def execute(self, ns, _allow_duplicates=False):
installed_nevras = None
if software.get_backend(ns) == software.BACKEND_PACKAGEKIT:
installed_nevras = set(software.get_package_nevra(p)
for p in software.list_installed_packages(ns))
for pkg in software.find_package(ns,
allow_duplicates=_allow_duplicates):
yield (software.get_package_nevra(pkg), )
def execute(self, ns, _allow_duplicates=False):
installed_nevras = None
if software.get_backend(ns) == software.BACKEND_PACKAGEKIT:
installed_nevras = set(
software.get_package_nevra(p)
for p in software.list_installed_packages(ns))
for pkg in software.find_package(ns,
allow_duplicates=_allow_duplicates):
yield (software.get_package_nevra(pkg), )
def execute(self, ns,
_available=False,
_all=False,
_repoid=None,
_allow_duplicates=False,
package_array=None):
properties = (
('NEVRA', 'ElementName'),
('Summary', 'Caption'))
if package_array:
package_generators = []
for pkg_spec in package_array:
exact_match = any(reg.match(pkg_spec) for reg in (
software.RE_ENVRA, software.RE_NEVRA, software.RE_NA))
generator = ( i.to_instance()
for i in software.find_package(ns,
pkg_spec=pkg_spec,
allow_duplicates=_allow_duplicates,
exact_match=exact_match))
if _available and not _repoid:
# filter out installed packages
# if repoid is given, there's no need to filter them out
generator = (i for i in generator if i.InstallDate is None)
elif not _all and not _available:
# filter out not installed packages
generator = ( i for i in generator
if i.InstallDate is not None)
# else: # _all is given - no need to filter
package_generators.append(generator)
instances = itertools.chain(*package_generators)
elif _all or _available:
instances = software.list_available_packages(ns,
allow_installed=_all,
allow_duplicates=_allow_duplicates,
repoid=_repoid)
else:
instances = software.list_installed_packages(ns)
return (properties, instances)
def execute(self, ns,
_available=False,
_all=False,
_repoid=None,
_allow_duplicates=False,
package_array=None):
properties = (
('NEVRA', 'ElementName'),
('Summary', 'Caption'))
if package_array:
package_generators = []
for pkg_spec in package_array:
exact_match = any(reg.match(pkg_spec) for reg in (
software.RE_ENVRA, software.RE_NEVRA, software.RE_NA))
generator = ( i.to_instance()
for i in software.find_package(ns,
pkg_spec=pkg_spec,
allow_duplicates=_allow_duplicates,
exact_match=exact_match))
if _available and not _repoid:
# filter out installed packages
# if repoid is given, there's no need to filter them out
generator = (i for i in generator if i.InstallDate is None)
elif not _all and not _available:
# filter out not installed packages
generator = ( i for i in generator
if i.InstallDate is not None)
# else: # _all is given - no need to filter
package_generators.append(generator)
instances = itertools.chain(*package_generators)
elif _all or _available:
instances = software.list_available_packages(ns,
allow_installed=_all,
allow_duplicates=_allow_duplicates,
repoid=_repoid)
else:
instances = software.list_installed_packages(ns)
return (properties, instances)
