quay/data/database.py

import string
import logging
import uuid
import time
import toposort
import base64
import resumablehashlib
import json

from random import SystemRandom
from datetime import datetime
from peewee import *
from data.read_slave import ReadSlaveModel
from data.fields import ResumableSHAField, JSONField
from sqlalchemy.engine.url import make_url
from collections import defaultdict

from data.read_slave import ReadSlaveModel
from util.names import urn_generator


logger = logging.getLogger(__name__)


SCHEME_DRIVERS = {
  'mysql': MySQLDatabase,
  'mysql+pymysql': MySQLDatabase,
  'sqlite': SqliteDatabase,
  'postgresql': PostgresqlDatabase,
  'postgresql+psycopg2': PostgresqlDatabase,
}

SCHEME_RANDOM_FUNCTION = {
  'mysql': fn.Rand,
  'mysql+pymysql': fn.Rand,
  'sqlite': fn.Random,
  'postgresql': fn.Random,
  'postgresql+psycopg2': fn.Random,
}

def real_for_update(query):
  return query.for_update()

def null_for_update(query):
  return query

SCHEME_SPECIALIZED_FOR_UPDATE = {
  'sqlite': null_for_update,
}

class CallableProxy(Proxy):
  def __call__(self, *args, **kwargs):
    if self.obj is None:
      raise AttributeError('Cannot use uninitialized Proxy.')
    return self.obj(*args, **kwargs)


class CloseForLongOperation(object):
  """ Helper object which disconnects the database then reconnects after the nested operation
      completes.
  """

  def __init__(self, config_object):
    self.config_object = config_object

  def __enter__(self):
    close_db_filter(None)

  def __exit__(self, type, value, traceback):
    # Note: Nothing to do. The next SQL call will reconnect automatically.
    pass


class UseThenDisconnect(object):
  """ Helper object for conducting work with a database and then tearing it down. """

  def __init__(self, config_object):
    self.config_object = config_object

  def __enter__(self):
    configure(self.config_object)

  def __exit__(self, type, value, traceback):
    close_db_filter(None)


class TupleSelector(object):
  """ Helper class for selecting tuples from a peewee query and easily accessing
      them as if they were objects.
  """
  class _TupleWrapper(object):
    def __init__(self, data, fields):
      self._data = data
      self._fields = fields

    def get(self, field):
      return self._data[self._fields.index(TupleSelector.tuple_reference_key(field))]

  @classmethod
  def tuple_reference_key(cls, field):
    """ Returns a string key for referencing a field in a TupleSelector. """
    if field._node_type == 'func':
      return field.name + ','.join([cls.tuple_reference_key(arg) for arg in field.arguments])

    if field._node_type == 'field':
      return field.name + ':' + field.model_class.__name__

    raise Exception('Unknown field type %s in TupleSelector' % field._node_type)

  def __init__(self, query, fields):
    self._query = query.select(*fields).tuples()
    self._fields = [TupleSelector.tuple_reference_key(field) for field in fields]

  def __iter__(self):
    return self._build_iterator()

  def _build_iterator(self):
    for tuple_data in self._query:
      yield TupleSelector._TupleWrapper(tuple_data, self._fields)


db = Proxy()
read_slave = Proxy()
db_random_func = CallableProxy()
db_for_update = CallableProxy()
db_transaction = CallableProxy()


def validate_database_url(url, db_kwargs, connect_timeout=5):
  db_kwargs = db_kwargs.copy()
  db_kwargs['connect_timeout'] = connect_timeout

  driver = _db_from_url(url, db_kwargs)
  driver.connect()
  driver.close()


def _db_from_url(url, db_kwargs):
  parsed_url = make_url(url)

  if parsed_url.host:
    db_kwargs['host'] = parsed_url.host
  if parsed_url.port:
    db_kwargs['port'] = parsed_url.port
  if parsed_url.username:
    db_kwargs['user'] = parsed_url.username
  if parsed_url.password:
    db_kwargs['password'] = parsed_url.password

