def iter_files(self):
for platform, architectures in KNOWN_PLATFORMS.items():
for arch in architectures:
dirpath = path.join(self.base_directory,
'%s-%s' % (platform, arch))
for filepath in glob(path.join(dirpath, '*.rpm')):
yield filepath
def _generate_gpg_key_if_does_not_exist(config):
""":returns: True if the gpg key existed before"""
gnupg_directory = path.join(path.expanduser("~"), ".gnupg")
already_generated = all([
path.exists(path.join(gnupg_directory, filename))
for filename in GPG_FILENAMES
])
home_key_path = path.join(path.expanduser("~"), 'gpg.key')
already_generated = already_generated and path.exists(home_key_path)
if not already_generated:
rmtree(gnupg_directory, ignore_errors=True)
log_execute_assert_success([
'gpg', '--batch', '--gen-key',
resource_filename(__name__, 'gpg_batch_file')
])
pid = log_execute_assert_success(['gpg', '--export', '--armor'])
with fopen(path.join(path.expanduser("~"), ".rpmmacros"), 'w') as fd:
fd.write(GPG_TEMPLATE)
with fopen(home_key_path, 'w') as fd:
fd.write(pid.get_stdout().decode())
data_key_path = path.join(config.artifacts_directory, 'packages',
'gpg.key')
if not path.exists(data_key_path):
copy(home_key_path, data_key_path)
return not already_generated
def generate_release_file_for_specific_distribution_and_version(self, distribution, codename, force=True):
dirpath = path.join(self.base_directory, distribution, 'dists', codename)
in_release = path.join(dirpath, 'InRelease')
release = path.join(dirpath, 'Release')
def write_release_file():
cache = path.join(dirpath, 'apt_cache.db')
contents = apt_ftparchive(['--db', cache, 'release', dirpath])
def _write():
with fopen(release, 'w') as fd:
available_archs = sorted(KNOWN_DISTRIBUTIONS[distribution][codename])
fd.write(RELEASE_FILE_HEADER.format(codename, " ".join(available_archs), contents))
_write()
def delete_old_release_signature_files():
for filepath in [in_release, '%s.gpg' % release]:
if path.exists(filepath):
remove(filepath)
def sign_release_file():
gpg(['--clearsign', '-o', in_release, release])
gpg(['-abs', '-o', '%s.gpg' % release, release])
if force or not path.exists(release):
write_release_file()
delete_old_release_signature_files()
sign_release_file()
def generate_release_file_for_specific_distribution_and_version(
self, distribution, codename, force=True):
dirpath = path.join(self.base_directory, distribution, 'dists',
codename)
in_release = path.join(dirpath, 'InRelease')
release = path.join(dirpath, 'Release')
release_gpg = release + '.gpg'
if path.exists(release) and not force:
return
# write release file
contents = apt_ftparchive(['release', dirpath])
with fopen(release, 'w') as fd:
available_archs = sorted(
KNOWN_DISTRIBUTIONS[distribution][codename])
fd.write(
RELEASE_FILE_HEADER.format(codename, " ".join(available_archs),
contents))
# delete old release signature files
for filepath in [in_release, release_gpg]:
if path.exists(filepath):
remove(filepath)
# sign release file
if codename == "trusty":
# trusty doesn't support SHA256 for InRelease
gpg([
'--clearsign', '--digest-algo', 'SHA1', '-o', in_release,
release
])
else:
gpg([
'--clearsign', '--digest-algo', 'SHA256', '-o', in_release,
release
])
gpg(['-abs', '-o', release_gpg, release])
def _iter_packages(self):
for package_dirpath in glob(path.join(self.base_directory, 'packages', '*')):
yield dict(abspath=package_dirpath,
hidden=self._is_hidden(package_dirpath),
product_name=self._deduce_produce_name(package_dirpath),
name=path.basename(package_dirpath),
release_notes_url=self._deduce_release_notes_url(package_dirpath),
releases_uri=self._normalize_url(path.join(package_dirpath, 'releases.json',)))
def consume_file(self, filepath, platform, arch):
package_name, package_version, platform_string, architecture, extension = parse_filepath(
filepath)
directory = path.join(self.base_directory,
package_name.replace('_', '-'))
ensure_directory_exists(directory)
filename = '{0}-{1}.tar.gz'.format(package_name, package_version)
hard_link_or_raise_exception(filepath, path.join(directory, filename))
