def validate(cls, validator_context):
config = validator_context.config
if not "DEFAULT_TAG_EXPIRATION" in config:
# Old style config
return
try:
convert_to_timedelta(
config["DEFAULT_TAG_EXPIRATION"]).total_seconds()
except ValueError as ve:
raise ConfigValidationException("Invalid default expiration: %s" %
ve.message)
if not config["DEFAULT_TAG_EXPIRATION"] in config.get(
"TAG_EXPIRATION_OPTIONS", []):
raise ConfigValidationException(
"Default expiration must be in expiration options set")
for ts in config.get("TAG_EXPIRATION_OPTIONS", []):
try:
convert_to_timedelta(ts)
except ValueError as ve:
raise ConfigValidationException(
"Invalid tag expiration option: %s" % ts)
def change_tag_expiration(tag_id, expiration_datetime):
"""
Changes the expiration of the specified tag to the given expiration datetime.
If the expiration datetime is None, then the tag is marked as not expiring. Returns a tuple of
the previous expiration timestamp in seconds (if any), and whether the operation succeeded.
"""
try:
tag = Tag.get(id=tag_id)
except Tag.DoesNotExist:
return (None, False)
new_end_ms = None
min_expire_sec = convert_to_timedelta(
config.app_config.get("LABELED_EXPIRATION_MINIMUM", "1h"))
max_expire_sec = convert_to_timedelta(
config.app_config.get("LABELED_EXPIRATION_MAXIMUM", "104w"))
if expiration_datetime is not None:
lifetime_start_ts = int(tag.lifetime_start_ms // 1000)
offset = timegm(expiration_datetime.utctimetuple()) - lifetime_start_ts
offset = min(max(offset, min_expire_sec.total_seconds()),
max_expire_sec.total_seconds())
new_end_ms = tag.lifetime_start_ms + (offset * 1000)
if new_end_ms == tag.lifetime_end_ms:
return (None, True)
return set_tag_end_ms(tag, new_end_ms)
def test_change_tag_expiration(expiration_offset, expected_offset, initialized_db):
repository = create_repository('devtable', 'somenewrepo', None)
image1 = find_create_or_link_image('foobarimage1', repository, None, {}, 'local_us')
manifest = Manifest.get()
footag = create_or_update_tag_for_repo(repository, 'foo', image1.docker_image_id,
oci_manifest=manifest)
expiration_date = None
if expiration_offset is not None:
expiration_date = datetime.utcnow() + convert_to_timedelta(expiration_offset)
assert change_tag_expiration(footag, expiration_date)
# Lookup the tag again.
footag_updated = get_active_tag('devtable', 'somenewrepo', 'foo')
oci_tag = _get_oci_tag(footag_updated)
if expected_offset is None:
assert footag_updated.lifetime_end_ts is None
assert oci_tag.lifetime_end_ms is None
else:
start_date = datetime.utcfromtimestamp(footag_updated.lifetime_start_ts)
end_date = datetime.utcfromtimestamp(footag_updated.lifetime_end_ts)
expected_end_date = start_date + convert_to_timedelta(expected_offset)
assert (expected_end_date - end_date).total_seconds() < 5 # variance in test
assert oci_tag.lifetime_end_ms == (footag_updated.lifetime_end_ts * 1000)
def test_validation_code(token_lifetime, time_since, initialized_db):
user = create_user_noverify('foobar', '*****@*****.**', email_required=False)
created = datetime.now() - convert_to_timedelta(time_since)
verification_code, unhashed = Credential.generate()
confirmation = EmailConfirmation.create(user=user, pw_reset=True,
created=created, verification_code=verification_code)
encoded = encode_public_private_token(confirmation.code, unhashed)
with patch('data.model.config.app_config', {'USER_RECOVERY_TOKEN_LIFETIME': token_lifetime}):
result = validate_reset_code(encoded)
expect_success = convert_to_timedelta(token_lifetime) >= convert_to_timedelta(time_since)
assert expect_success == (result is not None)
def retrieve(self, cache_key, loader, should_cache=is_not_none):
not_found = [None]
logger.debug("Checking cache for key %s", cache_key.key)
result = self.cache.get(cache_key.key, default_value=not_found)
if result != not_found:
logger.debug("Found result in cache for key %s: %s", cache_key.key,
result)
return json.loads(result)
logger.debug("Found no result in cache for key %s; calling loader",
cache_key.key)
result = loader()
logger.debug("Got loaded result for key %s: %s", cache_key.key, result)
if should_cache(result):
logger.debug(
"Caching loaded result for key %s with expiration %s: %s",
cache_key.key,
result,
cache_key.expiration,
)
expires = convert_to_timedelta(
cache_key.expiration) + datetime.now()
self.cache.set(cache_key.key, json.dumps(result), expires=expires)
logger.debug(
"Cached loaded result for key %s with expiration %s: %s",
cache_key.key,
result,
cache_key.expiration,
)
else:
logger.debug("Not caching loaded result for key %s: %s",
cache_key.key, result)
return result
def validate_reset_code(token):
