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This saves space and improves lookup speed. c3ó.•K—|]}‰|¦«V—ŒdSrYr›©r[ržr.s €r(r˜z_make_key..Øs+øèè€Ð+Ð+ �T�T˜!‘W”WÐ+Ð+Ð+Ð+Ð+Ð+r+c3ó.•K—|]}‰|¦«V—ŒdSrYr›räs €r(r˜z_make_key..Ús+øèè€Ð8Ð8 Q˜˜˜a™œÐ8Ð8Ð8Ð8Ð8Ð8r+ér)r¤ÚvaluesrÛ) rˆr²ÚtypedÚkwd_markÚ fasttypesr®r.r¯ÚkeyÚitems ` r(Ú _make_keyríÀsäø€ð$ €CØ ðØ ˆx‰ˆØ—J’J‘L”Lð ð ˆDØ �4‰KˆCˆCØ ðØ ˆuˆuÐ+Ð+Ð+Ð+ dÐ+Ñ+Ô+Ñ+Ô+Ñ+ˆØ ð 9Ø �5�5Ð8Ð8Ð8Ð8¨$¯+ª+©-¬-Ð8Ñ8Ô8Ñ8Ô8Ñ 8ˆCøØ ˆˆS‰Œ�QŠˆ˜4˜4  A¤™<œ<¨9Ð4Ð4Ø�1Œvˆ Ý �c‰?Œ?Ðr+é€Fcó*‡‡—t‰t¦«r ‰dkrdŠnlt‰¦«rLt‰t¦«r7‰dc}Št |‰‰t ¦«}ˆˆfd„|_t||¦«S‰�td¦«‚ˆˆfd„}|S)a¬Least-recently-used cache decorator. If *maxsize* is set to None, the LRU features are disabled and the cache can grow without bound. If *typed* is True, arguments of different types will be cached separately. For example, f(3.0) and f(3) will be treated as distinct calls with distinct results. Arguments to the cached function must be hashable. View the cache statistics named tuple (hits, misses, maxsize, currsize) with f.cache_info(). Clear the cache and statistics with f.cache_clear(). Access the underlying function with f.__wrapped__. See: https://en.wikipedia.org/wiki/Cache_replacement_policies#Least_recently_used_(LRU) rrîcó•—‰‰dœS©N©rØrèr›ròs€€r(úzlru_cache..󸀏È%Ð,PÐ,P€r+Nz=Expected first argument to be an integer, a callable, or Nonecóh•—t|‰‰t¦«}ˆˆfd„|_t||¦«S)Ncó•—‰‰dœSrñr›ròs€€r(róz8lru_cache..decorating_function..rôr+)Ú_lru_cache_wrapperÚ _CacheInfoÚcache_parametersr)Ú user_functionr"rØrès €€r(Údecorating_functionz&lru_cache..decorating_functions:ø€Ý$ ]°G¸UÅJÑOÔOˆØ#PÐ#PÐ#PÐ#PÐ#PˆÔ ݘg }Ñ5Ô5Ð5r+) r­ÚintrŒÚboolr÷rørùrr€)rØrèrúr"rûs`` r(r r ßsÒøø€õ2�'�3ÑÔð Mà �QŠ;ˆ;؈GøÝ �'Ñ Ô ðM�z¨%µÑ6Ô6ðMà!