+ i(UvRt^RIt^RIt]P!]4t^RIHtHtH t H t ^RI H t ^RI HtHtHtHt^RIHuHtRR.tRtRtRtRtRRlt]!R 4t]!R 4t]!R 4t!R R ]P>]P@]PB]PD4t#!RR]#4t$!RR]#4t%R#)z9passlib.handlers.sha2_crypt - SHA256-Crypt / SHA512-CryptN) safe_crypt test_crypt repeat_string to_unicode)h64)byte_elem_valueu uascii_to_strunicode sha512_crypt sha256_cryptc\V\4'dVPR4p\V\4'gQh\V9d6\ P PV'd \4h\4h\V4pRTu;8:dR8:gQR4hQR4h\V\4'gQR4hVPR4p\V4pV^8gQR4hV'd\Pp\pM\Pp\pV!W,V,4P!4pV!W,4p V P"p V !\%W44Tp V 'd%T !V ^,'dTMT4V ^,p K,V P!4p V^`8d(\%V!W,4P!4V4p MRV!V4pVP"pV^, p V 'dV!V4V ^,p K\%VP!4V4p \V 4V8XgQhV!V^\'V ^,4,,4P!4RVp\V4V8XgQR 4hW,pV V,pV VVVV ,VV ,VV,.p\(UUu.uFwppVV,VV,3NK pppT p\+V^*4wppV'dPVF>wppV!VV!VV,4P!4,4P!4pK@ V^,pKWV'dV^, pVRVF>wppV!VV!VV,4P!4,4P!4pK@ V^,'d,V!VVV,^,,4P!4p\,P.!VV4P1R4#uuppi) aperform raw sha256-crypt / sha512-crypt this function provides a pure-python implementation of the internals for the SHA256-Crypt and SHA512-Crypt algorithms; it doesn't handle any of the parsing/validation of the hash strings themselves. :arg pwd: password chars/bytes to hash :arg salt: salt chars to use :arg rounds: linear rounds cost :arg use_512: use sha512-crypt instead of sha256-crypt mode :returns: encoded checksum chars zutf-8ɚ;zinvalid roundszsalt not unicodeasciizsalt too largeNzsalt_len somehow > hash_len!) isinstancer encodebytes_BNULLuhexcNullPasswordErrorr r lenhashlibsha512_512_transpose_mapsha256_256_transpose_mapdigestupdaterr_c_digest_offsetsdivmodrencode_transposed_bytesdecode)pwdsaltroundsuse_512pwd_lensalt_len hash_const transpose_mapdba_ctx a_ctx_updateidadptmp_ctxtmp_ctx_updatedsdp_dpdp_dspermsevenodddatadcblockstailpairss&&&& Y/var/www/html/photoedit/myenv/lib/python3.14/site-packages/passlib/handlers/sha2_crypt.py_raw_sha2_cryptrA8syB#wjj! c5 ! !! ! }ff&&w|QQLQQ#hG 6 &Y &8(88 &8(88 & dG $ $8&88 $ ;;w D4yH b=***= ^^ * ^^ * CJ$ % , , .B sz "E<>+W 5 r7g   DBA!778 9 @ @ B9H MB r7h > >> \ EE rEE uRxB5 9E9J J8I94eDk5: &8ID J B&"%LFD ID#C*R$Y"7">">"@@AHHJB!  afuID#C*R$Y"7">">"@@AHHJB& !88BeQ/0779B  & &r= 9 @ @ II3 KsP zrounds=$0caa]tRt^toRtRt]Pt^t ]Pt Rt Rt Rt RtRtRtRV3RlltRtR t]R 4tR tRtRt]R 4tR t]R4tRtRtVtV;t#) _SHA2_CommonzBclass containing common code shared by sha256_crypt & sha512_cryptrrlinearFNc <\\V` !R/VBVf$VP;'dVPR8HpWnR#)N)superrE__init__ use_defaultsr'implicit_rounds)selfrMkwds __class__s&&,r@rK_SHA2_Common.