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//usr/lib/python2.4/compiler/transformer.pyo
m =5Dc ( @ sB d Z d k Td k Z d k Z d k Z d k Z d e f d YZ d k l Z l Z d k l Z l Z l Z d Z d d Z d Z d Z d Z d f d YZ e i e i e i e i e i e i e i e i e i e i e i e i e i e i! e i" g Z# h e i$ d <e i% d <e i& d <e i' d <e i( d <e i) d <e i* d <Z+ e i, e i- e i. e i/ e i0 e i1 e i2 e i e i3 e i4 e i5 e i6 e i7 e i8 e i9 e i: e i; e i< e i= e i> e i? e i@ e iA e iB e i e i e i e i e i e i e iC e i e i e i e i e i e i e i! e i" e iD g( ZE eF e d o eE iG e iH n e i e i e i e i e i e i e i e i e i e i e i! g ZI d kJ ZJ h ZK x' e iL iM D] \ ZN ZO eO eK eN <qWx' e iP iM D] \ ZN ZO eO eK eN <qWd ZQ d S( s Parse tree transformation module. Transforms Python source code into an abstract syntax tree (AST) defined in the ast module. The simplest ways to invoke this module are via parse and parseFile. parse(buf) -> AST parseFile(path) -> AST ( t *Nt WalkerErrorc B s t Z RS( N( t __name__t __module__( ( ( t* /usr/lib/python2.4/compiler/transformer.pyR " s ( s CO_VARARGSs CO_VARKEYWORDS( s OP_ASSIGNs OP_DELETEs OP_APPLYc C s3 t | d } | i d } | i t | S( Nt Us ( t opent patht ft readt srct closet parse( R R R ( ( R t parseFile( s t execc C s_ | d j p | d j o t i | Sn. | d j o t i | Sn t d d S( NR t singlet evals4 compile() arg 3 must be 'exec' or 'eval' or 'single'( t modet Transformert parsesuitet buft parseexprt ValueError( R R ( ( R R 2 s c C s g } x | D] } t | d o | i | i q t | t d j o | i t t | q t | t g j o | i t | q | i | q W| S( Nt asList( NN( t lt nodest itemt hasattrt appendR t typet Nonet tuple( R R R ( ( R R ; s c C sn t | d t p | d Sn xG | d D]; } t | t o% t | } | d j o | Sqf q+ q+ Wd S( Ni i ( t isinstancet astR t childt extractLineNot linenoR ( R! R$ R" ( ( R R# I s c G s{ | d } t i | oJ y t | | d SWqw t j o! t | Gt | G| GH qw Xn t d t | d S( Ni i s$ Can't find appropriate Node type: %s( t argst kindR t has_keyt TypeErrort lenR t str( R% R& ( ( R t NodeS s R c B sA t Z d Z d Z d Z d Z d Z d Z d Z d Z d Z d Z d Z d Z d Z d Z d Z d Z d Z e Z e Z e Z d Z d Z d Z d Z d Z d Z d Z d Z d Z d Z d Z d Z! d Z" d Z# d Z$ d Z% d! Z& d" Z' d# Z( d$ Z) d% Z* d& Z+ d' Z, d( Z- d) Z. d* Z/ d+ Z0 d, Z1 d- Z2 d. Z3 d/ Z4 e4 Z5 e4 Z6 e4 Z7 d0 Z8 d1 Z9 d2 Z: d3 Z; d4 Z< d5 Z= d6 Z> d7 Z? d8 Z@ d9 ZA d: ZB d; ZC d< ZD d= ZE d> ZF d? ZG d@ ZH dA ZI dB ZJ dC ZK dD ZL dE ZM dF ZN h ZO dG ZP dH ZQ dI ZR dJ ZS dK ZT dL ZU dM ZV dN ZW dO ZX dP ZY dQ ZZ dR Z[ dS Z\ dT Z] dU Z^ dV Z_ dW Z` dX Za dY Zb dZ Zc d[ Zd d\ Ze d] Zf d^ Zg eh ei d_ o d` Zj da Zk db Zl n dc Zj eh ei dd o de Zm df Zn n dg Zo dh Zp di Zq dj Zr dk Zs dl Zt dm Zu dn Zv do Zw ex dp Zy RS(q s Utility object for transforming Python parse trees. Exposes