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By default, no newlines are emitted. ``level`` specifies the initial indent level. Used if ``indent > 0``. sb'%s's'%s'sbytearray['%s']s[]N[  r$s, s, ]s{}{s: }sset([])sset([s])s()()sgen[]sgen[FT)rr escapestr bytearraylist enumerater&lendictsorteditemssettupletypes GeneratorTypenext StopIterationr byterepr) r'r r!r"iachunkkvnextitemlastcurrents rr&r&Ds!U Yq\) )IaL( ( Ay !!9U1X#666 At K   QJEK%&.) )aLDAq"76  1us1v~ L%&.11K!  QJEK%&.) ) At K   QJEK%&.) )"6!'')#45IAv1"76  K"76  1us1v~ L%&.11K%6(  QJEK%&.) ) As     QJEK%&.) )fQi(DAq"76  1us1v~ L%&.11K)  QJEK%&.) ) Au K   QJEK%&.) )aLDAq"76  1us1v~ L%&.11K!  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E   1 BKB s2w, WWT26 " 6RB"q&[R]]4a8$QQ/B 6B !GB HHT1b !BHHT1b$9 9Av v aBr))+,-RB- s2w,. ::66 66rc|yt|tr-|dtjtj|ddzSt|t r|St |r|St|S)arFormat an optional printable representation from unexpanded bits ======== ================================= type(r) example ======== ================================= tuple ('', other) bytes '' callable lambda: '' % sorted(b) object other ======== ================================= Nrrr+)rr<r rapply maybebytestrrcallabler()rs r buildreprrf+sc y Au thooh&;&;QqrUCCC Au  !s ayrrRc$t|xrd|vS)z&return true if a string is binary data)boolrRs rbinaryrkCs  eqj !!rpatterncj|jdrd|ddfS|jdrd|ddfSd|fS)Nsre:resliteral:literal)rU)rls r _splitpatternrrHsK&!gabk!!   K (712;&& w rT casesensitivect|\}}|dk(r: d}|stj}tj||}|||jfS|dk(r.|r |j}ntj|fd}|||fSt jd|z#tj$r/}t j t dt|zd}~wwxYw)a accepts a string, possibly starting with 're:' or 'literal:' prefix. returns the matcher name, pattern, and matcher function. missing or unknown prefixes are treated as literal matches. helper for tests: >>> def test(pattern, *tests): ... kind, pattern, matcher = stringmatcher(pattern) ... return (kind, pattern, [bool(matcher(t)) for t in tests]) >>> def itest(pattern, *tests): ... kind, pattern, matcher = stringmatcher(pattern, casesensitive=False) ... return (kind, pattern, [bool(matcher(t)) for t in tests]) exact matching (no prefix): >>> test(b'abcdefg', b'abc', b'def', b'abcdefg') ('literal', 'abcdefg', [False, False, True]) regex matching ('re:' prefix) >>> test(b're:a.+b', b'nomatch', b'fooadef', b'fooadefbar') ('re', 'a.+b', [False, False, True]) force exact matches ('literal:' prefix) >>> test(b'literal:re:foobar', b'foobar', b're:foobar') ('literal', 're:foobar', [False, True]) unknown prefixes are ignored and treated as literals >>> test(b'foo:bar', b'foo', b'bar', b'foo:bar') ('literal', 'foo:bar', [False, False, True]) case insensitive regex matches >>> itest(b're:A.+b', b'nomatch', b'fooadef', b'fooadefBar') ('re', 'A.+b', [False, False, True]) case insensitive literal matches >>> itest(b'ABCDEFG', b'abc', b'def', b'abcdefg') ('literal', 'ABCDEFG', [False, False, True]) rnrinvalid regular expression: %sNrpc4tj|k(Sr)rlower)rRipats rzstringmatcher..sdhnnQ&77runhandled pattern kind: %s) rrremodIcompiler ParseErrorr forcebytestrsearch__eq__rrwProgrammingError)rlrskindflagsregexematchrxs @r stringmatcherrPsL"'*MD' u} E MM'51E Well**   NNE>>'*D7EWe##  !