imSSKrSSKrSSKrSSKrSSKrSSKJr SSKJr SSKJr \R"S5r "SS\R5r g) N) base_client) exceptions)packetzsocketio.clientc\rSrSrSrSr0SSSSSSS4S jrS rS S jrS!S jr S"S jr Sr Sr Sr S#SjrSrSrSrSrSrSrSrSrSrSrSrSrSrSrg)$ AsyncClienta A Socket.IO client for asyncio. This class implements a fully compliant Socket.IO web client with support for websocket and long-polling transports. :param reconnection: ``True`` if the client should automatically attempt to reconnect to the server after an interruption, or ``False`` to not reconnect. The default is ``True``. :param reconnection_attempts: How many reconnection attempts to issue before giving up, or 0 for infinite attempts. The default is 0. :param reconnection_delay: How long to wait in seconds before the first reconnection attempt. Each successive attempt doubles this delay. :param reconnection_delay_max: The maximum delay between reconnection attempts. :param randomization_factor: Randomization amount for each delay between reconnection attempts. The default is 0.5, which means that each delay is randomly adjusted by +/- 50%. :param logger: To enable logging set to ``True`` or pass a logger object to use. To disable logging set to ``False``. The default is ``False``. Note that fatal errors are logged even when ``logger`` is ``False``. :param json: An alternative JSON module to use for encoding and decoding packets. Custom json modules must have ``dumps`` and ``loads`` functions that are compatible with the standard library versions. This is a process-wide setting, all instantiated servers and clients must use the same JSON module. :param handle_sigint: Set to ``True`` to automatically handle disconnection when the process is interrupted, or to ``False`` to leave interrupt handling to the calling application. Interrupt handling can only be enabled when the client instance is created in the main thread. The Engine.IO configuration supports the following settings: :param request_timeout: A timeout in seconds for requests. The default is 5 seconds. :param http_session: an initialized ``aiohttp.ClientSession`` object to be used when sending requests to the server. Use it if you need to add special client options such as proxy servers, SSL certificates, custom CA bundle, etc. :param ssl_verify: ``True`` to verify SSL certificates, or ``False`` to skip SSL certificate verification, allowing connections to servers with self signed certificates. The default is ``True``. :param websocket_extra_options: Dictionary containing additional keyword arguments passed to ``websocket.create_connection()``. :param engineio_logger: To enable Engine.IO logging set to ``True`` or pass a logger object to use. To disable logging set to ``False``. The default is ``False``. Note that fatal errors are logged even when ``engineio_logger`` is ``False``. cg)NTselfs R/home/admin/cozy_coffee/venv/lib/python3.13/site-packages/socketio/async_client.pyis_asyncio_basedAsyncClient.is_asyncio_basedHsNz socket.ioTrFc # UR(a[R"S5eXlX lX0lX@lXPlX`lUc[[URR55R[URR5555nSU;aURS5 [!U5S:XaS/nO[#U[$5(aU/nXPl0Ul/UlUR*c UR,R/5UlOUR*R15 UR3UR5IShvN n UR3UR5IShvN n UR,R5XUUS9IShvN U(Ga[@RB"UR*RE5U5IShvN UR*R15 [!UR&5[!UR(5-[!UR5:XaOM[UR&5[UR5:waJURI5IShvN [R"S S RKUR(5-5eS UlgGNjGNJGN)![6RRan URHTn UR9SU [!U R:5S:aU R:SOU