def list_packages(self, filters):
""" list packages"""
self.sack.populate(self.repo, 'metadata', None, 0)
pkglist = self.sack.returnPackages()
pkglist = yum.misc.unique(pkglist)
self.num_packages = len(pkglist)
if not filters:
# if there's no include/exclude filter on command line or in database
for p in self.repo.includepkgs:
filters.append(('+', [p]))
for p in self.repo.exclude:
filters.append(('-', [p]))
if filters:
pkglist = self._filter_packages(pkglist, filters)
pkglist = self._get_package_dependencies(self.sack, pkglist)
# do not pull in dependencies if they're explicitly excluded
pkglist = self._filter_packages(pkglist, filters, True)
self.num_excluded = self.num_packages - len(pkglist)
to_return = []
for pack in pkglist:
if pack.arch == 'src':
continue
new_pack = ContentPackage()
new_pack.setNVREA(pack.name, pack.version, pack.release,
pack.epoch, pack.arch)
new_pack.unique_id = pack
new_pack.checksum_type = pack.checksums[0][0]
if new_pack.checksum_type == 'sha':
new_pack.checksum_type = 'sha1'
new_pack.checksum = pack.checksums[0][1]
to_return.append(new_pack)
return to_return
def list_packages(self, filters, latest):
""" list packages"""
try:
self.repo.getPackageSack().populate(self.repo, 'metadata', None, 0)
except yum.Errors.RepoError as e:
if "No more mirrors" in str(e):
reqFile = re.search('failure:\s+(.+)\s+from',
str(e)).groups()[0]
raise ChannelTimeoutException(
"Retrieving '%s' failed: File not found in repository '%s'"
% (reqFile, self.repo))
else:
raise
pkglist = ListPackageSack(self.repo.getPackageSack().returnPackages())
self.num_packages = len(pkglist)
if latest:
pkglist = pkglist.returnNewestByNameArch()
pkglist = yum.misc.unique(pkglist)
pkglist.sort(self._sort_packages)
if not filters:
# if there's no include/exclude filter on command line or in database
# check repository config file
for p in self.repo.includepkgs:
filters.append(('+', [p]))
for p in self.repo.exclude:
filters.append(('-', [p]))
filters = self._expand_package_groups(filters)
if filters:
pkglist = self._filter_packages(pkglist, filters)
pkglist = self._get_package_dependencies(
self.repo.getPackageSack(), pkglist)
# do not pull in dependencies if they're explicitly excluded
pkglist = self._filter_packages(pkglist, filters, True)
self.num_excluded = self.num_packages - len(pkglist)
to_return = []
for pack in pkglist:
new_pack = ContentPackage()
new_pack.setNVREA(pack.name, pack.version, pack.release,
pack.epoch, pack.arch)
new_pack.unique_id = pack
new_pack.checksum_type = pack.checksums[0][0]
if new_pack.checksum_type == 'sha':
new_pack.checksum_type = 'sha1'
new_pack.checksum = pack.checksums[0][1]
for cs in pack.checksums:
new_pack.checksums[cs[0]] = cs[1]
to_return.append(new_pack)
return to_return
def list_packages(self, filters, latest):
"""
List available packages.