>!E FF{{ ""34|AF  s*BC-*CCrclt|\}}|dk(r tj||S|dk(r)tjtj||Stjd|z#tj$r/}tjt dt |zd}~wwxYw)aBuild a regexp object from a string pattern possibly starting with 're:' or 'literal:' prefix. helper for tests: >>> def test(pattern, *tests): ... regexp = substringregexp(pattern) ... return [bool(regexp.search(t)) for t in tests] >>> def itest(pattern, *tests): ... regexp = substringregexp(pattern, remod.I) ... return [bool(regexp.search(t)) for t in tests] substring matching (no prefix): >>> test(b'bcde', b'abc', b'def', b'abcdefg') [False, False, True] substring pattern should be escaped: >>> substringregexp(b'.bc').pattern '\\.bc' >>> test(b'.bc', b'abc', b'def', b'abcdefg') [False, False, False] regex matching ('re:' prefix) >>> test(b're:a.+b', b'nomatch', b'fooadef', b'fooadefbar') [False, False, True] force substring matches ('literal:' prefix) >>> test(b'literal:re:foobar', b'foobar', b're:foobar') [False, True] case insensitive literal matches >>> itest(b'BCDE', b'abc', b'def', b'abcdefg') [False, False, True] case insensitive regex matches >>> itest(b're:A.+b', b'nomatch', b'fooadef', b'fooadefBar') [False, False, True] rnruNrprz) rrr{r}r r~rrescaper)rlrrrs rsubstringregexprsL"'*MD' u} ==%0 0  }}U\\'2E::  !>!E FF{{ ""34|AF  sA11B3*B..B3userc|jd}|dk\r|d|}|jd}|dk\r||dzd}|jd}|dk\r|d|}|jd}|dk\r|d|}|S)z>Return a short representation of a user name or email address.@rNrLr+r-.rTrfs r shortuserrs $AAvBQx $AAvAEG} $AAvBQx $AAvBQx Krcx|jd}|dk\r|d|}|jd}|dk\r||dzd}|S)z,Return the user portion of an email address.rrNrLr+rrs r emailuserrsI $AAvBQx $AAvAEG} Krauthorc`|jd}|dk(rd}||jddz|S)zget email of author.rNrKNrLr+r)rres remailrs7 DABw  &++d#a'! ,,rcd|vr|S|jd}|dk7r$|d|jdjddS|jd}|d|jdd S) aReturns the name before an email address, interpreting it as per RFC 5322 >>> person(b'foo@bar') 'foo' >>> person(b'Foo Bar ') 'Foo Bar' >>> person(b'"Foo Bar" ') 'Foo Bar' >>> person(b'"Foo "buz" Bar" ') 'Foo "buz" Bar' >>> # The following are invalid, but do exist in real-life ... >>> person(b'Foo "buz" Bar ') 'Foo "buz" Bar' >>> person(b'"Foo Bar ') 'Foo Bar' rrLrKNs "s\""rr-)rTstripreplace)rrs rpersonrsq& 6  DABwbqz&..vt<< DA "1:  dD ))r)hashcXeZdZdZej Zej dZy) mailmappingz>Represents a username/email key or value in a mailmap fileN)default)__name__ __module__ __qualname____doc__ribrnamerrrrrs& DGGIE 4774 Drrc2| xs| xrt|dkS)auReturns True if the parsed names and emails in a mailmap entry are invalid. >>> # No names or emails fails >>> names, emails = [], [] >>> _ismailmaplineinvalid(names, emails) True >>> # Only one email fails >>> emails = [b'email@email.com'] >>> _ismailmaplineinvalid(names, emails) True >>> # One email and one name passes >>> names = [b'Test Name'] >>> _ismailmaplineinvalid(names, emails) False >>> # No names but two emails passes >>> names = [] >>> emails = [b'proper@email.com', b'commit@email.com'] >>> _ismailmaplineinvalid(names, emails) False r)r7)namesemailss r_ismailmaplineinvalidr s ,: 6U6s6{Q6rchi}||S|jD]}|jjdr$gg}}g}|jD]}|jdrn~|jdrZ|j drI|j |dd|r"|j dj |g}t|dkDsn|j |t||rt|dt|dk(r|dnd }t|d |r|d nd ||<|S) axParses data in the .mailmap format >>> mmdata = b"\n".join([ ... b'# Comment', ... b'Name ', ... b' ', ... b'Name ', ... b'Name Commit ', ... ]) >>> mm = parsemailmap(mmdata) >>> for key in sorted(mm.keys()): ... print(key) mailmapping(email='commit1@email.xx', name=None) mailmapping(email='commit2@email.xx', name=None) mailmapping(email='commit3@email.xx', name=None) mailmapping(email='commit4@email.xx', name='Commit') >>> for val in sorted(mm.values()): ... print(val) mailmapping(email='commit1@email.xx', name='Name') mailmapping(email='name@email.xx', name=None) mailmapping(email='proper@email.xx', name='Name') mailmapping(email='proper@email.xx', name='Name') N#rLrNr+rKr-r)rrr) splitlineslstriprUsplitendswithrXr%r7rr)mailmapcontentmailmaplinerr namebuilderelement mailmapkeys r parsemailmapr#s<0G))+ ;;= # #D ) Bv zz|G!!