R:S5IShvN MV U (a8UR=5IShvN UR,R>S :XaSn A g[R"U R:S5U eSn A ff=fGN![@RFa GNf=fGNS7f) a& Connect to a Socket.IO server. :param url: The URL of the Socket.IO server. It can include custom query string parameters if required by the server. If a function is provided, the client will invoke it to obtain the URL each time a connection or reconnection is attempted. :param headers: A dictionary with custom headers to send with the connection request. If a function is provided, the client will invoke it to obtain the headers dictionary each time a connection or reconnection is attempted. :param auth: Authentication data passed to the server with the connection request, normally a dictionary with one or more string key/value pairs. If a function is provided, the client will invoke it to obtain the authentication data each time a connection or reconnection is attempted. :param transports: The list of allowed transports. Valid transports are ``'polling'`` and ``'websocket'``. If not given, the polling transport is connected first, then an upgrade to websocket is attempted. :param namespaces: The namespaces to connect as a string or list of strings. If not given, the namespaces that have registered event handlers are connected. :param socketio_path: The endpoint where the Socket.IO server is installed. The default value is appropriate for most cases. :param wait: if set to ``True`` (the default) the call only returns when all the namespaces are connected. If set to ``False``, the call returns as soon as the Engine.IO transport is connected, and the namespaces will connect in the background. :param wait_timeout: How long the client should wait for the connection. The default is 1 second. This argument is only considered when ``wait`` is set to ``True``. :param retry: Apply the reconnection logic if the initial connection attempt fails. The default is ``False``. Note: this method is a coroutine. Example usage:: sio = socketio.AsyncClient() await sio.connect('http://localhost:5000') zAlready connectedN*r/)headers transports engineio_path connect_errorr connectedTz*One or more namespaces failed to connect: z, )&rrConnectionErrorconnection_urlconnection_headersconnection_authconnection_transportsconnection_namespaces socketio_pathlistsethandlerskeysunionnamespace_handlersremovelen isinstancestr namespacesfailed_namespaces_connect_eventeio create_eventclear_get_real_valueconnectengineio_trigger_eventargs_handle_reconnectstateasynciowait_forwait TimeoutError disconnectjoin)r urlrauthrr+r r: wait_timeoutretryreal_url real_headersexcns rr2AsyncClient.connectKsH` >>,,-@A A!")#%/"%/"*  c$--"4"4"67==D++002356Jj !!#&:!#!U  C ( ($J%/"!#    &"&(("7"7"9D     % % '--d.A.ABB!11$2I2IJJ  C((""8.81>#@ @ @  !**4+>+>+C+C+E+7999''--/4??+c$2H2H.II : :;< 4??#s4+E+E'FFoo''' 00@ii 6 67899ECJ @""22 C//))#Q#&sxx=1#4CHHQK#((1+GGG0,,...88>>[0,,SXXa[9s B C9 ''  (sE&O)(K)"O) K O)K/K0K4O)=3O 0O1A O O)O ?O)O&?O)O)KO9AOM#O7M:8OO)$OOO)O O#O)"O##O)cL# URR5IShvN URS5IShvN UR(dURRS:XaMigURIShvN URRS:wagMN|NeN%7f)zWait until the connection with the server ends. Client applications can use this function to block the main thread during the life of the connection. Note: this method is a coroutine. Nrr)r.r:sleep_reconnect_taskr7r s rr:AsyncClient.waits((--/ ! !