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2025-12-23 7e5db3a16b423ec4a43459805e277979bcac7db5
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Ë
 
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)-Ú MultiDBClientzx
    Client that operates on multiple logical Redis databases.
    Should be used in Active-Active database setups.
    Úconfigc
ó‚—|j«|_|j«|_|j%|jj |j«|j |_|jj|j|j«|_ |j«|_|j%|jj |j«|j €|j#«n |j |_|j$j'|j«|j(|_|j,|_|j0|_|j2j5t6g«t9|j|j|j2|j$|j:|j<|j.|j*¬«|_d|_ tCjD«|_#tI«|_%||_&d|_'g|_(d|_)y)N)Úfailure_detectorsÚ    databasesÚ command_retryÚfailover_strategyÚfailover_attemptsÚfailover_delayÚevent_dispatcherÚauto_fallback_intervalF)*r#Ú
_databasesÚdefault_health_checksÚ_health_checksÚ health_checksÚextendÚhealth_check_intervalÚ_health_check_intervalÚhealth_check_policyÚvalueÚhealth_check_probesÚhealth_check_delayÚ_health_check_policyÚdefault_failure_detectorsÚ_failure_detectorsr"r%Údefault_failover_strategyÚ_failover_strategyÚ set_databasesr)Ú_auto_fallback_intervalr(Ú_event_dispatcherr$Ú_command_retryÚupdate_supported_errorsÚConnectionRefusedErrorr r&r'Úcommand_executorÚ initializedÚasyncioÚLockÚ_hc_lockrÚ _bg_schedulerÚ_configÚ_recurring_hc_taskÚ    _hc_tasksÚ_half_open_state_task)Úselfr s  õoH:\项目\archive\测试组\脚本\Change_password\venv_build\Lib\site-packages\redis/asyncio/multidb/client.pyÚ__init__zMultiDBClient.__init__sրؠ×*Ñ*Ó,ˆŒØ$×:Ñ:Ó<ˆÔà × Ñ Ð +Ø × Ñ × &Ñ & v×';Ñ';Ô <à&,×&BÑ&BˆÔ#Ø7=×7QÑ7Q×7WÑ7WØ × &Ñ &¨×(AÑ(Aó8
ˆÔ!ð#)×"BÑ"BÓ"DˆÔà × #Ñ #Ð /Ø × #Ñ #× *Ñ *¨6×+CÑ+CÔ Dð×'Ñ'Ð/ð × ,Ñ ,Ô .à×)Ñ)ð     Ôð
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ˆÔð!ˆÔÜŸ ™ ›ˆŒ Ü0Ó2ˆÔ؈Œ Ø"&ˆÔ؈ŒØ%)ˆÕ"óÚreturncƒóZK—|js|j«ƒd{–—†|S7Œ­w©N)rAÚ
initialize©rJs rKÚ
__aenter__zMultiDBClient.__aenter__Is)èø€Ø×ÒØ—/‘/Ó#× #Ð #؈ ð $ús ‚ +¢)£+cƒóæK—|jr|jj«|jr|jj«|jD]}|j«Œy­wrP)rGÚcancelrIrH)rJÚexc_typeÚ    exc_valueÚ    tracebackÚhc_tasks     rKÚ    __aexit__zMultiDBClient.__aexit__NsYèø€Ø × "Ò "Ø × #Ñ #× *Ñ *Ô ,Ø × %Ò %Ø × &Ñ &× -Ñ -Ô /Ø—~‘~ò    ˆGØ N‰NÕ ñ    ùs‚A/A1cƒóK—d„}|j|¬«ƒd{–—†tj|jj    |j
|j««|_d}|jD]z\}}|jj|j«|jjtjk(sŒS|rŒV|jj|«ƒd{–—†d}Œ||s t!d«‚d|_y7Œì7Œ­w)zT
        Perform initialization of databases to define their initial state.
        c“óK—|‚­wrP©)Úerrors rKÚraise_exception_on_failed_hcz>MultiDBClient.initialize.<locals>.raise_exception_on_failed_hc[s èø€ØˆKùó‚)Úon_errorNFTz4Initial connection failed - no active database found)Ú_check_databases_healthrBÚ create_taskrEÚrun_recurring_asyncr0rGr*ÚcircuitÚon_state_changedÚ!_on_circuit_state_change_callbackÚstateÚCBStateÚCLOSEDr@Úset_active_databaserrA)rJr_Úis_active_db_foundÚdatabaseÚweights     rKrQzMultiDBClient.initializeVsèø€ò
    ð×*Ñ*Ð4PÐ*ÓQ×QÐQô#*×"5Ñ"5Ø × Ñ × 2Ñ 2Ø×+Ñ+Ø×,Ñ,ó ó#