def _rpm():
for item in glob(path.join(config.packages_directory, 'rpm', '*')):
remove(item)
for src in glob(path.join(config.packages_directory, config.webserver.default_index, 'yum', 'linux-*')):
linux, distro, version, arch = path.basename(src).split('-')
dst = path.join(config.artifacts_directory, 'rpm', distro, version, arch)
ensure_directory_exists(path.dirname(dst))
_override_symlink(src, dst)
def _iter_packages(self):
for package_dirpath in glob(path.join(self.base_directory, 'packages', '*')):
yield dict(abspath=package_dirpath,
hidden=self._is_hidden(package_dirpath),
product_name=self._deduce_produce_name(package_dirpath),
name=path.basename(package_dirpath),
release_notes_url=self._deduce_release_notes_url(package_dirpath),
releases_uri=self._normalize_url(path.join(package_dirpath, 'releases.json',)))
def _ova_updates():
ensure_directory_exists(path.join(config.artifacts_directory, 'ova'))
ensure_directory_exists(
path.join(config.packages_directory,
config.webserver.default_index, 'ova'))
_override_symlink(
path.join(config.packages_directory,
config.webserver.default_index, 'ova'),
path.join(config.artifacts_directory, 'ova', 'updates'))
def rebuild_index(self):
cache_file = path.join(self.base_directory, 'apt_cache.db')
for distribution_name, distribution_dict in KNOWN_DISTRIBUTIONS.items():
for version, architectures in distribution_dict.items():
for arch in architectures:
dirpath = self.deduce_dirname(distribution_name, version, arch)
contents = apt_ftparchive(['packages', '--db', cache_file, dirpath])
relapath = dirpath.replace(path.join(self.base_directory, distribution_name), '').strip(path.sep)
fixed_contents = contents.replace(dirpath, relapath)
write_to_packages_file(dirpath, fixed_contents, 'w')
self.generate_release_file_for_specific_distribution_and_version(distribution_name, version)
def _rpm():
for item in glob(path.join(config.packages_directory, 'rpm', '*')):
remove(item)
for src in glob(
path.join(config.packages_directory,
config.webserver.default_index, 'yum', 'linux-*')):
linux, distro, version, arch = path.basename(src).split('-')
dst = path.join(config.artifacts_directory, 'rpm', distro, version,
arch)
ensure_directory_exists(path.dirname(dst))
_override_symlink(src, dst)
def initialise(self):
ensure_directory_exists(self.base_directory)
for platform, architectures in KNOWN_PLATFORMS.items():
for arch in architectures:
dirpath = path.join(self.base_directory, "%s-%s" % (platform, arch))
ensure_directory_exists(path.join(dirpath, "repodata"))
gkg_key = path.join(self.config.packages_directory, "gpg.key")
hard_link_and_override(gkg_key, path.join(dirpath, "repodata", "repomd.xml.key"))
for dirpath in glob(path.join(self.base_directory, "*")):
if not self._is_repodata_exists(dirpath):
createrepo(dirpath)
def add_index(config, index_name, async_rpc=False):
from infi.app_repo.indexers import get_indexers
from infi.app_repo.install import ensure_directory_exists, path
from infi.app_repo.service import get_client
assert index_name not in config.indexes
for indexer in get_indexers(config, index_name):
indexer.initialise()
ensure_directory_exists(path.join(config.incoming_directory, index_name))
ensure_directory_exists(path.join(config.rejected_directory, index_name))
config.indexes.append(index_name)
config.to_disk()
get_client(config).reload_configuration_from_disk(async_rpc=async_rpc)
def add_index(config, index_name, async_rpc=False):
from infi.app_repo.indexers import get_indexers
from infi.app_repo.install import ensure_directory_exists, path
from infi.app_repo.service import get_client
assert index_name not in config.indexes
for indexer in get_indexers(config, index_name):
indexer.initialise()
ensure_directory_exists(path.join(config.incoming_directory, index_name))
ensure_directory_exists(path.join(config.rejected_directory, index_name))
config.indexes.append(index_name)
config.to_disk()
get_client(config).reload_configuration_from_disk(async_rpc=async_rpc)