**Q-  ''88>>[0&& & &xx~~, !  's2B$BB$B AB$<B"="B$ B$"B$c # U=(d SnX0R;a[R"US-5eURR SX5 UbUR X45nOSn[ U[5(a [U5nO UbU/nO/nURUR[RX1/U-US95IShvN gN7f)aEmit a custom event to the server. :param event: The event name. It can be any string. The event names ``'connect'``, ``'message'`` and ``'disconnect'`` are reserved and should not be used. :param data: The data to send to the server. Data can be of type ``str``, ``bytes``, ``list`` or ``dict``. To send multiple arguments, use a tuple where each element is of one of the types indicated above. :param namespace: The Socket.IO namespace for the event. If this argument is omitted the event is emitted to the default namespace. :param callback: If given, this function will be called to acknowledge the server has received the message. The arguments that will be passed to the function are those provided by the server. Note: this method is not designed to be used concurrently. If multiple tasks are emitting at the same time on the same client connection, then messages composed of multiple packets may end up being sent in an incorrect sequence. Use standard concurrency solutions (such as a Lock object) to prevent this situation. Note 2: this method is a coroutine. rz is not a connected namespace.zEmitting event "%s" [%s]N) namespacedataid) r+rBadNamespaceErrorloggerinfo_generate_ack_idr)tupler! _send_packet packet_classrEVENT)r eventrMrLcallbackrNs remitAsyncClient.emits4$ OO +..<<> > 3UF  &&y;BB dE " ":D  6DD 1 1 LLIGdNr!2!KL L LsCCC CcB# URSXUS9IShvN gN7f)a;Send a message to the server. This function emits an event with the name ``'message'``. Use :func:`emit` to issue custom event names. :param data: The data to send to the server. Data can be of type ``str``, ``bytes``, ``list`` or ``dict``. To send multiple arguments, use a tuple where each element is of one of the types indicated above. :param namespace: The Socket.IO namespace for the event. If this argument is omitted the event is emitted to the default namespace. :param callback: If given, this function will be called to acknowledge the server has received the message. The arguments that will be passed to the function are those provided by the server. Note: this method is a coroutine. messagerMrLrXN)rY)r rMrLrXs rsendAsyncClient.sends)(ii !)+ + +s c^^# URR5m/mUU4SjnURXUUS9IShvN [R"TR 5U5IShvN [TS5S:aTS$[TS5S:XaTSS$S$NeN9![R a [R "5Sef=f7f)aEmit a custom event to the server and wait for the response. This method issues an emit with a callback and waits for the callback to be invoked before returning. If the callback isn't invoked before the timeout, then a ``TimeoutError`` exception is raised. If the Socket.IO connection drops during the wait, this method still waits until the specified timeout. :param event: The event name. It can be any string. The event names ``'connect'``, ``'message'`` and ``'disconnect'`` are reserved and should not be used. :param data: The data to send to the server. Data can be of type ``str``, ``bytes``, ``list`` or ``dict``. To send multiple arguments, use a tuple where each element is of one of the types indicated above. :param namespace: The Socket.IO namespace for the event. If this argument is omitted the event is emitted to the default namespace. :param timeout: The waiting