(¨#Ј �wÝ$ ]°G¸UÅJÑOÔOˆØ#PÐ#PÐ#PÐ#PÐ#PˆÔ ݘg }Ñ5Ô5Ð5Ø Ð ÝØ KñMôMð Mð6ð6ð6ð6ð6ð6ð Ðr+cóh‡‡‡‡‡‡‡ ‡ ‡ ‡ ‡ ‡‡‡‡‡‡‡—t¦«ŠtŠd\Š ŠŠŠ iŠ dxŠŠdЉ jŠ ‰ jŠ t ¦«ŠgЉ‰ddg‰dd…<‰dkrˆˆfd„}n#‰€ ˆ ˆ ˆˆˆˆˆˆfd„}nˆˆˆ ˆ ˆ ˆ ˆ ˆˆˆˆˆˆˆˆˆfd„}ˆˆ ˆˆˆˆfd„}ˆ ˆˆˆˆˆfd„}||_||_|S) N)rræéérFcó"•—‰dz Љ|i|¤Ž}|S©Nrær›)rˆr²rÉr×rús €€r(r"z#_lru_cache_wrapper..wrappers'ø€ð �a‰KˆFØ"�] DÐ1¨DÐ1Ð1ˆF؈Mr+cót•—‰||‰ ¦«}‰|‰ ¦«}|‰ ur‰dz Š|S‰dz Љ |i|¤Ž}|‰|<|Srr›) rˆr²rërÉrÚ cache_getrÖÚmake_keyr×Úsentinelrèrús €€€€€€€€r(r"z#_lru_cache_wrapper..wrapper'smø€ð�(˜4  uÑ-Ô-ˆCØ�Y˜s HÑ-Ô-ˆFؘXÐ%Ð%ؘ‘ �Ø� Ø �a‰KˆFØ"�] DÐ1¨DÐ1Ð1ˆF؈E�#‰J؈Mr+có•—‰||‰¦«}‰5‰|¦«}|�@|\}}}}||‰ <||‰<‰‰}|x|‰ <‰‰<||‰<‰|‰ <‰dz Š|cddd¦«S‰dz Šddd¦«n #1swxYwY‰|i|¤Ž}‰5|‰vrnd‰r7‰} || ‰ <|| ‰<| ‰ Љ‰ } ‰‰} dx‰‰ <‰‰<‰| =| ‰|<n+‰‰}|‰||g}|x|‰ <x‰‰<‰|<‰¦«‰kŠddd¦«n #1swxYwY|Srr›)rˆr²rëÚlinkÚ link_prevÚ link_nextÚ_keyrÉÚlastÚoldrootÚoldkeyÚ oldresultÚKEYÚNEXTÚPREVÚRESULTrrÚ cache_lenÚfullrÖÚlockrrØr×rcrèrús €€€€€€€€€€€€€€€€r(r"z#_lru_cache_wrapper..wrapper6sBø€ð�(˜4  uÑ-Ô-ˆCØð ð Ø �y ‘~”~�ØÐ#à9=Ñ6�I˜y¨$°Ø&/�I˜d‘OØ&/�I˜d‘OØ œ:�DØ.2Ð2�D˜‘J  d¡Ø!%�D˜‘JØ!%�D˜‘JؘA‘I�DØ!ð ð ð ð ñ ô ð ð ð˜!‘ �ð ð ð ñ ô ð ð ð ð ð ð øøøð ð ð ð ð#�] DÐ1¨DÐ1Ð1ˆFØð# 4ð# 4ؘ%�<�<ð Øð4à"�GØ#&�G˜C‘LØ&,�G˜F‘Oð# 4œ=�DØ! #œY�FØ $ V¤ �IØ/3Ð3�D˜‘I  V¡ à˜f˜ ð")�E˜#‘J�Jð  œ:�DØ  $¨¨VÐ4�DØ;?Ð?�D˜‘JÐ?  d¡¨e°C©jð&˜I™KœK¨7Ò2�DðG# 4ð# 4ð# 4ñ# 4ô# 4ð# 4ð# 4ð# 4ð# 4ð# 4ð# 4øøøð# 4ð# 4ð# 4ð# 4ðHˆMs+‘AA0ÁA0Á0A4Á7A4ÂA*C;Ã;C?ÄC?cóh•—‰5‰‰‰‰‰¦«¦«cddd¦«S#1swxYwYdS)zReport cache statisticsNr›)rørrÖrrØr×s€€€€€€r(Ú cache_infoz&_lru_cache_wrapper..cache_infoosšø€à ð Bð BØ�:˜d F¨G°Y°Y±[´[ÑAÔAð Bð Bð Bð Bñ Bô Bð Bð Bð Bð Bð Bð Bøøøð Bð Bð Bð Bð Bð Bs „'§+®+c󈕗‰5‰ ¦«‰‰ddg‰dd…<dxŠŠdŠddd¦«dS#1swxYwYdS)z$Clear the cache and cache statisticsNrF)Úclear)rrrÖrr×rcs€€€€€€r(Ú cache_clearz'_lru_cache_wrapper..cache_clearts¡ø€ðð ð Ø �KŠK‰MŒMˆMؘT 4¨Ð.ˆD���‰GØÐ ˆD�6؈Dð  ð ð ñ ô ð ð ð ð ð ð ð øøøð ð ð ð ð ð s „&7·;¾;)rZrírÈÚ__len__rrr)rúrØrèrør"rrrrrrrrrrrÖrrr×rcrs```` @@@@@@@@@@@@@@r(r÷r÷ sÔøøøøøøøøøøøøøøøøøø€å‰xŒx€HÝ€HØ(Ñ€Dˆ$��Và €EØÐ€Dˆ6Ø €DØ” €IØ” €IÝ ‰7Œ7€DØ €DØ�T˜4 Ð&€Dˆˆˆ�Gà�!