def verify_and_load(
cls,
*args,
expected_id: Optional[EntryID] = None,
expected_version: Optional[int] = None,
**kwargs,
) -> "BaseManifest":
data = super().verify_and_load(*args, **kwargs)
if expected_id is not None and data.id != expected_id:
raise DataValidationError(
f"Invalid entry ID: expected `{expected_id}`, got `{data.id}`")
if expected_version is not None and data.version != expected_version:
raise DataValidationError(
f"Invalid version: expected `{expected_version}`, got `{data.version}`"
)
return data
def verify_and_load(
cls,
*args,
expected_user: Optional[UserID] = None,
expected_human_handle: Optional[HumanHandle] = None,
**kwargs,
) -> "UserCertificateContent":
data = super().verify_and_load(*args, **kwargs)
if expected_user is not None and data.user_id != expected_user:
raise DataValidationError(
f"Invalid user ID: expected `{expected_user}`, got `{data.user_id}`"
)
if expected_human_handle is not None and data.human_handle != expected_human_handle:
raise DataValidationError(
f"Invalid human handle: expected `{expected_human_handle}`, got `{data.human_handle}`"
)
return data
def verify_and_load(
cls: Type[BaseManifestTypeVar],
*args: object,
expected_id: Optional[EntryID] = None,
expected_version: Optional[int] = None,
**kwargs: object,
) -> BaseManifestTypeVar:
data = super().verify_and_load(*args,
**kwargs) # type: ignore[arg-type]
if expected_id is not None and data.id != expected_id:
raise DataValidationError(
f"Invalid entry ID: expected `{expected_id}`, got `{data.id}`")
if expected_version is not None and data.version != expected_version:
raise DataValidationError(
f"Invalid version: expected `{expected_version}`, got `{data.version}`"
)
return data
def verify_and_load(
cls, *args, expected_user: Optional[UserID] = None, **kwargs
) -> "RevokedUserCertificateContent":
data = super().verify_and_load(*args, **kwargs)
if expected_user is not None and data.user_id != expected_user:
raise DataValidationError(
f"Invalid user ID: expected `{expected_user}`, got `{data.user_id}`"
)
return data
def verify_and_load(cls,
*args,
expected_device: Optional[DeviceID] = None,
**kwargs) -> "DeviceCertificateContent":
data = super().verify_and_load(*args, **kwargs)
if expected_device is not None and data.device_id != expected_device:
raise DataValidationError(
f"Invalid device ID: expected `{expected_device}`, got `{data.device_id}`"
)
return data
def verify_and_load(cls,
*args,
expected_parent: Optional[EntryID] = None,
**kwargs) -> BaseAPISignedData:
data = super().verify_and_load(*args, **kwargs)
if expected_parent is not None and data.parent != expected_parent:
raise DataValidationError(
f"Invalid parent ID: expected `{expected_parent}`, got `{data.parent}`"
)
return data
def verify_and_load(
cls,
*args,
expected_id: Optional[EntryID] = None,
expected_version: Optional[int] = None,
**kwargs,
) -> "Manifest":
data = super().verify_and_load(*args, **kwargs)
if data.author is None and data.version != 0:
raise DataValidationError(
"Manifest cannot be signed by root verify key")
if expected_id is not None and data.id != expected_id:
raise DataValidationError(
f"Invalid entry ID: expected `{expected_id}`, got `{data.id}`")
if expected_version is not None and data.version != expected_version:
raise DataValidationError(
f"Invalid version: expected `{expected_version}`, got `{data.version}`"
)
return data
def verify_and_load(
cls,
*args,
expected_realm: Optional[UUID] = None,
expected_user: Optional[UserID] = None,
expected_role: Optional[RealmRole] = None,
**kwargs,
) -> "RealmRoleCertificateContent":
data = super().verify_and_load(*args, **kwargs)
if expected_user is not None and data.user_id != expected_user:
raise DataValidationError(
f"Invalid user ID: expected `{expected_user}`, got `{data.user_id}`"
)
if expected_realm is not None and data.realm_id != expected_realm:
raise DataValidationError(
f"Invalid realm ID: expected `{expected_realm}`, got `{data.realm_id}`"
)
if expected_role is not None and data.role != expected_role:
raise DataValidationError(
f"Invalid role: expected `{expected_role}`, got `{data.role}`")
return data
def verify_and_load( # type: ignore[override]
cls: Type["FileManifest"],
*args: object,
expected_parent: Optional[EntryID] = None,
**kwargs: object,
) -> "FileManifest":
data = super().verify_and_load(*args,
**kwargs) # type: ignore[arg-type]
if expected_parent is not None and data.parent != expected_parent:
raise DataValidationError(
f"Invalid parent ID: expected `{expected_parent}`, got `{data.parent}`"
)
return data