def sign_all_existing_deb_and_rpm_packages(config):
# this is necessary because we replaced the gpg key
from gevent.pool import Pool
pool = Pool(20)
rpms = set()
debs = set()
for index_name in config.indexes:
rpms |= set(find_files(path.join(config.packages_directory, index_name, 'yum'), '*.rpm'))
debs |= set(find_files(path.join(config.packages_directory, index_name, 'apt'), '*.deb'))
pool.map_async(sign_rpm_package, rpms)
pool.map_async(sign_deb_package, debs)
pool.join(raise_error=True)
def initialise(self):
ensure_directory_exists(self.base_directory)
for platform, architectures in KNOWN_PLATFORMS.items():
for arch in architectures:
dirpath = path.join(self.base_directory,
'%s-%s' % (platform, arch))
ensure_directory_exists(path.join(dirpath, 'repodata'))
gkg_key = path.join(self.config.packages_directory, 'gpg.key')
hard_link_and_override(
gkg_key, path.join(dirpath, 'repodata', 'repomd.xml.key'))
for dirpath in glob(path.join(self.base_directory, '*')):
if not self._is_repodata_exists(dirpath):
createrepo(dirpath)
def rebuild_index(self):
for package_dir in glob(path.join(self.base_directory, '*')):
if not path.isdir(package_dir) or package_dir.endswith('updates'):
continue
latest_zip = self._get_latest_update_file_in_directory(package_dir)
if latest_zip:
self._extract_update(package_dir, latest_zip)
def consume_file(self, filepath, platform, arch):
package_name, package_version, platform_string, architecture, extension = parse_filepath(filepath)
package_dir = path.join(self.base_directory, package_name)
ensure_directory_exists(package_dir)
final_filepath = hard_link_or_raise_exception(filepath, package_dir)
if self._get_latest_update_file_in_directory(package_dir) == final_filepath:
self._extract_update(package_dir, final_filepath)
def sign_all_existing_deb_and_rpm_packages(config):
# this is necessary because we replaced the gpg key
from gevent.pool import Pool
pool = Pool(20)
rpms = set()
debs = set()
for index_name in config.indexes:
rpms |= set(
find_files(path.join(config.packages_directory, index_name, 'yum'),
'*.rpm'))
debs |= set(
find_files(path.join(config.packages_directory, index_name, 'apt'),
'*.deb'))
pool.map_async(sign_rpm_package, rpms)
pool.map_async(sign_deb_package, debs)
pool.join(raise_error=True)
def rebuild_index(self):
for package_dir in glob(path.join(self.base_directory, '*')):
if not path.isdir(package_dir) or package_dir.endswith('updates'):
continue
latest_zip = self._get_latest_update_file_in_directory(package_dir)
if latest_zip:
self._extract_update(package_dir, latest_zip)
def consume_file(self, filepath, platform, arch):
from infi.app_repo.utils import sign_rpm_package
dirpath = path.join(self.base_directory, "%s-%s" % (platform, TRANSLATE_ARCH[arch]))
hard_link_or_raise_exception(filepath, dirpath)
sign_rpm_package(filepath)
self._update_index(dirpath)
def consume_file(self, filepath, platform, arch):
from infi.app_repo.utils import sign_rpm_package
dirpath = path.join(self.base_directory,
'%s-%s' % (platform, TRANSLATE_ARCH[arch]))
hard_link_or_raise_exception(filepath, dirpath)
sign_rpm_package(filepath)
self._update_index(dirpath)
def _read_release_date_from_file(self, dirpath):
from dateutil.parser import parse
try:
with fopen(path.join(dirpath, 'release_date')) as fd:
release_date = fd.read().strip()
return parse(release_date).date()
except:
return None
def _deduce_produce_name(self, dirpath):
try:
with fopen(path.join(dirpath, 'product_name')) as fd:
return fd.read().strip()
except:
return ' '.join(
word.capitalize()
for word in path.basename(dirpath).split('-')).strip()
def _iter_distributions(self, package, release):
for distribution_dirpath in glob(path.join(release['abspath'], 'distributions', '*')):
for arch_dirpath in glob(path.join(distribution_dirpath, 'architectures', '*')):
for extension_dirpath in glob(path.join(arch_dirpath, 'extensions', '*')):
try:
[filepath] = list(glob(path.join(extension_dirpath, '*')))
except ValueError:
logger.warn("expected only one file under {}, but it is not the case".format(extension_dirpath))