  # Note: sqlite does not support connect_timeout.
  if parsed_url.drivername == 'sqlite' and 'connect_timeout' in db_kwargs:
    del db_kwargs['connect_timeout']

  return SCHEME_DRIVERS[parsed_url.drivername](parsed_url.database, **db_kwargs)


def configure(config_object):
  logger.debug('Configuring database')
  db_kwargs = dict(config_object['DB_CONNECTION_ARGS'])
  write_db_uri = config_object['DB_URI']
  db.initialize(_db_from_url(write_db_uri, db_kwargs))

  parsed_write_uri = make_url(write_db_uri)
  db_random_func.initialize(SCHEME_RANDOM_FUNCTION[parsed_write_uri.drivername])
  db_for_update.initialize(SCHEME_SPECIALIZED_FOR_UPDATE.get(parsed_write_uri.drivername,
                                                             real_for_update))

  read_slave_uri = config_object.get('DB_READ_SLAVE_URI', None)
  if read_slave_uri is not None:
    read_slave.initialize(_db_from_url(read_slave_uri, db_kwargs))

  def _db_transaction():
    return config_object['DB_TRANSACTION_FACTORY'](db)

  db_transaction.initialize(_db_transaction)

def random_string_generator(length=16):
  def random_string():
    random = SystemRandom()
    return ''.join([random.choice(string.ascii_uppercase + string.digits)
                    for _ in range(length)])
  return random_string


def uuid_generator():
  return str(uuid.uuid4())


get_epoch_timestamp = lambda: int(time.time())


def close_db_filter(_):
  if not db.is_closed():
    logger.debug('Disconnecting from database.')
    db.close()

  if read_slave.obj is not None and not read_slave.is_closed():
    logger.debug('Disconnecting from read slave.')
    read_slave.close()


class QuayUserField(ForeignKeyField):
  def __init__(self, allows_robots=False, robot_null_delete=False, *args, **kwargs):
    self.allows_robots = allows_robots
    self.robot_null_delete = robot_null_delete
    if not 'rel_model' in kwargs:
      kwargs['rel_model'] = User

    super(QuayUserField, self).__init__(*args, **kwargs)


class BaseModel(ReadSlaveModel):
  class Meta:
    database = db
    read_slaves = (read_slave,)

  def __getattribute__(self, name):
    """ Adds _id accessors so that foreign key field IDs can be looked up without making
        a database roundtrip.
    """
    if name.endswith('_id'):
      field_name = name[0:len(name) - 3]
      if field_name in self._meta.fields:
        return self._data.get(field_name)

    return super(BaseModel, self).__getattribute__(name)


class User(BaseModel):
  uuid = CharField(default=uuid_generator, max_length=36, null=True)
  username = CharField(unique=True, index=True)
  password_hash = CharField(null=True)
  email = CharField(unique=True, index=True,
                    default=random_string_generator(length=64))
  verified = BooleanField(default=False)
  stripe_id = CharField(index=True, null=True)
  organization = BooleanField(default=False, index=True)
  robot = BooleanField(default=False, index=True)
  invoice_email = BooleanField(default=False)
  invalid_login_attempts = IntegerField(default=0)
  last_invalid_login = DateTimeField(default=datetime.utcnow)
  removed_tag_expiration_s = IntegerField(default=1209600)  # Two weeks
  enabled = BooleanField(default=True)

  def delete_instance(self, recursive=False, delete_nullable=False):
    # If we are deleting a robot account, only execute the subset of queries necessary.
    if self.robot:
      # For all the model dependencies, only delete those that allow robots.
      for query, fk in reversed(list(self.dependencies(search_nullable=True))):
        if isinstance(fk, QuayUserField) and fk.allows_robots:
          model = fk.model_class

          if fk.robot_null_delete:
            model.update(**{fk.name: None}).where(query).execute()
          else:
            model.delete().where(query).execute()

      # Delete the instance itself.
      super(User, self).delete_instance(recursive=False, delete_nullable=False)
    else:
      super(User, self).delete_instance(recursive=recursive, delete_nullable=delete_nullable)


