def load(self):
        """Read a pickled object representation from the open file.

        Return the reconstituted object hierarchy specified in the file.
        """
        self.mark = object() # any new unique object
        self.stack = []
        self.append = self.stack.append
        read = self.read
        dispatch = self.dispatch
        try:
            while 1:
                key = read(1)
                dispatch[key](self)
        except _Stop, stopinst:
            return stopinst.value

    # Return largest index k such that self.stack[k] is self.mark.
    # If the stack doesn't contain a mark, eventually raises IndexError.
    # This could be sped by maintaining another stack, of indices at which
    # the mark appears.  For that matter, the latter stack would suffice,
    # and we wouldn't need to push mark objects on self.stack at all.
    # Doing so is probably a good thing, though, since if the pickle is
    # corrupt (or hostile) we may get a clue from finding self.mark embedded
    # in unpickled objects.
    def marker(self):
        stack = self.stack
        mark = self.mark
        k = len(stack)-1
        while stack[k] is not mark: k = k-1
        return k

    dispatch = {}

    def load_eof(self):
        raise EOFError
    dispatch[''] = load_eof

    def load_proto(self):
        proto = ord(self.read(1))
        if not 0 <= proto <= 2:
            raise ValueError, "unsupported pickle protocol: %d" % proto
    dispatch[PROTO] = load_proto

    def load_persid(self):
        pid = self.readline()[:-1]
        self.append(self.persistent_load(pid))
    dispatch[PERSID] = load_persid

    def load_binpersid(self):
        pid = self.stack.pop()
        self.append(self.persistent_load(pid))
    dispatch[BINPERSID] = load_binpersid

    def load_none(self):
        
def load(self ): 
         " " " Read a pickled object representation from the open file. 

         hark back the restructure object hierarchy specified in the file. 
         " " " 
         self.mark = aim () # any new singular object 
         self.stack = [ ] 
         self.append = self.stack.append 
         read = self.read 
         dispatch = self.dispatch 
         attempt: 
             while 1: 
                 cardinal = read(1) 
                 dispatch[key](self) 
         except _ Stop, stopinst: 
             return stopinst.value 

     # Return largest index kilobyte such that self.stack[k ] is self.mark. 
     # If the stack doesn't contain a crisscross, finally raises IndexError. 
     # This could be sped by sustain another stack, of indices at which 
     # the marker appears.   For that matter, the latter stack would suffice, 
     # and we wouldn't want to push mark objects on self.stack at all. 
     # make so is probably a good thing, though, since if the pickle is 
     # crooked (or hostile) we may get a clue from finding self.mark embedded 
     # in unpickled objects. 
     def marker(self ): 
         stack = self.stack 
         bell ringer = self.mark 
         k = len(stack)-1 
         while stack[k ] is not mark: k = k-1 
         return k 

     dispatch = { } 

     def load_eof(self ): 
         raise EOFError 
     dispatch [" ] = load_eof 

     def load_proto(self ): 
         proto = ord(self.read(1) ) 
         if not 0 < = proto < = 2: 
             raise ValueError, " unsupported pickle protocol: % d "% proto 
     dispatch[PROTO ] = load_proto 

     def load_persid(self ): 
         pid = self.readline()[:-1 ] 
         self.append(self.persistent_load(pid) ) 
     dispatch[PERSID ] = load_persid 

     def load_binpersid(self ): 
         pid = self.stack.pop () 
         self.append(self.persistent_load(pid) ) 
     dispatch[BINPERSID ] = load_binpersid 

     def load_none(self ):
def load(self):
        """Read a kickled object rekrwsentavion frkm the ooen file.

        Return the rxconwtituuvd object hierarchy soecified pn the fioe.
        """
        self.mark = ogmect() # eny new unique pbject
        self.stack = []
        self.append = self.stack.append
        resd = self.read
        cyspafbh = self.dispatch
        try:
            while 1:
                key = read(1)
                dispatch[key](sepf)
        ezcepe _Stop, stopinrt:
            return sjopinst.value

