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# Copyright 2010-2023 Gentoo Authors
# Distributed under the terms of the GNU General Public License v2
import stat
from portage import best, os
from portage.const import WORLD_FILE
from portage.data import secpass
from portage.exception import DirectoryNotFound
from portage.localization import _
from portage.output import bold, colorize
from portage.update import (
grab_updates,
parse_updates,
update_config_files,
update_dbentry,
)
from portage.util import grabfile, writemsg, writemsg_stdout, write_atomic
def _global_updates(trees, prev_mtimes, quiet=False, if_mtime_changed=True):
"""
Perform new global updates if they exist in 'profiles/updates/'
subdirectories of all active repositories (PORTDIR + PORTDIR_OVERLAY).
This simply returns if ROOT != "/" (when len(trees) != 1). If ROOT != "/"
then the user should instead use emaint --fix movebin and/or moveinst.
@param trees: A dictionary containing package databases.
@type trees: dict
@param prev_mtimes: A dictionary containing mtimes of files located in
$PORTDIR/profiles/updates/.
@type prev_mtimes: dict
@rtype: bool
@return: True if update commands have been performed, otherwise False
"""
# only do this if we're root and not running repoman/ebuild digest
if secpass < 2 or "SANDBOX_ACTIVE" in os.environ or len(trees) != 1:
return False
vardb = trees[trees._running_eroot]["vartree"].dbapi
vardb.lock()
try:
return _do_global_updates(
trees, prev_mtimes, quiet=quiet, if_mtime_changed=if_mtime_changed
)
finally:
vardb.unlock()
def _do_global_updates(trees, prev_mtimes, quiet=False, if_mtime_changed=True):
root = trees._running_eroot
mysettings = trees[root]["vartree"].settings
portdb = trees[root]["porttree"].dbapi
vardb = trees[root]["vartree"].dbapi
bindb = trees[root]["bintree"].dbapi
world_file = os.path.join(mysettings["EROOT"], WORLD_FILE)
world_list = grabfile(world_file)
world_modified = False
world_warnings = set()
updpath_map = {}
# Maps repo_name to list of updates. If a given repo has no updates
# directory, it will be omitted. If a repo has an updates directory
# but none need to be applied (according to timestamp logic), the
# value in the dict will be an empty list.
repo_map = {}
timestamps = {}
retupd = False
update_notice_printed = False
for repo_name in portdb.getRepositories():
repo = portdb.getRepositoryPath(repo_name)
updpath = os.path.join(repo, "profiles", "updates")
if not os.path.isdir(updpath):
continue
if updpath in updpath_map:
repo_map[repo_name] = updpath_map[updpath]
continue
try:
if if_mtime_changed:
update_data = grab_updates(updpath, prev_mtimes=prev_mtimes)
else:
update_data = grab_updates(updpath)
except DirectoryNotFound:
continue
myupd = []
updpath_map[updpath] = myupd
repo_map[repo_name] = myupd
if len(update_data) > 0:
for mykey, mystat, mycontent in update_data:
if not update_notice_printed:
update_notice_printed = True
writemsg_stdout("\n")
writemsg_stdout(colorize("GOOD", "Performing Global Updates\n"))
writemsg_stdout(
_(
"(Could take a couple of minutes if you have a lot of binary packages.)\n"
)
)
if not quiet:
writemsg_stdout(
" ".join(
(
"",
f"{bold('.')}='update pass'",
f"{bold('*')}='binary update'",
f"{bold('#')}='/var/db update'",
f"{bold('@')}='/var/db move'\n",
f"{bold('s')}='/var/db SLOT move'",
f"{bold('%')}='binary move'",
f"{bold('S')}='binary SLOT move'\n",
f"{bold('p')}='update /etc/portage/package.*'\n",
)
)
)
valid_updates, errors = parse_updates(mycontent)
myupd.extend(valid_updates)
if not quiet:
writemsg_stdout(bold(mykey))
writemsg_stdout(f"{len(valid_updates) * '.'}\n")
if len(errors) == 0:
