# queue.py - patch queues for mercurial # # Copyright 2005, 2006 Chris Mason # # This software may be used and distributed according to the terms # of the GNU General Public License, incorporated herein by reference. '''patch management and development This extension lets you work with a stack of patches in a Mercurial repository. It manages two stacks of patches - all known patches, and applied patches (subset of known patches). Known patches are represented as patch files in the .hg/patches directory. Applied patches are both patch files and changesets. Common tasks (use "hg help command" for more details): prepare repository to work with patches qinit create new patch qnew import existing patch qimport print patch series qseries print applied patches qapplied print name of top applied patch qtop add known patch to applied stack qpush remove patch from applied stack qpop refresh contents of top applied patch qrefresh ''' from mercurial.i18n import _ from mercurial import commands, cmdutil, hg, patch, revlog, util, changegroup import os, sys, re, errno commands.norepo += " qclone qversion" class statusentry: def __init__(self, rev, name=None): if not name: fields = rev.split(':', 1) if len(fields) == 2: self.rev, self.name = fields else: self.rev, self.name = None, None else: self.rev, self.name = rev, name def __str__(self): return self.rev + ':' + self.name class queue: def __init__(self, ui, path, patchdir=None): self.basepath = path self.path = patchdir or os.path.join(path, "patches") self.opener = util.opener(self.path) self.ui = ui self.applied = [] self.full_series = [] self.applied_dirty = 0 self.series_dirty = 0 self.series_path = "series" self.status_path = "status" self.guards_path = "guards" self.active_guards = None self.guards_dirty = False self._diffopts = None if os.path.exists(self.join(self.series_path)): self.full_series = self.opener(self.series_path).read().splitlines() self.parse_series() if os.path.exists(self.join(self.status_path)): lines = self.opener(self.status_path).read().splitlines() self.applied = [statusentry(l) for l in lines] def diffopts(self): if self._diffopts is None: self._diffopts = patch.diffopts(self.ui) return self._diffopts def join(self, *p): return os.path.join(self.path, *p) def find_series(self, patch): pre = re.compile("(\s*)([^#]+)") index = 0 for l in self.full_series: m = pre.match(l) if m: s = m.group(2) s = s.rstrip() if s == patch: return index index += 1 return None guard_re = re.compile(r'\s?#([-+][^-+# \t\r\n\f][^# \t\r\n\f]*)') def parse_series(self): self.series = [] self.series_guards = [] for l in self.full_series: h = l.find('#') if h == -1: patch = l comment = '' elif h == 0: continue else: patch = l[:h] comment = l[h:] patch = patch.strip() if patch: if patch in self.series: raise util.Abort(_('%s appears more than once in %s') % (patch, self.join(self.series_path))) self.series.append(patch) self.series_guards.append(self.guard_re.findall(comment)) def check_guard(self, guard): bad_chars = '# \t\r\n\f' first = guard[0] for c in '-+': if first == c: return (_('guard %r starts with invalid character: %r') % (guard, c)) for c in bad_chars: if c in guard: return _('invalid character in guard %r: %r') % (guard, c) def set_active(self, guards): for guard in guards: bad = self.check_guard(guard) if bad: raise util.Abort(bad) guards = dict.fromkeys(guards).keys() guards.sort() self.ui.debug('active guards: %s\n' % ' '.join(guards)) self.active_guards = guards self.guards_dirty = True def active(self): if self.active_guards is None: self.active_guards = [] try: guards = self.opener(self.guards_path).read().split() except IOError, err: if err.errno != errno.ENOENT: raise guards = [] for i, guard in enumerate(guards): bad = self.check_guard(guard) if bad: self.ui.warn('%s:%d: %s\n' % (self.join(self.guards_path), i + 1, bad)) else: self.active_guards.append(guard) return self.active_guards def set_guards(self, idx, guards): for g in guards: if len(g) < 2: raise util.Abort(_('guard %r too short') % g) if g[0] not in '-+': raise util.Abort(_('guard %r starts with invalid char') % g) bad = self.check_guard(g[1:]) if bad: raise util.Abort(bad) drop = self.guard_re.sub('', self.full_series[idx]) self.full_series[idx] = drop + ''.join([' #' + g for g in guards]) self.parse_series() self.series_dirty = True def pushable(self, idx): if isinstance(idx, str): idx = self.series.index(idx) patchguards = self.series_guards[idx] if not patchguards: return True, None default = False guards = self.active() exactneg = [g for g in patchguards if g[0] == '-' and g[1:] in guards] if exactneg: return False, exactneg[0] pos = [g for g in patchguards if g[0] == '+'] exactpos = [g for g in pos if g[1:] in guards] if pos: if exactpos: return True, exactpos[0] return False, pos return True, '' def explain_pushable(self, idx, all_patches=False): write = all_patches and self.ui.write or self.ui.warn if all_patches or self.ui.verbose: if isinstance(idx, str): idx = self.series.index(idx) pushable, why = self.pushable(idx) if all_patches and pushable: if why is None: write(_('allowing %s - no guards in effect\n') % self.series[idx]) else: if not why: write(_('allowing %s - no matching negative guards\n') % self.series[idx]) else: write(_('allowing %s - guarded by %r\n') % (self.series[idx], why)) if not pushable: if why: write(_('skipping %s - guarded by %r\n') % (self.series[idx], why)) else: write(_('skipping %s - no matching guards\n') % self.series[idx]) def save_dirty(self): def write_list(items, path): fp = self.opener(path, 'w') for i in items: print >> fp, i fp.close() if self.applied_dirty: write_list(map(str, self.applied), self.status_path) if self.series_dirty: write_list(self.full_series, self.series_path) if self.guards_dirty: write_list(self.active_guards, self.guards_path) def readheaders(self, patch): def eatdiff(lines): while lines: l = lines[-1] if (l.startswith("diff -") or l.startswith("Index:") or l.startswith("===========")): del lines[-1] else: break def eatempty(lines): while lines: l = lines[-1] if re.match('\s*$', l): del lines[-1] else: break pf = self.join(patch) message = [] comments = [] user = None date = None format = None subject = None diffstart = 0 for line in file(pf): line = line.rstrip() if line.startswith('diff --git'): diffstart = 2 break if diffstart: if line.startswith('+++ '): diffstart = 2 break if line.startswith("--- "): diffstart = 1 continue elif format == "hgpatch": # parse values when importing the result of an hg export if line.startswith("# User "): user = line[7:] elif line.startswith("# Date "): date = line[7:] elif not line.startswith("# ") and line: message.append(line) format = None elif line == '# HG changeset patch': format = "hgpatch" elif (format != "tagdone" and (line.startswith("Subject: ") or line.startswith("subject: "))): subject = line[9:] format = "tag" elif (format != "tagdone" and (line.startswith("From: ") or line.startswith("from: "))): user = line[6:] format = "tag" elif format == "tag" and line == "": # when looking for tags (subject: from: etc) they # end once you find a blank line in the source format = "tagdone" elif message or line: message.append(line) comments.append(line) eatdiff(message) eatdiff(comments) eatempty(message) eatempty(comments) # make sure message isn't empty if format and format.startswith("tag") and subject: message.insert(0, "") message.insert(0, subject) return (message, comments, user, date, diffstart > 1) def printdiff(self, repo, node1, node2=None, files=None, fp=None, changes=None, opts={}): fns, matchfn, anypats = cmdutil.matchpats(repo, files, opts) patch.diff(repo, node1, node2, fns, match=matchfn, fp=fp, changes=changes, opts=self.diffopts()) def mergeone(self, repo, mergeq, head, patch, rev, wlock): # first try just applying the patch (err, n) = self.apply(repo, [ patch ], update_status=False, strict=True, merge=rev, wlock=wlock) if err == 0: return (err, n) if n is None: raise util.Abort(_("apply failed for patch %s") % patch) self.ui.warn("patch didn't work out, merging %s\n" % patch) # apply failed, strip away that rev and merge. hg.clean(repo, head, wlock=wlock) self.strip(repo, n, update=False, backup='strip', wlock=wlock) ctx = repo.changectx(rev) ret = hg.merge(repo, rev, wlock=wlock) if ret: raise util.Abort(_("update returned %d") % ret) n = repo.commit(None, ctx.description(), ctx.user(), force=1, wlock=wlock) if n == None: raise util.Abort(_("repo commit failed")) try: message, comments, user, date, patchfound = mergeq.readheaders(patch) except: raise util.Abort(_("unable to read %s") % patch) patchf = self.opener(patch, "w") if comments: comments = "\n".join(comments) + '\n\n' patchf.write(comments) self.printdiff(repo, head, n, fp=patchf) patchf.close() return (0, n) def qparents(self, repo, rev=None): if rev is None: (p1, p2) = repo.dirstate.parents() if p2 == revlog.nullid: return p1 if len(self.applied) == 0: return None return revlog.bin(self.applied[-1].rev) pp = repo.changelog.parents(rev) if pp[1] != revlog.nullid: arevs = [ x.rev for x in self.applied ] p0 = revlog.hex(pp[0]) p1 = revlog.hex(pp[1]) if p0 in arevs: return pp[0] if p1 in arevs: return pp[1] return pp[0] def mergepatch(self, repo, mergeq, series, wlock): if len(self.applied) == 0: # each of the patches merged in will have two parents. This # can confuse the qrefresh, qdiff, and strip code because it # needs to know which parent is actually in the patch queue. # so, we insert a merge marker with only one parent. This way # the first patch in the queue is never a merge patch # pname = ".hg.patches.merge.marker" n = repo.commit(None, '[mq]: merge marker', user=None, force=1, wlock=wlock) self.applied.append(statusentry(revlog.hex(n), pname)) self.applied_dirty = 1 head = self.qparents(repo) for patch in series: patch = mergeq.lookup(patch, strict=True) if not patch: self.ui.warn("patch %s does not exist\n" % patch) return (1, None) pushable, reason = self.pushable(patch) if not pushable: self.explain_pushable(patch, all_patches=True) continue info = mergeq.isapplied(patch) if not info: self.ui.warn("patch %s is not applied\n" % patch) return (1, None) rev = revlog.bin(info[1]) (err, head) = self.mergeone(repo, mergeq, head, patch, rev, wlock) if head: self.applied.append(statusentry(revlog.hex(head), patch)) self.applied_dirty = 1 if err: return (err, head) return (0, head) def patch(self, repo, patchfile): '''Apply patchfile to the working directory. patchfile: file name of patch''' files = {} try: fuzz = patch.patch(patchfile, self.ui, strip=1, cwd=repo.root, files=files) except Exception, inst: self.ui.note(str(inst) + '\n') if not self.ui.verbose: self.ui.warn("patch failed, unable to continue (try -v)\n") return (False, files, False) return (True, files, fuzz) def apply(self, repo, series, list=False, update_status=True, strict=False, patchdir=None, merge=None, wlock=None): # TODO unify with commands.py if not patchdir: patchdir = self.path err = 0 if not wlock: wlock = repo.wlock() lock = repo.lock() tr = repo.transaction() n = None for patchname in series: pushable, reason = self.pushable(patchname) if not pushable: self.explain_pushable(patchname, all_patches=True) continue self.ui.warn("applying %s\n" % patchname) pf = os.path.join(patchdir, patchname) try: message, comments, user, date, patchfound = self.readheaders(patchname) except: self.ui.warn("Unable to read %s\n" % patchname) err = 1 break if not message: message = "imported patch %s\n" % patchname else: if list: message.append("\nimported patch %s" % patchname) message = '\n'.join(message) (patcherr, files, fuzz) = self.patch(repo, pf) patcherr = not patcherr if merge and files: # Mark as merged and update dirstate parent info repo.dirstate.update(repo.dirstate.filterfiles(files.keys()), 'm') p1, p2 = repo.dirstate.parents() repo.dirstate.setparents(p1, merge) files = patch.updatedir(self.ui, repo, files, wlock=wlock) n = repo.commit(files, message, user, date, force=1, lock=lock, wlock=wlock) if n == None: raise util.Abort(_("repo commit failed")) if update_status: self.applied.append(statusentry(revlog.hex(n), patchname)) if patcherr: if not patchfound: self.ui.warn("patch %s is empty\n" % patchname) err = 0 else: self.ui.warn("patch failed, rejects left in working dir\n") err = 1 break if fuzz and strict: self.ui.warn("fuzz found when applying patch, stopping\n") err = 1 break tr.close() return (err, n) def delete(self, repo, patches, opts): realpatches = [] for patch in patches: patch = self.lookup(patch, strict=True) info = self.isapplied(patch) if info: raise util.Abort(_("cannot delete applied patch %s") % patch) if patch not in self.series: raise util.Abort(_("patch %s not in series file") % patch) realpatches.append(patch) appliedbase = 0 if opts.get('rev'): if not self.applied: raise util.Abort(_('no patches applied')) revs = cmdutil.revrange(repo, opts['rev']) if len(revs) > 1 and revs[0] > revs[1]: revs.reverse() for rev in revs: if appliedbase >= len(self.applied): raise util.Abort(_("revision %d is not managed") % rev) base = revlog.bin(self.applied[appliedbase].rev) node = repo.changelog.node(rev) if node != base: raise util.Abort(_("cannot delete revision %d above " "applied patches") % rev) realpatches.append(self.applied[appliedbase].name) appliedbase += 1 if not opts.get('keep'): r = self.qrepo() if r: r.remove(realpatches, True) else: for p in realpatches: os.unlink(self.join(p)) if appliedbase: del self.applied[:appliedbase] self.applied_dirty = 1 indices = [self.find_series(p) for p in realpatches] indices.sort() for i in indices[-1::-1]: del self.full_series[i] self.parse_series() self.series_dirty = 1 def check_toppatch(self, repo): if