+ Bi'N^RIt^RIt^RIt^RIt^RIHt^RIt^RItRt Rt RRR/Rllt Rt Rt RR ltR R /R ltR R /R ltR R /RltR R /Rlt!RR4t!RR]4t!RR]4t!RR]4tRRltR# ]dRtLxi;i ]dRtLi;i)N) import_modulec<\P!\RJR4#)Nzrequires _hashlib)unittestskipIf_hashlib2/usr/lib/python3.14/test/support/hashlib_helper.pyrequires_hashlibr s ??8t+-@ AAr c<\P!\RJR4#)Nzrequires _hmac)rr_hmacrr r requires_builtin_hmacrs ??5D=*: ;;r exccxRVRV: 2.pRP\RV44p\P!V4Vh)missingzhash algorithm:  N)joinfilterrSkipTest) digestnameimplementationrpartsmsgs&&$ r _missing_hashrs> *::.(I JE ((6$& 'C   C c)r c\P!WR7R# \d\eQh\TR4R#\dp\TRTR7Rp?R#Rp?ii;i)usedforsecurityNOpenSSLr)rnewAttributeErrorr ValueError)rrrs&$ r _openssl_availabillityr# sP6 ZA -j), 6j)556s !A"A"A" AA"c.a\V\4'g V!V4#VoSPPR4pVf1V3RlpSPR,VnSP VnM VP p\V!V44pVSnS#) setUpClassc$<\SV`4R#N)superr%)clsdecorated_classs&r r%+_decorate_func_or_class..setUpClass1s /3 2 4r z .setUpClass) isinstancetype__dict__get __qualname__ __module____func__ classmethodr%) func_or_classdecorator_funcr%r*s&& @r _decorate_func_or_classr6*s mT * *m,,#O ))--l;J 5"1">">"N  / : : (( ^J78J!+O r TcfaaaaV'd\e VV3RloMVV3RloVV3RloV3RlpV#)avDecorator raising SkipTest if a hashing algorithm is not available. The hashing algorithm may be missing, blocked by a strict crypto policy, or Python may be configured with `--with-builtin-hashlib-hashes=no`. If 'openssl' is True, then the decorator checks that OpenSSL provides the algorithm. Otherwise the check falls back to (optional) built-in HACL* implementations. The usedforsecurity flag is passed to the constructor but has no effect on HACL* implementations. Examples of exceptions being suppressed: ValueError: [digital envelope routines: EVP_DigestInit_ex] disabled for FIPS ValueError: unsupported hash type md4 c8<\P!SSR7R#rN)rr rrsr test_availability.requires_hashdigest..test_availabilityNs LL_ Er c8<\P!SSR7R#r9)hashlibr r:sr r;r<Qs KK O Dr cL<a\P!S4VVV3Rl4pV#)cn<S!4S!V/VB# \dp\STR7Rp?L%Rp?ii;i)rN)r"r)argskwargsrrfuncr;s*, r wrapper.decorator_func..wrapperUs? 3!#(( ( 3jc22 3s 4 /4 functoolswraps)rCrDrr;sf r r5+requires_hashdigest..decorator_funcTs%   )  ) r c<\VS4#r'r6r4r5s&r decorator&requires_hashdigest..decorator^&}nEEr )r)ropensslrrMr5r;sf&f @@r requires_hashdigestrQ<s*"8' F EF r rc&aaaVV3RloV3RlpV#)zDecorator raising SkipTest if an OpenSSL hashing algorithm is missing. The hashing algorithm may be missing or blocked by a strict crypto policy. cf<a\4\P!S4VVV3Rl44pV#)c.<\SSR7S!V/VB#r)r#)rArBrrCrs*,r rDDrequires_openssl_hashdigest..decorator_func..wrapperis #: O(( (r )r rGrH)rCrDrrsf r r53requires_openssl_hashdigest..decorator_funchs0     )   )r c<\VS4#r'rKrLs&r rM.requires_openssl_hashdigest..decoratorprOr r)rrrMr5sfd @r requires_openssl_hashdigestrZcs F r cz\V\4'gQV4h\WR7\\RV 24#)z7Find the OpenSSL hash function constructor by its name.ropenssl_)r,strr#getattrrr:s&$r #find_openssl_hashdigest_constructorr_us8 j# & &2 2 &:G 8x |4 55r c&aaaVV3RloV3RlpV#)zDecorator raising SkipTest if a HACL* hashing algorithm is missing. - The *module_name* is the C extension module name based on HACL*. - The *digestname* is one of its member, e.g., 'md5'. cL<a\P!S4VVV3Rl4pV#)c<\S4p\VS4S!V/VB# \dS RS 2p\TRR7L)i;i).HACLr)rr^r!r)rArBmodulefullnamerrC module_names*, r rDDrequires_builtin_hashdigest..decorator_func..wrappersY";/F ? +(( (" ?)]