Mercurial > hg
view mercurial/cmdutil.py @ 45083:3a6ec080b521
merge with stable
| author | Augie Fackler <augie@google.com> |
|---|---|
| date | Mon, 13 Jul 2020 13:06:12 -0400 |
| parents | a56ba57c837d |
| children | 8cce9f77ca73 |
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# cmdutil.py - help for command processing in mercurial # # Copyright 2005-2007 Matt Mackall <mpm@selenic.com> # # This software may be used and distributed according to the terms of the # GNU General Public License version 2 or any later version. from __future__ import absolute_import import copy as copymod import errno import os import re from .i18n import _ from .node import ( hex, nullid, nullrev, short, ) from .pycompat import ( getattr, open, setattr, ) from .thirdparty import attr from . import ( bookmarks, changelog, copies, crecord as crecordmod, dirstateguard, encoding, error, formatter, logcmdutil, match as matchmod, merge as mergemod, mergestate as mergestatemod, mergeutil, obsolete, patch, pathutil, phases, pycompat, repair, revlog, rewriteutil, scmutil, smartset, state as statemod, subrepoutil, templatekw, templater, util, vfs as vfsmod, ) from .utils import ( dateutil, stringutil, ) if pycompat.TYPE_CHECKING: from typing import ( Any, Dict, ) for t in (Any, Dict): assert t stringio = util.stringio # templates of common command options dryrunopts = [ (b'n', b'dry-run', None, _(b'do not perform actions, just print output')), ] confirmopts = [ (b'', b'confirm', None, _(b'ask before applying actions')), ] remoteopts = [ (b'e', b'ssh', b'', _(b'specify ssh command to use'), _(b'CMD')), ( b'', b'remotecmd', b'', _(b'specify hg command to run on the remote side'), _(b'CMD'), ), ( b'', b'insecure', None, _(b'do not verify server certificate (ignoring web.cacerts config)'), ), ] walkopts = [ ( b'I', b'include', [], _(b'include names matching the given patterns'), _(b'PATTERN'), ), ( b'X', b'exclude', [], _(b'exclude names matching the given patterns'), _(b'PATTERN'), ), ] commitopts = [ (b'm', b'message', b'', _(b'use text as commit message'), _(b'TEXT')), (b'l', b'logfile', b'', _(b'read commit message from file'), _(b'FILE')), ] commitopts2 = [ ( b'd', b'date', b'', _(b'record the specified date as commit date'), _(b'DATE'), ), ( b'u', b'user', b'', _(b'record the specified user as committer'), _(b'USER'), ), ] commitopts3 = [ (b'D', b'currentdate', None, _(b'record the current date as commit date')), (b'U', b'currentuser', None, _(b'record the current user as committer')), ] formatteropts = [ (b'T', b'template', b'', _(b'display with template'), _(b'TEMPLATE')), ] templateopts = [ ( b'', b'style', b'', _(b'display using template map file (DEPRECATED)'), _(b'STYLE'), ), (b'T', b'template', b'', _(b'display with template'), _(b'TEMPLATE')), ] logopts = [ (b'p', b'patch', None, _(b'show patch')), (b'g', b'git', None, _(b'use git extended diff format')), (b'l', b'limit', b'', _(b'limit number of changes displayed'), _(b'NUM')), (b'M', b'no-merges', None, _(b'do not show merges')), (b'', b'stat', None, _(b'output diffstat-style summary of changes')), (b'G', b'graph', None, _(b"show the revision DAG")), ] + templateopts diffopts = [ (b'a', b'text', None, _(b'treat all files as text')), ( b'g', b'git', None, _(b'use git extended diff format (DEFAULT: diff.git)'), ), (b'', b'binary', None, _(b'generate binary diffs in git mode (default)')), (b'', b'nodates', None, _(b'omit dates from diff headers')), ] diffwsopts = [ ( b'w', b'ignore-all-space', None, _(b'ignore white space when comparing lines'), ), ( b'b', b'ignore-space-change', None, _(b'ignore changes in the amount of white space'), ), ( b'B', b'ignore-blank-lines', None, _(b'ignore changes whose lines are all blank'), ), ( b'Z', b'ignore-space-at-eol', None, _(b'ignore changes in whitespace at EOL'), ), ] diffopts2 = ( [ (b'', b'noprefix', None, _(b'omit a/ and b/ prefixes from filenames')), ( b'p', b'show-function', None, _( b'show which function each change is in (DEFAULT: diff.showfunc)' ), ), (b'', b'reverse', None, _(b'produce a diff that undoes the changes')), ] + diffwsopts + [ ( b'U', b'unified', b'', _(b'number of lines of context to show'), _(b'NUM'), ), (b'', b'stat', None, _(b'output diffstat-style summary of changes')), ( b'', b'root', b'', _(b'produce diffs relative to subdirectory'), _(b'DIR'), ), ] ) mergetoolopts = [ (b't', b'tool', b'', _(b'specify merge tool'), _(b'TOOL')), ] similarityopts = [ ( b's', b'similarity', b'', _(b'guess renamed files by similarity (0<=s<=100)'), _(b'SIMILARITY'), ) ] subrepoopts = [(b'S', b'subrepos', None, _(b'recurse into subrepositories'))] debugrevlogopts = [ (b'c', b'changelog', False, _(b'open changelog')), (b'm', b'manifest', False, _(b'open manifest')), (b'', b'dir', b'', _(b'open directory manifest')), ] # special string such that everything below this line will be ingored in the # editor text _linebelow = b"^HG: ------------------------ >8 ------------------------$" def check_at_most_one_arg(opts, *args): """abort if more than one of the arguments are in opts Returns the unique argument or None if none of them were specified. """ def to_display(name): return pycompat.sysbytes(name).replace(b'_', b'-') previous = None for x in args: if opts.get(x): if previous: raise error.Abort( _(b'cannot specify both --%s and --%s') % (to_display(previous), to_display(x)) ) previous = x return previous def check_incompatible_arguments(opts, first, others): """abort if the first argument is given along with any of the others Unlike check_at_most_one_arg(), `others` are not mutually exclusive among themselves, and they're passed as a single collection. """ for other in others: check_at_most_one_arg(opts, first, other) def resolvecommitoptions(ui, opts): """modify commit options dict to handle related options The return value indicates that ``rewrite.update-timestamp`` is the reason the ``date`` option is set. """ check_at_most_one_arg(opts, b'date', b'currentdate') check_at_most_one_arg(opts, b'user', b'currentuser') datemaydiffer = False # date-only change should be ignored? if opts.get(b'currentdate'): opts[b'date'] = b'%d %d' % dateutil.makedate() elif ( not opts.get(b'date') and ui.configbool(b'rewrite', b'update-timestamp') and opts.get(b'currentdate') is None ): opts[b'date'] = b'%d %d' % dateutil.makedate() datemaydiffer = True if opts.get(b'currentuser'): opts[b'user'] = ui.username() return datemaydiffer def checknotesize(ui, opts): """ make sure note is of valid format """ note = opts.get(b'note') if not note: return if len(note) > 255: raise error.Abort(_(b"cannot store a note of more than 255 bytes")) if b'\n' in note: raise error.Abort(_(b"note cannot contain a newline")) def ishunk(x): hunkclasses = (crecordmod.uihunk, patch.recordhunk) return isinstance(x, hunkclasses) def newandmodified(chunks, originalchunks): newlyaddedandmodifiedfiles = set() alsorestore = set() for chunk in chunks: if ( ishunk(chunk) and chunk.header.isnewfile() and chunk not in originalchunks ): newlyaddedandmodifiedfiles.add(chunk.header.filename()) alsorestore.update( set(chunk.header.files()) - {chunk.header.filename()} ) return newlyaddedandmodifiedfiles, alsorestore def parsealiases(cmd): return cmd.split(b"|") def setupwrapcolorwrite(ui): # wrap ui.write so diff output can be labeled/colorized def wrapwrite(orig, *args, **kw): label = kw.pop('label', b'') for chunk, l in patch.difflabel(lambda: args): orig(chunk, label=label + l) oldwrite = ui.write def wrap(*args, **kwargs): return wrapwrite(oldwrite, *args, **kwargs) setattr(ui, 'write', wrap) return oldwrite def filterchunks(ui, originalhunks, usecurses, testfile, match, operation=None): try: if usecurses: if testfile: recordfn = crecordmod.testdecorator( testfile, crecordmod.testchunkselector ) else: recordfn = crecordmod.chunkselector return crecordmod.filterpatch( ui, originalhunks, recordfn, operation ) except crecordmod.fallbackerror as e: ui.warn(b'%s\n' % e) ui.warn(_(b'falling back to text mode\n')) return patch.filterpatch(ui, originalhunks, match, operation) def recordfilter(ui, originalhunks, match, operation=None): """ Prompts the user to filter the originalhunks and return a list of selected hunks. *operation* is used for to build ui messages to indicate the user what kind of filtering they are doing: reverting, committing, shelving, etc. (see patch.filterpatch). """ usecurses = crecordmod.checkcurses(ui) testfile = ui.config(b'experimental', b'crecordtest') oldwrite = setupwrapcolorwrite(ui) try: newchunks, newopts = filterchunks( ui, originalhunks, usecurses, testfile, match, operation ) finally: ui.write = oldwrite return newchunks, newopts def dorecord( ui, repo, commitfunc, cmdsuggest, backupall, filterfn, *pats, **opts ): opts = pycompat.byteskwargs(opts) if not ui.interactive(): if cmdsuggest: msg = _(b'running non-interactively, use %s instead') % cmdsuggest else: msg = _(b'running non-interactively') raise error.Abort(msg) # make sure username is set before going interactive if not opts.get(b'user'): ui.username() # raise exception, username not provided def recordfunc(ui, repo, message, match, opts): """This is generic record driver. Its job is to interactively filter local changes, and accordingly prepare working directory into a state in which the job can be delegated to a non-interactive commit command such as 'commit' or 'qrefresh'. After the actual job is done by non-interactive command, the working directory is restored to its original state. In the end we'll record interesting changes, and everything else will be left in place, so the user can continue working. """ if not opts.get(b'interactive-unshelve'): checkunfinished(repo, commit=True) wctx = repo[None] merge = len(wctx.parents()) > 1 if merge: raise error.Abort( _( b'cannot partially commit a merge ' b'(use "hg commit" instead)' ) ) def fail(f, msg): raise error.Abort(b'%s: %s' % (f, msg)) force = opts.get(b'force') if not force: match = matchmod.badmatch(match, fail) status = repo.status(match=match) overrides = {(b'ui', b'commitsubrepos'): True} with repo.ui.configoverride(overrides, b'record'): # subrepoutil.precommit() modifies the status tmpstatus = scmutil.status( copymod.copy(status.modified), copymod.copy(status.added), copymod.copy(status.removed), copymod.copy(status.deleted), copymod.copy(status.unknown), copymod.copy(status.ignored), copymod.copy(status.clean), # pytype: disable=wrong-arg-count ) # Force allows -X subrepo to skip the subrepo. subs, commitsubs, newstate = subrepoutil.precommit( repo.ui, wctx, tmpstatus, match, force=True ) for s in subs: if s in commitsubs: dirtyreason = wctx.sub(s).dirtyreason(True) raise error.Abort(dirtyreason) if not force: repo.checkcommitpatterns(wctx, match, status, fail) diffopts = patch.difffeatureopts( ui, opts=opts, whitespace=True, section=b'commands', configprefix=b'commit.interactive.', ) diffopts.nodates = True diffopts.git = True diffopts.showfunc = True originaldiff = patch.diff(repo, changes=status, opts=diffopts) originalchunks = patch.parsepatch(originaldiff) match = scmutil.match(repo[None], pats) # 1. filter patch, since we are intending to apply subset of it try: chunks, newopts = filterfn(ui, originalchunks, match) except error.PatchError as err: raise error.Abort(_(b'error parsing patch: %s') % err) opts.update(newopts) # We need to keep a backup of files that have been newly added and # modified during the recording process because there is a previous # version without the edit in the workdir. We also will need to restore # files that were the sources of renames so that the patch application # works. newlyaddedandmodifiedfiles, alsorestore = newandmodified( chunks, originalchunks ) contenders = set() for h in chunks: try: contenders.update(set(h.files())) except AttributeError: pass changed = status.modified + status.added + status.removed newfiles = [f for f in changed if f in contenders] if not newfiles: ui.status(_(b'no changes to record\n')) return 0 modified = set(status.modified) # 2. backup changed files, so we can restore them in the end if backupall: tobackup = changed else: tobackup = [ f for f in newfiles if f in modified or f in newlyaddedandmodifiedfiles ] backups = {} if tobackup: backupdir = repo.vfs.join(b'record-backups') try: os.mkdir(backupdir) except OSError as err: if err.errno != errno.EEXIST: raise try: # backup continues for f in tobackup: fd, tmpname = pycompat.mkstemp( prefix=f.replace(b'/', b'_') + b'.', dir=backupdir ) os.close(fd) ui.debug(b'backup %r as %r\n' % (f, tmpname)) util.copyfile(repo.wjoin(f), tmpname, copystat=True) backups[f] = tmpname fp = stringio() for c in chunks: fname = c.filename() if fname in backups: c.write(fp) dopatch = fp.tell() fp.seek(0) # 2.5 optionally review / modify patch in text editor if opts.get(b'review', False): patchtext = ( crecordmod.diffhelptext + crecordmod.patchhelptext + fp.read() ) reviewedpatch = ui.edit( patchtext, b"", action=b"diff", repopath=repo.path ) fp.truncate(0) fp.write(reviewedpatch) fp.seek(0) [os.unlink(repo.wjoin(c)) for c in newlyaddedandmodifiedfiles] # 3a. apply filtered patch to clean repo (clean) if backups: m = scmutil.matchfiles(repo, set(backups.keys()) | alsorestore) mergemod.revert_to(repo[b'.'], matcher=m) # 3b. (apply) if dopatch: try: ui.debug(b'applying patch\n') ui.debug(fp.getvalue()) patch.internalpatch(ui, repo, fp, 1, eolmode=None) except error.PatchError as err: raise error.Abort(pycompat.bytestr(err)) del fp # 4. We prepared working directory according to filtered # patch. Now is the time to delegate the job to # commit/qrefresh or the like! # Make all of the pathnames absolute. newfiles = [repo.wjoin(nf) for nf in newfiles] return commitfunc(ui, repo, *newfiles, **pycompat.strkwargs(opts)) finally: # 5. finally restore backed-up files try: dirstate = repo.dirstate for realname, tmpname in pycompat.iteritems(backups): ui.debug(b'restoring %r to %r\n' % (tmpname, realname)) if dirstate[realname] == b'n': # without normallookup, restoring timestamp # may cause partially committed files # to be treated as unmodified dirstate.normallookup(realname) # copystat=True here and above are a hack to trick any # editors that have f open that we haven't modified them. # # Also note that this racy as an editor could notice the # file's mtime before we've finished writing it. util.copyfile(tmpname, repo.wjoin(realname), copystat=True) os.unlink(tmpname) if tobackup: os.rmdir(backupdir) except OSError: pass def recordinwlock(ui, repo, message, match, opts): with repo.wlock(): return recordfunc(ui, repo, message, match, opts) return commit(ui, repo, recordinwlock, pats, opts) class dirnode(object): """ Represent a directory in user working copy with information required for the purpose of tersing its status. path is the path to the directory, without a trailing '/' statuses is a set of statuses of all files in this directory (this includes all the files in all the subdirectories too) files is a list of files which are direct child of this directory subdirs is a dictionary of sub-directory name as the key and it's own dirnode object as the value """ def __init__(self, dirpath): self.path = dirpath self.statuses = set() self.files = [] self.subdirs = {} def _addfileindir(self, filename, status): """Add a file in this directory as a direct child.""" self.files.append((filename, status)) def addfile(self, filename, status): """ Add a file to this directory or to its direct parent directory. If the file is not direct child of this directory, we traverse to the directory of which this file is a direct child of and add the file there. """ # the filename contains a path separator, it means it's not the direct # child of this directory if b'/' in filename: subdir, filep = filename.split(b'/', 1) # does the dirnode object for subdir exists if subdir not in self.subdirs: subdirpath = pathutil.join(self.path, subdir) self.subdirs[subdir] = dirnode(subdirpath) # try adding the file in subdir self.subdirs[subdir].addfile(filep, status) else: self._addfileindir(filename, status) if status not in self.statuses: self.statuses.add(status) def iterfilepaths(self): """Yield (status, path) for files directly under this directory.""" for f, st in self.files: yield st, pathutil.join(self.path, f) def tersewalk(self, terseargs): """ Yield (status, path) obtained by processing the status of this dirnode. terseargs is the string of arguments passed by the user with `--terse` flag. Following are the cases which can happen: 1) All the files in the directory (including all the files in its subdirectories) share the same status and the user has asked us to terse that status. -> yield (status, dirpath). dirpath will end in '/'. 2) Otherwise, we do following: a) Yield (status, filepath) for all the files which are in this directory (only the ones in this directory, not the subdirs) b) Recurse the function on all the subdirectories of this directory """ if len(self.statuses) == 1: onlyst = self.statuses.pop() # Making sure we terse only when the status abbreviation is # passed as terse argument if onlyst in terseargs: yield onlyst, self.path + b'/' return # add the files to status list for st, fpath in self.iterfilepaths(): yield st, fpath # recurse on the subdirs for dirobj in self.subdirs.values(): for st, fpath in dirobj.tersewalk(terseargs): yield st, fpath def tersedir(statuslist, terseargs): """ Terse the status if all the files in a directory shares the same status. statuslist is scmutil.status() object which contains a list of files for each status. terseargs is string which is passed by the user as the argument to `--terse` flag. The function makes a tree of objects of dirnode class, and at each node it stores the information required to know whether we can terse a certain directory or not. """ # the order matters here as that is used to produce final list allst = (b'm', b'a', b'r', b'd', b'u', b'i', b'c') # checking the argument validity for s in pycompat.bytestr(terseargs): if s not in allst: raise error.Abort(_(b"'%s' not recognized") % s) # creating a dirnode object for the root of the repo rootobj = dirnode(b'') pstatus = ( b'modified', b'added', b'deleted', b'clean', b'unknown', b'ignored', b'removed', ) tersedict = {} for attrname in pstatus: statuschar = attrname[0:1] for f in getattr(statuslist, attrname): rootobj.addfile(f, statuschar) tersedict[statuschar] = [] # we won't be tersing the root dir, so add files in it for st, fpath in rootobj.iterfilepaths(): tersedict[st].append(fpath) # process each sub-directory and build tersedict for subdir in rootobj.subdirs.values(): for st, f in subdir.tersewalk(terseargs): tersedict[st].append(f) tersedlist = [] for st in allst: tersedict[st].sort() tersedlist.append(tersedict[st]) return scmutil.status(*tersedlist) def _commentlines(raw): '''Surround lineswith a comment char and a new line''' lines = raw.splitlines() commentedlines = [b'# %s' % line for line in lines] return b'\n'.join(commentedlines) + b'\n' @attr.s(frozen=True) class morestatus(object): reporoot = attr.ib() unfinishedop = attr.ib() unfinishedmsg = attr.ib() activemerge = attr.ib() unresolvedpaths = attr.ib() _formattedpaths = attr.ib(init=False, default=set()) _label = b'status.morestatus' def formatfile(self, path, fm): self._formattedpaths.add(path) if self.activemerge and path in self.unresolvedpaths: fm.data(unresolved=True) def formatfooter(self, fm): if self.unfinishedop or self.unfinishedmsg: fm.startitem() fm.data(itemtype=b'morestatus') if self.unfinishedop: fm.data(unfinished=self.unfinishedop) statemsg = ( _(b'The repository is in an unfinished *%s* state.') % self.unfinishedop ) fm.plain(b'%s\n' % _commentlines(statemsg), label=self._label) if self.unfinishedmsg: fm.data(unfinishedmsg=self.unfinishedmsg) # May also start new data items. self._formatconflicts(fm) if self.unfinishedmsg: fm.plain( b'%s\n' % _commentlines(self.unfinishedmsg), label=self._label ) def _formatconflicts(self, fm): if not self.activemerge: return if self.unresolvedpaths: mergeliststr = b'\n'.join( [ b' %s' % util.pathto(self.reporoot, encoding.getcwd(), path) for path in self.unresolvedpaths ] ) msg = ( _( '''Unresolved merge conflicts: %s To mark files as resolved: hg resolve --mark FILE''' ) % mergeliststr ) # If any paths with unresolved conflicts were not previously # formatted, output them now. for f in self.unresolvedpaths: if f in self._formattedpaths: # Already output. continue fm.startitem() # We can't claim to know the status of the file - it may just # have been in one of the states that were not requested for # display, so it could be anything. fm.data(itemtype=b'file', path=f, unresolved=True) else: msg = _(b'No unresolved merge conflicts.') fm.plain(b'%s\n' % _commentlines(msg), label=self._label) def readmorestatus(repo): """Returns a morestatus object if the repo has unfinished state.""" statetuple = statemod.getrepostate(repo) mergestate = mergestatemod.mergestate.read(repo) activemerge = mergestate.active() if not statetuple and not activemerge: return None unfinishedop = unfinishedmsg = unresolved = None if statetuple: unfinishedop, unfinishedmsg = statetuple if activemerge: unresolved = sorted(mergestate.unresolved()) return morestatus( repo.root, unfinishedop, unfinishedmsg, activemerge, unresolved ) def findpossible(cmd, table, strict=False): """ Return cmd -> (aliases, command table entry) for each matching command. Return debug commands (or their aliases) only if no normal command matches. """ choice = {} debugchoice = {} if cmd in table: # short-circuit exact matches, "log" alias beats "log|history" keys = [cmd] else: keys = table.keys() allcmds = [] for e in keys: aliases = parsealiases(e) allcmds.extend(aliases) found = None if cmd in aliases: found = cmd elif not strict: for a in aliases: if a.startswith(cmd): found = a break if found is not None: if aliases[0].startswith(b"debug") or found.startswith(b"debug"): debugchoice[found] = (aliases, table[e]) else: choice[found] = (aliases, table[e]) if not choice and debugchoice: choice = debugchoice return choice, allcmds def findcmd(cmd, table, strict=True): """Return (aliases, command table entry) for command string.""" choice, allcmds = findpossible(cmd, table, strict) if cmd in choice: return choice[cmd] if len(choice) > 1: clist = sorted(choice) raise error.AmbiguousCommand(cmd, clist) if choice: return list(choice.values())[0] raise error.UnknownCommand(cmd, allcmds) def changebranch(ui, repo, revs, label, opts): """ Change the branch name of given revs to label """ with repo.wlock(), repo.lock(), repo.transaction(b'branches'): # abort in case of uncommitted merge or dirty wdir bailifchanged(repo) revs = scmutil.revrange(repo, revs) if not revs: raise error.Abort(b"empty revision set") roots = repo.revs(b'roots(%ld)', revs) if len(roots) > 1: raise error.Abort( _(b"cannot change branch of non-linear revisions") ) rewriteutil.precheck(repo, revs, b'change branch of') root = repo[roots.first()] rpb = {parent.branch() for parent in root.parents()} if ( not opts.get(b'force') and label not in rpb and label in repo.branchmap() ): raise error.Abort(_(b"a branch of the same name already exists")) if repo.revs(b'obsolete() and %ld', revs): raise error.Abort( _(b"cannot change branch of a obsolete changeset") ) # make sure only topological heads if repo.revs(b'heads(%ld) - head()', revs): raise error.Abort(_(b"cannot change branch in middle of a stack")) replacements = {} # avoid import cycle mercurial.cmdutil -> mercurial.context -> # mercurial.subrepo -> mercurial.cmdutil from . import context for rev in revs: ctx = repo[rev] oldbranch = ctx.branch() # check if ctx has same branch if oldbranch == label: continue def filectxfn(repo, newctx, path): try: return ctx[path] except error.ManifestLookupError: return None ui.debug( b"changing branch of '%s' from '%s' to '%s'\n" % (hex(ctx.node()), oldbranch, label) ) extra = ctx.extra() extra[b'branch_change'] = hex(ctx.node()) # While changing branch of set of linear commits, make sure that # we base our commits on new parent rather than old parent which # was obsoleted while changing the branch p1 = ctx.p1().node() p2 = ctx.p2().node() if p1 in replacements: p1 = replacements[p1][0] if p2 in replacements: p2 = replacements[p2][0] mc = context.memctx( repo, (p1, p2), ctx.description(), ctx.files(), filectxfn, user=ctx.user(), date=ctx.date(), extra=extra, branch=label, ) newnode = repo.commitctx(mc) replacements[ctx.node()] = (newnode,) ui.debug(b'new node id is %s\n' % hex(newnode)) # create obsmarkers and move bookmarks scmutil.cleanupnodes( repo, replacements, b'branch-change', fixphase=True ) # move the working copy too wctx = repo[None] # in-progress merge is a bit too complex for now. if len(wctx.parents()) == 1: newid = replacements.get(wctx.p1().node()) if newid is not None: # avoid import cycle mercurial.cmdutil -> mercurial.hg -> # mercurial.cmdutil from . import hg hg.update(repo, newid[0], quietempty=True) ui.status(_(b"changed branch on %d changesets\n") % len(replacements)) def findrepo(p): while not os.path.isdir(os.path.join(p, b".hg")): oldp, p = p, os.path.dirname(p) if p == oldp: return None return p def bailifchanged(repo, merge=True, hint=None): """ enforce the precondition that working directory must be clean. 'merge' can be set to false if a pending uncommitted merge should be ignored (such as when 'update --check' runs). 'hint' is the usual hint given to Abort exception. """ if merge and repo.dirstate.p2() != nullid: raise error.Abort(_(b'outstanding uncommitted merge'), hint=hint) st = repo.status() if st.modified or st.added or st.removed or st.deleted: raise error.Abort(_(b'uncommitted changes'), hint=hint) ctx = repo[None] for s in sorted(ctx.substate): ctx.sub(s).bailifchanged(hint=hint) def logmessage(ui, opts): """ get the log message according to -m and -l option """ check_at_most_one_arg(opts, b'message', b'logfile') message = opts.get(b'message') logfile = opts.get(b'logfile') if not message and logfile: try: if isstdiofilename(logfile): message = ui.fin.read() else: message = b'\n'.join(util.readfile(logfile).splitlines()) except IOError as inst: raise error.Abort( _(b"can't read commit message '%s': %s") % (logfile, encoding.strtolocal(inst.strerror)) ) return message def mergeeditform(ctxorbool, baseformname): """return appropriate editform name (referencing a committemplate) 'ctxorbool' is either a ctx to be committed, or a bool indicating whether merging is committed. This returns baseformname with '.merge' appended if it is a merge, otherwise '.normal' is appended. """ if isinstance(ctxorbool, bool): if ctxorbool: return baseformname + b".merge" elif len(ctxorbool.parents()) > 1: return baseformname + b".merge" return baseformname + b".normal" def getcommiteditor( edit=False, finishdesc=None, extramsg=None, editform=b'', **opts ): """get appropriate commit message editor according to '--edit' option 'finishdesc' is a function to be called with edited commit message (= 'description' of the new changeset) just after editing, but before checking empty-ness. It should return actual text to be stored into history. This allows to change description before storing. 