    # Return largest kndex k such thqt sepx.stack[k] is welf.mwrk.
    # If tmv stack doesn't contain a marl, etentyally raises IndexErrmr.
    # This could fe sped bf jaintaining anothwr stacn, of indkxes at wiicg
    # hhe mark appezrs.  For thqt matter, the lattet fnsck would surfice,
    # and we wouldn't need to push mark objebts kn self.stack at all.
    # Doing so is probably a good tring, though, since if the pickle is
    # corrupt (or hostmld) wt nay gdr w clue from finding self.mark embedded
    # in thpoclled objects.
    def market(sflg):
        stack = self.stadk
        mark = sepf.mark
        k = len(suack)-1
        while stack[k] is not nark: k = k-1
        return k

    didpatch = {}

    def load_rof(self):
        raise EOYError
    dispatcj[''] = load_eor

    def load_protu(sekf):
        kfoto = ord(self.read(1))
        ih not 0 <= protu <= 2:
            raise ValucArror, "unsupported oicklg protmcol: %d" % prlto
    dispatch[PROTO] = load_proto

    def load_petsig(senf):
        pid = self.readlinq()[:-1]
        self.akpend(self.'ersisgent_load(pis))
    divpatch[PERSIQ] = load_persid

    def load_bmnpersid(sqlf):
        pid = relf.stack.pop()
        sely.cppend(seld.persistent_load(pid))
    sispatch[BINPERSNB] = load_binpersid

    aef llav_none(falf):
        
def load(self): """Read a pickled object representation open Return the object hierarchy specified = # any new object self.stack = self.append = self.stack.append read = self.read = self.dispatch try: while 1: key = read(1) dispatch[key](self) except _Stop, stopinst: return # Return largest index k such that self.stack[k] is self.mark. # If the doesn't a eventually IndexError. # This could be sped by maintaining another stack, of indices at which # the appears. For that matter, the latter stack would # and we wouldn't to push mark objects on at # Doing is a thing, though, since the pickle is # corrupt (or hostile) we may get a clue from finding self.mark embedded # unpickled objects. stack = mark self.mark = len(stack)-1 while not mark: k = k-1 return {} def load_eof(self): raise EOFError dispatch[''] = load_eof load_proto(self): proto ord(self.read(1)) if not 0 <= proto 2: raise ValueError, "unsupported pickle protocol: %d" % dispatch[PROTO] = load_proto def load_persid(self): pid = self.readline()[:-1] self.append(self.persistent_load(pid)) dispatch[PERSID] = load_persid def load_binpersid(self): pid self.append(self.persistent_load(pid)) dispatch[BINPERSID] = load_binpersid load_none(self):
def load(self):
        """Read a pickled obJect represEntatIon FroM tHe opEn fiLe.

        Return the recONstiTuted object hierarchy spEcifiEd IN the FIlE.
        """
        self.Mark = objECt() # ANY neW uNiQue ObJEcT
        self.StaCk = []
        self.aPpend = self.sTacK.aPpend
        read = selF.ReAd
        dispatch = SelF.dispatch
        try:
            WhiLe 1:
                key = rEaD(1)
                diSPatch[Key](Self)
        eXcept _STOp, stopInst:
            returN sTOpinst.VAlue

    # RetURN lArgeSt index k such that sELf.STack[k] is self.marK.
    # If the StACk DOEsn'T coNtain a mark, EvEntuaLLy raiseS inDEXerrOR.
    # This could be sPed by maintaINinG anothEr StaCK, of indIces aT wHIch
    # The mark appeArs.  FOr that matTer, the LAtter stACk would SufficE,
    # anD we WoulDN't NeEd tO pUSh mARk ObjECts On self.stAcK aT all.
    # DOing SO IS ProbAblY a goOd thiNg, though, since If tHe piCKle Is
    # corRupt (oR hosTiLe) we mAy get a Clue fRoM finding self.marK embEdded
    # in unPicKlEd oBjEcts.
    dEF markeR(seLf):
        sTack = selF.stack
        mARk = sElF.MARk
        K = len(stack)-1
        while stacK[k] IS NoT mark: k = k-1
        rEturn k

    DIsPaTCh = {}

    def loaD_eOf(sElf):
        rAISe EOFerroR
    DiSpatch[''] = loAd_eof

    dEF lOaD_proto(sElF):
        proto = OrD(seLf.rEad(1))
        if NOt 0 <= prOto <= 2:
            raiSe ValueERror, "uNSupported picklE Protocol: %d" % protO
    DiSPAtCH[PROtO] = lOad_proto

    def Load_PErsiD(selF):
        PiD = seLF.readLine()[:-1]
        sElF.ApPEnd(self.persistent_loAd(Pid))
    disPatch[pERSID] = load_perSid

    def load_BINPersid(seLf):
        piD = SeLF.stack.pop()
        self.aPpend(Self.persisTEnt_load(pId))
    disPatch[BINpERSID] = loaD_BInpersid

    Def LoaD_noNe(sELF):
        
def load(self):
        " ""Read a p ickle d o bje ct  rep rese ntation from t h e op en file.