Namespace = User.alias()


class TeamRole(BaseModel):
  name = CharField(index=True)


class Team(BaseModel):
  name = CharField(index=True)
  organization = QuayUserField(index=True)
  role = ForeignKeyField(TeamRole)
  description = TextField(default='')

  class Meta:
    database = db
    read_slaves = (read_slave,)
    indexes = (
      # A team name must be unique within an organization
      (('name', 'organization'), True),
    )


class TeamMember(BaseModel):
  user = QuayUserField(allows_robots=True, index=True)
  team = ForeignKeyField(Team, index=True)

  class Meta:
    database = db
    read_slaves = (read_slave,)
    indexes = (
      # A user may belong to a team only once
      (('user', 'team'), True),
    )


class TeamMemberInvite(BaseModel):
  # Note: Either user OR email will be filled in, but not both.
  user = QuayUserField(index=True, null=True)
  email = CharField(null=True)
  team = ForeignKeyField(Team, index=True)
  inviter = ForeignKeyField(User, related_name='inviter')
  invite_token = CharField(default=urn_generator(['teaminvite']))


class LoginService(BaseModel):
  name = CharField(unique=True, index=True)


class FederatedLogin(BaseModel):
  user = QuayUserField(allows_robots=True, index=True)
  service = ForeignKeyField(LoginService, index=True)
  service_ident = CharField()
  metadata_json = TextField(default='{}')

  class Meta:
    database = db
    read_slaves = (read_slave,)
    indexes = (
      # create a unique index on service and the local service id
      (('service', 'service_ident'), True),

      # a user may only have one federated login per service
      (('service', 'user'), True),
    )


class Visibility(BaseModel):
  name = CharField(index=True, unique=True)


class Repository(BaseModel):
  namespace_user = QuayUserField(null=True)
  name = CharField()
  visibility = ForeignKeyField(Visibility)
  description = TextField(null=True)
  badge_token = CharField(default=uuid_generator)

  class Meta:
    database = db
    read_slaves = (read_slave,)
    indexes = (
      # create a unique index on namespace and name
      (('namespace_user', 'name'), True),
    )

  def delete_instance(self, recursive=False, delete_nullable=False):
    if not recursive:
      raise RuntimeError('Non-recursive delete on repository.')

    # These models don't need to use transitive deletes, because the referenced objects
    # are cleaned up directly
    skip_transitive_deletes = {RepositoryTag, RepositoryBuild, RepositoryBuildTrigger, BlobUpload}

    # We need to sort the ops so that models get cleaned in order of their dependencies
    ops = reversed(list(self.dependencies(delete_nullable)))
    filtered_ops = []

    dependencies = defaultdict(set)

    for query, fk in ops:
      # We only want to skip transitive deletes, which are done using subqueries in the form of
      # DELETE FROM <table> in <subquery>. If an op is not using a subquery, we allow it to be
      # applied directly.
      if fk.model_class not in skip_transitive_deletes or query.op != 'in':
        filtered_ops.append((query, fk))

      if query.op == 'in':
        dependencies[fk.model_class.__name__].add(query.rhs.model_class.__name__)
      elif query.op == '=':
        dependencies[fk.model_class.__name__].add(Repository.__name__)
      else:
        raise RuntimeError('Unknown operator in recursive repository delete query')

    sorted_models = list(reversed(toposort.toposort_flatten(dependencies)))
    def sorted_model_key(query_fk_tuple):
      cmp_query, cmp_fk = query_fk_tuple
      if cmp_query.op == 'in':
        return -1
      return sorted_models.index(cmp_fk.model_class.__name__)
    filtered_ops.sort(key=sorted_model_key)

    with db_transaction():
      for query, fk in filtered_ops:
        model = fk.model_class
        if fk.null and not delete_nullable:
          model.update(**{fk.name: None}).where(query).execute()
        else:
          model.delete().where(query).execute()

      return self.delete().where(self._pk_expr()).execute()

class Star(BaseModel):
  user = ForeignKeyField(User, index=True)
  repository = ForeignKeyField(Repository, index=True)
  created = DateTimeField(default=datetime.now)

  class Meta:
    database = db
    read_slaves = (read_slave,)
    indexes = (
      # create a unique index on user and repository
      (('user', 'repository'), True),
    )


class Role(BaseModel):
  name = CharField(index=True, unique=True)


class RepositoryPermission(BaseModel):
  team = ForeignKeyField(Team, index=True, null=True)
  user = QuayUserField(allows_robots=True, index=True, null=True)
  repository = ForeignKeyField(Repository, index=True)
  role = ForeignKeyField(Role)

  class Meta:
    database = db
    read_slaves = (read_slave,)
    indexes = (
      (('team', 'repository'), True),
      (('user', 'repository'), True),
    )