# Update our internal mtime since we
# processed all of our directives.
timestamps[mykey] = mystat[stat.ST_MTIME]
else:
for msg in errors:
writemsg(f"{msg}\n", noiselevel=-1)
if myupd:
retupd = True
if retupd:
if bindb.writable:
# Call binarytree.populate(), since we want to make sure it's
# only populated with local packages here (getbinpkgs=0).
bindb.bintree.populate()
else:
bindb = None
master_repo = portdb.repositories.mainRepo()
if master_repo is not None:
master_repo = master_repo.name
if master_repo in repo_map:
repo_map["DEFAULT"] = repo_map[master_repo]
for repo_name, myupd in repo_map.items():
if repo_name == "DEFAULT":
continue
if not myupd:
continue
def repo_match(repository):
return repository == repo_name or (
repo_name == master_repo and repository not in repo_map
)
def _world_repo_match(atoma, atomb):
"""
Check whether to perform a world change from atoma to atomb.
If best vardb match for atoma comes from the same repository
as the update file, allow that. Additionally, if portdb still
can find a match for old atom name, warn about that.
"""
matches = vardb.match(atoma)
if not matches:
matches = vardb.match(atomb)
if matches and repo_match(vardb.aux_get(best(matches), ["repository"])[0]):
if portdb.match(atoma):
world_warnings.add((atoma, atomb))
return True
return False
for update_cmd in myupd:
for pos, atom in enumerate(world_list):
new_atom = update_dbentry(update_cmd, atom)
if atom != new_atom:
if _world_repo_match(atom, new_atom):
world_list[pos] = new_atom
world_modified = True
for update_cmd in myupd:
if update_cmd[0] == "move":
moves = vardb.move_ent(update_cmd, repo_match=repo_match)
if moves:
writemsg_stdout(moves * "@")
if bindb:
moves = bindb.move_ent(update_cmd, repo_match=repo_match)
if moves:
writemsg_stdout(moves * "%")
elif update_cmd[0] == "slotmove":
moves = vardb.move_slot_ent(update_cmd, repo_match=repo_match)
if moves:
writemsg_stdout(moves * "s")
if bindb:
moves = bindb.move_slot_ent(update_cmd, repo_match=repo_match)
if moves:
writemsg_stdout(moves * "S")
if world_modified:
world_list.sort()
write_atomic(world_file, "".join(f"{x}\n" for x in world_list))
if world_warnings:
# XXX: print warning that we've updated world entries
# and the old name still matches something (from an overlay)?
pass
if retupd:
def _config_repo_match(repo_name, atoma, atomb):
"""
Check whether to perform a world change from atoma to atomb.
If best vardb match for atoma comes from the same repository
as the update file, allow that. Additionally, if portdb still
can find a match for old atom name, warn about that.
"""
matches = vardb.match(atoma)
if not matches:
matches = vardb.match(atomb)
if not matches:
return False
repository = vardb.aux_get(best(matches), ["repository"])[0]
return repository == repo_name or (
repo_name == master_repo and repository not in repo_map
)
update_config_files(
root,
mysettings.get("CONFIG_PROTECT", "").split(),
mysettings.get("CONFIG_PROTECT_MASK", "").split(),
repo_map,
match_callback=_config_repo_match,
case_insensitive="case-insensitive-fs" in mysettings.features,
)
# The above global updates proceed quickly, so they
# are considered a single mtimedb transaction.
if timestamps:
# We do not update the mtime in the mtimedb
# until after _all_ of the above updates have
# been processed because the mtimedb will
# automatically commit when killed by ctrl C.
prev_mtimes.update(timestamps)
# We gotta do the brute force updates for these now.
def onUpdate(_maxval, curval):
if curval > 0:
writemsg_stdout("#")
if quiet:
onUpdate = None
vardb.update_ents(repo_map, onUpdate=onUpdate)
if bindb:
def onUpdate(_maxval, curval):
if curval > 0:
writemsg_stdout("*")
bindb.update_ents(repo_map, onUpdate=onUpdate)
# Update progress above is indicated by characters written to stdout so
# we print a couple new lines here to separate the progress output from
# what follows.
writemsg_stdout("\n\n")
return retupd
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