:returns: list
"""
pkglist = self._get_solvable_packages()
pkglist.sort(key=cmp_to_key(self._sort_packages))
self.num_packages = len(pkglist)
pkglist = self._apply_filters(pkglist, filters)
if latest:
latest_pkgs = {}
new_pkgs = []
for pkg in pkglist:
ident = '{}.{}'.format(pkg.name, pkg.arch)
if ident not in latest_pkgs.keys() or LooseVersion(str(
pkg.evr)) > LooseVersion(str(latest_pkgs[ident].evr)):
latest_pkgs[ident] = pkg
pkglist = list(latest_pkgs.values())
to_return = []
for pack in pkglist:
new_pack = ContentPackage()
epoch, version, release = RawSolvablePackage._parse_solvable_evr(
pack.evr)
new_pack.setNVREA(pack.name, version, release, epoch, pack.arch)
new_pack.unique_id = RawSolvablePackage(pack)
checksum = pack.lookup_checksum(solv.SOLVABLE_CHECKSUM)
new_pack.checksum_type = checksum.typestr()
new_pack.checksum = checksum.hex()
to_return.append(new_pack)
return to_return
def list_packages(self, filters):
""" list packages"""
self.sack.populate(self.repo, 'metadata', None, 0)
pkglist = self.sack.returnPackages()
pkglist = yum.misc.unique(pkglist)
self.num_packages = len(pkglist)
if not filters:
# if there's no include/exclude filter on command line or in database
for p in self.repo.includepkgs:
filters.append(('+', [p]))
for p in self.repo.exclude:
filters.append(('-', [p]))
if filters:
pkglist = self._filter_packages(pkglist, filters)
pkglist = self._get_package_dependencies(self.sack, pkglist)
# do not pull in dependencies if they're explicitly excluded
pkglist = self._filter_packages(pkglist, filters, True)
self.num_excluded = self.num_packages - len(pkglist)
to_return = []
for pack in pkglist:
if pack.arch == 'src':
continue
new_pack = ContentPackage()
new_pack.setNVREA(pack.name, pack.version, pack.release,
pack.epoch, pack.arch)
new_pack.unique_id = pack
new_pack.checksum_type = pack.checksums[0][0]
if new_pack.checksum_type == 'sha':
new_pack.checksum_type = 'sha1'
new_pack.checksum = pack.checksums[0][1]
to_return.append(new_pack)
return to_return
def list_packages(self, filters, latest):
""" list packages"""
pkglist = self.repo.get_package_list()
self.num_packages = len(pkglist)
if latest:
# TODO
pass
pkglist.sort(self._sort_packages)
if not filters:
# if there's no include/exclude filter on command line or in database
for p in self.repo.includepkgs:
filters.append(('+', [p]))
for p in self.repo.exclude:
filters.append(('-', [p]))
if filters:
pkglist = self._filter_packages(pkglist, filters)
self.num_excluded = self.num_packages - len(pkglist)
to_return = []
for pack in pkglist:
new_pack = ContentPackage()
new_pack.setNVREA(pack.name, pack.version, pack.release,
pack.epoch, pack.arch)
new_pack.unique_id = pack
new_pack.checksum_type = pack.checksum_type
new_pack.checksum = pack.checksum
to_return.append(new_pack)
return to_return
def test_associate_package(self):
pack = ContentPackage()
pack.setNVREA('name1', 'version1', 'release1', 'epoch1', 'arch1')
pack.unique_id = 1
pack.a_pkg = rhn_rpm.RPM_Package(None)
pack.a_pkg.checksum = 'checksum1'
pack.a_pkg.checksum_type = 'c_type1'
pack.a_pkg.header = {'epoch': 'epoch1'}
pack.checksums[1] = 'checksum1'
mocked_backend = Mock()
self.reposync.SQLBackend = Mock(return_value=mocked_backend)
rs = self._create_mocked_reposync()
rs._importer_run = Mock()
rs.channel_label = 'Label1'
rs.channel = {'id': 'channel1', 'org_id': 1}
package = {
'name': 'name1',
'version': 'version1',
'release': 'release1',
'epoch': 'epoch1',
'arch': 'arch1',
'checksum': 'checksum1',
'checksum_type': 'c_type1',
'org_id': 1,
'channels': [{
'label': 'Label1',
'id': 'channel1'
}]
}
refpack = importLib.IncompletePackage().populate(package)
ipack = rs.associate_package(pack)
self.assertEqual(ipack, refpack)
def test_associate_package(self):
pack = ContentPackage()
pack.setNVREA('name1', 'version1', 'release1', 'epoch1', 'arch1')
pack.unique_id = 1
pack.a_pkg = rhn_rpm.RPM_Package(None)
pack.a_pkg.checksum = 'checksum1'
pack.a_pkg.checksum_type = 'c_type1'
