Zen Server

zenml.zen_server special

ZenML Server Implementation.

The ZenML Server is a centralized service meant for use in a collaborative setting in which stacks, stack components, flavors, pipeline and pipeline runs can be shared over the network with other users.

You can use the zenml server up command to spin up ZenML server instances that are either running locally as daemon processes or docker containers, or to deploy a ZenML server remotely on a managed cloud platform. The other CLI commands in the same zenml server group can be used to manage the server instances deployed from your local machine.

To connect the local ZenML client to one of the managed ZenML servers, call zenml server connect with the name of the server you want to connect to.

auth

Authentication module for ZenML server.

AuthContext (BaseModel)

The authentication context.

Source code in zenml/zen_server/auth.py

class AuthContext(BaseModel):
    """The authentication context."""

    user: UserResponse
    access_token: Optional[JWTToken] = None
    encoded_access_token: Optional[str] = None
    device: Optional[OAuthDeviceInternalResponse] = None
    api_key: Optional[APIKeyInternalResponse] = None

CookieOAuth2TokenBearer (OAuth2PasswordBearer)

OAuth2 token bearer authentication scheme that uses a cookie.

Source code in zenml/zen_server/auth.py

class CookieOAuth2TokenBearer(OAuth2PasswordBearer):
    """OAuth2 token bearer authentication scheme that uses a cookie."""

    async def __call__(self, request: Request) -> Optional[str]:
        """Extract the bearer token from the request.

        Args:
            request: The request.

        Returns:
            The bearer token extracted from the request cookie or header.
        """
        # First, try to get the token from the cookie
        authorization = request.cookies.get(
            server_config().get_auth_cookie_name()
        )
        if authorization:
            logger.info("Got token from cookie")
            return authorization

        # If the token is not present in the cookie, try to get it from the
        # Authorization header
        return await super().__call__(request)

__call__(self, request) async special

Extract the bearer token from the request.

Parameters:

Name	Type	Description	Default
request	Request	The request.	required

Returns:

Type	Description
Optional[str]	The bearer token extracted from the request cookie or header.

Source code in zenml/zen_server/auth.py

async def __call__(self, request: Request) -> Optional[str]:
    """Extract the bearer token from the request.

    Args:
        request: The request.

    Returns:
        The bearer token extracted from the request cookie or header.
    """
    # First, try to get the token from the cookie
    authorization = request.cookies.get(
        server_config().get_auth_cookie_name()
    )
    if authorization:
        logger.info("Got token from cookie")
        return authorization

    # If the token is not present in the cookie, try to get it from the
    # Authorization header
    return await super().__call__(request)

authenticate_api_key(api_key)

Implement service account API key authentication.

Parameters:

Name	Type	Description	Default
api_key	str	The service account API key.	required

Returns:

Type	Description
AuthContext	The authentication context reflecting the authenticated service account.

Exceptions:

Type	Description
AuthorizationException	If the service account could not be authorized.

Source code in zenml/zen_server/auth.py

def authenticate_api_key(
    api_key: str,
) -> AuthContext:
    """Implement service account API key authentication.

    Args:
        api_key: The service account API key.


    Returns:
        The authentication context reflecting the authenticated service account.

    Raises:
        AuthorizationException: If the service account could not be authorized.
    """
    try:
        decoded_api_key = APIKey.decode_api_key(api_key)
    except ValueError:
        error = "Authentication error: error decoding API key"
        logger.exception(error)
        raise AuthorizationException(error)

    internal_api_key = _fetch_and_verify_api_key(
        api_key_id=decoded_api_key.id, key_to_verify=decoded_api_key.key
    )

    # For now, a lot of code still relies on the active user in the auth
    # context being a UserResponse object, which is a superset of the
    # ServiceAccountResponse object. So we need to convert the service
    # account to a user here.
    user_model = internal_api_key.service_account.to_user_model()
    return AuthContext(user=user_model, api_key=internal_api_key)

authenticate_credentials(user_name_or_id=None, password=None, access_token=None, activation_token=None)

Verify if user authentication credentials are valid.

This function can be used to validate all supplied user credentials to cover a range of possibilities:

• username only - only when the no-auth scheme is used
• username+password - for basic HTTP authentication or the OAuth2 password grant
• access token (with embedded user id) - after successful authentication using one of the supported grants
• username+activation token - for user activation

Parameters:

Name	Type	Description	Default
user_name_or_id	Union[str, uuid.UUID]	The username or user ID.	None
password	Optional[str]	The password.	None
access_token	Optional[str]	The access token.	None
activation_token	Optional[str]	The activation token.	None

Returns:

Type	Description
AuthContext	The authenticated account details.

Exceptions:

Type	Description
AuthorizationException	If the credentials are invalid.

Source code in zenml/zen_server/auth.py

def authenticate_credentials(
    user_name_or_id: Optional[Union[str, UUID]] = None,
    password: Optional[str] = None,
    access_token: Optional[str] = None,
    activation_token: Optional[str] = None,
) -> AuthContext:
    """Verify if user authentication credentials are valid.

    This function can be used to validate all supplied user credentials to
    cover a range of possibilities:

     * username only - only when the no-auth scheme is used
     * username+password - for basic HTTP authentication or the OAuth2 password
       grant
     * access token (with embedded user id) - after successful authentication
       using one of the supported grants
     * username+activation token - for user activation

    Args:
        user_name_or_id: The username or user ID.
        password: The password.
        access_token: The access token.
        activation_token: The activation token.

    Returns:
        The authenticated account details.

    Raises:
        AuthorizationException: If the credentials are invalid.
    """
    user: Optional[UserAuthModel] = None
    auth_context: Optional[AuthContext] = None
    if user_name_or_id:
        try:
            # NOTE: this method will not return a user if the user name or ID
            # identifies a service account instead of a regular user. This
            # is intentional because service accounts are not allowed to
            # be used to authenticate to the API using a username and password,
            # or an activation token.
            user = zen_store().get_auth_user(user_name_or_id)
            user_model = zen_store().get_user(
                user_name_or_id=user_name_or_id, include_private=True
            )
            auth_context = AuthContext(user=user_model)
        except KeyError:
            # even when the user does not exist, we still want to execute the
            # password/token verification to protect against response discrepancy
            # attacks (https://cwe.mitre.org/data/definitions/204.html)
            logger.exception(
                f"Authentication error: error retrieving account "
                f"{user_name_or_id}"
            )
            pass

    if password is not None:
        if not UserAuthModel.verify_password(password, user):
            error = "Authentication error: invalid username or password"
            logger.error(error)
            raise AuthorizationException(error)
        if user and not user.active:
            error = f"Authentication error: user {user.name} is not active"
            logger.error(error)
            raise AuthorizationException(error)

    elif activation_token is not None:
        if not UserAuthModel.verify_activation_token(activation_token, user):
            error = (
                f"Authentication error: invalid activation token for user "
                f"{user_name_or_id}"
            )
            logger.error(error)
            raise AuthorizationException(error)

    elif access_token is not None:
        try:
            decoded_token = JWTToken.decode_token(
                token=access_token,
            )
        except AuthorizationException as e:
            error = f"Authentication error: error decoding access token: {e}."
            logger.exception(error)
            raise AuthorizationException(error)

        try:
            user_model = zen_store().get_user(
                user_name_or_id=decoded_token.user_id, include_private=True
            )
        except KeyError:
            error = (
                f"Authentication error: error retrieving token account "
                f"{decoded_token.user_id}"
            )
            logger.error(error)
            raise AuthorizationException(error)

        if not user_model.active:
            error = (
                f"Authentication error: account {user_model.name} is not "
                f"active"
            )
            logger.error(error)
            raise AuthorizationException(error)

