branching: merge stable into default

relnotes/6.5

@@ -0,0 +1,90 b''
+= Mercurial 6.5 =
+
+As usual, a lot of patches don't make it to this list since they're more internal.
+
+== New Features ==
+
+ * Improved Python 3.12 compatiblity
+ * configitems: enable changegroup3 by default (unless using infinitepush)
+ * extras: expose 'retained_extras' for extensions to extend
+ * stabletailgraph: implement stable-tail sort
+ * stabletailgraph: naive version of leap computation
+ * bundle: introduce a "v3" spec
+ * clone-bundles: add a basic first version of automatic bundle generation
+ * clone-bundles: garbage collect older bundle when generating new ones
+ * clone-bundles: only regenerate the clone bundle when cached ration is low
+ * clone-bundles: also control automation based on absolute number of revisions
+ * clone-bundles: add a configuration to control auto-generation on changes
+ * clone-bundles: introduce a command to refresh bundle
+ * clone-bundles: add a command to clear all bundles
+ * clone-bundles: add an option to generate bundles in the background
+ * clonebundles: add support for inline (streaming) clonebundles
+ * clonebundles: adds a auto-generate.serve-inline option
+ * match: add `filepath:` pattern to match an exact filepath relative to the root
+ * hgweb: add "children" into the JSON template for a changeset
+ * hgweb: add support to explicitly access hidden changesets
+ * pull: add --remote-hidden option and pass it through peer creation
+ * hidden: add support for --remote-hidden to HTTP peer
+ * hidden: support passing --hidden with `serve --stdio`
+ * hidden: add support to explicitly access hidden changesets with SSH peers
+ * perf: introduce a `perf::stream-locked-section` command
+ * perf: add a function to find a stream version generator
+ * perf: add support for stream-v3 during benchmark
+ * perf: add a perf::stream-generate command
+ * perf: add a perf::stream-consume
+ * cli: make debugnodemap capable of inspecting an arbitrary nodemap
+ * rust: configure MSRV in Clippy
+ * rhg: make `rhg files` work if `ui.relative-files=true` is specified
+ * rhg: support `rhg files` with `ui.relative-paths=false`
+ * rhg: support `status --print0`
+ * tree-manifest: allow `debugupgraderepo` to run on tree manifest repo
+ * library: enable runpy invocation on mercurial package
+ * library: incorporate demandimport into runpy invocation
+ * exchange: allow passing no includes/excludes to `pull()`
+
+== New Experimental Features ==
+
+ * stream-clone: add an experimental v3 version of the protocol
+ * stream-clone: support streamv3 on the cli [hg bundle]
+
+== Bug Fixes ==
+
+ * mail: add a missing argument to properly override starttls
+ * bundle: include required phases when saving a bundle (issue6794)
+ * outgoing: fix common-heads computation from `missingroots` argument
+ * strip: do not include internal changeset in the strip backup
+ * bundle: abort if the user request bundling of internal changesets
+ * bundle: prevent implicit bundling of internal changeset
+ * encoding: avoid quadratic time complexity when json-encoding non-UTF8 strings
+ * sha1dc: Make sure SHA1DC_BIGENDIAN is set on Darwin/PowerPC
+ * zstd: hack include order to ensure that our zstd.h is found
+ * dirstate: better error messages when dirstate is corrupted
+ * stream-clone: avoid opening a revlog in case we do not need it
+ * treemanifest: make `updatecaches` update the nodemaps for all directories
+ * rust-hg-core: move from `ouroboros` to `self_cell`
+ * rust-dependencies: switch from `users` to `whoami`
+ * dirstate-v2: actually fix the dirstate-v2 upgrade race
+ * dirstate: avoid leaking disk space in `hg debugrebuilddirstate`
+ * clonebundles: add warning if auto-generate is enabled without formats
+ * win32mbcs: unbyteify some strings for py3 support
+ * rust-revlog: fix incorrect results with NULL_NODE prefixes
+ * rust-revlog: fix RevlogEntry.data() for NULL_REVISION
+
+== Backwards Compatibility Changes ==
+
+ * infinitepush: aggressively deprecated infinite push
+ * narrow: indicated the default of 'Yes' when confirming auto-remove-includes
+
+== Internal API Changes ==
+
+ * Store walk was reworked to fix small race conditions in stream-clone and
+   greatly improve its API robustness and flexibility.
+
+== Miscellaneous ==
+
+ * Typechecking support was improved in a lot of places
+ * Removed more useless compat code for now unsupported Python versions
+ * Sped up zstd usage in Rust contexts
+ * revlog: add an exception hint when processing LFS flags without the extension
+ * ui: keep the progress bar around when writing if stdout is not a tty
+ * transaction: use a ".bck" extension for all backup file

.hgsigs

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contrib/check-code.py

@@ -1,1091 +1,1089 b''
 #!/usr/bin/env python3
 #
 # check-code - a style and portability checker for Mercurial
 #
 # Copyright 2010 Olivia Mackall <[e-mail]>
 #
 # This software may be used and distributed according to the terms of the
 # GNU General Public License version 2 or any later version.
 
 """style and portability checker for Mercurial
 
 when a rule triggers wrong, do one of the following (prefer one from top):
  * do the work-around the rule suggests
  * doublecheck that it is a false match
  * improve the rule pattern
  * add an ignore pattern to the rule (3rd arg) which matches your good line
    (you can append a short comment and match this, like: #re-raises)
  * change the pattern to a warning and list the exception in test-check-code-hg
  * ONLY use no--check-code for skipping entire files from external sources
 """
 
 import glob
 import keyword
 import optparse
 import os
 import re
 import sys
 
 if sys.version_info[0] < 3:
     opentext = open
 else:
 
     def opentext(f):
         return open(f, encoding='latin1')
 
 
 try:
     xrange
 except NameError:
     xrange = range
 try:
     import re2
 except ImportError:
     re2 = None
 
 import testparseutil
 
 
 def compilere(pat, multiline=False):
     if multiline:
         pat = '(?m)' + pat
     if re2:
         try:
             return re2.compile(pat)
         except re2.error:
             pass
     return re.compile(pat)
 
 
 # check "rules depending on implementation of repquote()" in each
 # patterns (especially pypats), before changing around repquote()
 _repquotefixedmap = {
     ' ': ' ',
     '\n': '\n',
     '.': 'p',
     ':': 'q',
     '%': '%',
     '\\': 'b',
     '*': 'A',
     '+': 'P',
     '-': 'M',
 }
 
 
 def _repquoteencodechr(i):
     if i > 255:
         return 'u'
     c = chr(i)
     if c in _repquotefixedmap:
         return _repquotefixedmap[c]
     if c.isalpha():
         return 'x'
     if c.isdigit():
         return 'n'
     return 'o'
 
 
 _repquotett = ''.join(_repquoteencodechr(i) for i in xrange(256))
 
 
 def repquote(m):
     t = m.group('text')
     t = t.translate(_repquotett)
     return m.group('quote') + t + m.group('quote')
 
 
 def reppython(m):
     comment = m.group('comment')
     if comment:
         l = len(comment.rstrip())
         return "#" * l + comment[l:]
     return repquote(m)
 
 
 def repcomment(m):
     return m.group(1) + "#" * len(m.group(2))
 
 
 def repccomment(m):
     t = re.sub(r"((?<=\n) )|\S", "x", m.group(2))
     return m.group(1) + t + "*/"
 
 
 def repcallspaces(m):
     t = re.sub(r"\n\s+", "\n", m.group(2))
     return m.group(1) + t
 
 
 def repinclude(m):
     return m.group(1) + "<foo>"
 
 
 def rephere(m):
     t = re.sub(r"\S", "x", m.group(2))
     return m.group(1) + t
 
 
 testpats = [
     [
         (r'\b(push|pop)d\b', "don't use 'pushd' or 'popd', use 'cd'"),
         (r'\W\$?\(\([^\)\n]*\)\)', "don't use (()) or $(()), use 'expr'"),
         (r'grep.*-q', "don't use 'grep -q', redirect to /dev/null"),
         (r'(?<!hg )grep.* -a', "don't use 'grep -a', use in-line python"),
         (r'sed.*-i', "don't use 'sed -i', use a temporary file"),
         (r'\becho\b.*\\n', "don't use 'echo \\n', use printf"),
         (r'echo -n', "don't use 'echo -n', use printf"),
         (r'(^|\|\s*)\bwc\b[^|]*$\n(?!.*\(re\))', "filter wc output"),
         (r'head -c', "don't use 'head -c', use 'dd'"),
         (r'tail -n', "don't use the '-n' option to tail, just use '-<num>'"),
         (r'sha1sum', "don't use sha1sum, use $TESTDIR/md5sum.py"),
         (r'\bls\b.*-\w*R', "don't use 'ls -R', use 'find'"),
         (r'printf.*[^\\]\\([1-9]|0\d)', r"don't use 'printf \NNN', use Python"),
         (r'printf.*[^\\]\\x', "don't use printf \\x, use Python"),
         (r'rm -rf \*', "don't use naked rm -rf, target a directory"),
         (
             r'\[[^\]]+==',
             '[ foo == bar ] is a bashism, use [ foo = bar ] instead',
         ),
-        (
-            r'(^|\|\s*)grep (-\w\s+)*[^|]*[(|]\w',
-            "use egrep for extended grep syntax",
-        ),
+        (r'(^|\|\s*)egrep', "use grep -E for extended grep syntax"),
+        (r'(^|\|\s*)fgrep', "use grep -F for fixed string grepping"),
         (r'(^|\|\s*)e?grep .*\\S', "don't use \\S in regular expression"),
         (r'(?<!!)/bin/', "don't use explicit paths for tools"),
         (r'#!.*/bash', "don't use bash in shebang, use sh"),
         (r'[^\n]\Z', "no trailing newline"),
         (r'export .*=', "don't export and assign at once"),
         (r'^source\b', "don't use 'source', use '.'"),
         (r'touch -d', "don't use 'touch -d', use 'touch -t' instead"),
         (r'\bls +[^|\n-]+ +-', "options to 'ls' must come before filenames"),
         (r'[^>\n]>\s*\$HGRCPATH', "don't overwrite $HGRCPATH, append to it"),
         (r'^stop\(\)', "don't use 'stop' as a shell function name"),
         (r'(\[|\btest\b).*-e ', "don't use 'test -e', use 'test -f'"),
         (r'\[\[\s+[^\]]*\]\]', "don't use '[[ ]]', use '[ ]'"),
         (r'^alias\b.*=', "don't use alias, use a function"),
         (r'if\s*!', "don't use '!' to negate exit status"),
         (r'/dev/u?random', "don't use entropy, use /dev/zero"),
         (r'do\s*true;\s*done', "don't use true as loop body, use sleep 0"),
         (
             r'sed (-e )?\'(\d+|/[^/]*/)i(?!\\\n)',
             "put a backslash-escaped newline after sed 'i' command",
         ),
         (r'^diff *-\w*[uU].*$\n(^  \$ |^$)', "prefix diff -u/-U with cmp"),
         (r'^\s+(if)? diff *-\w*[uU]', "prefix diff -u/-U with cmp"),
         (r'[\s="`\']python\s(?!bindings)', "don't use 'python', use '$PYTHON'"),
         (r'seq ', "don't use 'seq', use $TESTDIR/seq.py"),
         (r'\butil\.Abort\b', "directly use error.Abort"),
         (r'\|&', "don't use |&, use 2>&1"),
         (r'\w =  +\w', "only one space after = allowed"),
         (
             r'\bsed\b.*[^\\]\\n',
             "don't use 'sed ... \\n', use a \\ and a newline",
         ),
         (r'env.*-u', "don't use 'env -u VAR', use 'unset VAR'"),
         (r'cp.* -r ', "don't use 'cp -r', use 'cp -R'"),
         (r'grep.* -[ABC]', "don't use grep's context flags"),
         (
             r'find.*-printf',
             "don't use 'find -printf', it doesn't exist on BSD find(1)",
         ),
         (r'\$RANDOM ', "don't use bash-only $RANDOM to generate random values"),
     ],
     # warnings
     [
         (r'^function', "don't use 'function', use old style"),
         (r'^diff.*-\w*N', "don't use 'diff -N'"),
         (r'\$PWD|\${PWD}', "don't use $PWD, use `pwd`", "no-pwd-check"),
         (r'^([^"\'\n]|("[^"\n]*")|(\'[^\'\n]*\'))*\^', "^ must be quoted"),
         (r'kill (`|\$\()', "don't use kill, use killdaemons.py"),
     ],
 ]
 
 testfilters = [
     (r"( *)(#([^!][^\n]*\S)?)", repcomment),
     (r"<<(\S+)((.|\n)*?\n\1)", rephere),
 ]
 
 uprefix = r"^  \$ "
 utestpats = [
     [
         (r'^(\S.*||  [$>] \S.*)[ \t]\n', "trailing whitespace on non-output"),
         (
             uprefix + r'.*\|\s*sed[^|>\n]*\n',
             "use regex test output patterns instead of sed",
         ),
         (uprefix + r'(true|exit 0)', "explicit zero exit unnecessary"),
         (
             uprefix + r'.*\|\| echo.*(fail|error)',
             "explicit exit code checks unnecessary",
         ),
         (uprefix + r'set -e', "don't use set -e"),
         (uprefix + r'(\s|fi\b|done\b)', "use > for continued lines"),
         (
             uprefix + r'.*:\.\S*/',
             "x:.y in a path does not work on msys, rewrite "
             "as x://.y, or see `hg log -k msys` for alternatives",
             r'-\S+:\.|' '# no-msys',  # -Rxxx
         ),  # in test-pull.t which is skipped on windows
         (
             r'^  [^$>].*27\.0\.0\.1',
             'use $LOCALIP not an explicit loopback address',
         ),
         (
             r'^  (?![>$] ).*\$LOCALIP.*[^)]$',
             'mark $LOCALIP output lines with (glob) to help tests in BSD jails',
         ),
         (
             r'^  (cat|find): .*: \$ENOENT\$',
             'use test -f to test for file existence',
         ),
         (
             r'^  diff -[^ -]*p',
             "don't use (external) diff with -p for portability",
         ),
         (r' readlink ', 'use readlink.py instead of readlink'),
         (
             r'^  [-+][-+][-+] .* [-+]0000 \(glob\)',
             "glob timezone field in diff output for portability",
         ),
         (
             r'^  @@ -[0-9]+ [+][0-9]+,[0-9]+ @@',
             "use '@@ -N* +N,n @@ (glob)' style chunk header for portability",
         ),
         (
             r'^  @@ -[0-9]+,[0-9]+ [+][0-9]+ @@',
             "use '@@ -N,n +N* @@ (glob)' style chunk header for portability",
         ),
         (
             r'^  @@ -[0-9]+ [+][0-9]+ @@',
             "use '@@ -N* +N* @@ (glob)' style chunk header for portability",
         ),
         (
             uprefix + r'hg( +-[^ ]+( +[^ ]+)?)* +extdiff'
             r'( +(-[^ po-]+|--(?!program|option)[^ ]+|[^-][^ ]*))*$',
             "use $RUNTESTDIR/pdiff via extdiff (or -o/-p for false-positives)",
         ),
     ],
     # warnings
     [
         (
             r'^  (?!.*\$LOCALIP)[^*?/\n]* \(glob\)$',
             "glob match with no glob string (?, *, /, and $LOCALIP)",
         ),
     ],
 ]
 
 # transform plain test rules to unified test's
 for i in [0, 1]:
     for tp in testpats[i]:
         p = tp[0]
         m = tp[1]
         if p.startswith('^'):
             p = "^  [$>] (%s)" % p[1:]
         else:
             p = "^  [$>] .*(%s)" % p
         utestpats[i].append((p, m) + tp[2:])
 
 # don't transform the following rules:
 # "  > \t" and "  \t" should be allowed in unified tests
 testpats[0].append((r'^( *)\t', "don't use tabs to indent"))
 utestpats[0].append((r'^( ?)\t', "don't use tabs to indent"))
 
 utestfilters = [
     (r"<<(\S+)((.|\n)*?\n  > \1)", rephere),
     (r"( +)(#([^!][^\n]*\S)?)", repcomment),
 ]
 
 # common patterns to check *.py
 commonpypats = [
     [
         (r'\\$', 'Use () to wrap long lines in Python, not \\'),
         (
             r'^\s*def\s*\w+\s*\(.*,\s*\(',
             "tuple parameter unpacking not available in Python 3+",
         ),
         (
             r'lambda\s*\(.*,.*\)',
             "tuple parameter unpacking not available in Python 3+",
         ),
         (r'(?<!def)\s+(cmp)\(', "cmp is not available in Python 3+"),
         (r'(?<!\.)\breduce\s*\(.*', "reduce is not available in Python 3+"),
         (
             r'\bdict\(.*=',
             'dict() is different in Py2 and 3 and is slower than {}',
             'dict-from-generator',
         ),
         (r'\.has_key\b', "dict.has_key is not available in Python 3+"),
         (r'\s<>\s', '<> operator is not available in Python 3+, use !='),
         (r'^\s*\t', "don't use tabs"),
         (r'\S;\s*\n', "semicolon"),
         (r'[^_]_\([ \t\n]*(?:"[^"]+"[ \t\n+]*)+%', "don't use % inside _()"),
         (r"[^_]_\([ \t\n]*(?:'[^']+'[ \t\n+]*)+%", "don't use % inside _()"),
         (r'(\w|\)),\w', "missing whitespace after ,"),
         (r'(\w|\))[+/*\-<>]\w', "missing whitespace in expression"),
         (r'\w\s=\s\s+\w', "gratuitous whitespace after ="),
         (
             (
                 # a line ending with a colon, potentially with trailing comments
                 r':([ \t]*#[^\n]*)?\n'
                 # one that is not a pass and not only a comment
                 r'(?P<indent>[ \t]+)[^#][^\n]+\n'
                 # more lines at the same indent level
                 r'((?P=indent)[^\n]+\n)*'
                 # a pass at the same indent level, which is bogus
                 r'(?P=indent)pass[ \t\n#]'
             ),
             'omit superfluous pass',
         ),
         (r'[^\n]\Z', "no trailing newline"),
         (r'(\S[ \t]+|^[ \t]+)\n', "trailing whitespace"),
         (
             r'^\s*(if|while|def|class|except|try)\s[^[\n]*:\s*[^\\n]#\s]+',
             "linebreak after :",
         ),
         (
             r'\b(%s)\('
             % '|'.join(k for k in keyword.kwlist if k not in ('print', 'exec')),
             "Python keyword is not a function",
         ),
         #    (r'class\s[A-Z][^\(]*\((?!Exception)',
         #     "don't capitalize non-exception classes"),
         #    (r'in range\(', "use xrange"),
         #    (r'^\s*print\s+', "avoid using print in core and extensions"),
         (r'[\x80-\xff]', "non-ASCII character literal"),
         (r'("\')\.format\(', "str.format() has no bytes counterpart, use %"),
         (
             r'([\(\[][ \t]\S)|(\S[ \t][\)\]])',
             "gratuitous whitespace in () or []",
         ),
         #    (r'\s\s=', "gratuitous whitespace before ="),
         (
             r'[^>< ](\+=|-=|!=|<>|<=|>=|<<=|>>=|%=)\S',
             "missing whitespace around operator",
         ),
         (
             r'[^>< ](\+=|-=|!=|<>|<=|>=|<<=|>>=|%=)\s',
             "missing whitespace around operator",
         ),
         (
             r'\s(\+=|-=|!=|<>|<=|>=|<<=|>>=|%=)\S',
             "missing whitespace around operator",
         ),
         (r'[^^+=*/!<>&| %-](\s=|=\s)[^= ]', "wrong whitespace around ="),
         (
             r'raise [^,(]+, (\([^\)]+\)|[^,\(\)]+)$',
             "don't use old-style two-argument raise, use Exception(message)",
         ),
         (r' is\s+(not\s+)?["\'0-9-]', "object comparison with literal"),
         (
             r' [=!]=\s+(True|False|None)',
             "comparison with singleton, use 'is' or 'is not' instead",
         ),
         (
             r'^\s*(while|if) [01]:',
             "use True/False for constant Boolean expression",
         ),
         (r'^\s*if False(:| +and)', 'Remove code instead of using `if False`'),
         (
             r'(?:(?<!def)\s+|\()hasattr\(',
             'hasattr(foo, bar) is broken on py2, use util.safehasattr(foo, bar) '
             'instead',
             r'#.*hasattr-py3-only',
         ),
         (r'opener\([^)]*\).read\(', "use opener.read() instead"),
         (r'opener\([^)]*\).write\(', "use opener.write() instead"),
         (r'(?i)descend[e]nt', "the proper spelling is descendAnt"),
         (r'\.debug\(\_', "don't mark debug messages for translation"),
         (r'\.strip\(\)\.split\(\)', "no need to strip before splitting"),
         (r'^\s*except\s*:', "naked except clause", r'#.*re-raises'),
         (
             r'^\s*except\s([^\(,]+|\([^\)]+\))\s*,',
             'legacy exception syntax; use "as" instead of ","',
         ),
         (r'release\(.*wlock, .*lock\)', "wrong lock release order"),
         (r'\bdef\s+__bool__\b', "__bool__ should be __nonzero__ in Python 2"),
         (
             r'os\.path\.join\(.*, *(""|\'\')\)',
             "use pathutil.normasprefix(path) instead of os.path.join(path, '')",
         ),
         (r'\s0[0-7]+\b', 'legacy octal syntax; use "0o" prefix instead of "0"'),
         # XXX only catch mutable arguments on the first line of the definition
         (r'def.*[( ]\w+=\{\}', "don't use mutable default arguments"),
         (r'\butil\.Abort\b', "directly use error.Abort"),
         (
             r'^@(\w*\.)?cachefunc',
             "module-level @cachefunc is risky, please avoid",
         ),
         (
             r'^(from|import) mercurial\.(cext|pure|cffi)',
             "use mercurial.policy.importmod instead",
         ),
         (r'\.next\(\)', "don't use .next(), use next(...)"),
         (
             r'([a-z]*).revision\(\1\.node\(',
             "don't convert rev to node before passing to revision(nodeorrev)",
         ),
         (r'platform\.system\(\)', "don't use platform.system(), use pycompat"),
     ],
     # warnings
     [],
 ]
 
 # patterns to check normal *.py files
 pypats = [
     [
         # Ideally, these should be placed in "commonpypats" for
         # consistency of coding rules in Mercurial source tree.
         # But on the other hand, these are not so seriously required for
         # python code fragments embedded in test scripts. Fixing test
         # scripts for these patterns requires many changes, and has less
         # profit than effort.
         (r'raise Exception', "don't raise generic exceptions"),
         (r'[\s\(](open|file)\([^)]*\)\.read\(', "use util.readfile() instead"),
         (
             r'[\s\(](open|file)\([^)]*\)\.write\(',
             "use util.writefile() instead",
         ),
         (
             r'^[\s\(]*(open(er)?|file)\([^)]*\)(?!\.close\(\))',
             "always assign an opened file to a variable, and close it afterwards",
         ),
         (
             r'[\s\(](open|file)\([^)]*\)\.(?!close\(\))',
             "always assign an opened file to a variable, and close it afterwards",
         ),
         (r':\n(    )*( ){1,3}[^ ]', "must indent 4 spaces"),
         (r'^import atexit', "don't use atexit, use ui.atexit"),
         # rules depending on implementation of repquote()
         (
             r' x+[xpqo%APM][\'"]\n\s+[\'"]x',
             'string join across lines with no space',
         ),
         (
             r'''(?x)ui\.(status|progress|write|note|warn)\(
          [ \t\n#]*
          (?# any strings/comments might precede a string, which
            # contains translatable message)
          b?((['"]|\'\'\'|""")[ \npq%bAPMxno]*(['"]|\'\'\'|""")[ \t\n#]+)*
          (?# sequence consisting of below might precede translatable message
            # - formatting string: "% 10s", "%05d", "% -3.2f", "%*s", "%%" ...
            # - escaped character: "\\", "\n", "\0" ...
            # - character other than '%', 'b' as '\', and 'x' as alphabet)
          (['"]|\'\'\'|""")
          ((%([ n]?[PM]?([np]+|A))?x)|%%|b[bnx]|[ \nnpqAPMo])*x
          (?# this regexp can't use [^...] style,
            # because _preparepats forcibly adds "\n" into [^...],
            # even though this regexp wants match it against "\n")''',
             "missing _() in ui message (use () to hide false-positives)",
         ),
     ]
     + commonpypats[0],
     # warnings
     [
         # rules depending on implementation of repquote()
         (r'(^| )pp +xxxxqq[ \n][^\n]', "add two newlines after '.. note::'"),
     ]
     + commonpypats[1],
 ]
 
 # patterns to check *.py for embedded ones in test script
 embeddedpypats = [
     [] + commonpypats[0],
     # warnings
     [] + commonpypats[1],
 ]
 
 # common filters to convert *.py
 commonpyfilters = [
     (
         r"""(?msx)(?P<comment>\#.*?$)|
          ((?P<quote>('''|\"\"\"|(?<!')'(?!')|(?<!")"(?!")))
           (?P<text>(([^\\]|\\.)*?))
           (?P=quote))""",
         reppython,
     ),
 ]
 
 # pattern only for mercurial and extensions
 core_py_pats = [
     [
         # Windows tend to get confused about capitalization of the drive letter
         #
         # see mercurial.windows.abspath for details
         (
             r'os\.path\.abspath',
             "use util.abspath instead (windows)",
             r'#.*re-exports',
         ),
     ],
     # warnings
     [],
 ]
 
 # filters to convert normal *.py files
 pyfilters = [] + commonpyfilters
 
 # non-filter patterns
 pynfpats = [
     [
         (r'pycompat\.osname\s*[=!]=\s*[\'"]nt[\'"]', "use pycompat.iswindows"),
         (r'pycompat\.osname\s*[=!]=\s*[\'"]posix[\'"]', "use pycompat.isposix"),
         (
             r'pycompat\.sysplatform\s*[!=]=\s*[\'"]darwin[\'"]',
             "use pycompat.isdarwin",
         ),
     ],
     # warnings
     [],
 ]
 
 # filters to convert *.py for embedded ones in test script
 embeddedpyfilters = [] + commonpyfilters
 
 # extension non-filter patterns
 pyextnfpats = [
     [(r'^"""\n?[A-Z]', "don't capitalize docstring title")],
     # warnings
     [],
 ]
 
 txtfilters = []
 
 txtpats = [
     [
         (r'\s$', 'trailing whitespace'),
         ('.. note::[ \n][^\n]', 'add two newlines after note::'),
     ],
     [],
 ]
 
 cpats = [
     [
         (r'//', "don't use //-style comments"),
         (r'\S\t', "don't use tabs except for indent"),
         (r'(\S[ \t]+|^[ \t]+)\n', "trailing whitespace"),
         (r'(while|if|do|for)\(', "use space after while/if/do/for"),
         (r'return\(', "return is not a function"),
         (r' ;', "no space before ;"),
         (r'[^;] \)', "no space before )"),
         (r'[)][{]', "space between ) and {"),
         (r'\w+\* \w+', "use int *foo, not int* foo"),
         (r'\W\([^\)]+\) \w+', "use (int)foo, not (int) foo"),
         (r'\w+ (\+\+|--)', "use foo++, not foo ++"),
         (r'\w,\w', "missing whitespace after ,"),
         (r'^[^#]\w[+/*]\w', "missing whitespace in expression"),
         (r'\w\s=\s\s+\w', "gratuitous whitespace after ="),
         (r'^#\s+\w', "use #foo, not # foo"),
         (r'[^\n]\Z', "no trailing newline"),
         (r'^\s*#import\b', "use only #include in standard C code"),
         (r'strcpy\(', "don't use strcpy, use strlcpy or memcpy"),
         (r'strcat\(', "don't use strcat"),
         # rules depending on implementation of repquote()
     ],
     # warnings
     [
         # rules depending on implementation of repquote()
     ],
 ]
 
 cfilters = [
     (r'(/\*)(((\*(?!/))|[^*])*)\*/', repccomment),
     (r'''(?P<quote>(?<!")")(?P<text>([^"]|\\")+)"(?!")''', repquote),
     (r'''(#\s*include\s+<)([^>]+)>''', repinclude),
     (r'(\()([^)]+\))', repcallspaces),
 ]
 
 inutilpats = [
     [
         (r'\bui\.', "don't use ui in util"),
     ],
     # warnings
     [],
 ]
 
 inrevlogpats = [
     [
         (r'\brepo\.', "don't use repo in revlog"),
     ],
     # warnings
     [],
 ]
 
 webtemplatefilters = []
 
 webtemplatepats = [
     [],
     [
         (
             r'{desc(\|(?!websub|firstline)[^\|]*)+}',
             'follow desc keyword with either firstline or websub',
         ),
     ],
 ]
 
 allfilesfilters = []
 
 allfilespats = [
     [
         (
             r'(http|https)://[a-zA-Z0-9./]*selenic.com/',
             'use mercurial-scm.org domain URL',
         ),
         (
             r'mercurial@selenic\.com',
             'use mercurial-scm.org domain for mercurial ML address',
         ),
         (
             r'mercurial-devel@selenic\.com',
             'use mercurial-scm.org domain for mercurial-devel ML address',
         ),
     ],
     # warnings
     [],
 ]
 
 py3pats = [
     [
         (
             r'os\.environ',
             "use encoding.environ instead (py3)",
             r'#.*re-exports',
         ),
         (r'os\.name', "use pycompat.osname instead (py3)"),
         (r'os\.getcwd', "use encoding.getcwd instead (py3)", r'#.*re-exports'),
         (r'os\.sep', "use pycompat.ossep instead (py3)"),
         (r'os\.pathsep', "use pycompat.ospathsep instead (py3)"),
         (r'os\.altsep', "use pycompat.osaltsep instead (py3)"),
         (r'sys\.platform', "use pycompat.sysplatform instead (py3)"),
         (r'getopt\.getopt', "use pycompat.getoptb instead (py3)"),
         (r'os\.getenv', "use encoding.environ.get instead"),
         (r'os\.setenv', "modifying the environ dict is not preferred"),
         (r'(?<!pycompat\.)xrange', "use pycompat.xrange instead (py3)"),
     ],
     # warnings
     [],
 ]
 
 checks = [
     ('python', r'.*\.(py|cgi)$', r'^#!.*python', pyfilters, pypats),
     ('python', r'.*\.(py|cgi)$', r'^#!.*python', [], pynfpats),
     ('python', r'.*hgext.*\.py$', '', [], pyextnfpats),
     (
         'python 3',
         r'.*(hgext|mercurial)/(?!demandimport|policy|pycompat).*\.py',
         '',
         pyfilters,
         py3pats,
     ),
     (
         'core files',
         r'.*(hgext|mercurial)/(?!demandimport|policy|pycompat).*\.py',
         '',
         pyfilters,
         core_py_pats,
     ),
     ('test script', r'(.*/)?test-[^.~]*$', '', testfilters, testpats),
     ('c', r'.*\.[ch]$', '', cfilters, cpats),
     ('unified test', r'.*\.t$', '', utestfilters, utestpats),
     (
         'layering violation repo in revlog',
         r'mercurial/revlog\.py',
         '',
         pyfilters,
         inrevlogpats,
     ),
     (
         'layering violation ui in util',
         r'mercurial/util\.py',
         '',
         pyfilters,
         inutilpats,
     ),
     ('txt', r'.*\.txt$', '', txtfilters, txtpats),
     (
         'web template',
         r'mercurial/templates/.*\.tmpl',
         '',
         webtemplatefilters,
         webtemplatepats,
     ),
     ('all except for .po', r'.*(?<!\.po)$', '', allfilesfilters, allfilespats),
 ]
 
 # (desc,
 #  func to pick up embedded code fragments,
 #  list of patterns to convert target files
 #  list of patterns to detect errors/warnings)
 embeddedchecks = [
     (
         'embedded python',
         testparseutil.pyembedded,
         embeddedpyfilters,
         embeddedpypats,
     )
 ]
 
 
 def _preparepats():
     def preparefailandwarn(failandwarn):
         for pats in failandwarn:
             for i, pseq in enumerate(pats):
                 # fix-up regexes for multi-line searches
                 p = pseq[0]
                 # \s doesn't match \n (done in two steps)
                 # first, we replace \s that appears in a set already
                 p = re.sub(r'\[\\s', r'[ \\t', p)
                 # now we replace other \s instances.
                 p = re.sub(r'(?<!(\\|\[))\\s', r'[ \\t]', p)
                 # [^...] doesn't match newline
                 p = re.sub(r'(?<!\\)\[\^', r'[^\\n', p)
 
                 pats[i] = (re.compile(p, re.MULTILINE),) + pseq[1:]
 
     def preparefilters(filters):
         for i, flt in enumerate(filters):
             filters[i] = re.compile(flt[0]), flt[1]
 
     for cs in (checks, embeddedchecks):
         for c in cs:
             failandwarn = c[-1]
             preparefailandwarn(failandwarn)
 
             filters = c[-2]
             preparefilters(filters)
 
 
 class norepeatlogger:
     def __init__(self):
         self._lastseen = None
 
     def log(self, fname, lineno, line, msg, blame):
         """print error related a to given line of a given file.
 
         The faulty line will also be printed but only once in the case
         of multiple errors.
 
         :fname: filename
         :lineno: line number
         :line: actual content of the line
         :msg: error message
         """
         msgid = fname, lineno, line
         if msgid != self._lastseen:
             if blame:
                 print("%s:%d (%s):" % (fname, lineno, blame))
             else:
                 print("%s:%d:" % (fname, lineno))
             print(" > %s" % line)
             self._lastseen = msgid
         print(" " + msg)
 
 
 _defaultlogger = norepeatlogger()
 
 
 def getblame(f):
     lines = []
     for l in os.popen('hg annotate -un %s' % f):
         start, line = l.split(':', 1)
         user, rev = start.split()
         lines.append((line[1:-1], user, rev))
     return lines
 
 
 def checkfile(
     f,
     logfunc=_defaultlogger.log,
     maxerr=None,
     warnings=False,
     blame=False,
     debug=False,
     lineno=True,
 ):
     """checks style and portability of a given file
 
     :f: filepath
     :logfunc: function used to report error
               logfunc(filename, linenumber, linecontent, errormessage)
     :maxerr: number of error to display before aborting.
              Set to false (default) to report all errors
 
     return True if no error is found, False otherwise.
     """
     result = True
 
     try:
         with opentext(f) as fp:
             try:
                 pre = fp.read()
             except UnicodeDecodeError as e:
                 print("%s while reading %s" % (e, f))
                 return result
     except IOError as e:
         print("Skipping %s, %s" % (f, str(e).split(':', 1)[0]))
         return result
 
     # context information shared while single checkfile() invocation
     context = {'blamecache': None}
 
     for name, match, magic, filters, pats in checks:
         if debug:
             print(name, f)
         if not (re.match(match, f) or (magic and re.search(magic, pre))):
             if debug:
                 print(
                     "Skipping %s for %s it doesn't match %s" % (name, match, f)
                 )
             continue
         if "no-" "check-code" in pre:
             # If you're looking at this line, it's because a file has:
             # no- check- code
             # but the reason to output skipping is to make life for
             # tests easier. So, instead of writing it with a normal
             # spelling, we write it with the expected spelling from
             # tests/test-check-code.t
             print("Skipping %s it has no-che?k-code (glob)" % f)
             return "Skip"  # skip checking this file
 
         fc = _checkfiledata(
             name,
             f,
             pre,
             filters,
             pats,
             context,
             logfunc,
             maxerr,
             warnings,
             blame,
             debug,
             lineno,
         )
         if fc:
             result = False
 
     if f.endswith('.t') and "no-" "check-code" not in pre:
         if debug:
             print("Checking embedded code in %s" % f)
 
         prelines = pre.splitlines()
         embeddederros = []
         for name, embedded, filters, pats in embeddedchecks:
             # "reset curmax at each repetition" treats maxerr as "max
             # nubmer of errors in an actual file per entry of
             # (embedded)checks"
             curmaxerr = maxerr
 
             for found in embedded(f, prelines, embeddederros):
                 filename, starts, ends, code = found
                 fc = _checkfiledata(
                     name,
                     f,
                     code,
                     filters,
                     pats,
                     context,
                     logfunc,
                     curmaxerr,
                     warnings,
                     blame,
                     debug,
                     lineno,
                     offset=starts - 1,
                 )
                 if fc:
                     result = False
                     if curmaxerr:
                         if fc >= curmaxerr:
                             break
                         curmaxerr -= fc
 
     return result
 
 
 def _checkfiledata(
     name,
     f,
     filedata,
     filters,
     pats,
     context,
     logfunc,
     maxerr,
     warnings,
     blame,
     debug,
     lineno,
     offset=None,
 ):
     """Execute actual error check for file data
 
     :name: of the checking category
     :f: filepath
     :filedata: content of a file
     :filters: to be applied before checking
     :pats: to detect errors
     :context: a dict of information shared while single checkfile() invocation
               Valid keys: 'blamecache'.
     :logfunc: function used to report error
               logfunc(filename, linenumber, linecontent, errormessage)
     :maxerr: number of error to display before aborting, or False to
              report all errors
     :warnings: whether warning level checks should be applied
     :blame: whether blame information should be displayed at error reporting
     :debug: whether debug information should be displayed
     :lineno: whether lineno should be displayed at error reporting
     :offset: line number offset of 'filedata' in 'f' for checking
              an embedded code fragment, or None (offset=0 is different
              from offset=None)
 
     returns number of detected errors.
     """
     blamecache = context['blamecache']
     if offset is None:
         lineoffset = 0
     else:
         lineoffset = offset
 
     fc = 0
     pre = post = filedata
 
     if True:  # TODO: get rid of this redundant 'if' block
         for p, r in filters:
             post = re.sub(p, r, post)
         nerrs = len(pats[0])  # nerr elements are errors
         if warnings:
             pats = pats[0] + pats[1]
         else:
             pats = pats[0]
         # print post # uncomment to show filtered version
 
         if debug:
             print("Checking %s for %s" % (name, f))
 
         prelines = None
         errors = []
         for i, pat in enumerate(pats):
             if len(pat) == 3:
                 p, msg, ignore = pat
             else:
                 p, msg = pat
                 ignore = None
             if i >= nerrs:
                 msg = "warning: " + msg
 
             pos = 0
             n = 0
             for m in p.finditer(post):
                 if prelines is None:
                     prelines = pre.splitlines()
                     postlines = post.splitlines(True)
 
                 start = m.start()
                 while n < len(postlines):
                     step = len(postlines[n])
                     if pos + step > start:
                         break
                     pos += step
                     n += 1
                 l = prelines[n]
 
                 if ignore and re.search(ignore, l, re.MULTILINE):
                     if debug:
                         print(
                             "Skipping %s for %s:%s (ignore pattern)"
                             % (name, f, (n + lineoffset))
                         )
                     continue
                 bd = ""
                 if blame:
                     bd = 'working directory'
                     if blamecache is None:
                         blamecache = getblame(f)
                         context['blamecache'] = blamecache
                     if (n + lineoffset) < len(blamecache):
                         bl, bu, br = blamecache[(n + lineoffset)]
                         if offset is None and bl == l:
                             bd = '%s@%s' % (bu, br)
                         elif offset is not None and bl.endswith(l):
                             # "offset is not None" means "checking
                             # embedded code fragment". In this case,
                             # "l" does not have information about the
                             # beginning of an *original* line in the
                             # file (e.g. '  > ').
                             # Therefore, use "str.endswith()", and
                             # show "maybe" for a little loose
                             # examination.
                             bd = '%s@%s, maybe' % (bu, br)
 
                 errors.append((f, lineno and (n + lineoffset + 1), l, msg, bd))
 
         errors.sort()
         for e in errors:
             logfunc(*e)
             fc += 1
             if maxerr and fc >= maxerr:
                 print(" (too many errors, giving up)")
                 break
 
     return fc
 
 
 def main():
     parser = optparse.OptionParser("%prog [options] [files | -]")
     parser.add_option(
         "-w",
         "--warnings",
         action="store_true",
         help="include warning-level checks",
     )
     parser.add_option(
         "-p", "--per-file", type="int", help="max warnings per file"
     )
     parser.add_option(
         "-b",
         "--blame",
         action="store_true",
         help="use annotate to generate blame info",
     )
     parser.add_option(
         "", "--debug", action="store_true", help="show debug information"
     )
     parser.add_option(
         "",
         "--nolineno",
         action="store_false",
         dest='lineno',
         help="don't show line numbers",
     )
 
     parser.set_defaults(
         per_file=15, warnings=False, blame=False, debug=False, lineno=True
     )
     (options, args) = parser.parse_args()
 
     if len(args) == 0:
         check = glob.glob("*")
     elif args == ['-']:
         # read file list from stdin
         check = sys.stdin.read().splitlines()
     else:
         check = args
 