class PermissionPrototype(BaseModel):
  org = QuayUserField(index=True, related_name='orgpermissionproto')
  uuid = CharField(default=uuid_generator)
  activating_user = QuayUserField(allows_robots=True, index=True, null=True,
                                  related_name='userpermissionproto')
  delegate_user = QuayUserField(allows_robots=True,related_name='receivingpermission',
                                null=True)
  delegate_team = ForeignKeyField(Team, related_name='receivingpermission',
                                  null=True)
  role = ForeignKeyField(Role)

  class Meta:
    database = db
    read_slaves = (read_slave,)
    indexes = (
      (('org', 'activating_user'), False),
    )


class AccessTokenKind(BaseModel):
  name = CharField(unique=True, index=True)


class AccessToken(BaseModel):
  friendly_name = CharField(null=True)
  code = CharField(default=random_string_generator(length=64), unique=True,
                   index=True)
  repository = ForeignKeyField(Repository)
  created = DateTimeField(default=datetime.now)
  role = ForeignKeyField(Role)
  temporary = BooleanField(default=True)
  kind = ForeignKeyField(AccessTokenKind, null=True)


class BuildTriggerService(BaseModel):
  name = CharField(index=True, unique=True)


class RepositoryBuildTrigger(BaseModel):
  uuid = CharField(default=uuid_generator)
  service = ForeignKeyField(BuildTriggerService, index=True)
  repository = ForeignKeyField(Repository, index=True)
  connected_user = QuayUserField()
  auth_token = CharField(null=True)
  private_key = TextField(null=True)
  config = TextField(default='{}')
  write_token = ForeignKeyField(AccessToken, null=True)
  pull_robot = QuayUserField(allows_robots=True, null=True, related_name='triggerpullrobot',
                             robot_null_delete=True)

  # TODO(jschorr): Remove this column once we verify the backfill has succeeded.
  used_legacy_github = BooleanField(null=True, default=False)


class EmailConfirmation(BaseModel):
  code = CharField(default=random_string_generator(), unique=True, index=True)
  user = QuayUserField()
  pw_reset = BooleanField(default=False)
  new_email = CharField(null=True)
  email_confirm = BooleanField(default=False)
  created = DateTimeField(default=datetime.now)


class ImageStorage(BaseModel):
  uuid = CharField(default=uuid_generator, index=True, unique=True)
  checksum = CharField(null=True)
  created = DateTimeField(null=True)
  comment = TextField(null=True)
  command = TextField(null=True)
  image_size = BigIntegerField(null=True)
  uncompressed_size = BigIntegerField(null=True)
  aggregate_size = BigIntegerField(null=True)
  uploading = BooleanField(default=True, null=True)
  cas_path = BooleanField(default=True)


class ImageStorageTransformation(BaseModel):
  name = CharField(index=True, unique=True)


class ImageStorageSignatureKind(BaseModel):
  name = CharField(index=True, unique=True)


class ImageStorageSignature(BaseModel):
  storage = ForeignKeyField(ImageStorage, index=True)
  kind = ForeignKeyField(ImageStorageSignatureKind)
  signature = TextField(null=True)
  uploading = BooleanField(default=True, null=True)

  class Meta:
    database = db
    read_slaves = (read_slave,)
    indexes = (
      (('kind', 'storage'), True),
    )


class DerivedImageStorage(BaseModel):
  source = ForeignKeyField(ImageStorage, null=True, related_name='source')
  derivative = ForeignKeyField(ImageStorage, related_name='derivative')
  transformation = ForeignKeyField(ImageStorageTransformation)

  class Meta:
    database = db
    read_slaves = (read_slave,)
    indexes = (
      (('source', 'transformation'), True),
    )


class ImageStorageLocation(BaseModel):
  name = CharField(unique=True, index=True)


class ImageStoragePlacement(BaseModel):
  storage = ForeignKeyField(ImageStorage)
  location = ForeignKeyField(ImageStorageLocation)

  class Meta:
    database = db
    read_slaves = (read_slave,)
    indexes = (
      # An image can only be placed in the same place once
      (('storage', 'location'), True),
    )


class UserRegion(BaseModel):
  user = QuayUserField(index=True, allows_robots=False)
  location = ForeignKeyField(ImageStorageLocation)

  indexes = (
    (('user', 'location'), True),
  )


class Image(BaseModel):
  # This class is intentionally denormalized. Even though images are supposed
  # to be globally unique we can't treat them as such for permissions and
  # security reasons. So rather than Repository <-> Image being many to many
  # each image now belongs to exactly one repository.
  docker_image_id = CharField(index=True)
  repository = ForeignKeyField(Repository)

