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Ncóì•—‰dzЉdks2‰tk(s)‰tk(rW|j«sF|j«�5‰�‰j «‰j «s‰j d«yyyyy)Nrr)rrÚ cancelledryr‡r0rw)rÁÚcounterr½Útimeout_handlerËs €€€€r&Ú_on_completionz_wait.._on_completionstø€à�1‰ ˆØ �qŠLØ œ?Ò *Ø œ?Ò *°A·K±K´MØ01· ± ³ Ð0IØÐ)Ø×%Ñ%Ô'Ø—;‘;”=Ø×!Ñ! $Õ'ð!ð1Jð5BÐ *r') Ú create_futureÚ call_laterrÍÚlenr£r‡Úremove_done_callbackrÆr0Úadd) rÉr¼r½r%r×rÁr0ÚpendingrÕrÖrËs ` @@@r&rÈrÈ sûèø€ð × Ñ Ó !€FØ€NØÐØŸ™¨´/À6ÓJˆÜ�"‹g€G÷ (óˆØ ×јNÕ+ðð3Ø� ˆ à Ð %Ø × !Ñ !Ô #ÛˆAØ × "Ñ " >Õ 2ñô“Eœ3›5ˆ'€DÛ ˆØ �6‰6Œ8Ø �H‰H�Q�Kà �K‰K˜�Nð ð �ˆ=Ðð ùà Ð %Ø × !Ñ !Ô #ÛˆAØ × "Ñ " >Õ 2ñüs1†ADÁC'Á#C%Á$C'Á(A=DÃ%C'Ã',DÄDcƒó2K—tj«}|j«}tjt |«}|j |« |j«|ƒd{–—†|j|«y7Œ#|j|«wxYw­w)z._on_timeoutds2ø€ÛˆAØ × "Ñ " >Ô 2Ø �O‰O˜DÕ !ðð � ‰ � r'có|•—‰sy‰j|«‰j|«‰s‰�‰j«yyyrg)Úremoverår‡)rÁr0rÖrçs €€€r&r×z$as_completed.._on_completionjs;ø€ÙØ Ø � ‰ �AŒØ �‰˜ÔÙ˜Ð2Ø × !Ñ !Õ #ð3ˆtr'c“ó„•K—‰j«ƒd{–—†}|€tj‚|j«S7Œ&­wrg)r#rrÐrv)rÁr0s €r&Ú _wait_for_onez#as_completed.._wait_for_oners7øèø€Ø—(‘(“*× ˆØ ˆ9ä×)Ñ)Ð )Ø�x‰x‹zÐð úsƒA—>˜'A)rrÃrrJrLrÄr²ÚqueuesrãrÚget_event_looprÆr r£rÙÚrangerÚ) rÉr¼rãr%rÁrèrìÚ_r×r0rÖrçs @@@@r&r r Hsßûèø€ô$×јԜz×5Ñ5°bÔ9ÜÐ=¼dÀ2»h×>OÑ>OÐ=PÐQÓRÐRåÙ ‹7€Dä × Ñ Ó "€DÜ14°R´Ó 9±¨AŒM˜! $Ö '°Ñ 9€DØ€Nöö $ôóˆØ ×јNÕ+ðá �Ð#ØŸ™¨°+Ó>ˆÜ ”3�t“9Ö ˆÙ‹oÓñùò9 :ùs†A:DÂC=ÂA.Dc#óK—d–—y­w)z÷Skip one event loop run cycle. This is a private helper for 'asyncio.sleep()', used when the 'delay' is set to 0. It uses a bare 'yield' expression (which Task.__step knows how to handle) instead of creating a Future object. N©ròr'r&Ú__sleep0ró�s èø€ô ùs‚cƒó0K—|dkrt«ƒd{–—†|Stj«}|j«}|j |t j ||«} |ƒd{–—†|j«S7Œg7Œ#|j«wxYw­w)z9Coroutine that completes after a given time (in seconds).rN)rórr!rØrÙrÚ_set_result_unless_cancelledr‡)Údelayrvr%r°Úhs r&r r �sèø€à �‚zÜ‹j×ÐØˆ ä × "Ñ "Ó $€DØ × Ñ Ó !€FØ �‰˜Ü×<Ñ<Ø ó (€AðØ�|à �‰� ð øðùà �‰� üs:‚B•A=–A BÁ#BÁ(A?Á)BÁ,BÁ?BÂBÂBr$có’—tj|«r&|�"|tj|«ur td«‚|Sd}t j |«s.t j|«rd„}||«}d}n td«‚|€tj«} |j|«S#t$r|r|j«‚wxYw)zmWrap a coroutine or an awaitable in a future. If the argument is a Future, it is returned directly. zRThe future belongs to a different loop than the one specified as the loop argumentTc“ó"K—|ƒd{–—†S7Œ­wrgrò)Ú awaitables r&Ú_wrap_awaitablez&ensure_future.._wrap_awaitable«sèø€Ø&—Ð&�ús ‚ˆ ‰Fz:An asyncio.Future, a coroutine or an awaitable is required)rrÃr/rÅrrJr¥Ú isawaitablerLrrîrr,Úclose)Úcoro_or_futurer%Ú should_closerûs r&r r žsÚ€ô ×јÔ'Ø Ð  ¬G×,=Ñ,=¸nÓ,MÑ MÜðEóFð FàÐØ€LÜ × !Ñ ! .Ô 1Ü × Ñ ˜~Ô .