     _preparepats()
 
     ret = 0
     for f in check:
         if not checkfile(
             f,
             maxerr=options.per_file,
             warnings=options.warnings,
             blame=options.blame,
             debug=options.debug,
             lineno=options.lineno,
         ):
             ret = 1
     return ret
 
 
 if __name__ == "__main__":
     sys.exit(main())

contrib/heptapod-ci.yml

@@ -1,144 +1,165 b''
+# Don't run pipelines on branch "merge", since we're fast-forward only.
+# Gitlab sees a new branch (since e.g. `topic/stable/my-topic` becomes
+# `branch/stable`), but the hash hasn't changed. There is no reason to
+# re-run the CI in our case, since we haven't built up any specific automation.
+# Right now it's just wasted CI and developer time.
+# One can still run the pipeline manually via the web interface,
+# like in the case of releases, to make *extra* sure that the actual branch
+# has succeeded.
+workflow:
+  rules:
+    - if: $CI_COMMIT_BRANCH =~ /^branch\/.*/ && $CI_PIPELINE_SOURCE != "web"
+      when: never
+    - if: $CI_PIPELINE_SOURCE == "merge_request_event"
+      when: never
+    - if: $CI_PIPELINE_SOURCE == "push"
+      when: always
+    - if: $CI_COMMIT_BRANCH && $CI_OPEN_MERGE_REQUESTS
+      when: never
+    - if: $CI_COMMIT_BRANCH
+      when: always
+
 stages:
   - tests
 
 image: registry.heptapod.net/mercurial/ci-images/mercurial-core:$HG_CI_IMAGE_TAG
 
 variables:
     PYTHON: python
     TEST_HGMODULEPOLICY: "allow"
     HG_CI_IMAGE_TAG: "v1.0"
     TEST_HGTESTS_ALLOW_NETIO: "0"
 
 .all_template: &all
   when: on_success
 
 .runtests_template: &runtests
     <<: *all
     stage: tests
     # The runner made a clone as root.
     # We make a new clone owned by user used to run the step.
     before_script:
       - hg clone . /tmp/mercurial-ci/ --noupdate --config phases.publish=no
       - hg -R /tmp/mercurial-ci/ update `hg log --rev '.' --template '{node}'`
       - cd /tmp/mercurial-ci/
       - ls -1 tests/test-check-*.* > /tmp/check-tests.txt
       - black --version
       - clang-format --version
     script:
         - echo "python used, $PYTHON"
         - $PYTHON --version
         - echo "$RUNTEST_ARGS"
         - HGTESTS_ALLOW_NETIO="$TEST_HGTESTS_ALLOW_NETIO" HGMODULEPOLICY="$TEST_HGMODULEPOLICY" "$PYTHON" tests/run-tests.py --color=always $RUNTEST_ARGS
 
 checks:
     <<: *runtests
     variables:
         RUNTEST_ARGS: "--time --test-list /tmp/check-tests.txt"
         PYTHON: python3
         CI_CLEVER_CLOUD_FLAVOR: S
 
 rust-cargo-test:
     <<: *all
     stage: tests
     script:
         - echo "python used, $PYTHON"
         - make rust-tests
         - make cargo-clippy
     variables:
         PYTHON: python3
         CI_CLEVER_CLOUD_FLAVOR: S
 
 test-c:
     <<: *runtests
     variables:
         RUNTEST_ARGS: " --no-rust --blacklist /tmp/check-tests.txt"
         PYTHON: python3
         TEST_HGMODULEPOLICY: "c"
         TEST_HGTESTS_ALLOW_NETIO: "1"
 
 test-pure:
     <<: *runtests
     variables:
         RUNTEST_ARGS: "--pure --blacklist /tmp/check-tests.txt"
         PYTHON: python3
         TEST_HGMODULEPOLICY: "py"
 
 test-rust:
     <<: *runtests
     variables:
         HGWITHRUSTEXT: cpython
         RUNTEST_ARGS: "--rust --blacklist /tmp/check-tests.txt"
         PYTHON: python3
         TEST_HGMODULEPOLICY: "rust+c"
 
 test-rhg:
     <<: *runtests
     variables:
         HGWITHRUSTEXT: cpython
         RUNTEST_ARGS: "--rust --rhg --blacklist /tmp/check-tests.txt"
         PYTHON: python3
         TEST_HGMODULEPOLICY: "rust+c"
 
 test-chg:
     <<: *runtests
     variables:
         PYTHON: python3
         RUNTEST_ARGS: "--blacklist /tmp/check-tests.txt --chg"
         TEST_HGMODULEPOLICY: "c"
 
 check-pytype:
     extends: .runtests_template
     before_script:
       - hg clone . /tmp/mercurial-ci/ --noupdate --config phases.publish=no
       - hg -R /tmp/mercurial-ci/ update `hg log --rev '.' --template '{node}'`
       - cd /tmp/mercurial-ci/
       - make local PYTHON=$PYTHON
       - $PYTHON -m pip install --user -U libcst==0.3.20 pytype==2022.11.18
       - ./contrib/setup-pytype.sh
     script:
       - echo "Entering script section"
       - sh contrib/check-pytype.sh
     variables:
         PYTHON: python3
 
 # `sh.exe --login` sets a couple of extra environment variables that are defined
 # in the MinGW shell, but switches CWD to /home/$username.  The previous value
 # is stored in OLDPWD.  Of the added variables, MSYSTEM is crucial to running
 # run-tests.py- it is needed to make run-tests.py generate a `python3` script
 # that satisfies the various shebang lines and delegates to `py -3`.
 .window_runtests_template: &windows_runtests
     <<: *all
     when: manual  # we don't have any Windows runners anymore at the moment
     stage: tests
     before_script:
       - C:/MinGW/msys/1.0/bin/sh.exe --login -c 'cd "$OLDPWD" && ls -1 tests/test-check-*.* > C:/Temp/check-tests.txt'
       # TODO: find/install cvs, bzr, perforce, gpg, sqlite3
 
     script:
         - echo "Entering script section"
         - echo "python used, $Env:PYTHON"
         - Invoke-Expression "$Env:PYTHON -V"
         - Invoke-Expression "$Env:PYTHON -m black --version"
         - echo "$Env:RUNTEST_ARGS"
         - echo "$Env:TMP"
         - echo "$Env:TEMP"
 
         - C:/MinGW/msys/1.0/bin/sh.exe --login -c 'cd "$OLDPWD" && HGTESTS_ALLOW_NETIO="$TEST_HGTESTS_ALLOW_NETIO" HGMODULEPOLICY="$TEST_HGMODULEPOLICY" $PYTHON tests/run-tests.py --color=always $RUNTEST_ARGS'
 
 windows:
     <<: *windows_runtests
     tags:
       - windows
     variables:
         TEST_HGMODULEPOLICY: "c"
         RUNTEST_ARGS: "--blacklist C:/Temp/check-tests.txt"
         PYTHON: py -3
 
 windows-pyox:
     <<: *windows_runtests
     tags:
       - windows
     variables:
         TEST_HGMODULEPOLICY: "c"
         RUNTEST_ARGS: "--blacklist C:/Temp/check-tests.txt --pyoxidized"
         PYTHON: py -3

contrib/hgweb.fcgi

@@ -1,22 +1,19 b''
 #!/usr/bin/env python3
 #
 # An example FastCGI script for use with flup, edit as necessary
 
 # Path to repo or hgweb config to serve (see 'hg help hgweb')
 config = b"/path/to/repo/or/config"
 
 # Uncomment and adjust if Mercurial is not installed system-wide
 # (consult "installed modules" path from 'hg debuginstall'):
 # import sys; sys.path.insert(0, "/path/to/python/lib")
 
-# Uncomment to send python tracebacks to the browser if an error occurs:
-# import cgitb; cgitb.enable()
-
 from mercurial import demandimport
 
 demandimport.enable()
 from mercurial.hgweb import hgweb
 from flup.server.fcgi import WSGIServer
 
 application = hgweb(config)
 WSGIServer(application).run()

contrib/hgweb.wsgi

@@ -1,18 +1,15 b''
 # An example WSGI for use with mod_wsgi, edit as necessary
 # See https://mercurial-scm.org/wiki/modwsgi for more information
 
 # Path to repo or hgweb config to serve (see 'hg help hgweb')
 config = b"/path/to/repo/or/config"
 
 # Uncomment and adjust if Mercurial is not installed system-wide
 # (consult "installed modules" path from 'hg debuginstall'):
 #import sys; sys.path.insert(0, "/path/to/python/lib")
 
-# Uncomment to send python tracebacks to the browser if an error occurs:
-#import cgitb; cgitb.enable()
-
 # enable demandloading to reduce startup time
 from mercurial import demandimport; demandimport.enable()
 
 from mercurial.hgweb import hgweb
 application = hgweb(config)

hgdemandimport/__init__.py

@@ -1,83 +1,86 b''
 # hgdemandimport - global demand-loading of modules for Mercurial
 #
 # Copyright 2017 Facebook Inc.
 #
 # This software may be used and distributed according to the terms of the
 # GNU General Public License version 2 or any later version.
 
 '''demandimport - automatic demand-loading of modules'''
 
 # This is in a separate package from mercurial because in Python 3,
 # demand loading is per-package. Keeping demandimport in the mercurial package
 # would disable demand loading for any modules in mercurial.
 
 
 import os
 import sys
 
 from . import demandimportpy3 as demandimport
 
 # Full module names which can't be lazy imported.
 # Extensions can add to this set.
 IGNORES = {
     '__future__',
     '_hashlib',
     # ImportError during pkg_resources/__init__.py:fixup_namespace_package
     '_imp',
     '_xmlplus',
     'fcntl',
     'nt',  # pathlib2 tests the existence of built-in 'nt' module
     'win32com.gen_py',
     'win32com.shell',  # 'appdirs' tries to import win32com.shell
     '_winreg',  # 2.7 mimetypes needs immediate ImportError
     'pythoncom',
     # imported by tarfile, not available under Windows
     'pwd',
     'grp',
     # imported by profile, itself imported by hotshot.stats,
     # not available under Windows
     'resource',
     # this trips up many extension authors
     'gtk',
     # setuptools' pkg_resources.py expects "from __main__ import x" to
     # raise ImportError if x not defined
     '__main__',
     '_ast',  # https://bugs.python.org/issue41631
     '_ssl',  # conditional imports in the stdlib, issue1964
     '_sre',  # issue4920
     'rfc822',
     'mimetools',
     'sqlalchemy.events',  # has import-time side effects (issue5085)
     'sqlalchemy.dialects',  # similar problems as above
     # setuptools 8 expects this module to explode early when not on windows
     'distutils.msvc9compiler',
     '__builtin__',
     'builtins',
     'urwid.command_map',  # for pudb
     'lzma',
+    # setuptools uses this hack to inject it's own distutils at import time
+    'setuptools',
+    '_distutils_hack.override',
 }
 
 _pypy = '__pypy__' in sys.builtin_module_names
 
 if _pypy:
     # _ctypes.pointer is shadowed by "from ... import pointer" (PyPy 5)
     IGNORES.add('_ctypes.pointer')
     # pure Python module on PyPy, must be loaded to raise ModuleNotFoundError
     # on non-Windows platforms
     IGNORES.add('msvcrt')
 
 demandimport.init(IGNORES)
 
 # Re-export.
 isenabled = demandimport.isenabled
 disable = demandimport.disable
 deactivated = demandimport.deactivated
 
 
 def enable():
     # chg pre-imports modules so do not enable demandimport for it
     if (
         'CHGINTERNALMARK' not in os.environ
         and os.environ.get('HGDEMANDIMPORT') != 'disable'
     ):
         demandimport.enable()

hgext/clonebundles.py

@@ -1,1082 +1,1090 b''
 # This software may be used and distributed according to the terms of the
 # GNU General Public License version 2 or any later version.
 
 """advertise pre-generated bundles to seed clones
 
 "clonebundles" is a server-side extension used to advertise the existence
 of pre-generated, externally hosted bundle files to clients that are
 cloning so that cloning can be faster, more reliable, and require less
 resources on the server. "pullbundles" is a related feature for sending
 pre-generated bundle files to clients as part of pull operations.
 
 Cloning can be a CPU and I/O intensive operation on servers. Traditionally,
 the server, in response to a client's request to clone, dynamically generates
 a bundle containing the entire repository content and sends it to the client.
 There is no caching on the server and the server will have to redundantly
 generate the same outgoing bundle in response to each clone request. For
 servers with large repositories or with high clone volume, the load from
 clones can make scaling the server challenging and costly.
 
 This extension provides server operators the ability to offload
 potentially expensive clone load to an external service. Pre-generated
 bundles also allow using more CPU intensive compression, reducing the
 effective bandwidth requirements.
 
 Here's how clone bundles work:
 
 1. A server operator establishes a mechanism for making bundle files available
    on a hosting service where Mercurial clients can fetch them.
 2. A manifest file listing available bundle URLs and some optional metadata
    is added to the Mercurial repository on the server.
 3. A client initiates a clone against a clone bundles aware server.
 4. The client sees the server is advertising clone bundles and fetches the
    manifest listing available bundles.
 5. The client filters and sorts the available bundles based on what it
    supports and prefers.
 6. The client downloads and applies an available bundle from the
    server-specified URL.
 7. The client reconnects to the original server and performs the equivalent
    of :hg:`pull` to retrieve all repository data not in the bundle. (The
    repository could have been updated between when the bundle was created
    and when the client started the clone.) This may use "pullbundles".
 
 Instead of the server generating full repository bundles for every clone
 request, it generates full bundles once and they are subsequently reused to
 bootstrap new clones. The server may still transfer data at clone time.
 However, this is only data that has been added/changed since the bundle was
 created. For large, established repositories, this can reduce server load for
 clones to less than 1% of original.
 
 Here's how pullbundles work:
 
 1. A manifest file listing available bundles and describing the revisions
    is added to the Mercurial repository on the server.
 2. A new-enough client informs the server that it supports partial pulls
    and initiates a pull.
 3. If the server has pull bundles enabled and sees the client advertising
    partial pulls, it checks for a matching pull bundle in the manifest.
    A bundle matches if the format is supported by the client, the client
    has the required revisions already and needs something from the bundle.
 4. If there is at least one matching bundle, the server sends it to the client.
 5. The client applies the bundle and notices that the server reply was
    incomplete. It initiates another pull.
 
 To work, this extension requires the following of server operators:
 
 * Generating bundle files of repository content (typically periodically,
   such as once per day).
 * Clone bundles: A file server that clients have network access to and that
   Python knows how to talk to through its normal URL handling facility
   (typically an HTTP/HTTPS server).
 * A process for keeping the bundles manifest in sync with available bundle
   files.
 
 Strictly speaking, using a static file hosting server isn't required: a server
 operator could use a dynamic service for retrieving bundle data. However,
 static file hosting services are simple and scalable and should be sufficient
 for most needs.
 
 Bundle files can be generated with the :hg:`bundle` command. Typically
 :hg:`bundle --all` is used to produce a bundle of the entire repository.
 
 The bundlespec option `stream` (see :hg:`help bundlespec`)
 can be used to produce a special *streaming clonebundle*, typically using
 :hg:`bundle --all --type="none-streamv2"`.
 These are bundle files that are extremely efficient
 to produce and consume (read: fast). However, they are larger than
 traditional bundle formats and require that clients support the exact set
 of repository data store formats in use by the repository that created them.
 Typically, a newer server can serve data that is compatible with older clients.
 However, *streaming clone bundles* don't have this guarantee. **Server
 operators need to be aware that newer versions of Mercurial may produce
 streaming clone bundles incompatible with older Mercurial versions.**
 
 A server operator is responsible for creating a ``.hg/clonebundles.manifest``
 file containing the list of available bundle files suitable for seeding
 clones. If this file does not exist, the repository will not advertise the
 existence of clone bundles when clients connect. For pull bundles,
 ``.hg/pullbundles.manifest`` is used.
 
 The manifest file contains a newline (\\n) delimited list of entries.
 
 Each line in this file defines an available bundle. Lines have the format:
 
     <URL> [<key>=<value>[ <key>=<value>]]
 
 That is, a URL followed by an optional, space-delimited list of key=value
 pairs describing additional properties of this bundle. Both keys and values
 are URI encoded.
 
 For pull bundles, the URL is a path under the ``.hg`` directory of the
 repository.
 
 Keys in UPPERCASE are reserved for use by Mercurial and are defined below.
 All non-uppercase keys can be used by site installations. An example use
 for custom properties is to use the *datacenter* attribute to define which
 data center a file is hosted in. Clients could then prefer a server in the
 data center closest to them.
 
 The following reserved keys are currently defined:
 
 BUNDLESPEC
    A "bundle specification" string that describes the type of the bundle.
 
    These are string values that are accepted by the "--type" argument of
    :hg:`bundle`.
 
    The values are parsed in strict mode, which means they must be of the
    "<compression>-<type>" form. See
    mercurial.exchange.parsebundlespec() for more details.
 
    :hg:`debugbundle --spec` can be used to print the bundle specification
    string for a bundle file. The output of this command can be used verbatim
    for the value of ``BUNDLESPEC`` (it is already escaped).
 
    Clients will automatically filter out specifications that are unknown or
    unsupported so they won't attempt to download something that likely won't
    apply.
 
    The actual value doesn't impact client behavior beyond filtering:
    clients will still sniff the bundle type from the header of downloaded
    files.
 
    **Use of this key is highly recommended**, as it allows clients to
    easily skip unsupported bundles. If this key is not defined, an old
    client may attempt to apply a bundle that it is incapable of reading.
 
 REQUIRESNI
    Whether Server Name Indication (SNI) is required to connect to the URL.
    SNI allows servers to use multiple certificates on the same IP. It is
    somewhat common in CDNs and other hosting providers. Older Python
    versions do not support SNI. Defining this attribute enables clients
    with older Python versions to filter this entry without experiencing
    an opaque SSL failure at connection time.
 
    If this is defined, it is important to advertise a non-SNI fallback
    URL or clients running old Python releases may not be able to clone
    with the clonebundles facility.
 
    Value should be "true".
 
 REQUIREDRAM
    Value specifies expected memory requirements to decode the payload.
    Values can have suffixes for common bytes sizes. e.g. "64MB".
 
    This key is often used with zstd-compressed bundles using a high
    compression level / window size, which can require 100+ MB of memory
    to decode.
 
 heads
    Used for pull bundles. This contains the ``;`` separated changeset
    hashes of the heads of the bundle content.
 
 bases
    Used for pull bundles. This contains the ``;`` separated changeset
    hashes of the roots of the bundle content. This can be skipped if
    the bundle was created without ``--base``.
 
 Manifests can contain multiple entries. Assuming metadata is defined, clients
 will filter entries from the manifest that they don't support. The remaining
 entries are optionally sorted by client preferences
 (``ui.clonebundleprefers`` config option). The client then attempts
 to fetch the bundle at the first URL in the remaining list.
 
 **Errors when downloading a bundle will fail the entire clone operation:
 clients do not automatically fall back to a traditional clone.** The reason
 for this is that if a server is using clone bundles, it is probably doing so
 because the feature is necessary to help it scale. In other words, there
 is an assumption that clone load will be offloaded to another service and
 that the Mercurial server isn't responsible for serving this clone load.
 If that other service experiences issues and clients start mass falling back to
 the original Mercurial server, the added clone load could overwhelm the server
 due to unexpected load and effectively take it offline. Not having clients
 automatically fall back to cloning from the original server mitigates this
 scenario.
 
 Because there is no automatic Mercurial server fallback on failure of the
 bundle hosting service, it is important for server operators to view the bundle
 hosting service as an extension of the Mercurial server in terms of
 availability and service level agreements: if the bundle hosting service goes
 down, so does the ability for clients to clone. Note: clients will see a
 message informing them how to bypass the clone bundles facility when a failure
 occurs. So server operators should prepare for some people to follow these
 instructions when a failure occurs, thus driving more load to the original
 Mercurial server when the bundle hosting service fails.
 
 
 inline clonebundles
 -------------------
 
 It is possible to transmit clonebundles inline in case repositories are
 accessed over SSH. This avoids having to setup an external HTTPS server
 and results in the same access control as already present for the SSH setup.
 
 Inline clonebundles should be placed into the `.hg/bundle-cache` directory.
 A clonebundle at `.hg/bundle-cache/mybundle.bundle` is referred to
 in the `clonebundles.manifest` file as `peer-bundle-cache://mybundle.bundle`.
 
 
 auto-generation of clone bundles
 --------------------------------
 
 It is possible to set Mercurial to automatically re-generate clone bundles when
 enough new content is available.
 
 Mercurial will take care of the process asynchronously. The defined list of
 bundle-type will be generated, uploaded, and advertised. Older bundles will get
 decommissioned as newer ones replace them.
 
 Bundles Generation:
 ...................
 
 The extension can generate multiple variants of the clone bundle. Each
 different variant will be defined by the "bundle-spec" they use::
 
     [clone-bundles]
     auto-generate.formats= zstd-v2, gzip-v2
 
 See `hg help bundlespec` for details about available options.
 
 By default, new bundles are generated when 5% of the repository contents or at
 least 1000 revisions are not contained in the cached bundles. This option can
 be controlled by the `clone-bundles.trigger.below-bundled-ratio` option
 (default 0.95) and the `clone-bundles.trigger.revs` option (default 1000)::
 
     [clone-bundles]
     trigger.below-bundled-ratio=0.95
     trigger.revs=1000
 
 This logic can be manually triggered using the `admin::clone-bundles-refresh`
 command, or automatically on each repository change if
-`clone-bundles.auto-generate.on-change` is set to `yes`.
+`clone-bundles.auto-generate.on-change` is set to `yes`::
 
     [clone-bundles]
     auto-generate.on-change=yes
     auto-generate.formats= zstd-v2, gzip-v2
 
 Automatic Inline serving
 ........................
 
 The simplest way to serve the generated bundle is through the Mercurial
 protocol. However it is not the most efficient as request will still be served
 by that main server. It is useful in case where authentication is complexe or
 when an efficient mirror system is already in use anyway. See the `inline
 clonebundles` section above for details about inline clonebundles
 
 To automatically serve generated bundle through inline clonebundle, simply set
 the following option::
 
     auto-generate.serve-inline=yes
 
 Enabling this option disable the managed upload and serving explained below.
 
 Bundles Upload and Serving:
 ...........................
 
 This is the most efficient way to serve automatically generated clone bundles,
 but requires some setup.
 
 The generated bundles need to be made available to users through a "public" URL.
 This should be donne through `clone-bundles.upload-command` configuration. The
 value of this command should be a shell command. It will have access to the
 bundle file path through the `$HGCB_BUNDLE_PATH` variable. And the expected
 basename in the "public" URL is accessible at::
 
   [clone-bundles]
   upload-command=sftp put $HGCB_BUNDLE_PATH \
       sftp://bundles.host/clone-bundles/$HGCB_BUNDLE_BASENAME
 
 If the file was already uploaded, the command must still succeed.
 
 After upload, the file should be available at an url defined by
 `clone-bundles.url-template`.
 
   [clone-bundles]
   url-template=https://bundles.host/cache/clone-bundles/{basename}
 
 Old bundles cleanup:
 ....................
 
 When new bundles are generated, the older ones are no longer necessary and can
 be removed from storage. This is done through the `clone-bundles.delete-command`
 configuration. The command is given the url of the artifact to delete through
 the `$HGCB_BUNDLE_URL` environment variable.
 
   [clone-bundles]
   delete-command=sftp rm sftp://bundles.host/clone-bundles/$HGCB_BUNDLE_BASENAME
 
 If the file was already deleted, the command must still succeed.
 """
 
 
 import os
 import weakref
 
 from mercurial.i18n import _
 
 from mercurial import (
     bundlecaches,
     commands,
     error,
     extensions,
     localrepo,
     lock,
     node,
     registrar,
     util,
     wireprotov1server,
 )
 
 
 from mercurial.utils import (
     procutil,
 )
 
 testedwith = b'ships-with-hg-core'
 
 
 def capabilities(orig, repo, proto):
     caps = orig(repo, proto)
 
     # Only advertise if a manifest exists. This does add some I/O to requests.
     # But this should be cheaper than a wasted network round trip due to
     # missing file.
     if repo.vfs.exists(bundlecaches.CB_MANIFEST_FILE):
         caps.append(b'clonebundles')
         caps.append(b'clonebundles_manifest')
 
     return caps
 
 
 def extsetup(ui):
     extensions.wrapfunction(wireprotov1server, b'_capabilities', capabilities)
 
 
 # logic for bundle auto-generation
 
 
 configtable = {}
 configitem = registrar.configitem(configtable)
 
 cmdtable = {}
 command = registrar.command(cmdtable)
 
 configitem(b'clone-bundles', b'auto-generate.on-change', default=False)
 configitem(b'clone-bundles', b'auto-generate.formats', default=list)
 configitem(b'clone-bundles', b'auto-generate.serve-inline', default=False)
 configitem(b'clone-bundles', b'trigger.below-bundled-ratio', default=0.95)
 configitem(b'clone-bundles', b'trigger.revs', default=1000)
 
 configitem(b'clone-bundles', b'upload-command', default=None)
 
 configitem(b'clone-bundles', b'delete-command', default=None)
 
 configitem(b'clone-bundles', b'url-template', default=None)
 
 configitem(b'devel', b'debug.clonebundles', default=False)
 
 
 # category for the post-close transaction hooks
 CAT_POSTCLOSE = b"clonebundles-autobundles"
 
 # template for bundle file names
 BUNDLE_MASK = (
     b"full-%(bundle_type)s-%(revs)d_revs-%(tip_short)s_tip-%(op_id)s.hg"
 )
 
 
 # file in .hg/ use to track clonebundles being auto-generated
 AUTO_GEN_FILE = b'clonebundles.auto-gen'
 
 
 class BundleBase(object):
     """represents the core of properties that matters for us in a bundle
 
     :bundle_type: the bundlespec (see hg help bundlespec)
     :revs:        the number of revisions in the repo at bundle creation time
     :tip_rev:     the rev-num of the tip revision
     :tip_node:    the node id of the tip-most revision in the bundle
 
     :ready:       True if the bundle is ready to be served
     """
 
     ready = False
 
     def __init__(self, bundle_type, revs, tip_rev, tip_node):
         self.bundle_type = bundle_type
         self.revs = revs
         self.tip_rev = tip_rev
         self.tip_node = tip_node
 
     def valid_for(self, repo):
         """is this bundle applicable to the current repository
 
         This is useful for detecting bundles made irrelevant by stripping.
         """
         tip_node = node.bin(self.tip_node)
         return repo.changelog.index.get_rev(tip_node) == self.tip_rev
 
     def __eq__(self, other):
         left = (self.ready, self.bundle_type, self.tip_rev, self.tip_node)
         right = (other.ready, other.bundle_type, other.tip_rev, other.tip_node)
         return left == right
 
     def __neq__(self, other):
         return not self == other
 
     def __cmp__(self, other):
         if self == other:
             return 0
         return -1
 
 
 class RequestedBundle(BundleBase):
     """A bundle that should be generated.
 
     Additional attributes compared to BundleBase
     :heads:       list of head revisions (as rev-num)
     :op_id:       a "unique" identifier for the operation triggering the change
     """
 
     def __init__(self, bundle_type, revs, tip_rev, tip_node, head_revs, op_id):
         self.head_revs = head_revs
         self.op_id = op_id
         super(RequestedBundle, self).__init__(
             bundle_type,
             revs,
             tip_rev,
             tip_node,
         )
 
     @property
     def suggested_filename(self):
         """A filename that can be used for the generated bundle"""
         data = {
             b'bundle_type': self.bundle_type,
             b'revs': self.revs,
             b'heads': self.head_revs,
             b'tip_rev': self.tip_rev,
             b'tip_node': self.tip_node,
             b'tip_short': self.tip_node[:12],
             b'op_id': self.op_id,
         }
         return BUNDLE_MASK % data
 
     def generate_bundle(self, repo, file_path):
         """generate the bundle at `filepath`"""
         commands.bundle(
             repo.ui,
             repo,
             file_path,
             base=[b"null"],
             rev=self.head_revs,
             type=self.bundle_type,
             quiet=True,
         )
 
     def generating(self, file_path, hostname=None, pid=None):
         """return a GeneratingBundle object from this object"""
         if pid is None:
             pid = os.getpid()
         if hostname is None:
             hostname = lock._getlockprefix()
         return GeneratingBundle(
             self.bundle_type,
             self.revs,
             self.tip_rev,
             self.tip_node,
             hostname,
             pid,
             file_path,
         )
 
 
 class GeneratingBundle(BundleBase):
     """A bundle being generated
 
     extra attributes compared to BundleBase:
 
     :hostname: the hostname of the machine generating the bundle
     :pid:      the pid of the process generating the bundle
     :filepath: the target filename of the bundle
 
     These attributes exist to help detect stalled generation processes.
     """
 
     ready = False
 
     def __init__(
         self, bundle_type, revs, tip_rev, tip_node, hostname, pid, filepath
     ):
         self.hostname = hostname
         self.pid = pid
         self.filepath = filepath
         super(GeneratingBundle, self).__init__(
             bundle_type, revs, tip_rev, tip_node
         )
 
     @classmethod
     def from_line(cls, line):
         """create an object by deserializing a line from AUTO_GEN_FILE"""
         assert line.startswith(b'PENDING-v1 ')
         (
             __,
             bundle_type,
             revs,
             tip_rev,
             tip_node,
             hostname,
             pid,
             filepath,
         ) = line.split()
         hostname = util.urlreq.unquote(hostname)
         filepath = util.urlreq.unquote(filepath)
         revs = int(revs)
         tip_rev = int(tip_rev)
         pid = int(pid)
         return cls(
             bundle_type, revs, tip_rev, tip_node, hostname, pid, filepath
         )
 
     def to_line(self):
         """serialize the object to include as a line in AUTO_GEN_FILE"""
         templ = b"PENDING-v1 %s %d %d %s %s %d %s"
         data = (
             self.bundle_type,
             self.revs,
             self.tip_rev,
             self.tip_node,
             util.urlreq.quote(self.hostname),
             self.pid,
             util.urlreq.quote(self.filepath),
         )
         return templ % data
 
     def __eq__(self, other):
         if not super(GeneratingBundle, self).__eq__(other):
             return False
         left = (self.hostname, self.pid, self.filepath)
         right = (other.hostname, other.pid, other.filepath)
         return left == right
 
     def uploaded(self, url, basename):
         """return a GeneratedBundle from this object"""
         return GeneratedBundle(
             self.bundle_type,
             self.revs,
             self.tip_rev,
             self.tip_node,
             url,
             basename,
         )
 
 
 class GeneratedBundle(BundleBase):
     """A bundle that is done being generated and can be served
 
     extra attributes compared to BundleBase:
 
     :file_url: the url where the bundle is available.
     :basename: the "basename" used to upload (useful for deletion)
 
     These attributes exist to generate a bundle manifest
     (.hg/pullbundles.manifest)
     """
 
     ready = True
 
     def __init__(
         self, bundle_type, revs, tip_rev, tip_node, file_url, basename
     ):
         self.file_url = file_url
         self.basename = basename
         super(GeneratedBundle, self).__init__(
             bundle_type, revs, tip_rev, tip_node
         )
 
     @classmethod
     def from_line(cls, line):
         """create an object by deserializing a line from AUTO_GEN_FILE"""
         assert line.startswith(b'DONE-v1 ')
         (
             __,
             bundle_type,
             revs,
             tip_rev,
             tip_node,
             file_url,
             basename,
         ) = line.split()
         revs = int(revs)
         tip_rev = int(tip_rev)
         file_url = util.urlreq.unquote(file_url)
         return cls(bundle_type, revs, tip_rev, tip_node, file_url, basename)
 
     def to_line(self):
         """serialize the object to include as a line in AUTO_GEN_FILE"""
         templ = b"DONE-v1 %s %d %d %s %s %s"
         data = (
             self.bundle_type,
             self.revs,
             self.tip_rev,
             self.tip_node,
             util.urlreq.quote(self.file_url),
             self.basename,
         )
         return templ % data
 
     def manifest_line(self):
         """serialize the object to include as a line in pullbundles.manifest"""
         templ = b"%s BUNDLESPEC=%s"
         if self.file_url.startswith(b'http'):
             templ += b" REQUIRESNI=true"
         return templ % (self.file_url, self.bundle_type)
 
     def __eq__(self, other):
         if not super(GeneratedBundle, self).__eq__(other):
             return False
         return self.file_url == other.file_url
 
 
 def parse_auto_gen(content):
     """parse the AUTO_GEN_FILE to return a list of Bundle object"""
     bundles = []
     for line in content.splitlines():
         if line.startswith(b'PENDING-v1 '):
             bundles.append(GeneratingBundle.from_line(line))
         elif line.startswith(b'DONE-v1 '):
             bundles.append(GeneratedBundle.from_line(line))
     return bundles
 
 
 def dumps_auto_gen(bundles):
     """serialize a list of Bundle as a AUTO_GEN_FILE content"""
     lines = []
     for b in bundles:
         lines.append(b"%s\n" % b.to_line())
     lines.sort()
     return b"".join(lines)
 
 
 def read_auto_gen(repo):
     """read the AUTO_GEN_FILE for the <repo> a list of Bundle object"""
     data = repo.vfs.tryread(AUTO_GEN_FILE)
     if not data:
         return []
     return parse_auto_gen(data)
 
 
 def write_auto_gen(repo, bundles):
     """write a list of Bundle objects into the repo's AUTO_GEN_FILE"""
     assert repo._cb_lock_ref is not None
     data = dumps_auto_gen(bundles)
     with repo.vfs(AUTO_GEN_FILE, mode=b'wb', atomictemp=True) as f:
         f.write(data)
 
 
 def generate_manifest(bundles):
     """write a list of Bundle objects into the repo's AUTO_GEN_FILE"""
     bundles = list(bundles)
     bundles.sort(key=lambda b: b.bundle_type)
     lines = []
     for b in bundles:
         lines.append(b"%s\n" % b.manifest_line())
     return b"".join(lines)
 
 
 def update_ondisk_manifest(repo):
     """update the clonebundle manifest with latest url"""
     with repo.clonebundles_lock():
         bundles = read_auto_gen(repo)
 
         per_types = {}
         for b in bundles:
             if not (b.ready and b.valid_for(repo)):
                 continue
             current = per_types.get(b.bundle_type)
             if current is not None and current.revs >= b.revs:
                 continue
             per_types[b.bundle_type] = b
         manifest = generate_manifest(per_types.values())
         with repo.vfs(
             bundlecaches.CB_MANIFEST_FILE, mode=b"wb", atomictemp=True
         ) as f:
             f.write(manifest)
 
 
 def update_bundle_list(repo, new_bundles=(), del_bundles=()):
     """modify the repo's AUTO_GEN_FILE
 
     This method also regenerates the clone bundle manifest when needed"""
     with repo.clonebundles_lock():
         bundles = read_auto_gen(repo)
         if del_bundles:
             bundles = [b for b in bundles if b not in del_bundles]
         new_bundles = [b for b in new_bundles if b not in bundles]
         bundles.extend(new_bundles)
         write_auto_gen(repo, bundles)
         all_changed = []
         all_changed.extend(new_bundles)
         all_changed.extend(del_bundles)
         if any(b.ready for b in all_changed):
             update_ondisk_manifest(repo)
 
 
 def cleanup_tmp_bundle(repo, target):
     """remove a GeneratingBundle file and entry"""
     assert not target.ready
     with repo.clonebundles_lock():
         repo.vfs.tryunlink(target.filepath)
         update_bundle_list(repo, del_bundles=[target])
 
 
 def finalize_one_bundle(repo, target):
     """upload a generated bundle and advertise it in the clonebundles.manifest"""
     with repo.clonebundles_lock():
         bundles = read_auto_gen(repo)
         if target in bundles and target.valid_for(repo):
             result = upload_bundle(repo, target)
             update_bundle_list(repo, new_bundles=[result])
     cleanup_tmp_bundle(repo, target)
 
 
 def find_outdated_bundles(repo, bundles):
     """finds outdated bundles"""
     olds = []
     per_types = {}
     for b in bundles:
         if not b.valid_for(repo):
             olds.append(b)
             continue
         l = per_types.setdefault(b.bundle_type, [])
         l.append(b)
     for key in sorted(per_types):
         all = per_types[key]
         if len(all) > 1:
             all.sort(key=lambda b: b.revs, reverse=True)
             olds.extend(all[1:])
     return olds
 
 
 def collect_garbage(repo):
     """finds outdated bundles and get them deleted"""
     with repo.clonebundles_lock():
         bundles = read_auto_gen(repo)
         olds = find_outdated_bundles(repo, bundles)
         for o in olds:
             delete_bundle(repo, o)
         update_bundle_list(repo, del_bundles=olds)
 
 
 def upload_bundle(repo, bundle):
     """upload the result of a GeneratingBundle and return a GeneratedBundle
 
     The upload is done using the `clone-bundles.upload-command`
     """
     inline = repo.ui.config(b'clone-bundles', b'auto-generate.serve-inline')
     basename = repo.vfs.basename(bundle.filepath)
     if inline:
         dest_dir = repo.vfs.join(bundlecaches.BUNDLE_CACHE_DIR)
         repo.vfs.makedirs(dest_dir)
         dest = repo.vfs.join(dest_dir, basename)
         util.copyfiles(bundle.filepath, dest, hardlink=True)
         url = bundlecaches.CLONEBUNDLESCHEME + basename
         return bundle.uploaded(url, basename)
     else:
         cmd = repo.ui.config(b'clone-bundles', b'upload-command')
         url = repo.ui.config(b'clone-bundles', b'url-template')
         filepath = procutil.shellquote(bundle.filepath)
         variables = {
             b'HGCB_BUNDLE_PATH': filepath,
             b'HGCB_BUNDLE_BASENAME': basename,
         }
         env = procutil.shellenviron(environ=variables)
         ret = repo.ui.system(cmd, environ=env)
         if ret:
             raise error.Abort(b"command returned status %d: %s" % (ret, cmd))
         url = (
             url.decode('utf8')
             .format(basename=basename.decode('utf8'))
             .encode('utf8')
         )
         return bundle.uploaded(url, basename)
 
 
 def delete_bundle(repo, bundle):
     """delete a bundle from storage"""
     assert bundle.ready
 
     inline = bundle.file_url.startswith(bundlecaches.CLONEBUNDLESCHEME)
 
     if inline:
         msg = b'clone-bundles: deleting inline bundle %s\n'
     else:
         msg = b'clone-bundles: deleting bundle %s\n'
     msg %= bundle.basename
     if repo.ui.configbool(b'devel', b'debug.clonebundles'):
         repo.ui.write(msg)
     else:
         repo.ui.debug(msg)
 
     if inline:
         inline_path = repo.vfs.join(
             bundlecaches.BUNDLE_CACHE_DIR,
             bundle.basename,
         )
         util.tryunlink(inline_path)
     else:
         cmd = repo.ui.config(b'clone-bundles', b'delete-command')
         variables = {
             b'HGCB_BUNDLE_URL': bundle.file_url,
             b'HGCB_BASENAME': bundle.basename,
         }
         env = procutil.shellenviron(environ=variables)
         ret = repo.ui.system(cmd, environ=env)
         if ret:
             raise error.Abort(b"command returned status %d: %s" % (ret, cmd))
 
 
 def auto_bundle_needed_actions(repo, bundles, op_id):
     """find the list of bundles that need action
 
     returns a list of RequestedBundle objects that need to be generated and
     uploaded."""
     create_bundles = []
     delete_bundles = []
     repo = repo.filtered(b"immutable")
     targets = repo.ui.configlist(b'clone-bundles', b'auto-generate.formats')
     ratio = float(
         repo.ui.config(b'clone-bundles', b'trigger.below-bundled-ratio')
     )
     abs_revs = repo.ui.configint(b'clone-bundles', b'trigger.revs')
     revs = len(repo.changelog)
     generic_data = {
         'revs': revs,
         'head_revs': repo.changelog.headrevs(),
         'tip_rev': repo.changelog.tiprev(),
         'tip_node': node.hex(repo.changelog.tip()),
         'op_id': op_id,
     }
     for t in targets:
         t = bundlecaches.parsebundlespec(repo, t, strict=False).as_spec()
         if new_bundle_needed(repo, bundles, ratio, abs_revs, t, revs):
             data = generic_data.copy()
             data['bundle_type'] = t
             b = RequestedBundle(**data)
             create_bundles.append(b)
     delete_bundles.extend(find_outdated_bundles(repo, bundles))
     return create_bundles, delete_bundles
 
 
 def new_bundle_needed(repo, bundles, ratio, abs_revs, bundle_type, revs):
     """consider the current cached content and trigger new bundles if needed"""
     threshold = max((revs * ratio), (revs - abs_revs))
     for b in bundles:
         if not b.valid_for(repo) or b.bundle_type != bundle_type:
             continue
         if b.revs > threshold:
             return False
     return True
 
 
 def start_one_bundle(repo, bundle):
     """start the generation of a single bundle file
 
     the `bundle` argument should be a RequestedBundle object.
 
