templates: add 'bisect' keyword to return a cset's bisect status
This new 'bisect' template expands to a cset's bisection status (good,
bad and so on...). There is also a new 'shortbisect' filter that yields
a single char representing the cset's bisection status.
It uses the two recently-added hbisect.label() and .shortlabel() functions.
Example output using the repository in test-bisect2.t, and some made-up
state of the 'end at merge' test (with graphlog, it's so explicit):
$ hg glog --template '{rev}:{node|short} {bisect}\n' \
-r 'bisect(range)|bisect(ignored)'
o 17:228c06deef46: bad
|
o 16:609d82a7ebae: bad (implicit)
|
o 15:857b178a7cf3: bad
|\
| o 13:b0a32c86eb31: good
| |
| o 12:9f259202bbe7: good (implicit)
| |
| o 11:82ca6f06eccd: good
| |
@ | 10:429fcd26f52d: untested
|\ \
| o | 9:3c77083deb4a: skipped
| |/
| o 8:dab8161ac8fc: good
| |
o | 6:a214d5d3811a: ignored
|\ \
| o | 5:385a529b6670: ignored
| | |
o | | 4:5c668c22234f: ignored
| | |
o | | 3:0950834f0a9c: ignored
|/ /
o / 2:051e12f87bf1: ignored
|/
And now the same with the short label:
$ hg log --template '{bisect|shortbisect} {rev}:{node|short}\n'
18:d42e18c7bc9b
B 17:228c06deef46
B 16:609d82a7ebae
B 15:857b178a7cf3
14:faa450606157
G 13:b0a32c86eb31
G 12:9f259202bbe7
G 11:82ca6f06eccd
U 10:429fcd26f52d
S 9:3c77083deb4a
G 8:dab8161ac8fc
7:50c76098bbf2
I 6:a214d5d3811a
I 5:385a529b6670
I 4:5c668c22234f
I 3:0950834f0a9c
I 2:051e12f87bf1
1:4ca5088da217
0:33b1f9bc8bc5
Signed-off-by: "Yann E. MORIN" <yann.morin.1998@anciens.enib.fr>
# repair.py - functions for repository repair for mercurial
#
# Copyright 2005, 2006 Chris Mason <mason@suse.com>
# Copyright 2007 Matt Mackall
#
# This software may be used and distributed according to the terms of the
# GNU General Public License version 2 or any later version.
from mercurial import changegroup, bookmarks
from mercurial.node import short
from mercurial.i18n import _
import os
def _bundle(repo, cg, node, suffix, compress=True):
"""create a bundle with the specified revisions as a backup"""
backupdir = repo.join("strip-backup")
if not os.path.isdir(backupdir):
os.mkdir(backupdir)
name = os.path.join(backupdir, "%s-%s.hg" % (short(node), suffix))
if compress:
bundletype = "HG10BZ"
else:
bundletype = "HG10UN"
return changegroup.writebundle(cg, name, bundletype)
def _collectfiles(repo, striprev):
"""find out the filelogs affected by the strip"""
files = set()
for x in xrange(striprev, len(repo)):
files.update(repo[x].files())
return sorted(files)
def _collectbrokencsets(repo, files, striprev):
"""return the changesets which will be broken by the truncation"""
s = set()
def collectone(revlog):
links = (revlog.linkrev(i) for i in revlog)
# find the truncation point of the revlog
for lrev in links:
if lrev >= striprev:
break
# see if any revision after this point has a linkrev
# less than striprev (those will be broken by strip)
for lrev in links:
if lrev < striprev:
s.add(lrev)
collectone(repo.manifest)
for fname in files:
collectone(repo.file(fname))
return s
def strip(ui, repo, node, backup="all"):
cl = repo.changelog
# TODO delete the undo files, and handle undo of merge sets
striprev = cl.rev(node)
keeppartialbundle = backup == 'strip'
# Some revisions with rev > striprev may not be descendants of striprev.
# We have to find these revisions and put them in a bundle, so that
# we can restore them after the truncations.
# To create the bundle we use repo.changegroupsubset which requires
# the list of heads and bases of the set of interesting revisions.
# (head = revision in the set that has no descendant in the set;
# base = revision in the set that has no ancestor in the set)
tostrip = set(cl.descendants(striprev))
tostrip.add(striprev)
files = _collectfiles(repo, striprev)
saverevs = _collectbrokencsets(repo, files, striprev)
# compute heads
saveheads = set(saverevs)
for r in xrange(striprev + 1, len(cl)):
if r not in tostrip:
saverevs.add(r)
saveheads.difference_update(cl.parentrevs(r))
saveheads.add(r)
saveheads = [cl.node(r) for r in saveheads]
# compute common nodes
savecommon = set(cl.node(p) for r in saverevs for p in cl.parentrevs(r)
if p not in saverevs and p not in tostrip)
bm = repo._bookmarks
updatebm = []
for m in bm:
rev = repo[bm[m]].rev()
if rev in tostrip:
updatebm.append(m)
# create a changegroup for all the branches we need to keep
backupfile = None
if backup == "all":
allnodes=[cl.node(r) for r in xrange(striprev, len(cl))]
cg = repo._changegroup(allnodes, 'strip')
backupfile = _bundle(repo, cg, node, 'backup')
repo.ui.status(_("saved backup bundle to %s\n") % backupfile)
if saveheads or savecommon:
# do not compress partial bundle if we remove it from disk later
cg = repo.getbundle('strip', common=savecommon, heads=saveheads)
chgrpfile = _bundle(repo, cg, node, 'temp', compress=keeppartialbundle)
mfst = repo.manifest
tr = repo.transaction("strip")
offset = len(tr.entries)
try:
tr.startgroup()
cl.strip(striprev, tr)
mfst.strip(striprev, tr)
for fn in files:
repo.file(fn).strip(striprev, tr)
tr.endgroup()
try:
for i in xrange(offset, len(tr.entries)):
file, troffset, ignore = tr.entries[i]
repo.sopener(file, 'a').truncate(troffset)
tr.close()
except:
tr.abort()
raise
if saveheads or savecommon:
ui.note(_("adding branch\n"))
f = open(chgrpfile, "rb")
gen = changegroup.readbundle(f, chgrpfile)
if not repo.ui.verbose:
# silence internal shuffling chatter
repo.ui.pushbuffer()
repo.addchangegroup(gen, 'strip', 'bundle:' + chgrpfile, True)
if not repo.ui.verbose:
repo.ui.popbuffer()
f.close()
if not keeppartialbundle:
os.unlink(chgrpfile)
for m in updatebm:
bm[m] = repo['.'].node()
bookmarks.write(repo)
except:
if backupfile:
ui.warn(_("strip failed, full bundle stored in '%s'\n")
% backupfile)
elif saveheads:
ui.warn(_("strip failed, partial bundle stored in '%s'\n")
% chgrpfile)
raise
repo.destroyed()