'extramsg' is a extra message to be shown in the editor instead of 'Leave message empty to abort commit' line. 'HG: ' prefix and EOL is automatically added. 'editform' is a dot-separated list of names, to distinguish the purpose of commit text editing. 'getcommiteditor' returns 'commitforceeditor' regardless of 'edit', if one of 'finishdesc' or 'extramsg' is specified, because they are specific for usage in MQ. """ if edit or finishdesc or extramsg: return lambda r, c, s: commitforceeditor( r, c, s, finishdesc=finishdesc, extramsg=extramsg, editform=editform ) elif editform: return lambda r, c, s: commiteditor(r, c, s, editform=editform) else: return commiteditor def _escapecommandtemplate(tmpl): parts = [] for typ, start, end in templater.scantemplate(tmpl, raw=True): if typ == b'string': parts.append(stringutil.escapestr(tmpl[start:end])) else: parts.append(tmpl[start:end]) return b''.join(parts) def rendercommandtemplate(ui, tmpl, props): r"""Expand a literal template 'tmpl' in a way suitable for command line '\' in outermost string is not taken as an escape character because it is a directory separator on Windows. >>> from . import ui as uimod >>> ui = uimod.ui() >>> rendercommandtemplate(ui, b'c:\\{path}', {b'path': b'foo'}) 'c:\\foo' >>> rendercommandtemplate(ui, b'{"c:\\{path}"}', {'path': b'foo'}) 'c:{path}' """ if not tmpl: return tmpl t = formatter.maketemplater(ui, _escapecommandtemplate(tmpl)) return t.renderdefault(props) def rendertemplate(ctx, tmpl, props=None): """Expand a literal template 'tmpl' byte-string against one changeset Each props item must be a stringify-able value or a callable returning such value, i.e. no bare list nor dict should be passed. """ repo = ctx.repo() tres = formatter.templateresources(repo.ui, repo) t = formatter.maketemplater( repo.ui, tmpl, defaults=templatekw.keywords, resources=tres ) mapping = {b'ctx': ctx} if props: mapping.update(props) return t.renderdefault(mapping) def _buildfntemplate(pat, total=None, seqno=None, revwidth=None, pathname=None): r"""Convert old-style filename format string to template string >>> _buildfntemplate(b'foo-%b-%n.patch', seqno=0) 'foo-{reporoot|basename}-{seqno}.patch' >>> _buildfntemplate(b'%R{tags % "{tag}"}%H') '{rev}{tags % "{tag}"}{node}' '\' in outermost strings has to be escaped because it is a directory separator on Windows: >>> _buildfntemplate(b'c:\\tmp\\%R\\%n.patch', seqno=0) 'c:\\\\tmp\\\\{rev}\\\\{seqno}.patch' >>> _buildfntemplate(b'\\\\foo\\bar.patch') '\\\\\\\\foo\\\\bar.patch' >>> _buildfntemplate(b'\\{tags % "{tag}"}') '\\\\{tags % "{tag}"}' but inner strings follow the template rules (i.e. '\' is taken as an escape character): >>> _buildfntemplate(br'{"c:\tmp"}', seqno=0) '{"c:\\tmp"}' """ expander = { b'H': b'{node}', b'R': b'{rev}', b'h': b'{node|short}', b'm': br'{sub(r"[^\w]", "_", desc|firstline)}', b'r': b'{if(revwidth, pad(rev, revwidth, "0", left=True), rev)}', b'%': b'%', b'b': b'{reporoot|basename}', } if total is not None: expander[b'N'] = b'{total}' if seqno is not None: expander[b'n'] = b'{seqno}' if total is not None and seqno is not None: expander[b'n'] = b'{pad(seqno, total|stringify|count, "0", left=True)}' if pathname is not None: expander[b's'] = b'{pathname|basename}' expander[b'd'] = b'{if(pathname|dirname, pathname|dirname, ".")}' expander[b'p'] = b'{pathname}' newname = [] for typ, start, end in templater.scantemplate(pat, raw=True): if typ != b'string': newname.append(pat[start:end]) continue i = start while i < end: n = pat.find(b'%', i, end) if n < 0: newname.append(stringutil.escapestr(pat[i:end])) break newname.append(stringutil.escapestr(pat[i:n])) if n + 2 > end: raise error.Abort( _(b"incomplete format spec in output filename") ) c = pat[n + 1 : n + 2] i = n + 2 try: newname.append(expander[c]) except KeyError: raise error.Abort( _(b"invalid format spec '%%%s' in output filename") % c ) return b''.join(newname) def makefilename(ctx, pat, **props): if not pat: return pat tmpl = _buildfntemplate(pat, **props) # BUG: alias expansion shouldn't be made against template fragments # rewritten from %-format strings, but we have no easy way to partially # disable the expansion. return rendertemplate(ctx, tmpl, pycompat.byteskwargs(props)) def isstdiofilename(pat): """True if the given pat looks like a filename denoting stdin/stdout""" return not pat or pat == b'-' class _unclosablefile(object): def __init__(self, fp): self._fp = fp def close(self): pass def __iter__(self): return iter(self._fp) def __getattr__(self, attr): return getattr(self._fp, attr) def __enter__(self): return self def __exit__(self, exc_type, exc_value, exc_tb): pass def makefileobj(ctx, pat, mode=b'wb', **props): writable = mode not in (b'r', b'rb') if isstdiofilename(pat): repo = ctx.repo() if writable: fp = repo.ui.fout else: fp = repo.ui.fin return _unclosablefile(fp) fn = makefilename(ctx, pat, **props) return open(fn, mode) def openstorage(repo, cmd, file_, opts, returnrevlog=False): """opens the changelog, manifest, a filelog or a given revlog""" cl = opts[b'changelog'] mf = opts[b'manifest'] dir = opts[b'dir'] msg = None if cl and mf: msg = _(b'cannot specify --changelog and --manifest at the same time') elif cl and dir: msg = _(b'cannot specify --changelog and --dir at the same time') elif cl or mf or dir: if file_: msg = _(b'cannot specify filename with --changelog or --manifest') elif not repo: msg = _( b'cannot specify --changelog or --manifest or --dir ' b'without a repository' ) if msg: raise error.Abort(msg) r = None if repo: if cl: r = repo.unfiltered().changelog elif dir: if b'treemanifest' not in repo.requirements: raise error.Abort( _( b"--dir can only be used on repos with " b"treemanifest enabled" ) ) if not dir.endswith(b'/'): dir = dir + b'/' dirlog = repo.manifestlog.getstorage(dir) if len(dirlog): r = dirlog elif mf: r = repo.manifestlog.getstorage(b'') elif file_: filelog = repo.file(file_) if len(filelog): r = filelog # Not all storage may be revlogs. If requested, try to return an actual # revlog instance. if returnrevlog: if isinstance(r, revlog.revlog): pass elif util.safehasattr(r, b'_revlog'): r = r._revlog # pytype: disable=attribute-error elif r is not None: raise error.Abort(_(b'%r does not appear to be a revlog') % r) if not r: if not returnrevlog: raise error.Abort(_(b'cannot give path to non-revlog')) if not file_: raise error.CommandError(cmd, _(b'invalid arguments')) if not os.path.isfile(file_): raise error.Abort(_(b"revlog '%s' not found") % file_) r = revlog.revlog( vfsmod.vfs(encoding.getcwd(), audit=False), file_[:-2] + b".i" ) return r def openrevlog(repo, cmd, file_, opts): """Obtain a revlog backing storage of an item. This is similar to ``openstorage()`` except it always returns a revlog. In most cases, a caller cares about the main storage object - not the revlog backing it. Therefore, this function should only be used by code that needs to examine low-level revlog implementation details. e.g. debug commands. """ return openstorage(repo, cmd, file_, opts, returnrevlog=True) def copy(ui, repo, pats, opts, rename=False): check_incompatible_arguments(opts, b'forget', [b'dry_run']) # called with the repo lock held # # hgsep => pathname that uses "/" to separate directories # ossep => pathname that uses os.sep to separate directories cwd = repo.getcwd() targets = {} forget = opts.get(b"forget") after = opts.get(b"after") dryrun = opts.get(b"dry_run") rev = opts.get(b'at_rev') if rev: if not forget and not after: # TODO: Remove this restriction and make it also create the copy # targets (and remove the rename source if rename==True). raise error.Abort(_(b'--at-rev requires --after')) ctx = scmutil.revsingle(repo, rev) if len(ctx.parents()) > 1: raise error.Abort(_(b'cannot mark/unmark copy in merge commit')) else: ctx = repo[None] pctx = ctx.p1() uipathfn = scmutil.getuipathfn(repo, legacyrelativevalue=True) if forget: if ctx.rev() is None: new_ctx = ctx else: if len(ctx.parents()) > 1: raise error.Abort(_(b'cannot unmark copy in merge commit')) # avoid cycle context -> subrepo -> cmdutil from . import context rewriteutil.precheck(repo, [ctx.rev()], b'uncopy') new_ctx = context.overlayworkingctx(repo) new_ctx.setbase(ctx.p1()) mergemod.graft(repo, ctx, wctx=new_ctx) match = scmutil.match(ctx, pats, opts) current_copies = ctx.p1copies() current_copies.update(ctx.p2copies()) uipathfn = scmutil.getuipathfn(repo) for f in ctx.walk(match): if f in current_copies: new_ctx[f].markcopied(None) elif match.exact(f): ui.warn( _( b'%s: not unmarking as copy - file is not marked as copied\n' ) % uipathfn(f) ) if ctx.rev() is not None: with repo.lock(): mem_ctx = new_ctx.tomemctx_for_amend(ctx) new_node = mem_ctx.commit() if repo.dirstate.p1() == ctx.node(): with repo.dirstate.parentchange(): scmutil.movedirstate(repo, repo[new_node]) replacements = {ctx.node(): [new_node]} scmutil.cleanupnodes( repo, replacements, b'uncopy', fixphase=True ) return pats = scmutil.expandpats(pats) if not pats: raise error.Abort(_(b'no source or destination specified')) if len(pats) == 1: raise error.Abort(_(b'no destination specified')) dest = pats.pop() def walkpat(pat): srcs = [] # TODO: Inline and simplify the non-working-copy version of this code # since it shares very little with the working-copy version of it. ctx_to_walk = ctx if ctx.rev() is None else pctx m = scmutil.match(ctx_to_walk, [pat], opts, globbed=True) for abs in ctx_to_walk.walk(m): rel = uipathfn(abs) exact = m.exact(abs) if abs not in ctx: if abs in pctx: if not after: if exact: ui.warn( _( b'%s: not copying - file has been marked ' b'for remove\n' ) % rel ) continue else: if exact: ui.warn( _(b'%s: not copying - file is not managed\n') % rel ) continue # abs: hgsep # rel: ossep srcs.append((abs, rel, exact)) return srcs if ctx.rev() is not None: rewriteutil.precheck(repo, [ctx.rev()], b'uncopy') absdest = pathutil.canonpath(repo.root, cwd, dest) if ctx.hasdir(absdest): raise error.Abort( _(b'%s: --at-rev does not support a directory as destination') % uipathfn(absdest) ) if absdest not in ctx: raise error.Abort( _(b'%s: copy destination does not exist in %s') % (uipathfn(absdest), ctx) ) # avoid cycle context -> subrepo -> cmdutil from . import context copylist = [] for pat in pats: srcs = walkpat(pat) if not srcs: continue for abs, rel, exact in srcs: copylist.append(abs) if not copylist: raise error.Abort(_(b'no files to copy')) # TODO: Add support for `hg cp --at-rev . foo bar dir` and # `hg cp --at-rev . dir1 dir2`, preferably unifying the code with the # existing functions below. if len(copylist) != 1: raise error.Abort(_(b'--at-rev requires a single source')) new_ctx = context.overlayworkingctx(repo) new_ctx.setbase(ctx.p1()) mergemod.graft(repo, ctx, wctx=new_ctx) new_ctx.markcopied(absdest, copylist[0]) with repo.lock(): mem_ctx = new_ctx.tomemctx_for_amend(ctx) new_node = mem_ctx.commit() if repo.dirstate.p1() == ctx.node(): with repo.dirstate.parentchange(): scmutil.movedirstate(repo, repo[new_node]) replacements = {ctx.node(): [new_node]} scmutil.cleanupnodes(repo, replacements, b'copy', fixphase=True) return # abssrc: hgsep # relsrc: ossep # otarget: ossep def copyfile(abssrc, relsrc, otarget, exact): abstarget = pathutil.canonpath(repo.root, cwd, otarget) if b'/' in abstarget: # We cannot normalize abstarget itself, this would prevent # case only renames, like a => A. abspath, absname = abstarget.rsplit(b'/', 1) abstarget = repo.dirstate.normalize(abspath) + b'/' + absname reltarget = repo.pathto(abstarget, cwd) target = repo.wjoin(abstarget) src = repo.wjoin(abssrc) state = repo.dirstate[abstarget] scmutil.checkportable(ui, abstarget) # check for collisions prevsrc = targets.get(abstarget) if prevsrc is not None: ui.warn( _(b'%s: not overwriting - %s collides with %s\n') % ( reltarget, repo.pathto(abssrc, cwd), repo.pathto(prevsrc, cwd), ) ) return True # report a failure # check for overwrites exists = os.path.lexists(target) samefile = False if exists and abssrc != abstarget: if repo.dirstate.normalize(abssrc) == repo.dirstate.normalize( abstarget ): if not rename: ui.warn(_(b"%s: can't copy - same file\n") % reltarget) return True # report a failure exists = False samefile = True if not after and exists or after and state in b'mn': if not opts[b'force']: if state in b'mn': msg = _(b'%s: not overwriting - file already committed\n') if after: flags = b'--after --force' else: flags = b'--force' if rename: hint = ( _( b"('hg rename %s' to replace the file by " b'recording a rename)\n' ) % flags ) else: hint = ( _( b"('hg copy %s' to replace the file by " b'recording a copy)\n' ) % flags ) else: msg = _(b'%s: not overwriting - file exists\n') if rename: hint = _( b"('hg rename --after' to record the rename)\n" ) else: hint = _(b"('hg copy --after' to record the copy)\n") ui.warn(msg % reltarget) ui.warn(hint) return True # report a failure if after: if not exists: if rename: ui.warn( _(b'%s: not recording move - %s does not exist\n') % (relsrc, reltarget) ) else: ui.warn( _(b'%s: not recording copy - %s does not exist\n') % (relsrc, reltarget) ) return True # report a failure elif not dryrun: try: if exists: os.unlink(target) targetdir = os.path.dirname(target) or b'.' if not os.path.isdir(targetdir): os.makedirs(targetdir) if samefile: tmp = target + b"~hgrename" os.rename(src, tmp) os.rename(tmp, target) else: # Preserve stat info on renames, not on copies; this matches # Linux CLI behavior. util.copyfile(src, target, copystat=rename) srcexists = True except IOError as inst: if inst.errno == errno.ENOENT: ui.warn(_(b'%s: deleted in working directory\n') % relsrc) srcexists = False else: ui.warn( _(b'%s: cannot copy - %s\n') % (relsrc, encoding.strtolocal(inst.strerror)) ) return True # report a failure if ui.verbose or not exact: if rename: ui.status(_(b'moving %s to %s\n') % (relsrc, reltarget)) else: ui.status(_(b'copying %s to %s\n') % (relsrc, reltarget)) targets[abstarget] = abssrc # fix up dirstate scmutil.dirstatecopy( ui, repo, ctx, abssrc, abstarget, dryrun=dryrun, cwd=cwd ) if rename and not dryrun: if not after and srcexists and not samefile: rmdir = repo.ui.configbool(b'experimental', b'removeemptydirs') repo.wvfs.unlinkpath(abssrc, rmdir=rmdir) ctx.forget([abssrc]) # pat: ossep # dest ossep # srcs: list of (hgsep, hgsep, ossep, bool) # return: function that takes hgsep and returns ossep def targetpathfn(pat, dest, srcs): if os.path.isdir(pat): abspfx = pathutil.canonpath(repo.root, cwd, pat) abspfx = util.localpath(abspfx) if destdirexists: striplen = len(os.path.split(abspfx)[0]) else: striplen = len(abspfx) if striplen: striplen += len(pycompat.ossep) res = lambda p: os.path.join(dest, util.localpath(p)[striplen:]) elif destdirexists: res = lambda p: os.path.join( dest, os.path.basename(util.localpath(p)) ) else: res = lambda p: dest return res # pat: ossep # dest ossep # srcs: list of (hgsep, hgsep, ossep, bool) # return: function that takes hgsep and returns ossep def targetpathafterfn(pat, dest, srcs): if matchmod.patkind(pat): # a mercurial pattern res = lambda p: os.path.join( dest, os.path.basename(util.localpath(p)) ) else: abspfx = pathutil.canonpath(repo.root, cwd, pat) if len(abspfx) < len(srcs[0][0]): # A directory. Either the target path contains the last # component of the source path or it does not. def evalpath(striplen): score = 0 for s in srcs: t = os.path.join(dest, util.localpath(s[0])[striplen:]) if os.path.lexists(t): score += 1 return score abspfx = util.localpath(abspfx) striplen = len(abspfx) if striplen: striplen += len(pycompat.ossep) if os.path.isdir(os.path.join(dest, os.path.split(abspfx)[1])): score = evalpath(striplen) striplen1 = len(os.path.split(abspfx)[0]) if striplen1: striplen1 += len(pycompat.ossep) if evalpath(striplen1) > score: striplen = striplen1 res = lambda p: os.path.join(dest, util.localpath(p)[striplen:]) else: # a file if destdirexists: res = lambda p: os.path.join( dest, os.path.basename(util.localpath(p)) ) else: res = lambda p: dest return res destdirexists = os.path.isdir(dest) and not os.path.islink(dest) if not destdirexists: if len(pats) > 1 or matchmod.patkind(pats[0]): raise error.Abort( _( b'with multiple sources, destination must be an ' b'existing directory' ) ) if util.endswithsep(dest): raise error.Abort(_(b'destination %s is not a directory') % dest) tfn = targetpathfn if after: tfn = targetpathafterfn copylist = [] for pat in pats: srcs = walkpat(pat) if not srcs: continue copylist.append((tfn(pat, dest, srcs), srcs)) if not copylist: raise error.Abort(_(b'no files to copy')) errors = 0 for targetpath, srcs in copylist: for abssrc, relsrc, exact in srcs: if copyfile(abssrc, relsrc, targetpath(abssrc), exact): errors += 1 return errors != 0 ## facility to let extension process additional data into an import patch # list of identifier to be executed in order extrapreimport = [] # run before commit extrapostimport = [] # run after commit # mapping from identifier to actual import function # # 'preimport' are run before the commit is made and are provided the following # arguments: # - repo: the localrepository instance, # - patchdata: data extracted from patch header (cf m.patch.patchheadermap), # - extra: the future extra dictionary of the changeset, please mutate it, # - opts: the import options. # XXX ideally, we would just pass an ctx ready to be computed, that would allow # mutation of in memory commit and more. Feel free to rework the code to get # there. extrapreimportmap = {} # 'postimport' are run after the commit is made and are provided the following # argument: # - ctx: the changectx created by import. extrapostimportmap = {} def tryimportone(ui, repo, patchdata, parents, opts, msgs, updatefunc): """Utility function used by commands.import to import a single patch This function is explicitly defined here to help the evolve extension to wrap this part of the import logic. The API is currently a bit ugly because it a simple code translation from the import command. Feel free to make it better. :patchdata: a dictionary containing parsed patch data (such as from ``patch.extract()``) :parents: nodes that will be parent of the created commit :opts: the full dict of option passed to the import command :msgs: list to save commit message to. (used in case we need to save it when failing) :updatefunc: a function that update a repo to a given node updatefunc(<repo>, <node>) """ # avoid cycle context -> subrepo -> cmdutil from . import context tmpname = patchdata.get(b'filename') message = patchdata.get(b'message') user = opts.get(b'user') or patchdata.get(b'user') date = opts.get(b'date') or patchdata.get(b'date') branch = patchdata.get(b'branch') nodeid = patchdata.get(b'nodeid') p1 = patchdata.get(b'p1') p2 = patchdata.get(b'p2') nocommit = opts.get(b'no_commit') importbranch = opts.get(b'import_branch') update = not opts.get(b'bypass') strip = opts[b"strip"] prefix = opts[b"prefix"] sim = float(opts.get(b'similarity') or 0) if not tmpname: return None, None, False rejects = False cmdline_message = logmessage(ui, opts) if cmdline_message: # pickup the cmdline msg message = cmdline_message elif message: # pickup the patch msg message = message.strip() else: # launch the editor message = None ui.debug(b'message:\n%s\n' % (message or b'')) if len(parents) == 1: parents.append(repo[nullid]) if opts.get(b'exact'): if not nodeid or not p1: raise error.Abort(_(b'not a Mercurial patch')) p1 = repo[p1] p2 = repo[p2 or nullid] elif p2: try: p1 = repo[p1] p2 = repo[p2] # Without any options, consider p2 only if the # patch is being applied on top of the recorded # first parent. if p1 != parents[0]: p1 = parents[0] p2 = repo[nullid] except error.RepoError: p1, p2 = parents if p2.node() == nullid: ui.warn( _( b"warning: import the patch as a normal revision\n" b"(use --exact to import the patch as a merge)\n" ) ) else: p1, p2 = parents n = None if update: if p1 != parents[0]: updatefunc(repo, p1.node()) if p2 != parents[1]: repo.setparents(p1.node(), p2.node()) if opts.get(b'exact') or importbranch: repo.dirstate.setbranch(branch or b'default') partial = opts.get(b'partial', False) files = set() try: patch.patch( ui, repo, tmpname, strip=strip, prefix=prefix, files=files, eolmode=None, similarity=sim / 100.0, ) except error.PatchError as e: if not partial: raise error.Abort(pycompat.bytestr(e)) if partial: rejects = True files = list(files) if nocommit: if message: msgs.append(message) else: if opts.get(b'exact') or p2: # If you got here, you either use --force and know what # you are doing or used --exact or a merge patch while # being updated to its first parent. m = None else: m = scmutil.matchfiles(repo, files or []) editform = mergeeditform(repo[None], b'import.normal') if opts.get(b'exact'): editor = None else: editor = getcommiteditor( editform=editform, **pycompat.strkwargs(opts) ) extra = {} for idfunc in extrapreimport: extrapreimportmap[idfunc](repo, patchdata, extra, opts) overrides = {} if partial: overrides[(b'ui', b'allowemptycommit')] = True if opts.get(b'secret'): overrides[(b'phases', b'new-commit')] = b'secret' with repo.ui.configoverride(overrides, b'import'): n = repo.commit( message, user, date, match=m, editor=editor, extra=extra ) for idfunc in extrapostimport: extrapostimportmap[idfunc](repo[n]) else: if opts.get(b'exact') or importbranch: branch = branch or b'default' else: branch = p1.branch() store = patch.filestore() try: files = set() try: patch.patchrepo( ui, repo, p1, store, tmpname, strip, prefix, files, eolmode=None, ) except error.PatchError as e: raise error.Abort(stringutil.forcebytestr(e)) if opts.get(b'exact'): editor = None else: editor = getcommiteditor(editform=b'import.bypass') memctx = context.memctx( repo, (p1.node(), p2.node()), message, files=files, filectxfn=store, user=user, date=date, branch=branch, editor=editor, ) overrides = {} if opts.get(b'secret'): overrides[(b'phases', b'new-commit')] = b'secret' with repo.ui.configoverride(overrides, b'import'): n = memctx.commit() finally: store.close() if opts.get(b'exact') and nocommit: # --exact with --no-commit is still useful in that it does merge # and branch bits ui.warn(_(b"warning: can't check exact import with --no-commit\n")) elif opts.get(b'exact') and (not n or hex(n) != nodeid): raise error.Abort(_(b'patch is damaged or loses information')) msg = _(b'applied to working directory') if n: # i18n: refers to a short changeset id msg = _(b'created %s') % short(n) return msg, n, rejects # facility to let extensions include additional data in an exported patch # list of identifiers to be executed in order extraexport = [] # mapping from identifier to actual export function # function as to return a string to be added to the header or None # it is given two arguments (sequencenumber, changectx) extraexportmap = {} def _exportsingle(repo, ctx, fm, match, switch_parent, seqno, diffopts): node = scmutil.binnode(ctx) parents = [p.node() for p in ctx.parents() if p] branch = ctx.branch() if switch_parent: parents.reverse() if parents: prev = parents[0] else: prev = nullid fm.context(ctx=ctx) fm.plain(b'# HG changeset patch\n') fm.write(b'user', b'# User %s\n', ctx.user()) fm.plain(b'# Date %d %d\n' % ctx.date()) fm.write(b'date', b'# %s\n', fm.formatdate(ctx.date())) fm.condwrite( branch and branch != b'default', b'branch', b'# Branch %s\n', branch ) fm.write(b'node', b'# Node ID %s\n', hex(node)) fm.plain(b'# Parent %s\n' % hex(prev)) if len(parents) > 1: fm.plain(b'# Parent %s\n' % hex(parents[1])) fm.data(parents=fm.formatlist(pycompat.maplist(hex, parents), name=b'node')) # TODO: redesign extraexportmap function to support formatter for headerid in extraexport: header = extraexportmap[headerid](seqno, ctx) if header is not None: fm.plain(b'# %s\n' % header) fm.write(b'desc', b'%s\n', ctx.description().rstrip()) fm.plain(b'\n') if fm.isplain(): chunkiter = patch.diffui(repo, prev, node, match, opts=diffopts) for chunk, label in chunkiter: fm.plain(chunk, label=label) else: chunkiter = patch.diff(repo, prev, node, match, opts=diffopts) # TODO: make it structured? fm.data(diff=b''.join(chunkiter)) def _exportfile(repo, revs, fm, dest, switch_parent, diffopts, match): """Export changesets to stdout or a single file""" for seqno, rev in enumerate(revs, 1): ctx = repo[rev] if not dest.startswith(b'<'): repo.ui.note(b"%s\n" % dest) fm.startitem() _exportsingle(repo, ctx, fm, match, switch_parent, seqno, diffopts) def _exportfntemplate( repo, revs, basefm, fntemplate, switch_parent, diffopts, match ): """Export changesets to possibly multiple files""" total = len(revs) revwidth = max(len(str(rev)) for rev in revs) filemap = util.sortdict() # filename: [(seqno, rev), ...] for seqno, rev in enumerate(revs, 1): ctx = repo[rev] dest = makefilename( ctx, fntemplate, total=total, seqno=seqno, revwidth=revwidth ) filemap.setdefault(dest, []).append((seqno, rev)) for dest in filemap: with formatter.maybereopen(basefm, dest) as fm: repo.ui.note(b"%s\n" % dest) for seqno, rev in filemap[dest]: fm.startitem() ctx = repo[rev] _exportsingle( repo, ctx, fm, match, switch_parent, seqno, diffopts ) def _prefetchchangedfiles(repo, revs, match): allfiles = set() for rev in revs: for file in repo[rev].files(): if not match or match(file): allfiles.add(file) match = scmutil.matchfiles(repo, allfiles) revmatches = [(rev, match) for rev in revs] scmutil.prefetchfiles(repo, revmatches) def export( repo, revs, basefm, fntemplate=b'hg-%h.patch', switch_parent=False, opts=None, match=None, ): '''export changesets as hg patches Args: repo: The