def _search(self, args):
"""Search for simple text tags in a package object."""
TRANS_TBL = collections.OrderedDict((
('name', C_('long', 'Name')),
('summary', C_('long', 'Summary')),
('description', C_('long', 'Description')),
('url', _('URL')),
))
def _translate_attr(attr):
try:
return TRANS_TBL[attr]
except:
return attr
def _print_section_header(exact_match, attrs, keys):
trans_attrs = map(_translate_attr, attrs)
# TRANSLATORS: separator used between package attributes (eg. Name & Summary & URL)
trans_attrs_str = _(' & ').join(trans_attrs)
if exact_match:
# TRANSLATORS: %s - translated package attributes,
# %%s - found keys (in listed attributes)
section_text = _('%s Exactly Matched: %%s') % trans_attrs_str
else:
# TRANSLATORS: %s - translated package attributes,
# %%s - found keys (in listed attributes)
section_text = _('%s Matched: %%s') % trans_attrs_str
formatted = self.base.output.fmtSection(section_text %
", ".join(keys))
print(ucd(formatted))
counter = dnf.match_counter.MatchCounter()
for arg in args:
self._search_counted(counter, 'name', arg)
self._search_counted(counter, 'summary', arg)
if self.opts.all:
for arg in args:
self._search_counted(counter, 'description', arg)
self._search_counted(counter, 'url', arg)
else:
needles = len(args)
pkgs = list(counter.keys())
for pkg in pkgs:
if len(counter.matched_needles(pkg)) != needles:
del counter[pkg]
used_attrs = None
matched_needles = None
exact_match = False
print_section_header = False
limit = None
if not self.base.conf.showdupesfromrepos:
limit = self.base.sack.query().filterm(pkg=counter.keys()).latest()
for pkg in counter.sorted(reverse=True, limit_to=limit):
if used_attrs != counter.matched_keys(pkg):
used_attrs = counter.matched_keys(pkg)
print_section_header = True
if matched_needles != counter.matched_needles(pkg):
matched_needles = counter.matched_needles(pkg)
print_section_header = True
if exact_match != (counter.matched_haystacks(pkg)
== matched_needles):
exact_match = counter.matched_haystacks(pkg) == matched_needles
print_section_header = True
if print_section_header:
_print_section_header(exact_match, used_attrs, matched_needles)
print_section_header = False
self.base.output.matchcallback(pkg, counter.matched_haystacks(pkg),
args)
if len(counter) == 0:
logger.info(_('No matches found.'))
libdnf.transaction.TransactionItemAction_REINSTALL,
]
# packages that got removed from the system
BACKWARD_ACTIONS = [
libdnf.transaction.TransactionItemAction_DOWNGRADED,
libdnf.transaction.TransactionItemAction_OBSOLETED,
libdnf.transaction.TransactionItemAction_UPGRADED,
libdnf.transaction.TransactionItemAction_REMOVE,
# TODO: REINSTALLED may and may not belong here; the same NEVRA is in FORWARD_ACTIONS already
# libdnf.transaction.TransactionItemAction_REINSTALLED,
]
ACTIONS = {
# TRANSLATORS: This is for a single package currently being downgraded.
PKG_DOWNGRADE: C_('currently', 'Downgrading'),
PKG_DOWNGRADED: _('Cleanup'),
# TRANSLATORS: This is for a single package currently being installed.
PKG_INSTALL: C_('currently', 'Installing'),
PKG_OBSOLETE: _('Obsoleting'),
PKG_OBSOLETED: _('Obsoleting'),
# TRANSLATORS: This is for a single package currently being reinstalled.
PKG_REINSTALL: C_('currently', 'Reinstalling'),
PKG_REINSTALLED: _('Cleanup'),
# TODO: 'Removing'?
PKG_REMOVE: _('Erasing'),
# TRANSLATORS: This is for a single package currently being upgraded.
PKG_UPGRADE: C_('currently', 'Upgrading'),
PKG_UPGRADED: _('Cleanup'),
PKG_CLEANUP: _('Cleanup'),
PKG_VERIFY: _('Verifying'),