‚|€|ð ð ð ð ð ð ð ð ˆð ð ð ð ð ð ð ð ð ð ð ð ð ð7 ð7 ð7 ð7 ð7 ð7 ð7 ð7 ð7 ð7 ð7 ð7 ð7 ð7 ð7 ð7 ð7 ð7 ð7 ð7 ðrBðBðBðBðBðBðBðBðBðBð ðððððððððð$€GÔØ%€GÔØ €Nr+)r÷có4—td¬¦«|¦«S)z@Simple lightweight unbounded cache. Sometimes called "memoize".N)rØ)r )rús r(rr‹s€à "�9˜TÐ "Ñ "Ô " =Ñ 1Ô 1Ð1r+cóæ—g} d„|D¦«}|s|S|D]!}|d}|D]}||dd…vrd}nŒnŒ"|€td¦«‚| |¦«|D]}|d|kr|d=ŒŒo)z�Merges MROs in *sequences* to a single MRO using the C3 algorithm. Adapted from https://www.python.org/download/releases/2.3/mro/. Tcó—g|]}|¯|‘ŒSr›r›)r[Úss r(ú z_c3_merge..œs€Ð/Ð/Ð/˜1¨QÐ/�QÐ/Ð/Ð/r+rræNzInconsistent hierarchy)Ú RuntimeErrorÚappend)Ú sequencesrÉÚs1Ú candidateÚs2Úseqs r(Ú _c3_merger)”s×€ð €FðØ/Ð/  Ð/Ñ/Ô/ˆ Øð ؈MØð ð ˆBؘ1œˆIØð ð �Ø  1 2 2¤Ð&Ð&Ø $�IØ�Eð'ð�ðð Ð ÝÐ7Ñ8Ô8Ð 8Ø� Š �iÑ Ô Ð àð ð ˆCØ�1Œv˜Ò"Ð"ؘ�Føð%r+Nc󬇇 —tt|j¦«¦«D].\}Š t‰ d¦«rt |j¦«|z }nŒ/d}‰rt ‰¦«ngŠt |jd|…¦«}g}t |j|d…¦«}‰D]GŠ t |‰ ¦«r5tˆ fd„|jD¦«¦«s| ‰ ¦«ŒH|D]Š ‰  ‰ ¦«Œˆfd„|D¦«}ˆfd„|D¦«}ˆfd„|D¦«} t|gg|z|z| z|gz|gz|gz¦«S)aƒComputes the method resolution order using extended C3 linearization. If no *abcs* are given, the algorithm works exactly like the built-in C3 linearization used for method resolution. If given, *abcs* is a list of abstract base classes that should be inserted into the resulting MRO. Unrelated ABCs are ignored and don't end up in the result. The algorithm inserts ABCs where their functionality is introduced, i.e. issubclass(cls, abc) returns True for the class itself but returns False for all its direct base classes. Implicit ABCs for a given class (either registered or inferred from the presence of a special method like __len__) are inserted directly after the last ABC explicitly listed in the MRO of said class. If two implicit ABCs end up next to each other in the resulting MRO, their ordering depends on the order of types in *abcs*. Ú__abstractmethods__rNc3ó8•K—|]}t|‰¦«V—ŒdSrY)Ú issubclass)r[ÚbÚbases €r(r˜z_c3_mro..Ës>øèè€ð-ð-Ø()• ˜1˜dÑ#Ô#ð-ð-ð-ð-ð-ð-r+có2•—g|]}t|‰¬¦«‘ŒS©©Úabcs©Ú_c3_mro©r[r/r3s €r(r!z_c3_mro..