def install_service_cert(options):
''' Install a private key for a specific service '''
from shutil import copyfile
service = '' if not options.service else options.service.lower()
if service != 'lighthouse':
print('The "service" option is not "lighthouse". Currently, keys can only be installed for the Lighthouse module.')
sys.exit(1)
source_keyfile = options.keyfile
if not source_keyfile:
print('No private key file given!')
sys.exit(1)
if not os.path.isfile(source_keyfile):
print('Private key file "{}" was not found.'.format(source_keyfile))
sys.exit(1)
pub_key, sec_key = zmq.auth.load_certificate(source_keyfile)
if not sec_key:
print('The given keyfile does not contain a secret key!')
lconf = LocalConfig()
target_keyfile = lconf.zcurve_secret_keyfile_for_module(service)
if os.path.isfile(target_keyfile) and not options.force:
print('We already have a secret key for this service on the current machine. You can override the existing one by specifying "--force".')
sys.exit(2)
try:
copyfile(source_keyfile, target_keyfile)
except Exception as e:
print('Failed to install new secret key as {}: {}'.format(target_keyfile, str(e)))
sys.exit(3)
print('Installed private key as {}'.format(target_keyfile))
class BaseConfig:
PROJECT = 'Laniakea Software View'
BUG_REPORT_URL = 'https://github.com/lkorigin/laniakea/issues'
OS_NAME = config_get_project_name()
LOG_STORAGE_URL = '/raw/logs' # web URL where raw logs are stored by Rubicon
APPSTREAM_MEDIA_URL = LocalConfig().archive_appstream_media_url
ARCHIVE_URL = LocalConfig().archive_url
#
# Caching behavior
#
CACHE_TYPE = 'simple'
CACHE_DEFAULT_TIMEOUT = 300
# Get app root path, also can use flask.root_path.
# ../../config.py
PROJECT_ROOT = os.path.abspath(os.path.dirname(os.path.dirname(__file__)))
SECRET_KEY = os.urandom(16)
DEBUG = False
TESTING = False
LOG_FOLDER = os.path.join(INSTANCE_FOLDER_PATH, 'logs')
THEME = 'default'
def localconfig(samplesdir):
'''
Retrieve a Laniakea LocalConfig object which is set
up for testing.
'''
import json
test_aux_data_dir = os.path.join('/tmp', 'test-lkaux')
if os.path.isdir(test_aux_data_dir):
from shutil import rmtree
rmtree(test_aux_data_dir)
os.makedirs(test_aux_data_dir)
config_tmpl_fname = os.path.join(samplesdir, 'config', 'base-config.json')
with open(config_tmpl_fname, 'r') as f:
config_json = json.load(f)
config_json['CurveKeysDir'] = os.path.join(test_aux_data_dir, 'keys',
'curve')
config_json['Archive']['path'] = os.path.join(samplesdir, 'samplerepo',
'dummy')
config_fname = os.path.join(test_aux_data_dir, 'base-config.json')
with open(config_fname, 'w') as f:
json.dump(config_json, f)
conf = LocalConfig(config_fname)
conf = LocalConfig.instance
assert conf.cache_dir == '/var/tmp/laniakea'
assert conf.workspace == '/tmp/test-lkws/'
assert conf.database_url == 'postgresql://*****:*****@localhost:5432/laniakea_unittest'
assert conf.lighthouse.endpoints_jobs == ['tcp://*:5570']
assert conf.lighthouse.endpoints_submit == ['tcp://*:5571']
assert conf.lighthouse.endpoints_publish == ['tcp://*:5572']
assert conf.lighthouse.servers_jobs == ['tcp://localhost:5570']
assert conf.lighthouse.servers_submit == ['tcp://localhost:5571']
assert conf.lighthouse.servers_publish == ['tcp://localhost:5572']
# Check injected sample certificate directory
assert conf.secret_curve_keyfile_for_module('test').startswith(
'/tmp/test-lkaux/keys/curve/secret/')
os.makedirs(conf._curve_keys_basedir, exist_ok=True)
# add the trusted keyring with test keys
conf._trusted_gpg_keyrings = []
conf._trusted_gpg_keyrings.append(
os.path.join(samplesdir, 'gpg', 'keyrings', 'keyring.gpg'))
conf._trusted_gpg_keyrings.append(
os.path.join(samplesdir, 'gpg', 'keyrings', 'other-keyring.gpg'))
# set our GPG secret keyring dir
conf._secret_gpg_home_dir = os.path.join(samplesdir, 'gpg', 'home')
return conf
def __init__(self, endpoint, pub_queue):
self._server = None
self._ctx = zmq.Context.instance()
lconf = LocalConfig()
self._trusted_keys_dir = lconf.trusted_curve_keys_dir + '/'
self._server_private_key = lconf.secret_curve_keyfile_for_module(
