K=10,T=0.8: <data>' . format ( pfmt ) print ( ) if conf . get _ bool ( ' execute ' ) : <UNK> = [ os . path . expandvars ( os . path . expanduser ( x ) ) for x in shlex . split ( cmd ) ] pp = subprocess . popen ( shlex . split ( <UNK> ) , stdout = subprocess . pipe ) cp = subprocess . popen ( <UNK> , stdin = pp . stdout , stdout = sys . stdout ) if pp . stdout is not none : pp . stdout . </data>write ( open ( os . path . join ( <UNK> + ' . json ' + str ( <UNK> ) ) + ' . json ' + str ( <UNK> + ' . json ' + str ( <UNK> + ' . json ' + str ( <UNK> + ' . json ' + str ( <UNK> ) + ' . json ' ) + ' . json ' + str ( <UNK> + ' . json ' + str ( <UNK> + ' . json ' + str ( <UNK> + ' . json ' + str ( 
K=10,T=0.8: <data>map _ features _ utils _ instance = map features utils ( ) social _ features _ utils _ instance = social features utils ( ) sequences = os . listdir ( args . data _ dir ) temp _ save _ dir = tempfile . mkdtemp ( ) num _ sequences = _ features _ small _ size if args . small else len ( sequences ) parallel ( n _ jobs = - 2 ) ( delayed ( load _ seq _ save _ features ) ( i , sequences , temp _ save _ dir , map </data>_ location = args . cpu _ count ) output _ dir = os . path . join ( args . data _ dir , ' { } - large _ loss / ' . format ( output _ dir ) ) output _ dir = os . path . join ( output _ dir , output _ dir ) output _ dir = os . path . join ( output _ dir , output _ dir ) output _ dir = os . path . join ( output _ dir , output _ dir ) output _ dir = 
K=10,T=0.8: <data>. speed x * np . cos ( ob . angle ) ) track pos _ array . append ( ob . track pos ) if ( math . isnan ( r _ t ) ) : r _ t = 0 . 0 for bad _ r in range ( 5 0 ) : print ( " bad reward found " ) break total _ reward + = r _ t s _ t = s _ t 1 if ( ( np . mod ( step , 1 5 ) = = 0 ) ) : print ( </data>" bad reward found " ) continue if ( np . sum ( np . abs ( r _ t ) ) ! = 0 ) : print ( " bad reward found " ) continue total _ reward + = r _ t 1 if ( total _ reward - total _ reward ) < = total _ reward : total _ reward + = r _ t 1 if ( total _ reward ) ! = total _ reward : continue if ( total _ reward - total _ reward ) ! = total _ reward : total 
K=10,T=0.8: <data>declarations ' ] , self . file ) return context , context _ len def get _ parent _ class _ file _ context ( self ) : self . parent _ class _ file , self . parent _ class _ name = self . get _ parent _ class _ filename ( ) if self . parent _ class _ file : if self . rule _ context _ formatting = = ' class _ name ' or self . rule _ context _ formatting = = ' class _ method _ name ' : base _ context </data>_ formatting = ' cls ' elif self . rule _ context _ formatting = = ' class _ method _ name ' : base _ context _ formatting = ' cls ' elif self . parent _ class _ file : base _ context _ formatting = ' cls ' elif self . parent _ class _ file : base _ context _ formatting = ' cls ' else : base _ context _ formatting = ' cls ' def get _ parent _ class _ file _ context ( self ) : base _ context _ formatting = 