        api_key_model: Optional[APIKeyInternalResponse] = None
        if decoded_token.api_key_id:
            # The API token was generated from an API key. We still have to
            # verify if the API key hasn't been deactivated or deleted in the
            # meantime.
            api_key_model = _fetch_and_verify_api_key(decoded_token.api_key_id)

        device_model: Optional[OAuthDeviceInternalResponse] = None
        if decoded_token.device_id:
            # Access tokens that have been issued for a device are only valid
            # for that device, so we need to check if the device ID matches any
            # of the valid devices in the database.
            try:
                device_model = zen_store().get_internal_authorized_device(
                    device_id=decoded_token.device_id
                )
            except KeyError:
                error = (
                    f"Authentication error: error retrieving token device "
                    f"{decoded_token.device_id}"
                )
                logger.error(error)
                raise AuthorizationException(error)

            if (
                device_model.user is None
                or device_model.user.id != user_model.id
            ):
                error = (
                    f"Authentication error: device {decoded_token.device_id} "
                    f"does not belong to user {user_model.name}"
                )
                logger.error(error)
                raise AuthorizationException(error)

            if device_model.status != OAuthDeviceStatus.ACTIVE:
                error = (
                    f"Authentication error: device {decoded_token.device_id} "
                    f"is not active"
                )
                logger.error(error)
                raise AuthorizationException(error)

            if (
                device_model.expires
                and datetime.utcnow() >= device_model.expires
            ):
                error = (
                    f"Authentication error: device {decoded_token.device_id} "
                    "has expired"
                )
                logger.error(error)
                raise AuthorizationException(error)

            zen_store().update_internal_authorized_device(
                device_id=device_model.id,
                update=OAuthDeviceInternalUpdate(
                    update_last_login=True,
                ),
            )

        auth_context = AuthContext(
            user=user_model,
            access_token=decoded_token,
            encoded_access_token=access_token,
            device=device_model,
            api_key=api_key_model,
        )

    else:
        # IMPORTANT: the ONLY way we allow the authentication process to
        # continue without any credentials (i.e. no password, activation
        # token or access token) is if authentication is explicitly disabled
        # by setting the auth_scheme to NO_AUTH.
        if server_config().auth_scheme != AuthScheme.NO_AUTH:
            error = "Authentication error: no credentials provided"
            logger.error(error)
            raise AuthorizationException(error)

    if not auth_context:
        error = "Authentication error: invalid credentials"
        logger.error(error)
        raise AuthorizationException(error)

    return auth_context

authenticate_device(client_id, device_code)

Verify if device authorization credentials are valid.

Parameters:

Name	Type	Description	Default
client_id	UUID	The OAuth2 client ID.	required
device_code	str	The device code.	required

Returns:

Type	Description
AuthContext	The authenticated account details.

Exceptions:

Type	Description
OAuthError	If the device authorization credentials are invalid.

Source code in zenml/zen_server/auth.py

def authenticate_device(client_id: UUID, device_code: str) -> AuthContext:
    """Verify if device authorization credentials are valid.

    Args:
        client_id: The OAuth2 client ID.
        device_code: The device code.

    Returns:
        The authenticated account details.

    Raises:
        OAuthError: If the device authorization credentials are invalid.
    """
    # This is the part of the OAuth2 device code grant flow where a client
    # device is continuously polling the server to check if the user has
    # authorized a device. The following needs to happen to successfully
    # authenticate the device and return a valid access token:
    #
    # 1. the device code and client ID must match a device in the DB
    # 2. the device must be in the VERIFIED state, meaning that the user
    # has successfully authorized the device via the user code but the
    # device client hasn't yet fetched the associated API access token yet.
    # 3. the device must not be expired

    config = server_config()
    store = zen_store()

    try:
        device_model = store.get_internal_authorized_device(
            client_id=client_id
        )
    except KeyError:
        error = (
            f"Authentication error: error retrieving device with client ID "
            f"{client_id}"
        )
        logger.error(error)
        raise OAuthError(
            error="invalid_client",
            error_description=error,
        )

    if device_model.status != OAuthDeviceStatus.VERIFIED:
        error = (
            f"Authentication error: device with client ID {client_id} is "
            f"{device_model.status.value}."
        )
        logger.error(error)
        if device_model.status == OAuthDeviceStatus.PENDING:
            oauth_error = "authorization_pending"
        elif device_model.status == OAuthDeviceStatus.LOCKED:
            oauth_error = "access_denied"
        else:
            oauth_error = "expired_token"
        raise OAuthError(
            error=oauth_error,
            error_description=error,
        )

    if device_model.expires and datetime.utcnow() >= device_model.expires:
        error = (
            f"Authentication error: device for client ID {client_id} has "
            "expired"
        )
        logger.error(error)
        raise OAuthError(
            error="expired_token",
            error_description=error,
        )

    # Check the device code
    if not device_model.verify_device_code(device_code):
        # If the device code is invalid, increment the failed auth attempts
        # counter and lock the device if the maximum number of failed auth
        # attempts has been reached.
        failed_auth_attempts = device_model.failed_auth_attempts + 1
        update = OAuthDeviceInternalUpdate(
            failed_auth_attempts=failed_auth_attempts
        )
        if failed_auth_attempts >= config.max_failed_device_auth_attempts:
            update.locked = True

        store.update_internal_authorized_device(
            device_id=device_model.id,
            update=update,
        )

        if failed_auth_attempts >= config.max_failed_device_auth_attempts:
            error = (
                f"Authentication error: device for client ID {client_id} "
                "has been locked due to too many failed authentication "
                "attempts."
            )
        else:
            error = (
                f"Authentication error: device for client ID {client_id} "
                "has an invalid device code."
            )

        logger.error(error)
        raise OAuthError(
            error="access_denied",
            error_description=error,
        )

    # The device is valid, so we can return the user associated with it.
    # This is the one and only time we return an AuthContext authorized by
    # a device code in order to be exchanged for an access token. Subsequent
    # requests to the API will be authenticated using the access token.
    #
    # Update the device state to ACTIVE and set an expiration date for it
    # past which it can no longer be used for authentication. The expiration
    # date also determines the expiration date of the access token issued
    # for this device.
    expires_in: int = 0
    if config.jwt_token_expire_minutes:
        if device_model.trusted_device:
            expires_in = config.trusted_device_expiration_minutes or 0
        else:
            expires_in = config.device_expiration_minutes or 0

    update = OAuthDeviceInternalUpdate(
        status=OAuthDeviceStatus.ACTIVE,
        expires_in=expires_in * 60,
    )
    device_model = zen_store().update_internal_authorized_device(
        device_id=device_model.id,
        update=update,
    )

    # This can never happen because the VERIFIED state is only set if
    # a user verified and has been associated with the device.
    assert device_model.user is not None

    return AuthContext(user=device_model.user, device=device_model)

authenticate_external_user(external_access_token)

Implement external authentication.

Parameters:

Name	Type	Description	Default
external_access_token	str	The access token used to authenticate the user to the external authenticator.	required

Returns:

Type	Description
AuthContext	The authentication context reflecting the authenticated user.

Exceptions:

Type	Description
AuthorizationException	If the external user could not be authorized.

Source code in zenml/zen_server/auth.py

def authenticate_external_user(external_access_token: str) -> AuthContext:
    """Implement external authentication.

    Args:
        external_access_token: The access token used to authenticate the user
            to the external authenticator.

    Returns:
        The authentication context reflecting the authenticated user.