# TODO(remove-unenc): Remove allow_public_only once migrated.
allow_public_only = ActiveDataMigration.has_flag(ERTMigrationFlags.READ_OLD_FIELDS)
result = decode_public_private_token(token, allow_public_only=allow_public_only)
if not result:
return None
# Find the reset code.
try:
code = EmailConfirmation.get(
EmailConfirmation.code == result.public_code, EmailConfirmation.pw_reset == True
)
except EmailConfirmation.DoesNotExist:
return None
if result.private_token and not code.verification_code.matches(result.private_token):
return None
# Make sure the code is not expired.
max_lifetime_duration = convert_to_timedelta(config.app_config["USER_RECOVERY_TOKEN_LIFETIME"])
if code.created + max_lifetime_duration < datetime.now():
code.delete_instance()
return None
# Verify the user and return the code.
user = code.user
with db_transaction():
if not user.verified:
user.verified = True
user.save()
code.delete_instance()
return user
def validate_reset_code(token):
result = decode_public_private_token(token)
if not result:
return None
# Find the reset code.
try:
code = EmailConfirmation.get(
EmailConfirmation.code == result.public_code,
EmailConfirmation.pw_reset == True)
except EmailConfirmation.DoesNotExist:
return None
if result.private_token and not code.verification_code.matches(
result.private_token):
return None
# Make sure the code is not expired.
max_lifetime_duration = convert_to_timedelta(
config.app_config["USER_RECOVERY_TOKEN_LIFETIME"])
if code.created + max_lifetime_duration < datetime.now():
code.delete_instance()
return None
# Verify the user and return the code.
user = code.user
with db_transaction():
if not user.verified:
user.verified = True
user.save()
code.delete_instance()
return user
def common_login(user_uuid, permanent_session=True):
"""
Performs login of the given user, with optional non-permanence on the session.
Returns a tuple with (success, headers to set on success).
"""
user = model.get_user(user_uuid)
if user is None:
return (False, None)
if login_user(LoginWrappedDBUser(user_uuid)):
logger.debug("Successfully signed in as user %s with uuid %s",
user.username, user_uuid)
new_identity = QuayDeferredPermissionUser.for_id(user_uuid)
identity_changed.send(app, identity=new_identity)
session["login_time"] = datetime.datetime.now()
if permanent_session and features.PERMANENT_SESSIONS:
session_timeout_str = app.config.get("SESSION_TIMEOUT", "31d")
session.permanent = True
session.permanent_session_lifetime = convert_to_timedelta(
session_timeout_str)
# Force a new CSRF token.
headers = {}
headers[QUAY_CSRF_UPDATED_HEADER_NAME] = generate_csrf_token(
force=True)
return (True, headers)
logger.debug("User could not be logged in, inactive?")