     This data is passed to the `debugmakeclonebundles` "as is".
     """
     data = util.pickle.dumps(bundle)
     cmd = [procutil.hgexecutable(), b'--cwd', repo.path, INTERNAL_CMD]
     env = procutil.shellenviron()
     msg = b'clone-bundles: starting bundle generation: %s\n'
     stdout = None
     stderr = None
     waits = []
     record_wait = None
     if repo.ui.configbool(b'devel', b'debug.clonebundles'):
         stdout = procutil.stdout
         stderr = procutil.stderr
         repo.ui.write(msg % bundle.bundle_type)
         record_wait = waits.append
     else:
         repo.ui.debug(msg % bundle.bundle_type)
     bg = procutil.runbgcommand
     bg(
         cmd,
         env,
         stdin_bytes=data,
         stdout=stdout,
         stderr=stderr,
         record_wait=record_wait,
     )
     for f in waits:
         f()
 
 
 INTERNAL_CMD = b'debug::internal-make-clone-bundles'
 
 
 @command(INTERNAL_CMD, [], b'')
 def debugmakeclonebundles(ui, repo):
     """Internal command to auto-generate debug bundles"""
     requested_bundle = util.pickle.load(procutil.stdin)
     procutil.stdin.close()
 
     collect_garbage(repo)
 
     fname = requested_bundle.suggested_filename
     fpath = repo.vfs.makedirs(b'tmp-bundles')
     fpath = repo.vfs.join(b'tmp-bundles', fname)
     bundle = requested_bundle.generating(fpath)
     update_bundle_list(repo, new_bundles=[bundle])
 
     requested_bundle.generate_bundle(repo, fpath)
 
     repo.invalidate()
     finalize_one_bundle(repo, bundle)
 
 
 def make_auto_bundler(source_repo):
     reporef = weakref.ref(source_repo)
 
     def autobundle(tr):
         repo = reporef()
         assert repo is not None
         bundles = read_auto_gen(repo)
         new, __ = auto_bundle_needed_actions(repo, bundles, b"%d_txn" % id(tr))
         for data in new:
             start_one_bundle(repo, data)
         return None
 
     return autobundle
 
 
 def reposetup(ui, repo):
     """install the two pieces needed for automatic clonebundle generation
 
     - add a "post-close" hook that fires bundling when needed
     - introduce a clone-bundle lock to let multiple processes meddle with the
       state files.
     """
     if not repo.local():
         return
 
     class autobundlesrepo(repo.__class__):
         def transaction(self, *args, **kwargs):
             tr = super(autobundlesrepo, self).transaction(*args, **kwargs)
             enabled = repo.ui.configbool(
                 b'clone-bundles',
                 b'auto-generate.on-change',
             )
             targets = repo.ui.configlist(
                 b'clone-bundles', b'auto-generate.formats'
             )
-            if enabled and targets:
+            if enabled:
+                if not targets:
+                    repo.ui.warn(
+                        _(
+                            b'clone-bundle auto-generate enabled, '
+                            b'but no formats specified: disabling generation\n'
+                        )
+                    )
+                else:
                 tr.addpostclose(CAT_POSTCLOSE, make_auto_bundler(self))
             return tr
 
         @localrepo.unfilteredmethod
         def clonebundles_lock(self, wait=True):
             '''Lock the repository file related to clone bundles'''
             if not util.safehasattr(self, '_cb_lock_ref'):
                 self._cb_lock_ref = None
             l = self._currentlock(self._cb_lock_ref)
             if l is not None:
                 l.lock()
                 return l
 
             l = self._lock(
                 vfs=self.vfs,
                 lockname=b"clonebundleslock",
                 wait=wait,
                 releasefn=None,
                 acquirefn=None,
                 desc=_(b'repository %s') % self.origroot,
             )
             self._cb_lock_ref = weakref.ref(l)
             return l
 
     repo._wlockfreeprefix.add(AUTO_GEN_FILE)
     repo._wlockfreeprefix.add(bundlecaches.CB_MANIFEST_FILE)
     repo.__class__ = autobundlesrepo
 
 
 @command(
     b'admin::clone-bundles-refresh',
     [
         (
             b'',
             b'background',
             False,
             _(b'start bundle generation in the background'),
         ),
     ],
     b'',
 )
 def cmd_admin_clone_bundles_refresh(
     ui,
     repo: localrepo.localrepository,
     background=False,
 ):
     """generate clone bundles according to the configuration
 
     This runs the logic for automatic generation, removing outdated bundles and
     generating new ones if necessary. See :hg:`help -e clone-bundles` for
     details about how to configure this feature.
     """
     debug = repo.ui.configbool(b'devel', b'debug.clonebundles')
     bundles = read_auto_gen(repo)
     op_id = b"%d_acbr" % os.getpid()
     create, delete = auto_bundle_needed_actions(repo, bundles, op_id)
 
     # if some bundles are scheduled for creation in the background, they will
     # deal with garbage collection too, so no need to synchroniously do it.
     #
     # However if no bundles are scheduled for creation, we need to explicitly do
     # it here.
     if not (background and create):
         # we clean up outdated bundles before generating new ones to keep the
         # last two versions of the bundle around for a while and avoid having to
         # deal with clients that just got served a manifest.
         for o in delete:
             delete_bundle(repo, o)
         update_bundle_list(repo, del_bundles=delete)
 
     if create:
         fpath = repo.vfs.makedirs(b'tmp-bundles')
 
     if background:
         for requested_bundle in create:
             start_one_bundle(repo, requested_bundle)
     else:
         for requested_bundle in create:
             if debug:
                 msg = b'clone-bundles: starting bundle generation: %s\n'
                 repo.ui.write(msg % requested_bundle.bundle_type)
             fname = requested_bundle.suggested_filename
             fpath = repo.vfs.join(b'tmp-bundles', fname)
             generating_bundle = requested_bundle.generating(fpath)
             update_bundle_list(repo, new_bundles=[generating_bundle])
             requested_bundle.generate_bundle(repo, fpath)
             result = upload_bundle(repo, generating_bundle)
             update_bundle_list(repo, new_bundles=[result])
             update_ondisk_manifest(repo)
             cleanup_tmp_bundle(repo, generating_bundle)
 
 
 @command(b'admin::clone-bundles-clear', [], b'')
 def cmd_admin_clone_bundles_clear(ui, repo: localrepo.localrepository):
     """remove existing clone bundle caches
 
     See `hg help admin::clone-bundles-refresh` for details on how to regenerate
     them.
 
     This command will only affect bundles currently available, it will not
     affect bundles being asynchronously generated.
     """
     bundles = read_auto_gen(repo)
     delete = [b for b in bundles if b.ready]
     for o in delete:
         delete_bundle(repo, o)
     update_bundle_list(repo, del_bundles=delete)

hgext/win32mbcs.py

@@ -1,222 +1,222 b''
 # win32mbcs.py -- MBCS filename support for Mercurial
 #
 # Copyright (c) 2008 Shun-ichi Goto <[e-mail]>
 #
 # Version: 0.3
 # Author:  Shun-ichi Goto <[e-mail]>
 #
 # This software may be used and distributed according to the terms of the
 # GNU General Public License version 2 or any later version.
 #
 
 '''allow the use of MBCS paths with problematic encodings
 
 Some MBCS encodings are not good for some path operations (i.e.
 splitting path, case conversion, etc.) with its encoded bytes. We call
 such a encoding (i.e. shift_jis and big5) as "problematic encoding".
 This extension can be used to fix the issue with those encodings by
 wrapping some functions to convert to Unicode string before path
 operation.
 
 This extension is useful for:
 
 - Japanese Windows users using shift_jis encoding.
 - Chinese Windows users using big5 encoding.
 - All users who use a repository with one of problematic encodings on
   case-insensitive file system.
 
 This extension is not needed for:
 
 - Any user who use only ASCII chars in path.
 - Any user who do not use any of problematic encodings.
 
 Note that there are some limitations on using this extension:
 
 - You should use single encoding in one repository.
 - If the repository path ends with 0x5c, .hg/hgrc cannot be read.
 - win32mbcs is not compatible with fixutf8 extension.
 
 By default, win32mbcs uses encoding.encoding decided by Mercurial.
 You can specify the encoding by config option::
 
  [win32mbcs]
  encoding = sjis
 
 It is useful for the users who want to commit with UTF-8 log message.
 '''
 
 import os
 import sys
 
 from mercurial.i18n import _
 from mercurial.pycompat import getattr, setattr
 from mercurial import (
     encoding,
     error,
     pycompat,
     registrar,
 )
 
 # Note for extension authors: ONLY specify testedwith = 'ships-with-hg-core' for
 # extensions which SHIP WITH MERCURIAL. Non-mainline extensions should
 # be specifying the version(s) of Mercurial they are tested with, or
 # leave the attribute unspecified.
 testedwith = b'ships-with-hg-core'
 
 configtable = {}
 configitem = registrar.configitem(configtable)
 
 # Encoding.encoding may be updated by --encoding option.
 # Use a lambda do delay the resolution.
 configitem(
     b'win32mbcs',
     b'encoding',
     default=lambda: encoding.encoding,
 )
 
 _encoding = None  # see extsetup
 
 
 def decode(arg):
     if isinstance(arg, bytes):
         uarg = arg.decode(_encoding)
         if arg == uarg.encode(_encoding):
             return uarg
-        raise UnicodeError(b"Not local encoding")
+        raise UnicodeError("Not local encoding")
     elif isinstance(arg, tuple):
         return tuple(map(decode, arg))
     elif isinstance(arg, list):
         return map(decode, arg)
     elif isinstance(arg, dict):
         for k, v in arg.items():
             arg[k] = decode(v)
     return arg
 
 
 def encode(arg):
     if isinstance(arg, str):
         return arg.encode(_encoding)
     elif isinstance(arg, tuple):
         return tuple(map(encode, arg))
     elif isinstance(arg, list):
         return map(encode, arg)
     elif isinstance(arg, dict):
         for k, v in arg.items():
             arg[k] = encode(v)
     return arg
 
 
 def appendsep(s):
     # ensure the path ends with os.sep, appending it if necessary.
     try:
         us = decode(s)
     except UnicodeError:
-        us = s
-    if us and us[-1] not in b':/\\':
+        us = s  # TODO: how to handle this bytes case??
+    if us and us[-1] not in ':/\\':
         s += pycompat.ossep
     return s
 
 
 def basewrapper(func, argtype, enc, dec, args, kwds):
     # check check already converted, then call original
     for arg in args:
         if isinstance(arg, argtype):
             return func(*args, **kwds)
 
     try:
         # convert string arguments, call func, then convert back the
         # return value.
         return enc(func(*dec(args), **dec(kwds)))
     except UnicodeError:
         raise error.Abort(
             _(b"[win32mbcs] filename conversion failed with %s encoding\n")
             % _encoding
         )
 
 
 def wrapper(func, args, kwds):
     return basewrapper(func, str, encode, decode, args, kwds)
 
 
 def reversewrapper(func, args, kwds):
     return basewrapper(func, str, decode, encode, args, kwds)
 
 
 def wrapperforlistdir(func, args, kwds):
     # Ensure 'path' argument ends with os.sep to avoids
     # misinterpreting last 0x5c of MBCS 2nd byte as path separator.
     if args:
         args = list(args)
         args[0] = appendsep(args[0])
-    if b'path' in kwds:
-        kwds[b'path'] = appendsep(kwds[b'path'])
+    if 'path' in kwds:
+        kwds['path'] = appendsep(kwds['path'])
     return func(*args, **kwds)
 
 
-def wrapname(name, wrapper):
-    module, name = name.rsplit(b'.', 1)
+def wrapname(name: str, wrapper):
+    module, name = name.rsplit('.', 1)
     module = sys.modules[module]
     func = getattr(module, name)
 
     def f(*args, **kwds):
         return wrapper(func, args, kwds)
 
     f.__name__ = func.__name__
     setattr(module, name, f)
 
 
 # List of functions to be wrapped.
 # NOTE: os.path.dirname() and os.path.basename() are safe because
 #       they use result of os.path.split()
-funcs = b'''os.path.join os.path.split os.path.splitext
+funcs = '''os.path.join os.path.split os.path.splitext
  os.path.normpath os.makedirs mercurial.util.endswithsep
  mercurial.util.splitpath mercurial.util.fscasesensitive
  mercurial.util.fspath mercurial.util.pconvert mercurial.util.normpath
  mercurial.util.checkwinfilename mercurial.util.checkosfilename
  mercurial.util.split'''
 
 # These functions are required to be called with local encoded string
 # because they expects argument is local encoded string and cause
 # problem with unicode string.
-rfuncs = b'''mercurial.encoding.upper mercurial.encoding.lower
+rfuncs = '''mercurial.encoding.upper mercurial.encoding.lower
  mercurial.util._filenamebytestr'''
 
 # List of Windows specific functions to be wrapped.
-winfuncs = b'''os.path.splitunc'''
+winfuncs = '''os.path.splitunc'''
 
 # codec and alias names of sjis and big5 to be faked.
 problematic_encodings = b'''big5 big5-tw csbig5 big5hkscs big5-hkscs
  hkscs cp932 932 ms932 mskanji ms-kanji shift_jis csshiftjis shiftjis
  sjis s_jis shift_jis_2004 shiftjis2004 sjis_2004 sjis2004
  shift_jisx0213 shiftjisx0213 sjisx0213 s_jisx0213 950 cp950 ms950 '''
 
 
 def extsetup(ui):
     # TODO: decide use of config section for this extension
     if (not os.path.supports_unicode_filenames) and (
         pycompat.sysplatform != b'cygwin'
     ):
         ui.warn(_(b"[win32mbcs] cannot activate on this platform.\n"))
         return
     # determine encoding for filename
     global _encoding
     _encoding = ui.config(b'win32mbcs', b'encoding')
     # fake is only for relevant environment.
     if _encoding.lower() in problematic_encodings.split():
         for f in funcs.split():
             wrapname(f, wrapper)
         if pycompat.iswindows:
             for f in winfuncs.split():
                 wrapname(f, wrapper)
-        wrapname(b"mercurial.util.listdir", wrapperforlistdir)
-        wrapname(b"mercurial.windows.listdir", wrapperforlistdir)
+        wrapname("mercurial.util.listdir", wrapperforlistdir)
+        wrapname("mercurial.windows.listdir", wrapperforlistdir)
         # wrap functions to be called with local byte string arguments
         for f in rfuncs.split():
             wrapname(f, reversewrapper)
         # Check sys.args manually instead of using ui.debug() because
         # command line options is not yet applied when
         # extensions.loadall() is called.
-        if b'--debug' in sys.argv:
+        if '--debug' in sys.argv:
             ui.writenoi18n(
                 b"[win32mbcs] activated with encoding: %s\n" % _encoding
             )

hgweb.cgi

@@ -1,22 +1,19 b''
 #!/usr/bin/env python3
 #
 # An example hgweb CGI script, edit as necessary
 # See also https://mercurial-scm.org/wiki/PublishingRepositories
 
 # Path to repo or hgweb config to serve (see 'hg help hgweb')
 config = b"/path/to/repo/or/config"
 
 # Uncomment and adjust if Mercurial is not installed system-wide
 # (consult "installed modules" path from 'hg debuginstall'):
 # import sys; sys.path.insert(0, "/path/to/python/lib")
 
-# Uncomment to send python tracebacks to the browser if an error occurs:
-# import cgitb; cgitb.enable()
-
 from mercurial import demandimport
 
 demandimport.enable()
 from mercurial.hgweb import hgweb, wsgicgi
 
 application = hgweb(config)
 wsgicgi.launch(application)

mercurial/dirstatemap.py

@@ -1,852 +1,849 b''
 # dirstatemap.py
 #
 # This software may be used and distributed according to the terms of the
 # GNU General Public License version 2 or any later version.
 
 
-import struct
 from .i18n import _
 
 from . import (
     error,
     pathutil,
     policy,
     testing,
     txnutil,
     util,
 )
 
 from .dirstateutils import (
     docket as docketmod,
     v2,
 )
 
 parsers = policy.importmod('parsers')
 rustmod = policy.importrust('dirstate')
 
 propertycache = util.propertycache
 
 if rustmod is None:
     DirstateItem = parsers.DirstateItem
 else:
     DirstateItem = rustmod.DirstateItem
 
 rangemask = 0x7FFFFFFF
 
 WRITE_MODE_AUTO = 0
 WRITE_MODE_FORCE_NEW = 1
 WRITE_MODE_FORCE_APPEND = 2
 
 
 V2_MAX_READ_ATTEMPTS = 5
 
 
 class _dirstatemapcommon:
     """
     Methods that are identical for both implementations of the dirstatemap
     class, with and without Rust extensions enabled.
     """
 
     # please pytype
 
     _map = None
     copymap = None
 
     def __init__(self, ui, opener, root, nodeconstants, use_dirstate_v2):
         self._use_dirstate_v2 = use_dirstate_v2
         self._nodeconstants = nodeconstants
         self._ui = ui
         self._opener = opener
         self._root = root
         self._filename = b'dirstate'
         self._nodelen = 20  # Also update Rust code when changing this!
         self._parents = None
         self._dirtyparents = False
         self._docket = None
         write_mode = ui.config(b"devel", b"dirstate.v2.data_update_mode")
         if write_mode == b"auto":
             self._write_mode = WRITE_MODE_AUTO
         elif write_mode == b"force-append":
             self._write_mode = WRITE_MODE_FORCE_APPEND
         elif write_mode == b"force-new":
             self._write_mode = WRITE_MODE_FORCE_NEW
         else:
             # unknown value, fallback to default
             self._write_mode = WRITE_MODE_AUTO
 
         # for consistent view between _pl() and _read() invocations
         self._pendingmode = None
 
     def _set_identity(self):
         self.identity = self._get_current_identity()
 
     def _get_current_identity(self):
         try:
             return util.cachestat(self._opener.join(self._filename))
         except FileNotFoundError:
             return None
 
     def may_need_refresh(self):
         if 'identity' not in vars(self):
             # no existing identity, we need a refresh
             return True
         if self.identity is None:
             return True
         if not self.identity.cacheable():
             # We cannot trust the entry
             # XXX this is a problem on windows, NFS, or other inode less system
             return True
         current_identity = self._get_current_identity()
         if current_identity is None:
             return True
         if not current_identity.cacheable():
             # We cannot trust the entry
             # XXX this is a problem on windows, NFS, or other inode less system
             return True
         return current_identity != self.identity
 
     def preload(self):
         """Loads the underlying data, if it's not already loaded"""
         self._map
 
     def get(self, key, default=None):
         return self._map.get(key, default)
 
     def __len__(self):
         return len(self._map)
 
     def __iter__(self):
         return iter(self._map)
 
     def __contains__(self, key):
         return key in self._map
 
     def __getitem__(self, item):
         return self._map[item]
 
     ### disk interaction
 
     def _opendirstatefile(self):
         fp, mode = txnutil.trypending(self._root, self._opener, self._filename)
         if self._pendingmode is not None and self._pendingmode != mode:
             fp.close()
             raise error.Abort(
                 _(b'working directory state may be changed parallelly')
             )
         self._pendingmode = mode
         return fp
 
     def _readdirstatefile(self, size=-1):
         try:
             with self._opendirstatefile() as fp:
                 return fp.read(size)
         except FileNotFoundError:
             # File doesn't exist, so the current state is empty
             return b''
 
     @property
     def docket(self):
         if not self._docket:
             if not self._use_dirstate_v2:
                 raise error.ProgrammingError(
                     b'dirstate only has a docket in v2 format'
                 )
             self._set_identity()
-            try:
+            data = self._readdirstatefile()
+            if data == b'' or data.startswith(docketmod.V2_FORMAT_MARKER):
                 self._docket = docketmod.DirstateDocket.parse(
-                    self._readdirstatefile(), self._nodeconstants
+                    data, self._nodeconstants
                 )
-            except struct.error:
-                self._ui.debug(b"failed to read dirstate-v2 data")
-                raise error.CorruptedDirstate(
-                    b"failed to read dirstate-v2 data"
-                )
+            else:
+                raise error.CorruptedDirstate(b"dirstate is not in v2 format")
         return self._docket
 
     def _read_v2_data(self):
         data = None
         attempts = 0
         while attempts < V2_MAX_READ_ATTEMPTS:
             attempts += 1
             try:
                 # TODO: use mmap when possible
                 data = self._opener.read(self.docket.data_filename())
             except FileNotFoundError:
                 # read race detected between docket and data file
                 # reload the docket and retry
                 self._docket = None
         if data is None:
             assert attempts >= V2_MAX_READ_ATTEMPTS
             msg = b"dirstate read race happened %d times in a row"
             msg %= attempts
             raise error.Abort(msg)
         return self._opener.read(self.docket.data_filename())
 
     def write_v2_no_append(self, tr, st, meta, packed):
         try:
             old_docket = self.docket
         except error.CorruptedDirstate:
             # This means we've identified a dirstate-v1 file on-disk when we
             # were expecting a dirstate-v2 docket. We've managed to recover
             # from that unexpected situation, and now we want to write back a
             # dirstate-v2 file to make the on-disk situation right again.
             #
             # This shouldn't be triggered since `self.docket` is cached and
             # we would have called parents() or read() first, but it's here
             # just in case.
             old_docket = None
 
         new_docket = docketmod.DirstateDocket.with_new_uuid(
             self.parents(), len(packed), meta
         )
         if old_docket is not None and old_docket.uuid == new_docket.uuid:
             raise error.ProgrammingError(b'dirstate docket name collision')
         data_filename = new_docket.data_filename()
         self._opener.write(data_filename, packed)
         # tell the transaction that we are adding a new file
         if tr is not None:
             tr.addbackup(data_filename, location=b'plain')
         # Write the new docket after the new data file has been
         # written. Because `st` was opened with `atomictemp=True`,
         # the actual `.hg/dirstate` file is only affected on close.
         st.write(new_docket.serialize())
         st.close()
         # Remove the old data file after the new docket pointing to
         # the new data file was written.
         if old_docket is not None and old_docket.uuid:
             data_filename = old_docket.data_filename()
             if tr is not None:
                 tr.addbackup(data_filename, location=b'plain')
             unlink = lambda _tr=None: self._opener.unlink(data_filename)
             if tr:
                 category = b"dirstate-v2-clean-" + old_docket.uuid
                 tr.addpostclose(category, unlink)
             else:
                 unlink()
         self._docket = new_docket
 
     ### reading/setting parents
 
     def parents(self):
         if not self._parents:
             if self._use_dirstate_v2:
                 try:
                     self.docket
                 except error.CorruptedDirstate as e:
                     # fall back to dirstate-v1 if we fail to read v2
                     self._v1_parents(e)
                 else:
                     self._parents = self.docket.parents
             else:
                 self._v1_parents()
 
         return self._parents
 
     def _v1_parents(self, from_v2_exception=None):
         read_len = self._nodelen * 2
         st = self._readdirstatefile(read_len)
         l = len(st)
         if l == read_len:
             self._parents = (
                 st[: self._nodelen],
                 st[self._nodelen : 2 * self._nodelen],
             )
         elif l == 0:
             self._parents = (
                 self._nodeconstants.nullid,
                 self._nodeconstants.nullid,
             )
         else:
             hint = None
             if from_v2_exception is not None:
                 hint = _(b"falling back to dirstate-v1 from v2 also failed")
             raise error.Abort(
                 _(b'working directory state appears damaged!'), hint
             )
 
 
 class dirstatemap(_dirstatemapcommon):
     """Map encapsulating the dirstate's contents.
 
     The dirstate contains the following state:
 
     - `identity` is the identity of the dirstate file, which can be used to
       detect when changes have occurred to the dirstate file.
 
     - `parents` is a pair containing the parents of the working copy. The
       parents are updated by calling `setparents`.
 
     - the state map maps filenames to tuples of (state, mode, size, mtime),
       where state is a single character representing 'normal', 'added',
       'removed', or 'merged'. It is read by treating the dirstate as a
       dict.  File state is updated by calling various methods (see each
       documentation for details):
 
       - `reset_state`,
       - `set_tracked`
       - `set_untracked`
       - `set_clean`
       - `set_possibly_dirty`
 
     - `copymap` maps destination filenames to their source filename.
 
     The dirstate also provides the following views onto the state:
 
     - `filefoldmap` is a dict mapping normalized filenames to the denormalized
       form that they appear as in the dirstate.
 
     - `dirfoldmap` is a dict mapping normalized directory names to the
       denormalized form that they appear as in the dirstate.
     """
 
     ### Core data storage and access
 
     @propertycache
     def _map(self):
         self._map = {}
         self.read()
         return self._map
 
     @propertycache
     def copymap(self):
         self.copymap = {}
         self._map
         return self.copymap
 
     def clear(self):
         self._map.clear()
         self.copymap.clear()
         self.setparents(self._nodeconstants.nullid, self._nodeconstants.nullid)
         util.clearcachedproperty(self, b"_dirs")
         util.clearcachedproperty(self, b"_alldirs")
         util.clearcachedproperty(self, b"filefoldmap")
         util.clearcachedproperty(self, b"dirfoldmap")
 
     def items(self):
         return self._map.items()
 
     # forward for python2,3 compat
     iteritems = items
 
     def debug_iter(self, all):
         """
         Return an iterator of (filename, state, mode, size, mtime) tuples
 
         `all` is unused when Rust is not enabled
         """
         for (filename, item) in self.items():
             yield (filename, item.state, item.mode, item.size, item.mtime)
 
     def keys(self):
         return self._map.keys()
 
     ### reading/setting parents
 
     def setparents(self, p1, p2, fold_p2=False):
         self._parents = (p1, p2)
         self._dirtyparents = True
         copies = {}
         if fold_p2:
             for f, s in self._map.items():
                 # Discard "merged" markers when moving away from a merge state
                 if s.p2_info:
                     source = self.copymap.pop(f, None)
                     if source:
                         copies[f] = source
                     s.drop_merge_data()
         return copies
 
     ### disk interaction
 
     def read(self):
         testing.wait_on_cfg(self._ui, b'dirstate.pre-read-file')
         if self._use_dirstate_v2:
             try:
                 self.docket
             except error.CorruptedDirstate:
                 # fall back to dirstate-v1 if we fail to read v2
                 self._set_identity()
                 st = self._readdirstatefile()
             else:
                 if not self.docket.uuid:
                     return
                 testing.wait_on_cfg(self._ui, b'dirstate.post-docket-read-file')
                 st = self._read_v2_data()
         else:
             self._set_identity()
             st = self._readdirstatefile()
 
         if not st:
             return
 
         # TODO: adjust this estimate for dirstate-v2
         if util.safehasattr(parsers, 'dict_new_presized'):
             # Make an estimate of the number of files in the dirstate based on
             # its size. This trades wasting some memory for avoiding costly
             # resizes. Each entry have a prefix of 17 bytes followed by one or
             # two path names. Studies on various large-scale real-world repositories
             # found 54 bytes a reasonable upper limit for the average path names.
             # Copy entries are ignored for the sake of this estimate.
             self._map = parsers.dict_new_presized(len(st) // 71)
 
         # Python's garbage collector triggers a GC each time a certain number
         # of container objects (the number being defined by
         # gc.get_threshold()) are allocated. parse_dirstate creates a tuple
         # for each file in the dirstate. The C version then immediately marks
         # them as not to be tracked by the collector. However, this has no
         # effect on when GCs are triggered, only on what objects the GC looks
         # into. This means that O(number of files) GCs are unavoidable.
         # Depending on when in the process's lifetime the dirstate is parsed,
         # this can get very expensive. As a workaround, disable GC while
         # parsing the dirstate.
         #
         # (we cannot decorate the function directly since it is in a C module)
         if self._use_dirstate_v2:
             try:
                 self.docket
             except error.CorruptedDirstate:
                 # fall back to dirstate-v1 if we fail to parse v2
                 parse_dirstate = util.nogc(parsers.parse_dirstate)
                 p = parse_dirstate(self._map, self.copymap, st)
             else:
                 p = self.docket.parents
                 meta = self.docket.tree_metadata
                 parse_dirstate = util.nogc(v2.parse_dirstate)
                 parse_dirstate(self._map, self.copymap, st, meta)
         else:
             parse_dirstate = util.nogc(parsers.parse_dirstate)
             p = parse_dirstate(self._map, self.copymap, st)
         if not self._dirtyparents:
             self.setparents(*p)
 
         # Avoid excess attribute lookups by fast pathing certain checks
         self.__contains__ = self._map.__contains__
         self.__getitem__ = self._map.__getitem__
         self.get = self._map.get
 
     def write(self, tr, st):
         if self._use_dirstate_v2:
             packed, meta = v2.pack_dirstate(self._map, self.copymap)
             self.write_v2_no_append(tr, st, meta, packed)
         else:
             packed = parsers.pack_dirstate(
                 self._map, self.copymap, self.parents()
             )
             st.write(packed)
             st.close()
         self._dirtyparents = False
 
     @propertycache
     def identity(self):
         self._map
         return self.identity
 
     ### code related to maintaining and accessing "extra" property
     # (e.g. "has_dir")
 
     def _dirs_incr(self, filename, old_entry=None):
         """increment the dirstate counter if applicable"""
         if (
             old_entry is None or old_entry.removed
         ) and "_dirs" in self.__dict__:
             self._dirs.addpath(filename)
         if old_entry is None and "_alldirs" in self.__dict__:
             self._alldirs.addpath(filename)
 
     def _dirs_decr(self, filename, old_entry=None, remove_variant=False):
         """decrement the dirstate counter if applicable"""
         if old_entry is not None:
             if "_dirs" in self.__dict__ and not old_entry.removed:
                 self._dirs.delpath(filename)
             if "_alldirs" in self.__dict__ and not remove_variant:
                 self._alldirs.delpath(filename)
         elif remove_variant and "_alldirs" in self.__dict__:
             self._alldirs.addpath(filename)
         if "filefoldmap" in self.__dict__:
             normed = util.normcase(filename)
             self.filefoldmap.pop(normed, None)
 
     @propertycache
     def filefoldmap(self):
         """Returns a dictionary mapping normalized case paths to their
         non-normalized versions.
         """
         try:
             makefilefoldmap = parsers.make_file_foldmap
         except AttributeError:
             pass
         else:
             return makefilefoldmap(
                 self._map, util.normcasespec, util.normcasefallback
             )
 
         f = {}
         normcase = util.normcase
         for name, s in self._map.items():
             if not s.removed:
                 f[normcase(name)] = name
         f[b'.'] = b'.'  # prevents useless util.fspath() invocation
         return f
 
     @propertycache
     def dirfoldmap(self):
         f = {}
         normcase = util.normcase
         for name in self._dirs:
             f[normcase(name)] = name
         return f
 
     def hastrackeddir(self, d):
         """
         Returns True if the dirstate contains a tracked (not removed) file
         in this directory.
         """
         return d in self._dirs
 
     def hasdir(self, d):
         """
         Returns True if the dirstate contains a file (tracked or removed)
         in this directory.
         """
         return d in self._alldirs
 
     @propertycache
     def _dirs(self):
         return pathutil.dirs(self._map, only_tracked=True)
 
     @propertycache
     def _alldirs(self):
         return pathutil.dirs(self._map)
 
     ### code related to manipulation of entries and copy-sources
 
     def reset_state(
         self,
         filename,
         wc_tracked=False,
         p1_tracked=False,
         p2_info=False,
         has_meaningful_mtime=True,
         parentfiledata=None,
     ):
         """Set a entry to a given state, diregarding all previous state
 
         This is to be used by the part of the dirstate API dedicated to
         adjusting the dirstate after a update/merge.
 
         note: calling this might result to no entry existing at all if the
         dirstate map does not see any point at having one for this file
         anymore.
         """
         # copy information are now outdated
         # (maybe new information should be in directly passed to this function)
         self.copymap.pop(filename, None)
 
         if not (p1_tracked or p2_info or wc_tracked):
             old_entry = self._map.get(filename)
             self._drop_entry(filename)
             self._dirs_decr(filename, old_entry=old_entry)
             return
 
         old_entry = self._map.get(filename)
         self._dirs_incr(filename, old_entry)
         entry = DirstateItem(
             wc_tracked=wc_tracked,
             p1_tracked=p1_tracked,
             p2_info=p2_info,
             has_meaningful_mtime=has_meaningful_mtime,
             parentfiledata=parentfiledata,
         )
         self._map[filename] = entry
 
     def set_tracked(self, filename):
         new = False
         entry = self.get(filename)
         if entry is None:
             self._dirs_incr(filename)
             entry = DirstateItem(
                 wc_tracked=True,
             )
 
             self._map[filename] = entry
             new = True
         elif not entry.tracked:
             self._dirs_incr(filename, entry)
             entry.set_tracked()
             self._refresh_entry(filename, entry)
             new = True
         else:
             # XXX This is probably overkill for more case, but we need this to
             # fully replace the `normallookup` call with `set_tracked` one.
             # Consider smoothing this in the future.
             entry.set_possibly_dirty()
             self._refresh_entry(filename, entry)
         return new
 
     def set_untracked(self, f):
         """Mark a file as no longer tracked in the dirstate map"""
         entry = self.get(f)
         if entry is None:
             return False
         else:
             self._dirs_decr(f, old_entry=entry, remove_variant=not entry.added)
             if not entry.p2_info:
                 self.copymap.pop(f, None)
             entry.set_untracked()
             self._refresh_entry(f, entry)
             return True
 
     def set_clean(self, filename, mode, size, mtime):
         """mark a file as back to a clean state"""
         entry = self[filename]
         size = size & rangemask
         entry.set_clean(mode, size, mtime)
         self._refresh_entry(filename, entry)
         self.copymap.pop(filename, None)
 
     def set_possibly_dirty(self, filename):
         """record that the current state of the file on disk is unknown"""
         entry = self[filename]
         entry.set_possibly_dirty()
         self._refresh_entry(filename, entry)
 
     def _refresh_entry(self, f, entry):
         """record updated state of an entry"""
         if not entry.any_tracked:
             self._map.pop(f, None)
 
     def _drop_entry(self, f):
         """remove any entry for file f
 
         This should also drop associated copy information
 
         The fact we actually need to drop it is the responsability of the caller"""
         self._map.pop(f, None)
         self.copymap.pop(f, None)
 
 
 if rustmod is not None:
 
     class dirstatemap(_dirstatemapcommon):
 
         ### Core data storage and access
 
         @propertycache
         def _map(self):
             """
             Fills the Dirstatemap when called.
             """
             # ignore HG_PENDING because identity is used only for writing
             self._set_identity()
 
             testing.wait_on_cfg(self._ui, b'dirstate.pre-read-file')
             if self._use_dirstate_v2:
                 try:
                     self.docket
                 except error.CorruptedDirstate as e:
                     # fall back to dirstate-v1 if we fail to read v2
                     parents = self._v1_map(e)
                 else:
                     parents = self.docket.parents
                     inode = (
                         self.identity.stat.st_ino
                         if self.identity is not None
                         and self.identity.stat is not None
                         else None
                     )
                     testing.wait_on_cfg(
                         self._ui, b'dirstate.post-docket-read-file'
                     )
                     if not self.docket.uuid:
                         data = b''
                         self._map = rustmod.DirstateMap.new_empty()
                     else:
                         data = self._read_v2_data()
                         self._map = rustmod.DirstateMap.new_v2(
                             data,
                             self.docket.data_size,
                             self.docket.tree_metadata,
                             self.docket.uuid,
                             inode,
                         )
                     parents = self.docket.parents
             else:
                 parents = self._v1_map()
 
             if parents and not self._dirtyparents:
                 self.setparents(*parents)
 
             self.__contains__ = self._map.__contains__
             self.__getitem__ = self._map.__getitem__
             self.get = self._map.get
             return self._map
 
         def _v1_map(self, from_v2_exception=None):
             self._set_identity()
             inode = (
                 self.identity.stat.st_ino
                 if self.identity is not None and self.identity.stat is not None
                 else None
             )
             try:
                 self._map, parents = rustmod.DirstateMap.new_v1(
                     self._readdirstatefile(), inode
                 )
             except OSError as e:
                 if from_v2_exception is not None:
                     raise e from from_v2_exception
                 raise
             return parents
 
         @property
         def copymap(self):
             return self._map.copymap()
 
         def debug_iter(self, all):
             """
             Return an iterator of (filename, state, mode, size, mtime) tuples
 
             `all`: also include with `state == b' '` dirstate tree nodes that
             don't have an associated `DirstateItem`.
 