  # '/' separated list of ancestory ids, e.g. /1/2/6/7/10/
  ancestors = CharField(index=True, default='/', max_length=64535, null=True)

  storage = ForeignKeyField(ImageStorage, index=True, null=True)

  created = DateTimeField(null=True)
  comment = TextField(null=True)
  command = TextField(null=True)
  aggregate_size = BigIntegerField(null=True)
  v1_json_metadata = TextField(null=True)

  class Meta:
    database = db
    read_slaves = (read_slave,)
    indexes = (
      # we don't really want duplicates
      (('repository', 'docker_image_id'), True),
    )


class RepositoryTag(BaseModel):
  name = CharField()
  image = ForeignKeyField(Image)
  repository = ForeignKeyField(Repository)
  lifetime_start_ts = IntegerField(default=get_epoch_timestamp)
  lifetime_end_ts = IntegerField(null=True, index=True)
  hidden = BooleanField(default=False)
  reversion = BooleanField(default=False)

  class Meta:
    database = db
    read_slaves = (read_slave,)
    indexes = (
      (('repository', 'name'), False),

      # This unique index prevents deadlocks when concurrently moving and deleting tags
      (('repository', 'name', 'lifetime_end_ts'), True),
    )


class TagManifest(BaseModel):
  tag = ForeignKeyField(RepositoryTag, index=True, unique=True)
  digest = CharField(index=True, unique=True)
  json_data = TextField()


class BUILD_PHASE(object):
  """ Build phases enum """
  ERROR = 'error'
  INTERNAL_ERROR = 'internalerror'
  BUILD_SCHEDULED = 'build-scheduled'
  UNPACKING = 'unpacking'
  PULLING = 'pulling'
  BUILDING = 'building'
  PUSHING = 'pushing'
  WAITING = 'waiting'
  COMPLETE = 'complete'


class QueueItem(BaseModel):
  queue_name = CharField(index=True, max_length=1024)
  body = TextField()
  available_after = DateTimeField(default=datetime.utcnow, index=True)
  available = BooleanField(default=True, index=True)
  processing_expires = DateTimeField(null=True, index=True)
  retries_remaining = IntegerField(default=5, index=True)


class RepositoryBuild(BaseModel):
  uuid = CharField(default=uuid_generator, index=True)
  repository = ForeignKeyField(Repository, index=True)
  access_token = ForeignKeyField(AccessToken)
  resource_key = CharField(index=True, null=True)
  job_config = TextField()
  phase = CharField(default=BUILD_PHASE.WAITING)
  started = DateTimeField(default=datetime.now)
  display_name = CharField()
  trigger = ForeignKeyField(RepositoryBuildTrigger, null=True, index=True)
  pull_robot = QuayUserField(null=True, related_name='buildpullrobot', allows_robots=True,
                             robot_null_delete=True)
  logs_archived = BooleanField(default=False)
  queue_id = CharField(null=True, index=True)


class LogEntryKind(BaseModel):
  name = CharField(index=True, unique=True)


class LogEntry(BaseModel):
  kind = ForeignKeyField(LogEntryKind, index=True)
  account = QuayUserField(index=True, related_name='account')
  performer = QuayUserField(allows_robots=True, index=True, null=True,
                            related_name='performer', robot_null_delete=True)
  repository = ForeignKeyField(Repository, index=True, null=True)
  datetime = DateTimeField(default=datetime.now, index=True)
  ip = CharField(null=True)
  metadata_json = TextField(default='{}')

  class Meta:
    database = db
    read_slaves = (read_slave,)
    indexes = (
      # create an index on repository and date
      (('repository', 'datetime'), False),