    Raises:
        AuthorizationException: If the external user could not be authorized.
    """
    config = server_config()
    store = zen_store()

    assert config.external_user_info_url is not None

    # Use the external access token to extract the user information and
    # permissions

    # Get the user information from the external authenticator
    user_info_url = config.external_user_info_url
    headers = {"Authorization": "Bearer " + external_access_token}
    query_params = dict(server_id=str(config.get_external_server_id()))

    try:
        auth_response = requests.get(
            user_info_url,
            headers=headers,
            params=urlencode(query_params),
            timeout=EXTERNAL_AUTHENTICATOR_TIMEOUT,
        )
    except Exception as e:
        logger.exception(
            f"Error fetching user information from external authenticator: "
            f"{e}"
        )
        raise AuthorizationException(
            "Error fetching user information from external authenticator."
        )

    external_user: Optional[ExternalUserModel] = None

    if 200 <= auth_response.status_code < 300:
        try:
            payload = auth_response.json()
        except requests.exceptions.JSONDecodeError:
            logger.exception(
                "Error decoding JSON response from external authenticator."
            )
            raise AuthorizationException(
                "Unknown external authenticator error"
            )

        if isinstance(payload, dict):
            try:
                external_user = ExternalUserModel.model_validate(payload)
            except Exception as e:
                logger.exception(
                    f"Error parsing user information from external "
                    f"authenticator: {e}"
                )
                pass

    elif auth_response.status_code in [401, 403]:
        raise AuthorizationException("Not authorized to access this server.")
    elif auth_response.status_code == 404:
        raise AuthorizationException(
            "External authenticator did not recognize this server."
        )
    else:
        logger.error(
            f"Error fetching user information from external authenticator. "
            f"Status code: {auth_response.status_code}, "
            f"Response: {auth_response.text}"
        )
        raise AuthorizationException(
            "Error fetching user information from external authenticator. "
        )

    if not external_user:
        raise AuthorizationException("Unknown external authenticator error")

    # With an external user object, we can now authenticate the user against
    # the ZenML server

    # Check if the external user already exists in the ZenML server database
    # If not, create a new user. If yes, update the existing user.
    try:
        user = store.get_external_user(user_id=external_user.id)

        # Update the user information
        user = store.update_user(
            user_id=user.id,
            user_update=UserUpdate(
                name=external_user.email,
                full_name=external_user.name or "",
                email_opted_in=True,
                active=True,
                email=external_user.email,
                is_admin=external_user.is_admin,
            ),
        )
    except KeyError:
        logger.info(
            f"External user with ID {external_user.id} not found in ZenML "
            f"server database. Creating a new user."
        )
        user = store.create_user(
            UserRequest(
                name=external_user.email,
                full_name=external_user.name or "",
                external_user_id=external_user.id,
                email_opted_in=True,
                active=True,
                email=external_user.email,
                is_admin=external_user.is_admin,
            )
        )

        with AnalyticsContext() as context:
            context.user_id = user.id
            context.identify(
                traits={
                    "email": external_user.email,
                    "source": "external_auth",
                }
            )
            context.alias(user_id=external_user.id, previous_id=user.id)

    return AuthContext(user=user)

authentication_provider()

Returns the authentication provider.

Returns:

Type	Description
Callable[..., zenml.zen_server.auth.AuthContext]	The authentication provider.

Exceptions:

Type	Description
ValueError	If the authentication scheme is not supported.

Source code in zenml/zen_server/auth.py

def authentication_provider() -> Callable[..., AuthContext]:
    """Returns the authentication provider.

    Returns:
        The authentication provider.

    Raises:
        ValueError: If the authentication scheme is not supported.
    """
    auth_scheme = server_config().auth_scheme
    if auth_scheme == AuthScheme.NO_AUTH:
        return no_authentication
    elif auth_scheme == AuthScheme.HTTP_BASIC:
        return http_authentication
    elif auth_scheme == AuthScheme.OAUTH2_PASSWORD_BEARER:
        return oauth2_authentication
    elif auth_scheme == AuthScheme.EXTERNAL:
        return oauth2_authentication
    else:
        raise ValueError(f"Unknown authentication scheme: {auth_scheme}")

authorize(token=Depends(CookieOAuth2TokenBearer))

Authenticates any request to the ZenML server with OAuth2 JWT tokens.

Parameters:

Name	Type	Description	Default
token	str	The JWT bearer token to be authenticated.	Depends(CookieOAuth2TokenBearer)

Returns:

Type	Description
AuthContext	The authentication context reflecting the authenticated user.

Exceptions:

Type	Description
HTTPException	If the JWT token could not be authorized.

Source code in zenml/zen_server/auth.py

def oauth2_authentication(
    token: str = Depends(
        CookieOAuth2TokenBearer(
            tokenUrl=server_config().root_url_path + API + VERSION_1 + LOGIN,
        )
    ),
) -> AuthContext:
    """Authenticates any request to the ZenML server with OAuth2 JWT tokens.

    Args:
        token: The JWT bearer token to be authenticated.

    Returns:
        The authentication context reflecting the authenticated user.

    Raises:
        HTTPException: If the JWT token could not be authorized.
    """
    try:
        auth_context = authenticate_credentials(access_token=token)
    except AuthorizationException as e:
        raise HTTPException(
            status_code=status.HTTP_401_UNAUTHORIZED,
            detail=str(e),
            headers={"WWW-Authenticate": "Bearer"},
        )

    return auth_context

get_auth_context()

Returns the current authentication context.

Returns:

Type	Description
Optional[AuthContext]	The authentication context.

Source code in zenml/zen_server/auth.py

def get_auth_context() -> Optional["AuthContext"]:
    """Returns the current authentication context.

    Returns:
        The authentication context.
    """
    auth_context = _auth_context.get()
    return auth_context

http_authentication(credentials=Depends(HTTPBasic))

Authenticates any request to the ZenML Server with basic HTTP authentication.

Parameters:

Name	Type	Description	Default
credentials	HTTPBasicCredentials	HTTP basic auth credentials passed to the request.	Depends(HTTPBasic)

Returns:

Type	Description
AuthContext	The authentication context reflecting the authenticated user.

Exceptions:

Type	Description
HTTPException	If the credentials are invalid.

Source code in zenml/zen_server/auth.py

def http_authentication(
    credentials: HTTPBasicCredentials = Depends(HTTPBasic()),
) -> AuthContext:
    """Authenticates any request to the ZenML Server with basic HTTP authentication.

    Args:
        credentials: HTTP basic auth credentials passed to the request.

    Returns:
        The authentication context reflecting the authenticated user.

    Raises:
        HTTPException: If the credentials are invalid.
    """
    try:
        return authenticate_credentials(
            user_name_or_id=credentials.username, password=credentials.password
        )
    except AuthorizationException as e:
        raise HTTPException(
            status_code=status.HTTP_401_UNAUTHORIZED,
            detail=str(e),
            headers={"WWW-Authenticate": "Basic"},
        )

no_authentication()

Doesn't authenticate requests to the ZenML server.

Returns:

Type	Description
AuthContext	The authentication context reflecting the default user.

Source code in zenml/zen_server/auth.py

def no_authentication() -> AuthContext:
    """Doesn't authenticate requests to the ZenML server.

    Returns:
        The authentication context reflecting the default user.
    """
    return authenticate_credentials(user_name_or_id=DEFAULT_USERNAME)

oauth2_authentication(token=Depends(CookieOAuth2TokenBearer))

Authenticates any request to the ZenML server with OAuth2 JWT tokens.

Parameters:

Name	Type	Description	Default
token	str	The JWT bearer token to be authenticated.	Depends(CookieOAuth2TokenBearer)

Returns:

Type	Description
AuthContext	The authentication context reflecting the authenticated user.

Exceptions:

Type	Description
HTTPException	If the JWT token could not be authorized.

Source code in zenml/zen_server/auth.py

def oauth2_authentication(
    token: str = Depends(
        CookieOAuth2TokenBearer(
            tokenUrl=server_config().root_url_path + API + VERSION_1 + LOGIN,
        )
    ),
) -> AuthContext:
    """Authenticates any request to the ZenML server with OAuth2 JWT tokens.