len(self.applied) > 0: top = revlog.bin(self.applied[-1].rev) pp = repo.dirstate.parents() if top not in pp: raise util.Abort(_("queue top not at same revision as working directory")) return top return None def check_localchanges(self, repo, force=False, refresh=True): m, a, r, d = repo.status()[:4] if m or a or r or d: if not force: if refresh: raise util.Abort(_("local changes found, refresh first")) else: raise util.Abort(_("local changes found")) return m, a, r, d def new(self, repo, patch, msg=None, force=None): if os.path.exists(self.join(patch)): raise util.Abort(_('patch "%s" already exists') % patch) m, a, r, d = self.check_localchanges(repo, force) commitfiles = m + a + r self.check_toppatch(repo) wlock = repo.wlock() insert = self.full_series_end() if msg: n = repo.commit(commitfiles, "[mq]: %s" % msg, force=True, wlock=wlock) else: n = repo.commit(commitfiles, "New patch: %s" % patch, force=True, wlock=wlock) if n == None: raise util.Abort(_("repo commit failed")) self.full_series[insert:insert] = [patch] self.applied.append(statusentry(revlog.hex(n), patch)) self.parse_series() self.series_dirty = 1 self.applied_dirty = 1 p = self.opener(patch, "w") if msg: msg = msg + "\n" p.write(msg) p.close() wlock = None r = self.qrepo() if r: r.add([patch]) if commitfiles: self.refresh(repo, short=True) def strip(self, repo, rev, update=True, backup="all", wlock=None): def limitheads(chlog, stop): """return the list of all nodes that have no children""" p = {} h = [] stoprev = 0 if stop in chlog.nodemap: stoprev = chlog.rev(stop) for r in xrange(chlog.count() - 1, -1, -1): n = chlog.node(r) if n not in p: h.append(n) if n == stop: break if r < stoprev: break for pn in chlog.parents(n): p[pn] = 1 return h def bundle(cg): backupdir = repo.join("strip-backup") if not os.path.isdir(backupdir): os.mkdir(backupdir) name = os.path.join(backupdir, "%s" % revlog.short(rev)) name = savename(name) self.ui.warn("saving bundle to %s\n" % name) return changegroup.writebundle(cg, name, "HG10BZ") def stripall(revnum): mm = repo.changectx(rev).manifest() seen = {} for x in xrange(revnum, repo.changelog.count()): for f in repo.changectx(x).files(): if f in seen: continue seen[f] = 1 if f in mm: filerev = mm[f] else: filerev = 0 seen[f] = filerev # we go in two steps here so the strip loop happens in a # sensible order. When stripping many files, this helps keep # our disk access patterns under control. seen_list = seen.keys() seen_list.sort() for f in seen_list: ff = repo.file(f) filerev = seen[f] if filerev != 0: if filerev in ff.nodemap: filerev = ff.rev(filerev) else: filerev = 0 ff.strip(filerev, revnum) if not wlock: wlock = repo.wlock() lock = repo.lock() chlog = repo.changelog # TODO delete the undo files, and handle undo of merge sets pp = chlog.parents(rev) revnum = chlog.rev(rev) if update: self.check_localchanges(repo, refresh=False) urev = self.qparents(repo, rev) hg.clean(repo, urev, wlock=wlock) repo.dirstate.write() # save is a list of all the branches we are truncating away # that we actually want to keep. changegroup will be used # to preserve them and add them back after the truncate saveheads = [] savebases = {} heads = limitheads(chlog, rev) seen = {} # search through all the heads, finding those where the revision # we want to strip away is an ancestor. Also look for merges # that might be turned into new heads by the strip. while heads: h = heads.pop() n = h while True: seen[n] = 1 pp = chlog.parents(n) if pp[1] != revlog.nullid and chlog.rev(pp[1]) > revnum: if pp[1] not in seen: heads.append(pp[1]) if pp[0] == revlog.nullid: break if chlog.rev(pp[0]) < revnum: break n = pp[0] if n == rev: break r = chlog.reachable(h, rev) if rev not in r: saveheads.append(h) for x in r: if chlog.rev(x) > revnum: savebases[x] = 1 # create a changegroup for all the branches we need to keep if backup == "all": backupch = repo.changegroupsubset([rev], chlog.heads(), 'strip') bundle(backupch) if saveheads: backupch = repo.changegroupsubset(savebases.keys(), saveheads, 'strip') chgrpfile = bundle(backupch) stripall(revnum) change = chlog.read(rev) chlog.strip(revnum, revnum) repo.manifest.strip(repo.manifest.rev(change[0]), revnum) if saveheads: self.ui.status("adding branch\n") commands.unbundle(self.ui, repo, "file:%s" % chgrpfile, update=False) if backup != "strip": os.unlink(chgrpfile) def isapplied(self, patch): """returns (index, rev, patch)""" for i in xrange(len(self.applied)): a = self.applied[i] if a.name == patch: return (i, a.rev, a.name) return None # if the exact patch name does not exist, we try a few # variations. If strict is passed, we try only #1 # # 1) a number to indicate an offset in the series file # 2) a unique substring of the patch name was given # 3) patchname[-+]num to indicate an offset in the series file def lookup(self, patch, strict=False): patch = patch and str(patch) def partial_name(s): if s in self.series: return s matches = [x for x in self.series if s in x] if len(matches) > 1: self.ui.warn(_('patch name "%s" is ambiguous:\n') % s) for m in matches: self.ui.warn(' %s\n' % m) return None if matches: return matches[0] if len(self.series) > 0 and len(self.applied) > 0: if s == 'qtip': return self.series[self.series_end(True)-1] if s == 'qbase': return self.series[0] return None if patch == None: return None # we don't want to return a partial match until we make # sure the file name passed in does not exist (checked below) res = partial_name(patch) if res and res == patch: return res if not os.path.isfile(self.join(patch)): try: sno = int(patch) except(ValueError, OverflowError): pass else: if sno < len(self.series): return self.series[sno] if not strict: # return any partial match made above if res: return res minus = patch.rfind('-') if minus >= 0: res = partial_name(patch[:minus]) if res: i = self.series.index(res) try: off = int(patch[minus+1:] or 1) except(ValueError, OverflowError): pass else: if i - off >= 0: return self.series[i - off] plus = patch.rfind('+') if plus >= 0: res = partial_name(patch[:plus]) if res: i = self.series.index(res) try: off = int(patch[plus+1:] or 1) except(ValueError, OverflowError): pass else: if i + off < len(self.series): return self.series[i + off] raise util.Abort(_("patch %s not in series") % patch) def push(self, repo, patch=None, force=False, list=False, mergeq=None, wlock=None): if not wlock: wlock = repo.wlock() patch = self.lookup(patch) if patch and self.isapplied(patch): raise util.Abort(_("patch %s is already applied") % patch) if self.series_end() == len(self.series): raise util.Abort(_("patch series fully applied")) if not force: self.check_localchanges(repo) self.applied_dirty = 1; start = self.series_end() if start > 0: self.check_toppatch(repo) if not patch: patch = self.series[start] end = start + 1 else: end = self.series.index(patch, start) + 