the following methods: tree = transform(ast_tree) tree = parsesuite(text) tree = parseexpr(text) tree = parsefile(fileob | filename) c C s h | _ xG t i i D]6 \ } } t | | o t | | | i | <q q W| i | i t i <h t i | i <t i | i <t i | i <t i | i <t i | i <t i | i <t i | i <| _ d | _ d S( N( t selft _dispatcht symbolt sym_namet itemst valuet nameR t getattrt com_NEWLINEt tokent NEWLINEt LPARt atom_lpart LSQBt atom_lsqbt LBRACEt atom_lbracet BACKQUOTEt atom_backquotet NUMBERt atom_numbert STRINGt atom_stringt NAMEt atom_namet _atom_dispatchR t encoding( R, R2 R1 ( ( R t __init__i s rc C sF t | t p t | t p t i | d d } n | i | S( s, Transform an AST into a modified parse tree.t line_infoi N( R t treeR t listt parsert ast2tupleR, t compile_node( R, RI ( ( R t transformy s c C s | i t i | S( s6 Return a modified parse tree for the given suite text.N( R, RN RK t suitet text( R, RP ( ( R R s c C s | i t i | S( s; Return a modified parse tree for the given expression text.N( R, RN RK t exprRP ( R, RP ( ( R R s c C s< t | t d j o t | } n | i | i S( s@ Return a modified parse tree for the contents of the given file.t N( R t fileR R, R R ( R, RS ( ( R t parsefile s c C s0 | d } | t i j o% | d | _ | d } | d } n | t i j o | i | d Sn | t i j o | i | d Sn | t i j o | i | d Sn | t i j o | i | d Sn | t i j o | i | d Sn | t i j o | i | d Sn t d | f d S( Ni i i s unexpected node type( t nodet nR. t encoding_declR, RF t single_inputt file_inputt eval_inputt lambdeft funcdeft classdefR ( R, RU RV ( ( R RM s$ c C s: | d d } | t i j o | i | d Sn t S( Ni ( RU RV R5 R6 R, t com_stmtt Pass( R, RU RV ( ( R RX s c C s | i | t i } | d j o d } n d } g } xN | | D]B } | d t i j o( | d t i j o | i | | qC qC Wt | t | S( Ni i ( R, t get_docstringt nodelistR. RY t docR t it stmtsRU R5 t ENDMARKERR6 t com_append_stmtt Modulet Stmt( R, Ra RU Rc Rb Rd ( ( R RY s (c C s t | i | d S( Ni ( t ExpressionR, t com_nodeRa ( R, Ra ( ( R RZ s c C s_ t | } | i | } d } x7 | | j o) t | | | d d } | d 7} q$ W| S( Ni i ( R) Ra t listlenR, RD R Rc t Getattr( R, Ra Rk Rc R ( ( R t decorator_name s c C sN | i | d d } t | d j o | i | | d } n | } | S( Ni i ( R, Rm Ra t funcnameR) t com_call_functionRQ ( R, Ra RQ Rn ( ( R t decorator s c C s; g } x( | D] } | i | i | d q Wt | S( Ni ( R0 Ra t dec_nodelistR R, Rp t Decorators( R, Ra R0 Rq ( ( R t decorators s c C s t | d j o | i | d d } n d } | d d } | d d } | d d } | d t i j o | i | d \ } } } n f } } d } | i | d } | i | d } | d j o | i d =n t | | | | | | | d | S( Ni i i ii iiR$ ( R) Ra R, Rs R R$ R2 R% R. t varargslistt com_arglistt namest defaultst flagsR` Rb Rj t codeR t Function( R, Ra Ry R2 Rb R% Rx R$ Rw Rs Rv ( ( R R\ s( c C s | d d t i j o$ | i | d d \ } } } n f } } d } | i | d } t | | | | d | d d S( Ni i i iR$ ( Ra R. Rt R, Ru Rv Rw Rx Rj Ry t Lambda( R, Ra Ry Rx Rv Rw ( ( R R[ s $ c C s | d d } | i | d } | d d t i j o g } n | i | d } | i | d } | d j o | i d =n t | | | | d | d d S( Ni ii i i R$ ( Ra R2 R, R` Rb R5 t COLONt basest com_basesRj Ry R R t Class( R, Ra Ry R2 Rb R} ( ( R R] s c C s | i | d S( Ni ( R, R^ Ra ( R, Ra ( ( R t stmt. s c C sG g } x4 t d t | d D] } | i | | | q Wt | S( Ni i ( Rd t rangeR) Ra Rc R, Rf Rh ( R, Ra Rd Rc ( ( R t simple_stmt5 s c C s t d S( N( R ( R, Ra ( ( R t parameters< s c C s t d S( N( R ( R, Ra ( ( R Rt ? s c C s t d S( N( R ( R, Ra ( ( R t fpdefB s c C s t d S( N( R ( R, Ra ( ( R t fplistE s c C s t d S( N( R ( R, Ra ( ( R t dotted_nameH s c C s t d S( N( R ( R, Ra ( ( R t comp_opK s c C s t d S( N( R ( R, Ra ( ( R t trailerN s c C s t d S( N( R ( R, Ra ( ( R t sliceopQ s c C s t d S( N( R ( R, Ra ( ( R t argumentT s c C s | d } | i | | d } t | d j o t | d | i Sn | d d t i j oi g } xA t d t | d d D]# } | i | i | | t q Wt | | d | d d SnE | i | d } | i | d } t | | d | d | d St d d S( Nii R$ i i s can't get here( Ra t enR, t lookup_nodet exprNodeR) t DiscardR$ R5 t EQUALt nodeslR Rc R t com_assignt OP_ASSIGNt Assignt com_augassignt lvalt com_augassign_opt opt AugAssignR ( R, Ra R R Rc R R R ( ( R t expr_stmt\ s ! c C s g } t | d j o d } d } nB | d d t i j o | i | d } d } n d } d } x: t | t | d D] } | i | i | | q W| d d t i j o t | | d | d d Sn t | | d | d d S( Ni i i i iR$ ( R0 R) Ra t startR t destR5 t RIGHTSHIFTR, Rj R Rc R t COMMAt Printt Printnl( R, Ra Rc R R0 R ( ( R t print_stmtm s c C s | i | d t S( Ni ( R, R Ra t OP_DELETE( R, Ra ( ( R t del_stmt s c C s t d | d d S( NR$ i i ( R_ Ra ( R, Ra ( ( R t pass_stmt s c C s t d | d d S( NR$ i i ( t BreakRa ( R, Ra ( ( R t break_stmt s c C s t d | d d S( NR$ i i ( t ContinueRa ( R, Ra ( ( R t continue_stmt s c C sZ t | d j o" t t d d | d d Sn t | i | d d | d d S( Ni R$ i i ( R) Ra t Returnt ConstR R, Rj ( R, Ra ( ( R t return_stmt s "c C s% t | i | d d | d d S( Ni R$ i i ( t YieldR, Rj Ra ( R, Ra ( ( R t yield_stmt s c C s t | d j o | i | d } n d } t | d j o | i | d } n d } t | d j o | i | d } n d } t | | | d | d d S( Ni i i R$ i i ( R) Ra R, Rj t expr3R t expr2t expr1t Raise( R, Ra R R R ( ( R t raise_stmt s c C s | i | d S( Ni ( R, Rj Ra ( R, Ra ( ( R t import_stmt s c C s% t | i | d d | d d S( Ni R$ i i ( t ImportR, t com_dotted_as_namesRa ( R, Ra ( ( R t import_name s c C s | i | d } | d d t i j o" t | d g d | d d SnD | d | d d t i j } t | | i | d | d d Sd S( Ni i i R R$ i ( R N( R, t com_dotted_nameRa t fromnameR5 t STARt FromR R7 RU t com_import_as_names( R, Ra RU R ( ( R t import_from s c C sV g } x5 t d t | d D] } | i | | d q Wt | d | d d S( Ni i R$ i ( Rv R R) Ra Rc R t