$GAUDIPOOLDBROOT/options/GaudiPoolDbRoot.opts' )
importOptions( '$GAUDICNVROOT/options/Setup.opts' )


OutputStream( "DstWriter" ).Output = ''
HistogramPersistencySvc().OutputFile = ''
MessageSvc( OutputLevel = ERROR )
EventSelector().PrintFreq = 100

ApplicationMgr( OutputLevel = ERROR,
                AppName = 'File Check - Serial vs Parallel' )
                # TopAlg = ['UnpackMCParticle', 'UnpackMCVertex'] )

def compareOutputFiles.compareEvents	(		s,
			p
	)

Definition at line 208 of file compareOutputFiles.py.

def compareEvents( s, p ) :
  # events in form of dictionary, with form
  # d[ path ] = tuple( className, string_repr )

  # check 1 : number of keys (paths)
  sks = s.keys() ; pks = p.keys()
  sks.sort() ; pks.sort()
  if len( sks ) == len( pks ) : pass
  else                    :
    # There may be extra keys in the parallel file
    # example: DstWriter may ask for /Event/Prev/MC/Header#1
    #          but in TESSerializer, *all* DataObjects will be sent
    #          including /Event/Prev and /Event/Prev/MC

    # check for extra keys in the parallel file which are just containing DataObjects
    # if found, remove them

    extras = list( set( pks ) - set( sks ) )
    for e in extras :
      if p[e][0] == 'DataObject' : pks.remove( e )
      else : print 'Extra Other thing found!', e, p[e][0] ; return False

  # check 2 : same paths?
  if sks == pks : pass
  else          : return False

  # check 3 : check the content
  l = len( sks )
  diffs = []
  for i in xrange( l ) :
    key = sks[i]
    # compare class name
    if s[key][0] == p[key][0] : pass
    else : diffs.append( key )
    # compare string representation
    if s[key][1] == p[key][1] : pass
    elif checkForAddressDifference( p[key][1], s[key][1] ) : pass
    else : diffs.append( key )

  # finish
  if diffs : return False
  else     : return True

def compareOutputFiles.CompareFSR	(		pout,
			sout
	)

Definition at line 356 of file compareOutputFiles.py.

def CompareFSR( pout, sout ):

  parFSR = pout.get()
  serFSR = sout.get()

  print "Comparing File Records"

  diff1 = set( parFSR["TimeSpanFSR"].iteritems() ) - set( serFSR["TimeSpanFSR"].iteritems() )
  diff2 = set( parFSR["EventCountFSR"].iteritems() ) - set( serFSR["EventCountFSR"].iteritems() )

  print "\nDifferent entries in TimeSpanFSR:  \t" + str( len( diff1 ) ) + "\nDifferent entries in EventCountFSR:\t" + str( len( diff2 ) )

  for k in ["LumiFSRBeamCrossing", "LumiFSRBeam2", "LumiFSRNoBeam"]:
    diff3 = set( parFSR[k]['key'] ) - set( serFSR[k]['key'] )
    diff4 = set( parFSR[k]['incr'] ) - set( serFSR[k]['incr'] )
    diff5 = set( parFSR[k]['integral'] ) - set( serFSR[k]["integral"] )
    print "Different entries in " + str( k ) + ": \tkey: " + str( len( diff3 ) ) + " increment: " + str( len( diff4 ) ) + " integral: " + str( len( diff5 ) )


  print "\nParallel: \n" + str( parFSR )
  print "\nSerial: \n" + str( serFSR )

def compareOutputFiles.CompareTrees	(		pname,
			sname
	)

Definition at line 41 of file compareOutputFiles.py.

def CompareTrees( pname, sname ) :
  pf = TFile( pname, 'REC' )
  sf = TFile( sname, 'REC' )
  event = '_Event'
  pfks = pf.GetListOfKeys()
  sfks = sf.GetListOfKeys()
  pfkeys = list( [pfk.GetName() for pfk in pfks] ) ; pfkeys.sort()
  sfkeys = list( [sfk.GetName() for sfk in sfks] ) ; sfkeys.sort()
  pMeta = [] ; pEvent = [] ; pOther = []
  for k in pfkeys :
    if   k.startswith( event ) : pEvent.append( k )
    elif k.startswith( '##' )  : pMeta.append( k )
    else : pOther.append( k )
  sMeta = [] ; sEvent = [] ; sOther = []
  for k in sfkeys :
    if   k.startswith( event ) : sEvent.append( k )
    elif k.startswith( '##' )  : sMeta.append( k )
    else : sOther.append( k )

  if pMeta == sMeta : pass
  else             : print 'Meta Data differs'

  if pEvent == sEvent : pass
  else               : print 'Event data differs'

  if pOther != sOther :
    pset = set( pOther )
    sset = set( sOther )
    pExtra = pset - sset
    sExtra = sset - pset
    if pExtra : print 'Extra Data in parallel file : ', pExtra
    if sExtra : print 'Extra Data in serial   file : ', sExtra
    if sExtra or pExtra : print 'Files will have different sizes'
  pf.Close()
  sf.Close()

def compareOutputFiles.ComparisonEngine	(		pQueue,
			sQueue
	)

