+ i1~Rt^RIHt^RIt^RIHt^RIHtHtH t H t H t H t ^RI HtHt^RIHtHtHtHtHt^RIHt^RIHt^R IHtR*R R lltR R ltRRltR*RRlltR*RRllt R*RRllt!R*RRllt"R*RRllt#R*RRllt$R*RRllt%RRlt&R R!lt'R"R#lt(R$R%lt)R*R&R'llt*R(R)lt+R#)+zVarious helper utilities.) annotationsN) Generator)basesmanagernodesobjects raw_buildingutil) CallContextInferenceContext)AstroidTypeErrorAttributeInferenceErrorInferenceErrorMroError_NonDeducibleTypeHierarchy) scoped_nodes)InferenceResult) safe_inferc$V^8dQhRRRRRR/#)nodez1nodes.NodeNG | bases.Proxy | util.UninferableBasecontextInferenceContext | NonereturnInferenceResult | None)formats"1/usr/lib/python3/dist-packages/astroid/helpers.py __annotate__rs& 2 2 ; 2 $ 2 2cT\P!R\^R7\WR7#)zRImport safe_infer from astroid.util; this shim in astroid.helpers will be removed.) stacklevelr)warningswarnDeprecationWarningreal_safe_inferrrs&&rrrs&  MM\ 4 11rc$V^8dQhRRRRRR/#)rcls_namestrbuiltins nodes.Modulernodes.ClassDefr)rs"rrr's! rc2\P!W4pV#N)r build_class)r)r+proxys&& r_build_proxy_classr2's  $ $X 8E Lrc$V^8dQhRRRRRR/#)rfunctionz6nodes.Lambda | nodes.FunctionDef | bases.UnboundMethodr+r,rr-r)rs"rrr,s& 2 2D 2 2 2rc \V\P\P34'd&VP 4P R8XdRpM(RpM%\V\ P4'dRpMRp\W!4#)r+builtin_function_or_methodr4method) isinstancerLambda FunctionDefrootnamer BoundMethodr2)r4r+r)s&& r_function_typer>,sh(\00,2J2JKLL ==?  : -3H!H He// 0 0 h 11rc$V^8dQhRRRRRR/#)rrrrrrz!Generator[InferenceResult | None]r)rs"rrr<s)PP P$;P&Prc#"\P!4pVPpT;'g \4pVP VR7EFp\ V\ P4'd=VPVR7pV'dVxKDVPR4^,xK`\ V\ P\P\ P34'd\WC4xK\ V\ P4'd\!RV4xK\ V\"P$4'd\&h\ V\(P*4'dVxEK+\ V\P,\"P.\0P234'dVP4xEK{\7R\9V4 R24h R#5i)r"typemodulezWe don't handle z currentlyN)rAstroidManagerbuiltins_moduler inferr8rClassDef metaclassgetattrr9r UnboundMethodr:r>Moduler2rUnknownrr UninferableBaseProxySlicerSuper_proxiedAssertionErrorrA)rrastroid_managerr+inferredrGs&& r _object_typerT<s[,,.O..H++)+GJJwJ/ h 5 5 6 6 **7*;I""6*1- -    %"5"5|7O7O P  !4 4 ,"5"5 6 6$Xx8 8 %-- 0 0 $"6"6 7 7N 5;; W]]"K L L## # #3DN3C:!NO O+0s BG!EG!c$V^8dQhRRRRRR/#)rrrrrrrr)rs"rrr[s$ $;rc\\W44p\ T4^8wd\P#\ \T44# \d\Pu#i;i)a>Obtain the type of the given node. This is used to implement the ``type`` builtin, which means that it's used for inferring type calls, as well as used in a couple of other places in the inference. The node will be inferred first, so this function can support all sorts of objects, as long as they support inference. )setrTrr Uninferablelennextiter)rrtypess&& r object_typer][s[ L/0 5zQ U    sA A('A(c(V^8dQhRRRRRRRR/#) robj_typer class_or_seqlist[InferenceResult]rrrutil.UninferableBase | boolr)rs"rrrps0$'%! rc\V\P4'g!\V\P4'g\P #VUu.uF5p\V\ P4'gTM\P NK7 ppVF\p\V\P4'd\R\V4: 24hVP4F pWe8XgK R# K^ R#uupi)z,arg 2 must be a type or tuple of types, not TF) r8r rLrrFrXrInstancer rAmro)r_r`ritem class_seqklass obj_subclasss&&& r_object_type_is_subclassrjps (D0011%..:: ! DtU^^44$:J:JJ  eT11 2 2">tE{oN %LLNL$+  !s;C6c(V^8dQhRRRRRRRR/#) rrrr`rarrrrbr)rs"rrrs6 M M  M' M% M! Mrc\W4p\V\P4'd\P#\ W1VR7#)zCheck if a node 'isinstance' any node in class_or_seq. :raises AstroidTypeError: if the given ``classes_or_seq`` are not types r")r]r8r rLrXrj)rr`rr_s&&& robject_isinstancerms:4)H(D0011 #HG LLrc(V^8dQhRRRRRRRR/#) rr nodes.NodeNGr`rarrrrbr)rs"rrrs6 I I  I' I% I! Irc\V\P4'g\V R\ V4: 24h\ WVR7#)zCheck if a type is a subclass of any node in class_or_seq. :raises AstroidTypeError: if the given ``classes_or_seq`` are not types :raises AstroidError: if the type of the given node cannot be inferred or its type's mro doesn't work z" needs to be a ClassDef node, not r")r8rrF TypeErrorrArj)rr`rs&&&robject_issubclassrrs= dENN + +4& B4:.QRR #D HHrc$V^8dQhRRRRRR/#)rrrrrrrar)rs"rrrs$ $;rc ~\VPVR74p\ T\ P 4'd8TPUu.uFp\TPTR74NK ppT#T.pT# \dp\YR7ThRp?ii;iuupi \dp\XTR7ThRp?ii;i)r"r'N)rZrE StopIterationrr8rTupleelts)rr node_infereclass_containers&& rclass_or_tuple_to_containerr{s @$**W*56 *ekk** D>Hoo>MdTZZZ01o  &,  @$8a?@  D dG>>~~ rr/),__doc__ __future__rr#collections.abcrastroidrrrrrr astroid.contextr r astroid.exceptionsr r rrr astroid.nodesrastroid.typingr astroid.utilrr&r2r>rTr]rjrmrrr{rrrrrrrrrrrs  "%FF9'*6 2 2 P>*< M I 0(01 % .L^r