Óó&ø€ÐLÐLÐL°T� ¨4Ð0Ñ0Ô0ÐLÐLÐLr+có2•—g|]}t|‰¬¦«‘ŒSr1r4r6s €r(r!z_c3_mro..Ôr7r+có2•—g|]}t|‰¬¦«‘ŒSr1r4r6s €r(r!z_c3_mro..Õs&ø€ÐFÐFÐF°$•W˜T¨Ð-Ñ-Ô-ÐFÐFÐFr+) Ú enumerateÚreversedÚ __bases__r�r¯Úlistr-Úanyr#Úremover)) r]r3ÚiÚboundaryÚexplicit_basesÚabstract_basesÚ other_basesÚexplicit_c3_mrosÚabstract_c3_mrosÚ other_c3_mrosr/s ` @r(r5r5¯sßøø€õ"�X c¤mÑ4Ô4Ñ5Ô5ðð‰ˆˆ4Ý �4Ð.Ñ /Ô /ð ݘ3œ=Ñ)Ô)¨AÑ-ˆHØ ˆEð ðˆØÐ %�4�‰:Œ:ˆ: 2€Dݘ#œ-¨ ¨¨ Ô2Ñ3Ô3€NØ€NÝ�s”} X Y YÔ/Ñ0Ô0€KØð(ð(ˆÝ �c˜4Ñ Ô ð (­ð-ð-ð-ð-Ø-0¬]ð-ñ-ô-ñ*ô*ð (ð × !Ò ! $Ñ 'Ô 'Ð 'øØððˆØ � Š �DÑÔÐÐØLÐLÐLÐL¸^ÐLÑLÔLÐØLÐLÐLÐL¸^ÐLÑLÔLÐØFÐFÐFÐF¸+ÐFÑFÔF€MÝ Ø ˆˆØñ Ø+ñ ,Ø.;ñ <à Ðñ à*Ð+ñ ,à/:¨mñ <ñ ô ðr+có&‡‡‡‡‡ ‡ —t‰j¦«Šˆˆfd„Šˆfd„‰D¦«Šˆfd„Š ˆ fd„‰D¦«Št‰¦«Š g}‰D]¬}g}| ¦«D]<}|‰vr6t‰|¦«r&| ˆ fd„|jD¦«¦«Œ=|s| |¦«Œm| t d¬¦«|D] }|D]}||vr| |¦«ŒŒ!Œ­t‰|¬¦«S) zÛCalculates the method resolution order for a given class *cls*. Includes relevant abstract base classes (with their respective bases) from the *types* iterable. Uses a modified C3 linearization algorithm. cóx•—|‰vo5t|d¦«o%t|t¦« ot‰|¦«S)NÚ__mro__)r�r­rr-)ÚtypÚbasesr]s €€r(Ú is_relatedz _compose_mro..is_relatedåsHø€Ø˜5Ð ð:¥W¨S°)Ñ%<Ô%<ð:Ý)3°C½Ñ)FÔ)FÐ%Fð:å%/°°SÑ%9Ô%9ð ;r+có*•—g|]}‰|¦«¯ |‘ŒSr›r›)r[ÚnrMs €r(r!z _compose_mro..és&ø€Ð /Ð /Ð /�1  ¨A¡¤Ð /ˆQÐ /Ð /Ð /r+có6•—‰D]}||kr ||jvrdSŒdS)NTF)rJ)rKr3Útypess €r(Úis_strict_basez$_compose_mro..is_strict_baseìs4ø€Øð ð ˆEØ�eŠ|ˆ|  u¤}Ð 4Ð 4Ø�t�tøØˆur+có*•—g|]}‰|¦«° |‘ŒSr›r›)r[rOrRs €r(r!z _compose_mro..ñs(ø€Ð 7Ð 7Ð 7�1 ^ ^°AÑ%6Ô%6Ð 7ˆQÐ 7Ð 7Ð 7r+có•—g|]}|‰v¯|‘Œ Sr›r›)r[r Útype_sets €r(r!z _compose_mro..úsø€ÐFÐFÐF A¸¸X¸ ¸ ˜a¸ ¸ ¸ r+T)rëÚreverser2)ÚsetrJÚ__subclasses__r-r#Úsortr¯r5) r]rQÚmrorKÚfoundÚsubÚsubclsrLrMrRrUs `` @@@@r(Ú _compose_mror^Üs˜øøøøøø€õ �” Ñ Ô €Eð;ð;ð;ð;ð;ð;ð 0Ð /Ð /Ð /˜Ð /Ñ /Ô /€Eðððððð 8Ð 7Ð 7Ð 7˜Ð 7Ñ 7Ô 7€Eõ�5‰zŒz€HØ €CØð 'ð 'ˆØˆØ×%Ò%Ñ'Ô'ð Hð HˆCؘ%ÐÐ¥J¨s°CÑ$8Ô$8ÐØ— ’ ÐFÐFÐFÐF¨¬ÐFÑFÔFÑGÔGÐGøØð Ø �JŠJ�s‰OŒOˆOØ à � Š •s Dˆ Ñ)Ô)Ð)Øð 'ð 'ˆCØð 'ð '�Ø Ð$Ð$Ø—J’J˜vÑ&Ô&Ð&øð 'ð 'õ �3˜SÐ !