continue
distribution = dict(platform=path.basename(distribution_dirpath),
hidden=self._is_hidden(distribution_dirpath) or \
self._is_hidden(arch_dirpath) or \
self._is_hidden(extension_dirpath),
architecture=path.basename(arch_dirpath),
extension=path.basename(extension_dirpath),
filepath=self._normalize_url(filepath))
yield distribution
def rebuild_index(self):
cache_file = path.join(self.base_directory, 'apt_cache.db')
for distribution_name, distribution_dict in KNOWN_DISTRIBUTIONS.items(
):
for version, architectures in distribution_dict.items():
for arch in architectures:
dirpath = self.deduce_dirname(distribution_name, version,
arch)
contents = apt_ftparchive(
['packages', '--db', cache_file, dirpath])
relapath = dirpath.replace(
path.join(self.base_directory, distribution_name),
'').strip(path.sep)
fixed_contents = contents.replace(dirpath, relapath)
write_to_packages_file(dirpath, fixed_contents, 'w')
self.generate_release_file_for_specific_distribution_and_version(
distribution_name, version)
def _rpm_addsign_rewrites_the_file(filepath):
from os import environ
logger.info("Signing {!r}".format(filepath))
command = ['rpm', '--addsign', filepath]
env = environ.copy()
env['HOME'] = env.get('HOME', "/root")
env['GNUPGHOME'] = path.join(env.get('HOME', "/root"), ".gnupg")
log_execute_assert_success('echo | setsid rpm --addsign {}'.format(filepath), env=env, shell=True)
def iter_files(self):
ensure_directory_exists(self.base_directory)
for distribution_name, distribution_dict in KNOWN_DISTRIBUTIONS.items():
for version, architectures in distribution_dict.items():
for arch in architectures:
dirpath = self.deduce_dirname(distribution_name, version, arch)
for filepath in glob(path.join(dirpath, '*.deb')):
yield filepath
def _rpm_addsign_rewrites_the_file(filepath):
from os import environ
logger.info("Signing {!r}".format(filepath))
command = ['rpm', '--addsign', filepath]
env = environ.copy()
env['HOME'] = env.get('HOME', "/root")
env['GNUPGHOME'] = path.join(env.get('HOME', "/root"), ".gnupg")
log_execute_assert_success('echo | setsid rpm --addsign {}'.format(filepath), env=env, shell=True)
def hard_link_and_override(src, dst):
if not path.exists(dst):
link(src, dst)
elif path.isfile(dst):
remove(dst)
link(src, dst)
elif path.isdir(dst):
link(src, path.join(dst, path.basename(src)))
def hard_link_and_override(src, dst):
if not path.exists(dst):
link(src, dst)
elif path.isfile(dst):
remove(dst)
link(src, dst)
elif path.isdir(dst):
link(src, path.join(dst, path.basename(src)))
def consume_file(self, filepath, platform, arch):
package_name, package_version, platform_string, architecture, extension = parse_filepath(
filepath)
package_dir = path.join(self.base_directory, package_name)
ensure_directory_exists(package_dir)
final_filepath = hard_link_or_raise_exception(filepath, package_dir)
if self._get_latest_update_file_in_directory(
package_dir) == final_filepath:
self._extract_update(package_dir, final_filepath)
def consume_file(self, filepath, platform, arch):
package_name, package_version, platform_string, architecture, extension = parse_filepath(filepath)
platform_string = "vmware-esx" if extension == "ova" else platform_string # TODO this needs to change in our build
dirpath = path.join(self.base_directory, 'packages', package_name, 'releases', package_version,
'distributions', platform_string, 'architectures', architecture,
'extensions', extension)
ensure_directory_exists(dirpath)
hard_link_or_raise_exception(filepath, dirpath)
self.rebuild_index()
def consume_file(self, filepath, platform, arch):
package_name, package_version, platform_string, architecture, extension = parse_filepath(filepath)
platform_string = "vmware-esx" if extension == "ova" else platform_string # TODO this needs to change in our build
dirpath = path.join(self.base_directory, 'packages', package_name, 'releases', package_version,
'distributions', platform_string, 'architectures', architecture,
'extensions', extension)