timeout. If the timeout is reached before the server acknowledges the event, then a ``TimeoutError`` exception is raised. Note: this method is not designed to be used concurrently. If multiple tasks are emitting at the same time on the same client connection, then messages composed of multiple packets may end up being sent in an incorrect sequence. Use standard concurrency solutions (such as a Lock object) to prevent this situation. Note 2: this method is a coroutine. cH>TRU5 TR5 gN)appendr")r5 callback_argscallback_events revent_callback(AsyncClient.call..event_callback4s   &    rr]Nrr) r.r/rYr8r9r:r;rr()r rWrMrLtimeoutrfrdres @@rcallAsyncClient.calls>..0  !iiI!/1 1 1 6"">#6#6#8'B B B$'}Q'7#81#<}Q (+M!,<(=(Bq!!$    1 C## 6))+ 5 6s98CB"C(B&*B$+B&/4C$B&&+CCc# URH8nURUR[RUS95IShvN M: UR R 5IShvN gN+N7f)z?Disconnect from the server. Note: this method is a coroutine. rLN)r+rTrUr DISCONNECTr.r<)r rEs rr<AsyncClient.disconnectBsjA##D$5$5f6G6G./%6%12 2 2!hh!!### 2#s$AA2A.%A2(A0)A20A2c# UR(aUR5IShvN gUR(a/URR 5 URIShvN ggNFN7f)aStop the client. If the client is connected to a server, it is disconnected. If the client is attempting to reconnect to server, the reconnection attempts are stopped. If the client is not connected to a server and is not attempting to reconnect, then this function does nothing. N)rr<rI_reconnect_abortr"r s rshutdownAsyncClient.shutdownNsW >>//# # #  ! !  ! ! % % '&& & &" $ 's!%A2A.?A2'A0(A20A2cBURR"U/UQ70UD6$)aStart a background task using the appropriate async model. This is a utility function that applications can use to start a background task using the method that is compatible with the selected async mode. :param target: the target function to execute. :param args: arguments to pass to the function. :param kwargs: keyword arguments to pass to the function. The return value is a ``asyncio.Task`` object. )r.start_background_task)r targetr5kwargss rrt!AsyncClient.start_background_task\s#xx--fFtFvFFrcT# URRU5IShvN $N7f)a Sleep for the requested amount of time using the appropriate async model. This is a utility function that applications can use to put a task to sleep without having to worry about using the correct call for the selected async mode. Note: this method is a coroutine. N)r.rH)r secondss rrHAsyncClient.sleepks XX^^G,,,,s (&(c# [U5(dU$[R"U5(aU"5IShvN $U"5$N 7f)zLReturn the actual value, for parameters that can also be given as callables.N)callableinspectiscoroutinefunction)r values rr1AsyncClient._get_real_valuews<L  & &u - -= w!s8AA Ac# UR5n[U[5(a-UH&nURR U5IShvN M( gURR U5IShvN gN-N7f)z&Send a Socket.IO packet to the server.N)encoder)r!r.r^)r pktencoded_packeteps rrTAsyncClient._send_packets] nd + +$hhmmB'''%((--/ / /( /s$A A= A9 'A=3A;4A=;A=cL# U=(d SnXR;aURRSUS35 U=(d 0RSUR5URU'UR SUS9IShvN UR R5 ggN 7f)Nrz Namespace z is connectedsidr2rl)r+rPrQgetrr4r-r"r rLrMs r_handle_connectAsyncClient._handle_connects$ OO + KK  z)MB C*.*")9)9%)JDOOI &%%i9%E E E    # # % , FsA?B$B"!B$c# UR(dgU=(d SnURSUURR5IShvN URSU5IShvN XR;a URU UR(d*SUlUR R 5IShvN ggNvN^N 7f)Nrr<__disconnect_finalF)rr4reasonSERVER_DISCONNECTr+r.r<)r rLs r_handle_disconnectAsyncClient._handle_disconnects~~ $ !!, "&++"?"