ò 'ñ-¨^Ó<ˆNØ ‰Läð*ó+ð +ð €|Ü×$Ñ$Ó&ˆðØ×Ñ Ó/Ð/øÜ òÙ Ø × Ñ Ô "Ø ðús ÂB)Â)Ccó*‡—eZdZdZˆfd„Zdd„ZˆxZS)Ú_GatheringFuturez®Helper for gather(). This overrides cancel() to cancel all the children and act more like Task.cancel(), which doesn't immediately mark itself as cancelled. cóB•—t‰|�|¬«||_d|_y)Nr$F)rGrHÚ _childrenÚ_cancel_requested)r\Úchildrenr%r^s €r&rHz_GatheringFuture.__init__Æs"ø€ä ‰Ñ˜dÐÔ#Ø!ˆŒØ!&ˆÕr'cóŠ—|j«ryd}|jD]}|j|¬«sŒd}Œ|rd|_|S)NFr„T)r0rr‡r)r\r…ÚretÚchilds r&r‡z_GatheringFuture.cancelÌsH€Ø �9‰9Œ;ØØˆØ—^”^ˆEØ�|‰| ˆ|Õ$Ø‘ð$ñ ð&*ˆDÔ "؈ r'rg)r²r³r´rµrHr‡r¸r¹s@r&rr¾sø„ñô'÷ r'rF)Úreturn_exceptionsc󇇇 ‡ ‡ —|s7tj«}|j«Š ‰ jg«‰ Sˆˆ ˆ ˆ ˆfd„}i}gŠdŠ dŠ g}d}dŠ |D]‰}||vrmt ||¬«}|€t j |«}||urd|_‰ dz Š |||<|j«r|j|«n|j|«n||}‰j|«Œ‹t‰|¬«Š |D] }||«Œ ‰ S)a­Return a future aggregating results from the given coroutines/futures. Coroutines will be wrapped in a future and scheduled in the event loop. They will not necessarily be scheduled in the same order as passed in. All futures must share the same event loop. If all the tasks are done successfully, the returned future's result is the list of results (in the order of the original sequence, not necessarily the order of results arrival). If *return_exceptions* is True, exceptions in the tasks are treated the same as successful results, and gathered in the result list; otherwise, the first raised exception will be immediately propagated to the returned future. Cancellation: if the outer Future is cancelled, all children (that have not completed yet) are also cancelled. If any child is cancelled, this is treated as if it raised CancelledError -- the outer Future is *not* cancelled in this case. (This is to prevent the cancellation of one child to cause other children to be cancelled.) If *return_exceptions* is False, cancelling gather() after it has been marked done won't cancel any submitted awaitables. For instance, gather can be marked done after propagating an exception to the caller, therefore, calling ``gather.cancel()`` after catching an exception (raised by one of the awaitables) from gather won't cancel any other awaitables. c󤕗‰dz Љ�‰j«r!|j«s|j«y‰sV|j«r"|j«}‰j |«y|j«}|�‰j |«y‰‰k(rºg}‰D]s}|j«r.t j |j€dn |j«}n"|j«}|€|j«}|j|«Œu‰jr"|j«}‰j |«y‰j|«yy)NrÚ) r0rÔryr›rzrršrˆrvÚappendrrw) rÑrœÚresultsÚresrÚ nfinishedÚnfutsÚouterr s €€€€€r&Ú_done_callbackzgather.._done_callbackÿs,ø€à�Q‰ˆ à ˆ=˜EŸJ™JœLØ—=‘=”?à— ‘ ”Ø á Ø�}‰}Œð×/Ñ/Ó1�Ø×#Ñ# CÔ(Øà—m‘m“o�Ø�?Ø×'Ñ'¨Ô,Øà ˜Ò ðˆGã�Ø—=‘=”?ô%×3Ñ3Ø!