             """
             return self._map.debug_iter(all)
 
         def clear(self):
             self._map.clear()
             self.setparents(
                 self._nodeconstants.nullid, self._nodeconstants.nullid
             )
             util.clearcachedproperty(self, b"_dirs")
             util.clearcachedproperty(self, b"_alldirs")
             util.clearcachedproperty(self, b"dirfoldmap")
 
         def items(self):
             return self._map.items()
 
         # forward for python2,3 compat
         iteritems = items
 
         def keys(self):
             return iter(self._map)
 
         ### reading/setting parents
 
         def setparents(self, p1, p2, fold_p2=False):
             self._parents = (p1, p2)
             self._dirtyparents = True
             copies = {}
             if fold_p2:
                 copies = self._map.setparents_fixup()
             return copies
 
         ### disk interaction
 
         @propertycache
         def identity(self):
             self._map
             return self.identity
 
         def write(self, tr, st):
             if not self._use_dirstate_v2:
                 p1, p2 = self.parents()
                 packed = self._map.write_v1(p1, p2)
                 st.write(packed)
                 st.close()
                 self._dirtyparents = False
                 return
 
             write_mode = self._write_mode
             try:
                 docket = self.docket
             except error.CorruptedDirstate:
                 # fall back to dirstate-v1 if we fail to parse v2
                 docket = None
 
             # We can only append to an existing data file if there is one
             if docket is None or docket.uuid is None:
                 write_mode = WRITE_MODE_FORCE_NEW
             packed, meta, append = self._map.write_v2(write_mode)
             if append:
                 docket = self.docket
                 data_filename = docket.data_filename()
                 # We mark it for backup to make sure a future `hg rollback` (or
                 # `hg recover`?) call find the data it needs to restore a
                 # working repository.
                 #
                 # The backup can use a hardlink because the format is resistant
                 # to trailing "dead" data.
                 if tr is not None:
                     tr.addbackup(data_filename, location=b'plain')
                 with self._opener(data_filename, b'r+b') as fp:
                     fp.seek(docket.data_size)
                     assert fp.tell() == docket.data_size
                     written = fp.write(packed)
                     if written is not None:  # py2 may return None
                         assert written == len(packed), (written, len(packed))
                 docket.data_size += len(packed)
                 docket.parents = self.parents()
                 docket.tree_metadata = meta
                 st.write(docket.serialize())
                 st.close()
             else:
                 self.write_v2_no_append(tr, st, meta, packed)
             # Reload from the newly-written file
             util.clearcachedproperty(self, b"_map")
             self._dirtyparents = False
 
         ### code related to maintaining and accessing "extra" property
         # (e.g. "has_dir")
 
         @propertycache
         def filefoldmap(self):
             """Returns a dictionary mapping normalized case paths to their
             non-normalized versions.
             """
             return self._map.filefoldmapasdict()
 
         def hastrackeddir(self, d):
             return self._map.hastrackeddir(d)
 
         def hasdir(self, d):
             return self._map.hasdir(d)
 
         @propertycache
         def dirfoldmap(self):
             f = {}
             normcase = util.normcase
             for name in self._map.tracked_dirs():
                 f[normcase(name)] = name
             return f
 
         ### code related to manipulation of entries and copy-sources
 
         def set_tracked(self, f):
             return self._map.set_tracked(f)
 
         def set_untracked(self, f):
             return self._map.set_untracked(f)
 
         def set_clean(self, filename, mode, size, mtime):
             self._map.set_clean(filename, mode, size, mtime)
 
         def set_possibly_dirty(self, f):
             self._map.set_possibly_dirty(f)
 
         def reset_state(
             self,
             filename,
             wc_tracked=False,
             p1_tracked=False,
             p2_info=False,
             has_meaningful_mtime=True,
             parentfiledata=None,
         ):
             return self._map.reset_state(
                 filename,
                 wc_tracked,
                 p1_tracked,
                 p2_info,
                 has_meaningful_mtime,
                 parentfiledata,
             )

rust/hg-core/src/dirstate_tree/dirstate_map.rs

@@ -1,1928 +1,1929 b''
 use bytes_cast::BytesCast;
 use std::borrow::Cow;
 use std::path::PathBuf;
 
 use super::on_disk;
 use super::on_disk::DirstateV2ParseError;
 use super::owning::OwningDirstateMap;
 use super::path_with_basename::WithBasename;
 use crate::dirstate::parsers::pack_entry;
 use crate::dirstate::parsers::packed_entry_size;
 use crate::dirstate::parsers::parse_dirstate_entries;
 use crate::dirstate::CopyMapIter;
 use crate::dirstate::DirstateV2Data;
 use crate::dirstate::ParentFileData;
 use crate::dirstate::StateMapIter;
 use crate::dirstate::TruncatedTimestamp;
 use crate::matchers::Matcher;
 use crate::utils::filter_map_results;
 use crate::utils::hg_path::{HgPath, HgPathBuf};
 use crate::DirstateEntry;
 use crate::DirstateError;
 use crate::DirstateMapError;
 use crate::DirstateParents;
 use crate::DirstateStatus;
 use crate::FastHashbrownMap as FastHashMap;
 use crate::PatternFileWarning;
 use crate::StatusError;
 use crate::StatusOptions;
 
 /// Append to an existing data file if the amount of unreachable data (not used
 /// anymore) is less than this fraction of the total amount of existing data.
 const ACCEPTABLE_UNREACHABLE_BYTES_RATIO: f32 = 0.5;
 
 #[derive(Debug, PartialEq, Eq)]
 /// Version of the on-disk format
 pub enum DirstateVersion {
     V1,
     V2,
 }
 
 #[derive(Debug, PartialEq, Eq)]
 pub enum DirstateMapWriteMode {
     Auto,
     ForceNewDataFile,
     ForceAppend,
 }
 
 #[derive(Debug)]
 pub struct DirstateMap<'on_disk> {
     /// Contents of the `.hg/dirstate` file
     pub(super) on_disk: &'on_disk [u8],
 
     pub(super) root: ChildNodes<'on_disk>,
 
     /// Number of nodes anywhere in the tree that have `.entry.is_some()`.
     pub(super) nodes_with_entry_count: u32,
 
     /// Number of nodes anywhere in the tree that have
     /// `.copy_source.is_some()`.
     pub(super) nodes_with_copy_source_count: u32,
 
     /// See on_disk::Header
     pub(super) ignore_patterns_hash: on_disk::IgnorePatternsHash,
 
     /// How many bytes of `on_disk` are not used anymore
     pub(super) unreachable_bytes: u32,
 
     /// Size of the data used to first load this `DirstateMap`. Used in case
     /// we need to write some new metadata, but no new data on disk,
     /// as well as to detect writes that have happened in another process
     /// since first read.
     pub(super) old_data_size: usize,
 
     /// UUID used when first loading this `DirstateMap`. Used to check if
     /// the UUID has been changed by another process since first read.
     /// Can be `None` if using dirstate v1 or if it's a brand new dirstate.
     pub(super) old_uuid: Option<Vec<u8>>,
 
     /// Identity of the dirstate file (for dirstate-v1) or the docket file
     /// (v2). Used to detect if the file has changed from another process.
     /// Since it's always written atomically, we can compare the inode to
     /// check the file identity.
     ///
     /// TODO On non-Unix systems, something like hashing is a possibility?
     pub(super) identity: Option<u64>,
 
     pub(super) dirstate_version: DirstateVersion,
 
     /// Controlled by config option `devel.dirstate.v2.data_update_mode`
     pub(super) write_mode: DirstateMapWriteMode,
 }
 
 /// Using a plain `HgPathBuf` of the full path from the repository root as a
 /// map key would also work: all paths in a given map have the same parent
 /// path, so comparing full paths gives the same result as comparing base
 /// names. However `HashMap` would waste time always re-hashing the same
 /// string prefix.
 pub(super) type NodeKey<'on_disk> = WithBasename<Cow<'on_disk, HgPath>>;
 
 /// Similar to `&'tree Cow<'on_disk, HgPath>`, but can also be returned
 /// for on-disk nodes that don’t actually have a `Cow` to borrow.
 #[derive(Debug)]
 pub(super) enum BorrowedPath<'tree, 'on_disk> {
     InMemory(&'tree HgPathBuf),
     OnDisk(&'on_disk HgPath),
 }
 
 #[derive(Debug)]
 pub(super) enum ChildNodes<'on_disk> {
     InMemory(FastHashMap<NodeKey<'on_disk>, Node<'on_disk>>),
     OnDisk(&'on_disk [on_disk::Node]),
 }
 
 #[derive(Debug)]
 pub(super) enum ChildNodesRef<'tree, 'on_disk> {
     InMemory(&'tree FastHashMap<NodeKey<'on_disk>, Node<'on_disk>>),
     OnDisk(&'on_disk [on_disk::Node]),
 }
 
 #[derive(Debug)]
 pub(super) enum NodeRef<'tree, 'on_disk> {
     InMemory(&'tree NodeKey<'on_disk>, &'tree Node<'on_disk>),
     OnDisk(&'on_disk on_disk::Node),
 }
 
 impl<'tree, 'on_disk> BorrowedPath<'tree, 'on_disk> {
     pub fn detach_from_tree(&self) -> Cow<'on_disk, HgPath> {
         match *self {
             BorrowedPath::InMemory(in_memory) => Cow::Owned(in_memory.clone()),
             BorrowedPath::OnDisk(on_disk) => Cow::Borrowed(on_disk),
         }
     }
 }
 
 impl<'tree, 'on_disk> std::ops::Deref for BorrowedPath<'tree, 'on_disk> {
     type Target = HgPath;
 
     fn deref(&self) -> &HgPath {
         match *self {
             BorrowedPath::InMemory(in_memory) => in_memory,
             BorrowedPath::OnDisk(on_disk) => on_disk,
         }
     }
 }
 
 impl Default for ChildNodes<'_> {
     fn default() -> Self {
         ChildNodes::InMemory(Default::default())
     }
 }
 
 impl<'on_disk> ChildNodes<'on_disk> {
     pub(super) fn as_ref<'tree>(
         &'tree self,
     ) -> ChildNodesRef<'tree, 'on_disk> {
         match self {
             ChildNodes::InMemory(nodes) => ChildNodesRef::InMemory(nodes),
             ChildNodes::OnDisk(nodes) => ChildNodesRef::OnDisk(nodes),
         }
     }
 
     pub(super) fn is_empty(&self) -> bool {
         match self {
             ChildNodes::InMemory(nodes) => nodes.is_empty(),
             ChildNodes::OnDisk(nodes) => nodes.is_empty(),
         }
     }
 
     fn make_mut(
         &mut self,
         on_disk: &'on_disk [u8],
         unreachable_bytes: &mut u32,
     ) -> Result<
         &mut FastHashMap<NodeKey<'on_disk>, Node<'on_disk>>,
         DirstateV2ParseError,
     > {
         match self {
             ChildNodes::InMemory(nodes) => Ok(nodes),
             ChildNodes::OnDisk(nodes) => {
                 *unreachable_bytes +=
                     std::mem::size_of_val::<[on_disk::Node]>(nodes) as u32;
                 let nodes = nodes
                     .iter()
                     .map(|node| {
                         Ok((
                             node.path(on_disk)?,
                             node.to_in_memory_node(on_disk)?,
                         ))
                     })
                     .collect::<Result<_, _>>()?;
                 *self = ChildNodes::InMemory(nodes);
                 match self {
                     ChildNodes::InMemory(nodes) => Ok(nodes),
                     ChildNodes::OnDisk(_) => unreachable!(),
                 }
             }
         }
     }
 }
 
 impl<'tree, 'on_disk> ChildNodesRef<'tree, 'on_disk> {
     pub(super) fn get(
         &self,
         base_name: &HgPath,
         on_disk: &'on_disk [u8],
     ) -> Result<Option<NodeRef<'tree, 'on_disk>>, DirstateV2ParseError> {
         match self {
             ChildNodesRef::InMemory(nodes) => Ok(nodes
                 .get_key_value(base_name)
                 .map(|(k, v)| NodeRef::InMemory(k, v))),
             ChildNodesRef::OnDisk(nodes) => {
                 let mut parse_result = Ok(());
                 let search_result = nodes.binary_search_by(|node| {
                     match node.base_name(on_disk) {
                         Ok(node_base_name) => node_base_name.cmp(base_name),
                         Err(e) => {
                             parse_result = Err(e);
                             // Dummy comparison result, `search_result` won’t
                             // be used since `parse_result` is an error
                             std::cmp::Ordering::Equal
                         }
                     }
                 });
                 parse_result.map(|()| {
                     search_result.ok().map(|i| NodeRef::OnDisk(&nodes[i]))
                 })
             }
         }
     }
 
     /// Iterate in undefined order
     pub(super) fn iter(
         &self,
     ) -> impl Iterator<Item = NodeRef<'tree, 'on_disk>> {
         match self {
             ChildNodesRef::InMemory(nodes) => itertools::Either::Left(
                 nodes.iter().map(|(k, v)| NodeRef::InMemory(k, v)),
             ),
             ChildNodesRef::OnDisk(nodes) => {
                 itertools::Either::Right(nodes.iter().map(NodeRef::OnDisk))
             }
         }
     }
 
     /// Iterate in parallel in undefined order
     pub(super) fn par_iter(
         &self,
     ) -> impl rayon::iter::ParallelIterator<Item = NodeRef<'tree, 'on_disk>>
     {
         use rayon::prelude::*;
         match self {
             ChildNodesRef::InMemory(nodes) => rayon::iter::Either::Left(
                 nodes.par_iter().map(|(k, v)| NodeRef::InMemory(k, v)),
             ),
             ChildNodesRef::OnDisk(nodes) => rayon::iter::Either::Right(
                 nodes.par_iter().map(NodeRef::OnDisk),
             ),
         }
     }
 
     pub(super) fn sorted(&self) -> Vec<NodeRef<'tree, 'on_disk>> {
         match self {
             ChildNodesRef::InMemory(nodes) => {
                 let mut vec: Vec<_> = nodes
                     .iter()
                     .map(|(k, v)| NodeRef::InMemory(k, v))
                     .collect();
                 fn sort_key<'a>(node: &'a NodeRef) -> &'a HgPath {
                     match node {
                         NodeRef::InMemory(path, _node) => path.base_name(),
                         NodeRef::OnDisk(_) => unreachable!(),
                     }
                 }
                 // `sort_unstable_by_key` doesn’t allow keys borrowing from the
                 // value: https://github.com/rust-lang/rust/issues/34162
                 vec.sort_unstable_by(|a, b| sort_key(a).cmp(sort_key(b)));
                 vec
             }
             ChildNodesRef::OnDisk(nodes) => {
                 // Nodes on disk are already sorted
                 nodes.iter().map(NodeRef::OnDisk).collect()
             }
         }
     }
 }
 
 impl<'tree, 'on_disk> NodeRef<'tree, 'on_disk> {
     pub(super) fn full_path(
         &self,
         on_disk: &'on_disk [u8],
     ) -> Result<&'tree HgPath, DirstateV2ParseError> {
         match self {
             NodeRef::InMemory(path, _node) => Ok(path.full_path()),
             NodeRef::OnDisk(node) => node.full_path(on_disk),
         }
     }
 
     /// Returns a `BorrowedPath`, which can be turned into a `Cow<'on_disk,
     /// HgPath>` detached from `'tree`
     pub(super) fn full_path_borrowed(
         &self,
         on_disk: &'on_disk [u8],
     ) -> Result<BorrowedPath<'tree, 'on_disk>, DirstateV2ParseError> {
         match self {
             NodeRef::InMemory(path, _node) => match path.full_path() {
                 Cow::Borrowed(on_disk) => Ok(BorrowedPath::OnDisk(on_disk)),
                 Cow::Owned(in_memory) => Ok(BorrowedPath::InMemory(in_memory)),
             },
             NodeRef::OnDisk(node) => {
                 Ok(BorrowedPath::OnDisk(node.full_path(on_disk)?))
             }
         }
     }
 
     pub(super) fn base_name(
         &self,
         on_disk: &'on_disk [u8],
     ) -> Result<&'tree HgPath, DirstateV2ParseError> {
         match self {
             NodeRef::InMemory(path, _node) => Ok(path.base_name()),
             NodeRef::OnDisk(node) => node.base_name(on_disk),
         }
     }
 
     pub(super) fn children(
         &self,
         on_disk: &'on_disk [u8],
     ) -> Result<ChildNodesRef<'tree, 'on_disk>, DirstateV2ParseError> {
         match self {
             NodeRef::InMemory(_path, node) => Ok(node.children.as_ref()),
             NodeRef::OnDisk(node) => {
                 Ok(ChildNodesRef::OnDisk(node.children(on_disk)?))
             }
         }
     }
 
     pub(super) fn has_copy_source(&self) -> bool {
         match self {
             NodeRef::InMemory(_path, node) => node.copy_source.is_some(),
             NodeRef::OnDisk(node) => node.has_copy_source(),
         }
     }
 
     pub(super) fn copy_source(
         &self,
         on_disk: &'on_disk [u8],
     ) -> Result<Option<&'tree HgPath>, DirstateV2ParseError> {
         match self {
             NodeRef::InMemory(_path, node) => Ok(node.copy_source.as_deref()),
             NodeRef::OnDisk(node) => node.copy_source(on_disk),
         }
     }
     /// Returns a `BorrowedPath`, which can be turned into a `Cow<'on_disk,
     /// HgPath>` detached from `'tree`
     pub(super) fn copy_source_borrowed(
         &self,
         on_disk: &'on_disk [u8],
     ) -> Result<Option<BorrowedPath<'tree, 'on_disk>>, DirstateV2ParseError>
     {
         Ok(match self {
             NodeRef::InMemory(_path, node) => {
                 node.copy_source.as_ref().map(|source| match source {
                     Cow::Borrowed(on_disk) => BorrowedPath::OnDisk(on_disk),
                     Cow::Owned(in_memory) => BorrowedPath::InMemory(in_memory),
                 })
             }
             NodeRef::OnDisk(node) => {
                 node.copy_source(on_disk)?.map(BorrowedPath::OnDisk)
             }
         })
     }
 
     pub(super) fn entry(
         &self,
     ) -> Result<Option<DirstateEntry>, DirstateV2ParseError> {
         match self {
             NodeRef::InMemory(_path, node) => {
                 Ok(node.data.as_entry().copied())
             }
             NodeRef::OnDisk(node) => node.entry(),
         }
     }
 
     pub(super) fn cached_directory_mtime(
         &self,
     ) -> Result<Option<TruncatedTimestamp>, DirstateV2ParseError> {
         match self {
             NodeRef::InMemory(_path, node) => Ok(match node.data {
                 NodeData::CachedDirectory { mtime } => Some(mtime),
                 _ => None,
             }),
             NodeRef::OnDisk(node) => node.cached_directory_mtime(),
         }
     }
 
     pub(super) fn descendants_with_entry_count(&self) -> u32 {
         match self {
             NodeRef::InMemory(_path, node) => {
                 node.descendants_with_entry_count
             }
             NodeRef::OnDisk(node) => node.descendants_with_entry_count.get(),
         }
     }
 
     pub(super) fn tracked_descendants_count(&self) -> u32 {
         match self {
             NodeRef::InMemory(_path, node) => node.tracked_descendants_count,
             NodeRef::OnDisk(node) => node.tracked_descendants_count.get(),
         }
     }
 }
 
 /// Represents a file or a directory
 #[derive(Default, Debug)]
 pub(super) struct Node<'on_disk> {
     pub(super) data: NodeData,
 
     pub(super) copy_source: Option<Cow<'on_disk, HgPath>>,
 
     pub(super) children: ChildNodes<'on_disk>,
 
     /// How many (non-inclusive) descendants of this node have an entry.
     pub(super) descendants_with_entry_count: u32,
 
     /// How many (non-inclusive) descendants of this node have an entry whose
     /// state is "tracked".
     pub(super) tracked_descendants_count: u32,
 }
 
 #[derive(Debug)]
 pub(super) enum NodeData {
     Entry(DirstateEntry),
     CachedDirectory { mtime: TruncatedTimestamp },
     None,
 }
 
 impl Default for NodeData {
     fn default() -> Self {
         NodeData::None
     }
 }
 
 impl NodeData {
     fn has_entry(&self) -> bool {
         matches!(self, NodeData::Entry(_))
     }
 
     fn as_entry(&self) -> Option<&DirstateEntry> {
         match self {
             NodeData::Entry(entry) => Some(entry),
             _ => None,
         }
     }
 
     fn as_entry_mut(&mut self) -> Option<&mut DirstateEntry> {
         match self {
             NodeData::Entry(entry) => Some(entry),
             _ => None,
         }
     }
 }
 
 impl<'on_disk> DirstateMap<'on_disk> {
     pub(super) fn empty(on_disk: &'on_disk [u8]) -> Self {
         Self {
             on_disk,
             root: ChildNodes::default(),
             nodes_with_entry_count: 0,
             nodes_with_copy_source_count: 0,
             ignore_patterns_hash: [0; on_disk::IGNORE_PATTERNS_HASH_LEN],
             unreachable_bytes: 0,
             old_data_size: 0,
             old_uuid: None,
             identity: None,
             dirstate_version: DirstateVersion::V1,
             write_mode: DirstateMapWriteMode::Auto,
         }
     }
 
     #[logging_timer::time("trace")]
     pub fn new_v2(
         on_disk: &'on_disk [u8],
         data_size: usize,
         metadata: &[u8],
         uuid: Vec<u8>,
         identity: Option<u64>,
     ) -> Result<Self, DirstateError> {
         if let Some(data) = on_disk.get(..data_size) {
             Ok(on_disk::read(data, metadata, uuid, identity)?)
         } else {
             Err(DirstateV2ParseError::new("not enough bytes on disk").into())
         }
     }
 
     #[logging_timer::time("trace")]
     pub fn new_v1(
         on_disk: &'on_disk [u8],
         identity: Option<u64>,
     ) -> Result<(Self, Option<DirstateParents>), DirstateError> {
         let mut map = Self::empty(on_disk);
         if map.on_disk.is_empty() {
             return Ok((map, None));
         }
 
         let parents = parse_dirstate_entries(
             map.on_disk,
             |path, entry, copy_source| {
                 let tracked = entry.tracked();
                 let node = Self::get_or_insert_node_inner(
                     map.on_disk,
                     &mut map.unreachable_bytes,
                     &mut map.root,
                     path,
                     WithBasename::to_cow_borrowed,
                     |ancestor| {
                         if tracked {
                             ancestor.tracked_descendants_count += 1
                         }
                         ancestor.descendants_with_entry_count += 1
                     },
                 )?;
                 assert!(
                     !node.data.has_entry(),
                     "duplicate dirstate entry in read"
                 );
                 assert!(
                     node.copy_source.is_none(),
                     "duplicate dirstate entry in read"
                 );
                 node.data = NodeData::Entry(*entry);
                 node.copy_source = copy_source.map(Cow::Borrowed);
                 map.nodes_with_entry_count += 1;
                 if copy_source.is_some() {
                     map.nodes_with_copy_source_count += 1
                 }
                 Ok(())
             },
         )?;
         let parents = Some(*parents);
         map.identity = identity;
 
         Ok((map, parents))
     }
 
     /// Assuming dirstate-v2 format, returns whether the next write should
     /// append to the existing data file that contains `self.on_disk` (true),
     /// or create a new data file from scratch (false).
     pub(super) fn write_should_append(&self) -> bool {
         match self.write_mode {
             DirstateMapWriteMode::ForceAppend => true,
             DirstateMapWriteMode::ForceNewDataFile => false,
             DirstateMapWriteMode::Auto => {
                 let ratio =
                     self.unreachable_bytes as f32 / self.on_disk.len() as f32;
                 ratio < ACCEPTABLE_UNREACHABLE_BYTES_RATIO
             }
         }
     }
 
     fn get_node<'tree>(
         &'tree self,
         path: &HgPath,
     ) -> Result<Option<NodeRef<'tree, 'on_disk>>, DirstateV2ParseError> {
         let mut children = self.root.as_ref();
         let mut components = path.components();
         let mut component =
             components.next().expect("expected at least one components");
         loop {
             if let Some(child) = children.get(component, self.on_disk)? {
                 if let Some(next_component) = components.next() {
                     component = next_component;
                     children = child.children(self.on_disk)?;
                 } else {
                     return Ok(Some(child));
                 }
             } else {
                 return Ok(None);
             }
         }
     }
 
     /// Returns a mutable reference to the node at `path` if it exists
     ///
     /// `each_ancestor` is a callback that is called for each ancestor node
     /// when descending the tree. It is used to keep the different counters
     /// of the `DirstateMap` up-to-date.
     fn get_node_mut<'tree>(
         &'tree mut self,
         path: &HgPath,
         each_ancestor: impl FnMut(&mut Node),
     ) -> Result<Option<&'tree mut Node<'on_disk>>, DirstateV2ParseError> {
         Self::get_node_mut_inner(
             self.on_disk,
             &mut self.unreachable_bytes,
             &mut self.root,
             path,
             each_ancestor,
         )
     }
 
     /// Lower-level version of `get_node_mut`.
     ///
     /// This takes `root` instead of `&mut self` so that callers can mutate
     /// other fields while the returned borrow is still valid.
     ///
     /// `each_ancestor` is a callback that is called for each ancestor node
     /// when descending the tree. It is used to keep the different counters
     /// of the `DirstateMap` up-to-date.
     fn get_node_mut_inner<'tree>(
         on_disk: &'on_disk [u8],
         unreachable_bytes: &mut u32,
         root: &'tree mut ChildNodes<'on_disk>,
         path: &HgPath,
         mut each_ancestor: impl FnMut(&mut Node),
     ) -> Result<Option<&'tree mut Node<'on_disk>>, DirstateV2ParseError> {
         let mut children = root;
         let mut components = path.components();
         let mut component =
             components.next().expect("expected at least one components");
         loop {
             if let Some(child) = children
                 .make_mut(on_disk, unreachable_bytes)?
                 .get_mut(component)
             {
                 if let Some(next_component) = components.next() {
                     each_ancestor(child);
                     component = next_component;
                     children = &mut child.children;
                 } else {
                     return Ok(Some(child));
                 }
             } else {
                 return Ok(None);
             }
         }
     }
 
     /// Get a mutable reference to the node at `path`, creating it if it does
     /// not exist.
     ///
     /// `each_ancestor` is a callback that is called for each ancestor node
     /// when descending the tree. It is used to keep the different counters
     /// of the `DirstateMap` up-to-date.
     fn get_or_insert_node<'tree, 'path>(
         &'tree mut self,
         path: &'path HgPath,
         each_ancestor: impl FnMut(&mut Node),
     ) -> Result<&'tree mut Node<'on_disk>, DirstateV2ParseError> {
         Self::get_or_insert_node_inner(
             self.on_disk,
             &mut self.unreachable_bytes,
             &mut self.root,
             path,
             WithBasename::to_cow_owned,
             each_ancestor,
         )
     }
 
     /// Lower-level version of `get_or_insert_node_inner`, which is used when
     /// parsing disk data to remove allocations for new nodes.
     fn get_or_insert_node_inner<'tree, 'path>(
         on_disk: &'on_disk [u8],
         unreachable_bytes: &mut u32,
         root: &'tree mut ChildNodes<'on_disk>,
         path: &'path HgPath,
         to_cow: impl Fn(
             WithBasename<&'path HgPath>,
         ) -> WithBasename<Cow<'on_disk, HgPath>>,
         mut each_ancestor: impl FnMut(&mut Node),
     ) -> Result<&'tree mut Node<'on_disk>, DirstateV2ParseError> {
         let mut child_nodes = root;
         let mut inclusive_ancestor_paths =
             WithBasename::inclusive_ancestors_of(path);
         let mut ancestor_path = inclusive_ancestor_paths
             .next()
             .expect("expected at least one inclusive ancestor");
         loop {
             let (_, child_node) = child_nodes
                 .make_mut(on_disk, unreachable_bytes)?
                 .raw_entry_mut()
                 .from_key(ancestor_path.base_name())
                 .or_insert_with(|| (to_cow(ancestor_path), Node::default()));
             if let Some(next) = inclusive_ancestor_paths.next() {
                 each_ancestor(child_node);
                 ancestor_path = next;
                 child_nodes = &mut child_node.children;
             } else {
                 return Ok(child_node);
             }
         }
     }
 
     #[allow(clippy::too_many_arguments)]
     fn reset_state(
         &mut self,
         filename: &HgPath,
         old_entry_opt: Option<DirstateEntry>,
         wc_tracked: bool,
         p1_tracked: bool,
         p2_info: bool,
         has_meaningful_mtime: bool,
         parent_file_data_opt: Option<ParentFileData>,
     ) -> Result<(), DirstateError> {
         let (had_entry, was_tracked) = match old_entry_opt {
             Some(old_entry) => (true, old_entry.tracked()),
             None => (false, false),
         };
         let node = self.get_or_insert_node(filename, |ancestor| {
             if !had_entry {
                 ancestor.descendants_with_entry_count += 1;
             }
             if was_tracked {
                 if !wc_tracked {
                     ancestor.tracked_descendants_count = ancestor
                         .tracked_descendants_count
                         .checked_sub(1)
                         .expect("tracked count to be >= 0");
                 }
             } else if wc_tracked {
                 ancestor.tracked_descendants_count += 1;
             }
         })?;
 
         let v2_data = if let Some(parent_file_data) = parent_file_data_opt {
             DirstateV2Data {
                 wc_tracked,
                 p1_tracked,
                 p2_info,
                 mode_size: parent_file_data.mode_size,
                 mtime: if has_meaningful_mtime {
                     parent_file_data.mtime
                 } else {
                     None
                 },
                 ..Default::default()
             }
         } else {
             DirstateV2Data {
                 wc_tracked,
                 p1_tracked,
                 p2_info,
                 ..Default::default()
             }
         };
         node.data = NodeData::Entry(DirstateEntry::from_v2_data(v2_data));
         if !had_entry {
             self.nodes_with_entry_count += 1;
         }
         Ok(())
     }
 
     fn set_tracked(
         &mut self,
         filename: &HgPath,
         old_entry_opt: Option<DirstateEntry>,
     ) -> Result<bool, DirstateV2ParseError> {
         let was_tracked = old_entry_opt.map_or(false, |e| e.tracked());
         let had_entry = old_entry_opt.is_some();
         let tracked_count_increment = if was_tracked { 0 } else { 1 };
         let mut new = false;
 
         let node = self.get_or_insert_node(filename, |ancestor| {
             if !had_entry {
                 ancestor.descendants_with_entry_count += 1;
             }
 
             ancestor.tracked_descendants_count += tracked_count_increment;
         })?;
         if let Some(old_entry) = old_entry_opt {
             let mut e = old_entry;
             if e.tracked() {
                 // XXX
                 // This is probably overkill for more case, but we need this to
                 // fully replace the `normallookup` call with `set_tracked`
                 // one. Consider smoothing this in the future.
                 e.set_possibly_dirty();
             } else {
                 new = true;
                 e.set_tracked();
             }
             node.data = NodeData::Entry(e)
         } else {
             node.data = NodeData::Entry(DirstateEntry::new_tracked());
             self.nodes_with_entry_count += 1;
             new = true;
         };
         Ok(new)
     }
 
     /// Set a node as untracked in the dirstate.
     ///
     /// It is the responsibility of the caller to remove the copy source and/or
     /// the entry itself if appropriate.
     ///
     /// # Panics
     ///
     /// Panics if the node does not exist.
     fn set_untracked(
         &mut self,
         filename: &HgPath,
         old_entry: DirstateEntry,
     ) -> Result<(), DirstateV2ParseError> {
         let node = self
             .get_node_mut(filename, |ancestor| {
                 ancestor.tracked_descendants_count = ancestor
                     .tracked_descendants_count
                     .checked_sub(1)
                     .expect("tracked_descendants_count should be >= 0");
             })?
             .expect("node should exist");
         let mut new_entry = old_entry;
         new_entry.set_untracked();
         node.data = NodeData::Entry(new_entry);
         Ok(())
     }
 
     /// Set a node as clean in the dirstate.
     ///
     /// It is the responsibility of the caller to remove the copy source.
     ///
     /// # Panics
     ///
     /// Panics if the node does not exist.
     fn set_clean(
         &mut self,
         filename: &HgPath,
         old_entry: DirstateEntry,
         mode: u32,
         size: u32,
         mtime: TruncatedTimestamp,
     ) -> Result<(), DirstateError> {
         let node = self
             .get_node_mut(filename, |ancestor| {
                 if !old_entry.tracked() {
                     ancestor.tracked_descendants_count += 1;
                 }
             })?
             .expect("node should exist");
         let mut new_entry = old_entry;
         new_entry.set_clean(mode, size, mtime);
         node.data = NodeData::Entry(new_entry);
         Ok(())
     }
 
     /// Set a node as possibly dirty in the dirstate.
     ///
     /// # Panics
     ///
     /// Panics if the node does not exist.
     fn set_possibly_dirty(
         &mut self,
         filename: &HgPath,
     ) -> Result<(), DirstateError> {
         let node = self
             .get_node_mut(filename, |_ancestor| {})?
             .expect("node should exist");
         let entry = node.data.as_entry_mut().expect("entry should exist");
         entry.set_possibly_dirty();
         node.data = NodeData::Entry(*entry);
         Ok(())
     }
 
     /// Clears the cached mtime for the (potential) folder at `path`.
     pub(super) fn clear_cached_mtime(
         &mut self,
         path: &HgPath,
     ) -> Result<(), DirstateV2ParseError> {
         let node = match self.get_node_mut(path, |_ancestor| {})? {
             Some(node) => node,
             None => return Ok(()),
         };
         if let NodeData::CachedDirectory { .. } = &node.data {
             node.data = NodeData::None
         }
         Ok(())
     }
 
     /// Sets the cached mtime for the (potential) folder at `path`.
     pub(super) fn set_cached_mtime(
         &mut self,
         path: &HgPath,
         mtime: TruncatedTimestamp,
     ) -> Result<(), DirstateV2ParseError> {
         let node = match self.get_node_mut(path, |_ancestor| {})? {
             Some(node) => node,
             None => return Ok(()),
         };
         match &node.data {
             NodeData::Entry(_) => {} // Don’t overwrite an entry
             NodeData::CachedDirectory { .. } | NodeData::None => {
                 node.data = NodeData::CachedDirectory { mtime }
             }
         }
         Ok(())
     }
 
     fn iter_nodes<'tree>(
         &'tree self,
     ) -> impl Iterator<
         Item = Result<NodeRef<'tree, 'on_disk>, DirstateV2ParseError>,
     > + 'tree {
         // Depth first tree traversal.
         //
         // If we could afford internal iteration and recursion,
         // this would look like:
         //
         // ```
         // fn traverse_children(
         //     children: &ChildNodes,
         //     each: &mut impl FnMut(&Node),
         // ) {
         //     for child in children.values() {
         //         traverse_children(&child.children, each);
         //         each(child);
         //     }
         // }
         // ```
         //
         // However we want an external iterator and therefore can’t use the
         // call stack. Use an explicit stack instead:
         let mut stack = Vec::new();
         let mut iter = self.root.as_ref().iter();
         std::iter::from_fn(move || {
             while let Some(child_node) = iter.next() {
                 let children = match child_node.children(self.on_disk) {
                     Ok(children) => children,
                     Err(error) => return Some(Err(error)),
                 };
                 // Pseudo-recursion
                 let new_iter = children.iter();
                 let old_iter = std::mem::replace(&mut iter, new_iter);
                 stack.push((child_node, old_iter));
             }
             // Found the end of a `children.iter()` iterator.
             if let Some((child_node, next_iter)) = stack.pop() {
                 // "Return" from pseudo-recursion by restoring state from the
                 // explicit stack
                 iter = next_iter;
 
                 Some(Ok(child_node))
             } else {
                 // Reached the bottom of the stack, we’re done
                 None
             }
         })
     }
 
     fn count_dropped_path(unreachable_bytes: &mut u32, path: Cow<HgPath>) {
         if let Cow::Borrowed(path) = path {
             *unreachable_bytes += path.len() as u32
         }
     }
 
     pub(crate) fn set_write_mode(&mut self, write_mode: DirstateMapWriteMode) {
         self.write_mode = write_mode;
     }
 }
 
 type DebugDirstateTuple<'a> = (&'a HgPath, (u8, i32, i32, i32));
 
 impl OwningDirstateMap {
     pub fn clear(&mut self) {
         self.with_dmap_mut(|map| {
             map.root = Default::default();
             map.nodes_with_entry_count = 0;
             map.nodes_with_copy_source_count = 0;
+            map.unreachable_bytes = map.on_disk.len() as u32;
         });
     }
 
     pub fn set_tracked(
         &mut self,
         filename: &HgPath,
     ) -> Result<bool, DirstateV2ParseError> {
         let old_entry_opt = self.get(filename)?;
         self.with_dmap_mut(|map| map.set_tracked(filename, old_entry_opt))
     }
 
     pub fn set_untracked(
         &mut self,
         filename: &HgPath,
     ) -> Result<bool, DirstateError> {
         let old_entry_opt = self.get(filename)?;
         match old_entry_opt {
             None => Ok(false),
             Some(old_entry) => {
                 if !old_entry.tracked() {
                     // `DirstateMap::set_untracked` is not a noop if
                     // already not tracked as it will decrement the
                     // tracked counters while going down.
                     return Ok(true);
                 }
                 if old_entry.added() {
                     // Untracking an "added" entry will just result in a
                     // worthless entry (and other parts of the code will
                     // complain about it), just drop it entirely.
                     self.drop_entry_and_copy_source(filename)?;
                     return Ok(true);
                 }
                 if !old_entry.p2_info() {
                     self.copy_map_remove(filename)?;
                 }
 
                 self.with_dmap_mut(|map| {
                     map.set_untracked(filename, old_entry)?;
                     Ok(true)
                 })
             }
         }
     }
 
     pub fn set_clean(
         &mut self,
         filename: &HgPath,
         mode: u32,
         size: u32,
         mtime: TruncatedTimestamp,
     ) -> Result<(), DirstateError> {
         let old_entry = match self.get(filename)? {
             None => {
                 return Err(
                     DirstateMapError::PathNotFound(filename.into()).into()
                 )
             }
             Some(e) => e,
         };
         self.copy_map_remove(filename)?;
         self.with_dmap_mut(|map| {
             map.set_clean(filename, old_entry, mode, size, mtime)
         })
     }
 
     pub fn set_possibly_dirty(
         &mut self,
         filename: &HgPath,
     ) -> Result<(), DirstateError> {
         if self.get(filename)?.is_none() {
             return Err(DirstateMapError::PathNotFound(filename.into()).into());
         }
         self.with_dmap_mut(|map| map.set_possibly_dirty(filename))
     }
 
     pub fn reset_state(
         &mut self,
         filename: &HgPath,
         wc_tracked: bool,
         p1_tracked: bool,
         p2_info: bool,
         has_meaningful_mtime: bool,
         parent_file_data_opt: Option<ParentFileData>,
     ) -> Result<(), DirstateError> {
         if !(p1_tracked || p2_info || wc_tracked) {
             self.drop_entry_and_copy_source(filename)?;
             return Ok(());
         }
         self.copy_map_remove(filename)?;
         let old_entry_opt = self.get(filename)?;
         self.with_dmap_mut(|map| {
             map.reset_state(
                 filename,
                 old_entry_opt,
                 wc_tracked,
                 p1_tracked,
                 p2_info,
                 has_meaningful_mtime,
                 parent_file_data_opt,
             )
         })
     }
 
     pub fn drop_entry_and_copy_source(
         &mut self,
         filename: &HgPath,
     ) -> Result<(), DirstateError> {
         let was_tracked = self.get(filename)?.map_or(false, |e| e.tracked());
         struct Dropped {
             was_tracked: bool,
             had_entry: bool,
             had_copy_source: bool,
         }
 
         /// If this returns `Ok(Some((dropped, removed)))`, then
         ///
         /// * `dropped` is about the leaf node that was at `filename`
         /// * `removed` is whether this particular level of recursion just
         ///   removed a node in `nodes`.
         fn recur<'on_disk>(
             on_disk: &'on_disk [u8],
             unreachable_bytes: &mut u32,
             nodes: &mut ChildNodes<'on_disk>,
             path: &HgPath,
         ) -> Result<Option<(Dropped, bool)>, DirstateV2ParseError> {
             let (first_path_component, rest_of_path) =
                 path.split_first_component();
             let nodes = nodes.make_mut(on_disk, unreachable_bytes)?;
             let node = if let Some(node) = nodes.get_mut(first_path_component)
             {
                 node
             } else {
                 return Ok(None);
             };
             let dropped;
             if let Some(rest) = rest_of_path {
                 if let Some((d, removed)) = recur(
                     on_disk,
                     unreachable_bytes,
                     &mut node.children,
                     rest,
                 )? {
                     dropped = d;
                     if dropped.had_entry {
                         node.descendants_with_entry_count = node
                             .descendants_with_entry_count
                             .checked_sub(1)
                             .expect(
                                 "descendants_with_entry_count should be >= 0",
                             );
                     }
                     if dropped.was_tracked {
                         node.tracked_descendants_count = node
                             .tracked_descendants_count
                             .checked_sub(1)
                             .expect(
                                 "tracked_descendants_count should be >= 0",
                             );
                     }
 
                     // Directory caches must be invalidated when removing a
                     // child node
                     if removed {
                         if let NodeData::CachedDirectory { .. } = &node.data {
                             node.data = NodeData::None
                         }
                     }
                 } else {
                     return Ok(None);
                 }
             } else {
                 let entry = node.data.as_entry();
                 let was_tracked = entry.map_or(false, |entry| entry.tracked());
                 let had_entry = entry.is_some();
                 if had_entry {
                     node.data = NodeData::None
                 }
                 let mut had_copy_source = false;
                 if let Some(source) = &node.copy_source {
                     DirstateMap::count_dropped_path(
                         unreachable_bytes,
                         Cow::Borrowed(source),
                     );
                     had_copy_source = true;
                     node.copy_source = None
                 }
                 dropped = Dropped {
                     was_tracked,
                     had_entry,
                     had_copy_source,
                 };
             }
             // After recursion, for both leaf (rest_of_path is None) nodes and
             // parent nodes, remove a node if it just became empty.
             let remove = !node.data.has_entry()
                 && node.copy_source.is_none()
                 && node.children.is_empty();
             if remove {
                 let (key, _) =
                     nodes.remove_entry(first_path_component).unwrap();
                 DirstateMap::count_dropped_path(
                     unreachable_bytes,
                     Cow::Borrowed(key.full_path()),
                 )
             }
             Ok(Some((dropped, remove)))
         }
 
         self.with_dmap_mut(|map| {
             if let Some((dropped, _removed)) = recur(
                 map.on_disk,
                 &mut map.unreachable_bytes,
                 &mut map.root,
                 filename,
             )? {
                 if dropped.had_entry {
                     map.nodes_with_entry_count = map
                         .nodes_with_entry_count
                         .checked_sub(1)
                         .expect("nodes_with_entry_count should be >= 0");
                 }
                 if dropped.had_copy_source {
                     map.nodes_with_copy_source_count = map
                         .nodes_with_copy_source_count
                         .checked_sub(1)
                         .expect("nodes_with_copy_source_count should be >= 0");
                 }
             } else {
                 debug_assert!(!was_tracked);
             }
             Ok(())
         })
     }
 
     pub fn has_tracked_dir(
         &mut self,
         directory: &HgPath,
     ) -> Result<bool, DirstateError> {
         self.with_dmap_mut(|map| {
             if let Some(node) = map.get_node(directory)? {
                 // A node without a `DirstateEntry` was created to hold child
                 // nodes, and is therefore a directory.
                 let is_dir = node.entry()?.is_none();
                 Ok(is_dir && node.tracked_descendants_count() > 0)
             } else {
                 Ok(false)
             }
         })
     }
 
     pub fn has_dir(
         &mut self,
         directory: &HgPath,
     ) -> Result<bool, DirstateError> {
         self.with_dmap_mut(|map| {
             if let Some(node) = map.get_node(directory)? {
                 // A node without a `DirstateEntry` was created to hold child
                 // nodes, and is therefore a directory.
                 let is_dir = node.entry()?.is_none();
                 Ok(is_dir && node.descendants_with_entry_count() > 0)
             } else {
                 Ok(false)
             }
         })
     }
 
     #[logging_timer::time("trace")]
     pub fn pack_v1(
         &self,
         parents: DirstateParents,
     ) -> Result<Vec<u8>, DirstateError> {
         let map = self.get_map();
         // Optizimation (to be measured?): pre-compute size to avoid `Vec`
         // reallocations
         let mut size = parents.as_bytes().len();
         for node in map.iter_nodes() {
             let node = node?;
             if node.entry()?.is_some() {
                 size += packed_entry_size(
                     node.full_path(map.on_disk)?,
                     node.copy_source(map.on_disk)?,
                 );
             }
         }
 
         let mut packed = Vec::with_capacity(size);
         packed.extend(parents.as_bytes());
 
         for node in map.iter_nodes() {
             let node = node?;
             if let Some(entry) = node.entry()? {
                 pack_entry(
                     node.full_path(map.on_disk)?,
                     &entry,
                     node.copy_source(map.on_disk)?,
                     &mut packed,
                 );
             }
         }
         Ok(packed)
     }
 
     /// Returns new data and metadata together with whether that data should be
     /// appended to the existing data file whose content is at
     /// `map.on_disk` (true), instead of written to a new data file
     /// (false), and the previous size of data on disk.
     #[logging_timer::time("trace")]
     pub fn pack_v2(
         &self,
         write_mode: DirstateMapWriteMode,
     ) -> Result<(Vec<u8>, on_disk::TreeMetadata, bool, usize), DirstateError>
     {
         let map = self.get_map();
         on_disk::write(map, write_mode)
     }
 
