+ if3Rt^RIHt^RIt^RIHtHt^RIHt^RI H t H t H t ^RI HtHt^RIHt^RIHtHtHtHt^R IHt^R IHt^R IHtHt^R IHtH t ]PBR 8d^R I H"t"M^R I#H"t"!RR]PH4t%!RR]PL4t'!RR]PP4t)!RR]PP4t*!RR]PV4t,!RR]PV4t-!RR]PV4t.!RR]P^4t0]PL]*3]Pbn2!RR]P^4t3R#)!a" Inference objects are a way to represent composite AST nodes, which are used only as inference results, so they can't be found in the original AST tree. For instance, inferring the following frozenset use, leads to an inferred FrozenSet: Call(func=Name('frozenset'), args=Tuple(...)) ) annotationsN) GeneratorIterator)cached_property)AnyLiteralNoReturn)basesutil)InferenceContext)AttributeInferenceErrorInferenceErrorMroError SuperError) objectmodel)AstroidManager) node_classes scoped_nodes)InferenceResultSuccessfulInferenceResult)SelfcF]tRt^(tRtRRltR RRllt]R4tRt R#) FrozenSetz.Class representing a FrozenSet composite node.cV^8dQhRR/#)returnzLiteral['builtins.frozenset'])formats"1/usr/lib/python3/dist-packages/astroid/objects.py __annotate__FrozenSet.__annotate__+s$$5$c R#)zbuiltins.frozensetrselfs&rpytypeFrozenSet.pytype+s#r!Nc V^8dQhRRRR/#rcontextInferenceContext | Nonekwargsrr)rs"rrr .5r!c+ "VxR#5iNrr$r)r+s&&,r_inferFrozenSet._infer.   c Z\4PpVPR4^,#) frozensetrbuiltins_modulegetattrr$ ast_builtinss& r_proxiedFrozenSet._proxied1s&%'77 ##K033r!rr.) __name__ __module__ __qualname____firstlineno____doc__r%r0rr;__static_attributes__rr!rrr(s#8$44r!rca]tRt^7tRt]P !4tRV3RlltRRRllt Rt ] R4t RR lt R R lt]R 4tR RltRRRlltRRRlltRtV;t#)SuperaProxy class over a super call. This class offers almost the same behaviour as Python's super, which is MRO lookups for retrieving attributes from the parents. The *mro_pointer* is the place in the MRO from where we should start looking, not counting it. *mro_type* is the object which provides the MRO, it can be both a type or an instance. *self_class* is the class where the super call is, while *scope* is the function where the super call is. c 0V^8dQhRRRRRRRRRR R R /#) r mro_pointerrmro_type self_classzscoped_nodes.ClassDefscopezscoped_nodes.FunctionDefcallznode_classes.CallrNoner)rs"rrSuper.__annotate__FsF  . , *  (      r!c <W nWnRVnW0nW@n\ SV`VVPVPVPVPR7R#)F)parentlineno col_offset end_linenoend_col_offsetN) typerF _class_based _self_class_scopesuper__init__rOrPrQrR)r$rFrGrHrIrJ __class__s&&&&&&rrXSuper.__init__FsZ &!