LkModule.LIGHTHOUSE)
self._jobs_endpoint = endpoint
self._worker = JobWorker(pub_queue)
def __init__(self, verbose=False):
self._server = None
self._ctx = zmq.Context.instance()
if verbose:
log.basicConfig(level=log.DEBUG, format="[%(levelname)s] %(message)s")
lconf = LocalConfig()
self._trusted_keys_dir = lconf.zcurve_trusted_certs_dir + '/'
self._server_private_key = lconf.zcurve_secret_keyfile_for_module(LkModule.LIGHTHOUSE)
self._jobs_endpoint = lconf.lighthouse_endpoint
self._worker = JobWorker()
def get_sync_config():
import laniakea.native
from laniakea.native import SyncSourceSuite, create_native_baseconfig
lconf = LocalConfig()
bconf = create_native_baseconfig()
with session_scope() as session:
sync_sources = session.query(SynchrotronSource).all()
# FIXME: SynchrotronConfig needs adjustments in the D code to work
# better with the new "multiple autosync tasks" model.
# Maybe when doing this there's a good opportunity to rewrite some of
# the D code in Python...
sconf = laniakea.native.SynchrotronConfig()
sconf.sourceName = sync_sources[0].os_name
sconf.syncBinaries = False
sconf.sourceKeyrings = lconf.synchrotron_sourcekeyrings
sconf.source.defaultSuite = None
sconf.source.repoUrl = sync_sources[0].repo_url
source_suites = []
for sd in sync_sources:
sssuite = SyncSourceSuite()
sssuite.name = sd.suite_name
sssuite.architectures = sd.architectures
sssuite.components = sd.components
source_suites.append(sssuite)
sconf.source.suites = source_suites
return bconf, sconf
def __init__(self, local_config=None):
if not local_config:
local_config = LocalConfig()
self._lconf = local_config
self._loaded = False
# try to load default configuration
self.load()
def __init__(self):
self._flatpak_exe = shutil.which('flatpak')
self._ostree_exe = shutil.which('ostree')
self._lconf = LocalConfig()
if not self._flatpak_exe:
raise Exception('Unable to find the "flatpak" binary, can not modify Flatpak repositories.')
if not self._ostree_exe:
raise Exception('Unable to find the "ostree" binary, can not modify Flatpak repositories.')
def __init__(self, event_pub_queue):
self._lconf = LocalConfig()
self._arch_indep_affinity = config_get_value(LkModule.ARIADNE, 'indep_arch_affinity')
self._event_pub_queue = event_pub_queue
with session_scope() as session:
# FIXME: We need much better ways to select the right suite to synchronize with
incoming_suite = session.query(ArchiveSuite) \
.filter(ArchiveSuite.accept_uploads == True) \
.order_by(ArchiveSuite.name) \
.first() # noqa: E712
self._default_incoming_suite_name = incoming_suite.name
def run(args):
if len(args) == 0:
print('Need a subcommand to proceed!')
sys.exit(1)
parser = create_parser()
args = parser.parse_args(args)
check_print_version(args)
check_verbose(args)
if args.config_fname:
LocalConfig(args.config_fname)
args.func(args)
def create_native_baseconfig():
from laniakea import LocalConfig
bconf = BaseConfig()
bconf.projectName = config_get_project_name()
bconf.archive.distroTag = config_get_distro_tag()
lconf = LocalConfig()
bconf.cacheDir = lconf.cache_dir
bconf.workspace = lconf.workspace
bconf.archive.rootPath = lconf.archive_root_dir
return bconf
def install_service_keyfile(options):
''' Install a private key for a specific service '''
from shutil import copyfile
service = '' if not options.service else options.service.lower()
if not service:
print('The "service" option must not be empty')
sys.exit(1)
source_keyfile = options.keyfile
if not source_keyfile:
print('No private key file given!')
sys.exit(1)
if not os.path.isfile(source_keyfile):
print('Private key file "{}" was not found.'.format(source_keyfile))
sys.exit(1)
_, sec_key = zmq.auth.load_certificate(source_keyfile)
if not sec_key:
print('The given keyfile does not contain a secret ZCurve key!')
lconf = LocalConfig()
target_keyfile = lconf.secret_curve_keyfile_for_module(service)
if os.path.isfile(target_keyfile) and not options.force:
print(
'We already have a secret key for this service on the current machine. You can override the existing one by specifying "--force".'