    Args:
        token: The JWT bearer token to be authenticated.

    Returns:
        The authentication context reflecting the authenticated user.

    Raises:
        HTTPException: If the JWT token could not be authorized.
    """
    try:
        auth_context = authenticate_credentials(access_token=token)
    except AuthorizationException as e:
        raise HTTPException(
            status_code=status.HTTP_401_UNAUTHORIZED,
            detail=str(e),
            headers={"WWW-Authenticate": "Bearer"},
        )

    return auth_context

set_auth_context(auth_context)

Sets the current authentication context.

Parameters:

Name	Type	Description	Default
auth_context	AuthContext	The authentication context.	required

Returns:

Type	Description
AuthContext	The authentication context.

Source code in zenml/zen_server/auth.py

def set_auth_context(auth_context: "AuthContext") -> "AuthContext":
    """Sets the current authentication context.

    Args:
        auth_context: The authentication context.

    Returns:
        The authentication context.
    """
    _auth_context.set(auth_context)
    return auth_context

cloud_utils

Utils concerning anything concerning the cloud control plane backend.

ZenMLCloudConfiguration (BaseModel)

ZenML Pro RBAC configuration.

Source code in zenml/zen_server/cloud_utils.py

class ZenMLCloudConfiguration(BaseModel):
    """ZenML Pro RBAC configuration."""

    api_url: str

    oauth2_client_id: str
    oauth2_client_secret: str
    oauth2_audience: str
    auth0_domain: str

    @field_validator("api_url")
    @classmethod
    def _strip_trailing_slashes_url(cls, url: str) -> str:
        """Strip any trailing slashes on the API URL.

        Args:
            url: The API URL.

        Returns:
            The API URL with potential trailing slashes removed.
        """
        return url.rstrip("/")

    @classmethod
    def from_environment(cls) -> "ZenMLCloudConfiguration":
        """Get the RBAC configuration from environment variables.

        Returns:
            The RBAC configuration.
        """
        env_config: Dict[str, Any] = {}
        for k, v in os.environ.items():
            if v == "":
                continue
            if k.startswith(ZENML_CLOUD_RBAC_ENV_PREFIX):
                env_config[k[len(ZENML_CLOUD_RBAC_ENV_PREFIX) :].lower()] = v

        return ZenMLCloudConfiguration(**env_config)

    model_config = ConfigDict(
        # Allow extra attributes from configs of previous ZenML versions to
        # permit downgrading
        extra="allow"
    )

from_environment() classmethod

Get the RBAC configuration from environment variables.

Returns:

Type	Description
ZenMLCloudConfiguration	The RBAC configuration.

Source code in zenml/zen_server/cloud_utils.py

@classmethod
def from_environment(cls) -> "ZenMLCloudConfiguration":
    """Get the RBAC configuration from environment variables.

    Returns:
        The RBAC configuration.
    """
    env_config: Dict[str, Any] = {}
    for k, v in os.environ.items():
        if v == "":
            continue
        if k.startswith(ZENML_CLOUD_RBAC_ENV_PREFIX):
            env_config[k[len(ZENML_CLOUD_RBAC_ENV_PREFIX) :].lower()] = v

    return ZenMLCloudConfiguration(**env_config)

ZenMLCloudSession

Class to use for communication between server and control plane.

Source code in zenml/zen_server/cloud_utils.py

class ZenMLCloudSession:
    """Class to use for communication between server and control plane."""

    def __init__(self) -> None:
        """Initialize the RBAC component."""
        self._config = ZenMLCloudConfiguration.from_environment()
        self._session: Optional[requests.Session] = None

    def _get(
        self, endpoint: str, params: Optional[Dict[str, Any]]
    ) -> requests.Response:
        """Send a GET request using the active session.

        Args:
            endpoint: The endpoint to send the request to. This will be appended
                to the base URL.
            params: Parameters to include in the request.

        Raises:
            RuntimeError: If the request failed.
            SubscriptionUpgradeRequiredError: In case the current subscription
                tier is insufficient for the attempted operation.

        Returns:
            The response.
        """
        url = self._config.api_url + endpoint

        response = self.session.get(url=url, params=params, timeout=7)
        if response.status_code == 401:
            # Refresh the auth token and try again
            self._clear_session()
            response = self.session.get(url=url, params=params, timeout=7)

        try:
            response.raise_for_status()
        except requests.HTTPError:
            if response.status_code == 402:
                raise SubscriptionUpgradeRequiredError(response.json())
            else:
                raise RuntimeError(
                    f"Failed with the following error {response} {response.text}"
                )

        return response

    def _post(
        self,
        endpoint: str,
        params: Optional[Dict[str, Any]] = None,
        data: Optional[Dict[str, Any]] = None,
    ) -> requests.Response:
        """Send a POST request using the active session.

        Args:
            endpoint: The endpoint to send the request to. This will be appended
                to the base URL.
            params: Parameters to include in the request.
            data: Data to include in the request.

        Raises:
            RuntimeError: If the request failed.

        Returns:
            The response.
        """
        url = self._config.api_url + endpoint

        response = self.session.post(
            url=url, params=params, json=data, timeout=7
        )
        if response.status_code == 401:
            # Refresh the auth token and try again
            self._clear_session()
            response = self.session.post(
                url=url, params=params, json=data, timeout=7
            )

        try:
            response.raise_for_status()
        except requests.HTTPError as e:
            raise RuntimeError(
                f"Failed while trying to contact the central zenml pro "
                f"service: {e}"
            )

        return response

    @property
    def session(self) -> requests.Session:
        """Authenticate to the ZenML Pro Management Plane.

        Returns:
            A requests session with the authentication token.
        """
        if self._session is None:
            # Set up the session's connection pool size to match the server's
            # thread pool size. This allows the server to cache one connection
            # per thread, which means we can keep connections open for longer
            # and avoid the overhead of setting up a new connection for each
            # request.
            conn_pool_size = server_config().thread_pool_size

            self._session = requests.Session()
            token = self._fetch_auth_token()
            self._session.headers.update({"Authorization": "Bearer " + token})

            retries = Retry(total=5, backoff_factor=0.1)
            self._session.mount(
                "https://",
                HTTPAdapter(
                    max_retries=retries,
                    # We only use one connection pool to be cached because we
                    # only communicate with one remote server (the control
                    # plane)
                    pool_connections=1,
                    pool_maxsize=conn_pool_size,
                ),
            )

        return self._session

    def _clear_session(self) -> None:
        """Clear the authentication session."""
        self._session = None

    def _fetch_auth_token(self) -> str:
        """Fetch an auth token for the Cloud API from auth0.

        Raises:
            RuntimeError: If the auth token can't be fetched.

        Returns:
            Auth token.
        """
        # Get an auth token from auth0
        auth0_url = f"https://{self._config.auth0_domain}/oauth/token"
        headers = {"content-type": "application/x-www-form-urlencoded"}
        payload = {
            "client_id": self._config.oauth2_client_id,
            "client_secret": self._config.oauth2_client_secret,
            "audience": self._config.oauth2_audience,
            "grant_type": "client_credentials",
        }
        try:
            response = requests.post(
                auth0_url, headers=headers, data=payload, timeout=7
            )
            response.raise_for_status()
        except Exception as e:
            raise RuntimeError(f"Error fetching auth token from auth0: {e}")

        access_token = response.json().get("access_token", "")

        if not access_token or not isinstance(access_token, str):
            raise RuntimeError("Could not fetch auth token from auth0.")

        return str(access_token)

session: Session property readonly

Authenticate to the ZenML Pro Management Plane.

Returns:

Type	Description
Session	A requests session with the authentication token.

__init__(self) special

Initialize the RBAC component.