return (False, None)
def test_expiring_soon(initialized_db):
user = model.user.get_user('devtable')
# Create some tokens.
create_token(user, 'Some token')
exp_token = create_token(user, 'Some expiring token', datetime.now() + convert_to_timedelta('1d'))
create_token(user, 'Some other token', expiration=datetime.now() + convert_to_timedelta('2d'))
# Get the token expiring soon.
expiring_soon = get_expiring_tokens(user, convert_to_timedelta('25h'))
assert expiring_soon
assert len(expiring_soon) == 1
assert expiring_soon[0].id == exp_token.id
expiring_soon = get_expiring_tokens(user, convert_to_timedelta('49h'))
assert expiring_soon
assert len(expiring_soon) == 2
def __init__(self):
super(ExpiredAppSpecificTokenWorker, self).__init__()
expiration_window = app.config.get("EXPIRED_APP_SPECIFIC_TOKEN_GC", "1d")
self.expiration_window = convert_to_timedelta(expiration_window)
logger.debug("Found expiration window: %s", expiration_window)
self.add_operation(self._gc_expired_tokens, POLL_PERIOD_SECONDS)
def test_expiring_soon(initialized_db):
user = model.user.get_user("devtable")
# Create some tokens.
create_token(user, "Some token")
exp_token = create_token(user, "Some expiring token",
datetime.now() + convert_to_timedelta("1d"))
create_token(user,
"Some other token",
expiration=datetime.now() + convert_to_timedelta("2d"))
# Get the token expiring soon.
expiring_soon = get_expiring_tokens(user, convert_to_timedelta("25h"))
assert expiring_soon
assert len(expiring_soon) == 1
assert expiring_soon[0].id == exp_token.id
expiring_soon = get_expiring_tokens(user, convert_to_timedelta("49h"))
assert expiring_soon
assert len(expiring_soon) == 2
def test_gc(expiration, initialized_db):
user = model.user.get_user('devtable')
expiration_date = None
is_expired = False
if expiration:
if expiration[0] == '-':
is_expired = True
expiration_date = datetime.now() - convert_to_timedelta(expiration[1:])
else:
expiration_date = datetime.now() + convert_to_timedelta(expiration)
# Create a token.
token = create_token(user, 'Some token', expiration=expiration_date)
# GC tokens.
gc_expired_tokens(timedelta(seconds=0))
# Ensure the token was GCed if expired and not if it wasn't.
assert (access_valid_token(get_full_token_string(token)) is None) == is_expired
def change_tag_expiration(tag, expiration_date):
""" Changes the expiration of the given tag to the given expiration datetime. If
the expiration datetime is None, then the tag is marked as not expiring.
"""
end_ts = None
min_expire_sec = convert_to_timedelta(
config.app_config.get("LABELED_EXPIRATION_MINIMUM", "1h"))
max_expire_sec = convert_to_timedelta(
config.app_config.get("LABELED_EXPIRATION_MAXIMUM", "104w"))
if expiration_date is not None:
offset = timegm(expiration_date.utctimetuple()) - tag.lifetime_start_ts
offset = min(max(offset, min_expire_sec.total_seconds()),
max_expire_sec.total_seconds())
end_ts = tag.lifetime_start_ts + offset
if end_ts == tag.lifetime_end_ts:
return (None, True)
return set_tag_end_ts(tag, end_ts)
def test_create_access_token(expiration, default_expiration, initialized_db, app_config):
user = model.user.get_user('devtable')
expiration_date = datetime.now() + convert_to_timedelta(expiration) if expiration else None
with patch.dict(_config.app_config, {}, clear=True):
app_config['APP_SPECIFIC_TOKEN_EXPIRATION'] = default_expiration
if expiration:
exp_token = create_token(user, 'Some token', expiration=expiration_date)
assert exp_token.expiration == expiration_date
else:
exp_token = create_token(user, 'Some token')
assert (exp_token.expiration is None) == (default_expiration is None)
def retrieve(self, cache_key, loader, should_cache=is_not_none):
# TODO: We might want to have different behavior based on `cache_key` (using "sets" for `/tags/list`, single value for others...)