pack.a_pkg.header = {'epoch': 'epoch1'}
pack.checksums[1] = 'checksum1'
mocked_backend = Mock()
self.reposync.SQLBackend = Mock(return_value=mocked_backend)
rs = self._create_mocked_reposync()
rs._importer_run = Mock()
rs.channel_label = 'Label1'
rs.channel = {'id': 'channel1', 'org_id': 1}
package = {'name': 'name1',
'version': 'version1',
'release': 'release1',
'epoch': 'epoch1',
'arch': 'arch1',
'checksum': 'checksum1',
'checksum_type': 'c_type1',
'org_id': 1,
'channels': [{'label': 'Label1', 'id': 'channel1'}]}
refpack = importLib.IncompletePackage().populate(package)
ipack = rs.associate_package(pack)
self.assertEqual(ipack, refpack)
def list_packages(self, filters, latest):
""" list packages"""
pkglist = self.repo.get_package_list()
self.num_packages = len(pkglist)
if latest:
# TODO
pass
pkglist.sort(self._sort_packages)
if not filters:
# if there's no include/exclude filter on command line or in database
for p in self.repo.includepkgs:
filters.append(("+", [p]))
for p in self.repo.exclude:
filters.append(("-", [p]))
if filters:
# TODO
pass
to_return = []
for pack in pkglist:
new_pack = ContentPackage()
new_pack.setNVREA(pack["name"], pack["version"], pack["release"], pack["epoch"], pack["arch"])
new_pack.unique_id = pack
new_pack.checksum_type = pack["checksum_type"]
new_pack.checksum = pack["checksum"]
to_return.append(new_pack)
return to_return
def list_packages(self, filters, latest):
""" list packages"""
self.dnfbase.fill_sack(load_system_repo=False,
load_available_repos=True)
pkglist = self.dnfbase.sack.query(flags=hawkey.IGNORE_MODULAR_EXCLUDES)
self.num_packages = len(pkglist)
if latest:
pkglist = pkglist.latest()
pkglist = list(dict.fromkeys(pkglist)) # Filter out duplicates
if not filters:
# if there's no include/exclude filter on command line or in database
# check repository config file
for p in self.dnfbase.repos[self.repoid].includepkgs:
filters.append(('+', [p]))
for p in self.dnfbase.repos[self.repoid].exclude:
filters.append(('-', [p]))
filters = self._expand_package_groups(filters)
if filters:
pkglist = self._filter_packages(pkglist, filters)
pkglist = self._get_package_dependencies(self.dnfbase.sack,
pkglist)
self.num_excluded = self.num_packages - len(pkglist)
to_return = []
for pack in pkglist:
if pack.arch == 'src':
continue
new_pack = ContentPackage()
new_pack.setNVREA(pack.name, pack.version, pack.release,
pack.epoch, pack.arch)
new_pack.unique_id = RawSolvablePackage(pack)
# new_pack.hawkey_id = pack
new_pack.checksum_type = pack.returnIdSum()[0]
if new_pack.checksum_type == 'sha':
new_pack.checksum_type = 'sha1'
new_pack.checksum = pack.returnIdSum()[1]
to_return.append(new_pack)
return to_return
def list_packages(self, filters, latest):
""" list packages"""
self.repo.getPackageSack().populate(self.repo, 'metadata', None, 0)
pkglist = ListPackageSack(self.repo.getPackageSack().returnPackages())
self.num_packages = len(pkglist)
if latest:
pkglist = pkglist.returnNewestByNameArch()
pkglist = yum.misc.unique(pkglist)
pkglist.sort(self._sort_packages)
if not filters:
# if there's no include/exclude filter on command line or in database
# check repository config file
for p in self.repo.includepkgs:
filters.append(('+', [p]))
for p in self.repo.exclude:
filters.append(('-', [p]))
filters = self._expand_package_groups(filters)
if filters:
pkglist = self._filter_packages(pkglist, filters)
pkglist = self._get_package_dependencies(
self.repo.getPackageSack(), pkglist)
self.num_excluded = self.num_packages - len(pkglist)
to_return = []
for pack in pkglist:
if pack.arch == 'src':
continue
new_pack = ContentPackage()
new_pack.setNVREA(pack.name, pack.version, pack.release,
pack.epoch, pack.arch)
new_pack.unique_id = pack
new_pack.checksum_type = pack.checksums[0][0]
if new_pack.checksum_type == 'sha':
new_pack.checksum_type = 'sha1'
new_pack.checksum = pack.checksums[0][1]
to_return.append(new_pack)
return to_return
def list_packages(self, filters, latest):
"""
List available packages.