Global( R, Ra Rc Rv ( ( R t global_stmt s c C s | i | d } t | d j oG | i | d } t | d j o | i | d } qw d } n d } } t | | | d | d d S( Ni i i i i R$ i i ( R, Rj Ra R R) R R R t Exec( R, Ra R R R ( ( R t exec_stmt s c C s^ | i | d } t | d j o | i | d } n d } t | | d | d d S( Ni i i R$ i i ( R, Rj Ra R R) R R t Assert( R, Ra R R ( ( R t assert_stmt s c C s g } xe t d t | d d D]G } | i | | d } | i | | d } | i | | f q# Wt | d d j o | i | d } n d } t | | d | d d S( Ni i i i iR$ i ( t testsR R) Ra Rc R, Rj t testNodet suiteNodeR t elseNodeR t If( R, Ra R Rc R R R ( ( R t if_stmt s c C st | i | d } | i | d } t | d j o | i | d } n d } t | | | d | d d S( Ni i i i R$ i i ( R, Rj Ra R t bodyNodeR) R R t While( R, Ra R R R ( ( R t while_stmt s c C s | i | d t } | i | d } | i | d } t | d j o | i | d } n d } t | | | | d | d d S( Ni i i i R$ i i ( R, R Ra R t assignNodeRj t listNodeR R) R R t For( R, Ra R R R R ( ( R t for_stmt s c C s6 | d d t i j o | i | Sn | i | S( Ni i ( Ra R. t except_clauseR, t com_try_finallyt com_try_except( R, Ra ( ( R t try_stmt s c C sq t | d j o | i | d Sn g } x6 | D]. } | d t i j o | i | | q5 q5 Wt | S( Ni i ( R) Ra R, R^ Rd RU R. R Rf Rh ( R, Ra RU Rd ( ( R RO s c C s | i t | S( N( R, t com_binaryt TupleRa ( R, Ra ( ( R t testlist s c C sc t | d j oC | d d t i j o+ | i | d } | i | | d Sn | i | S( Ni i i ( R) Ra R. t gen_forR, Rj t testt com_generator_expressionR ( R, Ra R ( ( R t testlist_gexp* s +c C sP t | d j o- | d d t i j o | i | d Sn | i t | S( Ni i ( R) Ra R. R[ R, R t Or( R, Ra ( ( R R 0 s +c C s | i t | S( N( R, R t AndRa ( R, Ra ( ( R t and_test6 s c C sF | i | d } t | d j o t | d | d d Sn | S( Nii R$ i ( R, Rj Ra t resultR) t Not( R, Ra R ( ( R t not_test: s c C s | i | d } t | d j o | Sn g } x t d t | d D] } | | d } | d } | d t i j oB | d } t | d j o! | d j o d } q d } q n t | d } | d d } | i | | i | | f qM Wt | | d | S( Ni i i i t nots not ins is notR$ ( R, Rj Ra RU R) t resultsR Rc t nlRV R5 RC R t _cmp_typesR$ R t Compare( R, Ra RU Rc R RV R R R$ ( ( R t comparisonA s$ $c C s | i t | S( N( R, R t BitorRa ( R, Ra ( ( R RQ b s c C s | i t | S( N( R, R t BitxorRa ( R, Ra ( ( R t xor_exprf s c C s | i t | S( N( R, R t BitandRa ( R, Ra ( ( R t and_exprj s c C s | i | d } x t d t | d D] } | i | | } | | d d t i j o$ t | | g d | d d } q, | | d d t i j o$ t | | g d | d d } q, t d | | d d q, W| S( Ni i i R$ s unexpected token: %s( R, Rj Ra RU R R) Rc t rightR5 t LEFTSHIFTt LeftShiftR t RightShiftR ( R, Ra RU R Rc ( ( R t shift_exprn s $ $ c C s | i | d } x t d t | d D] } | i | | } | | d d t i j o$ t | | g d | d d } q, | | d d t i j o$ t | | g d | d d } q, t d | | d d q, W| S( Ni i i R$ s unexpected token: %s( R, Rj Ra RU R R) Rc R R5 t PLUSt Addt MINUSt SubR ( R, Ra RU R Rc ( ( R t arith_expr{ s $ $ c C s | i | d } x t d t | d D] } | i | | } | | d d } | t i j o t | | g } n | t i j o t | | g } nZ | t i j o t | | g } n4 | t i j o t | | g } n t d | | d d | _ q, W| S( Ni i i s unexpected token: %s( R, Rj Ra RU R R) Rc R t tR5 R t Mult SLASHt Divt PERCENTt Modt DOUBLESLASHt FloorDivR R$ ( R, Ra RU R Rc R ( ( R t term s c C s | d } | d } | i | d | d d } | t i j o t | d | d SnS | t i j o t | d | d Sn+ | t i j o t | d | d } n | S( Ni ii R$ i ( Ra t eltR R, R RU R5 R t UnaryAddR t UnarySubt TILDEt Invert( R, Ra RU R R ( ( R t factor s !c C s | i | d } x| t d t | D]e } | | } | d t i j o/ t | | i | | d g d | d Sn | i | | } q) W| S( Ni i R$ i ( R, Rj Ra RU R R) Rc R R5 t DOUBLESTARt Powert com_apply_trailer( R, Ra RU Rc R ( ( R t power s c C s. | i | d d | S| d d t _ t S( Ni i ( R, RE Ra RV R$ ( R, Ra ( ( R t atom s c C s7 | d d t i j o t f Sn | i | d S( Ni i ( Ra R5 t RPARR R, Rj ( R, Ra ( ( R R8 s c C s7 | d d t i j o t f Sn | i | d S( Ni i ( Ra R5 t RSQBt ListR, t com_list_constructor( R, Ra ( ( R R: s c C s7 | d d t i j o t f Sn | i | d S( Ni i ( Ra R5 t RBRACEt DictR, t com_dictmaker( R, Ra ( ( R R< s c C s t | i | d S( Ni ( t BackquoteR, Rj Ra ( R, Ra ( ( R R> s c C s, t | d d } t | d | d d S( Ni i R$ i ( R Ra t kR ( R, Ra R ( ( R R@ s c C sh | i oP | i d d g j o t | d i | i } n t d | i | f Sn t | Sd S( Ns utf-8s iso-8859-1s # coding: %s %s( R, RF t unicodet litt encodeR ( R, R ( ( R t decode_literal s c C sF d } x% | D] } | | i | d 7} q Wt | d | d d S( NRR i R$ i i ( R Ra RU R, R R ( R, Ra RU R ( ( R RB s c C s t | d d d | d d S( Ni i R$ i ( t NameRa ( R, Ra ( ( R RD s c C s | i | d S( Ni ( R, R- RU ( R, RU ( ( R R s c C s | i | d | d S( Ni i ( R, R- RU ( R, RU ( ( R Rj s c G s t t d S( N( R R R ( R, R% ( ( R R4 s c C s g } g } d } d } x| t | j o| | } | d t i j p | d t i j o | d t i j oO | | d } | d t i j o) | i | d | t B} | d } q n | t | j o\ | | d } | t i j o | | d } n t d | | i | d | t B} n Pn | i | i | | d } | t | j o Pn | | d t i j o, | i | i | | d | d } n% t | o | i t d n | d } q W| | | f S( Ni i i s unexpected token: %si ( Rv Rw Rx Rc R) Ra RU R5 R R RC R t CO_VARARGSR R t CO_VARKEYWORDSR, t com_fpdefR Rj R R ( R, Ra RU Rc Rx Rv Rw R ( ( R Ru sB ( c C s9 | d d t i j o | i | d Sn | d d S( Ni i i ( RU R5 R7 R, t com_fplist( R, RU ( ( R R 6 s c C su t | d j o | i | d Sn g } x: t d t | d D] } | i | i | | qG Wt | S( Ni i ( R) RU R, R RJ R Rc R R ( R, RU Rc RJ ( ( R R < s c C s_ d } xN | D]F } t | t f j o' | d d j o | | d d } q q W| d S( NRR i i t .i( R2 RU RV R ( R, RU R2 RV ( ( R R E s *c C sT | d } | i | d d } t | d j o | d f Sn | | d d f S( Ni i i ( RU R, R t dotR) R ( R, RU R ( ( R t com_dotted_as_nameM s c C sa | d } | i | d g } x: t