$'##D)g.>.>t.D gam,LL;!78"$Kv;?""7++$4 ! /  *!%jAor4 *)"q  ],f Nrct|r|s|Stt|t|} ||}d|j r |j n |j |jr|jfzS|jfzS#t$r5t|j}|j |tdd}YwxYw)a.Returns the author field according to the mailmap cache, or the original author field. >>> mmdata = b"\n".join([ ... b'# Comment', ... b'Name ', ... b' ', ... b'Name ', ... b'Name Commit ', ... ]) >>> m = parsemailmap(mmdata) >>> mapname(m, b'Commit ') 'Name ' >>> mapname(m, b'Name ') 'Name ' >>> mapname(m, b'Commit ') 'Name ' >>> mapname(m, b'Commit ') 'Name ' >>> mapname(m, b'Unknown Name ') 'Unknown Name ' )rr)rNs%s <%s>)isauthorwellformedrrrKeyErrorgetr)rrcommitpropercommit2s rmapnamervs2 f %W fVnE&M BF? {{     *0,,  ?FLL1Wk$&=> ?sB;CCs^[^<]+\s<[^<>]+@[^<>]+>$c0tj|duS)a&Return True if the author field is well formed (ie "Contributor Name ") >>> isauthorwellformed(b'Good Author ') True >>> isauthorwellformed(b'Author ') True >>> isauthorwellformed(b'Bad Author') False >>> isauthorwellformed(b'Bad Author >> isauthorwellformed(b'Bad Author author@author.com') False >>> isauthorwellformed(b'') False >>> isauthorwellformed(b'Bad Author ') False N)_correctauthorformatr)rs rrrs& % %f -T 99rtextc~|jd}|dk7r|d|} |jdS#t$rYywxYw)z"Return the first line of the inputr,rKNrr)rTr IndexError)rrBs r firstlinersM %ABwBQx ## s 0 << maxlengthc2tj||dS)zCTrim string to at most maxlength (default: 400) columns in display.s...)ellipsis)rtrim)rrs rrrs ==y6 ::rcht|tr t|}tj|dSNr)r memoryviewrcodecs escape_encoderjs rr3r3s-!Z !H    "1 %%rc2tj|dSr)r escape_decoderjs r unescapestrrs    "1 %%rc tj|S#t$r4tjtjt |cYSwxYw)zLPortably format an arbitrary object (e.g. exception) into a byte string.)r bytestrUnicodeEncodeErrorr strtolocalstr)objs rrrsG?$$ ? 3 3CH =>>?s:AAcrtjtj|jddS)Ns\\r )r rArrrjs ruireprrs+   X--a0 1 9 9'5 IIrc HGddtj}|a|di|S)Nc"eZdZdZdZdZdZy)_MBTextWrapper..twa8 Extend TextWrapper for width-awareness. 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This requires use decision to determine width of such characters. cd}tj}tt|D]!}||||z }||ks|d|||dfcS|dfS)Nrr)r ucolwidthranger7)selfucstr space_leftrQcolwidthrBs r_cutdownz#_MBTextWrapper..tw._cutdownsbA))H3u:&XeAh''>!"1IuQRy11'#: rct||z d}|jr/|j|d|\}}|j|||d<y|s |j|j yy)Nr+rK)maxbreak_long_wordsrrXpop)rreversed_chunkscur_linecur_lenwidthrcutress r_handle_long_wordz,_MBTextWrapper..tw._handle_long_word sgUW_a0J$$==) 0)rK)rrr ValueErrorreversesubsequent_indentinitial_indentr7drop_whitespacerrXrrr%) rchunksrrZrrr!rrQs r _wrap_chunksz'_MBTextWrapper..tw._wrap_chunkssh))HEzzQ !BTZZ!OPP NN !33F!00F S[0''F2J,<,<,>",Dr  ,A{e+  51 hvbz2U:**68WeL((   **,3  LL"''(*;!; rrr)textwrap TextWrapper_MBTextWrapper)kwargsrs rrrs*dX ! !dNN <<rrr initindent hangindentctt|t|}||krtd|dz}|jtjt j tjt j }|jtjt j tjt j }|jtjt j tjt j }t|||}|j|jtjt j S)NNr+)rrr) rr7rr sysstrr encodingmoderfillr)rrrr maxindentwrappers rwrapr]s C OS_5I B A & ;;))*--. 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