ˆÔð#Ðà $§¡ò    *Ñ ˆHfà × Ñ × -Ñ -¨d×.TÑ.TÔ Uð×Ñ×%Ñ%¬¯©Ó7Ò@RØ×+Ñ+×?Ñ?ÀÓI×IÐIØ%)Ñ"ð    *ñ"Ü*ØFóð ð ˆÕð5    Røð$Jús.‚D ›DœB,D à   D à D Ã*D
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        Returns a sorted (by weight) list of all databases.
        )r*rRs rKÚ get_databaseszMultiDBClient.get_databases{s€ð‰ÐrMrmNcƒóŠK—d}|jD]\}}||k(sŒ d}n|s td«‚|j|«ƒd{–—†|jjt
j k(rE|jjd«d\}}|jj|«ƒd{–—†ytd«‚7Œ{7Œ­w)zL
        Promote one of the existing databases to become an active.
        NTú/Given database is not a member of database listérz1Cannot set active database, database is unhealthy) r*Ú
ValueErrorÚ_check_db_healthrerhrirjÚ    get_top_nr@rkr)rJrmÚexistsÚ existing_dbÚ_Úhighest_weighted_dbs      rKrkz!MultiDBClient.set_active_databasesÉèø€ðˆà"Ÿo™oò    ‰NˆK˜Ø˜hÓ&ؐÙð    ñ
ÜÐNÓOÐ Oà×#Ñ# HÓ-×-Ð-à × Ñ × !Ñ !¤W§^¡^Ò 3Ø%)§_¡_×%>Ñ%>¸qÓ%AÀ!Ñ%DÑ "Ð  Ø×'Ñ'×;Ñ;¸HÓE× EÐ EØ ä&Ø ?ó
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«|j ||«ƒd{–—†y7Œf7Œ­w)z;
        Adds a new database to the database list.
        zGiven database already existsNrsr)r*rtrurvÚaddrnÚ_change_active_database)rJrmrxryrzÚhighest_weights      rKÚ add_databasezMultiDBClient.add_databasešs¥èø€ð#Ÿo™oò    B‰NˆK˜Ø˜hÓ&Ü Ð!@ÓAÐAð    Bð×#Ñ# HÓ-×-Ð-à.2¯o©o×.GÑ.GÈÓ.JÈ1Ñ.MÑ+И^Ø ‰×јH h§o¡oÔ6Ø×*Ñ*¨8Ð5HÓI×IÑIð        .øð    Jús'‚B&› B&»B"¼A B&ÂB$ÂB&Â$B&Ú new_databaseÚhighest_weight_databasecƒóÚK—|j|jkDrL|jjtjk(r$|j
j |«ƒd{–—†yyy7Œ­wrP)rnrerhrirjr@rk)rJr€rs   rKr}z%MultiDBClient._change_active_database¨s`èø€ð × Ñ Ð"9×"@Ñ"@Ò @Ø×$Ñ$×*Ñ*¬g¯n©nÒ<à×'Ñ'×;Ñ;¸LÓI× IÑ Ið=ð Að Jús‚AA+Á!A)Á"A+cƒó*K—|jj|«}|jjd«d\}}||krL|jjt
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        Removes a database from the database list.
        rsrN)    r*Úremovervrerhrirjr@rk)rJrmrnrzr~s     rKÚremove_databasezMultiDBClient.remove_database±s‰èø€ð—‘×'Ñ'¨Ó1ˆØ.2¯o©o×.GÑ.GÈÓ.JÈ1Ñ.MÑ+И^ð ˜fÒ $Ø#×+Ñ+×1Ñ1´W·^±^ÒCà×'Ñ'×;Ñ;Ð<OÓP× PÑ PðDð %ð Qús‚BB    BÂ
Brncƒó$K—d}|jD]\}}||k(sŒ d}n|s td«‚|jjd«d\}}|jj||«||_|j ||«ƒd{–—†y7Œ­w)z<
        Updates a database from the database list.
        NTrrrsr)r*rtrvÚ update_weightrnr})rJrmrnrwrxryrzr~s        rKÚupdate_database_weightz$MultiDBClient.update_database_weight¾s–èø€ðˆà"Ÿo™oò    ‰NˆK˜Ø˜hÓ&ؐÙð    ñ
ÜÐNÓOÐ Oà.2¯o©o×.GÑ.GÈÓ.JÈ1Ñ.MÑ+И^Ø ‰×%Ñ% h°Ô7Ø ˆŒØ×*Ñ*¨8Ð5HÓI×IÒIús‚BA+BÂB    BÚfailure_detectorcó:—|jj|«y)z>
        Adds a new failure detector to the database.
        N)r7Úappend)rJr‰s  rKÚadd_failure_detectorz"MultiDBClient.add_failure_detectorÑs€ð     ×Ñ×&Ñ&Ð'7Õ8rMÚ healthcheckcƒó¾K—|j4ƒd{–—†|jj|«ddd«ƒd{–—†y7Œ07Œ#1ƒd{–—†7swYyxYw­w)z:
        Adds a new health check to the database.
        N)rDr,r‹)rJrs  rKÚadd_health_checkzMultiDBClient.add_health_check×sRèø€ð—=‘=÷    4ñ    4Ø × Ñ × &Ñ & {Ô 3÷    4÷    4ñ    4øð    4ø÷    4÷    4ñ    4üsA‚A“A”A—A³ A¾A¿AÁAÁAÁA ÁAÁAcó¢K—|js|j«ƒd{–—†|jj|i|¤Žƒd{–—†S7Œ(7Œ­w)zB