%  <<'''' //  r!c V^8dQhRRRR/#r(r)rs"rrrL[r,r!c+ "VxR#5ir.rr/s&&,rr0 Super._infer[r2r3c <\VP\P4'g\ RVR7h\VP \P4'dRVnVP pMT\VP RR4p\V\P\P34'g\ RVR7hVP4pVPV9d\ RVR7hVPVP4pW#^,R#)zBGet the MRO which will be used to lookup attributes in this super.zIThe first argument to super must be a subtype of type, not {mro_pointer}.)super_Tr;NzPThe second argument to super must be an instance or subtype of type, not {type}.) isinstancerFrClassDefrrSrTr8r Instancemroindex)r$rGrcrds& r super_mroSuper.super_mro^s$**L,A,ABB+  dii!6!6 7 7 $D yyHtyy*d;Hh9N9N(OPP ? lln   3 &;   $**+19;r!c Z\4PpVPR4^,#rWr6r9s& rr;Super._proxieds&%'77 ##G,Q//r!cV^8dQhRR/#)rrzLiteral['builtins.super']r)rs"rrrLs  1 r!c R#)zbuiltins.superrr#s&rr% Super.pytypesr!cV^8dQhRR/#rrstrr)rs"rrrLscr!c R#)zSuper ofrr#s&r display_typeSuper.display_typesr!c .VPP#)z Get the name of the MRO pointer.)rFnamer#s&rrt Super.names$$$r!cV^8dQhRR/#)rrzLiteral['super']r)rs"rrrLs'r!c R#rhrr#s&rqname Super.qnamesr!c$V^8dQhRRRRRR/#)rrtror)r*rIterator[InferenceResult]r)rs"rrrLs.UXUXUX"9UX "UXr!c # "VR8Xd VPPV4xR#VP4pRpTEFpYP9dKRp\P!Ya,.Y R 7EFXp\T\P4'gTxK*TPR 8Xd'\P !YvTPR 7xKaTP"PR 8XdTPR 8XdTxKTP$'gTPR 8XdTxK\T\&4'd*TP(pTP+YR7RjxL K\P2!T4'dTP+Y4RjxL EK4\P !YvTPR 7xEK[ EK T'gRYP9dBTPPT4p \T \4P64'gT xR#T'g\ YTR7hR# \d!p\ RTTTTP R7ThRp?i\ d,p\ RTTTTPTPR7ThRp?ii;iEL@ \,d\.P0xEKXi;iEL0 \,d\.P0xEKi;i5i)z9Retrieve the inferred values of the given attribute name.rYNzHLookup for {name} on {target!r} because super call {super!r} is invalid.)target attributer)r_zJLookup for {name} on {target!r} failed because {cls!r} has an invalid MRO.)r}r~r)mrosclsFT)frame classmethod)original_callermethod staticmethodcallerr))r}r~r))special_attributeslookuprerr r_rrrlocalsr _infer_stmtsr`r FunctionDefrS BoundMethodrVrTPropertyfunctioninfer_call_resultr r Uninferable _is_propertyrUnknown) r$rtr)rcexcfoundrinferredr special_attrs &&& rigetattrSuper.igetattrs ; ))006 6  .."C4C::%E!.. {GPP!(L,D,DEE"N==M1++H499UU[[%%68==H;T"N&&&(-->*I"N(33'00H/#+#=#=#'$>$ ''11/#+#=#=d#LLL  ++H499UU?Q P!8!882299$?LlL,@,@AA"")wW WM )"zz   )#XXGG   F*/".../ M)/".../s'K9ICK99K9J,)J)*J,.K9 K!K"K&8K9AK98K9 J&I-- J&:J&;&J!!J&&K9)J,,K K9 KK9KK61K95K66K9cV^8dQhRR/#)rr)r*r)rs"rrrLs::%<:r!c 8\VPWR74#))r))listr)r$rtr)s&&&rr8 Super.getattrsDMM$M899r!)rTrVrUrFrSr.)r=r>r?r@rAr SuperModelrrXr0rerr;r%rqpropertyrtrxrr8rB __classcell__rYs@rrDrD7sw %//1  * B00 %%UXn::r!rDc*]tRt^tRt]R4tRtR#)ExceptionInstancezClass for instances of exceptions. It has special treatment for some of the exceptions's attributes, which are transformed at runtime into certain concrete objects, such as the case of .args. c