:returns: list
"""
if not self.repo.is_configured:
self.setup_repo(self.repo)
pool = solv.Pool()
repo = pool.add_repo(str(self.channel_label or self.reponame))
solv_path = os.path.join(self.repo.root, ZYPP_SOLV_CACHE_PATH, self.channel_label or self.reponame, 'solv')
if not os.path.isfile(solv_path) or not repo.add_solv(solv.xfopen(str(solv_path)), 0):
raise SolvFileNotFound(solv_path)
#TODO: Implement latest
#if latest:
# pkglist = pkglist.returnNewestByNameArch()
#TODO: Implement sort
#pkglist.sort(self._sort_packages)
to_return = []
for pack in repo.solvables:
# Solvables with ":" in name are not packages
if ':' in pack.name:
continue
new_pack = ContentPackage()
epoch, version, release = RawSolvablePackage._parse_solvable_evr(pack.evr)
new_pack.setNVREA(pack.name, version, release, epoch, pack.arch)
new_pack.unique_id = RawSolvablePackage(pack)
checksum = pack.lookup_checksum(solv.SOLVABLE_CHECKSUM)
new_pack.checksum_type = checksum.typestr()
new_pack.checksum = checksum.hex()
to_return.append(new_pack)
self.num_packages = len(to_return)
return to_return
def list_packages(self, filters, latest):
""" list packages"""
pkglist = self.repo.get_package_list()
self.num_packages = len(pkglist)
if latest:
latest_pkgs = {}
new_pkgs = []
for pkg in pkglist:
ident = '{}.{}'.format(pkg.name, pkg.arch)
if ident not in latest_pkgs.keys() or LooseVersion(
pkg.evr()) > LooseVersion(latest_pkgs[ident].evr()):
latest_pkgs[ident] = pkg
pkglist = list(latest_pkgs.values())
pkglist.sort(key=cmp_to_key(self._sort_packages))
if not filters:
# if there's no include/exclude filter on command line or in database
for p in self.repo.includepkgs:
filters.append(('+', [p]))
for p in self.repo.exclude:
filters.append(('-', [p]))
if filters:
pkglist = self._filter_packages(pkglist, filters)
self.num_excluded = self.num_packages - len(pkglist)
to_return = []
for pack in pkglist:
new_pack = ContentPackage()
new_pack.setNVREA(pack.name, pack.version, pack.release,
pack.epoch, pack.arch)
new_pack.unique_id = pack
new_pack.checksum_type = pack.checksum_type
new_pack.checksum = pack.checksum
to_return.append(new_pack)
return to_return
class ContentSource(object):
def __init__(self,
url,
name,
insecure=False,
interactive=True,
yumsrc_conf=YUMSRC_CONF,
org="1",
channel_label="",
no_mirrors=False,
ca_cert_file=None,
client_cert_file=None,
client_key_file=None):
# pylint can't see inside the SplitResult class
# pylint: disable=E1103
if urlparse.urlsplit(url).scheme:
self.url = url
else:
self.url = "file://%s" % url
self.name = name
self.insecure = insecure
self.interactive = interactive
self.yumbase = yum.YumBase()
self.yumbase.preconf.fn = yumsrc_conf
if not os.path.exists(yumsrc_conf):
self.yumbase.preconf.fn = '/dev/null'
self.configparser = ConfigParser()
if org:
self.org = org
else:
self.org = "NULL"
self.proxy_url = None
self.proxy_user = None
self.proxy_pass = None
self.authtoken = None
# read the proxy configuration
# /etc/rhn/rhn.conf has more priority than yum.conf
initCFG('server.satellite')
# keep authtokens for mirroring
(_scheme, _netloc, _path, query, _fragid) = urlparse.urlsplit(url)
if query:
self.authtoken = query
if CFG.http_proxy:
self.proxy_url, self.proxy_user, self.proxy_pass = get_proxy(
self.url)
else:
yb_cfg = self.yumbase.conf.cfg
section_name = None
if yb_cfg.has_section(self.name):
section_name = self.name