Source code in zenml/zen_server/cloud_utils.py

def __init__(self) -> None:
    """Initialize the RBAC component."""
    self._config = ZenMLCloudConfiguration.from_environment()
    self._session: Optional[requests.Session] = None

deploy special

ZenML server deployments.

base_provider

Base ZenML server provider class.

BaseServerProvider (ABC)

Base ZenML server provider class.

All ZenML server providers must extend and implement this base class.

Source code in zenml/zen_server/deploy/base_provider.py

class BaseServerProvider(ABC):
    """Base ZenML server provider class.

    All ZenML server providers must extend and implement this base class.
    """

    TYPE: ClassVar[ServerProviderType]
    CONFIG_TYPE: ClassVar[Type[ServerDeploymentConfig]] = (
        ServerDeploymentConfig
    )

    @classmethod
    def register_as_provider(cls) -> None:
        """Register the class as a server provider."""
        from zenml.zen_server.deploy.deployer import ServerDeployer

        ServerDeployer.register_provider(cls)

    @classmethod
    def _convert_config(
        cls, config: ServerDeploymentConfig
    ) -> ServerDeploymentConfig:
        """Convert a generic server deployment config into a provider specific config.

        Args:
            config: The generic server deployment config.

        Returns:
            The provider specific server deployment config.

        Raises:
            ServerDeploymentConfigurationError: If the configuration is not
                valid.
        """
        if isinstance(config, cls.CONFIG_TYPE):
            return config
        try:
            return cls.CONFIG_TYPE(**config.model_dump())
        except ValidationError as e:
            raise ServerDeploymentConfigurationError(
                f"Invalid configuration for provider {cls.TYPE.value}: {e}"
            )

    def deploy_server(
        self,
        config: ServerDeploymentConfig,
        timeout: Optional[int] = None,
    ) -> ServerDeployment:
        """Deploy a new ZenML server.

        Args:
            config: The generic server deployment configuration.
            timeout: The timeout in seconds to wait until the deployment is
                successful. If not supplied, the default timeout value specified
                by the provider is used.

        Returns:
            The newly created server deployment.

        Raises:
            ServerDeploymentExistsError: If a deployment with the same name
                already exists.
        """
        try:
            self._get_service(config.name)
        except KeyError:
            pass
        else:
            raise ServerDeploymentExistsError(
                f"ZenML server deployment with name '{config.name}' already "
                f"exists"
            )

        # convert the generic deployment config to a provider specific
        # deployment config
        config = self._convert_config(config)
        service = self._create_service(config, timeout)
        return self._get_deployment(service)

    def update_server(
        self,
        config: ServerDeploymentConfig,
        timeout: Optional[int] = None,
    ) -> ServerDeployment:
        """Update an existing ZenML server deployment.

        Args:
            config: The new generic server deployment configuration.
            timeout: The timeout in seconds to wait until the update is
                successful. If not supplied, the default timeout value specified
                by the provider is used.

        Returns:
            The updated server deployment.

        Raises:
            ServerDeploymentNotFoundError: If a deployment with the given name
                doesn't exist.
        """
        try:
            service = self._get_service(config.name)
        except KeyError:
            raise ServerDeploymentNotFoundError(
                f"ZenML server deployment with name '{config.name}' was not "
                f"found"
            )

        # convert the generic deployment config to a provider specific
        # deployment config
        config = self._convert_config(config)
        old_config = self._get_deployment_config(service)

        if old_config == config:
            logger.info(
                f"The {config.name} ZenML server is already configured with "
                f"the same parameters."
            )
            service = self._start_service(service, timeout)
        else:
            logger.info(f"Updating the {config.name} ZenML server.")
            service = self._update_service(service, config, timeout)

        return self._get_deployment(service)

    def remove_server(
        self,
        config: ServerDeploymentConfig,
        timeout: Optional[int] = None,
    ) -> None:
        """Tears down and removes all resources and files associated with a ZenML server deployment.

        Args:
            config: The generic server deployment configuration.
            timeout: The timeout in seconds to wait until the server is
                removed. If not supplied, the default timeout value specified
                by the provider is used.

        Raises:
            ServerDeploymentNotFoundError: If a deployment with the given name
                doesn't exist.
        """
        try:
            service = self._get_service(config.name)
        except KeyError:
            raise ServerDeploymentNotFoundError(
                f"ZenML server deployment with name '{config.name}' was not "
                f"found"
            )

        logger.info(f"Removing the {config.name} ZenML server.")
        self._delete_service(service, timeout)

    def get_server(
        self,
        config: ServerDeploymentConfig,
    ) -> ServerDeployment:
        """Retrieve information about a ZenML server deployment.

        Args:
            config: The generic server deployment configuration.

        Returns:
            The server deployment.

        Raises:
            ServerDeploymentNotFoundError: If a deployment with the given name
                doesn't exist.
        """
        try:
            service = self._get_service(config.name)
        except KeyError:
            raise ServerDeploymentNotFoundError(
                f"ZenML server deployment with name '{config.name}' was not "
                f"found"
            )

        return self._get_deployment(service)

    def list_servers(self) -> List[ServerDeployment]:
        """List all server deployments managed by this provider.

        Returns:
            The list of server deployments.
        """
        return [
            self._get_deployment(service) for service in self._list_services()
        ]

    def get_server_logs(
        self,
        config: ServerDeploymentConfig,
        follow: bool = False,
        tail: Optional[int] = None,
    ) -> Generator[str, bool, None]:
        """Retrieve the logs of a ZenML server.

        Args:
            config: The generic server deployment configuration.
            follow: if True, the logs will be streamed as they are written
            tail: only retrieve the last NUM lines of log output.

        Returns:
            A generator that can be accessed to get the service logs.

        Raises:
            ServerDeploymentNotFoundError: If a deployment with the given name
                doesn't exist.
        """
        try:
            service = self._get_service(config.name)
        except KeyError:
            raise ServerDeploymentNotFoundError(
                f"ZenML server deployment with name '{config.name}' was not "
                f"found"
            )

        return service.get_logs(follow=follow, tail=tail)

    def _get_deployment_status(
        self, service: BaseService
    ) -> ServerDeploymentStatus:
        """Get the status of a server deployment from its service.

        Args:
            service: The server deployment service.

        Returns:
            The status of the server deployment.
        """
        gc = GlobalConfiguration()
        url: Optional[str] = None
        if service.is_running:
            # all services must have an endpoint
            assert service.endpoint is not None

            url = service.endpoint.status.uri
        connected = url is not None and gc.store_configuration.url == url

        return ServerDeploymentStatus(
            url=url,
            status=service.status.state,
            status_message=service.status.last_error,
            connected=connected,
        )

    def _get_deployment(self, service: BaseService) -> ServerDeployment:
        """Get the server deployment associated with a service.

        Args:
            service: The service.

        Returns:
            The server deployment.
        """
        config = self._get_deployment_config(service)

        return ServerDeployment(
            config=config,
            status=self._get_deployment_status(service),
        )

    @classmethod
    @abstractmethod
    def _get_service_configuration(
        cls,
        server_config: ServerDeploymentConfig,
    ) -> Tuple[
        ServiceConfig,
        ServiceEndpointConfig,
        ServiceEndpointHealthMonitorConfig,
    ]:
        """Construct the service configuration from a server deployment configuration.

        Args:
            server_config: server deployment configuration.

        Returns:
            The service, service endpoint and endpoint monitor configuration.
        """

    @abstractmethod
    def _create_service(
        self,
        config: ServerDeploymentConfig,
        timeout: Optional[int] = None,
    ) -> BaseService:
        """Create, start and return a service instance for a ZenML server deployment.

        Args:
            config: The server deployment configuration.
            timeout: The timeout in seconds to wait until the service is
                running. If not supplied, a default timeout value specified
                by the provider implementation should be used.