     /// `callback` allows the caller to process and do something with the
     /// results of the status. This is needed to do so efficiently (i.e.
     /// without cloning the `DirstateStatus` object with its paths) because
     /// we need to borrow from `Self`.
     pub fn with_status<R>(
         &mut self,
         matcher: &(dyn Matcher + Sync),
         root_dir: PathBuf,
         ignore_files: Vec<PathBuf>,
         options: StatusOptions,
         callback: impl for<'r> FnOnce(
             Result<(DirstateStatus<'r>, Vec<PatternFileWarning>), StatusError>,
         ) -> R,
     ) -> R {
         self.with_dmap_mut(|map| {
             callback(super::status::status(
                 map,
                 matcher,
                 root_dir,
                 ignore_files,
                 options,
             ))
         })
     }
 
     pub fn copy_map_len(&self) -> usize {
         let map = self.get_map();
         map.nodes_with_copy_source_count as usize
     }
 
     pub fn copy_map_iter(&self) -> CopyMapIter<'_> {
         let map = self.get_map();
         Box::new(filter_map_results(map.iter_nodes(), move |node| {
             Ok(if let Some(source) = node.copy_source(map.on_disk)? {
                 Some((node.full_path(map.on_disk)?, source))
             } else {
                 None
             })
         }))
     }
 
     pub fn copy_map_contains_key(
         &self,
         key: &HgPath,
     ) -> Result<bool, DirstateV2ParseError> {
         let map = self.get_map();
         Ok(if let Some(node) = map.get_node(key)? {
             node.has_copy_source()
         } else {
             false
         })
     }
 
     pub fn copy_map_get(
         &self,
         key: &HgPath,
     ) -> Result<Option<&HgPath>, DirstateV2ParseError> {
         let map = self.get_map();
         if let Some(node) = map.get_node(key)? {
             if let Some(source) = node.copy_source(map.on_disk)? {
                 return Ok(Some(source));
             }
         }
         Ok(None)
     }
 
     pub fn copy_map_remove(
         &mut self,
         key: &HgPath,
     ) -> Result<Option<HgPathBuf>, DirstateV2ParseError> {
         self.with_dmap_mut(|map| {
             let count = &mut map.nodes_with_copy_source_count;
             let unreachable_bytes = &mut map.unreachable_bytes;
             Ok(DirstateMap::get_node_mut_inner(
                 map.on_disk,
                 unreachable_bytes,
                 &mut map.root,
                 key,
                 |_ancestor| {},
             )?
             .and_then(|node| {
                 if let Some(source) = &node.copy_source {
                     *count = count
                         .checked_sub(1)
                         .expect("nodes_with_copy_source_count should be >= 0");
                     DirstateMap::count_dropped_path(
                         unreachable_bytes,
                         Cow::Borrowed(source),
                     );
                 }
                 node.copy_source.take().map(Cow::into_owned)
             }))
         })
     }
 
     pub fn copy_map_insert(
         &mut self,
         key: &HgPath,
         value: &HgPath,
     ) -> Result<Option<HgPathBuf>, DirstateV2ParseError> {
         self.with_dmap_mut(|map| {
             let node = map.get_or_insert_node(key, |_ancestor| {})?;
             let had_copy_source = node.copy_source.is_none();
             let old = node
                 .copy_source
                 .replace(value.to_owned().into())
                 .map(Cow::into_owned);
             if had_copy_source {
                 map.nodes_with_copy_source_count += 1
             }
             Ok(old)
         })
     }
 
     pub fn len(&self) -> usize {
         let map = self.get_map();
         map.nodes_with_entry_count as usize
     }
 
     pub fn is_empty(&self) -> bool {
         self.len() == 0
     }
 
     pub fn contains_key(
         &self,
         key: &HgPath,
     ) -> Result<bool, DirstateV2ParseError> {
         Ok(self.get(key)?.is_some())
     }
 
     pub fn get(
         &self,
         key: &HgPath,
     ) -> Result<Option<DirstateEntry>, DirstateV2ParseError> {
         let map = self.get_map();
         Ok(if let Some(node) = map.get_node(key)? {
             node.entry()?
         } else {
             None
         })
     }
 
     pub fn iter(&self) -> StateMapIter<'_> {
         let map = self.get_map();
         Box::new(filter_map_results(map.iter_nodes(), move |node| {
             Ok(if let Some(entry) = node.entry()? {
                 Some((node.full_path(map.on_disk)?, entry))
             } else {
                 None
             })
         }))
     }
 
     pub fn iter_tracked_dirs(
         &mut self,
     ) -> Result<
         Box<
             dyn Iterator<Item = Result<&HgPath, DirstateV2ParseError>>
                 + Send
                 + '_,
         >,
         DirstateError,
     > {
         let map = self.get_map();
         let on_disk = map.on_disk;
         Ok(Box::new(filter_map_results(
             map.iter_nodes(),
             move |node| {
                 Ok(if node.tracked_descendants_count() > 0 {
                     Some(node.full_path(on_disk)?)
                 } else {
                     None
                 })
             },
         )))
     }
 
     /// Only public because it needs to be exposed to the Python layer.
     /// It is not the full `setparents` logic, only the parts that mutate the
     /// entries.
     pub fn setparents_fixup(
         &mut self,
     ) -> Result<Vec<(HgPathBuf, HgPathBuf)>, DirstateV2ParseError> {
         // XXX
         // All the copying and re-querying is quite inefficient, but this is
         // still a lot better than doing it from Python.
         //
         // The better solution is to develop a mechanism for `iter_mut`,
         // which will be a lot more involved: we're dealing with a lazy,
         // append-mostly, tree-like data structure. This will do for now.
         let mut copies = vec![];
         let mut files_with_p2_info = vec![];
         for res in self.iter() {
             let (path, entry) = res?;
             if entry.p2_info() {
                 files_with_p2_info.push(path.to_owned())
             }
         }
         self.with_dmap_mut(|map| {
             for path in files_with_p2_info.iter() {
                 let node = map.get_or_insert_node(path, |_| {})?;
                 let entry =
                     node.data.as_entry_mut().expect("entry should exist");
                 entry.drop_merge_data();
                 if let Some(source) = node.copy_source.take().as_deref() {
                     copies.push((path.to_owned(), source.to_owned()));
                 }
             }
             Ok(copies)
         })
     }
 
     pub fn debug_iter(
         &self,
         all: bool,
     ) -> Box<
         dyn Iterator<Item = Result<DebugDirstateTuple, DirstateV2ParseError>>
             + Send
             + '_,
     > {
         let map = self.get_map();
         Box::new(filter_map_results(map.iter_nodes(), move |node| {
             let debug_tuple = if let Some(entry) = node.entry()? {
                 entry.debug_tuple()
             } else if !all {
                 return Ok(None);
             } else if let Some(mtime) = node.cached_directory_mtime()? {
                 (b' ', 0, -1, mtime.truncated_seconds() as i32)
             } else {
                 (b' ', 0, -1, -1)
             };
             Ok(Some((node.full_path(map.on_disk)?, debug_tuple)))
         }))
     }
 }
 #[cfg(test)]
 mod tests {
     use super::*;
 
     /// Shortcut to return tracked descendants of a path.
     /// Panics if the path does not exist.
     fn tracked_descendants(map: &OwningDirstateMap, path: &[u8]) -> u32 {
         let path = dbg!(HgPath::new(path));
         let node = map.get_map().get_node(path);
         node.unwrap().unwrap().tracked_descendants_count()
     }
 
     /// Shortcut to return descendants with an entry.
     /// Panics if the path does not exist.
     fn descendants_with_an_entry(map: &OwningDirstateMap, path: &[u8]) -> u32 {
         let path = dbg!(HgPath::new(path));
         let node = map.get_map().get_node(path);
         node.unwrap().unwrap().descendants_with_entry_count()
     }
 
     fn assert_does_not_exist(map: &OwningDirstateMap, path: &[u8]) {
         let path = dbg!(HgPath::new(path));
         let node = map.get_map().get_node(path);
         assert!(node.unwrap().is_none());
     }
 
     /// Shortcut for path creation in tests
     fn p(b: &[u8]) -> &HgPath {
         HgPath::new(b)
     }
 
     /// Test the very simple case a single tracked file
     #[test]
     fn test_tracked_descendants_simple() -> Result<(), DirstateError> {
         let mut map = OwningDirstateMap::new_empty(vec![]);
         assert_eq!(map.len(), 0);
 
         map.set_tracked(p(b"some/nested/path"))?;
 
         assert_eq!(map.len(), 1);
         assert_eq!(tracked_descendants(&map, b"some"), 1);
         assert_eq!(tracked_descendants(&map, b"some/nested"), 1);
         assert_eq!(tracked_descendants(&map, b"some/nested/path"), 0);
 
         map.set_untracked(p(b"some/nested/path"))?;
         assert_eq!(map.len(), 0);
         assert!(map.get_map().get_node(p(b"some"))?.is_none());
 
         Ok(())
     }
 
     /// Test the simple case of all tracked, but multiple files
     #[test]
     fn test_tracked_descendants_multiple() -> Result<(), DirstateError> {
         let mut map = OwningDirstateMap::new_empty(vec![]);
 
         map.set_tracked(p(b"some/nested/path"))?;
         map.set_tracked(p(b"some/nested/file"))?;
         // one layer without any files to test deletion cascade
         map.set_tracked(p(b"some/other/nested/path"))?;
         map.set_tracked(p(b"root_file"))?;
         map.set_tracked(p(b"some/file"))?;
         map.set_tracked(p(b"some/file2"))?;
         map.set_tracked(p(b"some/file3"))?;
 
         assert_eq!(map.len(), 7);
         assert_eq!(tracked_descendants(&map, b"some"), 6);
         assert_eq!(tracked_descendants(&map, b"some/nested"), 2);
         assert_eq!(tracked_descendants(&map, b"some/other"), 1);
         assert_eq!(tracked_descendants(&map, b"some/other/nested"), 1);
         assert_eq!(tracked_descendants(&map, b"some/nested/path"), 0);
 
         map.set_untracked(p(b"some/nested/path"))?;
         assert_eq!(map.len(), 6);
         assert_eq!(tracked_descendants(&map, b"some"), 5);
         assert_eq!(tracked_descendants(&map, b"some/nested"), 1);
         assert_eq!(tracked_descendants(&map, b"some/other"), 1);
         assert_eq!(tracked_descendants(&map, b"some/other/nested"), 1);
 
         map.set_untracked(p(b"some/nested/file"))?;
         assert_eq!(map.len(), 5);
         assert_eq!(tracked_descendants(&map, b"some"), 4);
         assert_eq!(tracked_descendants(&map, b"some/other"), 1);
         assert_eq!(tracked_descendants(&map, b"some/other/nested"), 1);
         assert_does_not_exist(&map, b"some_nested");
 
         map.set_untracked(p(b"some/other/nested/path"))?;
         assert_eq!(map.len(), 4);
         assert_eq!(tracked_descendants(&map, b"some"), 3);
         assert_does_not_exist(&map, b"some/other");
 
         map.set_untracked(p(b"root_file"))?;
         assert_eq!(map.len(), 3);
         assert_eq!(tracked_descendants(&map, b"some"), 3);
         assert_does_not_exist(&map, b"root_file");
 
         map.set_untracked(p(b"some/file"))?;
         assert_eq!(map.len(), 2);
         assert_eq!(tracked_descendants(&map, b"some"), 2);
         assert_does_not_exist(&map, b"some/file");
 
         map.set_untracked(p(b"some/file2"))?;
         assert_eq!(map.len(), 1);
         assert_eq!(tracked_descendants(&map, b"some"), 1);
         assert_does_not_exist(&map, b"some/file2");
 
         map.set_untracked(p(b"some/file3"))?;
         assert_eq!(map.len(), 0);
         assert_does_not_exist(&map, b"some/file3");
 
         Ok(())
     }
 
     /// Check with a mix of tracked and non-tracked items
     #[test]
     fn test_tracked_descendants_different() -> Result<(), DirstateError> {
         let mut map = OwningDirstateMap::new_empty(vec![]);
 
         // A file that was just added
         map.set_tracked(p(b"some/nested/path"))?;
         // This has no information, the dirstate should ignore it
         map.reset_state(p(b"some/file"), false, false, false, false, None)?;
         assert_does_not_exist(&map, b"some/file");
 
         // A file that was removed
         map.reset_state(
             p(b"some/nested/file"),
             false,
             true,
             false,
             false,
             None,
         )?;
         assert!(!map.get(p(b"some/nested/file"))?.unwrap().tracked());
         // Only present in p2
         map.reset_state(p(b"some/file3"), false, false, true, false, None)?;
         assert!(!map.get(p(b"some/file3"))?.unwrap().tracked());
         // A file that was merged
         map.reset_state(p(b"root_file"), true, true, true, false, None)?;
         assert!(map.get(p(b"root_file"))?.unwrap().tracked());
         // A file that is added, with info from p2
         // XXX is that actually possible?
         map.reset_state(p(b"some/file2"), true, false, true, false, None)?;
         assert!(map.get(p(b"some/file2"))?.unwrap().tracked());
         // A clean file
         // One layer without any files to test deletion cascade
         map.reset_state(
             p(b"some/other/nested/path"),
             true,
             true,
             false,
             false,
             None,
         )?;
         assert!(map.get(p(b"some/other/nested/path"))?.unwrap().tracked());
 
         assert_eq!(map.len(), 6);
         assert_eq!(tracked_descendants(&map, b"some"), 3);
         assert_eq!(descendants_with_an_entry(&map, b"some"), 5);
         assert_eq!(tracked_descendants(&map, b"some/other/nested"), 1);
         assert_eq!(descendants_with_an_entry(&map, b"some/other/nested"), 1);
         assert_eq!(tracked_descendants(&map, b"some/other/nested/path"), 0);
         assert_eq!(
             descendants_with_an_entry(&map, b"some/other/nested/path"),
             0
         );
         assert_eq!(tracked_descendants(&map, b"some/nested"), 1);
         assert_eq!(descendants_with_an_entry(&map, b"some/nested"), 2);
 
         // might as well check this
         map.set_untracked(p(b"path/does/not/exist"))?;
         assert_eq!(map.len(), 6);
 
         map.set_untracked(p(b"some/other/nested/path"))?;
         // It is set untracked but not deleted since it held other information
         assert_eq!(map.len(), 6);
         assert_eq!(tracked_descendants(&map, b"some"), 2);
         assert_eq!(descendants_with_an_entry(&map, b"some"), 5);
         assert_eq!(descendants_with_an_entry(&map, b"some/other"), 1);
         assert_eq!(descendants_with_an_entry(&map, b"some/other/nested"), 1);
         assert_eq!(tracked_descendants(&map, b"some/nested"), 1);
         assert_eq!(descendants_with_an_entry(&map, b"some/nested"), 2);
 
         map.set_untracked(p(b"some/nested/path"))?;
         // It is set untracked *and* deleted since it was only added
         assert_eq!(map.len(), 5);
         assert_eq!(tracked_descendants(&map, b"some"), 1);
         assert_eq!(descendants_with_an_entry(&map, b"some"), 4);
         assert_eq!(tracked_descendants(&map, b"some/nested"), 0);
         assert_eq!(descendants_with_an_entry(&map, b"some/nested"), 1);
         assert_does_not_exist(&map, b"some/nested/path");
 
         map.set_untracked(p(b"root_file"))?;
         // Untracked but not deleted
         assert_eq!(map.len(), 5);
         assert!(map.get(p(b"root_file"))?.is_some());
 
         map.set_untracked(p(b"some/file2"))?;
         assert_eq!(map.len(), 5);
         assert_eq!(tracked_descendants(&map, b"some"), 0);
         assert!(map.get(p(b"some/file2"))?.is_some());
 
         map.set_untracked(p(b"some/file3"))?;
         assert_eq!(map.len(), 5);
         assert_eq!(tracked_descendants(&map, b"some"), 0);
         assert!(map.get(p(b"some/file3"))?.is_some());
 
         Ok(())
     }
 
     /// Check that copies counter is correctly updated
     #[test]
     fn test_copy_source() -> Result<(), DirstateError> {
         let mut map = OwningDirstateMap::new_empty(vec![]);
 
         // Clean file
         map.reset_state(p(b"files/clean"), true, true, false, false, None)?;
         // Merged file
         map.reset_state(p(b"files/from_p2"), true, true, true, false, None)?;
         // Removed file
         map.reset_state(p(b"removed"), false, true, false, false, None)?;
         // Added file
         map.reset_state(p(b"files/added"), true, false, false, false, None)?;
         // Add copy
         map.copy_map_insert(p(b"files/clean"), p(b"clean_copy_source"))?;
         assert_eq!(map.copy_map_len(), 1);
 
         // Copy override
         map.copy_map_insert(p(b"files/clean"), p(b"other_clean_copy_source"))?;
         assert_eq!(map.copy_map_len(), 1);
 
         // Multiple copies
         map.copy_map_insert(p(b"removed"), p(b"removed_copy_source"))?;
         assert_eq!(map.copy_map_len(), 2);
 
         map.copy_map_insert(p(b"files/added"), p(b"added_copy_source"))?;
         assert_eq!(map.copy_map_len(), 3);
 
         // Added, so the entry is completely removed
         map.set_untracked(p(b"files/added"))?;
         assert_does_not_exist(&map, b"files/added");
         assert_eq!(map.copy_map_len(), 2);
 
         // Removed, so the entry is kept around, so is its copy
         map.set_untracked(p(b"removed"))?;
         assert!(map.get(p(b"removed"))?.is_some());
         assert_eq!(map.copy_map_len(), 2);
 
         // Clean, so the entry is kept around, but not its copy
         map.set_untracked(p(b"files/clean"))?;
         assert!(map.get(p(b"files/clean"))?.is_some());
         assert_eq!(map.copy_map_len(), 1);
 
         map.copy_map_insert(p(b"files/from_p2"), p(b"from_p2_copy_source"))?;
         assert_eq!(map.copy_map_len(), 2);
 
         // Info from p2, so its copy source info is kept around
         map.set_untracked(p(b"files/from_p2"))?;
         assert!(map.get(p(b"files/from_p2"))?.is_some());
         assert_eq!(map.copy_map_len(), 2);
 
         Ok(())
     }
 
     /// Test with "on disk" data. For the sake of this test, the "on disk" data
     /// does not actually come from the disk, but it's opaque to the code being
     /// tested.
     #[test]
     fn test_on_disk() -> Result<(), DirstateError> {
         // First let's create some data to put "on disk"
         let mut map = OwningDirstateMap::new_empty(vec![]);
 
         // A file that was just added
         map.set_tracked(p(b"some/nested/added"))?;
         map.copy_map_insert(p(b"some/nested/added"), p(b"added_copy_source"))?;
 
         // A file that was removed
         map.reset_state(
             p(b"some/nested/removed"),
             false,
             true,
             false,
             false,
             None,
         )?;
         // Only present in p2
         map.reset_state(
             p(b"other/p2_info_only"),
             false,
             false,
             true,
             false,
             None,
         )?;
         map.copy_map_insert(
             p(b"other/p2_info_only"),
             p(b"other/p2_info_copy_source"),
         )?;
         // A file that was merged
         map.reset_state(p(b"merged"), true, true, true, false, None)?;
         // A file that is added, with info from p2
         // XXX is that actually possible?
         map.reset_state(
             p(b"other/added_with_p2"),
             true,
             false,
             true,
             false,
             None,
         )?;
         // One layer without any files to test deletion cascade
         // A clean file
         map.reset_state(
             p(b"some/other/nested/clean"),
             true,
             true,
             false,
             false,
             None,
         )?;
 
         let (packed, metadata, _should_append, _old_data_size) =
             map.pack_v2(DirstateMapWriteMode::ForceNewDataFile)?;
         let packed_len = packed.len();
         assert!(packed_len > 0);
 
         // Recreate "from disk"
         let mut map = OwningDirstateMap::new_v2(
             packed,
             packed_len,
             metadata.as_bytes(),
             vec![],
             None,
         )?;
 
         // Check that everything is accounted for
         assert!(map.contains_key(p(b"some/nested/added"))?);
         assert!(map.contains_key(p(b"some/nested/removed"))?);
         assert!(map.contains_key(p(b"merged"))?);
         assert!(map.contains_key(p(b"other/p2_info_only"))?);
         assert!(map.contains_key(p(b"other/added_with_p2"))?);
         assert!(map.contains_key(p(b"some/other/nested/clean"))?);
         assert_eq!(
             map.copy_map_get(p(b"some/nested/added"))?,
             Some(p(b"added_copy_source"))
         );
         assert_eq!(
             map.copy_map_get(p(b"other/p2_info_only"))?,
             Some(p(b"other/p2_info_copy_source"))
         );
         assert_eq!(tracked_descendants(&map, b"some"), 2);
         assert_eq!(descendants_with_an_entry(&map, b"some"), 3);
         assert_eq!(tracked_descendants(&map, b"other"), 1);
         assert_eq!(descendants_with_an_entry(&map, b"other"), 2);
         assert_eq!(tracked_descendants(&map, b"some/other"), 1);
         assert_eq!(descendants_with_an_entry(&map, b"some/other"), 1);
         assert_eq!(tracked_descendants(&map, b"some/other/nested"), 1);
         assert_eq!(descendants_with_an_entry(&map, b"some/other/nested"), 1);
         assert_eq!(tracked_descendants(&map, b"some/nested"), 1);
         assert_eq!(descendants_with_an_entry(&map, b"some/nested"), 2);
         assert_eq!(map.len(), 6);
         assert_eq!(map.get_map().unreachable_bytes, 0);
         assert_eq!(map.copy_map_len(), 2);
 
         // Shouldn't change anything since it's already not tracked
         map.set_untracked(p(b"some/nested/removed"))?;
         assert_eq!(map.get_map().unreachable_bytes, 0);
 
         if let ChildNodes::InMemory(_) = map.get_map().root {
             panic!("root should not have been mutated")
         }
         // We haven't mutated enough (nothing, actually), we should still be in
         // the append strategy
         assert!(map.get_map().write_should_append());
 
         // But this mutates the structure, so there should be unreachable_bytes
         assert!(map.set_untracked(p(b"some/nested/added"))?);
         let unreachable_bytes = map.get_map().unreachable_bytes;
         assert!(unreachable_bytes > 0);
 
         if let ChildNodes::OnDisk(_) = map.get_map().root {
             panic!("root should have been mutated")
         }
 
         // This should not mutate the structure either, since `root` has
         // already been mutated along with its direct children.
         map.set_untracked(p(b"merged"))?;
         assert_eq!(map.get_map().unreachable_bytes, unreachable_bytes);
 
         if let NodeRef::InMemory(_, _) =
             map.get_map().get_node(p(b"other/added_with_p2"))?.unwrap()
         {
             panic!("'other/added_with_p2' should not have been mutated")
         }
         // But this should, since it's in a different path
         // than `<root>some/nested/add`
         map.set_untracked(p(b"other/added_with_p2"))?;
         assert!(map.get_map().unreachable_bytes > unreachable_bytes);
 
         if let NodeRef::OnDisk(_) =
             map.get_map().get_node(p(b"other/added_with_p2"))?.unwrap()
         {
             panic!("'other/added_with_p2' should have been mutated")
         }
 
         // We have rewritten most of the tree, we should create a new file
         assert!(!map.get_map().write_should_append());
 
         Ok(())
     }
 }

rust/hg-core/src/revlog/changelog.rs

@@ -1,341 +1,343 b''
 use crate::errors::HgError;
+use crate::revlog::Revision;
 use crate::revlog::{Node, NodePrefix};
-use crate::revlog::{Revision, NULL_REVISION};
 use crate::revlog::{Revlog, RevlogEntry, RevlogError};
 use crate::utils::hg_path::HgPath;
 use crate::vfs::Vfs;
 use itertools::Itertools;
 use std::ascii::escape_default;
 use std::borrow::Cow;
 use std::fmt::{Debug, Formatter};
 
 /// A specialized `Revlog` to work with changelog data format.
 pub struct Changelog {
     /// The generic `revlog` format.
     pub(crate) revlog: Revlog,
 }
 
 impl Changelog {
     /// Open the `changelog` of a repository given by its root.
     pub fn open(store_vfs: &Vfs, use_nodemap: bool) -> Result<Self, HgError> {
         let revlog =
             Revlog::open(store_vfs, "00changelog.i", None, use_nodemap)?;
         Ok(Self { revlog })
     }
 
     /// Return the `ChangelogRevisionData` for the given node ID.
     pub fn data_for_node(
         &self,
         node: NodePrefix,
     ) -> Result<ChangelogRevisionData, RevlogError> {
         let rev = self.revlog.rev_from_node(node)?;
         self.data_for_rev(rev)
     }
 
     /// Return the [`ChangelogEntry`] for the given revision number.
     pub fn entry_for_rev(
         &self,
         rev: Revision,
     ) -> Result<ChangelogEntry, RevlogError> {
         let revlog_entry = self.revlog.get_entry(rev)?;
         Ok(ChangelogEntry { revlog_entry })
     }
 
     /// Return the [`ChangelogRevisionData`] for the given revision number.
     ///
     /// This is a useful shortcut in case the caller does not need the
     /// generic revlog information (parents, hashes etc). Otherwise
     /// consider taking a [`ChangelogEntry`] with
     /// [entry_for_rev](`Self::entry_for_rev`) and doing everything from there.
     pub fn data_for_rev(
         &self,
         rev: Revision,
     ) -> Result<ChangelogRevisionData, RevlogError> {
-        if rev == NULL_REVISION {
-            return Ok(ChangelogRevisionData::null());
-        }
         self.entry_for_rev(rev)?.data()
     }
 
     pub fn node_from_rev(&self, rev: Revision) -> Option<&Node> {
         self.revlog.node_from_rev(rev)
     }
 
     pub fn rev_from_node(
         &self,
         node: NodePrefix,
     ) -> Result<Revision, RevlogError> {
         self.revlog.rev_from_node(node)
     }
 }
 
 /// A specialized `RevlogEntry` for `changelog` data format
 ///
 /// This is a `RevlogEntry` with the added semantics that the associated
 /// data should meet the requirements for `changelog`, materialized by
 /// the fact that `data()` constructs a `ChangelogRevisionData`.
 /// In case that promise would be broken, the `data` method returns an error.
 #[derive(Clone)]
 pub struct ChangelogEntry<'changelog> {
     /// Same data, as a generic `RevlogEntry`.
     pub(crate) revlog_entry: RevlogEntry<'changelog>,
 }
 
 impl<'changelog> ChangelogEntry<'changelog> {
     pub fn data<'a>(
         &'a self,
     ) -> Result<ChangelogRevisionData<'changelog>, RevlogError> {
         let bytes = self.revlog_entry.data()?;
         if bytes.is_empty() {
             Ok(ChangelogRevisionData::null())
         } else {
             Ok(ChangelogRevisionData::new(bytes).map_err(|err| {
                 RevlogError::Other(HgError::CorruptedRepository(format!(
                     "Invalid changelog data for revision {}: {:?}",
                     self.revlog_entry.revision(),
                     err
                 )))
             })?)
         }
     }
 
     /// Obtain a reference to the underlying `RevlogEntry`.
     ///
     /// This allows the caller to access the information that is common
     /// to all revlog entries: revision number, node id, parent revisions etc.
     pub fn as_revlog_entry(&self) -> &RevlogEntry {
         &self.revlog_entry
     }
 
     pub fn p1_entry(&self) -> Result<Option<ChangelogEntry>, RevlogError> {
         Ok(self
             .revlog_entry
             .p1_entry()?
             .map(|revlog_entry| Self { revlog_entry }))
     }
 
     pub fn p2_entry(&self) -> Result<Option<ChangelogEntry>, RevlogError> {
         Ok(self
             .revlog_entry
             .p2_entry()?
             .map(|revlog_entry| Self { revlog_entry }))
     }
 }
 
 /// `Changelog` entry which knows how to interpret the `changelog` data bytes.
 #[derive(PartialEq)]
 pub struct ChangelogRevisionData<'changelog> {
     /// The data bytes of the `changelog` entry.
     bytes: Cow<'changelog, [u8]>,
     /// The end offset for the hex manifest (not including the newline)
     manifest_end: usize,
     /// The end offset for the user+email (not including the newline)
     user_end: usize,
     /// The end offset for the timestamp+timezone+extras (not including the
     /// newline)
     timestamp_end: usize,
     /// The end offset for the file list (not including the newline)
     files_end: usize,
 }
 
 impl<'changelog> ChangelogRevisionData<'changelog> {
     fn new(bytes: Cow<'changelog, [u8]>) -> Result<Self, HgError> {
         let mut line_iter = bytes.split(|b| b == &b'\n');
         let manifest_end = line_iter
             .next()
             .expect("Empty iterator from split()?")
             .len();
         let user_slice = line_iter.next().ok_or_else(|| {
             HgError::corrupted("Changeset data truncated after manifest line")
         })?;
         let user_end = manifest_end + 1 + user_slice.len();
         let timestamp_slice = line_iter.next().ok_or_else(|| {
             HgError::corrupted("Changeset data truncated after user line")
         })?;
         let timestamp_end = user_end + 1 + timestamp_slice.len();
         let mut files_end = timestamp_end + 1;
         loop {
             let line = line_iter.next().ok_or_else(|| {
                 HgError::corrupted("Changeset data truncated in files list")
             })?;
             if line.is_empty() {
                 if files_end == bytes.len() {
                     // The list of files ended with a single newline (there
                     // should be two)
                     return Err(HgError::corrupted(
                         "Changeset data truncated after files list",
                     ));
                 }
                 files_end -= 1;
                 break;
             }
             files_end += line.len() + 1;
         }
 
         Ok(Self {
             bytes,
             manifest_end,
             user_end,
             timestamp_end,
             files_end,
         })
     }
 
     fn null() -> Self {
         Self::new(Cow::Borrowed(
             b"0000000000000000000000000000000000000000\n\n0 0\n\n",
         ))
         .unwrap()
     }
 
     /// Return an iterator over the lines of the entry.
     pub fn lines(&self) -> impl Iterator<Item = &[u8]> {
         self.bytes.split(|b| b == &b'\n')
     }
 
     /// Return the node id of the `manifest` referenced by this `changelog`
     /// entry.
     pub fn manifest_node(&self) -> Result<Node, HgError> {
         let manifest_node_hex = &self.bytes[..self.manifest_end];
         Node::from_hex_for_repo(manifest_node_hex)
     }
 
     /// The full user string (usually a name followed by an email enclosed in
     /// angle brackets)
     pub fn user(&self) -> &[u8] {
         &self.bytes[self.manifest_end + 1..self.user_end]
     }
 
     /// The full timestamp line (timestamp in seconds, offset in seconds, and
     /// possibly extras)
     // TODO: We should expose this in a more useful way
     pub fn timestamp_line(&self) -> &[u8] {
         &self.bytes[self.user_end + 1..self.timestamp_end]
     }
 
     /// The files changed in this revision.
     pub fn files(&self) -> impl Iterator<Item = &HgPath> {
         self.bytes[self.timestamp_end + 1..self.files_end]
             .split(|b| b == &b'\n')
             .map(HgPath::new)
     }
 
     /// The change description.
     pub fn description(&self) -> &[u8] {
         &self.bytes[self.files_end + 2..]
     }
 }
 
 impl Debug for ChangelogRevisionData<'_> {
     fn fmt(&self, f: &mut Formatter<'_>) -> std::fmt::Result {
         f.debug_struct("ChangelogRevisionData")
             .field("bytes", &debug_bytes(&self.bytes))
             .field("manifest", &debug_bytes(&self.bytes[..self.manifest_end]))
             .field(
                 "user",
                 &debug_bytes(
                     &self.bytes[self.manifest_end + 1..self.user_end],
                 ),
             )
             .field(
                 "timestamp",
                 &debug_bytes(
                     &self.bytes[self.user_end + 1..self.timestamp_end],
                 ),
             )
             .field(
                 "files",
                 &debug_bytes(
                     &self.bytes[self.timestamp_end + 1..self.files_end],
                 ),
             )
             .field(
                 "description",
                 &debug_bytes(&self.bytes[self.files_end + 2..]),
             )
             .finish()
     }
 }
 
 fn debug_bytes(bytes: &[u8]) -> String {
     String::from_utf8_lossy(
         &bytes.iter().flat_map(|b| escape_default(*b)).collect_vec(),
     )
     .to_string()
 }
 
 #[cfg(test)]
 mod tests {
     use super::*;
     use crate::vfs::Vfs;
     use crate::NULL_REVISION;
     use pretty_assertions::assert_eq;
 
     #[test]
     fn test_create_changelogrevisiondata_invalid() {
         // Completely empty
         assert!(ChangelogRevisionData::new(Cow::Borrowed(b"abcd")).is_err());
         // No newline after manifest
         assert!(ChangelogRevisionData::new(Cow::Borrowed(b"abcd")).is_err());
         // No newline after user
         assert!(ChangelogRevisionData::new(Cow::Borrowed(b"abcd\n")).is_err());
         // No newline after timestamp
         assert!(
             ChangelogRevisionData::new(Cow::Borrowed(b"abcd\n\n0 0")).is_err()
         );
         // Missing newline after files
         assert!(ChangelogRevisionData::new(Cow::Borrowed(
             b"abcd\n\n0 0\nfile1\nfile2"
         ))
         .is_err(),);
         // Only one newline after files
         assert!(ChangelogRevisionData::new(Cow::Borrowed(
             b"abcd\n\n0 0\nfile1\nfile2\n"
         ))
         .is_err(),);
     }
 
     #[test]
     fn test_create_changelogrevisiondata() {
         let data = ChangelogRevisionData::new(Cow::Borrowed(
             b"0123456789abcdef0123456789abcdef01234567
 Some One <[e-mail]>
 0 0
 file1
 file2
 
 some
 commit
 message",
         ))
         .unwrap();
         assert_eq!(
             data.manifest_node().unwrap(),
             Node::from_hex("0123456789abcdef0123456789abcdef01234567")
                 .unwrap()
         );
         assert_eq!(data.user(), b"Some One <[e-mail]>");
         assert_eq!(data.timestamp_line(), b"0 0");
         assert_eq!(
             data.files().collect_vec(),
             vec![HgPath::new("file1"), HgPath::new("file2")]
         );
         assert_eq!(data.description(), b"some\ncommit\nmessage");
     }
 
     #[test]
     fn test_data_from_rev_null() -> Result<(), RevlogError> {
         // an empty revlog will be enough for this case
         let temp = tempfile::tempdir().unwrap();
         let vfs = Vfs { base: temp.path() };
         std::fs::write(temp.path().join("foo.i"), b"").unwrap();
         let revlog = Revlog::open(&vfs, "foo.i", None, false).unwrap();
 
         let changelog = Changelog { revlog };
         assert_eq!(
             changelog.data_for_rev(NULL_REVISION)?,
             ChangelogRevisionData::null()
         );
+        // same with the intermediate entry object
+        assert_eq!(
+            changelog.entry_for_rev(NULL_REVISION)?.data()?,
+            ChangelogRevisionData::null()
+        );
         Ok(())
     }
 }

rust/hg-core/src/revlog/mod.rs

@@ -1,743 +1,829 b''
 // Copyright 2018-2023 Georges Racinet <[e-mail]>
 //           and Mercurial contributors
 //
 // This software may be used and distributed according to the terms of the
 // GNU General Public License version 2 or any later version.
 //! Mercurial concepts for handling revision history
 
 pub mod node;
 pub mod nodemap;
 mod nodemap_docket;
 pub mod path_encode;
 pub use node::{FromHexError, Node, NodePrefix};
 pub mod changelog;
 pub mod filelog;
 pub mod index;
 pub mod manifest;
 pub mod patch;
 
 use std::borrow::Cow;
 use std::io::Read;
 use std::ops::Deref;
 use std::path::Path;
 
 use flate2::read::ZlibDecoder;
 use sha1::{Digest, Sha1};
 use std::cell::RefCell;
 use zstd;
 
 use self::node::{NODE_BYTES_LENGTH, NULL_NODE};
 use self::nodemap_docket::NodeMapDocket;
 use super::index::Index;
 use super::nodemap::{NodeMap, NodeMapError};
 use crate::errors::HgError;
 use crate::vfs::Vfs;
 
 /// Mercurial revision numbers
 ///
 /// As noted in revlog.c, revision numbers are actually encoded in
 /// 4 bytes, and are liberally converted to ints, whence the i32
 pub type Revision = i32;
 
 /// Marker expressing the absence of a parent
 ///
 /// Independently of the actual representation, `NULL_REVISION` is guaranteed
 /// to be smaller than all existing revisions.
 pub const NULL_REVISION: Revision = -1;
 
 /// Same as `mercurial.node.wdirrev`
 ///
 /// This is also equal to `i32::max_value()`, but it's better to spell
 /// it out explicitely, same as in `mercurial.node`
 #[allow(clippy::unreadable_literal)]
 pub const WORKING_DIRECTORY_REVISION: Revision = 0x7fffffff;
 
 pub const WORKING_DIRECTORY_HEX: &str =
     "ffffffffffffffffffffffffffffffffffffffff";
 
 /// The simplest expression of what we need of Mercurial DAGs.
 pub trait Graph {
     /// Return the two parents of the given `Revision`.
     ///
     /// Each of the parents can be independently `NULL_REVISION`
     fn parents(&self, rev: Revision) -> Result<[Revision; 2], GraphError>;
 }
 
 #[derive(Clone, Debug, PartialEq)]
 pub enum GraphError {
     ParentOutOfRange(Revision),
     WorkingDirectoryUnsupported,
 }
 
 /// The Mercurial Revlog Index
 ///
 /// This is currently limited to the minimal interface that is needed for
 /// the [`nodemap`](nodemap/index.html) module
 pub trait RevlogIndex {
     /// Total number of Revisions referenced in this index
     fn len(&self) -> usize;
 
     fn is_empty(&self) -> bool {
         self.len() == 0
     }
 
     /// Return a reference to the Node or `None` if rev is out of bounds
     ///
     /// `NULL_REVISION` is not considered to be out of bounds.
     fn node(&self, rev: Revision) -> Option<&Node>;
 }
 
 const REVISION_FLAG_CENSORED: u16 = 1 << 15;
 const REVISION_FLAG_ELLIPSIS: u16 = 1 << 14;
 const REVISION_FLAG_EXTSTORED: u16 = 1 << 13;
 const REVISION_FLAG_HASCOPIESINFO: u16 = 1 << 12;
 
 // Keep this in sync with REVIDX_KNOWN_FLAGS in
 // mercurial/revlogutils/flagutil.py
 const REVIDX_KNOWN_FLAGS: u16 = REVISION_FLAG_CENSORED
     | REVISION_FLAG_ELLIPSIS
     | REVISION_FLAG_EXTSTORED
     | REVISION_FLAG_HASCOPIESINFO;
 
 const NULL_REVLOG_ENTRY_FLAGS: u16 = 0;
 
 #[derive(Debug, derive_more::From)]
 pub enum RevlogError {
     InvalidRevision,
     /// Working directory is not supported
     WDirUnsupported,
     /// Found more than one entry whose ID match the requested prefix
     AmbiguousPrefix,
     #[from]
     Other(HgError),
 }
 
 impl From<NodeMapError> for RevlogError {
     fn from(error: NodeMapError) -> Self {
         match error {
             NodeMapError::MultipleResults => RevlogError::AmbiguousPrefix,
             NodeMapError::RevisionNotInIndex(rev) => RevlogError::corrupted(
                 format!("nodemap point to revision {} not in index", rev),
             ),
         }
     }
 }
 
 fn corrupted<S: AsRef<str>>(context: S) -> HgError {
     HgError::corrupted(format!("corrupted revlog, {}", context.as_ref()))
 }
 
 impl RevlogError {
     fn corrupted<S: AsRef<str>>(context: S) -> Self {
         RevlogError::Other(corrupted(context))
     }
 }
 
 /// Read only implementation of revlog.
 pub struct Revlog {
     /// When index and data are not interleaved: bytes of the revlog index.
     /// When index and data are interleaved: bytes of the revlog index and
     /// data.
     index: Index,
     /// When index and data are not interleaved: bytes of the revlog data
     data_bytes: Option<Box<dyn Deref<Target = [u8]> + Send>>,
     /// When present on disk: the persistent nodemap for this revlog
     nodemap: Option<nodemap::NodeTree>,
 }
 
 impl Revlog {
     /// Open a revlog index file.
     ///
     /// It will also open the associated data file if index and data are not
     /// interleaved.
     pub fn open(
         store_vfs: &Vfs,
         index_path: impl AsRef<Path>,
         data_path: Option<&Path>,
         use_nodemap: bool,
     ) -> Result<Self, HgError> {
         let index_path = index_path.as_ref();
         let index = {
             match store_vfs.mmap_open_opt(&index_path)? {
                 None => Index::new(Box::new(vec![])),
                 Some(index_mmap) => {
                     let index = Index::new(Box::new(index_mmap))?;
                     Ok(index)
                 }
             }
         }?;
 
         let default_data_path = index_path.with_extension("d");
 