)
sys.exit(2)
try:
copyfile(source_keyfile, target_keyfile)
except Exception as e:
print('Failed to install new secret key as {}: {}'.format(
target_keyfile, str(e)))
sys.exit(3)
print('Installed private key as {}'.format(target_keyfile))
def __init__(self, endpoints, pub_queue):
from laniakea import LocalConfig, LkModule
from laniakea.msgstream.signing import NACL_ED25519, decode_signing_key_base64, \
keyfile_read_signing_key
lconf = LocalConfig()
self._sockets = []
self._endpoints = endpoints
self._ctx = zmq.Context.instance()
self._pub_queue = pub_queue
# load our own signing key, so we can sign outgoing messages
keyfile = lconf.secret_curve_keyfile_for_module(LkModule.LIGHTHOUSE)
self._signer_id = None
self._signing_key = None
if os.path.isfile(keyfile):
self._signer_id, self._signing_key = keyfile_read_signing_key(keyfile)
if not self._signing_key:
log.warning('Can not sign outgoing messages: No valid signing key found for this module.')
else:
if type(self._signing_key) is str:
self._signing_key = decode_signing_key_base64(NACL_ED25519, self._signing_key)
def __init__(self, endpoint, pub_queue):
from glob import glob
from laniakea import LocalConfig
from laniakea.msgstream import keyfile_read_verify_key
lconf = LocalConfig()
self._socket = None
self._ctx = zmq.Context.instance()
self._pub_queue = pub_queue
self._endpoint = endpoint
# Load all the keys that we trust to receive messages from
# TODO: Implement auto-reloading of valid keys list if directory changes
self._trusted_keys = {}
for keyfname in glob(os.path.join(lconf.trusted_curve_keys_dir, '*')):
signer_id, verify_key = keyfile_read_verify_key(keyfname)
if signer_id and verify_key:
self._trusted_keys[signer_id] = verify_key
def create_native_baseconfig():
from laniakea import LocalConfig
session = session_factory()
bconf = BaseConfig()
bconf.projectName = config_get_project_name()
bconf.archive.distroTag = config_get_distro_tag()
dev_suite = session.query(ArchiveSuite) \
.filter(ArchiveSuite.devel_target == True).one() # noqa: E712
bconf.archive.develSuite = dev_suite.name
lconf = LocalConfig()
bconf.cacheDir = lconf.cache_dir
bconf.workspace = lconf.workspace
bconf.archive.rootPath = lconf.archive_root_dir
return bconf
def __init__(self):
from laniakea.db import config_get_project_name
# default to system germinator (usually /usr/bin/germinate)
self._germinate_exe = 'germinate'
self._lconf = LocalConfig()
self._project_name = config_get_project_name()
self._metapackage_git_url = config_get_value(LkModule.PLANTER,
'git_seeds_url')
workspace = os.path.join(self._lconf.workspace, 'planter')
os.makedirs(workspace, exist_ok=True)
# meta package / seed source directory
self._meta_src_dir = os.path.join(workspace, 'meta')
# output dir
self._results_base_dir = os.path.join(workspace, 'results')
def add_flatpak_repo(options):
print_header('Add new Flatpak repository')
lconf = LocalConfig()
fputil = FlatpakUtil()
with session_scope() as session:
repo_name = input_str('Machine-readable name of this repository (e.g. "{}")'.format(config_get_distro_tag()))
repo_name = repo_name.replace(' ', '_')
repo = FlatpakRepository(repo_name)
repo_path = os.path.join(lconf.archive_flatpak_root_dir, repo.name)
if os.path.isdir(repo_path):
print_error_exit('Repository path at "{}" already exists, can not continue!'.format(repo_path))
return
repo.default_branch = 'stable'
collection_id = None
while True:
collection_id = input_str('Set collection-id (a globally unique reverse DNS value to identify the collection of Flatpaks in this repository)')
if len(collection_id.split('.')) < 3:
print_note('Please enter a rDNS ID!')