d t | d D] } | i | i | | q9 W| S( Ni i i ( RU R, R Rv R R) Rc R ( R, RU Rc Rv ( ( R R W s c C sM | d } t | d j o | d d d f Sn | d d | d d f S( Ni i i ( RU R) R ( R, RU ( ( R t com_import_as_name_ s c C sa | d } | i | d g } x: t d t | d D] } | i | i | | q9 W| S( Ni i i ( RU R, R Rv R R) Rc R ( R, RU Rc Rv ( ( R R i s c C sG g } x: t d t | d D] } | i | i | | q W| S( Ni i ( R} R R) RU Rc R R, Rj ( R, RU Rc R} ( ( R R~ q s c C s5 t | i | d | i | d d | d d S( Ni i R$ i ( t TryFinallyR, Rj Ra ( R, Ra ( ( R R w s c C sL | i | d } g } d } x t d t | d D] } | | } | d t i j o t | d j oJ | i | d } t | d j o | i | d t } q d } n d } } | i | | | i | | d f n | d t i j o | i | | d } q8 q8 Wt | i | d | | d | d d S( Ni i i i R$ ( R, Rj Ra R t clausesR R R R) Rc RU R. R R R R R R R5 RC t TryExcept( R, Ra RU Rc R R R R R ( ( R R } s$ + c C s | d S( Ni ( RU ( R, RU ( ( R R s c C sJ | i | } | i t t t t f j o | Sn t d | i i d S( s Return node suitable for lvalue of augmented assignment Names, slices, and attributes are the only allowable nodes. s can't assign to %sN( R, Rj RU R t __class__R t Slicet SubscriptRl t SyntaxErrorR ( R, RU R ( ( R R s c C s x~| d } | t i j p | t i j p | t i j o5 t | d j o | i | | Sn | d } q | t j o. t | d j o t d n | d } q | t i j o | d d t i j o t d n t | d j o | i | d } x^ t d t | d D]C } | | } | d t i j o t d n | i | | } q"W| i | | d | Sn | d } q | t i j o | d d } | t i j o/ | d } | d t i j o t d qoq|| t i j o? | d } | d t i j o t d n | i | | Sq|| t i j o | i | d | Sq|t d q t d q Wd S( Ni i i s can't assign to operatoris can't assign to ()s can't assign to []s can't assign to literals bad assignment( RU R R. t exprlistR R R) R, t com_assign_tuplet assigningt _assign_typesR% R R Rj t primaryR Rc t chR5 R R t com_assign_trailerR7 R R9 R t com_assign_listRC t com_assign_name( R, RU R( R+ Rc R* R ( ( R R sP 0 c C s\ g } x= t d t | d D]# } | i | i | | | q Wt | d t | S( Ni i R$ ( t assignsR R) RU Rc R R, R R( t AssTupleR# ( R, RU R( R/ Rc ( ( R R' s !c C s g } x t d t | d D]g } | d t | j o- | | d d t i j o t d qi n | i | i | | | q Wt | d t | S( Ni i i s" can't assign to list comprehensionR$ ( R/ R R) RU Rc R. t list_forR% R R, R R( t AssListR# ( R, RU R( R/ Rc ( ( R R- s !c C s t | d | d | d S( Ni R$ i ( t AssNameRU R( ( R, RU R( ( ( R R. s c C s | d d } | t i j o | i | | d | Sn | t i j o | i | | d | Sn | t i j o t d n t d | d S( Ni i i s can't assign to function calls unknown trailer type: %s( RU R R5 t DOTR, t com_assign_attrR* R( R9 t com_subscriptlistR7 R% ( R, R* RU R( R ( ( R R, s c C s t | | d | d | d S( Ni R$ i( t AssAttrR* RU R( ( R, R* RU R( ( ( R R5 s c C s t | } | d j o% | d } | i | | d Sn g } xD t d | d D]0 } | | } | i | i | | d qW W| | d t | S( s= Compile 'NODE (OP