not_found = None
if self.client is not None:
logger.debug("Checking cache for key %s", cache_key.key)
try:
cached_result = self.client.get(cache_key.key)
if cached_result != not_found:
cache_count.labels("hit").inc()
logger.debug("Found result in cache for key %s",
cache_key.key)
return json.loads(cached_result)
else:
cache_count.labels("miss").inc()
except RedisError as re:
logger.warning("Got exception when trying to retrieve key %s",
cache_key.key)
logger.debug("Found no result in cache for key %s; calling loader",
cache_key.key)
result = loader()
logger.debug("Got loaded result for key %s: %s", cache_key.key, result)
if self.client is not None and should_cache(result):
try:
logger.debug(
"Caching loaded result for key %s with expiration %s: %s",
cache_key.key,
result,
cache_key.expiration,
)
expires = (convert_to_timedelta(cache_key.expiration)
if cache_key.expiration else None)
self.client.set(
cache_key.key,
json.dumps(result),
ex=int(expires.total_seconds()) if expires else None,
nx=True,
)
logger.debug(
"Cached loaded result for key %s with expiration %s: %s",
cache_key.key,
result,
cache_key.expiration,
)
except:
logger.warning("Got exception when trying to set key %s to %s",
cache_key.key, result)
else:
logger.debug("Not caching loaded result for key %s: %s",
cache_key.key, result)
return result
def retrieve(self, cache_key, loader, should_cache=is_not_none):
not_found = [None]
with memcache_client(self._get_client) as client:
if client is not None:
logger.debug("Checking cache for key %s", cache_key.key)
try:
result = client.get(cache_key.key, default=not_found)
if result != not_found:
logger.debug("Found result in cache for key %s: %s",
cache_key.key, result)
return result
except:
logger.exception(
"Got exception when trying to retrieve key %s",
cache_key.key)
logger.debug("Found no result in cache for key %s; calling loader",
cache_key.key)
result = loader()
logger.debug("Got loaded result for key %s: %s", cache_key.key,
result)
if client is not None and should_cache(result):
try:
logger.debug(
"Caching loaded result for key %s with expiration %s: %s",
cache_key.key,
result,
cache_key.expiration,
)
expires = (convert_to_timedelta(cache_key.expiration)
if cache_key.expiration else None)
client.set(
cache_key.key,
result,
expire=int(expires.total_seconds())
if expires else None,
)
logger.debug(
"Cached loaded result for key %s with expiration %s: %s",
cache_key.key,
result,
cache_key.expiration,
)
except:
logger.exception(
"Got exception when trying to set key %s to %s",
cache_key.key, result)
else:
logger.debug("Not caching loaded result for key %s: %s",
cache_key.key, result)
return result
def _expires_after(label_dict, manifest, model):
""" Sets the expiration of a manifest based on the quay.expires-in label. """
try:
timedelta = convert_to_timedelta(label_dict['value'])
except ValueError:
logger.exception('Could not convert %s to timedeltastring',
label_dict['value'])
return
total_seconds = timedelta.total_seconds()
logger.debug('Labeling manifest %s with expiration of %s', manifest,
total_seconds)
model.set_tags_expiration_for_manifest(manifest, total_seconds)
def get(self, parsed_args):
""" Lists the app specific tokens for the user. """
expiring = parsed_args["expiring"]
if expiring:
expiration = app.config.get("APP_SPECIFIC_TOKEN_EXPIRATION")
token_expiration = convert_to_timedelta(expiration or _DEFAULT_TOKEN_EXPIRATION_WINDOW)
seconds = math.ceil(token_expiration.total_seconds() * 0.1) or 1
soon = timedelta(seconds=seconds)
tokens = model.appspecifictoken.get_expiring_tokens(get_authenticated_user(), soon)
else:
tokens = model.appspecifictoken.list_tokens(get_authenticated_user())
return {
"tokens": [token_view(token, include_code=False) for token in tokens],
"only_expiring": expiring,
}
def common_login(user_uuid, permanent_session=True):
""" Performs login of the given user, with optional non-permanence on the session.