×1Ñ1Ð9™Ø×+Ñ+ó-‘CðŸ-™-›/�CØ�{Ø!Ÿj™j›l˜Ø—‘˜sÕ#ð ð"×&Ò&ð×/Ñ/Ó1�Ø×#Ñ# CÕ(à× Ñ  Õ)ð; r'rNr$Fr) rrîrØrwr rr/rKr0r r£r) r Úcoros_or_futuresr%rÚ arg_to_futÚ done_futsÚargrÑrrrrs ` @@@@r&r r Ûs ü€ñ< Ü×$Ñ$Ó&ˆØ×"Ñ"Ó$ˆØ ×Ñ˜ÔØˆ ÷5*ð5*ðn€JØ€HØ €EØ€IØ€IØ €DØ €EÛˆØ �jÑ Ü ¨$Ô/ˆC؈|Ü×(Ñ(¨Ó-�ؘ#‰~ð ,1�Ô(à �Q‰JˆEØ!ˆJ�s‰OØ�x‰xŒzØ× Ñ  Õ%à×%Ñ% nÕ5ð˜S‘/ˆCà�‰˜Õð/ ô2 ˜X¨DÔ 1€Eó ˆÙ�sÕðà €Lr'cóꇇ‡—t|«Š‰j«r‰Stj‰«}|j «Šˆfd„Šˆˆfd„}‰j ‰«‰j |«‰S)a‰Wait for a future, shielding it from cancellation. The statement task = asyncio.create_task(something()) res = await shield(task) is exactly equivalent to the statement res = await something() *except* that if the coroutine containing it is cancelled, the task running in something() is not cancelled. From the POV of something(), the cancellation did not happen. But its caller is still cancelled, so the yield-from expression still raises CancelledError. Note: If something() is cancelled by other means this will still cancel shield(). If you want to completely ignore cancellation (not recommended) you can combine shield() with a try/except clause, as follows: task = asyncio.create_task(something()) try: res = await shield(task) except CancelledError: res = None Save a reference to tasks passed to this function, to avoid a task disappearing mid-execution. The event loop only keeps weak references to tasks. A task that isn't referenced elsewhere may get garbage collected at any time, even before it's done. có0•—‰j«r!|j«s|j«y|j«r‰j«y|j«}|�‰j|«y‰j |j ««yrg)rÔryr‡rzrwrv)Úinnerrœrs €r&Ú_inner_done_callbackz$shield.._inner_done_callback‰sjø€Ø �?‰?Ô Ø—?‘?Ô$à—‘Ô!Ø à �?‰?Ô Ø �L‰L�Nà—/‘/Ó#ˆC؈Ø×#Ñ# CÕ(à× Ñ  §¡£Õ0r'cóJ•—‰j«s‰j‰«yyrg)r0rÛ)rrrs €€r&Ú_outer_done_callbackz$shield.._outer_done_callbackšs ø€Ø�z‰zŒ|Ø × &Ñ &Ð';Õ <ðr')r r0rr/rØr£)rr%rrrrs @@@r&r r askú€ôB ˜#Ó €EØ ‡z�z„|àˆ Ü × Ñ ˜UÓ #€DØ × Ñ Ó €Eô1õ"=ð ×ÑÐ0Ô1Ø ×ÑÐ0Ô1Ø €Lr'c󸇇‡—tj‰«s td«‚tjj «Šˆˆˆfd„}‰j |«‰S)zsSubmit a coroutine object to a given event loop. Return a concurrent.futures.Future to access the result. zA coroutine object is requiredcóΕ— tjt‰‰¬«‰«y#ttf$r‚t $r'}‰j «r‰j|«‚d}~wwxYw)Nr$)rÚ _chain_futurer rªr©r«Úset_running_or_notify_cancelrz)rœr]r°r%s €€€r&Úcallbackz*run_coroutine_threadsafe..callback¬s]ø€ð Ü × !Ñ !¤-°¸4Ô"@À&Õ IøÜÔ-Ð.ò Ø Üò Ø×2Ñ2Ô4Ø×$Ñ$ SÔ)Ø ûð úsƒ!%¥A$½"AÁA$)rrJrLÚ concurrentrÚFutureÚcall_soon_threadsafe)r]r%r"r°s`` @r&rr£sMú€ô × !