ensure_directory_exists(dirpath)
hard_link_or_raise_exception(filepath, dirpath)
self.rebuild_index()
def _generate_gpg_key_if_does_not_exist(config):
""":returns: True if the gpg key existed before"""
gnupg_directory = path.join(path.expanduser("~"), ".gnupg")
already_generated = all([path.exists(path.join(gnupg_directory, filename)) for filename in GPG_FILENAMES])
home_key_path = path.join(path.expanduser("~"), 'gpg.key')
already_generated = already_generated and path.exists(home_key_path)
if not already_generated:
rmtree(gnupg_directory, ignore_errors=True)
log_execute_assert_success(['gpg', '--batch', '--gen-key',
resource_filename(__name__, 'gpg_batch_file')])
pid = log_execute_assert_success(['gpg', '--export', '--armor'])
with fopen(path.join(path.expanduser("~"), ".rpmmacros"), 'w') as fd:
fd.write(GPG_TEMPLATE)
with fopen(home_key_path, 'w') as fd:
fd.write(pid.get_stdout())
data_key_path = path.join(config.artifacts_directory, 'packages', 'gpg.key')
if not path.exists(data_key_path):
copy(home_key_path, data_key_path)
return not already_generated
def initialise(self):
ensure_directory_exists(self.base_directory)
for distribution_name, distribution_dict in KNOWN_DISTRIBUTIONS.items():
for version, architectures in distribution_dict.items():
for arch in architectures:
dirpath = self.deduce_dirname(distribution_name, version, arch)
ensure_directory_exists(dirpath)
if not path.exists(path.join(dirpath, 'Packages')):
write_to_packages_file(dirpath, '', 'w')
self.generate_release_file_for_specific_distribution_and_version(distribution_name, version, False)
def write_to_packages_file(dirpath, contents, mode):
import gzip
packages_filepath = path.join(dirpath, 'Packages')
with fopen(packages_filepath, mode) as fd:
fd.write(contents)
with fopen(packages_filepath, 'rb') as fd:
all_contents = fd.read()
fd = gzip.open(packages_filepath + '.gz', 'wb')
fd.write(all_contents)
fd.close()
def rebuild_index(self):
for distribution_name, distribution_dict in KNOWN_DISTRIBUTIONS.items():
for version, architectures in distribution_dict.items():
for arch in architectures:
dirpath = self.deduce_dirname(distribution_name, version, arch)
contents = dpkg_scanpackages(['--multiversion', dirpath, '/dev/null'])
relapath = dirpath.replace(path.join(self.base_directory, distribution_name), '').strip(path.sep)
fixed_contents = contents.replace(dirpath, relapath)
write_to_packages_file(dirpath, fixed_contents, 'w')
self.generate_release_file_for_specific_distribution_and_version(distribution_name, version)
def _iter_releases(self, package):
from os import stat
from time import ctime
for version_dirpath in glob(path.join(package['abspath'], 'releases', '*')):
mod_time = stat(version_dirpath).st_mtime
release = dict(version=path.basename(version_dirpath),
hidden=self._is_hidden(version_dirpath),
abspath=version_dirpath,
last_modified=ctime(mod_time) if mod_time else '')
yield release
def _iter_releases(self, package):
from os import stat
from time import ctime
for version_dirpath in glob(path.join(package['abspath'], 'releases', '*')):
mod_time = stat(version_dirpath).st_mtime
release = dict(version=path.basename(version_dirpath),
hidden=self._is_hidden(version_dirpath),
abspath=version_dirpath,
last_modified=ctime(mod_time) if mod_time else '')
yield release
def write_release_file():
cache = path.join(dirpath, 'apt_cache.db')
contents = apt_ftparchive(['--db', cache, 'release', dirpath])
def _write():
with fopen(release, 'w') as fd:
available_archs = sorted(KNOWN_DISTRIBUTIONS[distribution][codename])
fd.write(RELEASE_FILE_HEADER.format(codename, " ".join(available_archs), contents))
_write()
def _get_custom_installation_instructions(self, package):
filepath = path.join(package['abspath'], 'installation_instructions.json')
try:
if not path.exists(filepath):
return dict()
with fopen(filepath) as fd:
result = decode(fd.read())
return result if isinstance(result, dict) else dict()
except:
logger.exception("failed to read custom installation instructions from {0}".format(filepath))