        Returns:
            The service instance.
        """

    @abstractmethod
    def _update_service(
        self,
        service: BaseService,
        config: ServerDeploymentConfig,
        timeout: Optional[int] = None,
    ) -> BaseService:
        """Update an existing service instance for a ZenML server deployment.

        Args:
            service: The service instance.
            config: The new server deployment configuration.
            timeout: The timeout in seconds to wait until the updated service is
                running. If not supplied, a default timeout value specified
                by the provider implementation should be used.

        Returns:
            The updated service instance.
        """

    @abstractmethod
    def _start_service(
        self,
        service: BaseService,
        timeout: Optional[int] = None,
    ) -> BaseService:
        """Start a service instance for a ZenML server deployment.

        Args:
            service: The service instance.
            timeout: The timeout in seconds to wait until the service is
                running. If not supplied, a default timeout value specified
                by the provider implementation should be used.

        Returns:
            The updated service instance.
        """

    @abstractmethod
    def _stop_service(
        self,
        service: BaseService,
        timeout: Optional[int] = None,
    ) -> BaseService:
        """Stop a service instance for a ZenML server deployment.

        Args:
            service: The service instance.
            timeout: The timeout in seconds to wait until the service is
                stopped. If not supplied, a default timeout value specified
                by the provider implementation should be used.

        Returns:
            The updated service instance.
        """

    @abstractmethod
    def _delete_service(
        self,
        service: BaseService,
        timeout: Optional[int] = None,
    ) -> None:
        """Remove a service instance for a ZenML server deployment.

        Args:
            service: The service instance.
            timeout: The timeout in seconds to wait until the service is
                removed. If not supplied, a default timeout value specified
                by the provider implementation should be used.
        """

    @abstractmethod
    def _get_service(self, server_name: str) -> BaseService:
        """Get the service instance associated with a ZenML server deployment.

        Args:
            server_name: The server deployment name.

        Returns:
            The service instance.

        Raises:
            KeyError: If the server deployment is not found.
        """

    @abstractmethod
    def _list_services(self) -> List[BaseService]:
        """Get all service instances for all deployed ZenML servers.

        Returns:
            A list of service instances.
        """

    @abstractmethod
    def _get_deployment_config(
        self, service: BaseService
    ) -> ServerDeploymentConfig:
        """Recreate the server deployment config from a service instance.

        Args:
            service: The service instance.

        Returns:
            The server deployment config.
        """

CONFIG_TYPE (BaseModel)

Generic server deployment configuration.

All server deployment configurations should inherit from this class and handle extra attributes as provider specific attributes.

Attributes:

Name	Type	Description
name	str	Name of the server deployment.
provider	ServerProviderType	The server provider type.

Source code in zenml/zen_server/deploy/base_provider.py

class ServerDeploymentConfig(BaseModel):
    """Generic server deployment configuration.

    All server deployment configurations should inherit from this class and
    handle extra attributes as provider specific attributes.

    Attributes:
        name: Name of the server deployment.
        provider: The server provider type.
    """

    name: str
    provider: ServerProviderType
    model_config = ConfigDict(
        # Validate attributes when assigning them. We need to set this in order
        # to have a mix of mutable and immutable attributes
        validate_assignment=True,
        # Allow extra attributes to be set in the base class. The concrete
        # classes are responsible for validating the attributes.
        extra="allow",
    )

deploy_server(self, config, timeout=None)

Deploy a new ZenML server.

Parameters:

Name	Type	Description	Default
config	ServerDeploymentConfig	The generic server deployment configuration.	required
timeout	Optional[int]	The timeout in seconds to wait until the deployment is successful. If not supplied, the default timeout value specified by the provider is used.	None

Returns:

Type	Description
ServerDeployment	The newly created server deployment.

Exceptions:

Type	Description
ServerDeploymentExistsError	If a deployment with the same name already exists.

Source code in zenml/zen_server/deploy/base_provider.py

def deploy_server(
    self,
    config: ServerDeploymentConfig,
    timeout: Optional[int] = None,
) -> ServerDeployment:
    """Deploy a new ZenML server.

    Args:
        config: The generic server deployment configuration.
        timeout: The timeout in seconds to wait until the deployment is
            successful. If not supplied, the default timeout value specified
            by the provider is used.

    Returns:
        The newly created server deployment.

    Raises:
        ServerDeploymentExistsError: If a deployment with the same name
            already exists.
    """
    try:
        self._get_service(config.name)
    except KeyError:
        pass
    else:
        raise ServerDeploymentExistsError(
            f"ZenML server deployment with name '{config.name}' already "
            f"exists"
        )

    # convert the generic deployment config to a provider specific
    # deployment config
    config = self._convert_config(config)
    service = self._create_service(config, timeout)
    return self._get_deployment(service)

get_server(self, config)

Retrieve information about a ZenML server deployment.

Parameters:

Name	Type	Description	Default
config	ServerDeploymentConfig	The generic server deployment configuration.	required

Returns:

Type	Description
ServerDeployment	The server deployment.

Exceptions:

Type	Description
ServerDeploymentNotFoundError	If a deployment with the given name doesn't exist.

Source code in zenml/zen_server/deploy/base_provider.py

def get_server(
    self,
    config: ServerDeploymentConfig,
) -> ServerDeployment:
    """Retrieve information about a ZenML server deployment.

    Args:
        config: The generic server deployment configuration.

    Returns:
        The server deployment.

    Raises:
        ServerDeploymentNotFoundError: If a deployment with the given name
            doesn't exist.
    """
    try:
        service = self._get_service(config.name)
    except KeyError:
        raise ServerDeploymentNotFoundError(
            f"ZenML server deployment with name '{config.name}' was not "
            f"found"
        )

    return self._get_deployment(service)

get_server_logs(self, config, follow=False, tail=None)

Retrieve the logs of a ZenML server.

Parameters:

Name	Type	Description	Default
config	ServerDeploymentConfig	The generic server deployment configuration.	required
follow	bool	if True, the logs will be streamed as they are written	False
tail	Optional[int]	only retrieve the last NUM lines of log output.	None

Returns:

Type	Description
Generator[str, bool, NoneType]	A generator that can be accessed to get the service logs.

Exceptions:

Type	Description
ServerDeploymentNotFoundError	If a deployment with the given name doesn't exist.

Source code in zenml/zen_server/deploy/base_provider.py

def get_server_logs(
    self,
    config: ServerDeploymentConfig,
    follow: bool = False,
    tail: Optional[int] = None,
) -> Generator[str, bool, None]:
    """Retrieve the logs of a ZenML server.

    Args:
        config: The generic server deployment configuration.
        follow: if True, the logs will be streamed as they are written
        tail: only retrieve the last NUM lines of log output.

    Returns:
        A generator that can be accessed to get the service logs.

    Raises:
        ServerDeploymentNotFoundError: If a deployment with the given name
            doesn't exist.
    """
    try:
        service = self._get_service(config.name)
    except KeyError:
        raise ServerDeploymentNotFoundError(
            f"ZenML server deployment with name '{config.name}' was not "
            f"found"
        )

    return service.get_logs(follow=follow, tail=tail)

list_servers(self)

List all server deployments managed by this provider.

Returns:

Type	Description
List[zenml.zen_server.deploy.deployment.ServerDeployment]	The list of server deployments.

Source code in zenml/zen_server/deploy/base_provider.py

def list_servers(self) -> List[ServerDeployment]:
    """List all server deployments managed by this provider.

    Returns:
        The list of server deployments.
    """
    return [
        self._get_deployment(service) for service in self._list_services()
    ]

register_as_provider() classmethod

Register the class as a server provider.