NODE)*' into (type, [ node1, ..., nodeN ]).i i i R$ N( R) Ra R RV R, R R0 R Rc R t constructorR# ( R, R8 Ra Rc R0 R RV ( ( R R s $c C s> | i | | d } t | t o | Sn t | g S( Ni ( R, R RU R R Rh ( R, RU R ( ( R R^ s c C sN | i | | d } t | t o | i | i n | i | d S( Ni ( R, R RU R R Rh Rd t extendR R ( R, Rd RU R ( ( R Rf s R1 c C s g } x t d t | D]s } | | d t i j o | i | d | | Sn | | d t i j o q n | i | i | | q Wt | d | d i S( Ni i R$ ( t valuesR R) Ra Rc R. R1 R, t com_list_comprehensionR5 R R Rj R R$ ( R, Ra Rc R: ( ( R R s c C so | d d } g } xE| o=| d d } | d j o | i | d t } | i | d } t | | g } | d d | _ | i | t | d j o d } qW| i | d } q | d j oq | i | d } t | d | d d } | i i | t | d j o d } qW| i | d } q t d | | f q Wt | | d | S( Ni i t fori i t ifR$ i s, unexpected list comprehension element: %s %d( RU R$ t forsR R, R R R Rj R t ListCompFort newforR R) R t com_list_iterR t ListCompIft newift ifsR% t ListCompRQ ( R, RQ RU R R@ R R$ RC R> R R ( ( R R; s. c C s | d S( Ni ( RU ( R, RU ( ( R RA < s c C sM g } x: t d t | d D] } | i | i | | q Wt | S( Ni i ( R: R R) Ra Rc R R, Rj R ( R, Ra Rc R: ( ( R R @ s R c C s | d d } g } xB| o:| d d } | d j o | i | d t } | i | d } t | | g d | d d } | i | t | d j o d } qT| i | d } q | d j oq | i | d } t | d | d d } | i i | t | d j o d } qT| i | d } q t d | | f q Wt | d _ t t | | d | S( Ni i R< i R$ i R= i s. unexpected generator expression element: %s %di ( RU R$ R> R R, R R R Rj t genNodet GenExprForR@ R R) R t com_gen_iterR t GenExprIfRC RD R% t Truet is_outmostt GenExprt GenExprInnerRQ ( R, RQ RU RF R@ R R$ RC R> R R ( ( R R G s0 c C s | d S( Ni ( RU ( R, RU ( ( R RH i s c C sd g } xQ t d t | d D]7 } | i | i | | | i | | d f q Wt | S( Ni i i ( R0 R R) Ra Rc R R, Rj R ( R, Ra Rc R0 ( ( R R m s 5c C s | d d } | t i j o | i | | d Sn | t i j o | i | | d Sn | t i j o | i | | d t Sn t d | d S( Ni i i s unknown node type: %s( Ra R R5 R7 R, Ro t primaryNodeR4 t com_select_memberR9 R6 t OP_APPLYR% ( R, RN Ra R ( ( R R u s c C s< | d t i j o t d n t | | d d | d S( Ni s member must be a namei R$ i ( Ra R5 RC R% Rl RN ( R, RN Ra ( ( R RO s c C sC | d t i j o t | g d t | Sn g } d } t | } x t d | d D] } | | } | d t i j p | d t i j o Pn | i | | \ } } | d j oH t | t o8 t | d j o% | d d t i j o t d n | i | q\ W| d } | | j o& | | d t i j o | d } n d } } x | | j o | | } | | d } | d } | d t i j o- | d j o t d n | i | } qa| d t i j o- | d j o t d n | i | } qat d | qaWt | | | | d t | S( Ni R$ i i i s& generator expression needs parenthesiss$ already have the varargs indentifiers# already have the kwargs indentifiers unknown node type: %s( Ra R5 R t CallFuncRN R# R% t kwR) t len_nodelistR Rc RU R R R, t com_argumentR R RL R. R R% R R R t star_nodet dstar_nodet tokR+ Rj ( R, RN Ra R+ R RW RU R% RS RV Rc RR RU ( ( R Ro sD (H % c C sD t | d j oI | d d t i j o1 | i | d } d | i | | d f Sn t | d j o/ | o t d n d | i | d f Sn | i | d } | d } x6 t | d j o" | d t i j o | d } q W| d t i j o t d | d n t | d | d | d } d | f S( Ni i i i s! non-keyword arg after keyword args# keyword can't be an expression (%s)R$ ( R) Ra R. R R, Rj R R RR R% R RV R5 RC t KeywordRU ( R, Ra RR RU RV R R ( ( R RT s + ' c C s t | d j o | d } | d d t i j p+ t | d j o- | d d t i j o/ | d d t i j o | i | | | Sq n g } x: t d t | d D] } | i | i | | q Wt | | | d t | S( Ni i i iR$ ( R) Ra t subR5 R| R. R R, t com_sliceR* R( t subscriptsR Rc R t com_subscriptR$ R# ( R, R* Ra R( R[ RY Rc ( ( R R6 s [ c C s | d } | d } | t i j o# | d d t i j o t Sn | t i j p t | d j o | i | Sn | i | S( Ni i i ( RU R+ R R5 R4 t EllipsisR| R) R, t com_sliceobjRj ( R, RU R+ R ( ( R R\ s ( #c C sE g } | d d t i j o | i t d d } n! | i | i | d d } | t | j o@ | | d t i j o( | i | i | | | d } n | i t d xk t | t | D]T } | | } t | d j o | i t d q | i | i | d q Wt | d t | S( Ni i i i R$ ( R0 RU R5 R| R R R Rc R, Rj R) R. R R t jR+ t SliceobjR# ( R, RU R+ Rc R0 R_ ( ( R R^ s" + c C s d } } t | d j oF | d d t i j o | i | d } q | i | d } n> t | d j o* | i | d } | i | d } n t | | | | d t | S( Ni i i i i R$ ( R t lowert upperR) RU R5 R| R, Rj R# R* R( R# ( R, R* RU R( Rb Ra ( ( R RZ s c C s | d j o | d } | d } n | t i j of t | d j o | i | d Sn x3 | D]+ } | d t i j o | i | Sqd qd Wd Sn | t i j o> x3 | D]+ } | d t i j o | i | Sq q Wd Sn | t i j oS | d d t i j o3 d } x" | D] } | t | d } q W| Sn d Sn | t i j p | t i j p | t i j o | i | d Sn | t j o( t | d j o | i | d Sn d S( Ni i RR ( RV R RU R. RO R) R, R` RY R RY R R5 RA t sR R R t small_stmtt _doc_nodes( R, RU RV RY Rc R ( ( R R` s< 0 (z R R t __doc__RG RN R R RT RM RX RY RZ Rm Rp Rs R\ R[ R] R Rd t flow_stmtt compound_stmtR R Rt R R R R R R R R R R R R R R R R R R R R R R R R R R RO R t testlist_safet testlist1R& R R R R R RQ R R R R R R R R R8 R: R< R> R@ R RB RD R t _callersRj R4 Ru R R R R R R R R~ R R R R R R' R- R. R, R5 R R^ Rf R R. R R; RA R RH R R RO Ro RT R6 R\ R^ RZ R R` ( ( ( R R _ s ! ! 4 , # " + $ t <t >s ==s <=s >=s !=R c C s g } x{ | D]s } t | t i j o | i t i | | q t | t i j o | i | q | i t | q W| S( N( R RI R R t typest IntTypeR t _namest gett StringTypet debug_tree( RI R R ( ( R Rs s (R Rf t compiler.astRK R. R5 t syst StandardErrorR t constsR R R R RP R R R R# R+ R R R Ri R R R R RQ R R R R R R R Re t LESSt GREATERt EQEQUALR t LESSEQUALt GREATEREQUALt NOTEQUALR R\ R] R Rd Rg R Rh R R R R R R R R R R R R R R R RO R& R t _legal_node_typesR R R R) Rn Rp R/ R0 R t vt tok_nameRs ( R R) RK R~ R Rn RP R+ R R R R R. Rp R Ru R R R Rs R R# R5 R Re ( ( R t ? sB `Z +H