VP4p\PPV\P4pV!4!V4#r.)rxrBUILTIN_EXCEPTIONSgetExceptionInstanceModel)r$rxinstances& rr$ExceptionInstance.special_attributess= 1155 ;55 z$r!rN)r=r>r?r@rArrrBrr!rrrs  r!rc<]tRt^tRt]P !4tRtR#) DictInstancezSpecial kind of instances for dictionaries. This instance knows the underlying object model of the dictionaries, which means that methods such as .values or .items can be properly inferred. rN) r=r>r?r@rAr DictModelrrBrr!rrrs %..0r!rcn]tRtRt]P P t]P PtRtR#) DictItemsi rN r=r>r?r@rNodeNG__str____repr__rBrr!rrr $!!))G""++Hr!rcn]tRtRt]P P t]P PtRtR#)DictKeysirNrrr!rrrrr!rcn]tRtRt]P P t]P PtRtR#) DictValuesirNrrr!rrrrr!rcRa]tRtRtRtR V3RlltR RV3RllltRRltRtV;t #) PartialFunctionizEA class representing partial function obtained via functools.partial.c  <\SV`VVV^^VR7VPR,VnVPVnVP^,p\ VP44p\V\4'dBVPVP,Vn/VP CVP CVn\VP4Vn R#))rOrPrRrQrN:NNN) rWrXpositional_arguments filled_argskeyword_argumentsfilled_keywordsnextinferr`rlenfilled_positionals) r$rJrtrOrPrNwrapped_functioninferred_wrapped_functionrYs &&&&&& rrXPartialFunction.__init__s  !   44R8#5544Q7$()9)?)?)A$B! / A A8DDtGWGWWD $+;;$&&$D #&d&6&6"7r!c$V^8dQhRRRRRR/#)rr SuccessfulInferenceResult | Noner)r*rr{r)rs"rrPartialFunction.__annotate__5s-II0I)I # Ir!c <V'dVP'gQR4hVPPUUu0uFwr4VkK pppVPP4F3wr6W59gK VPPP W634K5 VPP ;'g.pVP V,VPn\SV`!WR7#uuppi)z6CallContext should be set before inferring call resultr) callcontextkeywordsritemsappendargsrrWr) r$rr)keyword_current_passed_keywordsvaluecall_context_argsrYs &&& rr!PartialFunction.infer_call_result5s ### HG H#-4,?,?,H,H',HLW,H $'#'"6"6"<"<">9''00778HI#?!( 3 3 8 8 > >B '+'7'7:K'KG   $w((HH's C/cV^8dQhRR/#rnr)rs"rrrJs''s'r!c .VPP#r.)rYr=r#s&rrxPartialFunction.qnameJs~~&&&r!)rrrNNNNr.) r=r>r?r@rArXrrxrBrrs@rrrs!O80II*''r!rca]tRtRtRtR V3Rllt]P!4tRt RRlt R RRllt R R R llt R t V;t#)riSz%Class representing a Python property.c  f<Wn\SV` VVVVVPVPR7R#))rOrPrNrRrQN)rrWrXrRrQ)r$rrtrOrPrNrYs&&&&&&rrXProperty.__init__Vs8   !#22**  r!rcV^8dQhRR/#)rrzLiteral['builtins.property']r)rs"rrProperty.__annotate__ds##4#r!c R#)zbuiltins.propertyrr#s&rr%Property.pytypeds"r!c$V^8dQhRRRRRR/#)rrrr)r*rrr)rs"rrrgs(<<0<)<  r?r@rArXr PropertyModelrrSr%rr0rBrrs@rrrSs5/  %224 D#<r!r) )4rA __future__rsyscollections.abcrr functoolsrtypingrrrastroidr r astroid.contextr astroid.exceptionsr r rrastroid.interpreterrastroid.managerr astroid.nodesrrastroid.typingrr version_infortyping_extensions BaseContainerrrrDrbrrProxyrrrrrDict __bases__rrr!rrs # /%)), ,*4Ew& 4 ** 4s:L  s:l  "15>>1, , ,u{{, ,, 1'l..1'l ,22LA |''r!