         // type annotation required
         // won't recognize Mmap as Deref<Target = [u8]>
         let data_bytes: Option<Box<dyn Deref<Target = [u8]> + Send>> =
             if index.is_inline() {
                 None
             } else {
                 let data_path = data_path.unwrap_or(&default_data_path);
                 let data_mmap = store_vfs.mmap_open(data_path)?;
                 Some(Box::new(data_mmap))
             };
 
         let nodemap = if index.is_inline() || !use_nodemap {
             None
         } else {
             NodeMapDocket::read_from_file(store_vfs, index_path)?.map(
                 |(docket, data)| {
                     nodemap::NodeTree::load_bytes(
                         Box::new(data),
                         docket.data_length,
                     )
                 },
             )
         };
 
         Ok(Revlog {
             index,
             data_bytes,
             nodemap,
         })
     }
 
     /// Return number of entries of the `Revlog`.
     pub fn len(&self) -> usize {
         self.index.len()
     }
 
     /// Returns `true` if the `Revlog` has zero `entries`.
     pub fn is_empty(&self) -> bool {
         self.index.is_empty()
     }
 
     /// Returns the node ID for the given revision number, if it exists in this
     /// revlog
     pub fn node_from_rev(&self, rev: Revision) -> Option<&Node> {
         if rev == NULL_REVISION {
             return Some(&NULL_NODE);
         }
         Some(self.index.get_entry(rev)?.hash())
     }
 
     /// Return the revision number for the given node ID, if it exists in this
     /// revlog
     pub fn rev_from_node(
         &self,
         node: NodePrefix,
     ) -> Result<Revision, RevlogError> {
+        let looked_up = if let Some(nodemap) = &self.nodemap {
+            nodemap
+                .find_bin(&self.index, node)?
+                .ok_or(RevlogError::InvalidRevision)
+        } else {
+            self.rev_from_node_no_persistent_nodemap(node)
+        };
+
         if node.is_prefix_of(&NULL_NODE) {
-            return Ok(NULL_REVISION);
+            return match looked_up {
+                Ok(_) => Err(RevlogError::AmbiguousPrefix),
+                Err(RevlogError::InvalidRevision) => Ok(NULL_REVISION),
+                res => res,
+            };
+        };
+
+        looked_up
         }
 
-        if let Some(nodemap) = &self.nodemap {
-            return nodemap
-                .find_bin(&self.index, node)?
-                .ok_or(RevlogError::InvalidRevision);
-        }
-
-        // Fallback to linear scan when a persistent nodemap is not present.
-        // This happens when the persistent-nodemap experimental feature is not
-        // enabled, or for small revlogs.
-        //
+    /// Same as `rev_from_node`, without using a persistent nodemap
+    ///
+    /// This is used as fallback when a persistent nodemap is not present.
+    /// This happens when the persistent-nodemap experimental feature is not
+    /// enabled, or for small revlogs.
+    fn rev_from_node_no_persistent_nodemap(
+        &self,
+        node: NodePrefix,
+    ) -> Result<Revision, RevlogError> {
+        // Linear scan of the revlog
         // TODO: consider building a non-persistent nodemap in memory to
         // optimize these cases.
         let mut found_by_prefix = None;
         for rev in (0..self.len() as Revision).rev() {
             let index_entry = self.index.get_entry(rev).ok_or_else(|| {
                 HgError::corrupted(
                     "revlog references a revision not in the index",
                 )
             })?;
             if node == *index_entry.hash() {
                 return Ok(rev);
             }
             if node.is_prefix_of(index_entry.hash()) {
                 if found_by_prefix.is_some() {
                     return Err(RevlogError::AmbiguousPrefix);
                 }
                 found_by_prefix = Some(rev)
             }
         }
         found_by_prefix.ok_or(RevlogError::InvalidRevision)
     }
 
     /// Returns whether the given revision exists in this revlog.
     pub fn has_rev(&self, rev: Revision) -> bool {
         self.index.get_entry(rev).is_some()
     }
 
     /// Return the full data associated to a revision.
     ///
     /// All entries required to build the final data out of deltas will be
     /// retrieved as needed, and the deltas will be applied to the inital
     /// snapshot to rebuild the final data.
     pub fn get_rev_data(
         &self,
         rev: Revision,
     ) -> Result<Cow<[u8]>, RevlogError> {
         if rev == NULL_REVISION {
             return Ok(Cow::Borrowed(&[]));
         };
         Ok(self.get_entry(rev)?.data()?)
     }
 
     /// Check the hash of some given data against the recorded hash.
     pub fn check_hash(
         &self,
         p1: Revision,
         p2: Revision,
         expected: &[u8],
         data: &[u8],
     ) -> bool {
         let e1 = self.index.get_entry(p1);
         let h1 = match e1 {
             Some(ref entry) => entry.hash(),
             None => &NULL_NODE,
         };
         let e2 = self.index.get_entry(p2);
         let h2 = match e2 {
             Some(ref entry) => entry.hash(),
             None => &NULL_NODE,
         };
 
         hash(data, h1.as_bytes(), h2.as_bytes()) == expected
     }
 
     /// Build the full data of a revision out its snapshot
     /// and its deltas.
     fn build_data_from_deltas(
         snapshot: RevlogEntry,
         deltas: &[RevlogEntry],
     ) -> Result<Vec<u8>, HgError> {
         let snapshot = snapshot.data_chunk()?;
         let deltas = deltas
             .iter()
             .rev()
             .map(RevlogEntry::data_chunk)
             .collect::<Result<Vec<_>, _>>()?;
         let patches: Vec<_> =
             deltas.iter().map(|d| patch::PatchList::new(d)).collect();
         let patch = patch::fold_patch_lists(&patches);
         Ok(patch.apply(&snapshot))
     }
 
     /// Return the revlog data.
     fn data(&self) -> &[u8] {
         match &self.data_bytes {
             Some(data_bytes) => data_bytes,
             None => panic!(
                 "forgot to load the data or trying to access inline data"
             ),
         }
     }
 
     pub fn make_null_entry(&self) -> RevlogEntry {
         RevlogEntry {
             revlog: self,
             rev: NULL_REVISION,
             bytes: b"",
             compressed_len: 0,
             uncompressed_len: 0,
             base_rev_or_base_of_delta_chain: None,
             p1: NULL_REVISION,
             p2: NULL_REVISION,
             flags: NULL_REVLOG_ENTRY_FLAGS,
             hash: NULL_NODE,
         }
     }
 
     /// Get an entry of the revlog.
     pub fn get_entry(
         &self,
         rev: Revision,
     ) -> Result<RevlogEntry, RevlogError> {
         if rev == NULL_REVISION {
             return Ok(self.make_null_entry());
         }
         let index_entry = self
             .index
             .get_entry(rev)
             .ok_or(RevlogError::InvalidRevision)?;
         let start = index_entry.offset();
         let end = start + index_entry.compressed_len() as usize;
         let data = if self.index.is_inline() {
             self.index.data(start, end)
         } else {
             &self.data()[start..end]
         };
         let entry = RevlogEntry {
             revlog: self,
             rev,
             bytes: data,
             compressed_len: index_entry.compressed_len(),
             uncompressed_len: index_entry.uncompressed_len(),
             base_rev_or_base_of_delta_chain: if index_entry
                 .base_revision_or_base_of_delta_chain()
                 == rev
             {
                 None
             } else {
                 Some(index_entry.base_revision_or_base_of_delta_chain())
             },
             p1: index_entry.p1(),
             p2: index_entry.p2(),
             flags: index_entry.flags(),
             hash: *index_entry.hash(),
         };
         Ok(entry)
     }
 
     /// when resolving internal references within revlog, any errors
     /// should be reported as corruption, instead of e.g. "invalid revision"
     fn get_entry_internal(
         &self,
         rev: Revision,
     ) -> Result<RevlogEntry, HgError> {
         self.get_entry(rev)
             .map_err(|_| corrupted(format!("revision {} out of range", rev)))
     }
 }
 
 /// The revlog entry's bytes and the necessary informations to extract
 /// the entry's data.
 #[derive(Clone)]
 pub struct RevlogEntry<'revlog> {
     revlog: &'revlog Revlog,
     rev: Revision,
     bytes: &'revlog [u8],
     compressed_len: u32,
     uncompressed_len: i32,
     base_rev_or_base_of_delta_chain: Option<Revision>,
     p1: Revision,
     p2: Revision,
     flags: u16,
     hash: Node,
 }
 
 thread_local! {
   // seems fine to [unwrap] here: this can only fail due to memory allocation
   // failing, and it's normal for that to cause panic.
   static ZSTD_DECODER : RefCell<zstd::bulk::Decompressor<'static>> =
       RefCell::new(zstd::bulk::Decompressor::new().ok().unwrap());
 }
 
 fn zstd_decompress_to_buffer(
     bytes: &[u8],
     buf: &mut Vec<u8>,
 ) -> Result<usize, std::io::Error> {
     ZSTD_DECODER
         .with(|decoder| decoder.borrow_mut().decompress_to_buffer(bytes, buf))
 }
 
 impl<'revlog> RevlogEntry<'revlog> {
     pub fn revision(&self) -> Revision {
         self.rev
     }
 
     pub fn node(&self) -> &Node {
         &self.hash
     }
 
     pub fn uncompressed_len(&self) -> Option<u32> {
         u32::try_from(self.uncompressed_len).ok()
     }
 
     pub fn has_p1(&self) -> bool {
         self.p1 != NULL_REVISION
     }
 
     pub fn p1_entry(
         &self,
     ) -> Result<Option<RevlogEntry<'revlog>>, RevlogError> {
         if self.p1 == NULL_REVISION {
             Ok(None)
         } else {
             Ok(Some(self.revlog.get_entry(self.p1)?))
         }
     }
 
     pub fn p2_entry(
         &self,
     ) -> Result<Option<RevlogEntry<'revlog>>, RevlogError> {
         if self.p2 == NULL_REVISION {
             Ok(None)
         } else {
             Ok(Some(self.revlog.get_entry(self.p2)?))
         }
     }
 
     pub fn p1(&self) -> Option<Revision> {
         if self.p1 == NULL_REVISION {
             None
         } else {
             Some(self.p1)
         }
     }
 
     pub fn p2(&self) -> Option<Revision> {
         if self.p2 == NULL_REVISION {
             None
         } else {
             Some(self.p2)
         }
     }
 
     pub fn is_censored(&self) -> bool {
         (self.flags & REVISION_FLAG_CENSORED) != 0
     }
 
     pub fn has_length_affecting_flag_processor(&self) -> bool {
         // Relevant Python code: revlog.size()
         // note: ELLIPSIS is known to not change the content
         (self.flags & (REVIDX_KNOWN_FLAGS ^ REVISION_FLAG_ELLIPSIS)) != 0
     }
 
     /// The data for this entry, after resolving deltas if any.
     pub fn rawdata(&self) -> Result<Cow<'revlog, [u8]>, HgError> {
         let mut entry = self.clone();
         let mut delta_chain = vec![];
 
         // The meaning of `base_rev_or_base_of_delta_chain` depends on
         // generaldelta. See the doc on `ENTRY_DELTA_BASE` in
         // `mercurial/revlogutils/constants.py` and the code in
         // [_chaininfo] and in [index_deltachain].
         let uses_generaldelta = self.revlog.index.uses_generaldelta();
         while let Some(base_rev) = entry.base_rev_or_base_of_delta_chain {
             let base_rev = if uses_generaldelta {
                 base_rev
             } else {
                 entry.rev - 1
             };
             delta_chain.push(entry);
             entry = self.revlog.get_entry_internal(base_rev)?;
         }
 
         let data = if delta_chain.is_empty() {
             entry.data_chunk()?
         } else {
             Revlog::build_data_from_deltas(entry, &delta_chain)?.into()
         };
 
         Ok(data)
     }
 
     fn check_data(
         &self,
         data: Cow<'revlog, [u8]>,
     ) -> Result<Cow<'revlog, [u8]>, HgError> {
         if self.revlog.check_hash(
             self.p1,
             self.p2,
             self.hash.as_bytes(),
             &data,
         ) {
             Ok(data)
         } else {
             if (self.flags & REVISION_FLAG_ELLIPSIS) != 0 {
                 return Err(HgError::unsupported(
                     "ellipsis revisions are not supported by rhg",
                 ));
             }
             Err(corrupted(format!(
                 "hash check failed for revision {}",
                 self.rev
             )))
         }
     }
 
     pub fn data(&self) -> Result<Cow<'revlog, [u8]>, HgError> {
         let data = self.rawdata()?;
+        if self.rev == NULL_REVISION {
+            return Ok(data);
+        }
         if self.is_censored() {
             return Err(HgError::CensoredNodeError);
         }
         self.check_data(data)
     }
 
     /// Extract the data contained in the entry.
     /// This may be a delta. (See `is_delta`.)
     fn data_chunk(&self) -> Result<Cow<'revlog, [u8]>, HgError> {
         if self.bytes.is_empty() {
             return Ok(Cow::Borrowed(&[]));
         }
         match self.bytes[0] {
             // Revision data is the entirety of the entry, including this
             // header.
             b'\0' => Ok(Cow::Borrowed(self.bytes)),
             // Raw revision data follows.
             b'u' => Ok(Cow::Borrowed(&self.bytes[1..])),
             // zlib (RFC 1950) data.
             b'x' => Ok(Cow::Owned(self.uncompressed_zlib_data()?)),
             // zstd data.
             b'\x28' => Ok(Cow::Owned(self.uncompressed_zstd_data()?)),
             // A proper new format should have had a repo/store requirement.
             format_type => Err(corrupted(format!(
                 "unknown compression header '{}'",
                 format_type
             ))),
         }
     }
 
     fn uncompressed_zlib_data(&self) -> Result<Vec<u8>, HgError> {
         let mut decoder = ZlibDecoder::new(self.bytes);
         if self.is_delta() {
             let mut buf = Vec::with_capacity(self.compressed_len as usize);
             decoder
                 .read_to_end(&mut buf)
                 .map_err(|e| corrupted(e.to_string()))?;
             Ok(buf)
         } else {
             let cap = self.uncompressed_len.max(0) as usize;
             let mut buf = vec![0; cap];
             decoder
                 .read_exact(&mut buf)
                 .map_err(|e| corrupted(e.to_string()))?;
             Ok(buf)
         }
     }
 
     fn uncompressed_zstd_data(&self) -> Result<Vec<u8>, HgError> {
         let cap = self.uncompressed_len.max(0) as usize;
         if self.is_delta() {
             // [cap] is usually an over-estimate of the space needed because
             // it's the length of delta-decoded data, but we're interested
             // in the size of the delta.
             // This means we have to [shrink_to_fit] to avoid holding on
             // to a large chunk of memory, but it also means we must have a
             // fallback branch, for the case when the delta is longer than
             // the original data (surprisingly, this does happen in practice)
             let mut buf = Vec::with_capacity(cap);
             match zstd_decompress_to_buffer(self.bytes, &mut buf) {
                 Ok(_) => buf.shrink_to_fit(),
                 Err(_) => {
                     buf.clear();
                     zstd::stream::copy_decode(self.bytes, &mut buf)
                         .map_err(|e| corrupted(e.to_string()))?;
                 }
             };
             Ok(buf)
         } else {
             let mut buf = Vec::with_capacity(cap);
             let len = zstd_decompress_to_buffer(self.bytes, &mut buf)
                 .map_err(|e| corrupted(e.to_string()))?;
             if len != self.uncompressed_len as usize {
                 Err(corrupted("uncompressed length does not match"))
             } else {
                 Ok(buf)
             }
         }
     }
 
     /// Tell if the entry is a snapshot or a delta
     /// (influences on decompression).
     fn is_delta(&self) -> bool {
         self.base_rev_or_base_of_delta_chain.is_some()
     }
 }
 
 /// Calculate the hash of a revision given its data and its parents.
 fn hash(
     data: &[u8],
     p1_hash: &[u8],
     p2_hash: &[u8],
 ) -> [u8; NODE_BYTES_LENGTH] {
     let mut hasher = Sha1::new();
     let (a, b) = (p1_hash, p2_hash);
     if a > b {
         hasher.update(b);
         hasher.update(a);
     } else {
         hasher.update(a);
         hasher.update(b);
     }
     hasher.update(data);
     *hasher.finalize().as_ref()
 }
 
 #[cfg(test)]
 mod tests {
     use super::*;
     use crate::index::{IndexEntryBuilder, INDEX_ENTRY_SIZE};
     use itertools::Itertools;
 
     #[test]
     fn test_empty() {
         let temp = tempfile::tempdir().unwrap();
         let vfs = Vfs { base: temp.path() };
         std::fs::write(temp.path().join("foo.i"), b"").unwrap();
         let revlog = Revlog::open(&vfs, "foo.i", None, false).unwrap();
         assert!(revlog.is_empty());
         assert_eq!(revlog.len(), 0);
         assert!(revlog.get_entry(0).is_err());
         assert!(!revlog.has_rev(0));
+        assert_eq!(
+            revlog.rev_from_node(NULL_NODE.into()).unwrap(),
+            NULL_REVISION
+        );
+        let null_entry = revlog.get_entry(NULL_REVISION).ok().unwrap();
+        assert_eq!(null_entry.revision(), NULL_REVISION);
+        assert!(null_entry.data().unwrap().is_empty());
     }
 
     #[test]
     fn test_inline() {
         let temp = tempfile::tempdir().unwrap();
         let vfs = Vfs { base: temp.path() };
         let node0 = Node::from_hex("2ed2a3912a0b24502043eae84ee4b279c18b90dd")
             .unwrap();
         let node1 = Node::from_hex("b004912a8510032a0350a74daa2803dadfb00e12")
             .unwrap();
         let node2 = Node::from_hex("dd6ad206e907be60927b5a3117b97dffb2590582")
             .unwrap();
         let entry0_bytes = IndexEntryBuilder::new()
             .is_first(true)
             .with_version(1)
             .with_inline(true)
             .with_offset(INDEX_ENTRY_SIZE)
             .with_node(node0)
             .build();
         let entry1_bytes = IndexEntryBuilder::new()
             .with_offset(INDEX_ENTRY_SIZE)
             .with_node(node1)
             .build();
         let entry2_bytes = IndexEntryBuilder::new()
             .with_offset(INDEX_ENTRY_SIZE)
             .with_p1(0)
             .with_p2(1)
             .with_node(node2)
             .build();
         let contents = vec![entry0_bytes, entry1_bytes, entry2_bytes]
             .into_iter()
             .flatten()
             .collect_vec();
         std::fs::write(temp.path().join("foo.i"), contents).unwrap();
         let revlog = Revlog::open(&vfs, "foo.i", None, false).unwrap();
 
         let entry0 = revlog.get_entry(0).ok().unwrap();
         assert_eq!(entry0.revision(), 0);
         assert_eq!(*entry0.node(), node0);
         assert!(!entry0.has_p1());
         assert_eq!(entry0.p1(), None);
         assert_eq!(entry0.p2(), None);
         let p1_entry = entry0.p1_entry().unwrap();
         assert!(p1_entry.is_none());
         let p2_entry = entry0.p2_entry().unwrap();
         assert!(p2_entry.is_none());
 
         let entry1 = revlog.get_entry(1).ok().unwrap();
         assert_eq!(entry1.revision(), 1);
         assert_eq!(*entry1.node(), node1);
         assert!(!entry1.has_p1());
         assert_eq!(entry1.p1(), None);
         assert_eq!(entry1.p2(), None);
         let p1_entry = entry1.p1_entry().unwrap();
         assert!(p1_entry.is_none());
         let p2_entry = entry1.p2_entry().unwrap();
         assert!(p2_entry.is_none());
 
         let entry2 = revlog.get_entry(2).ok().unwrap();
         assert_eq!(entry2.revision(), 2);
         assert_eq!(*entry2.node(), node2);
         assert!(entry2.has_p1());
         assert_eq!(entry2.p1(), Some(0));
         assert_eq!(entry2.p2(), Some(1));
         let p1_entry = entry2.p1_entry().unwrap();
         assert!(p1_entry.is_some());
         assert_eq!(p1_entry.unwrap().revision(), 0);
         let p2_entry = entry2.p2_entry().unwrap();
         assert!(p2_entry.is_some());
         assert_eq!(p2_entry.unwrap().revision(), 1);
     }
+
+    #[test]
+    fn test_nodemap() {
+        let temp = tempfile::tempdir().unwrap();
+        let vfs = Vfs { base: temp.path() };
+
+        // building a revlog with a forced Node starting with zeros
+        // This is a corruption, but it does not preclude using the nodemap
+        // if we don't try and access the data
+        let node0 = Node::from_hex("00d2a3912a0b24502043eae84ee4b279c18b90dd")
+            .unwrap();
+        let node1 = Node::from_hex("b004912a8510032a0350a74daa2803dadfb00e12")
+            .unwrap();
+        let entry0_bytes = IndexEntryBuilder::new()
+            .is_first(true)
+            .with_version(1)
+            .with_inline(true)
+            .with_offset(INDEX_ENTRY_SIZE)
+            .with_node(node0)
+            .build();
+        let entry1_bytes = IndexEntryBuilder::new()
+            .with_offset(INDEX_ENTRY_SIZE)
+            .with_node(node1)
+            .build();
+        let contents = vec![entry0_bytes, entry1_bytes]
+            .into_iter()
+            .flatten()
+            .collect_vec();
+        std::fs::write(temp.path().join("foo.i"), contents).unwrap();
+        let revlog = Revlog::open(&vfs, "foo.i", None, false).unwrap();
+
+        // accessing the data shows the corruption
+        revlog.get_entry(0).unwrap().data().unwrap_err();
+
+        assert_eq!(revlog.rev_from_node(NULL_NODE.into()).unwrap(), -1);
+        assert_eq!(revlog.rev_from_node(node0.into()).unwrap(), 0);
+        assert_eq!(revlog.rev_from_node(node1.into()).unwrap(), 1);
+        assert_eq!(
+            revlog
+                .rev_from_node(NodePrefix::from_hex("000").unwrap())
+                .unwrap(),
+            -1
+        );
+        assert_eq!(
+            revlog
+                .rev_from_node(NodePrefix::from_hex("b00").unwrap())
+                .unwrap(),
+            1
+        );
+        // RevlogError does not implement PartialEq
+        // (ultimately because io::Error does not)
+        match revlog
+            .rev_from_node(NodePrefix::from_hex("00").unwrap())
+            .expect_err("Expected to give AmbiguousPrefix error")
+        {
+            RevlogError::AmbiguousPrefix => (),
+            e => {
+                panic!("Got another error than AmbiguousPrefix: {:?}", e);
 }
+        };
+    }
+}

setup.py

@@ -1,1804 +1,1807 b''
 #
 # This is the mercurial setup script.
 #
 # 'python setup.py install', or
 # 'python setup.py --help' for more options
 import os
 
 # Mercurial can't work on 3.6.0 or 3.6.1 due to a bug in % formatting
 # in bytestrings.
 supportedpy = ','.join(
     [
         '>=3.6.2',
     ]
 )
 
 import sys, platform
 import sysconfig
 
 
 def sysstr(s):
     return s.decode('latin-1')
 
 
 def eprint(*args, **kwargs):
     kwargs['file'] = sys.stderr
     print(*args, **kwargs)
 
 
 import ssl
 
 # ssl.HAS_TLSv1* are preferred to check support but they were added in Python
 # 3.7. Prior to CPython commit 6e8cda91d92da72800d891b2fc2073ecbc134d98
 # (backported to the 3.7 branch), ssl.PROTOCOL_TLSv1_1 / ssl.PROTOCOL_TLSv1_2
 # were defined only if compiled against a OpenSSL version with TLS 1.1 / 1.2
 # support. At the mentioned commit, they were unconditionally defined.
 _notset = object()
 has_tlsv1_1 = getattr(ssl, 'HAS_TLSv1_1', _notset)
 if has_tlsv1_1 is _notset:
     has_tlsv1_1 = getattr(ssl, 'PROTOCOL_TLSv1_1', _notset) is not _notset
 has_tlsv1_2 = getattr(ssl, 'HAS_TLSv1_2', _notset)
 if has_tlsv1_2 is _notset:
     has_tlsv1_2 = getattr(ssl, 'PROTOCOL_TLSv1_2', _notset) is not _notset
 if not (has_tlsv1_1 or has_tlsv1_2):
     error = """
 The `ssl` module does not advertise support for TLS 1.1 or TLS 1.2.
 Please make sure that your Python installation was compiled against an OpenSSL
 version enabling these features (likely this requires the OpenSSL version to
 be at least 1.0.1).
 """
     print(error, file=sys.stderr)
     sys.exit(1)
 
 DYLIB_SUFFIX = sysconfig.get_config_vars()['EXT_SUFFIX']
 
 # Solaris Python packaging brain damage
 try:
     import hashlib
 
     sha = hashlib.sha1()
 except ImportError:
     try:
         import sha
 
         sha.sha  # silence unused import warning
     except ImportError:
         raise SystemExit(
             "Couldn't import standard hashlib (incomplete Python install)."
         )
 
 try:
     import zlib
 
     zlib.compressobj  # silence unused import warning
 except ImportError:
     raise SystemExit(
         "Couldn't import standard zlib (incomplete Python install)."
     )
 
 # The base IronPython distribution (as of 2.7.1) doesn't support bz2
 isironpython = False
 try:
     isironpython = (
         platform.python_implementation().lower().find("ironpython") != -1
     )
 except AttributeError:
     pass
 
 if isironpython:
     sys.stderr.write("warning: IronPython detected (no bz2 support)\n")
 else:
     try:
         import bz2
 
         bz2.BZ2Compressor  # silence unused import warning
     except ImportError:
         raise SystemExit(
             "Couldn't import standard bz2 (incomplete Python install)."
         )
 
 ispypy = "PyPy" in sys.version
 
 import ctypes
 import stat, subprocess, time
 import re
 import shutil
 import tempfile
 
 # We have issues with setuptools on some platforms and builders. Until
 # those are resolved, setuptools is opt-in except for platforms where
 # we don't have issues.
 issetuptools = os.name == 'nt' or 'FORCE_SETUPTOOLS' in os.environ
 if issetuptools:
     from setuptools import setup
 else:
+    try:
     from distutils.core import setup
+    except ModuleNotFoundError:
+        from setuptools import setup
 from distutils.ccompiler import new_compiler
 from distutils.core import Command, Extension
 from distutils.dist import Distribution
 from distutils.command.build import build
 from distutils.command.build_ext import build_ext
 from distutils.command.build_py import build_py
 from distutils.command.build_scripts import build_scripts
 from distutils.command.install import install
 from distutils.command.install_lib import install_lib
 from distutils.command.install_scripts import install_scripts
 from distutils import log
 from distutils.spawn import spawn, find_executable
 from distutils import file_util
 from distutils.errors import (
     CCompilerError,
     DistutilsError,
     DistutilsExecError,
 )
 from distutils.sysconfig import get_python_inc
 
 
 def write_if_changed(path, content):
     """Write content to a file iff the content hasn't changed."""
     if os.path.exists(path):
         with open(path, 'rb') as fh:
             current = fh.read()
     else:
         current = b''
 
     if current != content:
         with open(path, 'wb') as fh:
             fh.write(content)
 
 
 scripts = ['hg']
 if os.name == 'nt':
     # We remove hg.bat if we are able to build hg.exe.
     scripts.append('contrib/win32/hg.bat')
 
 
 def cancompile(cc, code):
     tmpdir = tempfile.mkdtemp(prefix='hg-install-')
     devnull = oldstderr = None
     try:
         fname = os.path.join(tmpdir, 'testcomp.c')
         f = open(fname, 'w')
         f.write(code)
         f.close()
         # Redirect stderr to /dev/null to hide any error messages
         # from the compiler.
         # This will have to be changed if we ever have to check
         # for a function on Windows.
         devnull = open('/dev/null', 'w')
         oldstderr = os.dup(sys.stderr.fileno())
         os.dup2(devnull.fileno(), sys.stderr.fileno())
         objects = cc.compile([fname], output_dir=tmpdir)
         cc.link_executable(objects, os.path.join(tmpdir, "a.out"))
         return True
     except Exception:
         return False
     finally:
         if oldstderr is not None:
             os.dup2(oldstderr, sys.stderr.fileno())
         if devnull is not None:
             devnull.close()
         shutil.rmtree(tmpdir)
 
 
 # simplified version of distutils.ccompiler.CCompiler.has_function
 # that actually removes its temporary files.
 def hasfunction(cc, funcname):
     code = 'int main(void) { %s(); }\n' % funcname
     return cancompile(cc, code)
 
 
 def hasheader(cc, headername):
     code = '#include <%s>\nint main(void) { return 0; }\n' % headername
     return cancompile(cc, code)
 
 
 # py2exe needs to be installed to work
 try:
     import py2exe
 
     py2exe.patch_distutils()
     py2exeloaded = True
     # import py2exe's patched Distribution class
     from distutils.core import Distribution
 except ImportError:
     py2exeloaded = False
 
 
 def runcmd(cmd, env, cwd=None):
     p = subprocess.Popen(
         cmd, stdout=subprocess.PIPE, stderr=subprocess.PIPE, env=env, cwd=cwd
     )
     out, err = p.communicate()
     return p.returncode, out, err
 
 
 class hgcommand:
     def __init__(self, cmd, env):
         self.cmd = cmd
         self.env = env
 
     def run(self, args):
         cmd = self.cmd + args
         returncode, out, err = runcmd(cmd, self.env)
         err = filterhgerr(err)
         if err:
             print("stderr from '%s':" % (' '.join(cmd)), file=sys.stderr)
             print(err, file=sys.stderr)
         if returncode != 0:
             return b''
         return out
 
 
 def filterhgerr(err):
     # If root is executing setup.py, but the repository is owned by
     # another user (as in "sudo python setup.py install") we will get
     # trust warnings since the .hg/hgrc file is untrusted. That is
     # fine, we don't want to load it anyway.  Python may warn about
     # a missing __init__.py in mercurial/locale, we also ignore that.
     err = [
         e
         for e in err.splitlines()
         if (
             not e.startswith(b'not trusting file')
             and not e.startswith(b'warning: Not importing')
             and not e.startswith(b'obsolete feature not enabled')
             and not e.startswith(b'*** failed to import extension')
             and not e.startswith(b'devel-warn:')
             and not (
                 e.startswith(b'(third party extension')
                 and e.endswith(b'or newer of Mercurial; disabling)')
             )
         )
     ]
     return b'\n'.join(b'  ' + e for e in err)
 
 
 def findhg():
     """Try to figure out how we should invoke hg for examining the local
     repository contents.
 
     Returns an hgcommand object."""
     # By default, prefer the "hg" command in the user's path.  This was
     # presumably the hg command that the user used to create this repository.
     #
     # This repository may require extensions or other settings that would not
     # be enabled by running the hg script directly from this local repository.
     hgenv = os.environ.copy()
     # Use HGPLAIN to disable hgrc settings that would change output formatting,
     # and disable localization for the same reasons.
     hgenv['HGPLAIN'] = '1'
     hgenv['LANGUAGE'] = 'C'
     hgcmd = ['hg']
     # Run a simple "hg log" command just to see if using hg from the user's
     # path works and can successfully interact with this repository.  Windows
     # gives precedence to hg.exe in the current directory, so fall back to the
     # python invocation of local hg, where pythonXY.dll can always be found.
     check_cmd = ['log', '-r.', '-Ttest']
     if os.name != 'nt' or not os.path.exists("hg.exe"):
         try:
             retcode, out, err = runcmd(hgcmd + check_cmd, hgenv)
         except EnvironmentError:
             retcode = -1
         if retcode == 0 and not filterhgerr(err):
             return hgcommand(hgcmd, hgenv)
 
     # Fall back to trying the local hg installation.
     hgenv = localhgenv()
     hgcmd = [sys.executable, 'hg']
     try:
         retcode, out, err = runcmd(hgcmd + check_cmd, hgenv)
     except EnvironmentError:
         retcode = -1
     if retcode == 0 and not filterhgerr(err):
         return hgcommand(hgcmd, hgenv)
 
     eprint("/!\\")
     eprint(r"/!\ Unable to find a working hg binary")
     eprint(r"/!\ Version cannot be extract from the repository")
     eprint(r"/!\ Re-run the setup once a first version is built")
     return None
 
 
 def localhgenv():
     """Get an environment dictionary to use for invoking or importing
     mercurial from the local repository."""
     # Execute hg out of this directory with a custom environment which takes
     # care to not use any hgrc files and do no localization.
     env = {
         'HGMODULEPOLICY': 'py',
         'HGRCPATH': '',
         'LANGUAGE': 'C',
         'PATH': '',
     }  # make pypi modules that use os.environ['PATH'] happy
     if 'LD_LIBRARY_PATH' in os.environ:
         env['LD_LIBRARY_PATH'] = os.environ['LD_LIBRARY_PATH']
     if 'SystemRoot' in os.environ:
         # SystemRoot is required by Windows to load various DLLs.  See:
         # https://bugs.python.org/issue13524#msg148850
         env['SystemRoot'] = os.environ['SystemRoot']
     return env
 
 
 version = ''
 
 
 def _try_get_version():
     hg = findhg()
     if hg is None:
         return ''
     hgid = None
     numerictags = []
     cmd = ['log', '-r', '.', '--template', '{tags}\n']
     pieces = sysstr(hg.run(cmd)).split()
     numerictags = [t for t in pieces if t[0:1].isdigit()]
     hgid = sysstr(hg.run(['id', '-i'])).strip()
     if hgid.count('+') == 2:
         hgid = hgid.replace("+", ".", 1)
     if not hgid:
         eprint("/!\\")
         eprint(r"/!\ Unable to determine hg version from local repository")
         eprint(r"/!\ Failed to retrieve current revision tags")
         return ''
     if numerictags:  # tag(s) found
         version = numerictags[-1]
         if hgid.endswith('+'):  # propagate the dirty status to the tag
             version += '+'
     else:  # no tag found on the checked out revision
         ltagcmd = ['log', '--rev', 'wdir()', '--template', '{latesttag}']
         ltag = sysstr(hg.run(ltagcmd))
         if not ltag:
             eprint("/!\\")
             eprint(r"/!\ Unable to determine hg version from local repository")
             eprint(
                 r"/!\ Failed to retrieve current revision distance to lated tag"
             )
             return ''
         changessincecmd = [
             'log',
             '-T',
             'x\n',
             '-r',
             "only(parents(),'%s')" % ltag,
         ]
         changessince = len(hg.run(changessincecmd).splitlines())
         version = '%s+hg%s.%s' % (ltag, changessince, hgid)
     if version.endswith('+'):
         version = version[:-1] + 'local' + time.strftime('%Y%m%d')
     return version
 
 
 if os.path.isdir('.hg'):
     version = _try_get_version()
 elif os.path.exists('.hg_archival.txt'):
     kw = dict(
         [[t.strip() for t in l.split(':', 1)] for l in open('.hg_archival.txt')]
     )
     if 'tag' in kw:
         version = kw['tag']
     elif 'latesttag' in kw:
         if 'changessincelatesttag' in kw:
             version = (
                 '%(latesttag)s+hg%(changessincelatesttag)s.%(node).12s' % kw
             )
         else:
             version = '%(latesttag)s+hg%(latesttagdistance)s.%(node).12s' % kw
     else:
         version = '0+hg' + kw.get('node', '')[:12]
 elif os.path.exists('mercurial/__version__.py'):
     with open('mercurial/__version__.py') as f:
         data = f.read()
     version = re.search('version = b"(.*)"', data).group(1)
 if not version:
     if os.environ.get("MERCURIAL_SETUP_MAKE_LOCAL") == "1":
         version = "0.0+0"
         eprint("/!\\")
         eprint(r"/!\ Using '0.0+0' as the default version")
         eprint(r"/!\ Re-run make local once that first version is built")
         eprint("/!\\")
     else:
         eprint("/!\\")
         eprint(r"/!\ Could not determine the Mercurial version")
         eprint(r"/!\ You need to build a local version first")
         eprint(r"/!\ Run `make local` and try again")
         eprint("/!\\")
         msg = "Run `make local` first to get a working local version"
         raise SystemExit(msg)
 
 versionb = version
 if not isinstance(versionb, bytes):
     versionb = versionb.encode('ascii')
 
 write_if_changed(
     'mercurial/__version__.py',
     b''.join(
         [
             b'# this file is autogenerated by setup.py\n'
             b'version = b"%s"\n' % versionb,
         ]
     ),
 )
 
 
 class hgbuild(build):
     # Insert hgbuildmo first so that files in mercurial/locale/ are found
     # when build_py is run next.
     sub_commands = [('build_mo', None)] + build.sub_commands
 
 
 class hgbuildmo(build):
 
     description = "build translations (.mo files)"
 
     def run(self):
         if not find_executable('msgfmt'):
             self.warn(
                 "could not find msgfmt executable, no translations "
                 "will be built"
             )
             return
 
         podir = 'i18n'
         if not os.path.isdir(podir):
             self.warn("could not find %s/ directory" % podir)
             return
 
         join = os.path.join
         for po in os.listdir(podir):
             if not po.endswith('.po'):
                 continue
             pofile = join(podir, po)
             modir = join('locale', po[:-3], 'LC_MESSAGES')
             mofile = join(modir, 'hg.mo')
             mobuildfile = join('mercurial', mofile)
             cmd = ['msgfmt', '-v', '-o', mobuildfile, pofile]
             if sys.platform != 'sunos5':
                 # msgfmt on Solaris does not know about -c
                 cmd.append('-c')
             self.mkpath(join('mercurial', modir))
             self.make_file([pofile], mobuildfile, spawn, (cmd,))
 
 
 class hgdist(Distribution):
     pure = False
     rust = False
     no_rust = False
     cffi = ispypy
 
     global_options = Distribution.global_options + [
         ('pure', None, "use pure (slow) Python code instead of C extensions"),
         ('rust', None, "use Rust extensions additionally to C extensions"),
         (
             'no-rust',
             None,
             "do not use Rust extensions additionally to C extensions",
         ),
     ]
 
     negative_opt = Distribution.negative_opt.copy()
     boolean_options = ['pure', 'rust', 'no-rust']
     negative_opt['no-rust'] = 'rust'
 
     def _set_command_options(self, command_obj, option_dict=None):
         # Not all distutils versions in the wild have boolean_options.
         # This should be cleaned up when we're Python 3 only.
         command_obj.boolean_options = (
             getattr(command_obj, 'boolean_options', []) + self.boolean_options
         )
         return Distribution._set_command_options(
             self, command_obj, option_dict=option_dict
         )
 
     def parse_command_line(self):
         ret = Distribution.parse_command_line(self)
         if not (self.rust or self.no_rust):
             hgrustext = os.environ.get('HGWITHRUSTEXT')
             # TODO record it for proper rebuild upon changes
             # (see mercurial/__modulepolicy__.py)
             if hgrustext != 'cpython' and hgrustext is not None:
                 if hgrustext:
                     msg = 'unknown HGWITHRUSTEXT value: %s' % hgrustext
                     print(msg, file=sys.stderr)
                 hgrustext = None
             self.rust = hgrustext is not None
             self.no_rust = not self.rust
         return ret
 
     def has_ext_modules(self):
         # self.ext_modules is emptied in hgbuildpy.finalize_options which is
         # too late for some cases
         return not self.pure and Distribution.has_ext_modules(self)
 
 
 # This is ugly as a one-liner. So use a variable.
 buildextnegops = dict(getattr(build_ext, 'negative_options', {}))
 buildextnegops['no-zstd'] = 'zstd'
 buildextnegops['no-rust'] = 'rust'
 
 
 class hgbuildext(build_ext):
     user_options = build_ext.user_options + [
         ('zstd', None, 'compile zstd bindings [default]'),
         ('no-zstd', None, 'do not compile zstd bindings'),
         (
             'rust',
             None,
             'compile Rust extensions if they are in use '
             '(requires Cargo) [default]',
         ),
         ('no-rust', None, 'do not compile Rust extensions'),
     ]
 
     boolean_options = build_ext.boolean_options + ['zstd', 'rust']
     negative_opt = buildextnegops
 
     def initialize_options(self):
         self.zstd = True
         self.rust = True
 
         return build_ext.initialize_options(self)
 
     def finalize_options(self):
         # Unless overridden by the end user, build extensions in parallel.
         # Only influences behavior on Python 3.5+.
         if getattr(self, 'parallel', None) is None:
             self.parallel = True
 
         return build_ext.finalize_options(self)
 
     def build_extensions(self):
         ruststandalones = [
             e for e in self.extensions if isinstance(e, RustStandaloneExtension)
         ]
         self.extensions = [
             e for e in self.extensions if e not in ruststandalones
         ]
         # Filter out zstd if disabled via argument.
         if not self.zstd:
             self.extensions = [
                 e for e in self.extensions if e.name != 'mercurial.zstd'
             ]
 