repository from which we're exporting revisions. revs: A list of revisions to export as revision numbers. basefm: A formatter to which patches should be written. fntemplate: An optional string to use for generating patch file names. switch_parent: If True, show diffs against second parent when not nullid. Default is false, which always shows diff against p1. opts: diff options to use for generating the patch. match: If specified, only export changes to files matching this matcher. Returns: Nothing. Side Effect: "HG Changeset Patch" data is emitted to one of the following destinations: fntemplate specified: Each rev is written to a unique file named using the given template. Otherwise: All revs will be written to basefm. ''' _prefetchchangedfiles(repo, revs, match) if not fntemplate: _exportfile( repo, revs, basefm, b'<unnamed>', switch_parent, opts, match ) else: _exportfntemplate( repo, revs, basefm, fntemplate, switch_parent, opts, match ) def exportfile(repo, revs, fp, switch_parent=False, opts=None, match=None): """Export changesets to the given file stream""" _prefetchchangedfiles(repo, revs, match) dest = getattr(fp, 'name', b'<unnamed>') with formatter.formatter(repo.ui, fp, b'export', {}) as fm: _exportfile(repo, revs, fm, dest, switch_parent, opts, match) def showmarker(fm, marker, index=None): """utility function to display obsolescence marker in a readable way To be used by debug function.""" if index is not None: fm.write(b'index', b'%i ', index) fm.write(b'prednode', b'%s ', hex(marker.prednode())) succs = marker.succnodes() fm.condwrite( succs, b'succnodes', b'%s ', fm.formatlist(map(hex, succs), name=b'node'), ) fm.write(b'flag', b'%X ', marker.flags()) parents = marker.parentnodes() if parents is not None: fm.write( b'parentnodes', b'{%s} ', fm.formatlist(map(hex, parents), name=b'node', sep=b', '), ) fm.write(b'date', b'(%s) ', fm.formatdate(marker.date())) meta = marker.metadata().copy() meta.pop(b'date', None) smeta = pycompat.rapply(pycompat.maybebytestr, meta) fm.write( b'metadata', b'{%s}', fm.formatdict(smeta, fmt=b'%r: %r', sep=b', ') ) fm.plain(b'\n') def finddate(ui, repo, date): """Find the tipmost changeset that matches the given date spec""" df = dateutil.matchdate(date) m = scmutil.matchall(repo) results = {} def prep(ctx, fns): d = ctx.date() if df(d[0]): results[ctx.rev()] = d for ctx in walkchangerevs(repo, m, {b'rev': None}, prep): rev = ctx.rev() if rev in results: ui.status( _(b"found revision %d from %s\n") % (rev, dateutil.datestr(results[rev])) ) return b'%d' % rev raise error.Abort(_(b"revision matching date not found")) def increasingwindows(windowsize=8, sizelimit=512): while True: yield windowsize if windowsize < sizelimit: windowsize *= 2 def _walkrevs(repo, opts): # Default --rev value depends on --follow but --follow behavior # depends on revisions resolved from --rev... follow = opts.get(b'follow') or opts.get(b'follow_first') if opts.get(b'rev'): revs = scmutil.revrange(repo, opts[b'rev']) elif follow and repo.dirstate.p1() == nullid: revs = smartset.baseset() elif follow: revs = repo.revs(b'reverse(:.)') else: revs = smartset.spanset(repo) revs.reverse() return revs class FileWalkError(Exception): pass def walkfilerevs(repo, match, follow, revs, fncache): '''Walks the file history for the matched files. Returns the changeset revs that are involved in the file history. Throws FileWalkError if the file history can't be walked using filelogs alone. ''' wanted = set() copies = [] minrev, maxrev = min(revs), max(revs) def filerevs(filelog, last): """ Only files, no patterns. Check the history of each file. Examines filelog entries within minrev, maxrev linkrev range Returns an iterator yielding (linkrev, parentlinkrevs, copied) tuples in backwards order """ cl_count = len(repo) revs = [] for j in pycompat.xrange(0, last + 1): linkrev = filelog.linkrev(j) if linkrev < minrev: continue # only yield rev for which we have the changelog, it can # happen while doing "hg log" during a pull or commit if linkrev >= cl_count: break parentlinkrevs = [] for p in filelog.parentrevs(j): if p != nullrev: parentlinkrevs.append(filelog.linkrev(p)) n = filelog.node(j) revs.append( (linkrev, parentlinkrevs, follow and filelog.renamed(n)) ) return reversed(revs) def iterfiles(): pctx = repo[b'.'] for filename in match.files(): if follow: if filename not in pctx: raise error.Abort( _( b'cannot follow file not in parent ' b'revision: "%s"' ) % filename ) yield filename, pctx[filename].filenode() else: yield filename, None for filename_node in copies: yield filename_node for file_, node in iterfiles(): filelog = repo.file(file_) if not len(filelog): if node is None: # A zero count may be a directory or deleted file, so # try to find matching entries on the slow path. if follow: raise error.Abort( _(b'cannot follow nonexistent file: "%s"') % file_ ) raise FileWalkError(b"Cannot walk via filelog") else: continue if node is None: last = len(filelog) - 1 else: last = filelog.rev(node) # keep track of all ancestors of the file ancestors = {filelog.linkrev(last)} # iterate from latest to oldest revision for rev, flparentlinkrevs, copied in filerevs(filelog, last): if not follow: if rev > maxrev: continue else: # Note that last might not be the first interesting # rev to us: # if the file has been changed after maxrev, we'll # have linkrev(last) > maxrev, and we still need # to explore the file graph if rev not in ancestors: continue # XXX insert 1327 fix here if flparentlinkrevs: ancestors.update(flparentlinkrevs) fncache.setdefault(rev, []).append(file_) wanted.add(rev) if copied: copies.append(copied) return wanted class _followfilter(object): def __init__(self, repo, onlyfirst=False): self.repo = repo self.startrev = nullrev self.roots = set() self.onlyfirst = onlyfirst def match(self, rev): def realparents(rev): if self.onlyfirst: return self.repo.changelog.parentrevs(rev)[0:1] else: return filter( lambda x: x != nullrev, self.repo.changelog.parentrevs(rev) ) if self.startrev == nullrev: self.startrev = rev return True if rev > self.startrev: # forward: all descendants if not self.roots: self.roots.add(self.startrev) for parent in realparents(rev): if parent in self.roots: self.roots.add(rev) return True else: # backwards: all parents if not self.roots: self.roots.update(realparents(self.startrev)) if rev in self.roots: self.roots.remove(rev) self.roots.update(realparents(rev)) return True return False def walkchangerevs(repo, match, opts, prepare): '''Iterate over files and the revs in which they changed. Callers most commonly need to iterate backwards over the history in which they are interested. Doing so has awful (quadratic-looking) performance, so we use iterators in a "windowed" way. We walk a window of revisions in the desired order. Within the window, we first walk forwards to gather data, then in the desired order (usually backwards) to display it. This function returns an iterator yielding contexts. Before yielding each context, the iterator will first call the prepare function on each context in the window in forward order.''' allfiles = opts.get(b'all_files') follow = opts.get(b'follow') or opts.get(b'follow_first') revs = _walkrevs(repo, opts) if not revs: return [] wanted = set() slowpath = match.anypats() or (not match.always() and opts.get(b'removed')) fncache = {} change = repo.__getitem__ # First step is to fill wanted, the set of revisions that we want to yield. # When it does not induce extra cost, we also fill fncache for revisions in # wanted: a cache of filenames that were changed (ctx.files()) and that # match the file filtering conditions. if match.always() or allfiles: # No files, no patterns. Display all revs. wanted = revs elif not slowpath: # We only have to read through the filelog to find wanted revisions try: wanted = walkfilerevs(repo, match, follow, revs, fncache) except FileWalkError: slowpath = True # We decided to fall back to the slowpath because at least one # of the paths was not a file. Check to see if at least one of them # existed in history, otherwise simply return for path in match.files(): if path == b'.' or path in repo.store: break else: return [] if slowpath: # We have to read the changelog to match filenames against # changed files if follow: raise error.Abort( _(b'can only follow copies/renames for explicit filenames') ) # The slow path checks files modified in every changeset. # This is really slow on large repos, so compute the set lazily. class lazywantedset(object): def __init__(self): self.set = set() self.revs = set(revs) # No need to worry about locality here because it will be accessed # in the same order as the increasing window below. def __contains__(self, value): if value in self.set: return True elif not value in self.revs: return False else: self.revs.discard(value) ctx = change(value) if allfiles: matches = list(ctx.manifest().walk(match)) else: matches = [f for f in ctx.files() if match(f)] if matches: fncache[value] = matches self.set.add(value) return True return False def discard(self, value): self.revs.discard(value) self.set.discard(value) wanted = lazywantedset() # it might be worthwhile to do this in the iterator if the rev range # is descending and the prune args are all within that range for rev in opts.get(b'prune', ()): rev = repo[rev].rev() ff = _followfilter(repo) stop = min(revs[0], revs[-1]) for x in pycompat.xrange(rev, stop - 1, -1): if ff.match(x): wanted = wanted - [x] # Now that wanted is correctly initialized, we can iterate over the # revision range, yielding only revisions in wanted. def iterate(): if follow and match.always(): ff = _followfilter(repo, onlyfirst=opts.get(b'follow_first')) def want(rev): return ff.match(rev) and rev in wanted else: def want(rev): return rev in wanted it = iter(revs) stopiteration = False for windowsize in increasingwindows(): nrevs = [] for i in pycompat.xrange(windowsize): rev = next(it, None) if rev is None: stopiteration = True break elif want(rev): nrevs.append(rev) for rev in sorted(nrevs): fns = fncache.get(rev) ctx = change(rev) if not fns: def fns_generator(): if allfiles: def bad(f, msg): pass for f in ctx.matches(matchmod.badmatch(match, bad)): yield f else: for f in ctx.files(): if match(f): yield f fns = fns_generator() prepare(ctx, fns) for rev in nrevs: yield change(rev) if stopiteration: break return iterate() def add(ui, repo, match, prefix, uipathfn, explicitonly, **opts): bad = [] badfn = lambda x, y: bad.append(x) or match.bad(x, y) names = [] wctx = repo[None] cca = None abort, warn = scmutil.checkportabilityalert(ui) if abort or warn: cca = scmutil.casecollisionauditor(ui, abort, repo.dirstate) match = repo.narrowmatch(match, includeexact=True) badmatch = matchmod.badmatch(match, badfn) dirstate = repo.dirstate # We don't want to just call wctx.walk here, since it would return a lot of # clean files, which we aren't interested in and takes time. for f in sorted( dirstate.walk( badmatch, subrepos=sorted(wctx.substate), unknown=True, ignored=False, full=False, ) ): exact = match.exact(f) if exact or not explicitonly and f not in wctx and repo.wvfs.lexists(f): if cca: cca(f) names.append(f) if ui.verbose or not exact: ui.status( _(b'adding %s\n') % uipathfn(f), label=b'ui.addremove.added' ) for subpath in sorted(wctx.substate): sub = wctx.sub(subpath) try: submatch = matchmod.subdirmatcher(subpath, match) subprefix = repo.wvfs.reljoin(prefix, subpath) subuipathfn = scmutil.subdiruipathfn(subpath, uipathfn) if opts.get('subrepos'): bad.extend( sub.add(ui, submatch, subprefix, subuipathfn, False, **opts) ) else: bad.extend( sub.add(ui, submatch, subprefix, subuipathfn, True, **opts) ) except error.LookupError: ui.status( _(b"skipping missing subrepository: %s\n") % uipathfn(subpath) ) if not opts.get('dry_run'): rejected = wctx.add(names, prefix) bad.extend(f for f in rejected if f in match.files()) return bad def addwebdirpath(repo, serverpath, webconf): webconf[serverpath] = repo.root repo.ui.debug(b'adding %s = %s\n' % (serverpath, repo.root)) for r in repo.revs(b'filelog("path:.hgsub")'): ctx = repo[r] for subpath in ctx.substate: ctx.sub(subpath).addwebdirpath(serverpath, webconf) def forget( ui, repo, match, prefix, uipathfn, explicitonly, dryrun, interactive ): if dryrun and interactive: raise error.Abort(_(b"cannot specify both --dry-run and --interactive")) bad = [] badfn = lambda x, y: bad.append(x) or match.bad(x, y) wctx = repo[None] forgot = [] s = repo.status(match=matchmod.badmatch(match, badfn), clean=True) forget = sorted(s.modified + s.added + s.deleted + s.clean) if explicitonly: forget = [f for f in forget if match.exact(f)] for subpath in sorted(wctx.substate): sub = wctx.sub(subpath) submatch = matchmod.subdirmatcher(subpath, match) subprefix = repo.wvfs.reljoin(prefix, subpath) subuipathfn = scmutil.subdiruipathfn(subpath, uipathfn) try: subbad, subforgot = sub.forget( submatch, subprefix, subuipathfn, dryrun=dryrun, interactive=interactive, ) bad.extend([subpath + b'/' + f for f in subbad]) forgot.extend([subpath + b'/' + f for f in subforgot]) except error.LookupError: ui.status( _(b"skipping missing subrepository: %s\n") % uipathfn(subpath) ) if not