        Executes a single command and return its result.
        N)rArQr@Úexecute_command©rJÚargsÚoptionss   rKr‘zMultiDBClient.execute_commandÞsKèø€ð×ÒØ—/‘/Ó#× #Ð #à:T×*Ñ*×:Ñ:¸DÐLÀGÑL×LÐLð $øàLús!‚ A¢A £#AÁA ÁAÁ Acó—t|«S)z:
        Enters into pipeline mode of the client.
        )ÚPipelinerRs rKÚpipelinezMultiDBClient.pipelineçs€ô˜‹~ÐrMF©Ú
shard_hintÚvalue_from_callableÚ watch_delayÚfuncr–Úwatchesr™ršr›c‡ó®K—|js|j«ƒd{–—†|jj|g|¢­|||dœŽƒd{–—†S7Œ.7Œ­w)z3
        Executes callable as transaction.
        Nr˜)rArQr@Úexecute_transaction)rJrœr™ršr›rs      rKÚ transactionzMultiDBClient.transactionísgèø€ð×ÒØ—/‘/Ó#× #Ð #à>T×*Ñ*×>Ñ>Ø ð
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        Return a Publish/Subscribe object. With this object, you can
        subscribe to channels and listen for messages that get published to
        them.
        N)rArQÚPubSub)rJÚkwargss  rKÚpubsubzMultiDBClient.pubsubs6èø€ð ×ÒØ—/‘/Ó#× #Ð #ädÑ%˜fÑ%Ð%ð $ús ‚ 5¢3£5rac    ƒó€K—    |jDcgc])\}}tj|j|««‘Œ+c}}|_tj
tj |jddiŽ|j¬«ƒd{–—†}|D]t}t|t«sŒ|j}tj|j_t j#d|j$¬«|sŒc||j$«Œvycc}}w7Œ„#tj$rtjd«‚wxYw­w)zk
        Runs health checks as a recurring task.
        Runs health checks against all databases.
        Úreturn_exceptionsT)ÚtimeoutNz4Health check execution exceeds health_check_intervalz%Health check failed, due to exception)Úexc_info)r*rBrcrurHÚwait_forÚgatherr0Ú TimeoutErrorÚ
isinstancerrmriÚOPENrerhÚloggerÚ    exceptionÚoriginal_exception)rJrarmryÚresultsÚresultÚ unhealthy_dbs       rKrbz%MultiDBClient._check_databases_healths!èø€ð    ð$(§?¡?÷áH˜aô×#Ñ# D×$9Ñ$9¸(Ó$CÕDóˆDŒNô$×,Ñ,Ü—‘Ø—^‘^ðà&*ñð×3Ñ3ô ÷ˆGðò     8ˆFܘ&Ô"<Õ=Ø%Ÿ™ Ü-4¯\©\ ×$Ñ$Ô*ä× Ñ Ø;Ø#×6Ñ6ð!ôò
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        Runs health checks on the given database until first failure.
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    Pipeline implementation for multiple logical Redis databases.
    rÁcó —g|_||_yrP)Ú_command_stackÚ_client)rJrÁs  rKrLzPipeline.__init__bs€Ø ˆÔ؈ rMrNcƒóK—|S­wrPr]rRs rKrSzPipeline.__aenter__fó èø€Øˆ ùr`cƒóŽK—|j«ƒd{–—†|jj|||«ƒd{–—†y7Œ*7Œ­wrP)ÚresetrÏrZ©rJrVrWrXs    rKrZzPipeline.__aexit__is:èø€Øj‰j‹l×ÐØl‰l×$Ñ$ X¨y¸)ÓD×DÑDð    øØDús‚A–A—$A»A¼AÁAcó>—|j«j«SrP)Ú _async_selfÚ    __await__rRs rKr×zPipeline.__await__ms€Ø×ÑÓ!×+Ñ+Ó-Ð-rMcƒóK—|S­wrPr]rRs rKrÖzPipeline._async_selfprÑr`có,—t|j«SrP)ÚlenrÎrRs rKÚ__len__zPipeline.__len__ss€Ü4×&Ñ&Ó'Ð'rMcó—y)z1Pipeline instances should always evaluate to TrueTr]rRs rKÚ__bool__zPipeline.__bool__vs€àrMNcƒóK—g|_y­wrP)rÎrRs rKrÓzPipeline.resetzsèø€Ø ˆÕùs‚     cƒó@K—|j«ƒd{–—†y7Œ­w)zClose the pipelineN)rÓrRs rKrÂzPipeline.aclose}sèø€àj‰j‹l×Òúó ‚–—có@—|jj||f«|S)ar
        Stage a command to be executed when execute() is next called
 