elif yb_cfg.has_section('main'):
section_name = 'main'
if section_name:
if yb_cfg.has_option(section_name, option='proxy'):
self.proxy_url = "http://%s" % yb_cfg.get(section_name,
option='proxy')
if yb_cfg.has_option(section_name, 'proxy_username'):
self.proxy_user = yb_cfg.get(section_name,
'proxy_username')
if yb_cfg.has_option(section_name, 'proxy_password'):
self.proxy_pass = yb_cfg.get(section_name,
'proxy_password')
self._authenticate(url)
# Check for settings in yum configuration files (for custom repos/channels only)
if org:
repos = self.yumbase.repos.repos
else:
repos = None
if repos and name in repos:
repo = repos[name]
elif repos and channel_label in repos:
repo = repos[channel_label]
# In case we are using Repo object based on channel config, override it's id to name of the repo
# To not create channel directories in cache directory
repo.id = name
else:
# Not using values from config files
repo = yum.yumRepo.YumRepository(name)
repo.populate(self.configparser, name, self.yumbase.conf)
self.repo = repo
self.setup_repo(repo, no_mirrors, ca_cert_file, client_cert_file,
client_key_file)
self.num_packages = 0
self.num_excluded = 0
self.gpgkey_autotrust = None
# if '?' not in url:
# real_urls.append(url)
#self.repo.urls = real_urls
self.groupsfile = None
def __del__(self):
# close log files for yum plugin
for handler in logging.getLogger("yum.filelogging").handlers:
handler.close()
self.repo.close()
def _authenticate(self, url):
pass
@staticmethod
def interrupt_callback(*args, **kwargs): # pylint: disable=W0613
# Just re-raise
e = sys.exc_info()[1]
raise e
def setup_repo(self, repo, no_mirrors, ca_cert_file, client_cert_file,
client_key_file):
"""Fetch repository metadata"""
repo.cache = 0
repo.mirrorlist = self.url
repo.baseurl = [self.url]
repo.basecachedir = os.path.join(CACHE_DIR, self.org)
repo.setAttribute('_override_sigchecks', False)
if self.insecure:
repo.repo_gpgcheck = False
else:
repo.repo_gpgcheck = True
# base_persistdir have to be set before pkgdir
if hasattr(repo, 'base_persistdir'):
repo.base_persistdir = repo.basecachedir
pkgdir = os.path.join(CFG.MOUNT_POINT, CFG.PREPENDED_DIR, self.org,
'stage')
if not os.path.isdir(pkgdir):
fileutils.makedirs(pkgdir, user='******', group='www')
repo.pkgdir = pkgdir
repo.sslcacert = ca_cert_file
repo.sslclientcert = client_cert_file
repo.sslclientkey = client_key_file
repo.proxy = None
repo.proxy_username = None
repo.proxy_password = None
if "file://" in self.url:
repo.copy_local = 1
if self.proxy_url is not None:
repo.proxy = self.proxy_url
repo.proxy_username = self.proxy_user
repo.proxy_password = self.proxy_pass
# Do not try to expand baseurl to other mirrors
if no_mirrors:
repo.urls = repo.baseurl
# FIXME: SUSE
# Make sure baseurl ends with / and urljoin will work correctly
if repo.urls[0][-1] != '/':
repo.urls[0] += '/'
else:
warnings = YumWarnings()
warnings.disable()
try:
repo.baseurlSetup()
except:
warnings.restore()
raise
warnings.restore()
# if self.url is metalink it will be expanded into
# real urls in repo.urls and also save this metalink
# in begin of the url list ("for repolist -v ... or anything else wants to know the baseurl")
# Remove it from the list, we don't need it to download content of repo
#
# SUSE uses tokens which have ? and this must stay
#
#repo.urls = [url for url in repo.urls if '?' not in url]