Source code in zenml/zen_server/deploy/base_provider.py

@classmethod
def register_as_provider(cls) -> None:
    """Register the class as a server provider."""
    from zenml.zen_server.deploy.deployer import ServerDeployer

    ServerDeployer.register_provider(cls)

remove_server(self, config, timeout=None)

Tears down and removes all resources and files associated with a ZenML server deployment.

Parameters:

Name	Type	Description	Default
config	ServerDeploymentConfig	The generic server deployment configuration.	required
timeout	Optional[int]	The timeout in seconds to wait until the server is removed. If not supplied, the default timeout value specified by the provider is used.	None

Exceptions:

Type	Description
ServerDeploymentNotFoundError	If a deployment with the given name doesn't exist.

Source code in zenml/zen_server/deploy/base_provider.py

def remove_server(
    self,
    config: ServerDeploymentConfig,
    timeout: Optional[int] = None,
) -> None:
    """Tears down and removes all resources and files associated with a ZenML server deployment.

    Args:
        config: The generic server deployment configuration.
        timeout: The timeout in seconds to wait until the server is
            removed. If not supplied, the default timeout value specified
            by the provider is used.

    Raises:
        ServerDeploymentNotFoundError: If a deployment with the given name
            doesn't exist.
    """
    try:
        service = self._get_service(config.name)
    except KeyError:
        raise ServerDeploymentNotFoundError(
            f"ZenML server deployment with name '{config.name}' was not "
            f"found"
        )

    logger.info(f"Removing the {config.name} ZenML server.")
    self._delete_service(service, timeout)

update_server(self, config, timeout=None)

Update an existing ZenML server deployment.

Parameters:

Name	Type	Description	Default
config	ServerDeploymentConfig	The new generic server deployment configuration.	required
timeout	Optional[int]	The timeout in seconds to wait until the update is successful. If not supplied, the default timeout value specified by the provider is used.	None

Returns:

Type	Description
ServerDeployment	The updated server deployment.

Exceptions:

Type	Description
ServerDeploymentNotFoundError	If a deployment with the given name doesn't exist.

Source code in zenml/zen_server/deploy/base_provider.py

def update_server(
    self,
    config: ServerDeploymentConfig,
    timeout: Optional[int] = None,
) -> ServerDeployment:
    """Update an existing ZenML server deployment.

    Args:
        config: The new generic server deployment configuration.
        timeout: The timeout in seconds to wait until the update is
            successful. If not supplied, the default timeout value specified
            by the provider is used.

    Returns:
        The updated server deployment.

    Raises:
        ServerDeploymentNotFoundError: If a deployment with the given name
            doesn't exist.
    """
    try:
        service = self._get_service(config.name)
    except KeyError:
        raise ServerDeploymentNotFoundError(
            f"ZenML server deployment with name '{config.name}' was not "
            f"found"
        )

    # convert the generic deployment config to a provider specific
    # deployment config
    config = self._convert_config(config)
    old_config = self._get_deployment_config(service)

    if old_config == config:
        logger.info(
            f"The {config.name} ZenML server is already configured with "
            f"the same parameters."
        )
        service = self._start_service(service, timeout)
    else:
        logger.info(f"Updating the {config.name} ZenML server.")
        service = self._update_service(service, config, timeout)

    return self._get_deployment(service)

deployer

ZenML server deployer singleton implementation.

ServerDeployer

Server deployer singleton.

This class is responsible for managing the various server provider implementations and for directing server deployment lifecycle requests to the responsible provider. It acts as a facade built on top of the various server providers.

Source code in zenml/zen_server/deploy/deployer.py

class ServerDeployer(metaclass=SingletonMetaClass):
    """Server deployer singleton.

    This class is responsible for managing the various server provider
    implementations and for directing server deployment lifecycle requests to
    the responsible provider. It acts as a facade built on top of the various
    server providers.
    """

    _providers: ClassVar[Dict[ServerProviderType, BaseServerProvider]] = {}

    @classmethod
    def register_provider(cls, provider: Type[BaseServerProvider]) -> None:
        """Register a server provider.

        Args:
            provider: The server provider to register.

        Raises:
            TypeError: If a provider with the same type is already registered.
        """
        if provider.TYPE in cls._providers:
            raise TypeError(
                f"Server provider '{provider.TYPE}' is already registered."
            )
        logger.debug(f"Registering server provider '{provider.TYPE}'.")
        cls._providers[provider.TYPE] = provider()

    @classmethod
    def get_provider(
        cls, provider_type: ServerProviderType
    ) -> BaseServerProvider:
        """Get the server provider associated with a provider type.

        Args:
            provider_type: The server provider type.

        Returns:
            The server provider associated with the provider type.

        Raises:
            ServerProviderNotFoundError: If no provider is registered for the
                given provider type.
        """
        if provider_type not in cls._providers:
            raise ServerProviderNotFoundError(
                f"Server provider '{provider_type}' is not registered."
            )
        return cls._providers[provider_type]

    def deploy_server(
        self,
        config: ServerDeploymentConfig,
        timeout: Optional[int] = None,
    ) -> ServerDeployment:
        """Deploy a new ZenML server or update an existing deployment.

        Args:
            config: The server deployment configuration.
            timeout: The timeout in seconds to wait until the deployment is
                successful. If not supplied, the default timeout value specified
                by the provider is used.

        Returns:
            The server deployment.
        """
        # We do this here to ensure that the zenml store is always initialized
        # before the server is deployed. This is necessary because the server
        # may require access to the local store configuration or database.
        gc = GlobalConfiguration()

        _ = gc.zen_store

        try:
            self.get_server(config.name)
        except ServerDeploymentNotFoundError:
            pass
        else:
            return self.update_server(config=config, timeout=timeout)

        provider_name = config.provider.value
        provider = self.get_provider(config.provider)

        logger.info(
            f"Deploying a {provider_name} ZenML server with name "
            f"'{config.name}'."
        )
        return provider.deploy_server(config, timeout=timeout)

    def update_server(
        self,
        config: ServerDeploymentConfig,
        timeout: Optional[int] = None,
    ) -> ServerDeployment:
        """Update an existing ZenML server deployment.

        Args:
            config: The new server deployment configuration.
            timeout: The timeout in seconds to wait until the deployment is
                successful. If not supplied, a default timeout value of 30
                seconds is used.

        Returns:
            The updated server deployment.

        Raises:
            ServerDeploymentExistsError: If an existing deployment with the same
                name but a different provider type is found.
        """
        # this will also raise ServerDeploymentNotFoundError if the server
        # does not exist
        existing_server = self.get_server(config.name)

        provider = self.get_provider(config.provider)
        existing_provider = existing_server.config.provider

        if existing_provider != config.provider:
            raise ServerDeploymentExistsError(
                f"A server deployment with the same name '{config.name}' but "
                f"with a different provider '{existing_provider.value}'."
                f"is already provisioned. Please choose a different name or "
                f"tear down the existing deployment."
            )

        return provider.update_server(config, timeout=timeout)

    def remove_server(
        self,
        server_name: str,
        timeout: Optional[int] = None,
    ) -> None:
        """Tears down and removes all resources and files associated with a ZenML server deployment.

        Args:
            server_name: The server deployment name.
            timeout: The timeout in seconds to wait until the deployment is
                successfully torn down. If not supplied, a provider specific
                default timeout value is used.
        """
        # this will also raise ServerDeploymentNotFoundError if the server
        # does not exist
        server = self.get_server(server_name)

        provider_name = server.config.provider.value
        provider = self.get_provider(server.config.provider)

        if self.is_connected_to_server(server_name):
            try:
                self.disconnect_from_server(server_name)
            except Exception as e:
                logger.warning(f"Failed to disconnect from the server: {e}")

        logger.info(
            f"Tearing down the '{server_name}' {provider_name} ZenML server."
        )
        provider.remove_server(server.config, timeout=timeout)

    def is_connected_to_server(self, server_name: str) -> bool:
        """Check if the ZenML client is currently connected to a ZenML server.