__init__s= lD*2T2  "#00HHT[[D5HO.c>VPWPRJR7#N)relaxed) _norm_saltchecksum)rNr&s&&r@ _parse_salt_SHA2_Common._parse_saltst]]d-BCCrRc>VPWPRJR7#rT) _norm_roundsrW)rNr's&&r@ _parse_rounds_SHA2_Common._parse_rounds#s  $1F GGrRc\VRR4pVPpVPV4'g \PP V4h\ V4^8XgQhVR,P\4pV^,P\4'd\ \4^8XgQhVP^4R,pVP\4'd+V\8wd \PPV4h\V4pRpMRpRp\ V4^8XdVwrgM;\ V4^8Xd V^,pRpM\PPV4hT!TTT;'gRVR7#) rhash:NN:NNFrHTN)r'r&rWrM)rident startswithrrInvalidHashErrorrsplit_UDOLLAR_UROUNDSpop_UZEROZeroPaddedRoundsErrorintMalformedHashError)clsr_rbpartsr'rMr&chks&& r@ from_string_SHA2_Common.from_string'sF$0 u%%&&))#. .5zQRx( 8  x ( (x=A% %%YYq\"%F  ((Vv-=ff22377[F#OF"O u:?ID# Z1_8DC&&++C0 0[[D+  rRcVPR8XdZVP'dH\R4VPVPVP ;'g \R43,pMQ\R4VPVPVPVP ;'g \R43,p\ V4#)rHz%s%s$%sz%srounds=%d$%s$%s)r'rMrrbr&rWr )rNr_s& r@ to_string_SHA2_Common.to_stringTs ;;$ 4#7#7#7Y<4::tyy#'==#9#9AbE#;;D()TZZ-1YY 8N8N2-PPDT""rRcr\VP!'dVPVP4R#R#)TF)r _test_hash_set_calc_checksum_backend_calc_checksum_os_cryptrms&r@_load_backend_os_crypt#_SHA2_Common._load_backend_os_cryptis+ s~~ & &  * *3+F+F GrRc8VP4p\W4pVfVPV4#VPpVP VP 4'dW4)^, ,\ 8wd!\PPWV4hW4)R#N) rtr_calc_checksum_builtin checksum_sizercrbrfrrCryptBackendError)rNsecretconfigr_css&& r@ry$_SHA2_Common._calc_checksum_os_cryptqs!&) <..v6 6  tzz**d3q5kX.E&&**4> >CDzrRc<VPVP4R#)T)rxrrzs&r@_load_backend_builtin"_SHA2_Common._load_backend_builtins &&s'A'ABrRcX\WPVPVP4#r~)rAr&r' _cdb_use_512)rNrs&&r@r#_SHA2_Common._calc_checksum_builtins$vyy$++#002 2rR)rM)r&r'rM salt_sizer~)os_cryptbuiltin) __name__ __module__ __qualname____firstlineno____doc__ setting_kwdsr HASH64_CHARSchecksum_chars max_salt_size salt_chars min_rounds max_rounds rounds_costr_rounds_prefixrMrKrXr\ classmethodrprtbackendsrwr{ryrr__static_attributes____classdictcell__ __classcell__)rP __classdict__s@@r@rErEsL FL__NMJJJKLN O/DH**X#'HJ "22rRrEc:]tRtRtRtRt]!R4t^+tRt Rt Rt R#)r iaThis class implements the SHA256-Crypt password hash, and follows the :ref:`password-hash-api`. It supports a variable-length salt, and a variable number of rounds. The :meth:`~passlib.ifc.PasswordHash.using` method accepts the following optional keywords: :type salt: str :param salt: Optional salt string. If not specified, one will be autogenerated (this is recommended). If specified, it must be 0-16 characters, drawn from the regexp range ``[./0-9A-Za-z]``. :type rounds: int :param rounds: Optional number of rounds to use. Defaults to 535000, must be between 1000 and 999999999, inclusive. .. note:: per the official specification, when the rounds parameter is set to 5000, it may be omitted from the hash string. :type relaxed: bool :param relaxed: By default, providing an invalid value for one of the other keywords will result in a :exc:`ValueError`. If ``relaxed=True``, and the error can be corrected, a :exc:`~passlib.exc.PasslibHashWarning` will be issued instead. Correctable errors include ``rounds`` that are too small or too large, and ``salt`` strings that are too long. .. versionadded:: 1.6 .. commented out, currently only supported by :meth:`hash`, and not via :meth:`using`: :type implicit_rounds: bool :param implicit_rounds: this is an internal option which generally doesn't need to be touched. this flag determines whether the hash should omit the rounds parameter when encoding it to a string; this is only permitted by the spec for rounds=5000, and the flag is ignored otherwise. the spec requires the two different encodings be preserved as they are, instead of normalizing them. z$5$i)rIN)testz?