      # create an index on repository, date and kind
      (('repository', 'datetime', 'kind'), False),
    )


class RepositoryActionCount(BaseModel):
  repository = ForeignKeyField(Repository, index=True)
  count = IntegerField()
  date = DateField(index=True)

  class Meta:
    database = db
    read_slaves = (read_slave,)
    indexes = (
      # create a unique index on repository and date
      (('repository', 'date'), True),
    )


class OAuthApplication(BaseModel):
  client_id = CharField(index=True, default=random_string_generator(length=20))
  client_secret = CharField(default=random_string_generator(length=40))
  redirect_uri = CharField()
  application_uri = CharField()
  organization = QuayUserField()

  name = CharField()
  description = TextField(default='')
  avatar_email = CharField(null=True, db_column='gravatar_email')


class OAuthAuthorizationCode(BaseModel):
  application = ForeignKeyField(OAuthApplication)
  code = CharField(index=True)
  scope = CharField()
  data = TextField()  # Context for the code, such as the user


class OAuthAccessToken(BaseModel):
  uuid = CharField(default=uuid_generator, index=True)
  application = ForeignKeyField(OAuthApplication)
  authorized_user = QuayUserField()
  scope = CharField()
  access_token = CharField(index=True)
  token_type = CharField(default='Bearer')
  expires_at = DateTimeField()
  refresh_token = CharField(index=True, null=True)
  data = TextField()  # This is context for which this token was generated, such as the user


class NotificationKind(BaseModel):
  name = CharField(index=True, unique=True)


class Notification(BaseModel):
  uuid = CharField(default=uuid_generator, index=True)
  kind = ForeignKeyField(NotificationKind, index=True)
  target = QuayUserField(index=True)
  metadata_json = TextField(default='{}')
  created = DateTimeField(default=datetime.now, index=True)
  dismissed = BooleanField(default=False)


class ExternalNotificationEvent(BaseModel):
  name = CharField(index=True, unique=True)


class ExternalNotificationMethod(BaseModel):
  name = CharField(index=True, unique=True)


class RepositoryNotification(BaseModel):
  uuid = CharField(default=uuid_generator, index=True)
  repository = ForeignKeyField(Repository, index=True)
  event = ForeignKeyField(ExternalNotificationEvent)
  method = ForeignKeyField(ExternalNotificationMethod)
  title = CharField(null=True)
  config_json = TextField()


class RepositoryAuthorizedEmail(BaseModel):
  repository = ForeignKeyField(Repository, index=True)
  email = CharField()
  code = CharField(default=random_string_generator(), unique=True, index=True)
  confirmed = BooleanField(default=False)

  class Meta:
    database = db
    read_slaves = (read_slave,)
    indexes = (
      # create a unique index on email and repository
      (('email', 'repository'), True),
    )


class BlobUpload(BaseModel):
  repository = ForeignKeyField(Repository, index=True)
  uuid = CharField(index=True, unique=True)
  byte_count = IntegerField(default=0)
  sha_state = ResumableSHAField(null=True, default=resumablehashlib.sha256)
  location = ForeignKeyField(ImageStorageLocation)
  storage_metadata = JSONField(null=True, default={})

  class Meta:
    database = db
    read_slaves = (read_slave,)
    indexes = (
      # create a unique index on email and repository
      (('repository', 'uuid'), True),
    )


class QuayService(BaseModel):
  name = CharField(index=True, unique=True)


class QuayRegion(BaseModel):
  name = CharField(index=True, unique=True)


class QuayRelease(BaseModel):
  service = ForeignKeyField(QuayService)
  version = CharField()
  region = ForeignKeyField(QuayRegion)
  reverted = BooleanField(default=False)
  created = DateTimeField(default=datetime.now, index=True)

  class Meta:
    database = db
    read_slaves = (read_slave,)
    indexes = (
      # unique release per region
      (('service', 'version', 'region'), True),

      # get recent releases
      (('service', 'region', 'created'), False),
    )


all_models = [User, Repository, Image, AccessToken, Role, RepositoryPermission, Visibility,
              RepositoryTag, EmailConfirmation, FederatedLogin, LoginService, QueueItem,
              RepositoryBuild, Team, TeamMember, TeamRole, LogEntryKind, LogEntry,
              PermissionPrototype, ImageStorage, BuildTriggerService, RepositoryBuildTrigger,
              OAuthApplication, OAuthAuthorizationCode, OAuthAccessToken, NotificationKind,
              Notification, ImageStorageLocation, ImageStoragePlacement,
              ExternalNotificationEvent, ExternalNotificationMethod, RepositoryNotification,
              RepositoryAuthorizedEmail, ImageStorageTransformation, DerivedImageStorage,
              TeamMemberInvite, ImageStorageSignature, ImageStorageSignatureKind,
              AccessTokenKind, Star, RepositoryActionCount, TagManifest, UserRegion,
              QuayService, QuayRegion, QuayRelease, BlobUpload]