explicitonly: for f in match.files(): if f not in repo.dirstate and not repo.wvfs.isdir(f): if f not in forgot: if repo.wvfs.exists(f): # Don't complain if the exact case match wasn't given. # But don't do this until after checking 'forgot', so # that subrepo files aren't normalized, and this op is # purely from data cached by the status walk above. if repo.dirstate.normalize(f) in repo.dirstate: continue ui.warn( _( b'not removing %s: ' b'file is already untracked\n' ) % uipathfn(f) ) bad.append(f) if interactive: responses = _( b'[Ynsa?]' b'$$ &Yes, forget this file' b'$$ &No, skip this file' b'$$ &Skip remaining files' b'$$ Include &all remaining files' b'$$ &? (display help)' ) for filename in forget[:]: r = ui.promptchoice( _(b'forget %s %s') % (uipathfn(filename), responses) ) if r == 4: # ? while r == 4: for c, t in ui.extractchoices(responses)[1]: ui.write(b'%s - %s\n' % (c, encoding.lower(t))) r = ui.promptchoice( _(b'forget %s %s') % (uipathfn(filename), responses) ) if r == 0: # yes continue elif r == 1: # no forget.remove(filename) elif r == 2: # Skip fnindex = forget.index(filename) del forget[fnindex:] break elif r == 3: # All break for f in forget: if ui.verbose or not match.exact(f) or interactive: ui.status( _(b'removing %s\n') % uipathfn(f), label=b'ui.addremove.removed' ) if not dryrun: rejected = wctx.forget(forget, prefix) bad.extend(f for f in rejected if f in match.files()) forgot.extend(f for f in forget if f not in rejected) return bad, forgot def files(ui, ctx, m, uipathfn, fm, fmt, subrepos): ret = 1 needsfctx = ui.verbose or {b'size', b'flags'} & fm.datahint() if fm.isplain() and not needsfctx: # Fast path. The speed-up comes from skipping the formatter, and batching # calls to ui.write. buf = [] for f in ctx.matches(m): buf.append(fmt % uipathfn(f)) if len(buf) > 100: ui.write(b''.join(buf)) del buf[:] ret = 0 if buf: ui.write(b''.join(buf)) else: for f in ctx.matches(m): fm.startitem() fm.context(ctx=ctx) if needsfctx: fc = ctx[f] fm.write(b'size flags', b'% 10d % 1s ', fc.size(), fc.flags()) fm.data(path=f) fm.plain(fmt % uipathfn(f)) ret = 0 for subpath in sorted(ctx.substate): submatch = matchmod.subdirmatcher(subpath, m) subuipathfn = scmutil.subdiruipathfn(subpath, uipathfn) if subrepos or m.exact(subpath) or any(submatch.files()): sub = ctx.sub(subpath) try: recurse = m.exact(subpath) or subrepos if ( sub.printfiles(ui, submatch, subuipathfn, fm, fmt, recurse) == 0 ): ret = 0 except error.LookupError: ui.status( _(b"skipping missing subrepository: %s\n") % uipathfn(subpath) ) return ret def remove( ui, repo, m, prefix, uipathfn, after, force, subrepos, dryrun, warnings=None ): ret = 0 s = repo.status(match=m, clean=True) modified, added, deleted, clean = s.modified, s.added, s.deleted, s.clean wctx = repo[None] if warnings is None: warnings = [] warn = True else: warn = False subs = sorted(wctx.substate) progress = ui.makeprogress( _(b'searching'), total=len(subs), unit=_(b'subrepos') ) for subpath in subs: submatch = matchmod.subdirmatcher(subpath, m) subprefix = repo.wvfs.reljoin(prefix, subpath) subuipathfn = scmutil.subdiruipathfn(subpath, uipathfn) if subrepos or m.exact(subpath) or any(submatch.files()): progress.increment() sub = wctx.sub(subpath) try: if sub.removefiles( submatch, subprefix, subuipathfn, after, force, subrepos, dryrun, warnings, ): ret = 1 except error.LookupError: warnings.append( _(b"skipping missing subrepository: %s\n") % uipathfn(subpath) ) progress.complete() # warn about failure to delete explicit files/dirs deleteddirs = pathutil.dirs(deleted) files = m.files() progress = ui.makeprogress( _(b'deleting'), total=len(files), unit=_(b'files') ) for f in files: def insubrepo(): for subpath in wctx.substate: if f.startswith(subpath + b'/'): return True return False progress.increment() isdir = f in deleteddirs or wctx.hasdir(f) if f in repo.dirstate or isdir or f == b'.' or insubrepo() or f in subs: continue if repo.wvfs.exists(f): if repo.wvfs.isdir(f): warnings.append( _(b'not removing %s: no tracked files\n') % uipathfn(f) ) else: warnings.append( _(b'not removing %s: file is untracked\n') % uipathfn(f) ) # missing files will generate a warning elsewhere ret = 1 progress.complete() if force: list = modified + deleted + clean + added elif after: list = deleted remaining = modified + added + clean progress = ui.makeprogress( _(b'skipping'), total=len(remaining), unit=_(b'files') ) for f in remaining: progress.increment() if ui.verbose or (f in files): warnings.append( _(b'not removing %s: file still exists\n') % uipathfn(f) ) ret = 1 progress.complete() else: list = deleted + clean progress = ui.makeprogress( _(b'skipping'), total=(len(modified) + len(added)), unit=_(b'files') ) for f in modified: progress.increment() warnings.append( _( b'not removing %s: file is modified (use -f' b' to force removal)\n' ) % uipathfn(f) ) ret = 1 for f in added: progress.increment() warnings.append( _( b"not removing %s: file has been marked for add" b" (use 'hg forget' to undo add)\n" ) % uipathfn(f) ) ret = 1 progress.complete() list = sorted(list) progress = ui.makeprogress( _(b'deleting'), total=len(list), unit=_(b'files') ) for f in list: if ui.verbose or not m.exact(f): progress.increment() ui.status( _(b'removing %s\n') % uipathfn(f), label=b'ui.addremove.removed' ) progress.complete() if not dryrun: with repo.wlock(): if not after: for f in list: if f in added: continue # we never unlink added files on remove rmdir = repo.ui.configbool( b'experimental', b'removeemptydirs' ) repo.wvfs.unlinkpath(f, ignoremissing=True, rmdir=rmdir) repo[None].forget(list) if warn: for warning in warnings: ui.warn(warning) return ret def _catfmtneedsdata(fm): return not fm.datahint() or b'data' in fm.datahint() def _updatecatformatter(fm, ctx, matcher, path, decode): """Hook for adding data to the formatter used by ``hg cat``. Extensions (e.g., lfs) can wrap this to inject keywords/data, but must call this method first.""" # data() can be expensive to fetch (e.g. lfs), so don't fetch it if it # wasn't requested. data = b'' if _catfmtneedsdata(fm): data = ctx[path].data() if decode: data = ctx.repo().wwritedata(path, data) fm.startitem() fm.context(ctx=ctx) fm.write(b'data', b'%s', data) fm.data(path=path) def cat(ui, repo, ctx, matcher, basefm, fntemplate, prefix, **opts): err = 1 opts = pycompat.byteskwargs(opts) def write(path): filename = None if fntemplate: filename = makefilename( ctx, fntemplate, pathname=os.path.join(prefix, path) ) # attempt to create the directory if it does not already exist try: os.makedirs(os.path.dirname(filename)) except OSError: pass with formatter.maybereopen(basefm, filename) as fm: _updatecatformatter(fm, ctx, matcher, path, opts.get(b'decode')) # Automation often uses hg cat on single files, so special case it # for performance to avoid the cost of parsing the manifest. if len(matcher.files()) == 1 and not matcher.anypats(): file = matcher.files()[0] mfl = repo.manifestlog mfnode = ctx.manifestnode() try: if mfnode and mfl[mfnode].find(file)[0]: if _catfmtneedsdata(basefm): scmutil.prefetchfiles(repo, [(ctx.rev(), matcher)]) write(file) return 0 except KeyError: pass if _catfmtneedsdata(basefm): scmutil.prefetchfiles(repo, [(ctx.rev(), matcher)]) for abs in ctx.walk(matcher): write(abs) err = 0 uipathfn = scmutil.getuipathfn(repo, legacyrelativevalue=True) for subpath in sorted(ctx.substate): sub = ctx.sub(subpath) try: submatch = matchmod.subdirmatcher(subpath, matcher) subprefix = os.path.join(prefix, subpath) if not sub.cat( submatch, basefm, fntemplate, subprefix, **pycompat.strkwargs(opts) ): err = 0 except error.RepoLookupError: ui.status( _(b"skipping missing subrepository: %s\n") % uipathfn(subpath) ) return err def commit(ui, repo, commitfunc, pats, opts): '''commit the specified files or all outstanding changes''' date = opts.get(b'date') if date: opts[b'date'] = dateutil.parsedate(date) message = logmessage(ui, opts) matcher = scmutil.match(repo[None], pats, opts) dsguard = None # extract addremove carefully -- this function can be called from a command # that doesn't support addremove if opts.get(b'addremove'): dsguard = dirstateguard.dirstateguard(repo, b'commit') with dsguard or util.nullcontextmanager(): if dsguard: relative = scmutil.anypats(pats, opts) uipathfn = scmutil.getuipathfn(repo, legacyrelativevalue=relative) if scmutil.addremove(repo, matcher, b"", uipathfn, opts) != 0: raise error.Abort( _(b"failed to mark all new/missing files as added/removed") ) return commitfunc(ui, repo, message, matcher, opts) def samefile(f, ctx1, ctx2): if f in ctx1.manifest(): a = ctx1.filectx(f) if f in ctx2.manifest(): b = ctx2.filectx(f) return not a.cmp(b) and a.flags() == b.flags() else: return False else: return f not in ctx2.manifest() def amend(ui, repo, old, extra, pats, opts): # avoid cycle context -> subrepo -> cmdutil from . import context # amend will reuse the existing user if not specified, but the obsolete # marker creation requires that the current user's name is specified. if obsolete.isenabled(repo, obsolete.createmarkersopt): ui.username() # raise exception if username not set ui.note(_(b'amending changeset %s\n') % old) base = old.p1() with repo.wlock(), repo.lock(), repo.transaction(b'amend'): # Participating changesets: # # wctx o - workingctx that contains changes from working copy # | to go into amending commit # | # old o - changeset to amend # | # base o - first parent of the changeset to amend wctx = repo[None] # Copy to avoid mutating input extra = extra.copy() # Update extra dict from amended commit (e.g. to preserve graft # source) extra.update(old.extra()) # Also update it from the from the wctx extra.update(wctx.extra()) # date-only change should be ignored? datemaydiffer = resolvecommitoptions(ui, opts) date = old.date() if opts.get(b'date'): date = dateutil.parsedate(opts.get(b'date')) user = opts.get(b'user') or old.user() if len(old.parents()) > 1: # ctx.files() isn't reliable for merges, so fall back to the # slower repo.status() method st = base.status(old) files = set(st.modified) | set(st.added) | set(st.removed) else: files = set(old.files()) # add/remove the files to the working copy if the "addremove" option # was specified. matcher = scmutil.match(wctx, pats, opts) relative = scmutil.anypats(pats, opts) uipathfn = scmutil.getuipathfn(repo, legacyrelativevalue=relative) if opts.get(b'addremove') and scmutil.addremove( repo, matcher, b"", uipathfn, opts ): raise error.Abort( _(b"failed to mark all new/missing files as added/removed") ) # Check subrepos. This depends on in-place wctx._status update in # subrepo.precommit(). To minimize the risk of this hack, we do # nothing if .hgsub does not exist. if b'.hgsub' in wctx or b'.hgsub' in old: subs, commitsubs, newsubstate = subrepoutil.precommit( ui, wctx, wctx._status, matcher ) # amend should abort if commitsubrepos is enabled assert not commitsubs if subs: subrepoutil.writestate(repo, newsubstate) ms = mergestatemod.mergestate.read(repo) mergeutil.checkunresolved(ms) filestoamend = {f for f in wctx.files() if matcher(f)} changes = len(filestoamend) > 0 if changes: # Recompute copies (avoid recording a -> b -> a) copied = copies.pathcopies(base, wctx, matcher) if old.p2: copied.update(copies.pathcopies(old.p2(), wctx, matcher)) # Prune files which were reverted by the updates: if old # introduced file X and the file was renamed in the working # copy, then those two files are the same and # we can discard X from our list of files. Likewise if X # was removed, it's no longer relevant. If X is missing (aka # deleted), old X must be preserved. files.update(filestoamend) files = [ f for f in files if (f not in filestoamend or not samefile(f, wctx, base)) ] def filectxfn(repo, ctx_, path): try: # If the file being considered is not amongst the files # to be amended, we should return the file context from the # old changeset. This avoids issues when only some files in # the working copy are being amended but there are also # changes to other files from the old changeset. if path not in filestoamend: return old.filectx(path) # Return None for removed files. if path in wctx.removed(): return None fctx = wctx[path] flags = fctx.flags() mctx = context.memfilectx( repo, ctx_, fctx.path(), fctx.data(), islink=b'l' in flags, isexec=b'x' in flags, copysource=copied.get(path), ) return mctx except KeyError: return None else: ui.note(_(b'copying changeset %s to %s\n') % (old, base)) # Use version of files as in the old cset def filectxfn(repo, ctx_, path): try: return old.filectx(path) except KeyError: return None # See if we got a message from -m or -l, if not, open the editor with # the message of the changeset to amend. message = logmessage(ui, opts) editform = mergeeditform(old, b'commit.amend') if not message: message = old.description() # Default if message isn't provided and --edit is not passed is to # invoke editor, but allow --no-edit. If somehow we don't have any # description, let's always start the editor. doedit = not message or opts.get(b'edit') in [True, None] else: # Default if message is provided is to not invoke editor, but allow # --edit. doedit = opts.get(b'edit') is