$5$rounds=1000$test$QmQADEXMG8POI5WDsaeho0P36yK3Tcrgboabng6bkb/) rrrrrnamerrbrdefault_roundsrwrrIrRr@r r s)*\ D eHEMN :JrRc>]tRtRtRtRt]!R4t^VtRt Rt Rt Rt R#) r iaThis class implements the SHA512-Crypt password hash, and follows the :ref:`password-hash-api`. It supports a variable-length salt, and a variable number of rounds. The :meth:`~passlib.ifc.PasswordHash.using` method accepts the following optional keywords: :type salt: str :param salt: Optional salt string. If not specified, one will be autogenerated (this is recommended). If specified, it must be 0-16 characters, drawn from the regexp range ``[./0-9A-Za-z]``. :type rounds: int :param rounds: Optional number of rounds to use. Defaults to 656000, must be between 1000 and 999999999, inclusive. .. note:: per the official specification, when the rounds parameter is set to 5000, it may be omitted from the hash string. :type relaxed: bool :param relaxed: By default, providing an invalid value for one of the other keywords will result in a :exc:`ValueError`. If ``relaxed=True``, and the error can be corrected, a :exc:`~passlib.exc.PasslibHashWarning` will be issued instead. Correctable errors include ``rounds`` that are too small or too large, and ``salt`` strings that are too long. .. versionadded:: 1.6 .. commented out, currently only supported by :meth:`hash`, and not via :meth:`using`: :type implicit_rounds: bool :param implicit_rounds: this is an internal option which generally doesn't need to be touched. this flag determines whether the hash should omit the rounds parameter when encoding it to a string; this is only permitted by the spec for rounds=5000, and the flag is ignored otherwise. the spec requires the two different encodings be preserved as they are, instead of normalizing them. z$6$Ti rIN)rzj$6$rounds=1000$test$2M/Lx6MtobqjLjobw0Wmo4Q5OFx5nVLJvmgseatA6oMnyWeBdRDx4DU.1H3eGmse6pgsOgDisWBGI5c7TZauS0) rrrrrrrrbrrrrwrrIrRr@r r s.*^ D eHEMLN (JrR))r`rr`)rrrrr`)rrr)rrrrr)rr`rr)rrrrr)  r rr  r`rrra )@*rrr+rrr,-rr`r.rrr/0rrra1rrr23rrr4r r56!rr7"#r89$rr:%&r;<'rr=()r>?)F)&rrlogging getLoggerrlog passlib.utilsrrrrpasslib.utils.binaryrpasslib.utils.compatrrr r passlib.utils.handlersutilshandlersr__all__rr!rrrArgrfriHasManyBackends HasRoundsHasSaltGenericHandlerrEr r rIrRr@rs? g''144$88##   |JB Y< S6 3L22%%r||RZZ$$L2d9:<9:D=(<=(rR