Ñ ! $Ô 'ÜÐ8Ó9Ð9Ü × Ñ × &Ñ &Ó (€Föð ×јhÔ'Ø €Mr'có‡—dddœˆfd„ }|S)a=Create a function suitable for use as a task factory on an event-loop. Example usage: loop.set_task_factory( asyncio.create_eager_task_factory(my_task_constructor)) Now, tasks created will be started immediately (rather than being first scheduled to an event loop). The constructor argument can be any callable that returns a Task-compatible object and has a signature compatible with `Task.__init__`; it must have the `eager_start` keyword argument. Most applications will use `Task` for `custom_task_constructor` and in this case there's no need to call `create_eager_task_factory()` directly. Instead the global `eager_task_factory` instance can be used. E.g. `loop.set_task_factory(asyncio.eager_task_factory)`. Nrºcó•—‰||||d¬«S)NTrArò)r%r]r>rBÚcustom_task_constructors €r&Úfactoryz*create_eager_task_factory..factoryÍsø€Ù&Ø �t $°ÀTôKð Kr'rò)r(r)s` r&rrºsø€ð&%)°$öKð €Nr'có.—tj|«y)z;Register an asyncio Task scheduled to run on an event loop.N)r+rÜ©r=s r&rrâs€ä×јÕr'có.—tj|«y)z6Register an asyncio Task about to be eagerly executed.N)r*rÜr+s r&r�r�çs€ä×Ñ�TÕr'cóh—tj|«}|�td|›d|›d�«‚|t|<y)NzCannot enter into task z while another task z is being executed.©r"r#r,©r%r=rs r&rrìsL€Ü!×%Ñ% dÓ+€LØÐÜÐ4°T°Hð=#Ø#/Ð"2Ð2EðGóHð Hà„N�4Òr'cóh—tj|«}||urtd|›d|›d�«‚t|=y)Nz Leaving task z! does not match the current task Ú.r.r/s r&rrôsJ€Ü!×%Ñ% dÓ+€Lؘ4Ñܘ]¨4¨(ð3/Ø/;Ð.>¸aðAóBð Bä�tÑr'cóX—tj|«}|€ t|=|S|t|<|Srg)r"r#)r%r=r”s r&r�r�üs9€Ü×"Ñ" 4Ó(€IØ €|Ü ˜4Ð ð Ðð $Œ�tÑØ Ðr'có.—tj|«y)z'Unregister a completed, scheduled Task.N)r+Údiscardr+s r&rrs€ä×јTÕ"r'có.—tj|«y)z6Unregister a task which finished its first eager step.N)r*r4r+s r&r“r“ s€ä×јÕr') rr�rr“rrr�r+r*r"rrg)PrµÚ__all__Úconcurrent.futuresr#rTrßr¥r-Útypesr:Úweakrefrr rrrrrrÚcountÚ__next__rMrrr?Ú _PyFuturerÚ_PyTaskÚ_asyncioÚ_CTaskÚ ImportErrorrrrrrrÍrrÈrÏr Ú coroutinerór r r$rr r rrrÚWeakSetr+rÆr*r"rr�rrr�rr“Ú_py_current_taskÚ_py_register_taskÚ_py_register_eager_taskÚ_py_unregister_taskÚ_py_unregister_eager_taskÚ_py_enter_taskÚ_py_leave_taskÚ_py_swap_current_taskÚ_c_current_taskÚ_c_register_taskÚ_c_register_eager_taskÚ_c_unregister_taskÚ_c_unregister_eager_taskÚ _c_enter_taskÚ _c_leave_taskÚ_c_swap_current_taskròr'r&ÚrSsMðÙ6ð €óÛÛÛÛÛ ÛÛÝåÝÝÝÝÝð %�Y—_‘_ QÓ'×0Ñ0Ðó$ó>ò6 ôzˆ7× Ñ ôzðz €ð"Ûð —M‘MÐ!€Dˆ6ð#¨Dô ð$×$Ñ$×4Ñ4€Ø×$Ñ$×4Ñ4€Ø×"Ñ"×0Ñ0€ ð#° ô7ò@ ò 0òd)òX%ð$!%ô6ðr‡�ñ óð óð"+/ôô@�w—~‘~ôð:16ôCòL?òDò.ñ4/¨tÓ4Ðð #�7—?‘?Ó$ÐÙ‹u€ ð€òò ò  òòò#ò ð  ÐØ"ÐØ.ÐØ&ÐØ2ÐØ€Ø€Ø*Ðð.÷(÷(÷(ñ(ð#€OØ%ÐØ1ÐØ)ÐØ5ÐØ€MØ€MØ-Ñøðiò Úð ûðTò Ùð ús$ÂF5Æ GÆ5F>Æ=F>ÇG ÇG