return dict()
def _try_except_finally_on_filepath(self, func, index, filepath, *args, **kwargs): # TODO rejection needs a test
try:
func(self.config, index, filepath, *args, **kwargs)
except:
logger.exception("processing source {} failed, moving it to {}".format(filepath, self.config.rejected_directory))
try:
hard_link_or_raise_exception(filepath, path.join(self.config.rejected_directory, index))
except:
pass
finally:
remove(filepath)
def ensure_packages_json_file_exists_in_directory(dirpath):
filepath = path.join(dirpath, 'packages.json')
if path.exists(filepath):
try:
with fopen(filepath) as fd:
if isinstance(decode(fd.read()), list):
return
except:
pass
with fopen(filepath, 'w') as fd:
fd.write('[]')
def _get_custom_installation_instructions(self, package):
filepath = path.join(package['abspath'], 'installation_instructions.json')
try:
if not path.exists(filepath):
return dict()
with fopen(filepath) as fd:
result = decode(fd.read())
return result if isinstance(result, dict) else dict()
except:
logger.exception("failed to read custom installation instructions from {0}".format(filepath))
return dict()
def _get_latest_update_file_in_directory(self, dirpath):
from pkg_resources import parse_version
latest_update_file, latest_version = None, parse_version('0')
update_files = [filepath for filepath in glob(path.join(dirpath, '*.zip')) if ARCH in filepath]
for filepath in update_files:
package_name, package_version, platform_string, architecture, extension = parse_filepath(filepath)
package_version = parse_version(package_version)
if package_version > latest_version:
latest_version = package_version
latest_update_file = filepath
return latest_update_file
def ensure_packages_json_file_exists_in_directory(dirpath):
filepath = path.join(dirpath, 'packages.json')
if path.exists(filepath):
try:
with fopen(filepath) as fd:
if isinstance(decode(fd.read()), list):
return
except:
pass
with fopen(filepath, 'w') as fd:
fd.write('[]')
def test_consume_file(self):
indexer = vmware_studio_updates.VmwareStudioUpdatesIndexer(
self.config, INDEX)
indexer.initialise()
src = 'host-power-tools-for-vmware-1.6.13-vmware-esx-x86_OVF10_UPDATE_ZIP.zip'
dst = path.join(indexer.base_directory, 'host-power-tools-for-vmware')
utils.write_file(src, '')
with mock.patch.object(
vmware_studio_updates,
'log_execute_assert_success') as log_execute_assert_success:
indexer.consume_file(src, '', '')
self.assertTrue(
path.exists(
path.join(indexer.base_directory,
'host-power-tools-for-vmware', src)))
log_execute_assert_success.assert_called_with(
['unzip', '-qq', '-o',
path.join(dst, src), '-d', dst])
src = 'host-power-tools-for-vmware-1.7.4-vmware-esx-x86_OVF10_UPDATE_ZIP.zip'
utils.write_file(src, '')
with mock.patch.object(
vmware_studio_updates,
'log_execute_assert_success') as log_execute_assert_success:
indexer.consume_file(src, '', '')
log_execute_assert_success.assert_called_with(
['unzip', '-qq', '-o',
path.join(dst, src), '-d', dst])
src = 'host-power-tools-for-vmware-1.7.3-vmware-esx-x86_OVF10_UPDATE_ZIP.zip'
utils.write_file(src, '')
with mock.patch.object(
vmware_studio_updates,
'log_execute_assert_success') as log_execute_assert_success:
indexer.consume_file(src, '', '')
log_execute_assert_success.assert_not_called()
self.assertTrue(
"1.7.4" in indexer._get_latest_update_file_in_directory(
path.join(indexer.base_directory,
'host-power-tools-for-vmware')))
def hard_link_or_raise_exception(src, dst):
if not path.exists(dst):
link(src, dst)
return dst
elif path.isfile(dst):
raise FileAlreadyExists(dst)
elif path.isdir(dst):
dst_abspath = path.join(dst, path.basename(src))
if path.exists(dst_abspath):
raise FileAlreadyExists(dst_abspath)
link(src, dst_abspath)
return dst_abspath
def rebuild_index(self):
packages = []
for package in self._iter_packages():
releases = []
for release in sorted(self._iter_releases(package), reverse=True, key=lambda release: parse_version(release['version'])):
release['distributions'] = list(self._iter_distributions(package, release))