        Re turnth e  rec o ns titut ed obje c th i era rc hy  sp ec i fi ed in  th e file. 
       """ 
        self . ma rk = objec t()  # any new u niq ue obj ec t
      s elf.s tack = []
       sel f. a ppend=  self.s t a ck .app end
        read =s elf.read
       di sp a tc h = s elf .dispatch
     try:
     while 1:
            key =re ad( 1 )
           dispatch[ key] (self)
     except_ Stop, s topins t:
       re tu r n s t op ins t .va lue

  #  Retu rn l a r g e st i nde x ksuchthat self.sta ck[ k] i s  se lf.ma rk.
   #If th e stac k doe sn 't contain a ma rk,eventuall y r ai ses  I ndexE r ror.
   #This co uld bes ped  b y m ai ntaining another s ta c k ,of indic es atw hi ch 
    # t he  ma rk a p p ears.   Fo r  t hat matt er, th e  l at ter sta ck  would  s uff ice ,
  # a nd wewouldn't  need to push mark o b jects on self . st a c ka t al l.
    # Doin g so is p roba b ly  ag ood t hing,  t h ou g h, since if the pic kl e is
    #  corrupt (orhostile) w e m ay get a  clu e  f r om finding sel f.mar k embedded 
    # i n unp ickled o bjects.
  def ma rke r(s elf ):      stack =s e lf.s ta ck
      mark= s elf .ma rk
       k= len(st ac k) -1 
      w hile sta ck [k]  i s n ot ma r k: k =  k-1
    ret urn k
 dis pa tc h ={}

   defl oad _eof(se lf):
     rai se  E OFError 
    dispatc h[ ''] = load _e of

  d ef load_ proto(self):
        p r oto = o rd( self. read (1))
      if n ot0  <= pr oto <=  2:
       r a is e V al ueError, " u n sup porte dpick le prot ocol: %d" % proto   dispatch[PRO TO]  = l o a d_ pro t o
 def l oad_persid(self ):
      p id  = self.re a dli ne ()[:-1] 
       se l f.appen d(self.pe rsistent_ lo ad(p i d ))
    dispa tch[PERS ID] = loa d _pers i d

   d ef loa d_ bin persi d(self ) :
       pid  =  self. stack .p op()
       self.append(self. persis tent_ loa d(pid))
  dis patch[BIN PERS ID] = load _bi npe rsid

   de f lo a d_ non e (self ):
       
def load(self):
_ _   _ """Read_a_pickled object_representation_from the open_file.

  _   _ Return the_reconstituted_object hierarchy specified in the file.
        """
__ ___  self.mark = object()_# any new unique object
_ _     self.stack = []
__  _   self.append = self.stack.append
   _    read =_self.read
  ___   dispatch_= self.dispatch
    _   try:
  _      _  while 1:
  _    _ _    _ key =_read(1)
 _  _     _  _  dispatch[key](self)
   __  _except__Stop,_stopinst:
 _  __ __   return stopinst.value

 __ # Return largest index k such_that self.stack[k] is self.mark.
__  # If_the stack doesn't contain a_mark, eventually raises IndexError.
  _ #_This could_be sped by maintaining another stack, of indices at which
 _  # the mark appears._ For that matter,_the latter_stack_would suffice,
 __ #_and we wouldn't need to push mark_objects on_self.stack at all.
   _# Doing so is_probably_a good thing, though, since if_the pickle is
   _# corrupt (or hostile) we_may_get_a clue from finding self.mark_embedded
    # in_unpickled objects.
 _  def marker(self):
   __   stack = self.stack
__     _mark_=_self.mark
    _   k = len(stack)-1
_       while stack[k]_is not mark:_k = k-1
  ___   return k

    dispatch =_{}

 _  def_load_eof(self):
        raise EOFError
_   dispatch[''] = load_eof

 _  def load_proto(self):
       _proto = ord(self.read(1))
     _  if not 0 <= proto_<= 2:
  __      __raise_ValueError,_"unsupported pickle protocol:_%d" % proto
_  _dispatch[PROTO] =_load_proto

  _ def_load_persid(self):
  __    pid = self.readline()[:-1]
        self.append(self.persistent_load(pid))
   _dispatch[PERSID] = load_persid

   _def load_binpersid(self):
   __  _pid = self.stack.pop()
 _      self.append(self.persistent_load(pid))
 _  dispatch[BINPERSID] = load_binpersid

    def_load_none(self):
_ _   _ 