Returns a tuple with (success, headers to set on success).
"""
user = model.get_user(user_uuid)
if user is None:
return (False, None)
if login_user(LoginWrappedDBUser(user_uuid)):
logger.debug('Successfully signed in as user %s with uuid %s',
user.username, user_uuid)
new_identity = QuayDeferredPermissionUser.for_id(user_uuid)
identity_changed.send(app, identity=new_identity)
session['login_time'] = datetime.datetime.now()
if permanent_session and features.PERMANENT_SESSIONS:
session_timeout_str = app.config.get('SESSION_TIMEOUT', '31d')
session.permanent = True
session.permanent_session_lifetime = convert_to_timedelta(
session_timeout_str)
# Inform our user analytics that we have a new "lead"
create_lead_future = user_analytics.create_lead(
user.email,
user.username,
user.given_name,
user.family_name,
user.company,
user.location,
)
create_lead_future.add_done_callback(
build_error_callback('Create lead failed'))
# Force a new CSRF token.
headers = {}
headers[QUAY_CSRF_UPDATED_HEADER_NAME] = generate_csrf_token(
force=True)
return (True, headers)
logger.debug('User could not be logged in, inactive?')
return (False, None)
from endpoints.decorators import check_anon_protection, require_xhr_from_browser, check_readonly
from util.metrics.prometheus import timed_blueprint
from util.names import parse_namespace_repository
from util.pagination import encrypt_page_token, decrypt_page_token
from util.request import get_request_ip
from util.timedeltastring import convert_to_timedelta
from __init__models_pre_oci import pre_oci_model as model
logger = logging.getLogger(__name__)
api_bp = timed_blueprint(Blueprint("api", __name__))
CROSS_DOMAIN_HEADERS = ["Authorization", "Content-Type", "X-Requested-With"]
FRESH_LOGIN_TIMEOUT = convert_to_timedelta(app.config.get("FRESH_LOGIN_TIMEOUT", "10m"))
class ApiExceptionHandlingApi(Api):
@crossdomain(origin="*", headers=CROSS_DOMAIN_HEADERS)
def handle_error(self, error):
return super(ApiExceptionHandlingApi, self).handle_error(error)
api = ApiExceptionHandlingApi()
api.init_app(api_bp)
api.decorators = [
csrf_protect(),
crossdomain(origin="*", headers=CROSS_DOMAIN_HEADERS),
process_oauth,
require_xhr_from_browser,
def retarget_tag(
self,
repository_ref,
tag_name,
manifest_or_legacy_image,
storage,
legacy_manifest_key,
is_reversion=False,
):
"""
Creates, updates or moves a tag to a new entry in history, pointing to the manifest or
legacy image specified.
If is_reversion is set to True, this operation is considered a reversion over a previous tag
move operation. Returns the updated Tag or None on error.
"""
with db_disallow_replica_use():
assert legacy_manifest_key is not None
manifest = manifest_or_legacy_image.as_manifest()
manifest_id = manifest._db_id
# If the manifest is a schema 1 manifest and its tag name does not match that
# specified, then we need to create a new manifest, but with that tag name.
if manifest.media_type in DOCKER_SCHEMA1_CONTENT_TYPES:
try:
parsed = manifest.get_parsed_manifest()
except ManifestException:
logger.exception(
"Could not parse manifest `%s` in retarget_tag",
manifest._db_id,
)
return None
if parsed.tag != tag_name:
logger.debug(
"Rewriting manifest `%s` for tag named `%s`",
manifest._db_id,
tag_name,
)
repository_id = repository_ref._db_id
updated = parsed.with_tag_name(tag_name, legacy_manifest_key)
assert updated.is_signed
created = oci.manifest.get_or_create_manifest(repository_id, updated, storage)
if created is None:
return None
manifest_id = created.manifest.id
label_dict = next(
(
label.asdict()
for label in self.list_manifest_labels(
manifest,
key_prefix="quay",
)
if label.key == LABEL_EXPIRY_KEY
),
None,
)
expiration_seconds = None
if label_dict is not None:
try:
expiration_td = convert_to_timedelta(label_dict["value"])
expiration_seconds = expiration_td.total_seconds()
except ValueError:
pass
tag = oci.tag.retarget_tag(
tag_name,
manifest_id,
is_reversion=is_reversion,
expiration_seconds=expiration_seconds,
)
return Tag.for_tag(tag, self._legacy_image_id_handler)
def _convert_to_s(timespan_string):
"""
Returns the given timespan string (e.g. `2w` or `45s`) into seconds.
