def __init__(self, emerge_config=None, emerge_logging=False): '''Class init function @param emerge_config: optional an emerge_config instance to use @param emerge_logging: boolean, defaults to False ''' if emerge_config is None: # need a basic options instance actions, opts, _files = parse_opts([], silent=True) emerge_config = load_emerge_config( action='sync', args=_files, opts=opts) # Parse EMERGE_DEFAULT_OPTS, for settings like # --package-moves=n. cmdline = portage.util.shlex_split( emerge_config.target_config.settings.get( "EMERGE_DEFAULT_OPTS", "")) emerge_config.opts = parse_opts(cmdline, silent=True)[1] if hasattr(portage, 'settings'): # cleanly destroy global objects portage._reset_legacy_globals() # update redundant global variables, for consistency # and in order to conserve memory portage.settings = emerge_config.target_config.settings portage.db = emerge_config.trees portage.root = portage.db._target_eroot self.emerge_config = emerge_config if emerge_logging: _emerge.emergelog._disable = False self.xterm_titles = "notitles" not in \ self.emerge_config.target_config.settings.features emergelog(self.xterm_titles, " === sync")
def __init__(self, emerge_config=None, emerge_logging=False):
'''Class init function
@param emerge_config: optional an emerge_config instance to use
@param emerge_logging: boolean, defaults to False
'''
if emerge_config is None:
# need a basic options instance
actions, opts, _files = parse_opts([], silent=True)
emerge_config = load_emerge_config(action='sync',
args=_files,
opts=opts)
# Parse EMERGE_DEFAULT_OPTS, for settings like
# --package-moves=n.
cmdline = portage.util.shlex_split(
emerge_config.target_config.settings.get(
"EMERGE_DEFAULT_OPTS", ""))
emerge_config.opts = parse_opts(cmdline, silent=True)[1]
if hasattr(portage, 'settings'):
# cleanly destroy global objects
portage._reset_legacy_globals()
# update redundant global variables, for consistency
# and in order to conserve memory
portage.settings = emerge_config.target_config.settings
portage.db = emerge_config.trees
portage.root = portage.db._target_eroot
self.emerge_config = emerge_config
if emerge_logging:
_emerge.emergelog._disable = False
self.xterm_titles = "notitles" not in \
self.emerge_config.target_config.settings.features
emergelog(self.xterm_titles, " === sync")
def fix(self, **kwargs):
"""Attempt to fix any failed merges."""
module_output = kwargs.get('module_output', None)
failed_pkgs = self._failed_pkgs()
if not failed_pkgs:
return ['No failed merges found.']
pkg_invalid_entries = set()
pkg_atoms = set()
self._get_pkg_atoms(failed_pkgs, pkg_atoms, pkg_invalid_entries)
if pkg_invalid_entries:
return pkg_invalid_entries
try:
self._tracking_file.save(failed_pkgs)
except IOError as ex:
errors = ['Unable to save failed merges to tracking file: %s\n'
% str(ex)]
errors.append(', '.join(sorted(failed_pkgs)))
return errors
self._remove_failed_dirs(failed_pkgs)
results = self._emerge_pkg_atoms(module_output, pkg_atoms)
# list any new failed merges
for pkg in sorted(self._scan()):
results.append("'%s' still found as a failed merge." % pkg)
# reload config and remove successful packages from tracking file
portage._reset_legacy_globals()
vardb = portage.db[portage.root]['vartree'].dbapi
still_failed_pkgs = {}
for pkg, mtime in failed_pkgs.items():
pkg_name = '%s' % pkg.replace(MERGING_IDENTIFIER, '')
if not vardb.cpv_exists(pkg_name):
still_failed_pkgs[pkg] = mtime
self._tracking_file.save(still_failed_pkgs)
return results
def fix(self, **kwargs):
"""Attempt to fix any failed merges."""
module_output = kwargs.get("module_output", None)
failed_pkgs = self._failed_pkgs()
if not failed_pkgs:
return (True, ["No failed merges found."])
pkg_invalid_entries = set()
pkg_atoms = set()
self._get_pkg_atoms(failed_pkgs, pkg_atoms, pkg_invalid_entries)
if pkg_invalid_entries:
return (False, pkg_invalid_entries)
try:
self._tracking_file.save(failed_pkgs)
except IOError as ex:
errors = [
"Unable to save failed merges to tracking file: %s\n" % str(ex)
]
errors.append(", ".join(sorted(failed_pkgs)))
return (False, errors)
self._remove_failed_dirs(failed_pkgs)
results = self._emerge_pkg_atoms(module_output,
pkg_atoms,
yes=kwargs.get("options",
{}).get("yes", False))
# list any new failed merges
for pkg in sorted(self._scan()):
results.append("'%s' still found as a failed merge." % pkg)
# reload config and remove successful packages from tracking file
portage._reset_legacy_globals()
vardb = portage.db[portage.root]["vartree"].dbapi
still_failed_pkgs = {}
for pkg, mtime in failed_pkgs.items():
pkg_name = "%s" % pkg.replace(MERGING_IDENTIFIER, "")
if not vardb.cpv_exists(pkg_name):
still_failed_pkgs[pkg] = mtime
self._tracking_file.save(still_failed_pkgs)
if still_failed_pkgs:
return (False, results)
return (True, results)
def fix(self, **kwargs):
"""Attempt to fix any failed merges."""
module_output = kwargs.get('module_output', None)
failed_pkgs = self._failed_pkgs()
if not failed_pkgs:
return ['No failed merges found.']
pkg_invalid_entries = set()
pkg_atoms = set()
self._get_pkg_atoms(failed_pkgs, pkg_atoms, pkg_invalid_entries)
if pkg_invalid_entries:
return pkg_invalid_entries
try:
self._tracking_file.save(failed_pkgs)
except IOError as ex:
errors = [
'Unable to save failed merges to tracking file: %s\n' % str(ex)
]
errors.append(', '.join(sorted(failed_pkgs)))
return errors
self._remove_failed_dirs(failed_pkgs)
results = self._emerge_pkg_atoms(module_output, pkg_atoms)
# list any new failed merges
for pkg in sorted(self._scan()):
results.append("'%s' still found as a failed merge." % pkg)
# reload config and remove successful packages from tracking file
portage._reset_legacy_globals()
vardb = portage.db[portage.root]['vartree'].dbapi
still_failed_pkgs = {}
for pkg, mtime in failed_pkgs.items():
pkg_name = '%s' % pkg.replace(MERGING_IDENTIFIER, '')
if not vardb.cpv_exists(pkg_name):
still_failed_pkgs[pkg] = mtime
self._tracking_file.save(still_failed_pkgs)
return results