Definition at line 169 of file compareOutputFiles.py.

def ComparisonEngine( pQueue, sQueue ) :
   # The Comparison Engine runs on a seperate forked process and receives
   # events in pairs, one each from Serial FileReader and Parallel FileReader
   #
   # The events arrive in Dictionary Format, d[path]=(className, string_repr)
   # and are compared using the compareEvents method
   #
   # Results are stored in an array of bools (PerfectMatch=True, Diff=False)
   #
   results = []
   while True :
     pitem = pQueue.get()
     sitem = sQueue.get()
     if pitem == sitem == None : print 'Termination Signals received ok' ; break
     elif pitem == None      : print 'pitem != sitem : ', pitem, sitem ; break
     elif sitem == None      : print 'pitem != sitem : ', pitem, sitem ; break
     results.append( compareEvents( pitem, sitem ) )
   print '=' * 80
   print 'Comparison Engine Finished'
   print '-' * 80
   print 'Total Events Checked : %i' % ( len( results ) )
   print 'Perfect Matches      : %i' % ( sum( results ) )
   print 'Errors               : %i' % ( len( results ) - sum( results ) )
   print '=' * 80

def compareOutputFiles.GetFSRdict	(		filename,
			queue
	)

Definition at line 300 of file compareOutputFiles.py.

def GetFSRdict( filename, queue ):


  FSR = { "TimeSpanFSR" :  {'earliest': 0, 'latest': 0},
          "LumiFSRBeamCrossing" :  {'key': 0, 'incr': 0, 'integral':0},
          "LumiFSRBeam1" :  {'key': 0, 'incr': 0, 'integral':0},
          "LumiFSRBeam2" :  {'key': 0, 'incr': 0, 'integral':0},
          "LumiFSRNoBeam" :  {'key': 0, 'incr': 0, 'integral':0},
           "EventCountFSR" :  {'input': 0, 'output': 0, 'statusFlag': 0}}

  options  = "from LumiAlgs.LumiFsrReaderConf import LumiFsrReaderConf as LumiFsrReader; LumiFsrReader().OutputLevel =  INFO; LumiFsrReader().inputFiles = ['%s'] ;" %filename
  options += "LumiFsrReader().Persistency='ROOT'; LumiFsrReader().EvtMax = 1; from Configurables import LHCbApp; LHCbApp().Persistency='ROOT';  from Configurables import CondDB, DDDBConf;"
  options += " CondDB().UseLatestTags=['%s']; DDDBConf(DataType='%s');"%( 2011, 2011 )
  exec options
  app = AppMgr()
  app.run( 1 )
  fsr = app.filerecordsvc()

  lst = fsr.getHistoNames()

  if lst :
    for l in lst :

      ob = fsr.retrieveObject( l )


      if "LumiFSR" in l:

        assert ob.numberOfObjects() == 1
        k = ob.containedObject( 0 )
        runs, files, keys, increment, integral = LumiFSR( k )

        FSR[l[l.rfind( '/' ) + 1:]]['runs'] = runs
        FSR[l[l.rfind( '/' ) + 1:]]['files'] = files
        FSR[l[l.rfind( '/' ) + 1:]]['key'] = keys
        FSR[l[l.rfind( '/' ) + 1:]]['incr'] = increment
        FSR[l[l.rfind( '/' ) + 1:]]['integral'] = integral



      if "TimeSpanFSR" in l:

        FSR["TimeSpanFSR"]['earliest'] = ob.containedObject( 0 ).earliest()
        FSR["TimeSpanFSR"]['latest'] = ob.containedObject( 0 ).latest()

      if "EventCountFSR" in l:

        FSR["EventCountFSR"]['input'] = ob.input()
        FSR["EventCountFSR"]['output'] = ob.output()
        FSR["EventCountFSR"]['statusFlag'] = ob.statusFlag()

  app.stop()
  app.finalize()

  queue.put( FSR )

def compareOutputFiles.LumiFSR

(

lumi

)

Definition at line 272 of file compareOutputFiles.py.

def LumiFSR( lumi ):

   runs = []
   files = []
   info = {}
   keys = []

   for r in lumi.runNumbers() :
     runs.append( r )

   for f in lumi.fileIDs() :
     files.append( f )
   s = str( lumi )
   sa = s.split( "info (key/incr/integral) : " )[-1]
   sa = sa.split( '/' )[:-1]

   key = []
   incr = []
   integral = []
   for rec in sa :
     k, i, t = rec.split()
     key.append( int( k ) )
     incr.append( int( i ) )
     integral.append( int( t ) )

   return ( runs, files, key, incr, integral )

def compareOutputFiles.printDict	(		d,
			name = 'unspecified'
	)