1 s = self.series[start:end] if mergeq: ret = self.mergepatch(repo, mergeq, s, wlock) else: ret = self.apply(repo, s, list, wlock=wlock) top = self.applied[-1].name if ret[0]: self.ui.write("Errors during apply, please fix and refresh %s\n" % top) else: self.ui.write("Now at: %s\n" % top) return ret[0] def pop(self, repo, patch=None, force=False, update=True, all=False, wlock=None): def getfile(f, rev): t = repo.file(f).read(rev) repo.wfile(f, "w").write(t) if not wlock: wlock = repo.wlock() if patch: # index, rev, patch info = self.isapplied(patch) if not info: patch = self.lookup(patch) info = self.isapplied(patch) if not info: raise util.Abort(_("patch %s is not applied") % patch) if len(self.applied) == 0: raise util.Abort(_("no patches applied")) if not update: parents = repo.dirstate.parents() rr = [ revlog.bin(x.rev) for x in self.applied ] for p in parents: if p in rr: self.ui.warn("qpop: forcing dirstate update\n") update = True if not force and update: self.check_localchanges(repo) self.applied_dirty = 1; end = len(self.applied) if not patch: if all: popi = 0 else: popi = len(self.applied) - 1 else: popi = info[0] + 1 if popi >= end: self.ui.warn("qpop: %s is already at the top\n" % patch) return info = [ popi ] + [self.applied[popi].rev, self.applied[popi].name] start = info[0] rev = revlog.bin(info[1]) # we know there are no local changes, so we can make a simplified # form of hg.update. if update: top = self.check_toppatch(repo) qp = self.qparents(repo, rev) changes = repo.changelog.read(qp) mmap = repo.manifest.read(changes[0]) m, a, r, d, u = repo.status(qp, top)[:5] if d: raise util.Abort("deletions found between repo revs") for f in m: getfile(f, mmap[f]) for f in r: getfile(f, mmap[f]) util.set_exec(repo.wjoin(f), mmap.execf(f)) repo.dirstate.update(m + r, 'n') for f in a: try: os.unlink(repo.wjoin(f)) except OSError, e: if e.errno != errno.ENOENT: raise try: os.removedirs(os.path.dirname(repo.wjoin(f))) except: pass if a: repo.dirstate.forget(a) repo.dirstate.setparents(qp, revlog.nullid) self.strip(repo, rev, update=False, backup='strip', wlock=wlock) del self.applied[start:end] if len(self.applied): self.ui.write("Now at: %s\n" % self.applied[-1].name) else: self.ui.write("Patch queue now empty\n") def diff(self, repo, pats, opts): top = self.check_toppatch(repo) if not top: self.ui.write("No patches applied\n") return qp = self.qparents(repo, top) if opts.get('git'): self.diffopts().git = True self.printdiff(repo, qp, files=pats, opts=opts) def refresh(self, repo, pats=None, **opts): if len(self.applied) == 0: self.ui.write("No patches applied\n") return 1 wlock = repo.wlock() self.check_toppatch(repo) (top, patchfn) = (self.applied[-1].rev, self.applied[-1].name) top = revlog.bin(top) cparents = repo.changelog.parents(top) patchparent = self.qparents(repo, top) message, comments, user, date, patchfound = self.readheaders(patchfn) patchf = self.opener(patchfn, "w") msg = opts.get('msg', '').rstrip() if msg: if comments: # Remove existing message. ci = 0 for mi in xrange(len(message)): while message[mi] != comments[ci]: ci += 1 del comments[ci] comments.append(msg) if comments: comments = "\n".join(comments) + '\n\n' patchf.write(comments) if opts.get('git'): self.diffopts().git = True fns, matchfn, anypats = cmdutil.matchpats(repo, pats, opts) tip = repo.changelog.tip() if top == tip: # if the top of our patch queue is also the tip, there is an # optimization here. We update the dirstate in place and strip # off the tip commit. Then just commit the current directory # tree. We can also send repo.commit the list of files # changed to speed up the diff # # in short mode, we only diff the files included in the # patch already # # this should really read: # mm, dd, aa, aa2, uu = repo.status(tip, patchparent)[:5] # but we do it backwards to take advantage of manifest/chlog # caching against the next repo.status call # mm, aa, dd, aa2, uu = repo.status(patchparent, tip)[:5] changes = repo.changelog.read(tip) man = repo.manifest.read(changes[0]) aaa = aa[:] if opts.get('short'): filelist = mm + aa + dd else: filelist = None m, a, r, d, u = repo.status(files=filelist)[:5] # we might end up with files that were added between tip and # the dirstate parent, but then changed in the local dirstate. # in this case, we want them to only show up in the added section for x in m: if x not in aa: mm.append(x) # we might end up with files added by the local dirstate that # were deleted by the patch. In this case, they should only # show up in the changed section. for x in a: if x in dd: del dd[dd.index(x)] mm.append(x) else: aa.append(x) # make sure any files deleted in the local dirstate # are not in the add or change column of the patch forget = [] for x in d + r: if x in aa: del aa[aa.index(x)] forget.append(x) continue elif x in mm: del mm[mm.index(x)] dd.append(x) m = util.unique(mm) r = util.unique(dd) a = util.unique(aa) filelist = filter(matchfn, util.unique(m + r + a)) patch.diff(repo, patchparent, files=filelist, match=matchfn, fp=patchf, changes=(m, a, r, [], u), opts=self.diffopts()) patchf.close() repo.dirstate.setparents(*cparents) copies = {} for dst in a: src = repo.dirstate.copied(dst) if src is None: continue copies.setdefault(src, []).append(dst) repo.dirstate.update(a, 'a') # remember the copies between patchparent and tip # this may be slow, so don't do it if we're not tracking copies if self.diffopts().git: for dst in aaa: f = repo.file(dst) src = f.renamed(man[dst]) if src: copies[src[0]] = copies.get(dst, []) if dst in a: copies[src[0]].append(dst) # we can't copy a file created by the patch itself if dst in copies: del copies[dst] for src, dsts in copies.iteritems(): for dst in dsts: repo.dirstate.copy(src, dst) repo.dirstate.update(r, 'r') # if the patch excludes a modified file, mark that file with mtime=0 # so status can see it. mm = [] for i in xrange(len(m)-1, -1, -1): if not matchfn(m[i]): mm.append(m[i]) del m[i] repo.dirstate.update(m, 'n') repo.dirstate.update(mm, 'n', st_mtime=0) repo.dirstate.forget(forget) if not msg: if not message: message = "patch queue: %s\n" % patchfn else: message = "\n".join(message) else: message = msg self.strip(repo, top, update=False, backup='strip', wlock=wlock) n = repo.commit(filelist, message, changes[1], force=1, wlock=wlock) self.applied[-1] = statusentry(revlog.hex(n), patchfn) self.applied_dirty = 1 else: self.printdiff(repo, patchparent, fp=patchf) patchf.close() added = repo.status()[1] for a in added: f = repo.wjoin(a) try: os.unlink(f) except OSError, e: if e.errno != errno.ENOENT: raise try: os.removedirs(os.path.dirname(f)) except: pass # forget the file copies in the dirstate # push should readd the files later on repo.dirstate.forget(added) self.pop(repo, force=True, wlock=wlock) self.push(repo, force=True, wlock=wlock) def