"""
return convert_to_timedelta(timespan_string).total_seconds()
from data.userfiles import DelegateUserfiles
from util.locking import GlobalLock, LockNotAcquiredException
from util.log import logfile_path
from util.streamingjsonencoder import StreamingJSONEncoder
from util.timedeltastring import convert_to_timedelta
from workers.worker import Worker
logger = logging.getLogger(__name__)
JSON_MIMETYPE = "application/json"
MIN_LOGS_PER_ROTATION = 5000
MEMORY_TEMPFILE_SIZE = 12 * 1024 * 1024
WORKER_FREQUENCY = app.config.get("ACTION_LOG_ROTATION_FREQUENCY",
60 * 60 * 12)
STALE_AFTER = convert_to_timedelta(
app.config.get("ACTION_LOG_ROTATION_THRESHOLD", "30d"))
MINIMUM_LOGS_AGE_FOR_ARCHIVE = convert_to_timedelta(
app.config.get("MINIMUM_LOGS_AGE_FOR_ARCHIVE", "7d"))
SAVE_PATH = app.config.get("ACTION_LOG_ARCHIVE_PATH")
SAVE_LOCATION = app.config.get("ACTION_LOG_ARCHIVE_LOCATION")
class LogRotateWorker(Worker):
"""
Worker used to rotate old logs out the database and into storage.
"""
def __init__(self):
super(LogRotateWorker, self).__init__()
self.add_operation(self._archive_logs, WORKER_FREQUENCY)
def _archive_logs(self):
import time
import features
from app import app, authentication
from data.users.teamsync import sync_teams_to_groups
from workers.worker import Worker
from util.timedeltastring import convert_to_timedelta
from util.log import logfile_path
logger = logging.getLogger(__name__)
WORKER_FREQUENCY = app.config.get("TEAM_SYNC_WORKER_FREQUENCY", 60)
STALE_CUTOFF = convert_to_timedelta(app.config.get("TEAM_RESYNC_STALE_TIME", "30m"))
class TeamSynchronizationWorker(Worker):
""" Worker which synchronizes teams with their backing groups in LDAP/Keystone/etc.
"""
def __init__(self):
super(TeamSynchronizationWorker, self).__init__()
self.add_operation(self._sync_teams_to_groups, WORKER_FREQUENCY)
def _sync_teams_to_groups(self):
sync_teams_to_groups(authentication, STALE_CUTOFF)
def main():
from data.userfiles import DelegateUserfiles
from util.locking import GlobalLock, LockNotAcquiredException
from util.log import logfile_path
from util.streamingjsonencoder import StreamingJSONEncoder
from util.timedeltastring import convert_to_timedelta
from workers.worker import Worker
logger = logging.getLogger(__name__)
JSON_MIMETYPE = 'application/json'
MIN_LOGS_PER_ROTATION = 5000
MEMORY_TEMPFILE_SIZE = 12 * 1024 * 1024
WORKER_FREQUENCY = app.config.get('ACTION_LOG_ROTATION_FREQUENCY',
60 * 60 * 12)
STALE_AFTER = convert_to_timedelta(
app.config.get('ACTION_LOG_ROTATION_THRESHOLD', '30d'))
MINIMUM_LOGS_AGE_FOR_ARCHIVE = convert_to_timedelta(
app.config.get('MINIMUM_LOGS_AGE_FOR_ARCHIVE', '7d'))
SAVE_PATH = app.config.get('ACTION_LOG_ARCHIVE_PATH')
SAVE_LOCATION = app.config.get('ACTION_LOG_ARCHIVE_LOCATION')
class LogRotateWorker(Worker):
""" Worker used to rotate old logs out the database and into storage. """
def __init__(self):
super(LogRotateWorker, self).__init__()
self.add_operation(self._archive_logs, WORKER_FREQUENCY)
def _archive_logs(self):
cutoff_date = datetime.now() - STALE_AFTER
try:
import logging
import time
import features
from app import app, authentication
from data.users.teamsync import sync_teams_to_groups
from workers.worker import Worker
from util.timedeltastring import convert_to_timedelta
from util.log import logfile_path
logger = logging.getLogger(__name__)
WORKER_FREQUENCY = app.config.get('TEAM_SYNC_WORKER_FREQUENCY', 60)
STALE_CUTOFF = convert_to_timedelta(
app.config.get('TEAM_RESYNC_STALE_TIME', '30m'))
class TeamSynchronizationWorker(Worker):
""" Worker which synchronizes teams with their backing groups in LDAP/Keystone/etc.