Ñ !Ô !Ð!r+có$—t|| ¦«¦«}d}|D]U}|�K||vrE||jvr<||jvr3t||¦«s#t d ||¦«¦«‚n||vr|}ŒV| |¦«S)a^Returns the best matching implementation from *registry* for type *cls*. Where there is no registered implementation for a specific type, its method resolution order is used to find a more generic implementation. Note: if *registry* does not contain an implementation for the base *object* type, this function may return None. NzAmbiguous dispatch: {} or {})r^ÚkeysrJr-r"r¹rÈ)r]ÚregistryrZÚmatchÚts r(Ú _find_implrds»€õ �s˜HŸMšM™OœOÑ ,Ô ,€CØ €EØ ð ð ˆØ Ð ð�X� �  !¨3¬;Ð"6Ð"6Ø"'¨s¬{Ð":Ð":Ý&0°¸Ñ&:Ô&:ð#;å"Ð#A×#HÒ#Hؘ1ñ$ô$ñôðà ˆEØ �ˆ=ˆ=؈EøØ �<Š<˜Ñ Ô Ðr+cóZ‡‡‡‡‡‡‡ ‡ ‡ —ddlŠ ddl}iŠ | ¦«ŠdŠˆˆˆ fd„Šˆ fd„Šˆfd„Šd ˆˆˆˆˆ ˆ fd„ Š ˆˆfd„}t|dd ¦«Š|‰ t<‰ |_‰|_‰  ‰ ¦«|_‰j |_ t||¦«|S) akSingle-dispatch generic function decorator. Transforms a function into a generic function, which can have different behaviours depending upon the type of its first argument. The decorated function acts as the default implementation, and additional implementations can be registered using the register() attribute of the generic function. rNcóò•—‰�*t¦«}‰|kr‰ ¦«|Š ‰|}n?#t$r2 ‰|}n #t$rt|‰¦«}YnwxYw|‰|<YnwxYw|S)zÌgeneric_func.dispatch(cls) -> Runs the dispatch algorithm to return the best available implementation for the given *cls* registered on *generic_func*. )rrÚKeyErrorrd)r]Ú current_tokenÚimplÚ cache_tokenÚdispatch_cacheras €€€r(Údispatchz singledispatch..dispatch2s¹ø€ð Ð "Ý+Ñ-Ô-ˆMؘmÒ+Ð+Ø×$Ò$Ñ&Ô&Ð&Ø+� ð 'Ø! #Ô&ˆDˆDøÝð 'ð 'ð 'ð 1Ø ”}��øÝð 1ð 1ð 1Ý! # xÑ0Ô0���ð 1øøøà"&ˆN˜3Ñ Ð Ð ð  'øøøð ˆ s3¯8¸ A4ÁA Á A4Á A)Á&A4Á(A)Á)A4Á3A4có<•—ddlm}m}||¦«|‰jhvS)Nr)Ú get_originÚUnion)ÚtypingrnroÚ UnionType)r]rnrorQs €r(Ú_is_union_typez&singledispatch.._is_union_typeIs5ø€Ø,Ð,Ð,Ð,Ð,Ð,Ð,Ð,؈z˜#‰Œ 5¨%¬/Ð":Ð:Ð:r+c󘕗t|t¦«rdSddlm}‰|¦«o!t d„||¦«D¦«¦«S)NTr©Úget_argsc3ó@K—|]}t|t¦«V—ŒdSrY)r­r.)r[Úargs