for burl in repo.baseurl:
(scheme, netloc, path, query, fragid) = urlparse.urlsplit(burl)
repo.gpgkey = [
urlparse.urlunsplit(
(scheme, netloc, path + '/repodata/repomd.xml.key', query,
fragid))
]
repo.setup(0,
None,
gpg_import_func=self.getKeyForRepo,
confirm_func=self.askImportKey)
# use a fix dir for repo metadata sig checks
repo.gpgdir = GPG_DIR
self.initgpgdir(repo.gpgdir)
def get_md_checksum_type(self):
"""Return the checksum_type of primary.xml"""
if 'primary' in self.repo.repoXML.repoData:
checksum = self.repo.repoXML.repoData['primary'].checksum
return checksum[0] #tuple (checksum_type,checksum)
else:
return "sha1"
def number_of_packages(self):
for dummy_index in range(3):
try:
self.repo.getPackageSack().populate(self.repo, 'metadata',
None, 0)
break
except YumErrors.RepoError:
pass
return len(self.repo.getPackageSack().returnPackages())
def raw_list_packages(self, filters=None):
for dummy_index in range(3):
try:
self.repo.getPackageSack().populate(self.repo, 'metadata',
None, 0)
break
except YumErrors.RepoError:
pass
rawpkglist = self.repo.getPackageSack().returnPackages()
self.num_packages = len(rawpkglist)
if not filters:
filters = []
# if there's no include/exclude filter on command line or in database
for p in self.repo.includepkgs:
filters.append(('+', [p]))
for p in self.repo.exclude:
filters.append(('-', [p]))
if filters:
rawpkglist = self._filter_packages(rawpkglist, filters)
rawpkglist = self._get_package_dependencies(
self.repo.getPackageSack(), rawpkglist)
# do not pull in dependencies if they're explicitly excluded
rawpkglist = self._filter_packages(rawpkglist, filters, True)
self.num_excluded = self.num_packages - len(rawpkglist)
return rawpkglist
def list_packages(self, filters, latest):
""" list packages"""
try:
self.repo.getPackageSack().populate(self.repo, 'metadata', None, 0)
except yum.Errors.RepoError, e:
if "No more mirrors" in str(e):
reqFile = re.search('failure:\s+(.+)\s+from',
str(e)).groups()[0]
raise ChannelTimeoutException(
"Retrieving '%s' failed: File not found in repository '%s'"
% (reqFile, self.repo))
else:
raise
pkglist = ListPackageSack(self.repo.getPackageSack().returnPackages())
self.num_packages = len(pkglist)
if latest:
pkglist = pkglist.returnNewestByNameArch()
pkglist = yum.misc.unique(pkglist)
pkglist.sort(self._sort_packages)
if not filters:
# if there's no include/exclude filter on command line or in database
# check repository config file
for p in self.repo.includepkgs:
filters.append(('+', [p]))
for p in self.repo.exclude:
filters.append(('-', [p]))
filters = self._expand_package_groups(filters)
if filters:
pkglist = self._filter_packages(pkglist, filters)
pkglist = self._get_package_dependencies(
self.repo.getPackageSack(), pkglist)
# do not pull in dependencies if they're explicitly excluded
pkglist = self._filter_packages(pkglist, filters, True)
self.num_excluded = self.num_packages - len(pkglist)
to_return = []
for pack in pkglist:
if pack.arch == 'src':
continue
new_pack = ContentPackage()
new_pack.setNVREA(pack.name, pack.version, pack.release,
pack.epoch, pack.arch)
new_pack.unique_id = pack
new_pack.checksum_type = pack.checksums[0][0]
if new_pack.checksum_type == 'sha':
new_pack.checksum_type = 'sha1'
new_pack.checksum = pack.checksums[0][1]
for cs in pack.checksums:
new_pack.checksums[cs[0]] = cs[1]
to_return.append(new_pack)
return to_return