"""
def __init__(self):
super(TeamSynchronizationWorker, self).__init__()
self.add_operation(self._sync_teams_to_groups, WORKER_FREQUENCY)
def _sync_teams_to_groups(self):
sync_teams_to_groups(authentication, STALE_CUTOFF)
def main():
logging.config.fileConfig(logfile_path(debug=False),
def create_manifest_and_retarget_tag(
self, repository_ref, manifest_interface_instance, tag_name, storage, raise_on_error=False
):
"""
Creates a manifest in a repository, adding all of the necessary data in the model.
The `manifest_interface_instance` parameter must be an instance of the manifest
interface as returned by the image/docker package.
Note that all blobs referenced by the manifest must exist under the repository or this
method will fail and return None.
Returns a reference to the (created manifest, tag) or (None, None) on error, unless
raise_on_error is set to True, in which case a CreateManifestException may also be
raised.
"""
with db_disallow_replica_use():
# Get or create the manifest itself.
created_manifest = oci.manifest.get_or_create_manifest(
repository_ref._db_id,
manifest_interface_instance,
storage,
for_tagging=True,
raise_on_error=raise_on_error,
)
if created_manifest is None:
return (None, None)
wrapped_manifest = Manifest.for_manifest(
created_manifest.manifest, self._legacy_image_id_handler
)
# Optional expiration label
# NOTE: Since there is currently only one special label on a manifest that has an effect on its tags (expiration),
# it is just simpler to set that value at tag creation time (plus it saves an additional query).
# If we were to define more of these "special" labels in the future, we should use the handlers from
# data/registry_model/label_handlers.py
if not created_manifest.newly_created:
label_dict = next(
(
label.asdict()
for label in self.list_manifest_labels(
wrapped_manifest,
key_prefix="quay",
)
if label.key == LABEL_EXPIRY_KEY
),
None,
)
else:
label_dict = next(
(
dict(key=label_key, value=label_value)
for label_key, label_value in created_manifest.labels_to_apply.items()
if label_key == LABEL_EXPIRY_KEY
),
None,
)
expiration_seconds = None
if label_dict is not None:
try:
expiration_td = convert_to_timedelta(label_dict["value"])
expiration_seconds = expiration_td.total_seconds()
except ValueError:
pass
# Re-target the tag to it.
tag = oci.tag.retarget_tag(
tag_name,
created_manifest.manifest,
raise_on_error=raise_on_error,
expiration_seconds=expiration_seconds,
)
if tag is None:
return (None, None)
return (
wrapped_manifest,
Tag.for_tag(
tag, self._legacy_image_id_handler, manifest_row=created_manifest.manifest
),
)
def _default_expiration_duration():
expiration_str = config.app_config.get("APP_SPECIFIC_TOKEN_EXPIRATION")
return convert_to_timedelta(expiration_str) if expiration_str else None