r(r˜zBsingledispatch.._is_valid_dispatch_type..Rs,èè€ÐCÐC¨c•J˜s¥DÑ)Ô)ÐCÐCÐCÐCÐCÐCr+)r­r.rpruÚall)r]rurrs €r(Ú_is_valid_dispatch_typez/singledispatch.._is_valid_dispatch_typeMsgø€Ý �c�4Ñ Ô ð Ø�4Ø#Ð#Ð#Ð#Ð#Ð#Ø�˜sÑ#Ô#ðDÝÐCÐC°X°X¸c±]´]ÐCÑCÔCÑCÔCð Er+cól•‡—‰‰¦«r |€ˆˆ fd„Sn¿|�td‰›d�¦«‚t‰di¦«}|std‰›d�¦«‚‰}dd lm}t t ||¦« ¦«¦«¦«\}Љ‰¦«s7‰‰¦«rtd |›d ‰›d �¦«‚td |›d ‰›d �¦«‚‰‰¦«rddlm}|‰¦«D]}|‰ |<Œn|‰ ‰<‰ €t‰d¦«rt¦«Š ‰   ¦«|S)zƒgeneric_func.register(cls, func) -> func Registers a new implementation for the given *cls* on a *generic_func*. Ncó•—‰‰|¦«SrYr›)Úfr]Úregisters €€r(róz2singledispatch..register..]sø€  ¨#¨qÑ!1Ô!1€r+z(Invalid first argument to `register()`. z is not a class or union type.rz(Invalid first argument to `register()`: zS. Use either `@register(some_class)` or plain `@register` on an annotated function.r)Úget_type_hintszInvalid annotation for z. z not all arguments are classes.z is not a class.rtr+) r€rrpr~r~r|r¤rur�rr) r]r‡Úannr~Úargnamerurwrrryrjrkr}ras ` €€€€€€r(r}z singledispatch..registerTsøø€ð #Ð " 3Ñ 'Ô 'ð Øˆ|Ø1Ð1Ð1Ð1Ð1Ð1ððÐÝð=Øð=ð=ð=ñôðõ˜#Ð0°"Ñ5Ô5ˆCØð Ýð1¸sð1ð1ð1ñôðð ˆDð .Ð -Ð -Ð -Ð -Ð -Ý¥ ^ ^°DÑ%9Ô%9×%?Ò%?Ñ%AÔ%AÑ BÔ BÑCÔC‰LˆG�SØ*Ð*¨3Ñ/Ô/ð Ø!�> #Ñ&Ô&ð Ý#ðB°'ðBðBØðBðBðBñôðõ $ð3°'ð3ð3Øð3ð3ð3ñôðð ˆ>˜#Ñ Ô ð !Ø 'Ð 'Ð 'Ð 'Ð 'Ð 'à�x ‘}”}ð %ð %�Ø $�˜‘ � ð %ð!ˆH�S‰MØ Ð ¥7¨3Ð0EÑ#FÔ#FÐ Ý)Ñ+Ô+ˆKØ×ÒÑÔÐØˆ r+cód•—|st‰›d�¦«‚‰|dj¦«|i|¤ŽS)Nz( requires at least 1 positional argumentr)r€r�)rˆÚkwrlÚfuncnames €€r(r"zsingledispatch..wrapperˆsVø€Øð 5ݘxð4ð4ð4ñ5ô5ð 5ð+ˆxˆx˜˜QœÔ)Ñ*Ô*¨DÐ7°BÐ7Ð7Ð7r+rzsingledispatch functionrY) rQÚweakrefÚWeakKeyDictionaryrrZr}rlÚMappingProxyTyperarÚ _clear_cacher) r‡r„r"rrryrjrlrkrƒr}rarQs @@@@@@@@@r(r r sTøøøøøøøøø€ðÐÐÐÐÐÐÐà€HØ×.Ò.Ñ0Ô0€NØ€Kðððððððð.;ð;ð;ð;ð;ðEðEðEðEðEð2ð2ð2ð2ð2ð2ð2ð2ð2ð2ð2ðh8ð8ð8ð8ð8ð8õ�t˜ZÐ)BÑCÔC€HØ€H�VÑØ€GÔØ€GÔØ×-Ò-¨hÑ7Ô7€GÔØ)Ô/€GÔÝ�7˜DÑ!Ô!Ð!Ø €Nr+có>—eZdZdZd„Zdd„Zdd„Zed„¦«ZdS)rz™Single-dispatch generic method descriptor. 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