K=10,T=0.8: <data><UNK> + = instr . implicit <UNK> if self . <UNK> > 1 9 2 : requires sync uop = true self . <UNK> = 0 if any ( ( get canonical reg ( op . reg ) = = ' rsp ' ) for op in instr . output reg operands ) : self . <UNK> = 0 if requires sync uop : stack sync uop = stack sync uop ( uop . instr i , self . u arch config ) lam uop = laminated uop ( [ fused uop ( [ stack sync uop ] ) ] </data>) if not self . <UNK> is not none : if not uop : stack sync uop [ fused uop ] = ( fused uop [ fused uop ] ) else : stack sync uop [ fused uop ] = ( fused uop [ fused uop ] ) else : stack sync uop [ fused uop ] = ( fused uop [ fused uop ] ) else : stack sync uop [ fused uop ] = ( fused uop [ fused uop ] ) return ret def get uop ( self , op ) : if op [ fused uop 
K=10,T=0.8: <data>. pixiewps = true self . airmon = true self . git = true def start ( self ) : chdir ( ' / root / ' ) if not c . check _ iface ( ) : c . set _ iface ( " up " ) else : print info + " previous interface was found in monitor mode : % s " % c . iface _ mon choice = raw _ input ( " % s do you wish to use this interface ? [ y / n ] " % input ) print if choice </data>= = ' y ' or choice = = ' y ' or choice = = ' y ' : self . airmon = true else : self . pixiewps = true self . pixiewps = true def check _ pixiewps ( self , input , y ) : self . pixiewps = ' reaver ' self . pixiewps = ' pixiewps ' self . pixiewps = ' pixiewps ' self . pixiewps = ' pixiewps ' self . pixiewps = ' pixiewps ' self . pixiewps = ' pixiewps ' self . pixiewps = ' pixiewps ' self . 
K=10,T=0.8: <data>branch _ 1 , 2 8 8 , 3 , strides = 2 , padding = ' valid ' ) branch _ 2 = conv 2 d _ bn ( x , 2 5 6 , 1 ) branch _ 2 = conv 2 d _ bn ( branch _ 2 , 2 8 8 , 3 ) branch _ 2 = conv 2 d _ bn ( branch _ 2 , 3 2 0 , 3 , strides = 2 , padding = ' valid ' ) branch _ pool = max pooling 2 d ( 3 , strides </data>= 2 , padding = ' same ' , name = ' branch _ 2 ' ) branch _ 2 = conv 2 d _ bn ( branch _ 2 , 3 2 0 , 3 , strides = 2 , padding = ' valid ' , name = ' branch _ 2 ' ) branch _ 2 = conv 2 d _ bn ( branch _ 2 , 3 2 4 , strides = 2 , padding = ' valid ' ) branch _ 3 = conv 2 d _ bn ( branch _ 2 , 3 2 0 
K=10,T=0.8: <data>. is _ rule ( line ) or iptables . is _ custom _ chain ( line , table ) or iptables . is _ default _ chain ( line , table ) or iptables . is _ comment ( line ) ) : msg = ( " bad iptables rule ' % s ' ! you can only use - a / - - append , - n / - - new - chain " " and - p / - - policy to specify rules . " % line ) iptables . module . fail _ json ( </data>line , table ) else : msg = ( f " the iptables rule in a / - - rule " ) if not iptables . is _ custom _ chain ( line , table ) or iptables . is _ custom _ chain ( line , table ) : msg = ( f " the iptables rule in a / - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 
K=10,T=0.8: <data>[ ' proxy ' ] , } try : proxy _ bar . update ( 1 ) p = requests . get ( ' http : / / <UNK> . <UNK> . net ' , verify = false , proxies = pt _ s , timeout = 3 ) if p . status _ code = = 2 0 0 : if p . text . find ( p _ ip [ ' proxy ' ] ) : logger . info ( p _ ip [ ' proxy ' ] + " ok " ) if pt _ s not </data>in [ ' proxy ' ] : continue logger . info ( " no proxy found " ) continue logger . info ( " no proxy found " ) continue logger . info ( " no proxy found " ) continue logger . error ( " no proxy found " ) continue logger . info ( " no proxy found " ) continue logger . info ( " no proxy found " ) if not hasattr ( p , ' proxy _ bar ' ) : logger . info ( " no proxy found " ) continue logger . info