        Returns the current Pipeline object back so commands can be
        chained together, such as:
 
        pipe = pipe.set('foo', 'bar').incr('baz').decr('bang')
 
        At some other point, you can then run: pipe.execute(),
        which will execute all commands queued in the pipe.
        )rÎr‹r’s   rKÚpipeline_execute_commandz!Pipeline.pipeline_execute_commands!€ð     ×Ñ×"Ñ" D¨' ?Ô3؈ rMcó&—|j|i|¤ŽS)zAdds a command to the stack)râ©rJr“r£s   rKr‘zPipeline.execute_commands€à,ˆt×,Ñ,¨dÐ=°fÑ=Ð=rMcƒótK—|jjs"|jj«ƒd{–—†    |jjj    t |j ««ƒd{–—†|j«ƒd{–—†S7Œ]7Œ7Œ    #|j«ƒd{–—†7wxYw­w)z0Execute all the commands in the current pipelineN)rÏrArQr@Úexecute_pipelineÚtuplerÎrÓrRs rKrµzPipeline.execute”sŠèø€à|‰|×'Ò'Ø—,‘,×)Ñ)Ó+× +Ð +ð    ØŸ™×6Ñ6×GÑGܐd×)Ñ)Ó*ó÷ð—*‘*“,× Ñ ð ,øðøð ù$—*‘*“,× Ò üsV‚4B8¶B·B8¼;BÁ7BÁ8BÁ;B8ÂBÂB8ÂBÂB8ÂB5Â.B1Â/B5Â5B8)rJr–rNr–©rNN)rNr–)rÃrÄrÅrÆrrLrSrZr×rÖÚintrÛrÉrÝrÓrÂrâr‘rrrµr]rMrKr–r–]sd„ñð˜}óóòEò.òð(˜ó(ð˜$óó!óó ò>ð
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    PubSub object for multi database client.
    rÁc ó^—||_|jjjdi|¤Žy)zýInitialize the PubSub object for a multi-database client.
 
        Args:
            client: MultiDBClient instance to use for pub/sub operations
            **kwargs: Additional keyword arguments to pass to the underlying pubsub implementation
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        Subscribe to channel patterns. Patterns supplied as keyword arguments
        expect a pattern name as the key and a callable as the value. A
        pattern's callable will be invoked automatically when a message is
        received on that pattern rather than producing a message via
        ``listen()``.
        Ú
psubscribeNrïräs   rKrøzPubSub.psubscribeÃsEèø€ðIT—\‘\×2Ñ2×HÑHØ ð
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        Unsubscribe from the supplied patterns. If empty, unsubscribe from
        all patterns.
        Ú punsubscribeNrïrõs  rKrûzPubSub.punsubscribeÏs=èø€ð
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        Subscribe to channels. Channels supplied as keyword arguments expect
        a channel name as the key and a callable as the value. A channel's
        callable will be invoked automatically when a message is received on
        that channel rather than producing a message via ``listen()`` or
        ``get_message()``.
        Ú    subscribeNrïräs   rKrýzPubSub.subscribeØsEèø€ðIT—\‘\×2Ñ2×HÑHØ ð
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        Unsubscribe from the supplied channels. If empty, unsubscribe from
        all channels
        Ú unsubscribeNrïrõs  rKrÿzPubSub.unsubscribeäs=èø€ð
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úröÚignore_subscribe_messagesr§cƒónK—|jjjd||¬«ƒd{–—†S7Œ­w)a
        Get the next message if one is available, otherwise None.
 
        If timeout is specified, the system will wait for `timeout` seconds
        before returning. Timeout should be specified as a floating point
        number or None to wait indefinitely.
        Ú get_message)rr§Nrï)rJrr§s   rKrzPubSub.get_messageís>èø€ð—\‘\×2Ñ2×HÑHØ Ø&?ØðIó
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        This is the equivalent of :py:meth:`redis.PubSub.run_in_thread` in
        redis-py, but it is a coroutine. To launch it as a separate task, use
        ``asyncio.create_task``:
 
            >>> task = asyncio.create_task(pubsub.run())
 
        To shut it down, use asyncio cancellation:
 
            >>> task.cancel()
            >>> await task
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