init(self, repo, create=False): if os.path.isdir(self.path): raise util.Abort(_("patch queue directory already exists")) os.mkdir(self.path) if create: return self.qrepo(create=True) def unapplied(self, repo, patch=None): if patch and patch not in self.series: raise util.Abort(_("patch %s is not in series file") % patch) if not patch: start = self.series_end() else: start = self.series.index(patch) + 1 unapplied = [] for i in xrange(start, len(self.series)): pushable, reason = self.pushable(i) if pushable: unapplied.append((i, self.series[i])) self.explain_pushable(i) return unapplied def qseries(self, repo, missing=None, start=0, length=0, status=None, summary=False): def displayname(patchname): if summary: msg = self.readheaders(patchname)[0] msg = msg and ': ' + msg[0] or ': ' else: msg = '' return '%s%s' % (patchname, msg) def pname(i): if status == 'A': return self.applied[i].name else: return self.series[i] applied = dict.fromkeys([p.name for p in self.applied]) if not length: length = len(self.series) - start if not missing: for i in xrange(start, start+length): pfx = '' patch = pname(i) if self.ui.verbose: if patch in applied: stat = 'A' elif self.pushable(i)[0]: stat = 'U' else: stat = 'G' pfx = '%d %s ' % (i, stat) self.ui.write('%s%s\n' % (pfx, displayname(patch))) else: msng_list = [] for root, dirs, files in os.walk(self.path): d = root[len(self.path) + 1:] for f in files: fl = os.path.join(d, f) if (fl not in self.series and fl not in (self.status_path, self.series_path) and not fl.startswith('.')): msng_list.append(fl) msng_list.sort() for x in msng_list: pfx = self.ui.verbose and ('D ') or '' self.ui.write("%s%s\n" % (pfx, displayname(x))) def issaveline(self, l): if l.name == '.hg.patches.save.line': return True def qrepo(self, create=False): if create or os.path.isdir(self.join(".hg")): return hg.repository(self.ui, path=self.path, create=create) def restore(self, repo, rev, delete=None, qupdate=None): c = repo.changelog.read(rev) desc = c[4].strip() lines = desc.splitlines() i = 0 datastart = None series = [] applied = [] qpp = None for i in xrange(0, len(lines)): if lines[i] == 'Patch Data:': datastart = i + 1 elif lines[i].startswith('Dirstate:'): l = lines[i].rstrip() l = l[10:].split(' ') qpp = [ hg.bin(x) for x in l ] elif datastart != None: l = lines[i].rstrip() se = statusentry(l) file_ = se.name if se.rev: applied.append(se) else: series.append(file_) if datastart == None: self.ui.warn("No saved patch data found\n") return 1 self.ui.warn("restoring status: %s\n" % lines[0]) self.full_series = series self.applied = applied self.parse_series() self.series_dirty = 1 self.applied_dirty = 1 heads = repo.changelog.heads() if delete: if rev not in heads: self.ui.warn("save entry has children, leaving it alone\n") else: self.ui.warn("removing save entry %s\n" % hg.short(rev)) pp = repo.dirstate.parents() if rev in pp: update = True else: update = False self.strip(repo, rev, update=update, backup='strip') if qpp: self.ui.warn("saved queue repository parents: %s %s\n" % (hg.short(qpp[0]), hg.short(qpp[1]))) if qupdate: print "queue directory updating" r = self.qrepo() if not r: self.ui.warn("Unable to load queue repository\n") return 1 hg.clean(r, qpp[0]) def save(self, repo, msg=None): if len(self.applied) == 0: self.ui.warn("save: no patches applied, exiting\n") return 1 if self.issaveline(self.applied[-1]): self.ui.warn("status is already saved\n") return 1 ar = [ ':' + x for x in self.full_series ] if not msg: msg = "hg patches saved state" else: msg = "hg patches: " + msg.rstrip('\r\n') r = self.qrepo() if r: pp = r.dirstate.parents() msg += "\nDirstate: %s %s" % (hg.hex(pp[0]), hg.hex(pp[1])) msg += "\n\nPatch Data:\n" text = msg + "\n".join([str(x) for x in self.applied]) + '\n' + (ar and "\n".join(ar) + '\n' or "") n = repo.commit(None, text, user=None, force=1) if not n: self.ui.warn("repo commit failed\n") return 1 self.applied.append(statusentry(revlog.hex(n),'.hg.patches.save.line')) self.applied_dirty = 1 def full_series_end(self): if len(self.applied) > 0: p = self.applied[-1].name end = self.find_series(p) if end == None: return len(self.full_series) return end + 1 return 0 def series_end(self, all_patches=False): end = 0 def next(start): if all_patches: return start i = start while i < len(self.series): p, reason = self.pushable(i) if p: break self.explain_pushable(i) i += 1 return i if len(self.applied) > 0: p = self.applied[-1].name try: end = self.series.index(p) except ValueError: return 0 return next(end + 1) return next(end) def appliedname(self, index): pname = self.applied[index].name if not self.ui.verbose: p = pname else: p = str(self.series.index(pname)) + " " + pname return p def qimport(self, repo, files, patchname=None, rev=None, existing=None, force=None, git=False): def checkseries(patchname): if patchname in self.series: raise util.Abort(_('patch %s is already in the series file') % patchname) def checkfile(patchname): if not force and os.path.exists(self.join(patchname)): raise util.Abort(_('patch "%s" already exists') % patchname) if rev: if files: raise util.Abort(_('option "-r" not valid when importing ' 'files')) rev = cmdutil.revrange(repo, rev) rev.sort(lambda x, y: cmp(y, x)) if (len(files) > 1 or len(rev) > 1) and patchname: raise util.Abort(_('option "-n" not valid when importing multiple ' 'patches')) i = 0 added = [] if rev: # If mq patches are applied, we can only import revisions # that form a linear path to qbase. # Otherwise, they should form a linear path to a head. heads = repo.changelog.heads(repo.changelog.node(rev[-1])) if len(heads) > 1: raise util.Abort(_('revision %d is the root of more than one ' 'branch') % rev[-1]) if self.applied: base = revlog.hex(repo.changelog.node(rev[0])) if base in [n.rev for n in self.applied]: raise util.Abort(_('revision %d is already managed') % rev[0]) if heads != [revlog.bin(self.applied[-1].rev)]: raise util.Abort(_('revision %d is not the parent of ' 'the queue') % rev[0]) base = repo.changelog.rev(revlog.bin(self.applied[0].rev)) lastparent = repo.changelog.parentrevs(base)[0] else: if heads != [repo.changelog.node(rev[0])]: raise util.Abort(_('revision %d has unmanaged children') % rev[0]) lastparent = None if git: self.diffopts().git = True for r in rev: p1, p2 = repo.changelog.parentrevs(r) n = repo.changelog.node(r) if p2 != revlog.nullrev: raise util.Abort(_('cannot import merge revision %d') % r) if lastparent and lastparent != r: raise util.Abort(_('revision %d is not the parent of %d') % (r, lastparent)) lastparent = p1 if not patchname: patchname = '%d.diff' % r checkseries(patchname) checkfile(patchname) self.full_series.insert(0, patchname) patchf = self.opener(patchname, "w") patch.export(repo, [n], fp=patchf, opts=self.diffopts()) patchf.close() se = statusentry(revlog.hex(n), patchname) self.applied.insert(0, se) added.append(patchname) patchname = None self.parse_series() self.applied_dirty = 1 for filename in files: if existing: if filename == '-': raise util.Abort(_('-e is incompatible with import from -')) if not patchname: patchname = filename if not os.path.isfile(self.join(patchname)): raise util.Abort(_("patch %s does not exist") % patchname) else: try: if filename == '-': if not patchname: raise util.Abort(_('need --name to import a patch from -')) text = sys.stdin.read() else: text = file(filename).read() except IOError: raise util.Abort(_("unable to read %s") % patchname) if not patchname: patchname = os.path.basename(filename) checkfile(patchname) patchf = self.opener(patchname, "w") patchf.write(text) checkseries(patchname) index = self.full_series_end() + i self.full_series[index:index] = [patchname] self.parse_series() self.ui.warn("adding %s to series file\n" % patchname) i += 1 added.append(patchname) patchname = None self.series_dirty = 1 qrepo = self.qrepo() if qrepo: qrepo.add(added) def delete(ui, repo, *patches, **opts): """remove patches from queue With --rev, mq will stop managing the named revisions. The patches must be applied and at the base of the stack. This option is useful when the patches have been applied upstream. Otherwise, the patches must not be applied. With --keep, the patch files are preserved in the patch directory.""" q = repo.mq q.delete(repo, patches, opts) q.save_dirty() return 0 def applied(ui, repo, patch=None, **opts): """print the patches already applied""" q = repo.mq if patch: if patch not in q.series: raise util.Abort(_("patch %s is not in series file") % patch) end = q.series.index(patch) + 1 else: end = len(q.applied) if not end: return return q.qseries(repo, length=end, status='A', summary=opts.get('summary')) def unapplied(ui, repo, patch=None, **opts): """print the patches not yet applied""" q = repo.mq if patch: if patch not in q.series: raise util.Abort(_("patch %s is not in series file") % patch) start = q.series.index(patch) + 1 else: start = q.series_end() q.qseries(repo, start=start, summary=opts.get('summary')) def qimport(ui, repo, *filename, **opts): """import a patch The patch will have the same name as its source file unless you give it a new one with --name. You can register an existing patch inside the patch directory with the --existing flag. With --force, an existing patch of the same name will be overwritten. An existing changeset may be placed under mq control with --rev (e.g. qimport --rev tip -n patch will place tip under mq control). With --git, patches imported with --rev will use the git diff format. """ q = repo.mq q.qimport(repo, filename, patchname=opts['name'], existing=opts['existing'], force=opts['force'], rev=opts['rev'], git=opts['git']) q.save_dirty() return 0 def init(ui, repo, **opts): """init a new queue repository The queue repository is unversioned by default. If -c is specified, qinit will create a separate nested repository for patches. Use qcommit to commit changes to this queue repository.""" q = repo.mq r = q.init(repo, create=opts['create_repo']) q.save_dirty() if r: fp = r.wopener('.hgignore', 'w') print >> fp, 'syntax: glob' print >> fp, 'status' print >> fp, 'guards' fp.close() r.wopener('series', 'w').close() r.add(['.hgignore', 'series']) return 0 def clone(ui, source, dest=None, **opts): '''clone main and patch repository at same time If source is local, destination will have no patches applied. If source is remote, this command can not check if patches are applied in source, so cannot guarantee that patches are not applied in destination. If you clone remote repository, be sure before that it has no patches applied. Source patch repository is looked for in /.hg/patches by default. Use -p to change. ''' commands.setremoteconfig(ui, opts) if dest is None: dest = hg.defaultdest(source) sr = hg.repository(ui, ui.expandpath(source)) qbase, destrev = None, None if sr.local(): reposetup(ui, sr) if sr.mq.applied: qbase = revlog.bin(sr.mq.applied[0].rev) if not hg.islocal(dest): destrev = sr.parents(qbase)[0] ui.note(_('cloning main repo\n')) sr, dr = hg.clone(ui, sr, dest, pull=opts['pull'], rev=destrev, update=False, stream=opts['uncompressed']) ui.note(_('cloning patch repo\n')) spr, dpr = hg.clone(ui, opts['patches'] or (sr.url() + '/.hg/patches'), dr.url() + '/.hg/patches', pull=opts['pull'], update=not opts['noupdate'], stream=opts['uncompressed']) if dr.local(): if qbase: ui.note(_('stripping applied patches from destination repo\n')) reposetup(ui, dr) dr.mq.strip(dr, qbase, update=False, backup=None) if not opts['noupdate']: ui.note(_('updating destination repo\n')) hg.update(dr, dr.changelog.tip()) def commit(ui, repo, *pats, **opts): """commit changes in the queue repository""" q = repo.mq r = q.qrepo() if not r: raise util.Abort('no queue repository') commands.commit(r.ui, r, *pats, **opts) def series(ui, repo, **opts): """print the entire series file""" repo.mq.qseries(repo, missing=opts['missing'], summary=opts['summary']) return 0 def top(ui, repo, **opts): """print the name of the current patch""" q = repo.mq t = len(q.applied) if t: return q.qseries(repo, start=t-1, length=1, status='A', summary=opts.get('summary')) else: ui.write("No patches applied\n") return 1 def next(ui, repo, **opts): """print the name of the next patch""" q = repo.mq end = q.series_end() if end == len(q.series): ui.write("All patches applied\n") return 1 return q.qseries(repo, start=end, length=1, summary=opts.get('summary')) def prev(ui, repo, **opts): """print the name of the previous patch""" q = repo.mq l = len(q.applied) if l == 1: ui.write("Only one patch applied\n") return 1 if not l: ui.write("No patches applied\n") return 1 return q.qseries(repo, start=l-2, length=1, status='A', summary=opts.get('summary')) def new(ui, repo, patch, **opts): """create a new patch qnew creates a new patch on top of the currently-applied patch (if any). It will refuse to run if there are any outstanding changes unless -f is specified, in which case the patch will be initialised with them. -e, -m or -l set the patch header as well as the commit message. If none is specified, the patch header is empty and the commit message is 'New patch: PATCH'""" q = repo.mq message = commands.logmessage(opts) if opts['edit']: message = ui.edit(message, ui.username()) q.new(repo, patch, msg=message, force=opts['force']) q.save_dirty() return 0 def refresh(ui, repo, *pats, **opts): """update the current patch If any file patterns are provided, the refreshed patch will contain only the modifications that match those patterns; the remaining modifications will remain in the working directory. """ q = repo.mq message = commands.logmessage(opts) if opts['edit']: if message: raise util.Abort(_('option "-e" incompatible with "-m" or "-l"')) patch = q.applied[-1].name (message, comment, user, date, hasdiff) = q.readheaders(patch) message = ui.edit('\n'.join(message), user or ui.username()) ret = q.refresh(repo, pats, msg=message, **opts) q.save_dirty() return ret def diff(ui, repo, *pats, **opts): """diff of the current patch""" repo.mq.diff(repo, pats, opts) return 0 def fold(ui, repo, *files, **opts): """fold the named patches into the current patch Patches must not yet be applied. Each patch will be successively applied to the current patch in the order given. If all the patches apply successfully, the current patch will be refreshed with the new cumulative patch, and the folded patches will be deleted. With -k/--keep, the folded patch files will not be removed afterwards. The header for each folded patch will be concatenated with the current patch header, separated by a line of '* * *'.""" q = repo.mq if not files: raise util.Abort(_('qfold requires at least one patch name')) if not q.check_toppatch(repo): raise util.Abort(_('No patches applied')) message = commands.logmessage(opts) if opts['edit']: if message: raise util.Abort(_('option "-e" incompatible with "-m" or "-l"')) parent = q.lookup('qtip') patches = [] messages = [] for f in files: p = q.lookup(f) if p in patches or p == parent: ui.warn(_('Skipping already folded patch %s') % p) if q.isapplied(p): raise util.Abort(_('qfold cannot fold already applied patch %s') % p) patches.append(p) for p in patches: if not message: messages.append(q.readheaders(p)[0]) pf = q.join(p) (patchsuccess, files, fuzz) = q.patch(repo, pf) if not patchsuccess: raise util.Abort(_('Error folding patch %s') % p) patch.updatedir(ui, repo, files) if not message: message, comments, user = q.readheaders(parent)[0:3] for msg in messages: message.append('* * *') message.extend(msg) message = '\n'.join(message) if opts['edit']: message = ui.edit(message, user or ui.username()) q.refresh(repo, msg=message) q.delete(repo, patches, opts) q.save_dirty() def guard(ui, repo, *args, **opts): '''set or print guards for a patch Guards control whether a patch can be pushed. A patch with no guards is always pushed. A patch with a positive guard ("+foo") is pushed only if the qselect command has activated it. A patch with a negative guard ("-foo") is never pushed if the qselect command has activated it. With no arguments, print the currently active guards. With arguments, set guards for the named patch. To set a negative guard "-foo" on topmost patch ("--" is needed so hg will not interpret "-foo" as an option): hg qguard -- -foo To set guards on another patch: hg qguard other.patch +2.6.17 -stable ''' def status(idx): guards = q.series_guards[idx] or ['unguarded'] ui.write('%s: %s\n' % (q.series[idx], ' '.join(guards))) q = repo.mq patch = None args = list(args) if opts['list']: if args or opts['none']: raise util.Abort(_('cannot mix -l/--list with options or arguments')) for i in xrange(len(q.series)): status(i) return if not args or args[0][0:1] in '-+': if not q.applied: raise util.Abort(_('no patches applied')) patch = q.applied[-1].name if patch is None and args[0][0:1] not in '-+': patch = args.pop(0) if patch is None: raise util.Abort(_('no patch to work with')) if args or opts['none']: q.set_guards(q.find_series(patch), args) q.save_dirty() else: status(q.series.index(q.lookup(patch))) def header(ui, repo, patch=None): """Print the header of the topmost or specified patch""" q = repo.mq if patch: patch = q.lookup(patch) else: if not q.applied: ui.write('No patches applied\n') return 1 patch = q.lookup('qtip') message = repo.mq.readheaders(patch)[0] ui.write('\n'.join(message) + '\n') def lastsavename(path): (directory, base) = os.path.split(path) names = os.listdir(directory) namere = re.compile("%s.([0-9]+)" % base) maxindex = None maxname = None for f in names: m = namere.match(f) if m: index = int(m.group(1)) if maxindex == None or index > maxindex: maxindex = index maxname = f if maxname: return (os.path.join(directory, maxname), maxindex) return (None, None) def savename(path): (last, index) = lastsavename(path) if last is None: index = 0 newpath = path + ".%d" % (index + 1) return newpath def push(ui, repo, patch=None, **opts): """push the next patch onto the stack""" q = repo.mq mergeq = None if opts['all']: if not q.series: raise util.Abort(_('no patches in series')) patch = q.series[-1] if opts['merge']: if opts['name']: newpath = opts['name'] else: newpath, i = lastsavename(q.path) if not newpath: ui.warn("no saved queues found, please use -n\n") return 1 mergeq = queue(ui, repo.join(""), newpath) ui.warn("merging with queue at: %s\n" % mergeq.path) ret = q.push(repo, patch, force=opts['force'], list=opts['list'], mergeq=mergeq) q.save_dirty() return ret def pop(ui, repo, patch=None, **opts): """pop the current patch off the stack""" localupdate = True if opts['name']: q = queue(ui, repo.join(""), repo.join(opts['name'])) ui.warn('using patch queue: %s\n' % q.path) localupdate = False else: q = repo.mq q.pop(repo, patch, force=opts['force'], update=localupdate, all=opts['all']) q.save_dirty() return 0 def rename(ui, repo, patch, name=None, **opts): """rename a patch With one argument, renames the current patch to PATCH1. With two arguments, renames PATCH1 to PATCH2.""" q = repo.mq if not name: name = patch patch = None if patch: patch = q.lookup(patch) else: if not q.applied: ui.write(_('No patches applied\n')) return patch = q.lookup('qtip') absdest = q.join(name) if os.path.isdir(absdest): name = os.path.join(name, os.path.basename(patch)) absdest = q.join(name) if os.path.exists(absdest): raise util.Abort(_('%s already exists') % absdest) if name in q.series: raise util.Abort(_('A patch named %s already exists in the series file') % name) if ui.verbose: ui.write('Renaming %s to %s\n' % (patch, name)) i = q.find_series(patch) guards = q.guard_re.findall(q.full_series[i]) q.full_series[i] = name + ''.join([' #' + g for g in guards]) q.parse_series() q.series_dirty = 1 info = q.isapplied(patch) if info: q.applied[info[0]] = statusentry(info[1], name) q.applied_dirty = 1 util.rename(q.join(patch), absdest) r = q.qrepo() if r: wlock = r.wlock() if r.dirstate.state(name) == 'r': r.undelete([name], wlock) r.copy(patch, name, wlock) r.remove([patch], False, wlock) q.save_dirty() def restore(ui, repo, rev, **opts): """restore the queue state saved by a rev""" rev = repo.lookup(rev) q = repo.mq q.restore(repo, rev, delete=opts['delete'], qupdate=opts['update']) q.save_dirty() return 0 def save(ui, repo, **opts): """save current queue state""" q = repo.mq message = commands.logmessage(opts) ret = q.save(repo, msg=message) if ret: return ret q.save_dirty() if opts['copy']: path = q.path if opts['name']: newpath = os.path.join(q.basepath, opts['name']) if os.path.exists(newpath): if not os.path.isdir(newpath): raise util.Abort(_('destination %s exists and is not ' 'a