def setup_repos(namespace, attr):
# Get repo(s) to operate on.
if namespace.repo:
# The store repo machinery handles --raw and --unfiltered for
# us, thus it being the first check.
repos = [namespace.repo]
elif namespace.contents or namespace.size or namespace._owns or namespace._owns_re or namespace.installed:
repos = namespace.domain.vdb
elif namespace.unfiltered:
if namespace.all_repos:
repos = list(namespace.domain.vdb)
repos.extend(namespace.domain.repos_configured.itervalues())
elif namespace.ebuild_repos:
repos = namespace.domain.ebuild_repos_raw.repos
elif namespace.binary_repos:
repos = namespace.domain.binary_repos_raw.repos
else:
repos = namespace.domain.repos_configured.values()
elif namespace.all_repos:
repos = namespace.domain.repos + namespace.domain.vdb
elif namespace.ebuild_repos:
repos = namespace.domain.ebuild_repos.repos
elif namespace.binary_repos:
repos = namespace.domain.binary_repos.repos
else:
repos = namespace.domain.repos
if namespace.raw or namespace.virtuals:
repos = repo_utils.get_raw_repos(repos)
if namespace.virtuals:
repos = repo_utils.get_virtual_repos(repos, namespace.virtuals == "only")
setattr(namespace, attr, repos)
def check_args(parser, namespace):
# Get repo(s) to operate on.
if namespace.repo:
repos = (namespace.repo,)
else:
repos = namespace.domain.repos
namespace.repos = get_virtual_repos(get_raw_repos(repos), False)
def _dist_validate_args(parser, namespace):
distdir = namespace.domain.fetcher.distdir
repo = multiplex.tree(*get_virtual_repos(namespace.domain.repos, False))
if not namespace.restrict:
namespace.restrict = packages.AlwaysTrue
files = set(os.path.basename(f) for f in listdir_files(distdir))
pfiles = set()
for pkg in repo.itermatch(namespace.restrict, sorter=sorted):
if ((namespace.installed and pkg.versioned_atom in namespace.installed)
or (namespace.fetch_restricted and 'fetch' in pkg.restrict)):
continue
try:
pfiles.update(fetchable.filename
for fetchable in iflatten_instance(
pkg.fetchables, fetch.fetchable))
except errors.MetadataException as e:
if not namespace.ignore_failures:
dist.error("got corruption error '%s', with package %s " %
(e, pkg.cpvstr))
except Exception as e:
dist.error("got error '%s', parsing package %s in repo '%s'" %
(e, pkg.cpvstr, pkg.repo))
distfiles = (pjoin(distdir, f) for f in files.intersection(pfiles))
removal_func = partial(os.remove)
namespace.remove = (
(removal_func, distfile)
for distfile in ifilter(namespace.filters.run, distfiles))
def check_args(parser, namespace):
# Get repo(s) to operate on.
if namespace.repo:
repos = (namespace.repo,)
else:
repos = namespace.domain.repos
namespace.repos = get_virtual_repos(get_raw_repos(repos), False)
def setup_repos(namespace, attr):
# Get repo(s) to operate on.
if namespace.repo:
# The store repo machinery handles --raw and --no-filters for
# us, thus it being the first check.
repos = [namespace.repo]
elif namespace.contents or namespace._owns or namespace._owns_re:
repos = namespace.domain.vdb
elif namespace.no_filters:
if namespace.all_repos:
repos = list(namespace.domain.vdb)
repos.extend(namespace.domain.repos_configured.itervalues())
else:
repos = namespace.domain.repos_configured.values()
elif namespace.all_repos:
repos = namespace.domain.repos + namespace.domain.vdb
else:
repos = namespace.domain.repos
if namespace.raw or namespace.virtuals:
repos = repo_utils.get_raw_repos(repos)
if namespace.virtuals:
repos = repo_utils.get_virtual_repos(
repos, namespace.virtuals == 'only')
setattr(namespace, attr, repos)
def setup_repos(namespace, attr):
# Get repo(s) to operate on.
if namespace.repo:
# The store repo machinery handles --raw and --no-filters for
# us, thus it being the first check.
repos = [namespace.repo]
elif namespace.contents or namespace._owns or namespace._owns_re:
repos = namespace.domain.vdb
elif namespace.no_filters:
if namespace.all_repos:
repos = list(namespace.domain.vdb)
repos.extend(namespace.domain.repos_configured.itervalues())
else:
repos = namespace.domain.repos_configured.values()
elif namespace.all_repos:
repos = namespace.domain.repos + namespace.domain.vdb
else:
repos = namespace.domain.repos
if namespace.raw or namespace.virtuals:
repos = repo_utils.get_raw_repos(repos)
if namespace.virtuals:
repos = repo_utils.get_virtual_repos(repos,
namespace.virtuals == 'only')
setattr(namespace, attr, repos)
def _dist_validate_args(parser, namespace):
distdir = namespace.domain.fetcher.distdir
repo = multiplex.tree(*get_virtual_repos(namespace.domain.repos, False))
if not namespace.restrict:
namespace.restrict = packages.AlwaysTrue
files = set(os.path.basename(f) for f in listdir_files(distdir))
pfiles = set()
for pkg in repo.itermatch(namespace.restrict, sorter=sorted):
if ((namespace.installed and pkg.versioned_atom in namespace.installed) or
(namespace.fetch_restricted and 'fetch' in pkg.restrict)):
continue
try:
pfiles.update(
fetchable.filename for fetchable in
iflatten_instance(pkg.fetchables, fetch.fetchable))
except errors.MetadataException as e:
if not namespace.ignore_failures:
dist.error(
"got corruption error '%s', with package %s " %
(e, pkg.cpvstr))
except Exception as e:
dist.error(
"got error '%s', parsing package %s in repo '%s'" %
(e, pkg.cpvstr, pkg.repo))
distfiles = (pjoin(distdir, f) for f in files.intersection(pfiles))
removal_func = partial(os.remove)
namespace.remove = (
(removal_func, distfile) for distfile in
ifilter(namespace.filters.run, distfiles))
def _get_repos(self):
repo_dict = {}
repo_list = []
repos = get_virtual_repos(get_raw_repos(self._domain.repos), False)
for repo in repos:
if isinstance(repo, UnconfiguredTree) or isinstance(repo, SlavedTree):
repo_dict[repo.repo_id] = repo
repo_list.append(repo)
repo_list.reverse()
self.repo_list = repo_list
self.repo_dict = repo_dict
def check_args(parser, namespace):
domain = namespace.domain
namespace.vdb = domain.vdb
namespace.repo = multiplex_tree(*get_virtual_repos(domain.repos, False))
namespace.distdir = domain.fetcher.distdir
excludes = namespace.excludes if namespace.excludes is not None else []
if namespace.exclude_file is not None:
excludes.extend(namespace.exclude_file.read().split('\n'))
restrict = commandline.convert_to_restrict(excludes, default=None)
if restrict != [None]:
namespace.restrict = OrRestriction(negate=True, *restrict)
else:
namespace.restrict = packages.AlwaysTrue
def check_values(self, values, args):
values, args = commandline.OptionParser.check_values(
self, values, args)
if args: self.error("This script takes no arguments")
# Get repo(s) to operate on.
if values.repo:
repos = (values.repo,)
else:
repos = values.config.get_default('domain').repos
values.repos = get_virtual_repos(get_raw_repos(repos), False)
return values, ()
def check_values(self, values, args):
values, args = commandline.OptionParser.check_values(
self, values, args)
if args: self.error("This script takes no arguments")
# Get repo(s) to operate on.
if values.repo:
repos = (values.repo, )
else:
repos = values.config.get_default('domain').repos
values.repos = get_virtual_repos(get_raw_repos(repos), False)
return values, ()
def check_values(self, values, args):
values, args = commandline.OptionParser.check_values(
self, values, args)
if args:
self.error("This script takes no arguments")
domain = values.config.get_default('domain')
values.vdb = domain.vdb
values.repo = multiplex_tree(*get_virtual_repos(domain.repos, False))
values.distdir = domain.fetcher.distdir
restrict = commandline.convert_to_restrict(values.excludes, default=None)
if restrict != [None]:
values.restrict = OrRestriction(negate=True, *restrict)
else:
values.restrict = packages.AlwaysTrue
return values, ()
def check_values(self, values, args):
values, args = commandline.OptionParser.check_values(
self, values, args)
if args:
self.error("This script takes no arguments")
domain = values.config.get_default('domain')
values.vdb = domain.vdb
values.repo = multiplex_tree(*get_virtual_repos(domain.repos, False))
values.distdir = domain.fetcher.distdir
restrict = commandline.convert_to_restrict(values.excludes,
default=None)
if restrict != [None]:
values.restrict = OrRestriction(negate=True, *restrict)
else:
values.restrict = packages.AlwaysTrue
return values, ()