         # Build Rust standalone extensions if it'll be used
         # and its build is not explicitly disabled (for external build
         # as Linux distributions would do)
         if self.distribution.rust and self.rust:
             if not sys.platform.startswith('linux'):
                 self.warn(
                     "rust extensions have only been tested on Linux "
                     "and may not behave correctly on other platforms"
                 )
 
             for rustext in ruststandalones:
                 rustext.build('' if self.inplace else self.build_lib)
 
         return build_ext.build_extensions(self)
 
     def build_extension(self, ext):
         if (
             self.distribution.rust
             and self.rust
             and isinstance(ext, RustExtension)
         ):
             ext.rustbuild()
         try:
             build_ext.build_extension(self, ext)
         except CCompilerError:
             if not getattr(ext, 'optional', False):
                 raise
             log.warn(
                 "Failed to build optional extension '%s' (skipping)", ext.name
             )
 
 
 class hgbuildscripts(build_scripts):
     def run(self):
         if os.name != 'nt' or self.distribution.pure:
             return build_scripts.run(self)
 
         exebuilt = False
         try:
             self.run_command('build_hgexe')
             exebuilt = True
         except (DistutilsError, CCompilerError):
             log.warn('failed to build optional hg.exe')
 
         if exebuilt:
             # Copying hg.exe to the scripts build directory ensures it is
             # installed by the install_scripts command.
             hgexecommand = self.get_finalized_command('build_hgexe')
             dest = os.path.join(self.build_dir, 'hg.exe')
             self.mkpath(self.build_dir)
             self.copy_file(hgexecommand.hgexepath, dest)
 
             # Remove hg.bat because it is redundant with hg.exe.
             self.scripts.remove('contrib/win32/hg.bat')
 
         return build_scripts.run(self)
 
 
 class hgbuildpy(build_py):
     def finalize_options(self):
         build_py.finalize_options(self)
 
         if self.distribution.pure:
             self.distribution.ext_modules = []
         elif self.distribution.cffi:
             from mercurial.cffi import (
                 bdiffbuild,
                 mpatchbuild,
             )
 
             exts = [
                 mpatchbuild.ffi.distutils_extension(),
                 bdiffbuild.ffi.distutils_extension(),
             ]
             # cffi modules go here
             if sys.platform == 'darwin':
                 from mercurial.cffi import osutilbuild
 
                 exts.append(osutilbuild.ffi.distutils_extension())
             self.distribution.ext_modules = exts
         else:
             h = os.path.join(get_python_inc(), 'Python.h')
             if not os.path.exists(h):
                 raise SystemExit(
                     'Python headers are required to build '
                     'Mercurial but weren\'t found in %s' % h
                 )
 
     def run(self):
         basepath = os.path.join(self.build_lib, 'mercurial')
         self.mkpath(basepath)
 
         rust = self.distribution.rust
         if self.distribution.pure:
             modulepolicy = 'py'
         elif self.build_lib == '.':
             # in-place build should run without rebuilding and Rust extensions
             modulepolicy = 'rust+c-allow' if rust else 'allow'
         else:
             modulepolicy = 'rust+c' if rust else 'c'
 
         content = b''.join(
             [
                 b'# this file is autogenerated by setup.py\n',
                 b'modulepolicy = b"%s"\n' % modulepolicy.encode('ascii'),
             ]
         )
         write_if_changed(os.path.join(basepath, '__modulepolicy__.py'), content)
 
         build_py.run(self)
 
 
 class buildhgextindex(Command):
     description = 'generate prebuilt index of hgext (for frozen package)'
     user_options = []
     _indexfilename = 'hgext/__index__.py'
 
     def initialize_options(self):
         pass
 
     def finalize_options(self):
         pass
 
     def run(self):
         if os.path.exists(self._indexfilename):
             with open(self._indexfilename, 'w') as f:
                 f.write('# empty\n')
 
         # here no extension enabled, disabled() lists up everything
         code = (
             'import pprint; from mercurial import extensions; '
             'ext = extensions.disabled();'
             'ext.pop("__index__", None);'
             'pprint.pprint(ext)'
         )
         returncode, out, err = runcmd(
             [sys.executable, '-c', code], localhgenv()
         )
         if err or returncode != 0:
             raise DistutilsExecError(err)
 
         with open(self._indexfilename, 'wb') as f:
             f.write(b'# this file is autogenerated by setup.py\n')
             f.write(b'docs = ')
             f.write(out)
 
 
 class buildhgexe(build_ext):
     description = 'compile hg.exe from mercurial/exewrapper.c'
 
     LONG_PATHS_MANIFEST = """\
 <?xml version="1.0" encoding="UTF-8" standalone="yes"?>
 <assembly xmlns="urn:schemas-microsoft-com:asm.v1" manifestVersion="1.0">
   <trustInfo xmlns="urn:schemas-microsoft-com:asm.v3">
     <security>
       <requestedPrivileges>
         <requestedExecutionLevel
           level="asInvoker"
           uiAccess="false"
         />
       </requestedPrivileges>
     </security>
   </trustInfo>
   <compatibility xmlns="urn:schemas-microsoft-com:compatibility.v1">
     <application>
       <!-- Windows Vista -->
       <supportedOS Id="{e2011457-1546-43c5-a5fe-008deee3d3f0}"/>
       <!-- Windows 7 -->
       <supportedOS Id="{35138b9a-5d96-4fbd-8e2d-a2440225f93a}"/>
       <!-- Windows 8 -->
       <supportedOS Id="{4a2f28e3-53b9-4441-ba9c-d69d4a4a6e38}"/>
       <!-- Windows 8.1 -->
       <supportedOS Id="{1f676c76-80e1-4239-95bb-83d0f6d0da78}"/>
       <!-- Windows 10 and Windows 11 -->
       <supportedOS Id="{8e0f7a12-bfb3-4fe8-b9a5-48fd50a15a9a}"/>
     </application>
   </compatibility>
   <application xmlns="urn:schemas-microsoft-com:asm.v3">
     <windowsSettings
         xmlns:ws2="http://schemas.microsoft.com/SMI/2016/WindowsSettings">
       <ws2:longPathAware>true</ws2:longPathAware>
     </windowsSettings>
   </application>
   <dependency>
     <dependentAssembly>
       <assemblyIdentity type="win32"
                         name="Microsoft.Windows.Common-Controls"
                         version="6.0.0.0"
                         processorArchitecture="*"
                         publicKeyToken="6595b64144ccf1df"
                         language="*" />
     </dependentAssembly>
   </dependency>
 </assembly>
 """
 
     def initialize_options(self):
         build_ext.initialize_options(self)
 
     def build_extensions(self):
         if os.name != 'nt':
             return
         if isinstance(self.compiler, HackedMingw32CCompiler):
             self.compiler.compiler_so = self.compiler.compiler  # no -mdll
             self.compiler.dll_libraries = []  # no -lmsrvc90
 
         pythonlib = None
 
         dirname = os.path.dirname(self.get_ext_fullpath('dummy'))
         self.hgtarget = os.path.join(dirname, 'hg')
 
         if getattr(sys, 'dllhandle', None):
             # Different Python installs can have different Python library
             # names. e.g. the official CPython distribution uses pythonXY.dll
             # and MinGW uses libpythonX.Y.dll.
             _kernel32 = ctypes.windll.kernel32
             _kernel32.GetModuleFileNameA.argtypes = [
                 ctypes.c_void_p,
                 ctypes.c_void_p,
                 ctypes.c_ulong,
             ]
             _kernel32.GetModuleFileNameA.restype = ctypes.c_ulong
             size = 1000
             buf = ctypes.create_string_buffer(size + 1)
             filelen = _kernel32.GetModuleFileNameA(
                 sys.dllhandle, ctypes.byref(buf), size
             )
 
             if filelen > 0 and filelen != size:
                 dllbasename = os.path.basename(buf.value)
                 if not dllbasename.lower().endswith(b'.dll'):
                     raise SystemExit(
                         'Python DLL does not end with .dll: %s' % dllbasename
                     )
                 pythonlib = dllbasename[:-4]
 
                 # Copy the pythonXY.dll next to the binary so that it runs
                 # without tampering with PATH.
                 dest = os.path.join(
                     os.path.dirname(self.hgtarget),
                     os.fsdecode(dllbasename),
                 )
 
                 if not os.path.exists(dest):
                     shutil.copy(buf.value, dest)
 
                 # Also overwrite python3.dll so that hgext.git is usable.
                 # TODO: also handle the MSYS flavor
                 python_x = os.path.join(
                     os.path.dirname(os.fsdecode(buf.value)),
                     "python3.dll",
                 )
 
                 if os.path.exists(python_x):
                     dest = os.path.join(
                         os.path.dirname(self.hgtarget),
                         os.path.basename(python_x),
                     )
 
                     shutil.copy(python_x, dest)
 
         if not pythonlib:
             log.warn(
                 'could not determine Python DLL filename; assuming pythonXY'
             )
 
             hv = sys.hexversion
             pythonlib = b'python%d%d' % (hv >> 24, (hv >> 16) & 0xFF)
 
         log.info('using %s as Python library name' % pythonlib)
         with open('mercurial/hgpythonlib.h', 'wb') as f:
             f.write(b'/* this file is autogenerated by setup.py */\n')
             f.write(b'#define HGPYTHONLIB "%s"\n' % pythonlib)
 
         objects = self.compiler.compile(
             ['mercurial/exewrapper.c'],
             output_dir=self.build_temp,
             macros=[('_UNICODE', None), ('UNICODE', None)],
         )
         self.compiler.link_executable(
             objects, self.hgtarget, libraries=[], output_dir=self.build_temp
         )
 
         self.addlongpathsmanifest()
 
     def addlongpathsmanifest(self):
         """Add manifest pieces so that hg.exe understands long paths
 
         Why resource #1 should be used for .exe manifests? I don't know and
         wasn't able to find an explanation for mortals. But it seems to work.
         """
         exefname = self.compiler.executable_filename(self.hgtarget)
         fdauto, manfname = tempfile.mkstemp(suffix='.hg.exe.manifest')
         os.close(fdauto)
         with open(manfname, 'w', encoding="UTF-8") as f:
             f.write(self.LONG_PATHS_MANIFEST)
         log.info("long paths manifest is written to '%s'" % manfname)
         outputresource = '-outputresource:%s;#1' % exefname
         log.info("running mt.exe to update hg.exe's manifest in-place")
 
         self.spawn(
             [
                 self.compiler.mt,
                 '-nologo',
                 '-manifest',
                 manfname,
                 outputresource,
             ]
         )
         log.info("done updating hg.exe's manifest")
         os.remove(manfname)
 
     @property
     def hgexepath(self):
         dir = os.path.dirname(self.get_ext_fullpath('dummy'))
         return os.path.join(self.build_temp, dir, 'hg.exe')
 
 
 class hgbuilddoc(Command):
     description = 'build documentation'
     user_options = [
         ('man', None, 'generate man pages'),
         ('html', None, 'generate html pages'),
     ]
 
     def initialize_options(self):
         self.man = None
         self.html = None
 
     def finalize_options(self):
         # If --man or --html are set, only generate what we're told to.
         # Otherwise generate everything.
         have_subset = self.man is not None or self.html is not None
 
         if have_subset:
             self.man = True if self.man else False
             self.html = True if self.html else False
         else:
             self.man = True
             self.html = True
 
     def run(self):
         def normalizecrlf(p):
             with open(p, 'rb') as fh:
                 orig = fh.read()
 
             if b'\r\n' not in orig:
                 return
 
             log.info('normalizing %s to LF line endings' % p)
             with open(p, 'wb') as fh:
                 fh.write(orig.replace(b'\r\n', b'\n'))
 
         def gentxt(root):
             txt = 'doc/%s.txt' % root
             log.info('generating %s' % txt)
             res, out, err = runcmd(
                 [sys.executable, 'gendoc.py', root], os.environ, cwd='doc'
             )
             if res:
                 raise SystemExit(
                     'error running gendoc.py: %s'
                     % '\n'.join([sysstr(out), sysstr(err)])
                 )
 
             with open(txt, 'wb') as fh:
                 fh.write(out)
 
         def gengendoc(root):
             gendoc = 'doc/%s.gendoc.txt' % root
 
             log.info('generating %s' % gendoc)
             res, out, err = runcmd(
                 [sys.executable, 'gendoc.py', '%s.gendoc' % root],
                 os.environ,
                 cwd='doc',
             )
             if res:
                 raise SystemExit(
                     'error running gendoc: %s'
                     % '\n'.join([sysstr(out), sysstr(err)])
                 )
 
             with open(gendoc, 'wb') as fh:
                 fh.write(out)
 
         def genman(root):
             log.info('generating doc/%s' % root)
             res, out, err = runcmd(
                 [
                     sys.executable,
                     'runrst',
                     'hgmanpage',
                     '--halt',
                     'warning',
                     '--strip-elements-with-class',
                     'htmlonly',
                     '%s.txt' % root,
                     root,
                 ],
                 os.environ,
                 cwd='doc',
             )
             if res:
                 raise SystemExit(
                     'error running runrst: %s'
                     % '\n'.join([sysstr(out), sysstr(err)])
                 )
 
             normalizecrlf('doc/%s' % root)
 
         def genhtml(root):
             log.info('generating doc/%s.html' % root)
             res, out, err = runcmd(
                 [
                     sys.executable,
                     'runrst',
                     'html',
                     '--halt',
                     'warning',
                     '--link-stylesheet',
                     '--stylesheet-path',
                     'style.css',
                     '%s.txt' % root,
                     '%s.html' % root,
                 ],
                 os.environ,
                 cwd='doc',
             )
             if res:
                 raise SystemExit(
                     'error running runrst: %s'
                     % '\n'.join([sysstr(out), sysstr(err)])
                 )
 
             normalizecrlf('doc/%s.html' % root)
 
         # This logic is duplicated in doc/Makefile.
         sources = {
             f
             for f in os.listdir('mercurial/helptext')
             if re.search(r'[0-9]\.txt$', f)
         }
 
         # common.txt is a one-off.
         gentxt('common')
 
         for source in sorted(sources):
             assert source[-4:] == '.txt'
             root = source[:-4]
 
             gentxt(root)
             gengendoc(root)
 
             if self.man:
                 genman(root)
             if self.html:
                 genhtml(root)
 
 
 class hginstall(install):
 
     user_options = install.user_options + [
         (
             'old-and-unmanageable',
             None,
             'noop, present for eggless setuptools compat',
         ),
         (
             'single-version-externally-managed',
             None,
             'noop, present for eggless setuptools compat',
         ),
     ]
 
     sub_commands = install.sub_commands + [
         ('install_completion', lambda self: True)
     ]
 
     # Also helps setuptools not be sad while we refuse to create eggs.
     single_version_externally_managed = True
 
     def get_sub_commands(self):
         # Screen out egg related commands to prevent egg generation.  But allow
         # mercurial.egg-info generation, since that is part of modern
         # packaging.
         excl = {'bdist_egg'}
         return filter(lambda x: x not in excl, install.get_sub_commands(self))
 
 
 class hginstalllib(install_lib):
     """
     This is a specialization of install_lib that replaces the copy_file used
     there so that it supports setting the mode of files after copying them,
     instead of just preserving the mode that the files originally had.  If your
     system has a umask of something like 027, preserving the permissions when
     copying will lead to a broken install.
 
     Note that just passing keep_permissions=False to copy_file would be
     insufficient, as it might still be applying a umask.
     """
 
     def run(self):
         realcopyfile = file_util.copy_file
 
         def copyfileandsetmode(*args, **kwargs):
             src, dst = args[0], args[1]
             dst, copied = realcopyfile(*args, **kwargs)
             if copied:
                 st = os.stat(src)
                 # Persist executable bit (apply it to group and other if user
                 # has it)
                 if st[stat.ST_MODE] & stat.S_IXUSR:
                     setmode = int('0755', 8)
                 else:
                     setmode = int('0644', 8)
                 m = stat.S_IMODE(st[stat.ST_MODE])
                 m = (m & ~int('0777', 8)) | setmode
                 os.chmod(dst, m)
 
         file_util.copy_file = copyfileandsetmode
         try:
             install_lib.run(self)
         finally:
             file_util.copy_file = realcopyfile
 
 
 class hginstallscripts(install_scripts):
     """
     This is a specialization of install_scripts that replaces the @LIBDIR@ with
     the configured directory for modules. If possible, the path is made relative
     to the directory for scripts.
     """
 
     def initialize_options(self):
         install_scripts.initialize_options(self)
 
         self.install_lib = None
 
     def finalize_options(self):
         install_scripts.finalize_options(self)
         self.set_undefined_options('install', ('install_lib', 'install_lib'))
 
     def run(self):
         install_scripts.run(self)
 
         # It only makes sense to replace @LIBDIR@ with the install path if
         # the install path is known. For wheels, the logic below calculates
         # the libdir to be "../..". This is because the internal layout of a
         # wheel archive looks like:
         #
         #   mercurial-3.6.1.data/scripts/hg
         #   mercurial/__init__.py
         #
         # When installing wheels, the subdirectories of the "<pkg>.data"
         # directory are translated to system local paths and files therein
         # are copied in place. The mercurial/* files are installed into the
         # site-packages directory. However, the site-packages directory
         # isn't known until wheel install time. This means we have no clue
         # at wheel generation time what the installed site-packages directory
         # will be. And, wheels don't appear to provide the ability to register
         # custom code to run during wheel installation. This all means that
         # we can't reliably set the libdir in wheels: the default behavior
         # of looking in sys.path must do.
 
         if (
             os.path.splitdrive(self.install_dir)[0]
             != os.path.splitdrive(self.install_lib)[0]
         ):
             # can't make relative paths from one drive to another, so use an
             # absolute path instead
             libdir = self.install_lib
         else:
             libdir = os.path.relpath(self.install_lib, self.install_dir)
 
         for outfile in self.outfiles:
             with open(outfile, 'rb') as fp:
                 data = fp.read()
 
             # skip binary files
             if b'\0' in data:
                 continue
 
             # During local installs, the shebang will be rewritten to the final
             # install path. During wheel packaging, the shebang has a special
             # value.
             if data.startswith(b'#!python'):
                 log.info(
                     'not rewriting @LIBDIR@ in %s because install path '
                     'not known' % outfile
                 )
                 continue
 
             data = data.replace(b'@LIBDIR@', libdir.encode('unicode_escape'))
             with open(outfile, 'wb') as fp:
                 fp.write(data)
 
 
 class hginstallcompletion(Command):
     description = 'Install shell completion'
 
     def initialize_options(self):
         self.install_dir = None
         self.outputs = []
 
     def finalize_options(self):
         self.set_undefined_options(
             'install_data', ('install_dir', 'install_dir')
         )
 
     def get_outputs(self):
         return self.outputs
 
     def run(self):
         for src, dir_path, dest in (
             (
                 'bash_completion',
                 ('share', 'bash-completion', 'completions'),
                 'hg',
             ),
             ('zsh_completion', ('share', 'zsh', 'site-functions'), '_hg'),
         ):
             dir = os.path.join(self.install_dir, *dir_path)
             self.mkpath(dir)
 
             dest = os.path.join(dir, dest)
             self.outputs.append(dest)
             self.copy_file(os.path.join('contrib', src), dest)
 
 
 # virtualenv installs custom distutils/__init__.py and
 # distutils/distutils.cfg files which essentially proxy back to the
 # "real" distutils in the main Python install. The presence of this
 # directory causes py2exe to pick up the "hacked" distutils package
 # from the virtualenv and "import distutils" will fail from the py2exe
 # build because the "real" distutils files can't be located.
 #
 # We work around this by monkeypatching the py2exe code finding Python
 # modules to replace the found virtualenv distutils modules with the
 # original versions via filesystem scanning. This is a bit hacky. But
 # it allows us to use virtualenvs for py2exe packaging, which is more
 # deterministic and reproducible.
 #
 # It's worth noting that the common StackOverflow suggestions for this
 # problem involve copying the original distutils files into the
 # virtualenv or into the staging directory after setup() is invoked.
 # The former is very brittle and can easily break setup(). Our hacking
 # of the found modules routine has a similar result as copying the files
 # manually. But it makes fewer assumptions about how py2exe works and
 # is less brittle.
 
 # This only catches virtualenvs made with virtualenv (as opposed to
 # venv, which is likely what Python 3 uses).
 py2exehacked = py2exeloaded and getattr(sys, 'real_prefix', None) is not None
 
 if py2exehacked:
     from distutils.command.py2exe import py2exe as buildpy2exe
     from py2exe.mf import Module as py2exemodule
 
     class hgbuildpy2exe(buildpy2exe):
         def find_needed_modules(self, mf, files, modules):
             res = buildpy2exe.find_needed_modules(self, mf, files, modules)
 
             # Replace virtualenv's distutils modules with the real ones.
             modules = {}
             for k, v in res.modules.items():
                 if k != 'distutils' and not k.startswith('distutils.'):
                     modules[k] = v
 
             res.modules = modules
 
             import opcode
 
             distutilsreal = os.path.join(
                 os.path.dirname(opcode.__file__), 'distutils'
             )
 
             for root, dirs, files in os.walk(distutilsreal):
                 for f in sorted(files):
                     if not f.endswith('.py'):
                         continue
 
                     full = os.path.join(root, f)
 
                     parents = ['distutils']
 
                     if root != distutilsreal:
                         rel = os.path.relpath(root, distutilsreal)
                         parents.extend(p for p in rel.split(os.sep))
 
                     modname = '%s.%s' % ('.'.join(parents), f[:-3])
 
                     if modname.startswith('distutils.tests.'):
                         continue
 
                     if modname.endswith('.__init__'):
                         modname = modname[: -len('.__init__')]
                         path = os.path.dirname(full)
                     else:
                         path = None
 
                     res.modules[modname] = py2exemodule(
                         modname, full, path=path
                     )
 
             if 'distutils' not in res.modules:
                 raise SystemExit('could not find distutils modules')
 
             return res
 
 
 cmdclass = {
     'build': hgbuild,
     'build_doc': hgbuilddoc,
     'build_mo': hgbuildmo,
     'build_ext': hgbuildext,
     'build_py': hgbuildpy,
     'build_scripts': hgbuildscripts,
     'build_hgextindex': buildhgextindex,
     'install': hginstall,
     'install_completion': hginstallcompletion,
     'install_lib': hginstalllib,
     'install_scripts': hginstallscripts,
     'build_hgexe': buildhgexe,
 }
 
 if py2exehacked:
     cmdclass['py2exe'] = hgbuildpy2exe
 
 packages = [
     'mercurial',
     'mercurial.cext',
     'mercurial.cffi',
     'mercurial.defaultrc',
     'mercurial.dirstateutils',
     'mercurial.helptext',
     'mercurial.helptext.internals',
     'mercurial.hgweb',
     'mercurial.interfaces',
     'mercurial.pure',
     'mercurial.stabletailgraph',
     'mercurial.templates',
     'mercurial.thirdparty',
     'mercurial.thirdparty.attr',
     'mercurial.thirdparty.zope',
     'mercurial.thirdparty.zope.interface',
     'mercurial.upgrade_utils',
     'mercurial.utils',
     'mercurial.revlogutils',
     'mercurial.testing',
     'hgext',
     'hgext.convert',
     'hgext.fsmonitor',
     'hgext.fastannotate',
     'hgext.fsmonitor.pywatchman',
     'hgext.git',
     'hgext.highlight',
     'hgext.hooklib',
     'hgext.infinitepush',
     'hgext.largefiles',
     'hgext.lfs',
     'hgext.narrow',
     'hgext.remotefilelog',
     'hgext.zeroconf',
     'hgext3rd',
     'hgdemandimport',
 ]
 
 for name in os.listdir(os.path.join('mercurial', 'templates')):
     if name != '__pycache__' and os.path.isdir(
         os.path.join('mercurial', 'templates', name)
     ):
         packages.append('mercurial.templates.%s' % name)
 
 if 'HG_PY2EXE_EXTRA_INSTALL_PACKAGES' in os.environ:
     # py2exe can't cope with namespace packages very well, so we have to
     # install any hgext3rd.* extensions that we want in the final py2exe
     # image here. This is gross, but you gotta do what you gotta do.
     packages.extend(os.environ['HG_PY2EXE_EXTRA_INSTALL_PACKAGES'].split(' '))
 
 common_depends = [
     'mercurial/bitmanipulation.h',
     'mercurial/compat.h',
     'mercurial/cext/util.h',
 ]
 common_include_dirs = ['mercurial']
 
 common_cflags = []
 
 # MSVC 2008 still needs declarations at the top of the scope, but Python 3.9
 # makes declarations not at the top of a scope in the headers.
 if os.name != 'nt' and sys.version_info[1] < 9:
     common_cflags = ['-Werror=declaration-after-statement']
 
 osutil_cflags = []
 osutil_ldflags = []
 
 # platform specific macros
 for plat, func in [('bsd', 'setproctitle')]:
     if re.search(plat, sys.platform) and hasfunction(new_compiler(), func):
         osutil_cflags.append('-DHAVE_%s' % func.upper())
 
 for plat, macro, code in [
     (
         'bsd|darwin',
         'BSD_STATFS',
         '''
      #include <sys/param.h>
      #include <sys/mount.h>
      int main() { struct statfs s; return sizeof(s.f_fstypename); }
      ''',
     ),
     (
         'linux',
         'LINUX_STATFS',
         '''
      #include <linux/magic.h>
      #include <sys/vfs.h>
      int main() { struct statfs s; return sizeof(s.f_type); }
      ''',
     ),
 ]:
     if re.search(plat, sys.platform) and cancompile(new_compiler(), code):
         osutil_cflags.append('-DHAVE_%s' % macro)
 
 if sys.platform == 'darwin':
     osutil_ldflags += ['-framework', 'ApplicationServices']
 
 if sys.platform == 'sunos5':
     osutil_ldflags += ['-lsocket']
 
 xdiff_srcs = [
     'mercurial/thirdparty/xdiff/xdiffi.c',
     'mercurial/thirdparty/xdiff/xprepare.c',
     'mercurial/thirdparty/xdiff/xutils.c',
 ]
 
 xdiff_headers = [
     'mercurial/thirdparty/xdiff/xdiff.h',
     'mercurial/thirdparty/xdiff/xdiffi.h',
     'mercurial/thirdparty/xdiff/xinclude.h',
     'mercurial/thirdparty/xdiff/xmacros.h',
     'mercurial/thirdparty/xdiff/xprepare.h',
     'mercurial/thirdparty/xdiff/xtypes.h',
     'mercurial/thirdparty/xdiff/xutils.h',
 ]
 
 
 class RustCompilationError(CCompilerError):
     """Exception class for Rust compilation errors."""
 
 
 class RustExtension(Extension):
     """Base classes for concrete Rust Extension classes."""
 
     rusttargetdir = os.path.join('rust', 'target', 'release')
 
     def __init__(self, mpath, sources, rustlibname, subcrate, **kw):
         Extension.__init__(self, mpath, sources, **kw)
         srcdir = self.rustsrcdir = os.path.join('rust', subcrate)
 
         # adding Rust source and control files to depends so that the extension
         # gets rebuilt if they've changed
         self.depends.append(os.path.join(srcdir, 'Cargo.toml'))
         cargo_lock = os.path.join(srcdir, 'Cargo.lock')
         if os.path.exists(cargo_lock):
             self.depends.append(cargo_lock)
         for dirpath, subdir, fnames in os.walk(os.path.join(srcdir, 'src')):
             self.depends.extend(
                 os.path.join(dirpath, fname)
                 for fname in fnames
                 if os.path.splitext(fname)[1] == '.rs'
             )
 
     @staticmethod
     def rustdylibsuffix():
         """Return the suffix for shared libraries produced by rustc.
 
         See also: https://doc.rust-lang.org/reference/linkage.html
         """
         if sys.platform == 'darwin':
             return '.dylib'
         elif os.name == 'nt':
             return '.dll'
         else:
             return '.so'
 
     def rustbuild(self):
         env = os.environ.copy()
         if 'HGTEST_RESTOREENV' in env:
             # Mercurial tests change HOME to a temporary directory,
             # but, if installed with rustup, the Rust toolchain needs
             # HOME to be correct (otherwise the 'no default toolchain'
             # error message is issued and the build fails).
             # This happens currently with test-hghave.t, which does
             # invoke this build.
 
             # Unix only fix (os.path.expanduser not really reliable if
             # HOME is shadowed like this)
             import pwd
 
             env['HOME'] = pwd.getpwuid(os.getuid()).pw_dir
 
         cargocmd = ['cargo', 'rustc', '--release']
 
         rust_features = env.get("HG_RUST_FEATURES")
         if rust_features:
             cargocmd.extend(('--features', rust_features))
 
         cargocmd.append('--')
         if sys.platform == 'darwin':
             cargocmd.extend(
                 ("-C", "link-arg=-undefined", "-C", "link-arg=dynamic_lookup")
             )
         try:
             subprocess.check_call(cargocmd, env=env, cwd=self.rustsrcdir)
         except FileNotFoundError:
             raise RustCompilationError("Cargo not found")
         except PermissionError:
             raise RustCompilationError(
                 "Cargo found, but permission to execute it is denied"
             )
         except subprocess.CalledProcessError:
             raise RustCompilationError(
                 "Cargo failed. Working directory: %r, "
                 "command: %r, environment: %r"
                 % (self.rustsrcdir, cargocmd, env)
             )
 
 
 class RustStandaloneExtension(RustExtension):
     def __init__(self, pydottedname, rustcrate, dylibname, **kw):
         RustExtension.__init__(
             self, pydottedname, [], dylibname, rustcrate, **kw
         )
         self.dylibname = dylibname
 
     def build(self, target_dir):
         self.rustbuild()
         target = [target_dir]
         target.extend(self.name.split('.'))
         target[-1] += DYLIB_SUFFIX
         target = os.path.join(*target)
         os.makedirs(os.path.dirname(target), exist_ok=True)
         shutil.copy2(
             os.path.join(
                 self.rusttargetdir, self.dylibname + self.rustdylibsuffix()
             ),
             target,
         )
 
 
 extmodules = [
     Extension(
         'mercurial.cext.base85',
         ['mercurial/cext/base85.c'],
         include_dirs=common_include_dirs,
         extra_compile_args=common_cflags,
         depends=common_depends,
     ),
     Extension(
         'mercurial.cext.bdiff',
         ['mercurial/bdiff.c', 'mercurial/cext/bdiff.c'] + xdiff_srcs,
         include_dirs=common_include_dirs,
         extra_compile_args=common_cflags,
         depends=common_depends + ['mercurial/bdiff.h'] + xdiff_headers,
     ),
     Extension(
         'mercurial.cext.mpatch',
         ['mercurial/mpatch.c', 'mercurial/cext/mpatch.c'],
         include_dirs=common_include_dirs,
         extra_compile_args=common_cflags,
         depends=common_depends,
     ),
     Extension(
         'mercurial.cext.parsers',
         [
             'mercurial/cext/charencode.c',
             'mercurial/cext/dirs.c',
             'mercurial/cext/manifest.c',
             'mercurial/cext/parsers.c',
             'mercurial/cext/pathencode.c',
             'mercurial/cext/revlog.c',
         ],
         include_dirs=common_include_dirs,
         extra_compile_args=common_cflags,
         depends=common_depends
         + [
             'mercurial/cext/charencode.h',
             'mercurial/cext/revlog.h',
         ],
     ),
     Extension(
         'mercurial.cext.osutil',
         ['mercurial/cext/osutil.c'],
         include_dirs=common_include_dirs,
         extra_compile_args=common_cflags + osutil_cflags,
         extra_link_args=osutil_ldflags,
         depends=common_depends,
     ),
     Extension(
         'mercurial.thirdparty.zope.interface._zope_interface_coptimizations',
         [
             'mercurial/thirdparty/zope/interface/_zope_interface_coptimizations.c',
         ],
         extra_compile_args=common_cflags,
     ),
     Extension(
         'mercurial.thirdparty.sha1dc',
         [
             'mercurial/thirdparty/sha1dc/cext.c',
             'mercurial/thirdparty/sha1dc/lib/sha1.c',
             'mercurial/thirdparty/sha1dc/lib/ubc_check.c',
         ],
         extra_compile_args=common_cflags,
     ),
     Extension(
         'hgext.fsmonitor.pywatchman.bser',
         ['hgext/fsmonitor/pywatchman/bser.c'],
         extra_compile_args=common_cflags,
     ),
     RustStandaloneExtension(
         'mercurial.rustext',
         'hg-cpython',
         'librusthg',
     ),
 ]
 
 
 sys.path.insert(0, 'contrib/python-zstandard')
 import setup_zstd
 
 zstd = setup_zstd.get_c_extension(
     name='mercurial.zstd', root=os.path.abspath(os.path.dirname(__file__))
 )
 zstd.extra_compile_args += common_cflags
 extmodules.append(zstd)
 
 try:
     from distutils import cygwinccompiler
 
     # the -mno-cygwin option has been deprecated for years
     mingw32compilerclass = cygwinccompiler.Mingw32CCompiler
 
     class HackedMingw32CCompiler(cygwinccompiler.Mingw32CCompiler):
         def __init__(self, *args, **kwargs):
             mingw32compilerclass.__init__(self, *args, **kwargs)
             for i in 'compiler compiler_so linker_exe linker_so'.split():
                 try:
                     getattr(self, i).remove('-mno-cygwin')
                 except ValueError:
                     pass
 
     cygwinccompiler.Mingw32CCompiler = HackedMingw32CCompiler
 except ImportError:
     # the cygwinccompiler package is not available on some Python
     # distributions like the ones from the optware project for Synology
     # DiskStation boxes
     class HackedMingw32CCompiler:
         pass
 
 
 if os.name == 'nt':
     # Allow compiler/linker flags to be added to Visual Studio builds.  Passing
     # extra_link_args to distutils.extensions.Extension() doesn't have any
     # effect.
     from distutils import msvccompiler
 
     msvccompilerclass = msvccompiler.MSVCCompiler
 
     class HackedMSVCCompiler(msvccompiler.MSVCCompiler):
         def initialize(self):
             msvccompilerclass.initialize(self)
             # "warning LNK4197: export 'func' specified multiple times"
             self.ldflags_shared.append('/ignore:4197')
             self.ldflags_shared_debug.append('/ignore:4197')
 
     msvccompiler.MSVCCompiler = HackedMSVCCompiler
 
 packagedata = {
     'mercurial': [
         'locale/*/LC_MESSAGES/hg.mo',
         'dummycert.pem',
     ],
     'mercurial.defaultrc': [
         '*.rc',
     ],
     'mercurial.helptext': [
         '*.txt',
     ],
     'mercurial.helptext.internals': [
         '*.txt',
     ],
     'mercurial.thirdparty.attr': [
         '*.pyi',
         'py.typed',
     ],
 }
 
 
 def ordinarypath(p):
     return p and p[0] != '.' and p[-1] != '~'
 
 
 for root in ('templates',):
     for curdir, dirs, files in os.walk(os.path.join('mercurial', root)):
         packagename = curdir.replace(os.sep, '.')
         packagedata[packagename] = list(filter(ordinarypath, files))
 
 datafiles = []
 
 # distutils expects version to be str/unicode. Converting it to
 # unicode on Python 2 still works because it won't contain any
 # non-ascii bytes and will be implicitly converted back to bytes
 # when operated on.
 assert isinstance(version, str)
 setupversion = version
 
 extra = {}
 
 py2exepackages = [
     'hgdemandimport',
     'hgext3rd',
     'hgext',
     'email',
     # implicitly imported per module policy
     # (cffi wouldn't be used as a frozen exe)
     'mercurial.cext',
     #'mercurial.cffi',
     'mercurial.pure',
 ]
 
 py2exe_includes = []
 
 py2exeexcludes = []
 py2exedllexcludes = ['crypt32.dll']
 
 if issetuptools:
     extra['python_requires'] = supportedpy
 
 if py2exeloaded:
     extra['console'] = [
         {
             'script': 'hg',
             'copyright': 'Copyright (C) 2005-2023 Olivia Mackall and others',
             'product_version': version,
         }
     ]
     # Sub command of 'build' because 'py2exe' does not handle sub_commands.
     # Need to override hgbuild because it has a private copy of
     # build.sub_commands.
     hgbuild.sub_commands.insert(0, ('build_hgextindex', None))
     # put dlls in sub directory so that they won't pollute PATH
     extra['zipfile'] = 'lib/library.zip'
 
     # We allow some configuration to be supplemented via environment
     # variables. This is better than setup.cfg files because it allows
     # supplementing configs instead of replacing them.
     extrapackages = os.environ.get('HG_PY2EXE_EXTRA_PACKAGES')
     if extrapackages:
         py2exepackages.extend(extrapackages.split(' '))
 
     extra_includes = os.environ.get('HG_PY2EXE_EXTRA_INCLUDES')
     if extra_includes:
         py2exe_includes.extend(extra_includes.split(' '))
 
     excludes = os.environ.get('HG_PY2EXE_EXTRA_EXCLUDES')
     if excludes:
         py2exeexcludes.extend(excludes.split(' '))
 
     dllexcludes = os.environ.get('HG_PY2EXE_EXTRA_DLL_EXCLUDES')
     if dllexcludes:
         py2exedllexcludes.extend(dllexcludes.split(' '))
 
 if os.environ.get('PYOXIDIZER'):
     hgbuild.sub_commands.insert(0, ('build_hgextindex', None))
 
 if os.name == 'nt':
     # Windows binary file versions for exe/dll files must have the
     # form W.X.Y.Z, where W,X,Y,Z are numbers in the range 0..65535
     setupversion = setupversion.split(r'+', 1)[0]
 
 setup(
     name='mercurial',
     version=setupversion,
     author='Olivia Mackall and many others',
     author_email='[e-mail]',
     url='https://mercurial-scm.org/',
     download_url='https://mercurial-scm.org/release/',
     description=(
         'Fast scalable distributed SCM (revision control, version '
         'control) system'
     ),
     long_description=(
         'Mercurial is a distributed SCM tool written in Python.'
         ' It is used by a number of large projects that require'
         ' fast, reliable distributed revision control, such as '
         'Mozilla.'
     ),
     license='GNU GPLv2 or any later version',
     classifiers=[
         'Development Status :: 6 - Mature',
         'Environment :: Console',
         'Intended Audience :: Developers',
         'Intended Audience :: System Administrators',
         'License :: OSI Approved :: GNU General Public License (GPL)',
         'Natural Language :: Danish',
         'Natural Language :: English',
         'Natural Language :: German',
         'Natural Language :: Italian',
         'Natural Language :: Japanese',
         'Natural Language :: Portuguese (Brazilian)',
         'Operating System :: Microsoft :: Windows',
         'Operating System :: OS Independent',
         'Operating System :: POSIX',
         'Programming Language :: C',
         'Programming Language :: Python',
         'Topic :: Software Development :: Version Control',
     ],
     scripts=scripts,
     packages=packages,
     ext_modules=extmodules,
     data_files=datafiles,
     package_data=packagedata,
     cmdclass=cmdclass,
     distclass=hgdist,
     options={
         'py2exe': {
             'bundle_files': 3,
             'dll_excludes': py2exedllexcludes,
             'includes': py2exe_includes,
             'excludes': py2exeexcludes,
             'packages': py2exepackages,
         },
         'bdist_mpkg': {
             'zipdist': False,
             'license': 'COPYING',
             'readme': 'contrib/packaging/macosx/Readme.html',
             'welcome': 'contrib/packaging/macosx/Welcome.html',
         },
     },
     **extra
 )

tests/dummysmtpd.py

@@ -1,120 +1,154 b''
 #!/usr/bin/env python
 
 """dummy SMTP server for use in tests"""
 
 
-import asyncore
 import optparse
-import smtpd
+import os
+import socket
 import ssl
 import sys
-import traceback
 
 from mercurial import (
     pycompat,
     server,
     sslutil,
     ui as uimod,
 )
 
 
+if os.environ.get('HGIPV6', '0') == '1':
+    family = socket.AF_INET6
+else:
+    family = socket.AF_INET
+
+
 def log(msg):
     sys.stdout.write(msg)
     sys.stdout.flush()
 
 
-class dummysmtpserver(smtpd.SMTPServer):
-    def __init__(self, localaddr):
-        smtpd.SMTPServer.__init__(self, localaddr, remoteaddr=None)
+def mocksmtpserversession(conn, addr):
+    conn.send(b'220 smtp.example.com ESMTP\r\n')
+
+    line = conn.recv(1024)
+    if not line.lower().startswith(b'ehlo '):
+        log('no hello: %s\n' % line)
+        return
+
+    conn.send(b'250 Hello\r\n')
 
-    def process_message(self, peer, mailfrom, rcpttos, data, **kwargs):
-        log('%s from=%s to=%s\n' % (peer[0], mailfrom, ', '.join(rcpttos)))
+    line = conn.recv(1024)
+    if not line.lower().startswith(b'mail from:'):
+        log('no mail from: %s\n' % line)
+        return
+    mailfrom = line[10:].decode().rstrip()
+    if mailfrom.startswith('<') and mailfrom.endswith('>'):
+        mailfrom = mailfrom[1:-1]
+
+    conn.send(b'250 Ok\r\n')
 
