+ hj$^Rt^RIt^RIHt^RIHt^RIHtHtH t ^RI H t !RR4t R#)z& Implementation of an SSH2 "message". N)BytesIO)util) zero_bytemax_byteone_byte)uca]tRt^toRtRtR"RltRtRtRt Rt R t R t R t R tR tRtRtRtRtRtRtRtRtRtRtRtRtRtRtRtRtRt Rt!R t"R!t#Vt$R#)#Messageab An SSH2 message is a stream of bytes that encodes some combination of strings, integers, bools, and infinite-precision integers. This class builds or breaks down such a byte stream. Normally you don't need to deal with anything this low-level, but it's exposed for people implementing custom extensions, or features that paramiko doesn't support yet. l~Nc PVe\V4VnR#\4VnR#)z Create a new SSH2 message. :param bytes content: the byte stream to use as the message content (passed in only when decomposing a message). N)rpacket)selfcontents&&K/var/www/html/bestweb/venv/lib/python3.14/site-packages/paramiko/message.py__init__Message.__init__,s  !'*DK!)DKc"VP4#N)asbytesr s&r __bytes__Message.__bytes__9s||~rc dR\VPP44,R,#)z@ Returns a string representation of this object, for debugging. zparamiko.Message())reprr getvaluers&r__repr__Message.__repr__<s&#T$++*>*>*@%AACGGrc 6VPP4#)z? Return the byte stream content of this Message, as a `bytes`. )r rrs&rrMessage.asbytesCs{{##%%rc <VPP^4R#)zS Rewind the message to the beginning as if no items had been parsed out of it yet. N)r seekrs&rrewindMessage.rewindIs rc VPP4pVPP4pVPPV4V#)zS Return the `bytes` of this message that haven't already been parsed and returned. )r tellreadr!)r position remainders& r get_remainderMessage.get_remainderPs@ ;;##%KK$$&  "rc VPP4pVP4VPPV4#)z Returns the `bytes` of this message that have been parsed and returned. The string passed into a message's constructor can be regenerated by concatenating ``get_so_far`` and `get_remainder`. )r r%r"r&)r r's& r get_so_farMessage.get_so_farZs4 ;;##% {{))rc VPPV4pRp\V4Tu;8dV8d)MV#V\V\V4, ,,#V#)z Return the next ``n`` bytes of the message, without decomposing into an int, decoded string, etc. Just the raw bytes are returned. Returns a string of ``n`` zero bytes if there weren't ``n`` bytes remaining in the message. i)r r&lenr)r nb max_pad_sizes&& r get_bytesMessage.get_bytesdsR KK  Q  q6A $ $yAAJ// /rc $VP^4#)z Return the next byte of the message, without decomposing it. This is equivalent to `get_bytes(1) `. :return: the next (`bytes`) byte of the message, or ``b''`` if there aren't any bytes remaining. )r3rs&rget_byteMessage.get_byteqs~~a  rc 6VP^4pV\8g#)z" Fetch a boolean from the stream. )r3rr r1s& r get_booleanMessage.get_boolean|s NN1 I~rc VP^4pV\8Xd%\P!VP 44#WP^4, p\ P !RV4^,#)zB Fetch an int from the stream. :return: a 32-bit unsigned `int`. >I)r3rr inflate_long get_binarystructunpack)r bytes& rget_adaptive_intMessage.get_adaptive_intsY ~~a  8 $$T__%67 7 q!!}}T4(++rc \\P!RVP^44^,#)z Fetch an int from the stream. r=r@rAr3rs&rget_intMessage.get_ints#}}T4>>!#45a88rc \\P!RVP^44^,#)zR Fetch a 64-bit int from the stream. :return: a 64-bit unsigned integer (`int`). >QrFrs&r get_int64Message.get_int64s# }}T4>>!#45a88rc J\P!VP44#)zZ Fetch a long int (mpint) from the stream. :return: an arbitrary-length integer (`int`). )rr>r?rs&r get_mpintMessage.get_mpints   !233rc @VPVP44#)z Fetch a "string" from the stream. This will actually be a `bytes` object, and may contain unprintable characters. (It's not unheard of for a string to contain another byte-stream message.) r3rGrs&r get_stringMessage.get_strings ~~dlln--rc 4\VP44#)zz Fetch a Unicode string from the stream. This currently operates by attempting to encode the next "string" as ``utf-8``. )rrRrs&rget_textMessage.get_texts"##rc @VPVP44#)z0 Alias for `get_string` (obtains a bytestring). rQrs&rr?Message.get_binarys~~dlln--rc @VP4PR4#)zv Fetch a list of `strings ` from the stream. These are trivially encoded as comma-separated values in a string. ,)rUsplitrs&rget_listMessage.get_lists }}$$S))rc <VPPV4V#)zR Write bytes to the stream, without any formatting. :param bytes b: bytes to add r writer9s&&r add_bytesMessage.add_bytes ! rc <VPPV4V#)zY Write a single byte to the stream, without any formatting. :param bytes b: byte to add r_r9s&&radd_byteMessage.add_bytercrc V'd"VPP\4V#VPP\4V#)zI Add a boolean value to the stream. :param bool b: boolean value to add )r r`rrr9s&&r add_booleanMessage.add_booleans9 KK  h '  KK  i ( rc fVPP\P!RV44V#z= Add an integer to the stream. :param int n: integer to add r=r r`r@packr r0s&&radd_intMessage.add_int& &++dA./ rc V\P8dGVPP\4VP \ P!V44V#VPP\P!RV44V#rk) r big_intr r`r add_stringr deflate_longr@rmrns&&radd_adaptive_intMessage.add_adaptive_intsd   KK  h ' OOD--a0 1  KK  fkk$2 3 rc fVPP\P!RV44V#)z@ Add a 64-bit int to the stream. :param int n: long int to add rJrlrns&&r add_int64Message.add_int64rqrc PVP\P!V44V#)z Add a long int to the stream, encoded as an infinite-precision integer. This method only works on positive numbers. :param int z: long int to add )rtrru)r zs&&r add_mpintMessage.add_mpints  ))!,- rc \P!V4pVP\V44VPP V4V#)zC Add a bytestring to the stream. :param byte s: bytestring to add )rrror/r r`)r ss&&rrtMessage.add_strings8 LLO SV ! rc FVPRPV44V#)z Add a list of strings to the stream. They are encoded identically to a single string of values separated by commas. (Yes, really, that's how SSH2 does it.) :param l: list of strings to add rZ)rtjoin)r ls&&radd_listMessage.add_lists  $ rc\V4\JdVPV4#\V\4'dVP V4#\V4\ JdVPV4#VPV4#r) typeboolrh isinstanceintrvlistrrt)r is&&r_add Message._add'se 7d?##A& & 3  ((+ + !W_==# #??1% %rc :VFpVPV4K R#)z Add a sequence of items to the stream. The values are encoded based on their type: bytes, str, int, bool, or list. .. warning:: Longs are encoded non-deterministically. Don't use this method. :param seq: the sequence of items N)r)r seqitems&* radd Message.add3sD IIdOr)r r)%__name__ __module__ __qualname____firstlineno____doc__rsrrrrr"r)r,r3r6r:rCrGrKrNrRrUr?r\rarerhrorvryr}rtrrr__static_attributes____classdictcell__) __classdict__s@rr r sG $H& *  ! ,9 94.$. *    &  rr ) rr@iorparamikorparamiko.commonrrr paramiko.utilrr rrrs*&99__r