else:
break
repo.collection_id = collection_id
repo.title = input_str('Human-readable repository title')
repo.comment = input_str('Short description / tagline of this repository')
repo.description = input_str('Longer repository description', allow_empty=True)
repo.url_homepage = input_str('Homepage URL of this repository', allow_empty=True)
repo.url_icon = input_str('URL of a repository icon', allow_empty=True)
repo.gpg_key_id = input_str('GPG key ID of the key used to sign this repository')
repo.allowed_branches = input_list('List of permitted branch names in this repository', allow_empty=True)
if 'stable' not in repo.allowed_branches:
repo.allowed_branches.append('stable')
fputil.init_repo(repo, repo_path)
session.add(repo)
def __init__(self, target_suite_name: str, source_suite_name: str):
self._lconf = LocalConfig()
self._dak = DakBridge()
# FIXME: Don't hardcode this!
repo_name = 'master'
# the repository of the distribution we import stuff into
self._target_repo = Repository(self._lconf.archive_root_dir, repo_name)
self._target_repo.set_trusted(True)
self._target_suite_name = target_suite_name
self._source_suite_name = source_suite_name
self._distro_tag = config_get_distro_tag()
self._synced_source_pkgs: list[SourcePackage] = []
with session_scope() as session:
sync_source = session.query(SynchrotronSource) \
.filter(SynchrotronSource.suite_name == self._source_suite_name).one()
# FIXME: Synchrotron needs adjustments to work
# better with the new "multiple autosync tasks" model.
# This code will need to be revised for that
# (currently it is just a 1:1 translation from D code)
# the repository of the distribution we use to sync stuff from
self._source_repo = Repository(
sync_source.repo_url, sync_source.os_name,
self._lconf.synchrotron_sourcekeyrings)
# we trust everything by default
self._imports_trusted = True
with session_scope() as session:
self._sync_blacklist = set([
value for value, in session.query(SyncBlacklistEntry.pkgname)
])
def import_suite_packages(suite_name):
# FIXME: Don't hardcode the "master" repository here, fully implement
# the "multiple repositories" feature
repo_name = 'master'
session = session_factory()
suite = session.query(ArchiveSuite) \
.filter(ArchiveSuite.name == suite_name).one()
repo = session.query(ArchiveRepository) \
.filter(ArchiveRepository.name == repo_name).one()
lconf = LocalConfig()
local_repo = Repository(lconf.archive_root_dir, lconf.cache_dir, repo_name,
[])
for component in suite.components:
# fetch all source packages for the given repository
# FIXME: Urgh... We need to do this better, this is not efficient.
existing_spkgs = dict()
all_existing_src_packages = session.query(SourcePackage) \
.options(joinedload(SourcePackage.suites)) \
.filter(SourcePackage.repo_id == repo.id) \
.filter(SourcePackage.component_id == component.id).all()
for e_spkg in all_existing_src_packages:
existing_spkgs[e_spkg.uuid] = e_spkg
for spi in local_repo.getSourcePackages(suite.name, component.name):
spkg = SourcePackage()
spkg.name = spi.name
spkg.version = spi.ver
spkg.repo = repo
spkg.update_uuid(
) # we can generate the uuid from name/version/repo-name now
db_spkg = existing_spkgs.pop(spkg.uuid, None)
if db_spkg:
if suite in db_spkg.suites:
continue # the source package is already registered with this suite
db_spkg.suites.append(suite)
continue
# if we are here, the source package is completely new and is only in one suite
spkg.suites = [suite]
spkg.component = component
spkg.architectures = spi.architectures
spkg.standards_version = spi.standardsVersion
spkg.format_version = spi.format
spkg.homepage = spi.homepage
spkg.vcs_browser = spi.vcsBrowser
spkg.maintainer = spi.maintainer
spkg.uploaders = spi.uploaders
spkg.build_depends = spi.buildDepends
spkg.directory = spi.directory
binaries = []
for b in spi.binaries:
binfo = PackageInfo()
binfo.deb_type = b.debType
binfo.name = b.name
binfo.version = b.ver
binaries.append(binfo)
spkg.binaries = binfo
for fi in spi.files:
f = ArchiveFile()
f.fname = fi.fname
f.size = fi.size
f.sha256sum = fi.sha256sum
spkg.files.append(f)
session.add(spkg)
for old_spkg in existing_spkgs.values():
if suite in old_spkg.suites:
old_spkg.suites.remove(suite)
if len(old_spkg.suites) <= 0:
for f in old_spkg.files:
session.delete(f)
session.delete(old_spkg)
# commit the source package changes already
session.commit()
for arch in suite.architectures:
# Get all binary packages for the given architecture
# FIXME: Urgh... We need to do this better, this is not efficient.
existing_bpkgs = dict()
for e_bpkg in session.query(BinaryPackage) \
.options(joinedload(BinaryPackage.suites)) \
.filter(BinaryPackage.repo_id == repo.id) \
.filter(BinaryPackage.component_id == component.id) \
.filter(BinaryPackage.architecture_id == arch.id).all():
existing_bpkgs[e_bpkg.uuid] = e_bpkg
# add information about regular binary packages
existing_bpkgs = _register_binary_packages(
session, repo, suite, component, arch, existing_bpkgs,
local_repo.getBinaryPackages(suite.name, component.name,
arch.name))
session.commit()
# add information about debian-installer packages
existing_bpkgs = _register_binary_packages(
session, repo, suite, component, arch, existing_bpkgs,
local_repo.getInstallerPackages(suite.name, component.name,
arch.name))
session.commit()
for old_bpkg in existing_bpkgs.values():
if suite in old_bpkg.suites:
old_bpkg.suites.remove(suite)
if len(old_bpkg.suites) <= 0:
session.delete(old_bpkg.pkg_file)
session.delete(old_bpkg)
session.commit()
# import new AppStream component metadata
import_appstream_data(session, local_repo, repo, suite, component,
arch)
# delete orphaned AppStream metadata
for cpt in session.query(SoftwareComponent).filter(
~SoftwareComponent.bin_packages.any()).all():
session.delete(cpt)
session.commit()
def install_trusted_keyfile(options):
''' Install a public key to trust a client node. '''
from shutil import copyfile
if not options.name:
print('No name for this public key / client given!')
sys.exit(1)
source_keyfile = options.keyfile
if not source_keyfile:
print('No public key file given!')
sys.exit(1)
if not os.path.isfile(source_keyfile):
print('Public key file "{}" was not found.'.format(source_keyfile))
sys.exit(1)
pub_key = None
sec_key = None
try:
pub_key, sec_key = zmq.auth.load_certificate(source_keyfile)
except ValueError:
pass
if not pub_key:
log.info('The given keyfile does not contain a public ZCurve key!')
if sec_key:
print('')
print(
'/!\\ The current file contains a secret ZCurve key. This file should never leave the client machine it is installed on.'
)
print('')
_, verify_key = keyfile_read_verify_key(source_keyfile)
if not verify_key:
log.info('The given keyfile does not contain a verification key!')
if not verify_key and not pub_key:
log.error(
'The keyfile does not contain either a public encryption, nor a verification key. Can not continue.'
)
sys.exit(4)
_, sign_key = keyfile_read_signing_key(source_keyfile)
if sign_key:
print('')
print(
'/!\\ The current file contains a secret signing key. This file should never leave the client machine it is installed on.'
)
print('')
lconf = LocalConfig()
target_keyfile = os.path.join(lconf.trusted_curve_keys_dir,
'{}.pub.key'.format(options.name))
if os.path.isfile(target_keyfile) and not options.force:
print(
'We already trust a key for "{}" on this machine. You can override the existing one by specifying "--force".'
.format(options.name))
sys.exit(2)
try:
copyfile(source_keyfile, target_keyfile)
except Exception as e:
print('Failed to install new public key as {}: {}'.format(
target_keyfile, str(e)))
sys.exit(3)
print('Installed as {}'.format(target_keyfile))
def import_suite_packages(suite_name):
# FIXME: Don't hardcode the "master" repository here, fully implement
# the "multiple repositories" feature
repo_name = 'master'
session = session_factory()
suite = session.query(ArchiveSuite) \
.filter(ArchiveSuite.name == suite_name).one()
repo = session.query(ArchiveRepository) \
.filter(ArchiveRepository.name == repo_name).one()
lconf = LocalConfig()
local_repo = Repository(lconf.archive_root_dir,
repo.name,
trusted_keyrings=[],
entity=repo)
# we unconditionally trust the local repository - for now
local_repo.set_trusted(True)
# event emitted for message passing
emitter = EventEmitter(LkModule.ARCHIVE)
for component in suite.components:
# fetch all source packages for the given repository
# FIXME: Urgh... Can this be more efficient?
existing_spkgs = dict()
all_existing_src_packages = session.query(SourcePackage) \
.options(joinedload(SourcePackage.suites)) \
.filter(SourcePackage.repo_id == repo.id) \
.filter(SourcePackage.component_id == component.id).all()
for e_spkg in all_existing_src_packages:
existing_spkgs[e_spkg.uuid] = e_spkg
for spkg in local_repo.source_packages(suite, component):
db_spkg = existing_spkgs.pop(spkg.uuid, None)
if db_spkg:
session.expunge(spkg)
if suite in db_spkg.suites:
continue # the source package is already registered with this suite
db_spkg.suites.append(suite)
_emit_package_event(emitter,
'source-package-published-in-suite', spkg,
{'suite_new': suite.name})
continue
session.add(spkg)
_emit_package_event(emitter, 'source-package-published', spkg)
for old_spkg in existing_spkgs.values():
if suite in old_spkg.suites:
old_spkg.suites.remove(suite)
_emit_package_event(emitter, 'source-package-suite-removed',
old_spkg, {'suite_old': suite.name})
if len(old_spkg.suites) <= 0:
for f in old_spkg.files:
session.delete(f)
session.delete(old_spkg)
_emit_package_event(emitter, 'removed-source-package',
old_spkg)
# commit the source package changes already
session.commit()
for arch in suite.architectures:
# Get all binary packages UUID/suite-id combinations for the given architecture and suite
# FIXME: Urgh... Can this be more efficient?
bpkg_b = Bundle('bin_package', BinaryPackage.uuid)
suite_b = Bundle('archive_suite', ArchiveSuite.id)
existing_bpkgs = dict()
for e_bpkg, suite_i in session.query(bpkg_b, suite_b) \
.filter(BinaryPackage.repo_id == repo.id) \
.filter(BinaryPackage.component_id == component.id) \
.filter(BinaryPackage.architecture_id == arch.id).join(BinaryPackage.suites):
sl = existing_bpkgs.get(e_bpkg.uuid)
if not sl:
existing_bpkgs[e_bpkg.uuid] = [
suite_i.id
] # if there is just one suite, we may get a scalar here
else:
sl.append(suite_i.id)
# add information about regular binary packages
existing_bpkgs = _register_binary_packages(
session, repo, suite, component, arch, existing_bpkgs,
local_repo.binary_packages(suite, component, arch), emitter)
# add information about debian-installer packages
existing_bpkgs = _register_binary_packages(
session, repo, suite, component, arch, existing_bpkgs,
local_repo.installer_packages(suite, component, arch), emitter)
session.commit()
for old_bpkg_uuid, suites in existing_bpkgs.items():
suites_count = len(suites)
if suite.id in suites:
rc = session.query(binpkg_suite_assoc_table) \
.filter(binpkg_suite_assoc_table.c.suite_id == suite.id) \
.filter(binpkg_suite_assoc_table.c.bin_package_uuid == old_bpkg_uuid) \
.delete(synchronize_session=False)
if rc > 0:
suites_count -= 1
if suites_count <= 0:
# delete the old package, we don't need it anymore if it is in no suites
session.query(ArchiveFile) \
.filter(ArchiveFile.binpkg_id == old_bpkg_uuid).delete()
session.query(BinaryPackage) \
.filter(BinaryPackage.uuid == old_bpkg_uuid).delete()
# NOTE: We do not emit messages for removed binary packages, as they are usually
# deleted with their source package (unless we have an arch-specific removal) and we
# don't want to spam messages which may be uninteresting to current Laniakea modules.
session.commit()
# import new AppStream component metadata / delete old components
update_appstream_data(session, local_repo, repo, suite, component,
arch)
# delete orphaned AppStream metadata
for cpt in session.query(SoftwareComponent).filter(
~SoftwareComponent.bin_packages.any()).all():
session.delete(cpt)
session.commit()