-    def handle_error(self):
-        # On Windows, a bad SSL connection sometimes generates a WSAECONNRESET.
-        # The default handler will shutdown this server, and then both the
-        # current connection and subsequent ones fail on the client side with
-        # "No connection could be made because the target machine actively
-        # refused it".  If we eat the error, then the client properly aborts in
-        # the expected way, and the server is available for subsequent requests.
-        traceback.print_exc()
+    rcpttos = []
+    while True:
+        line = conn.recv(1024)
+        if not line.lower().startswith(b'rcpt to:'):
+            break
+        rcptto = line[8:].decode().rstrip()
+        if rcptto.startswith('<') and rcptto.endswith('>'):
+            rcptto = rcptto[1:-1]
+        rcpttos.append(rcptto)
+
+        conn.send(b'250 Ok\r\n')
+
+    if not line.lower().strip() == b'data':
+        log('no rcpt to or data: %s' % line)
+
+    conn.send(b'354 Go ahead\r\n')
+
+    data = b''
+    while True:
+        line = conn.recv(1024)
+        if not line:
+            log('connection closed before end of data')
+            break
+        data += line
+        if data.endswith(b'\r\n.\r\n'):
+            data = data[:-5]
+            break
+
+    conn.send(b'250 Ok\r\n')
+
+    log(
+        '%s from=%s to=%s\n%s\n'
+        % (addr[0], mailfrom, ', '.join(rcpttos), data.decode())
+    )
 
 
-class dummysmtpsecureserver(dummysmtpserver):
-    def __init__(self, localaddr, certfile):
-        dummysmtpserver.__init__(self, localaddr)
-        self._certfile = certfile
-
-    def handle_accept(self):
-        pair = self.accept()
-        if not pair:
-            return
-        conn, addr = pair
+def run(host, port, certificate):
         ui = uimod.ui.load()
+    with socket.socket(family, socket.SOCK_STREAM) as s:
+        s.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1)
+        s.bind((host, port))
+        # log('listening at %s:%d\n' % (host, port))
+        s.listen(1)
         try:
-            # wrap_socket() would block, but we don't care
-            conn = sslutil.wrapserversocket(conn, ui, certfile=self._certfile)
-        except ssl.SSLError:
-            log('%s ssl error\n' % addr[0])
+            while True:
+                conn, addr = s.accept()
+                if certificate:
+                    try:
+                        conn = sslutil.wrapserversocket(
+                            conn, ui, certfile=certificate
+                        )
+                    except ssl.SSLError as e:
+                        log('%s ssl error: %s\n' % (addr[0], e))
             conn.close()
-            return
-        smtpd.SMTPChannel(self, conn, addr)
-
-
-def run():
-    try:
-        asyncore.loop()
+                        continue
+                log("connection from %s:%s\n" % addr)
+                mocksmtpserversession(conn, addr)
+                conn.close()
     except KeyboardInterrupt:
         pass
 
 
 def _encodestrsonly(v):
     if isinstance(v, type(u'')):
         return v.encode('ascii')
     return v
 
 
 def bytesvars(obj):
     unidict = vars(obj)
     bd = {k.encode('ascii'): _encodestrsonly(v) for k, v in unidict.items()}
     if bd[b'daemon_postexec'] is not None:
         bd[b'daemon_postexec'] = [
             _encodestrsonly(v) for v in bd[b'daemon_postexec']
         ]
     return bd
 
 
 def main():
     op = optparse.OptionParser()
     op.add_option('-d', '--daemon', action='store_true')
     op.add_option('--daemon-postexec', action='append')
     op.add_option('-p', '--port', type=int, default=8025)
     op.add_option('-a', '--address', default='localhost')
     op.add_option('--pid-file', metavar='FILE')
     op.add_option('--tls', choices=['none', 'smtps'], default='none')
     op.add_option('--certificate', metavar='FILE')
+    op.add_option('--logfile', metavar='FILE')
 
     opts, args = op.parse_args()
-    if opts.tls == 'smtps' and not opts.certificate:
-        op.error('--certificate must be specified')
-
-    addr = (opts.address, opts.port)
-
-    def init():
-        if opts.tls == 'none':
-            dummysmtpserver(addr)
-        else:
-            dummysmtpsecureserver(addr, opts.certificate)
-        log('listening at %s:%d\n' % addr)
+    if (opts.tls == 'smtps') != bool(opts.certificate):
+        op.error('--certificate must be specified with --tls=smtps')
 
     server.runservice(
         bytesvars(opts),
-        initfn=init,
-        runfn=run,
+        runfn=lambda: run(opts.address, opts.port, opts.certificate),
         runargs=[pycompat.sysexecutable, pycompat.fsencode(__file__)]
         + pycompat.sysargv[1:],
+        logfile=opts.logfile,
     )
 
 
 if __name__ == '__main__':
     main()

tests/remotefilelog-library.sh

@@ -1,73 +1,73 b''
 CACHEDIR=$PWD/hgcache
 cat >> $HGRCPATH <<EOF
 [remotefilelog]
 cachepath=$CACHEDIR
 debug=True
 [extensions]
 remotefilelog=
 rebase=
 strip=
 [server]
 preferuncompressed=True
 [experimental]
 changegroup3=True
 [rebase]
 singletransaction=True
 EOF
 
 hgcloneshallow() {
   local name
   local dest
   orig=$1
   shift
   dest=$1
   shift
   hg clone --shallow --config remotefilelog.reponame=master $orig $dest $@
   cat >> $dest/.hg/hgrc <<EOF
 [remotefilelog]
 reponame=master
 [phases]
 publish=False
 EOF
 }
 
 hgcloneshallowlfs() {
   local name
   local dest
   local lfsdir
   orig=$1
   shift
   dest=$1
   shift
   lfsdir=$1
   shift
   hg clone --shallow --config "extensions.lfs=" --config "lfs.url=$lfsdir" --config remotefilelog.reponame=master $orig $dest $@
   cat >> $dest/.hg/hgrc <<EOF
 [extensions]
 lfs=
 [lfs]
 url=$lfsdir
 [remotefilelog]
 reponame=master
 [phases]
 publish=False
 EOF
 }
 
 clearcache() {
   rm -rf $CACHEDIR/*
 }
 
 mkcommit() {
   echo "$1" > "$1"
   hg add "$1"
   hg ci -m "$1"
 }
 
 ls_l() {
   "$PYTHON" $TESTDIR/ls-l.py "$@"
 }
 
 identifyrflcaps() {
-    xargs -n 1 echo | egrep '(remotefilelog|getflogheads|getfile)' | sort
+    xargs -n 1 echo | grep -E '(remotefilelog|getflogheads|getfile)' | sort
 }

tests/test-archive.t

@@ -1,628 +1,628 b''
 #require serve
 
   $ hg init test
   $ cd test
   $ echo foo>foo
   $ hg commit -Am 1 -d '1 0'
   adding foo
   $ echo bar>bar
   $ hg commit -Am 2 -d '2 0'
   adding bar
   $ mkdir baz
   $ echo bletch>baz/bletch
   $ hg commit -Am 3 -d '1000000000 0'
   adding baz/bletch
   $ hg init subrepo
   $ touch subrepo/sub
   $ hg -q -R subrepo ci -Am "init subrepo"
   $ echo "subrepo = subrepo" > .hgsub
   $ hg add .hgsub
   $ hg ci -m "add subrepo"
 
   $ cat >> $HGRCPATH <<EOF
   > [extensions]
   > share =
   > EOF
 
 hg subrepos are shared when the parent repo is shared
 
   $ cd ..
   $ hg share test shared1
   updating working directory
   sharing subrepo subrepo from $TESTTMP/test/subrepo
   5 files updated, 0 files merged, 0 files removed, 0 files unresolved
   $ cat shared1/subrepo/.hg/sharedpath
   $TESTTMP/test/subrepo/.hg (no-eol)
 
 hg subrepos are shared into existence on demand if the parent was shared
 
   $ hg clone -qr 1 test clone1
   $ hg share clone1 share2
   updating working directory
   2 files updated, 0 files merged, 0 files removed, 0 files unresolved
   $ hg -R clone1 -q pull
   $ hg -R share2 update tip
   sharing subrepo subrepo from $TESTTMP/test/subrepo
   3 files updated, 0 files merged, 0 files removed, 0 files unresolved
   $ cat share2/subrepo/.hg/sharedpath
   $TESTTMP/test/subrepo/.hg (no-eol)
   $ echo 'mod' > share2/subrepo/sub
   $ hg -R share2 ci -Sqm 'subrepo mod'
   $ hg -R clone1 update -C tip
   cloning subrepo subrepo from $TESTTMP/test/subrepo
   3 files updated, 0 files merged, 0 files removed, 0 files unresolved
-  $ find share2 | egrep 'sharedpath|00.+\.i' | sort
+  $ find share2 | grep -E 'sharedpath|00.+\.i' | sort
   share2/.hg/sharedpath
   share2/subrepo/.hg/sharedpath
   $ hg -R share2 unshare
   unsharing subrepo 'subrepo'
-  $ find share2 | egrep 'sharedpath|00.+\.i' | sort
+  $ find share2 | grep -E 'sharedpath|00.+\.i' | sort
   share2/.hg/00changelog.i
   share2/.hg/sharedpath.old
   share2/.hg/store/00changelog.i
   share2/.hg/store/00manifest.i
   share2/subrepo/.hg/00changelog.i
   share2/subrepo/.hg/sharedpath.old
   share2/subrepo/.hg/store/00changelog.i
   share2/subrepo/.hg/store/00manifest.i
   $ hg -R share2/subrepo log -r tip -T compact
   1[tip]   559dcc9bfa65   1970-01-01 00:00 +0000   test
     subrepo mod
   
   $ rm -rf clone1
 
   $ hg clone -qr 1 test clone1
   $ hg share clone1 shared3
   updating working directory
   2 files updated, 0 files merged, 0 files removed, 0 files unresolved
   $ hg -R clone1 -q pull
   $ hg -R shared3 archive --config ui.archivemeta=False -r tip -S archive
   sharing subrepo subrepo from $TESTTMP/test/subrepo
   $ cat shared3/subrepo/.hg/sharedpath
   $TESTTMP/test/subrepo/.hg (no-eol)
   $ diff -r archive test
   Only in test: .hg
   Common subdirectories: archive/baz and test/baz (?)
   Common subdirectories: archive/subrepo and test/subrepo (?)
   Only in test/subrepo: .hg
   [1]
   $ rm -rf archive
 
   $ cd test
   $ echo "[web]" >> .hg/hgrc
   $ echo "name = test-archive" >> .hg/hgrc
   $ echo "archivesubrepos = True" >> .hg/hgrc
   $ cp .hg/hgrc .hg/hgrc-base
   > test_archtype() {
   >     echo "allow-archive = $1" >> .hg/hgrc
   >     test_archtype_run "$@"
   > }
   > test_archtype_deprecated() {
   >     echo "allow$1 = True" >> .hg/hgrc
   >     test_archtype_run "$@"
   > }
   > test_archtype_run() {
   >     hg serve -p $HGPORT -d --pid-file=hg.pid -E errors.log \
   >         --config extensions.blackbox= --config blackbox.track=develwarn
   >     cat hg.pid >> $DAEMON_PIDS
   >     echo % $1 allowed should give 200
   >     get-with-headers.py --bodyfile body localhost:$HGPORT "archive/tip.$2" -
   >     f --size --sha1 body
   >     echo % $3 and $4 disallowed should both give 403
   >     get-with-headers.py --bodyfile body localhost:$HGPORT "archive/tip.$3" -
   >     f --size --sha1 body
   >     get-with-headers.py --bodyfile body localhost:$HGPORT "archive/tip.$4" -
   >     f --size --sha1 body
   >     killdaemons.py
   >     cat errors.log
   >     hg blackbox --config extensions.blackbox= --config blackbox.track=
   >     cp .hg/hgrc-base .hg/hgrc
   > }
 
 check http return codes
 
   $ test_archtype gz tar.gz tar.bz2 zip
   % gz allowed should give 200
   200 Script output follows
   content-disposition: attachment; filename=test-archive-1701ef1f1510.tar.gz
   content-type: application/x-gzip
   date: $HTTP_DATE$
   etag: W/"*" (glob)
   server: testing stub value
   transfer-encoding: chunked
   
   body: size=408, sha1=8fa06531bddecc365a9f5edb0f88b65974bfe505 (no-py38 !)
   body: size=506, sha1=70926a04cb8887d0bcccf5380488100a10222def (py38 no-py39 !)
   body: size=505, sha1=eb823c293bedff0df4070b854e2c5cbb06d6ec62 (py39 !)
   % tar.bz2 and zip disallowed should both give 403
   403 Archive type not allowed: bz2
   content-type: text/html; charset=ascii
   date: $HTTP_DATE$
   etag: W/"*" (glob)
   server: testing stub value
   transfer-encoding: chunked
   
   body: size=1451, sha1=4c5cf0f574446c44feb7f88f4e0e2a56bd92c352
   403 Archive type not allowed: zip
   content-type: text/html; charset=ascii
   date: $HTTP_DATE$
   etag: W/"*" (glob)
   server: testing stub value
   transfer-encoding: chunked
   
   body: size=1451, sha1=cbfa5574b337348bfd0564cc534474d002e7d6c7
   $ test_archtype bz2 tar.bz2 zip tar.gz
   % bz2 allowed should give 200
   200 Script output follows
   content-disposition: attachment; filename=test-archive-1701ef1f1510.tar.bz2
   content-type: application/x-bzip2
   date: $HTTP_DATE$
   etag: W/"*" (glob)
   server: testing stub value
   transfer-encoding: chunked
   
   body: size=426, sha1=8d87f5aba6e14f1bfea6c232985982c278b2fb0b (no-py38 !)
   body: size=506, sha1=1bd1f8e8d3701704bd4385038bd9c09b81c77f4e (py38 no-py39 !)
   body: size=503, sha1=2d8ce8bb3816603b9683a1804a5a02c11224cb01 (py39 !)
   % zip and tar.gz disallowed should both give 403
   403 Archive type not allowed: zip
   content-type: text/html; charset=ascii
   date: $HTTP_DATE$
   etag: W/"*" (glob)
   server: testing stub value
   transfer-encoding: chunked
   
   body: size=1451, sha1=cbfa5574b337348bfd0564cc534474d002e7d6c7
   403 Archive type not allowed: gz
   content-type: text/html; charset=ascii
   date: $HTTP_DATE$
   etag: W/"*" (glob)
   server: testing stub value
   transfer-encoding: chunked
   
   body: size=1450, sha1=71f0b12d59f85fdcfe8ff493e2dc66863f2f7734
   $ test_archtype zip zip tar.gz tar.bz2
   % zip allowed should give 200
   200 Script output follows
   content-disposition: attachment; filename=test-archive-1701ef1f1510.zip
   content-type: application/zip
   date: $HTTP_DATE$
   etag: W/"*" (glob)
   server: testing stub value
   transfer-encoding: chunked
   
   body: size=(1377|1461|1489), sha1=(677b14d3d048778d5eb5552c14a67e6192068650|be6d3983aa13dfe930361b2569291cdedd02b537|1897e496871aa89ad685a92b936f5fa0d008b9e8) (re)
   % tar.gz and tar.bz2 disallowed should both give 403
   403 Archive type not allowed: gz
   content-type: text/html; charset=ascii
   date: $HTTP_DATE$
   etag: W/"*" (glob)
   server: testing stub value
   transfer-encoding: chunked
   
   body: size=1450, sha1=71f0b12d59f85fdcfe8ff493e2dc66863f2f7734
   403 Archive type not allowed: bz2
   content-type: text/html; charset=ascii
   date: $HTTP_DATE$
   etag: W/"*" (glob)
   server: testing stub value
   transfer-encoding: chunked
   
   body: size=1451, sha1=4c5cf0f574446c44feb7f88f4e0e2a56bd92c352
 
 check http return codes (with deprecated option)
 
   $ test_archtype_deprecated gz tar.gz tar.bz2 zip
   % gz allowed should give 200
   200 Script output follows
   content-disposition: attachment; filename=test-archive-1701ef1f1510.tar.gz
   content-type: application/x-gzip
   date: $HTTP_DATE$
   etag: W/"*" (glob)
   server: testing stub value
   transfer-encoding: chunked
   
   body: size=408, sha1=8fa06531bddecc365a9f5edb0f88b65974bfe505 (no-py38 !)
   body: size=506, sha1=70926a04cb8887d0bcccf5380488100a10222def (py38 no-py39 !)
   body: size=505, sha1=eb823c293bedff0df4070b854e2c5cbb06d6ec62 (py39 !)
   % tar.bz2 and zip disallowed should both give 403
   403 Archive type not allowed: bz2
   content-type: text/html; charset=ascii
   date: $HTTP_DATE$
   etag: W/"*" (glob)
   server: testing stub value
   transfer-encoding: chunked
   
   body: size=1451, sha1=4c5cf0f574446c44feb7f88f4e0e2a56bd92c352
   403 Archive type not allowed: zip
   content-type: text/html; charset=ascii
   date: $HTTP_DATE$
   etag: W/"*" (glob)
   server: testing stub value
   transfer-encoding: chunked
   
   body: size=1451, sha1=cbfa5574b337348bfd0564cc534474d002e7d6c7
   $ test_archtype_deprecated bz2 tar.bz2 zip tar.gz
   % bz2 allowed should give 200
   200 Script output follows
   content-disposition: attachment; filename=test-archive-1701ef1f1510.tar.bz2
   content-type: application/x-bzip2
   date: $HTTP_DATE$
   etag: W/"*" (glob)
   server: testing stub value
   transfer-encoding: chunked
   
   body: size=426, sha1=8d87f5aba6e14f1bfea6c232985982c278b2fb0b (no-py38 !)
   body: size=506, sha1=1bd1f8e8d3701704bd4385038bd9c09b81c77f4e (py38 no-py39 !)
   body: size=503, sha1=2d8ce8bb3816603b9683a1804a5a02c11224cb01 (py39 !)
   % zip and tar.gz disallowed should both give 403
   403 Archive type not allowed: zip
   content-type: text/html; charset=ascii
   date: $HTTP_DATE$
   etag: W/"*" (glob)
   server: testing stub value
   transfer-encoding: chunked
   
   body: size=1451, sha1=cbfa5574b337348bfd0564cc534474d002e7d6c7
   403 Archive type not allowed: gz
   content-type: text/html; charset=ascii
   date: $HTTP_DATE$
   etag: W/"*" (glob)
   server: testing stub value
   transfer-encoding: chunked
   
   body: size=1450, sha1=71f0b12d59f85fdcfe8ff493e2dc66863f2f7734
   $ test_archtype_deprecated zip zip tar.gz tar.bz2
   % zip allowed should give 200
   200 Script output follows
   content-disposition: attachment; filename=test-archive-1701ef1f1510.zip
   content-type: application/zip
   date: $HTTP_DATE$
   etag: W/"*" (glob)
   server: testing stub value
   transfer-encoding: chunked
   
   body: size=(1377|1461|1489), sha1=(677b14d3d048778d5eb5552c14a67e6192068650|be6d3983aa13dfe930361b2569291cdedd02b537|1897e496871aa89ad685a92b936f5fa0d008b9e8) (re)
   % tar.gz and tar.bz2 disallowed should both give 403
   403 Archive type not allowed: gz
   content-type: text/html; charset=ascii
   date: $HTTP_DATE$
   etag: W/"*" (glob)
   server: testing stub value
   transfer-encoding: chunked
   
   body: size=1450, sha1=71f0b12d59f85fdcfe8ff493e2dc66863f2f7734
   403 Archive type not allowed: bz2
   content-type: text/html; charset=ascii
   date: $HTTP_DATE$
   etag: W/"*" (glob)
   server: testing stub value
   transfer-encoding: chunked
   
   body: size=1451, sha1=4c5cf0f574446c44feb7f88f4e0e2a56bd92c352
 
   $ echo "allow-archive = gz bz2 zip" >> .hg/hgrc
   $ hg serve -p $HGPORT -d --pid-file=hg.pid -E errors.log
   $ cat hg.pid >> $DAEMON_PIDS
 
 check archive links' order
 
   $ get-with-headers.py localhost:$HGPORT "?revcount=1" | grep '/archive/tip.'
   <a href="/archive/tip.zip">zip</a>
   <a href="/archive/tip.tar.gz">gz</a>
   <a href="/archive/tip.tar.bz2">bz2</a>
 
 invalid arch type should give 404
 
   $ get-with-headers.py localhost:$HGPORT "archive/tip.invalid" | head -n 1
   404 Unsupported archive type: None
 
   $ TIP=`hg id -v | cut -f1 -d' '`
   $ QTIP=`hg id -q`
   $ cat > getarchive.py <<EOF
   > import os
   > import sys
   > from mercurial import (
   >     util,
   > )
   > try:
   >     # Set stdout to binary mode for win32 platforms
   >     import msvcrt
   >     msvcrt.setmode(sys.stdout.fileno(), os.O_BINARY)
   > except ImportError:
   >     pass
   > if len(sys.argv) <= 3:
   >     node, archive = sys.argv[1:]
   >     requeststr = 'cmd=archive&node=%s&type=%s' % (node, archive)
   > else:
   >     node, archive, file = sys.argv[1:]
   >     requeststr = 'cmd=archive&node=%s&type=%s&file=%s' % (node, archive, file)
   > try:
   >     stdout = sys.stdout.buffer
   > except AttributeError:
   >     stdout = sys.stdout
   > try:
   >     f = util.urlreq.urlopen('http://$LOCALIP:%s/?%s'
   >                     % (os.environ['HGPORT'], requeststr))
   >     stdout.write(f.read())
   > except util.urlerr.httperror as e:
   >     sys.stderr.write(str(e) + '\n')
   > EOF
   $ "$PYTHON" getarchive.py "$TIP" gz | gunzip | tar tf - 2>/dev/null
   test-archive-1701ef1f1510/.hg_archival.txt
   test-archive-1701ef1f1510/.hgsub
   test-archive-1701ef1f1510/.hgsubstate
   test-archive-1701ef1f1510/bar
   test-archive-1701ef1f1510/baz/bletch
   test-archive-1701ef1f1510/foo
   test-archive-1701ef1f1510/subrepo/sub
   $ "$PYTHON" getarchive.py "$TIP" bz2 | bunzip2 | tar tf - 2>/dev/null
   test-archive-1701ef1f1510/.hg_archival.txt
   test-archive-1701ef1f1510/.hgsub
   test-archive-1701ef1f1510/.hgsubstate
   test-archive-1701ef1f1510/bar
   test-archive-1701ef1f1510/baz/bletch
   test-archive-1701ef1f1510/foo
   test-archive-1701ef1f1510/subrepo/sub
   $ "$PYTHON" getarchive.py "$TIP" zip > archive.zip
   $ unzip -t archive.zip
   Archive:  archive.zip
       testing: test-archive-1701ef1f1510/.hg_archival.txt*OK (glob)
       testing: test-archive-1701ef1f1510/.hgsub*OK (glob)
       testing: test-archive-1701ef1f1510/.hgsubstate*OK (glob)
       testing: test-archive-1701ef1f1510/bar*OK (glob)
       testing: test-archive-1701ef1f1510/baz/bletch*OK (glob)
       testing: test-archive-1701ef1f1510/foo*OK (glob)
       testing: test-archive-1701ef1f1510/subrepo/sub*OK (glob)
   No errors detected in compressed data of archive.zip.
 
 test that we can download single directories and files
 
   $ "$PYTHON" getarchive.py "$TIP" gz baz | gunzip | tar tf - 2>/dev/null
   test-archive-1701ef1f1510/baz/bletch
   $ "$PYTHON" getarchive.py "$TIP" gz foo | gunzip | tar tf - 2>/dev/null
   test-archive-1701ef1f1510/foo
 
 test that we detect file patterns that match no files
 
   $ "$PYTHON" getarchive.py "$TIP" gz foobar
   HTTP Error 404: file(s) not found: foobar
 
 test that we reject unsafe patterns
 
   $ "$PYTHON" getarchive.py "$TIP" gz relre:baz
   HTTP Error 404: file(s) not found: relre:baz
 
   $ killdaemons.py
 
   $ hg archive -t tar test.tar
   $ tar tf test.tar
   test/.hg_archival.txt
   test/.hgsub
   test/.hgsubstate
   test/bar
   test/baz/bletch
   test/foo
 
   $ hg archive --debug -t tbz2 -X baz test.tar.bz2 --config progress.debug=true
   archiving: 0/4 files (0.00%)
   archiving: .hgsub 1/4 files (25.00%)
   archiving: .hgsubstate 2/4 files (50.00%)
   archiving: bar 3/4 files (75.00%)
   archiving: foo 4/4 files (100.00%)
   $ bunzip2 -dc test.tar.bz2 | tar tf - 2>/dev/null
   test/.hg_archival.txt
   test/.hgsub
   test/.hgsubstate
   test/bar
   test/foo
 
   $ hg archive -t tgz -p %b-%h test-%h.tar.gz
   $ gzip -dc test-$QTIP.tar.gz | tar tf - 2>/dev/null
   test-1701ef1f1510/.hg_archival.txt
   test-1701ef1f1510/.hgsub
   test-1701ef1f1510/.hgsubstate
   test-1701ef1f1510/bar
   test-1701ef1f1510/baz/bletch
   test-1701ef1f1510/foo
 
   $ hg archive autodetected_test.tar
   $ tar tf autodetected_test.tar
   autodetected_test/.hg_archival.txt
   autodetected_test/.hgsub
   autodetected_test/.hgsubstate
   autodetected_test/bar
   autodetected_test/baz/bletch
   autodetected_test/foo
 
 The '-t' should override autodetection
 
   $ hg archive -t tar autodetect_override_test.zip
   $ tar tf autodetect_override_test.zip
   autodetect_override_test.zip/.hg_archival.txt
   autodetect_override_test.zip/.hgsub
   autodetect_override_test.zip/.hgsubstate
   autodetect_override_test.zip/bar
   autodetect_override_test.zip/baz/bletch
   autodetect_override_test.zip/foo
 
   $ for ext in tar tar.gz tgz tar.bz2 tbz2 zip; do
   >     hg archive auto_test.$ext
   >     if [ -d auto_test.$ext ]; then
   >         echo "extension $ext was not autodetected."
   >     fi
   > done
 
   $ cat > md5comp.py <<EOF
   > import hashlib
   > import sys
   > f1, f2 = sys.argv[1:3]
   > h1 = hashlib.md5(open(f1, 'rb').read()).hexdigest()
   > h2 = hashlib.md5(open(f2, 'rb').read()).hexdigest()
   > print(h1 == h2 or "md5 differ: " + repr((h1, h2)))
   > EOF
 
 archive name is stored in the archive, so create similar archives and
 rename them afterwards.
 
   $ hg archive -t tgz tip.tar.gz
   $ mv tip.tar.gz tip1.tar.gz
   $ sleep 1
   $ hg archive -t tgz tip.tar.gz
   $ mv tip.tar.gz tip2.tar.gz
   $ "$PYTHON" md5comp.py tip1.tar.gz tip2.tar.gz
   True
 
   $ hg archive -t zip -p /illegal test.zip
   abort: archive prefix contains illegal components
   [255]
   $ hg archive -t zip -p very/../bad test.zip
 
   $ hg archive --config ui.archivemeta=false -t zip -r 2 test.zip
   $ unzip -t test.zip
   Archive:  test.zip
       testing: test/bar*OK (glob)
       testing: test/baz/bletch*OK (glob)
       testing: test/foo*OK (glob)
   No errors detected in compressed data of test.zip.
 
   $ hg archive -t tar - | tar tf - 2>/dev/null
   test-1701ef1f1510/.hg_archival.txt
   test-1701ef1f1510/.hgsub
   test-1701ef1f1510/.hgsubstate
   test-1701ef1f1510/bar
   test-1701ef1f1510/baz/bletch
   test-1701ef1f1510/foo
 
   $ hg archive -r 0 -t tar rev-%r.tar
   $ [ -f rev-0.tar ]
 
 test .hg_archival.txt
 
   $ hg archive ../test-tags
   $ cat ../test-tags/.hg_archival.txt
   repo: daa7f7c60e0a224faa4ff77ca41b2760562af264
   node: 1701ef1f151069b8747038e93b5186bb43a47504
   branch: default
   latesttag: null
   latesttagdistance: 4
   changessincelatesttag: 4
   $ hg tag -r 2 mytag
   $ hg tag -r 2 anothertag
   $ hg archive -r 2 ../test-lasttag
   $ cat ../test-lasttag/.hg_archival.txt
   repo: daa7f7c60e0a224faa4ff77ca41b2760562af264
   node: 2c0277f05ed49d1c8328fb9ba92fba7a5ebcb33e
   branch: default
   tag: anothertag
   tag: mytag
 
   $ hg archive -t bogus test.bogus
   abort: unknown archive type 'bogus'
   [255]
 
 enable progress extension:
 
   $ cp $HGRCPATH $HGRCPATH.no-progress
   $ cat >> $HGRCPATH <<EOF
   > [progress]
   > assume-tty = 1
   > format = topic bar number
   > delay = 0
   > refresh = 0
   > width = 60
   > EOF
 
   $ hg archive ../with-progress
   \r (no-eol) (esc)
   archiving [                                           ] 0/6\r (no-eol) (esc)
   archiving [======>                                    ] 1/6\r (no-eol) (esc)
   archiving [=============>                             ] 2/6\r (no-eol) (esc)
   archiving [====================>                      ] 3/6\r (no-eol) (esc)
   archiving [===========================>               ] 4/6\r (no-eol) (esc)
   archiving [==================================>        ] 5/6\r (no-eol) (esc)
   archiving [==========================================>] 6/6\r (no-eol) (esc)
                                                               \r (no-eol) (esc)
 
 cleanup after progress extension test:
 
   $ cp $HGRCPATH.no-progress $HGRCPATH
 
 server errors
 
   $ cat errors.log
 
 empty repo
 
   $ hg init ../empty
   $ cd ../empty
   $ hg archive ../test-empty
   abort: no working directory: please specify a revision
   [10]
 
 old file -- date clamped to 1980
 
   $ touch -t 197501010000 old
   $ hg add old
   $ hg commit -m old
   $ hg archive ../old.zip
-  $ unzip -l ../old.zip | grep -v -- ----- | egrep -v files$
+  $ unzip -l ../old.zip | grep -v -- ----- | grep -E -v files$
   Archive:  ../old.zip
   \s*Length.* (re)
   *172*80*00:00*old/.hg_archival.txt (glob)
   *0*80*00:00*old/old (glob)
 
 test xz support only available in Python 3.4
 
 #if lzma
   $ hg archive ../archive.txz
   $ which xz >/dev/null && xz -l ../archive.txz | head -n1 || true
   Strms  Blocks   Compressed Uncompressed  Ratio  Check   Filename (xz !)
   $ rm -f ../archive.txz
 #endif
 #if no-lzma
   $ hg archive ../archive.txz
   abort: lzma module is not available
   [255]
 #endif
 
 show an error when a provided pattern matches no files
 
   $ hg archive -I file_that_does_not_exist.foo ../empty.zip
   abort: no files match the archive pattern
   [255]
 
   $ hg archive -X * ../empty.zip
   abort: no files match the archive pattern
   [255]
 
   $ cd ..
 
 issue3600: check whether "hg archive" can create archive files which
 are extracted with expected timestamp, even though TZ is not
 configured as GMT.
 
   $ mkdir issue3600
   $ cd issue3600
 
   $ hg init repo
   $ echo a > repo/a
   $ hg -R repo add repo/a
   $ hg -R repo commit -m '#0' -d '456789012 21600'
   $ cat > show_mtime.py <<EOF
   > import os
   > import sys
   > print(int(os.stat(sys.argv[1]).st_mtime))
   > EOF
 
   $ hg -R repo archive --prefix tar-extracted archive.tar
   $ (TZ=UTC-3; export TZ; tar xf archive.tar)
   $ "$PYTHON" show_mtime.py tar-extracted/a
   456789012
 
   $ hg -R repo archive --prefix zip-extracted archive.zip
   $ (TZ=UTC-3; export TZ; unzip -q archive.zip)
   $ "$PYTHON" show_mtime.py zip-extracted/a
   456789012
 
   $ cd ..

tests/test-bad-extension.t

@@ -1,154 +1,154 b''
 #require no-chg
   $ filterlog () {
   >   sed -e 's!^[0-9/]* [0-9:]* ([0-9]*)>!YYYY/MM/DD HH:MM:SS (PID)>!'
   > }
 
 ensure that failing ui.atexit handlers report sensibly
 
   $ cat > $TESTTMP/bailatexit.py <<EOF
   > from mercurial import util
   > def bail():
   >     raise RuntimeError('ui.atexit handler exception')
   > 
   > def extsetup(ui):
   >     ui.atexit(bail)
   > EOF
   $ hg -q --config extensions.bailatexit=$TESTTMP/bailatexit.py \
   >  help help
   hg help [-eck] [-s PLATFORM] [TOPIC]
   
   show help for a given topic or a help overview
   error in exit handlers:
   Traceback (most recent call last):
     File "*/mercurial/dispatch.py", line *, in _runexithandlers (glob) (no-pyoxidizer !)
     File "mercurial.dispatch", line *, in _runexithandlers (glob) (pyoxidizer !)
       func(*args, **kwargs)
     File "$TESTTMP/bailatexit.py", line *, in bail (glob)
       raise RuntimeError('ui.atexit handler exception')
   RuntimeError: ui.atexit handler exception
   [255]
 
   $ rm $TESTTMP/bailatexit.py
 
 another bad extension
 
   $ echo 'raise Exception("bit bucket overflow")' > badext.py
   $ abspathexc=`pwd`/badext.py
 
   $ cat >baddocext.py <<EOF
   > """
   > baddocext is bad
   > """
   > EOF
   $ abspathdoc=`pwd`/baddocext.py
 
   $ cat <<EOF >> $HGRCPATH
   > [extensions]
   > gpg =
   > hgext.gpg =
   > badext = $abspathexc
   > baddocext = $abspathdoc
   > badext2 =
   > EOF
 
   $ hg -q help help 2>&1 |grep extension
   *** failed to import extension "badext" from $TESTTMP/badext.py: bit bucket overflow
   *** failed to import extension "badext2": No module named 'badext2'
 
 show traceback
 
-  $ hg -q help help --traceback 2>&1 | egrep ' extension|^Exception|Traceback|ImportError|ModuleNotFound'
+  $ hg -q help help --traceback 2>&1 | grep -E ' extension|^Exception|Traceback|ImportError|ModuleNotFound'
   *** failed to import extension "badext" from $TESTTMP/badext.py: bit bucket overflow
   Traceback (most recent call last):
   Exception: bit bucket overflow
   *** failed to import extension "badext2": No module named 'badext2'
   Traceback (most recent call last):
   ModuleNotFoundError: No module named 'hgext.badext2'
   Traceback (most recent call last):
   ModuleNotFoundError: No module named 'hgext3rd.badext2'
   Traceback (most recent call last):
   ModuleNotFoundError: No module named 'badext2'
 
 names of extensions failed to load can be accessed via extensions.notloaded()
 
   $ cat <<EOF > showbadexts.py
   > from mercurial import commands, extensions, registrar
   > cmdtable = {}
   > command = registrar.command(cmdtable)
   > @command(b'showbadexts', norepo=True)
   > def showbadexts(ui, *pats, **opts):
   >     ui.write(b'BADEXTS: %s\n' % b' '.join(sorted(extensions.notloaded())))
   > EOF
   $ hg --config extensions.badexts=showbadexts.py showbadexts 2>&1 | grep '^BADEXTS'
   BADEXTS: badext badext2
 
 #if no-extraextensions
 show traceback for ImportError of hgext.name if devel.debug.extensions is set
 
   $ (hg help help --traceback --debug --config devel.debug.extensions=yes 2>&1) \
   > | grep -v '^ ' \
   > | filterlog \
-  > | egrep 'extension..[^p]|^Exception|Traceback|ImportError|^YYYY|not import|ModuleNotFound'
+  > | grep -E 'extension..[^p]|^Exception|Traceback|ImportError|^YYYY|not import|ModuleNotFound'
   YYYY/MM/DD HH:MM:SS (PID)> loading extensions
   YYYY/MM/DD HH:MM:SS (PID)> - processing 5 entries
   YYYY/MM/DD HH:MM:SS (PID)>   - loading extension: gpg
   YYYY/MM/DD HH:MM:SS (PID)>   > gpg extension loaded in * (glob)
   YYYY/MM/DD HH:MM:SS (PID)>     - validating extension tables: gpg
   YYYY/MM/DD HH:MM:SS (PID)>     - invoking registered callbacks: gpg
   YYYY/MM/DD HH:MM:SS (PID)>     > callbacks completed in * (glob)
   YYYY/MM/DD HH:MM:SS (PID)>   - loading extension: badext
   *** failed to import extension "badext" from $TESTTMP/badext.py: bit bucket overflow
   Traceback (most recent call last):
   Exception: bit bucket overflow
   YYYY/MM/DD HH:MM:SS (PID)>   - loading extension: baddocext
   YYYY/MM/DD HH:MM:SS (PID)>   > baddocext extension loaded in * (glob)
   YYYY/MM/DD HH:MM:SS (PID)>     - validating extension tables: baddocext
   YYYY/MM/DD HH:MM:SS (PID)>     - invoking registered callbacks: baddocext
   YYYY/MM/DD HH:MM:SS (PID)>     > callbacks completed in * (glob)
   YYYY/MM/DD HH:MM:SS (PID)>   - loading extension: badext2
   YYYY/MM/DD HH:MM:SS (PID)>     - could not import hgext.badext2 (No module named *badext2*): trying hgext3rd.badext2 (glob)
   Traceback (most recent call last):
   ModuleNotFoundError: No module named 'hgext.badext2'
   YYYY/MM/DD HH:MM:SS (PID)>     - could not import hgext3rd.badext2 (No module named *badext2*): trying badext2 (glob)
   Traceback (most recent call last):
   ModuleNotFoundError: No module named 'hgext.badext2'
   Traceback (most recent call last):
   ModuleNotFoundError: No module named 'hgext3rd.badext2'
   *** failed to import extension "badext2": No module named 'badext2'
   Traceback (most recent call last):
   ModuleNotFoundError: No module named 'hgext.badext2'
   Traceback (most recent call last):
   ModuleNotFoundError: No module named 'hgext3rd.badext2'
   Traceback (most recent call last):
   ModuleNotFoundError: No module named 'badext2'
   YYYY/MM/DD HH:MM:SS (PID)> > loaded 2 extensions, total time * (glob)
   YYYY/MM/DD HH:MM:SS (PID)> - loading configtable attributes
   YYYY/MM/DD HH:MM:SS (PID)> - executing uisetup hooks
   YYYY/MM/DD HH:MM:SS (PID)>   - running uisetup for gpg
   YYYY/MM/DD HH:MM:SS (PID)>   > uisetup for gpg took * (glob)
   YYYY/MM/DD HH:MM:SS (PID)>   - running uisetup for baddocext
   YYYY/MM/DD HH:MM:SS (PID)>   > uisetup for baddocext took * (glob)
   YYYY/MM/DD HH:MM:SS (PID)> > all uisetup took * (glob)
   YYYY/MM/DD HH:MM:SS (PID)> - executing extsetup hooks
   YYYY/MM/DD HH:MM:SS (PID)>   - running extsetup for gpg
   YYYY/MM/DD HH:MM:SS (PID)>   > extsetup for gpg took * (glob)
   YYYY/MM/DD HH:MM:SS (PID)>   - running extsetup for baddocext
   YYYY/MM/DD HH:MM:SS (PID)>   > extsetup for baddocext took * (glob)
   YYYY/MM/DD HH:MM:SS (PID)> > all extsetup took * (glob)
   YYYY/MM/DD HH:MM:SS (PID)> - executing remaining aftercallbacks
   YYYY/MM/DD HH:MM:SS (PID)> > remaining aftercallbacks completed in * (glob)
   YYYY/MM/DD HH:MM:SS (PID)> - loading extension registration objects
   YYYY/MM/DD HH:MM:SS (PID)> > extension registration object loading took * (glob)
   YYYY/MM/DD HH:MM:SS (PID)> > extension baddocext take a total of * to load (glob)
   YYYY/MM/DD HH:MM:SS (PID)> > extension gpg take a total of * to load (glob)
   YYYY/MM/DD HH:MM:SS (PID)> extension loading complete
 #endif
 
 confirm that there's no crash when an extension's documentation is bad
 
   $ hg help --keyword baddocext
   *** failed to import extension "badext" from $TESTTMP/badext.py: bit bucket overflow
   *** failed to import extension "badext2": No module named 'badext2'
   Topics:
   
    extensions Using Additional Features