?A A A!!"6 BBB  ' *"DN((%%' ' '  AB (s7AC C C$C%AC:C;CCCc v# U=(d SnURRSUSU5 UR"USU/USSQ76IShvN nUbaUc/nO$[U[5(a [ U5nOU/nUR UR[RXUS95IShvN ggNiN7f)NrzReceived event "%s" [%s]rr)rLrNrM) rPrQr4r)rSr!rTrUrACK)r rLrNrMrs r _handle_eventAsyncClient._handle_events$  3T!WiH%%d1gyD48D D >yAu%%Aws##D$5$5 iT%6%CD D D  E Ds%A B9 B5 A"B9.B7/B97B9cb# U=(d SnURRSU5 SnURUUnURUU Ub/[ R "U5(aU"U6IShvN gU"U6 gg![a URR S5 NZf=fN77f)NrzReceived ack [%s]z$Unknown callback received, ignoring.)rPrQ callbacksKeyErrorwarningr}r~)r rLrNrMrXs r _handle_ackAsyncClient._handle_acks$  ,i8 .~~i04H y)"-  **844o%%$  H KK   F G H&s3*B/B6B/5B-6 B/%B*'B/)B**B/c# U=(d SnURRSRU55 Uc [5nO[ U[[ 45(dU4nUR "SU/UQ76IShvN URRU5 URR5 XR;a URU US:Xa0Ul SUl ggNk7f)Nrz'Connection to namespace {} was rejectedrF) rPrQformatrSr)r!r4r,rcr-r"r+rrs r _handle_errorAsyncClient._handle_errors$  BII   <7DD5$-007D!!/9DtDDD %%i0 !  ' *   DO"DN  EsA9C);C'(aXXR>:aIURRS 5 UR&HnUR)SUS 9IShvN M MGMg7f) NrTrz1Connection failed, new attempt in {:.02f} secondsFzReconnect task abortedrrl)rr?rr+r rAzReconnection successfulz0Maximum reconnection attempts reached, giving up)!rpr.r/r0rreconnecting_clientsrcreconnection_delayreconnection_delay_maxrandomization_factorrandomrPrQrr8r9r:r;rrr4r2rrrrr rIrr ValueErrorreconnection_attemptsr')r attempt_count current_delaydelayabortrEs rr6AsyncClient._handle_reconnects  ($(HH$9$9$;D ! ##%((//5 // !E Q M22233 ..!fmmo2E2IJ JE KK  CJJ E &&t'<'<'A'A'CUKKK    !9:33A--.B89.;;;4 Q M ll4#6#6+/+B+B(,(<(<.2.H.H.2.H.H151C1C). #000   !:;'+$ ((//5GL'' ))   ; 0.. ;   ))!%?%??   FH33A--.B89.;;;4[sC-K02H"H#H)AK-I.K=AIIIAKHI /K2I K I  KII/,K.I//A KKKc h# URRS5 URRUlUR UR 5IShvN =(d 0nUR H8nURUR[RXS95IShvN M: gNVN 7f)z&Handle the Engine.IO connection event.z Engine.IO connection establishedN)rMrL) rPrQr.rr1rrrTrUrCONNECT)r real_authrEs r_handle_eio_connectAsyncClient._handle_eio_connect*s ;<88<<..t/C/CDDJ ++A##D$5$5Y%6%=> > >,E >s%AB2B.A B2$B0% B20B2c# UR(aURnURU5(aSUlUR[R:Xa:UR UR URUR5IShvN gURUR URUR5IShvN ggURUS9nUR[R:Xa/URUR UR5IShvN gUR[R:Xa$URUR 5IShvN gUR[R:Xa:UR UR URUR5IShvN gUR[R :Xa:URUR URUR5IShvN gUR[R:XdUR[R":XaX lgUR[R$:Xa/UR'UR UR5IShvN g[)S5eGN*GNGNGNZGNNN!7f)zDispatch Engine.IO messages.N)rzUnknown packet type.)_binary_packetadd_attachment packet_typer BINARY_EVENTrrLrNrMrrUrrrmrrVr BINARY_ACK CONNECT_ERRORrr)r rMrs r_handle_eio_messageAsyncClient._handle_eio_message3s   %%C!!$''&*#??f&9&99,,S]]CFFCHHMMM**3==#&&#((KKK (##4#8C&..0**3==#((CCCF$5$55--cmm<<<FLL0((IIIFJJ.&&s}}cffchhGGGF$7$77OOv'8'88&)#F$8$88((AAA !788'NKD<IG BsB K J99K  J< AK &J?'AK (K)AK KAK KBK (K )K <K ?K K K K  K c# URRS5 UR=(a URRS:HnUR (a^UR H@nURSX15IShvN U(aM&URSU5IShvN MB 0UlSUl0UlSUl SUl U(a3UR(d!URUR5Ul gggNNh7f)z)Handle the Engine.IO disconnection event.zEngine.IO connection droppedrr<NrF)rPrQ reconnectionr.r7rr+r4rrrrIrtr6)r rwill_reconnectrEs r_handle_eio_disconnect"AsyncClient._handle_eio_disconnectOs 78**Ltxx~~/L >>__)),BBB%~--.BAFFF%!DO"DN" $"6"6#'#=#=&&$(D #7>CFs+A=D ?D  D  D "D #A'D  D c"[R$rb)r3rr s r_engineio_client_class"AsyncClient._engineio_client_classas###r)rr-rprIrrrrrrrr,r+rr )NNN)NN)NN<)r)__name__ __module__ __qualname____firstlineno____doc__rr2r:rYr^rir<rqrtrHr1rTrrrrrr4r6rrrr__static_attributes__r rrrrs7p*,$4!%[t#$El\(,L\+..` $ ' G -0& (D  "#"!=F56n>98($$rr) r8r}loggingrr3rrr getLoggerdefault_logger BaseClientrr rrrsB ""#45S $+((S $r