True editor = getcommiteditor(edit=doedit, editform=editform) pureextra = extra.copy() extra[b'amend_source'] = old.hex() new = context.memctx( repo, parents=[base.node(), old.p2().node()], text=message, files=files, filectxfn=filectxfn, user=user, date=date, extra=extra, editor=editor, ) newdesc = changelog.stripdesc(new.description()) if ( (not changes) and newdesc == old.description() and user == old.user() and (date == old.date() or datemaydiffer) and pureextra == old.extra() ): # nothing changed. continuing here would create a new node # anyway because of the amend_source noise. # # This not what we expect from amend. return old.node() commitphase = None if opts.get(b'secret'): commitphase = phases.secret newid = repo.commitctx(new) # Reroute the working copy parent to the new changeset repo.setparents(newid, nullid) mapping = {old.node(): (newid,)} obsmetadata = None if opts.get(b'note'): obsmetadata = {b'note': encoding.fromlocal(opts[b'note'])} backup = ui.configbool(b'rewrite', b'backup-bundle') scmutil.cleanupnodes( repo, mapping, b'amend', metadata=obsmetadata, fixphase=True, targetphase=commitphase, backup=backup, ) # Fixing the dirstate because localrepo.commitctx does not update # it. This is rather convenient because we did not need to update # the dirstate for all the files in the new commit which commitctx # could have done if it updated the dirstate. Now, we can # selectively update the dirstate only for the amended files. dirstate = repo.dirstate # Update the state of the files which were added and modified in the # amend to "normal" in the dirstate. We need to use "normallookup" since # the files may have changed since the command started; using "normal" # would mark them as clean but with uncommitted contents. normalfiles = set(wctx.modified() + wctx.added()) & filestoamend for f in normalfiles: dirstate.normallookup(f) # Update the state of files which were removed in the amend # to "removed" in the dirstate. removedfiles = set(wctx.removed()) & filestoamend for f in removedfiles: dirstate.drop(f) return newid def commiteditor(repo, ctx, subs, editform=b''): if ctx.description(): return ctx.description() return commitforceeditor( repo, ctx, subs, editform=editform, unchangedmessagedetection=True ) def commitforceeditor( repo, ctx, subs, finishdesc=None, extramsg=None, editform=b'', unchangedmessagedetection=False, ): if not extramsg: extramsg = _(b"Leave message empty to abort commit.") forms = [e for e in editform.split(b'.') if e] forms.insert(0, b'changeset') templatetext = None while forms: ref = b'.'.join(forms) if repo.ui.config(b'committemplate', ref): templatetext = committext = buildcommittemplate( repo, ctx, subs, extramsg, ref ) break forms.pop() else: committext = buildcommittext(repo, ctx, subs, extramsg) # run editor in the repository root olddir = encoding.getcwd() os.chdir(repo.root) # make in-memory changes visible to external process tr = repo.currenttransaction() repo.dirstate.write(tr) pending = tr and tr.writepending() and repo.root editortext = repo.ui.edit( committext, ctx.user(), ctx.extra(), editform=editform, pending=pending, repopath=repo.path, action=b'commit', ) text = editortext # strip away anything below this special string (used for editors that want # to display the diff) stripbelow = re.search(_linebelow, text, flags=re.MULTILINE) if stripbelow: text = text[: stripbelow.start()] text = re.sub(b"(?m)^HG:.*(\n|$)", b"", text) os.chdir(olddir) if finishdesc: text = finishdesc(text) if not text.strip(): raise error.Abort(_(b"empty commit message")) if unchangedmessagedetection and editortext == templatetext: raise error.Abort(_(b"commit message unchanged")) return text def buildcommittemplate(repo, ctx, subs, extramsg, ref): ui = repo.ui spec = formatter.templatespec(ref, None, None) t = logcmdutil.changesettemplater(ui, repo, spec) t.t.cache.update( (k, templater.unquotestring(v)) for k, v in repo.ui.configitems(b'committemplate') ) if not extramsg: extramsg = b'' # ensure that extramsg is string ui.pushbuffer() t.show(ctx, extramsg=extramsg) return ui.popbuffer() def hgprefix(msg): return b"\n".join([b"HG: %s" % a for a in msg.split(b"\n") if a]) def buildcommittext(repo, ctx, subs, extramsg): edittext = [] modified, added, removed = ctx.modified(), ctx.added(), ctx.removed() if ctx.description(): edittext.append(ctx.description()) edittext.append(b"") edittext.append(b"") # Empty line between message and comments. edittext.append( hgprefix( _( b"Enter commit message." b" Lines beginning with 'HG:' are removed." ) ) ) edittext.append(hgprefix(extramsg)) edittext.append(b"HG: --") edittext.append(hgprefix(_(b"user: %s") % ctx.user())) if ctx.p2(): edittext.append(hgprefix(_(b"branch merge"))) if ctx.branch(): edittext.append(hgprefix(_(b"branch '%s'") % ctx.branch())) if bookmarks.isactivewdirparent(repo): edittext.append(hgprefix(_(b"bookmark '%s'") % repo._activebookmark)) edittext.extend([hgprefix(_(b"subrepo %s") % s) for s in subs]) edittext.extend([hgprefix(_(b"added %s") % f) for f in added]) edittext.extend([hgprefix(_(b"changed %s") % f) for f in modified]) edittext.extend([hgprefix(_(b"removed %s") % f) for f in removed]) if not added and not modified and not removed: edittext.append(hgprefix(_(b"no files changed"))) edittext.append(b"") return b"\n".join(edittext) def commitstatus(repo, node, branch, bheads=None, opts=None): if opts is None: opts = {} ctx = repo[node] parents = ctx.parents() if ( not opts.get(b'amend') and bheads and node not in bheads and not any( p.node() in bheads and p.branch() == branch for p in parents ) ): repo.ui.status(_(b'created new head\n')) # The message is not printed for initial roots. For the other # changesets, it is printed in the following situations: # # Par column: for the 2 parents with ... # N: null or no parent # B: parent is on another named branch # C: parent is a regular non head changeset # H: parent was a branch head of the current branch # Msg column: whether we print "created new head" message # In the following, it is assumed that there already exists some # initial branch heads of the current branch, otherwise nothing is # printed anyway. # # Par Msg Comment # N N y additional topo root # # B N y additional branch root # C N y additional topo head # H N n usual case # # B B y weird additional branch root # C B y branch merge # H B n merge with named branch # # C C y additional head from merge # C H n merge with a head # # H H n head merge: head count decreases if not opts.get(b'close_branch'): for r in parents: if r.closesbranch() and r.branch() == branch: repo.ui.status( _(b'reopening closed branch head %d\n') % r.rev() ) if repo.ui.debugflag: repo.ui.write( _(b'committed changeset %d:%s\n') % (ctx.rev(), ctx.hex()) ) elif repo.ui.verbose: repo.ui.write(_(b'committed changeset %d:%s\n') % (ctx.rev(), ctx)) def postcommitstatus(repo, pats, opts): return repo.status(match=scmutil.match(repo[None], pats, opts)) def revert(ui, repo, ctx, parents, *pats, **opts): opts = pycompat.byteskwargs(opts) parent, p2 = parents node = ctx.node() mf = ctx.manifest() if node == p2: parent = p2 # need all matching names in dirstate and manifest of target rev, # so have to walk both. do not print errors if files exist in one # but not other. in both cases, filesets should be evaluated against # workingctx to get consistent result (issue4497). this means 'set:**' # cannot be used to select missing files from target rev. # `names` is a mapping for all elements in working copy and target revision # The mapping is in the form: # <abs path in repo> -> (<path from CWD>, <exactly specified by matcher?>) names = {} uipathfn = scmutil.getuipathfn(repo, legacyrelativevalue=True) with repo.wlock(): ## filling of the `names` mapping # walk dirstate to fill `names` interactive = opts.get(b'interactive', False) wctx = repo[None] m = scmutil.match(wctx, pats, opts) # we'll need this later targetsubs = sorted(s for s in wctx.substate if m(s)) if not m.always(): matcher = matchmod.badmatch(m, lambda x, y: False) for abs in wctx.walk(matcher): names[abs] = m.exact(abs) # walk target manifest to fill `names` def badfn(path, msg): if path in names: return if path in ctx.substate: return path_ = path + b'/' for f in names: if f.startswith(path_): return ui.warn(b"%s: %s\n" % (uipathfn(path), msg)) for abs in ctx.walk(matchmod.badmatch(m, badfn)): if abs not in names: names[abs] = m.exact(abs) # Find status of all file in `names`. m = scmutil.matchfiles(repo, names) changes = repo.status( node1=node, match=m, unknown=True, ignored=True, clean=True ) else: changes = repo.status(node1=node, match=m) for kind in changes: for abs in kind: names[abs] = m.exact(abs) m = scmutil.matchfiles(repo, names) modified = set(changes.modified) added = set(changes.added) removed = set(changes.removed) _deleted = set(changes.deleted) unknown = set(changes.unknown) unknown.update(changes.ignored) clean = set(changes.clean) modadded = set() # We need to account for the state of the file in the dirstate, # even when we revert against something else than parent. This will # slightly alter the behavior of revert (doing back up or not, delete # or just forget etc). if parent == node: dsmodified = modified dsadded = added dsremoved = removed # store all local modifications, useful later for rename detection localchanges = dsmodified | dsadded modified, added, removed = set(), set(), set() else: changes = repo.status(node1=parent, match=m) dsmodified = set(changes.modified) dsadded = set(changes.added) dsremoved = set(changes.removed) # store all local modifications, useful later for rename detection localchanges = dsmodified | dsadded # only take into account for removes between wc and target clean |= dsremoved - removed dsremoved &= removed # distinct between dirstate remove and other removed -= dsremoved modadded = added & dsmodified added -= modadded # tell newly modified apart. dsmodified &= modified dsmodified |= modified & dsadded # dirstate added may need backup modified -= dsmodified # We need to wait for some post-processing to update this set # before making the distinction. The dirstate will be used for # that purpose. dsadded = added # in case of merge, files that are actually added can be reported as # modified, we need to post process the result if p2 != nullid: mergeadd = set(dsmodified) for path in dsmodified: if path in mf: mergeadd.remove(path) dsadded |= mergeadd dsmodified -= mergeadd # if f is a rename, update `names` to also revert the source for f in localchanges: src = repo.dirstate.copied(f) # XXX should we check for rename down to target node? if src and src not in names and repo.dirstate[src] == b'r': dsremoved.add(src) names[src] = True # determine the exact nature of the deleted changesets deladded = set(_deleted) for path in _deleted: if path in mf: deladded.remove(path) deleted = _deleted - deladded # distinguish between file to forget and the other added = set() for abs in dsadded: if repo.dirstate[abs] != b'a': added.add(abs) dsadded -= added for abs in deladded: if repo.dirstate[abs] == b'a': dsadded.add(abs) deladded -= dsadded # For files marked as removed, we check if an unknown file is present at # the same path. If a such file exists it may need to be backed up. # Making the distinction at this stage helps have simpler backup # logic. removunk = set() for abs in removed: target = repo.wjoin(abs) if os.path.lexists(target): removunk.add(abs) removed -= removunk dsremovunk = set() for abs in dsremoved: target = repo.wjoin(abs) if os.path.lexists(target): dsremovunk.add(abs) dsremoved -= dsremovunk # action to be actually performed by revert # (<list of file>, message>) tuple actions = { b'revert': ([], _(b'reverting %s\n')), b'add': ([], _(b'adding %s\n')), b'remove': ([], _(b'removing %s\n')), b'drop': ([], _(b'removing %s\n')), b'forget': ([], _(b'forgetting %s\n')), b'undelete': ([], _(b'undeleting %s\n')), b'noop': (None, _(b'no changes needed to %s\n')), b'unknown': (None, _(b'file not managed: %s\n')), } # "constant" that convey the backup strategy. # All set to `discard` if `no-backup` is set do avoid checking # no_backup lower in the code. # These values are ordered for comparison purposes backupinteractive = 3 # do backup if interactively modified backup = 2 # unconditionally do backup check = 1 # check if the existing file differs from target discard = 0 # never do backup if opts.get(b'no_backup'): backupinteractive = backup = check = discard if interactive: dsmodifiedbackup = backupinteractive else: dsmodifiedbackup = backup tobackup = set() backupanddel = actions[b'remove'] if not opts.get(b'no_backup'): backupanddel = actions[b'drop'] disptable = ( # dispatch table: # file state # action # make backup ## Sets that results that will change file on disk # Modified compared to target, no local change (modified, actions[b'revert'], discard), # Modified compared to target, but local file is deleted (deleted, actions[b'revert'], discard), # Modified compared to target, local change (dsmodified, actions[b'revert'], dsmodifiedbackup), # Added since target (added, actions[b'remove'], discard), # Added in working directory (dsadded, actions[b'forget'], discard), # Added since target, have local modification (modadded, backupanddel, backup), # Added since target but file is missing in working directory (deladded, actions[b'drop'], discard), # Removed since target, before working copy parent (removed, actions[b'add'], discard), # Same as `removed` but an unknown file exists at the same path (removunk, actions[b'add'], check), # Removed since targe, marked as such in working copy parent (dsremoved, actions[b'undelete'], discard), # Same as `dsremoved` but an unknown file exists at the same path (dsremovunk, actions[b'undelete'], check), ## the following sets does not result in any file changes # File with no modification (clean, actions[b'noop'], discard), # Existing file, not tracked anywhere (unknown, actions[b'unknown'], discard), ) for abs, exact in sorted(names.items()): # target file to be touch on disk (relative to cwd) target = repo.wjoin(abs) # search the entry in the dispatch table. # if the file is in any of these sets, it was touched in the working # directory parent and we are sure it needs to be reverted. for table, (xlist, msg), dobackup in disptable: if abs not in table: continue if xlist is not None: xlist.append(abs) if dobackup: # If in interactive mode, don't automatically create # .orig files (issue4793) if dobackup == backupinteractive: tobackup.add(abs) elif backup <= dobackup or wctx[abs].cmp(ctx[abs]): absbakname = scmutil.backuppath(ui, repo, abs) bakname = os.path.relpath( absbakname, start=repo.root ) ui.note( _(b'saving current version of %s as %s\n') % (uipathfn(abs), uipathfn(bakname)) ) if not opts.get(b'dry_run'): if interactive: util.copyfile(target, absbakname) else: util.rename(target, absbakname) if opts.get(b'dry_run'): if ui.verbose or not exact: ui.status(msg % uipathfn(abs)) elif exact: ui.warn(msg % uipathfn(abs)) break if not opts.get(b'dry_run'): needdata = (b'revert', b'add', b'undelete') oplist = [actions[name][0] for name in needdata] prefetch = scmutil.prefetchfiles matchfiles = scmutil.matchfiles( repo, [f for sublist in oplist for f in sublist] ) prefetch( repo, [(ctx.rev(), matchfiles)], ) match = scmutil.match(repo[None], pats) _performrevert( repo, parents, ctx, names, uipathfn, actions, match, interactive, tobackup, ) if targetsubs: # Revert the subrepos on the revert list for sub in targetsubs: try: wctx.sub(sub).revert( ctx.substate[sub], *pats, **pycompat.strkwargs(opts) ) except KeyError: raise error.Abort( b"subrepository '%s' does not exist in %s!" % (sub, short(ctx.node())) ) def _performrevert( repo, parents, ctx, names, uipathfn, actions, match, interactive=False, tobackup=None, ): """function that actually perform all the actions computed for revert This is an independent function to let extension to plug in and react to the imminent revert. Make sure you have the working directory locked when calling this function. """ parent, p2 = parents node = ctx.node() excluded_files = [] def checkout(f): fc = ctx[f] repo.wwrite(f, fc.data(), fc.flags()) def doremove(f): try: rmdir = repo.ui.configbool(b'experimental', b'removeemptydirs') repo.wvfs.unlinkpath(f, rmdir=rmdir) except OSError: pass repo.dirstate.remove(f) def prntstatusmsg(action, f): exact = names[f] if repo.ui.verbose or not exact: repo.ui.status(actions[action][1] % uipathfn(f)) audit_path = pathutil.pathauditor(repo.root, cached=True) for f in actions[b'forget'][0]: if interactive: choice = repo.ui.promptchoice( _(b"forget added file %s (Yn)?$$ &Yes $$ &No") % uipathfn(f) ) if choice == 0: prntstatusmsg(b'forget', f) repo.dirstate.drop(f) else: excluded_files.append(f) else: prntstatusmsg(b'forget', f) repo.dirstate.drop(f) for f in actions[b'remove'][0]: audit_path(f) if interactive: choice = repo.ui.promptchoice( _(b"remove added file %s (Yn)?$$ &Yes $$ &No") % uipathfn(f) ) if choice == 0: prntstatusmsg(b'remove', f) doremove(f) else: excluded_files.append(f) else: prntstatusmsg(b'remove', f) doremove(f) for f in actions[b'drop'][0]: audit_path(f) prntstatusmsg(b'drop', f) repo.dirstate.remove(f) normal = None if node == parent: # We're reverting to our parent. If possible, we'd like status # to report the file as clean. We have to use normallookup for # merges to avoid losing information about merged/dirty files. if p2 != nullid: normal = repo.dirstate.normallookup else: normal = repo.dirstate.normal newlyaddedandmodifiedfiles = set() if interactive: # Prompt the user for changes to revert torevert = [f for f in actions[b'revert'][0] if f not in excluded_files] m = scmutil.matchfiles(repo, torevert) diffopts = patch.difffeatureopts( repo.ui, whitespace=True, section=b'commands', configprefix=b'revert.interactive.', ) diffopts.nodates = True diffopts.git = True operation = b'apply' if node == parent: if repo.ui.configbool( b'experimental', b'revert.interactive.select-to-keep' ): operation = b'keep' else: operation = b'discard' if operation == b'apply': diff = patch.diff(repo, None, ctx.node(), m, opts=diffopts) else: diff = patch.diff(repo, ctx.node(), None, m, opts=diffopts) originalchunks = patch.parsepatch(diff) try: chunks, opts = recordfilter( repo.ui, originalchunks, match, operation=operation ) if operation == b'discard': chunks = patch.reversehunks(chunks) except error.PatchError as err: raise error.Abort(_(b'error parsing patch: %s') % err) # FIXME: when doing an interactive revert of a copy, there's no way of # performing a partial revert of the added file, the only option is # "remove added file <name> (Yn)?", so we don't need to worry about the # alsorestore value. Ideally we'd be able to partially revert # copied/renamed files. newlyaddedandmodifiedfiles, unusedalsorestore = newandmodified( chunks, originalchunks ) if tobackup is None: tobackup = set() # Apply changes fp = stringio() # chunks are serialized per file, but files aren't sorted for f in sorted({c.header.filename() for c in chunks if ishunk(c)}): prntstatusmsg(b'revert', f) files = set() for c in chunks: if ishunk(c): abs = c.header.filename() # Create a backup file only if this hunk should be backed up if c.header.filename() in tobackup: target = repo.wjoin(abs) bakname = scmutil.backuppath(repo.ui, repo, abs) util.copyfile(target, bakname) tobackup.remove(abs) if abs not in files: files.add(abs) if operation == b'keep': checkout(abs) c.write(fp) dopatch = fp.tell() fp.seek(0) if dopatch: try: patch.internalpatch(repo.ui, repo, fp, 1, eolmode=None) except error.PatchError as err: raise error.Abort(pycompat.bytestr(err)) del fp else: for f in actions[b'revert'][0]: prntstatusmsg(b'revert', f) checkout(f) if normal: normal(f) for f in actions[b'add'][0]: # Don't checkout modified files, they are already created by the diff if f not in newlyaddedandmodifiedfiles: prntstatusmsg(b'add', f) checkout(f) repo.dirstate.add(f) normal = repo.dirstate.normallookup if node == parent and p2 == nullid: normal = repo.dirstate.normal for f in actions[b'undelete'][0]: if interactive: choice = repo.ui.promptchoice( _(b"add back removed file %s (Yn)?$$ &Yes $$ &No") % f ) if choice == 0: prntstatusmsg(b'undelete', f) checkout(f) normal(f) else: excluded_files.append(f) else: prntstatusmsg(b'undelete', f) checkout(f) normal(f) copied = copies.pathcopies(repo[parent], ctx) for f in ( actions[b'add'][0] + actions[b'undelete'][0] + actions[b'revert'][0] ): if f in copied: repo.dirstate.copy(copied[f], f) # a list of (ui, repo, otherpeer, opts, missing) functions called by # commands.outgoing. "missing" is "missing" of the result of # "findcommonoutgoing()" outgoinghooks = util.hooks() # a list of (ui, repo) functions called by commands.summary summaryhooks = util.hooks() # a list of (ui, repo, opts, changes) functions called by commands.summary. # # functions should return tuple of booleans below, if 'changes' is None: # (whether-incomings-are-needed, whether-outgoings-are-needed) # # otherwise, 'changes' is a tuple of tuples below: # - (sourceurl, sourcebranch, sourcepeer, incoming) # - (desturl, destbranch, destpeer, outgoing) summaryremotehooks = util.hooks() def checkunfinished(repo, commit=False, skipmerge=False): '''Look for an unfinished multistep operation, like graft, and abort if found. It's probably good to check this right before bailifchanged(). ''' # Check for non-clearable states first, so things like rebase will take # precedence over update. for state in statemod._unfinishedstates: if ( state._clearable or (commit and state._allowcommit) or state._reportonly ): continue if state.isunfinished(repo): raise error.Abort(state.msg(), hint=state.hint()) for s in statemod._unfinishedstates: if ( not s._clearable or (commit and s._allowcommit) or (s._opname == b'merge' and skipmerge) or s._reportonly ): continue if s.isunfinished(repo): raise error.Abort(s.msg(), hint=s.hint()) def clearunfinished(repo): '''Check for unfinished operations (as above), and clear the ones that are clearable. ''' for state in statemod._unfinishedstates: if state._reportonly: continue if not state._clearable and state.isunfinished(repo): raise error.Abort(state.msg(), hint=state.hint()) for s in statemod._unfinishedstates: if s._opname == b'merge' or state._reportonly: continue if s._clearable and s.isunfinished(repo): util.unlink(repo.vfs.join(s._fname)) def getunfinishedstate(repo): ''' Checks for unfinished operations and returns statecheck object for it''' for state in statemod._unfinishedstates: if state.isunfinished(repo): return state return None def howtocontinue(repo): '''Check for an unfinished operation and return the command to finish it. statemod._unfinishedstates list is checked for an unfinished operation and the corresponding message to finish it is generated if a method to continue is supported by the operation. Returns a (msg, warning) tuple. 'msg' is a string and 'warning' is a boolean. ''' contmsg = _(b"continue: %s") for state in statemod._unfinishedstates: if not state._continueflag: continue if state.isunfinished(repo): return contmsg % state.continuemsg(), True if repo[None].dirty(missing=True, merge=False, branch=False): return contmsg % _(b"hg commit"), False return None, None def checkafterresolved(repo): '''Inform the user about the next action after completing hg resolve If there's a an unfinished operation that supports continue flag, howtocontinue will yield repo.ui.warn as the reporter. Otherwise, it will yield repo.ui.note. ''' msg, warning = howtocontinue(repo) if msg is not None: if warning: repo.ui.warn(b"%s\n" % msg) else: repo.ui.note(b"%s\n" % msg) def wrongtooltocontinue(repo, task): '''Raise an abort suggesting how to properly continue if there is an active task. Uses howtocontinue() to find the active task. If there's no task (repo.ui.note for 'hg commit'), it does not offer a hint. ''' after = howtocontinue(repo) hint = None if after[1]: hint = after[0] raise error.Abort(_(b'no %s in progress') % task, hint=hint) def abortgraft(ui, repo, graftstate): """abort the interrupted graft and rollbacks to the state before interrupted graft""" if not graftstate.exists(): raise error.Abort(_(b"no interrupted graft to abort")) statedata = readgraftstate(repo, graftstate) newnodes = statedata.get(b'newnodes') if newnodes is None: # and old graft state which does not have all the data required to abort # the graft raise error.Abort(_(b"cannot abort using an old graftstate")) # changeset from which graft operation was started if len(newnodes) > 0: startctx = repo[newnodes[0]].p1() else: startctx = repo[b'.'] # whether to strip or not cleanup = False from . import hg if newnodes: newnodes = [repo[r].rev() for r in newnodes] cleanup = True # checking that none of the newnodes turned public or is public immutable = [c for c in newnodes if not repo[c].mutable()] if immutable: repo.ui.warn( _(b"cannot clean up public changesets %s\n") % b', '.join(bytes(repo[r]) for r in immutable), hint=_(b"see 'hg help phases' for details"), ) cleanup = False # checking that no new nodes are created on top of grafted revs desc = set(repo.changelog.descendants(newnodes)) if desc - set(newnodes): repo.ui.warn( _( b"new changesets detected on destination " b"branch, can't strip\n" ) ) cleanup = False if cleanup: with repo.wlock(), repo.lock(): hg.updaterepo(repo, startctx.node(), overwrite=True) # stripping the new nodes created strippoints = [ c.node() for c in repo.set(b"roots(%ld)", newnodes) ] repair.strip(repo.ui, repo, strippoints, backup=False) if not cleanup: # we don't update to the startnode if we can't strip startctx = repo[b'.'] hg.updaterepo(repo, startctx.node(), overwrite=True) ui.status(_(b"graft aborted\n")) ui.status(_(b"working directory is now at %s\n") % startctx.hex()[:12]) graftstate.delete() return 0 def readgraftstate(repo, graftstate): # type: (Any, statemod.cmdstate) -> Dict[bytes, Any] """read the graft state file and return a dict of the data stored in it""" try: return graftstate.read() except error.CorruptedState: nodes = repo.vfs.read(b'graftstate').splitlines() return {b'nodes': nodes} def hgabortgraft(ui, repo): """ abort logic for aborting graft using 'hg abort'""" with repo.wlock(): graftstate = statemod.cmdstate(repo, b'graftstate') return abortgraft(ui, repo, graftstate)