directory') % newpath) if not opts['force']: raise util.Abort(_('destination %s exists, ' 'use -f to force') % newpath) else: newpath = savename(path) ui.warn("copy %s to %s\n" % (path, newpath)) util.copyfiles(path, newpath) if opts['empty']: try: os.unlink(q.join(q.status_path)) except: pass return 0 def strip(ui, repo, rev, **opts): """strip a revision and all later revs on the same branch""" rev = repo.lookup(rev) backup = 'all' if opts['backup']: backup = 'strip' elif opts['nobackup']: backup = 'none' update = repo.dirstate.parents()[0] != revlog.nullid repo.mq.strip(repo, rev, backup=backup, update=update) return 0 def select(ui, repo, *args, **opts): '''set or print guarded patches to push Use the qguard command to set or print guards on patch, then use qselect to tell mq which guards to use. A patch will be pushed if it has no guards or any positive guards match the currently selected guard, but will not be pushed if any negative guards match the current guard. For example: qguard foo.patch -stable (negative guard) qguard bar.patch +stable (positive guard) qselect stable This activates the "stable" guard. mq will skip foo.patch (because it has a negative match) but push bar.patch (because it has a positive match). With no arguments, prints the currently active guards. With one argument, sets the active guard. Use -n/--none to deactivate guards (no other arguments needed). When no guards are active, patches with positive guards are skipped and patches with negative guards are pushed. qselect can change the guards on applied patches. It does not pop guarded patches by default. Use --pop to pop back to the last applied patch that is not guarded. Use --reapply (which implies --pop) to push back to the current patch afterwards, but skip guarded patches. Use -s/--series to print a list of all guards in the series file (no other arguments needed). Use -v for more information.''' q = repo.mq guards = q.active() if args or opts['none']: old_unapplied = q.unapplied(repo) old_guarded = [i for i in xrange(len(q.applied)) if not q.pushable(i)[0]] q.set_active(args) q.save_dirty() if not args: ui.status(_('guards deactivated\n')) if not opts['pop'] and not opts['reapply']: unapplied = q.unapplied(repo) guarded = [i for i in xrange(len(q.applied)) if not q.pushable(i)[0]] if len(unapplied) != len(old_unapplied): ui.status(_('number of unguarded, unapplied patches has ' 'changed from %d to %d\n') % (len(old_unapplied), len(unapplied))) if len(guarded) != len(old_guarded): ui.status(_('number of guarded, applied patches has changed ' 'from %d to %d\n') % (len(old_guarded), len(guarded))) elif opts['series']: guards = {} noguards = 0 for gs in q.series_guards: if not gs: noguards += 1 for g in gs: guards.setdefault(g, 0) guards[g] += 1 if ui.verbose: guards['NONE'] = noguards guards = guards.items() guards.sort(lambda a, b: cmp(a[0][1:], b[0][1:])) if guards: ui.note(_('guards in series file:\n')) for guard, count in guards: ui.note('%2d ' % count) ui.write(guard, '\n') else: ui.note(_('no guards in series file\n')) else: if guards: ui.note(_('active guards:\n')) for g in guards: ui.write(g, '\n') else: ui.write(_('no active guards\n')) reapply = opts['reapply'] and q.applied and q.appliedname(-1) popped = False if opts['pop'] or opts['reapply']: for i in xrange(len(q.applied)): pushable, reason = q.pushable(i) if not pushable: ui.status(_('popping guarded patches\n')) popped = True if i == 0: q.pop(repo, all=True) else: q.pop(repo, i-1) break if popped: try: if reapply: ui.status(_('reapplying unguarded patches\n')) q.push(repo, reapply) finally: q.save_dirty() def reposetup(ui, repo): class mqrepo(repo.__class__): def abort_if_wdir_patched(self, errmsg, force=False): if self.mq.applied and not force: parent = revlog.hex(self.dirstate.parents()[0]) if parent in [s.rev for s in self.mq.applied]: raise util.Abort(errmsg) def commit(self, *args, **opts): if len(args) >= 6: force = args[5] else: force = opts.get('force') self.abort_if_wdir_patched( _('cannot commit over an applied mq patch'), force) return super(mqrepo, self).commit(*args, **opts) def push(self, remote, force=False, revs=None): if self.mq.applied and not force: raise util.Abort(_('source has mq patches applied')) return super(mqrepo, self).push(remote, force, revs) def tags(self): if self.tagscache: return self.tagscache tagscache = super(mqrepo, self).tags() q = self.mq if not q.applied: return tagscache mqtags = [(patch.rev, patch.name) for patch in q.applied] mqtags.append((mqtags[-1][0], 'qtip')) mqtags.append((mqtags[0][0], 'qbase')) for patch in mqtags: if patch[1] in tagscache: self.ui.warn('Tag %s overrides mq patch of the same name\n' % patch[1]) else: tagscache[patch[1]] = revlog.bin(patch[0]) return tagscache def _branchtags(self): q = self.mq if not q.applied: return super(mqrepo, self)._branchtags() self.branchcache = {} # avoid recursion in changectx cl = self.changelog partial, last, lrev = self._readbranchcache() qbase = cl.rev(revlog.bin(q.applied[0].rev)) start = lrev + 1 if start < qbase: # update the cache (excluding the patches) and save it self._updatebranchcache(partial, lrev+1, qbase) self._writebranchcache(partial, cl.node(qbase-1), qbase-1) start = qbase # if start = qbase, the cache is as updated as it should be. # if start > qbase, the cache includes (part of) the patches. # we might as well use it, but we won't save it. # update the cache up to the tip self._updatebranchcache(partial, start, cl.count()) return partial if repo.local(): repo.__class__ = mqrepo repo.mq = queue(ui, repo.join("")) seriesopts = [('s', 'summary', None, _('print first line of patch header'))] cmdtable = { "qapplied": (applied, [] + seriesopts, 'hg qapplied [-s] [PATCH]'), "qclone": (clone, [('', 'pull', None, _('use pull protocol to copy metadata')), ('U', 'noupdate', None, _('do not update the new working directories')), ('', 'uncompressed', None, _('use uncompressed transfer (fast over LAN)')), ('e', 'ssh', '', _('specify ssh command to use')), ('p', 'patches', '', _('location of source patch repo')), ('', 'remotecmd', '', _('specify hg command to run on the remote side'))], 'hg qclone [OPTION]... SOURCE [DEST]'), "qcommit|qci": (commit, commands.table["^commit|ci"][1], 'hg qcommit [OPTION]... [FILE]...'), "^qdiff": (diff, [('g', 'git', None, _('use git extended diff format')), ('I', 'include', [], _('include names matching the given patterns')), ('X', 'exclude', [], _('exclude names matching the given patterns'))], 'hg qdiff [-I] [-X] [FILE]...'), "qdelete|qremove|qrm": (delete, [('k', 'keep', None, _('keep patch file')), ('r', 'rev', [], _('stop managing a revision'))], 'hg qdelete [-k] [-r REV]... PATCH...'), 'qfold': (fold, [('e', 'edit', None, _('edit patch header')), ('k', 'keep', None, _('keep folded patch files')) ] + commands.commitopts, 'hg qfold [-e] [-m ] [-l