Definition at line 94 of file compareOutputFiles.py.

def printDict( d, name = 'unspecified' ) :
  # Print out a dictionary in the form
  #
  # Dictionary Name :
  #   key     value
  #   key     value
  #   ...
  #
  print '-' * 80
  print 'Dictionary %s : ' % ( name )
  for k in iter( d.keys() ) :
    print '\t', k, '\t', d[k]
  print '-' * 80

def compareOutputFiles.Reader	(		readerType,
			filename,
			qacross,
			qToEngine
	)

Definition at line 109 of file compareOutputFiles.py.

def Reader( readerType, filename, qacross, qToEngine ) :
  #
  # Process for reading a file
  # One process for reading Serial File, another for Parallel File
  #
  # First the order of events is determined, (parallel != serial, usually)
  #
  # Then the events are run *in order* using AppMgr().runSelectedEvents(pfn, evtNumber)
  # on both Serial-Reader and Parallel-Reader processes.
  #
  # The string repr of everything in the TES is placed in a dictionary and
  # sent to the comparison Process, which compares the two dictionaries
  #
  a = AppMgr()
  sel = a.evtsel()
  evt = a.evtsvc()

  header = '/Event/Rec/Header'
  sel.open( filename )
  ct = 0
  order = {}
  fname = filename[4:] # runSelectedEvents doesn't need the "PFN:" prefix

  # determine the ordering
  while True :
    a.run( 1 )
    if evt[header] :
      eNumber = int( evt[header].evtNumber() )
      order[eNumber] = ct
      ct += 1
    else : break

  if readerType == SER :
    # send the ordering details to the parallel-reader
    order = switchDict( order )
    qacross.put( order )
    qacross.put( None )
    # changeName
    serOrder = order
  elif readerType == PAR :
    # receive the serial ordering from queue,  and send ordering to SerialReader
    for serOrder in iter( qacross.get, None ) : pass
    lsks = len( serOrder.keys() )
    lpks = len( order.keys() )
    print 'Events in Files (serial/parallel) : %i / %i' % ( lsks, lpks )

  # now run files in the order specified by the serial ordering
  # and send them one by one to the comparison engine
  for i in iter( serOrder.keys() ) :
    if readerType == PAR  : i = order[serOrder[i]]

    a.runSelectedEvents( fname, i )
    lst = evt.getList()

    lst.sort()
    ascii = dict( [ ( l, ( evt[l].__class__.__name__, evt[l].__repr__() ) ) for l in lst ] )
    qToEngine.put( ascii )
  qToEngine.put( None )
  print '%s Reader Finished' % ( readerType )

def compareOutputFiles.switchDict

(

d

)

Definition at line 77 of file compareOutputFiles.py.

def switchDict( d ) :
  # switch a dictionary around ;  make the values the keys, and vice versa
  # only works if all values are unique
  nkeys = len( d.keys() )
  vals = d.values()
  nvals = len( vals )
  for v in vals :
    if vals.count( v ) > 1 :
      print 'Dictionary cannot be switched, values not unique'
      return None
  print 'Dict has keys/values : %i/%i' % ( nkeys, nvals )
  pairs = d.items() # returns (key, val) tuples in a list
  newd = {}
  for k, entry in pairs : newd[entry] = k
  return newd

Variable Documentation

compareOutputFiles.args = sys.argv

Definition at line 380 of file compareOutputFiles.py.

compareOutputFiles.com = Process( target = ComparisonEngine, args = ( pout, sout ) )

Definition at line 401 of file compareOutputFiles.py.

compareOutputFiles.cp = Process( target = CompareFSR, args = ( pout, sout ) )

Definition at line 418 of file compareOutputFiles.py.

string compareOutputFiles.PAR = 'PARALLEL'

Definition at line 38 of file compareOutputFiles.py.

compareOutputFiles.par = 'PFN:'

Definition at line 386 of file compareOutputFiles.py.

compareOutputFiles.pname = par[4:]

Definition at line 392 of file compareOutputFiles.py.

compareOutputFiles.pout = Queue()

Definition at line 396 of file compareOutputFiles.py.

compareOutputFiles.pp = Process( target = GetFSRdict, args = ( par, pout ) )

Definition at line 417 of file compareOutputFiles.py.

compareOutputFiles.qacross = Queue()

Definition at line 395 of file compareOutputFiles.py.

string compareOutputFiles.SER = 'SERIAL'

Definition at line 39 of file compareOutputFiles.py.

compareOutputFiles.ser = 'PFN:'

Definition at line 387 of file compareOutputFiles.py.

compareOutputFiles.sname = ser[4:]

Definition at line 393 of file compareOutputFiles.py.

compareOutputFiles.sout = Queue()

Definition at line 397 of file compareOutputFiles.py.

compareOutputFiles.sp = Process( target = GetFSRdict, args = ( ser, sout ) )

Definition at line 416 of file compareOutputFiles.py.