if not release['distributions']:
continue
releases.append(release)
write_file(path.join(package['abspath'], 'releases.json'), encode(releases, indent=4, large_object=True))
latest_release = self._get_latest_release(releases)
latest_release_txt = path.join(package['abspath'], 'latest_release.txt')
if latest_release:
package['latest_version'] = latest_release['version']
package['installation_instructions'] = self._get_installation_instructions(package, latest_release)
packages.append(package)
write_file(latest_release_txt, latest_release['version'])
elif path.exists(latest_release_txt):
remove(latest_release_txt)
sorted_packages = sorted(packages, key=lambda package: package['product_name'])
write_file(path.join(self.base_directory, 'packages.json'), encode(sorted_packages, indent=4, large_object=True))
def consume_file(self, filepath, platform, arch):
from infi.app_repo.utils import sign_deb_package
distribution_name, codename = platform.rsplit('-', 1)
dirpath = self.deduce_dirname(distribution_name, codename, arch)
hard_link_or_raise_exception(filepath, dirpath)
sign_deb_package(filepath)
with temporary_directory_context() as tempdir:
hard_link_or_raise_exception(filepath, tempdir)
contents = dpkg_scanpackages(['--multiversion', tempdir, '/dev/null'])
relapath = dirpath.replace(path.join(self.base_directory, distribution_name), '').strip(path.sep)
fixed_contents = contents.replace(tempdir, relapath)
write_to_packages_file(dirpath, fixed_contents, 'a')
self.generate_release_file_for_specific_distribution_and_version(distribution_name, codename)
def generate_release_file_for_specific_distribution_and_version(self, distribution, codename, force=True):
dirpath = path.join(self.base_directory, distribution, 'dists', codename)
in_release = path.join(dirpath, 'InRelease')
release = path.join(dirpath, 'Release')
release_gpg = release + '.gpg'
if path.exists(release) and not force:
return
# write release file
contents = apt_ftparchive(['release', dirpath])
with fopen(release, 'w') as fd:
available_archs = sorted(KNOWN_DISTRIBUTIONS[distribution][codename])
fd.write(RELEASE_FILE_HEADER.format(codename, " ".join(available_archs), contents))
# delete old release signature files
for filepath in [in_release, release_gpg]:
if path.exists(filepath):
remove(filepath)
# sign release file
if codename == "trusty":
# trusty doesn't support SHA256 for InRelease
gpg(['--clearsign', '--digest-algo', 'SHA1', '-o', in_release, release])
else:
gpg(['--clearsign', '--digest-algo', 'SHA256', '-o', in_release, release])
gpg(['-abs', '-o', release_gpg, release])
def test_consume_file(self):
indexer = vmware_studio_updates.VmwareStudioUpdatesIndexer(self.config, INDEX)
indexer.initialise()
src = 'host-power-tools-for-vmware-1.6.13-vmware-esx-x86_OVF10_UPDATE_ZIP.zip'
dst = path.join(indexer.base_directory, 'host-power-tools-for-vmware')
utils.write_file(src, '')
with mock.patch.object(vmware_studio_updates, 'log_execute_assert_success') as log_execute_assert_success:
indexer.consume_file(src, '', '')
self.assertTrue(path.exists(path.join(indexer.base_directory, 'host-power-tools-for-vmware', src)))
log_execute_assert_success.assert_called_with(['unzip', '-qq', '-o', path.join(dst, src), '-d', dst])
src = 'host-power-tools-for-vmware-1.7.4-vmware-esx-x86_OVF10_UPDATE_ZIP.zip'
utils.write_file(src, '')
with mock.patch.object(vmware_studio_updates, 'log_execute_assert_success') as log_execute_assert_success:
indexer.consume_file(src, '', '')
log_execute_assert_success.assert_called_with(['unzip', '-qq', '-o', path.join(dst, src), '-d', dst])
src = 'host-power-tools-for-vmware-1.7.3-vmware-esx-x86_OVF10_UPDATE_ZIP.zip'
utils.write_file(src, '')
with mock.patch.object(vmware_studio_updates, 'log_execute_assert_success') as log_execute_assert_success:
indexer.consume_file(src, '', '')
log_execute_assert_success.assert_not_called()
self.assertTrue("1.7.4" in indexer._get_latest_update_file_in_directory(path.join(indexer.base_directory, 'host-power-tools-for-vmware')))