!J<8hv> ?s "AArF)rCrDrrhsf r r53requires_builtin_hashdigest..decorator_funcs%   )  )r c<\VS4#r'rKrLs&r rM.requires_builtin_hashdigest..decoratorrOr r)rhrrrMr5sff$ @r requires_builtin_hashdigestrm~s F r c\V4p\W14pV!RVR7V# \\\3d\ T RT 2RR7X#i;i)zFind the HACL* hash function constructor. - The *module_name* is the C extension module name based on HACL*. - The *digestname* is one of its member, e.g., 'md5'. r rrcrdre)rr^r! TypeErrorr"r)rhrrrf constructors&&$ r #find_builtin_hashdigest_constructorrqse; 'FLf1 C9  Iz 2L Qzl3FK Ls$(AAca]tRt^toRt.ROtRtRt]R4t ]R4t ]R4t ]R4t ]R4t ]R 4t]R 4t]R 4t]R 4t]R 4tRtVtR#)HashFunctionsTraitaMixin trait class containing hash functions. This class is assumed to have all unitest.TestCase methods but should not directly inherit from it to prevent the test suite being run on it. Subclasses should implement the hash functions by returning an object that can be recognized as a valid digestmod parameter for both hashlib and HMAC. In particular, it cannot be a lambda function as it will not be recognized by hashlib (it will still be accepted by the pure Python implementation of HMAC). TcdVPWP4VPRV 24R#)zmissing hash function: N)assertIn ALGORITHMSskipTestselfnames&&r _find_constructor$HashFunctionsTrait._find_constructors& dOO, /v67r c$VPR4#)md5r{rys&r r~HashFunctionsTrait.md5s%%e,,r c$VPR4#)sha1rrs&r rHashFunctionsTrait.sha1s%%f--r c$VPR4#)sha224rrs&r rHashFunctionsTrait.sha224%%h//r c$VPR4#)sha256rrs&r rHashFunctionsTrait.sha256rr c$VPR4#)sha384rrs&r rHashFunctionsTrait.sha384rr c$VPR4#)sha512rrs&r rHashFunctionsTrait.sha512rr c$VPR4#)sha3_224rrs&r rHashFunctionsTrait.sha3_224%%j11r c$VPR4#)sha3_256rrs&r rHashFunctionsTrait.sha3_256rr c$VPR4#)sha3_384rrs&r rHashFunctionsTrait.sha3_384rr c$VPR4#)sha3_512rrs&r rHashFunctionsTrait.sha3_512rr rN) r~rrrrrrrrr)__name__r1r0__firstlineno____doc__rvrr{propertyr~rrrrrrrrr__static_attributes____classdictcell__ __classdict__s@r rsrss JO8 --..0000000022222222r rsc*a]tRt^toRtRtRtVtR#)NamedHashFunctionsTraitzsTrait containing named hash functions. Hash functions are available if and only if they are available in hashlib. c<VPWP4V#r')rurvrxs&&r r{)NamedHashFunctionsTrait._find_constructors dOO, r rNrr1r0rrr{rrrs@r rrs r rc*a]tRt^toRtRtRtVtR#)OpenSSLHashFunctionsTraitzvTrait containing OpenSSL hash functions. Hash functions are available if and only if they are available in _hashlib. cdVPWP4\WPR7#rU)rurvr_rrxs&&r r{+OpenSSLHashFunctionsTrait._find_constructors( dOO,2 "6"6  r rNrrs@r rrs   r rca]tRtRtoRtRt]R4t]R4t]R4t ]R4t ]R4t ]R 4t ]R 4t ]R 4t]R 4t]R 4tRtVtR#)BuiltinHashFunctionsTraitizTrait containing HACL* hash functions. Hash functions are available if and only if they are available in C. In particular, HACL* HMAC-MD5 may be available even though HACL* md5 is not since the former is unconditionally built. cNVPW P4\W4#r')rurvrq)ryrfrzs&&&r _find_constructor_in.BuiltinHashFunctionsTrait._find_constructor_in s dOO,26@@r c&VPRR4#)_md5r~rrs&r r~BuiltinHashFunctionsTrait.md5s((77r c&VPRR4#)_sha1rrrs&r rBuiltinHashFunctionsTrait.sha1s((&99r c&VPRR4#)_sha2rrrs&r r BuiltinHashFunctionsTrait.sha224(((;;r c&VPRR4#)rrrrs&r r BuiltinHashFunctionsTrait.sha256rr c&VPRR4#)rrrrs&r r BuiltinHashFunctionsTrait.sha384 rr c&VPRR4#)rrrrs&r r BuiltinHashFunctionsTrait.sha512$rr c&VPRR4#)_sha3rrrs&r r"BuiltinHashFunctionsTrait.sha3_224(s((*==r c&VPRR4#)rrrrs&r r"BuiltinHashFunctionsTrait.sha3_256,((<>======r rc.pVF6p\P!V4pTP\ TRT44K8 \ W!R7# \dKTi;i)zGet the largest GIL_MINSIZE value for the given cryptographic modules. The valid module names are the following: - _hashlib - _md5, _sha1, _sha2, _sha3, _blake2 - _hmac _GIL_MINSIZE)default) importlibr ImportErrorappendr^max) modules_namesrsizesrhrfs&& r find_gil_minsizer9s` E$  ,,[9F  WV^W=> % u &&   sA  AAr')NT)i)rGr>rrtest.support.import_helperrrrr r rrr#r6rQrZr_rmrqrsrrrrrr r rs4 B<*$* 6$$Nt$6t604204"A2A2H0  2  2= 22=j'a H  Es"B B BB B$#B$