        Args:
            server_name: The server deployment name.

        Returns:
            True if the ZenML client is connected to the ZenML server, False
            otherwise.
        """
        # this will also raise ServerDeploymentNotFoundError if the server
        # does not exist
        server = self.get_server(server_name)

        gc = GlobalConfiguration()
        return (
            server.status is not None
            and server.status.url is not None
            and gc.store_configuration.url == server.status.url
        )

    def connect_to_server(
        self,
        server_name: str,
        username: str,
        password: str,
        verify_ssl: Union[bool, str] = True,
    ) -> None:
        """Connect to a ZenML server instance.

        Args:
            server_name: The server deployment name.
            username: The username to use to connect to the server.
            password: The password to use to connect to the server.
            verify_ssl: Either a boolean, in which case it controls whether we
                verify the server's TLS certificate, or a string, in which case
                it must be a path to a CA bundle to use or the CA bundle value
                itself.

        Raises:
            ServerDeploymentError: If the ZenML server is not running or
                is unreachable.
        """
        # this will also raise ServerDeploymentNotFoundError if the server
        # does not exist
        server = self.get_server(server_name)
        provider_name = server.config.provider.value

        gc = GlobalConfiguration()
        if not server.status or not server.status.url:
            raise ServerDeploymentError(
                f"The {provider_name} {server_name} ZenML "
                f"server is not currently running or is unreachable."
            )

        store_config = RestZenStoreConfiguration(
            url=server.status.url,
            username=username,
            password=password,
            verify_ssl=verify_ssl,
        )

        if gc.store_configuration == store_config:
            logger.info(
                f"ZenML is already connected to the '{server_name}' "
                f"{provider_name} ZenML server."
            )
            return

        logger.info(
            f"Connecting ZenML to the '{server_name}' "
            f"{provider_name} ZenML server ({store_config.url})."
        )

        gc.set_store(store_config)

        logger.info(
            f"Connected ZenML to the '{server_name}' "
            f"{provider_name} ZenML server ({store_config.url})."
        )

    def disconnect_from_server(
        self,
        server_name: Optional[str] = None,
    ) -> None:
        """Disconnect from a ZenML server instance.

        Args:
            server_name: The server deployment name. If supplied, the deployer
                will check if the ZenML client is indeed connected to the server
                and disconnect only if that is the case. Otherwise the deployer
                will disconnect from any ZenML server.
        """
        gc = GlobalConfiguration()
        store_cfg = gc.store_configuration

        if store_cfg.type != StoreType.REST:
            logger.info("ZenML is not currently connected to a ZenML server.")
            return

        if server_name:
            # this will also raise ServerDeploymentNotFoundError if the server
            # does not exist
            server = self.get_server(server_name)
            provider_name = server.config.provider.value

            if not self.is_connected_to_server(server_name):
                logger.info(
                    f"ZenML is not currently connected to the '{server_name}' "
                    f"{provider_name} ZenML server."
                )
                return

            logger.info(
                f"Disconnecting ZenML from the '{server_name}' "
                f"{provider_name} ZenML server ({store_cfg.url})."
            )
        else:
            logger.info(
                f"Disconnecting ZenML from the {store_cfg.url} ZenML server."
            )

        gc.set_default_store()

        logger.info("Disconnected ZenML from the ZenML server.")

    def get_server(
        self,
        server_name: str,
    ) -> ServerDeployment:
        """Get a server deployment.

        Args:
            server_name: The server deployment name.

        Returns:
            The requested server deployment.

        Raises:
            ServerDeploymentNotFoundError: If no server deployment with the
                given name is found.
        """
        for provider in self._providers.values():
            try:
                return provider.get_server(
                    ServerDeploymentConfig(
                        name=server_name, provider=provider.TYPE
                    )
                )
            except ServerDeploymentNotFoundError:
                pass

        raise ServerDeploymentNotFoundError(
            f"Server deployment '{server_name}' not found."
        )

    def list_servers(
        self,
        server_name: Optional[str] = None,
        provider_type: Optional[ServerProviderType] = None,
    ) -> List[ServerDeployment]:
        """List all server deployments.

        Args:
            server_name: The server deployment name to filter by.
            provider_type: The server provider type to filter by.

        Returns:
            The list of server deployments.
        """
        providers: List[BaseServerProvider] = []
        if provider_type:
            providers = [self.get_provider(provider_type)]
        else:
            providers = list(self._providers.values())

        servers: List[ServerDeployment] = []
        for provider in providers:
            if server_name:
                try:
                    servers.append(
                        provider.get_server(
                            ServerDeploymentConfig(
                                name=server_name,
                                provider=provider.TYPE,
                            )
                        )
                    )
                except ServerDeploymentNotFoundError:
                    pass
            else:
                servers.extend(provider.list_servers())

        return servers

    def get_server_logs(
        self,
        server_name: str,
        follow: bool = False,
        tail: Optional[int] = None,
    ) -> Generator[str, bool, None]:
        """Retrieve the logs of a ZenML server.

        Args:
            server_name: The server deployment name.
            follow: if True, the logs will be streamed as they are written
            tail: only retrieve the last NUM lines of log output.

        Returns:
            A generator that can be accessed to get the service logs.
        """
        # this will also raise ServerDeploymentNotFoundError if the server
        # does not exist
        server = self.get_server(server_name)

        provider_name = server.config.provider.value
        provider = self.get_provider(server.config.provider)

        logger.info(
            f"Fetching logs from the '{server_name}' {provider_name} ZenML "
            f"server..."
        )
        return provider.get_server_logs(
            server.config, follow=follow, tail=tail
        )

connect_to_server(self, server_name, username, password, verify_ssl=True)

Connect to a ZenML server instance.

Parameters:

Name	Type	Description	Default
server_name	str	The server deployment name.	required
username	str	The username to use to connect to the server.	required
password	str	The password to use to connect to the server.	required
verify_ssl	Union[bool, str]	Either a boolean, in which case it controls whether we verify the server's TLS certificate, or a string, in which case it must be a path to a CA bundle to use or the CA bundle value itself.	True

Exceptions:

Type	Description
ServerDeploymentError	If the ZenML server is not running or is unreachable.

Source code in zenml/zen_server/deploy/deployer.py

def connect_to_server(
    self,
    server_name: str,
    username: str,
    password: str,
    verify_ssl: Union[bool, str] = True,
) -> None:
    """Connect to a ZenML server instance.

    Args:
        server_name: The server deployment name.
        username: The username to use to connect to the server.
        password: The password to use to connect to the server.
        verify_ssl: Either a boolean, in which case it controls whether we
            verify the server's TLS certificate, or a string, in which case
            it must be a path to a CA bundle to use or the CA bundle value
            itself.

    Raises:
        ServerDeploymentError: If the ZenML server is not running or
            is unreachable.
    """
    # this will also raise ServerDeploymentNotFoundError if the server
    # does not exist
    server = self.get_server(server_name)
    provider_name = server.config.provider.value

    gc = GlobalConfiguration()
    if not server.status or not server.status.url:
        raise ServerDeploymentError(
            f"The {provider_name} {server_name} ZenML "
            f"server is not currently running or is unreachable."
        )

    store_config = RestZenStoreConfiguration(
        url=server.status.url,
        username=username,
        password=password,
        verify_ssl=verify_ssl,
    )

    if gc.store_configuration == store_config:
        logger.info(
            f"ZenML is already connected to the '{server_name}' "
            f"{provider_name} ZenML server."
        )
        return

    logger.info(
        f"Connecting ZenML to the '{server_name}' "
        f"{provider_name} ZenML server ({store_config.url})."
    )

    gc.set_store(store_config)

    logger.info(
        f"Connected ZenML to the '{server_name}' "
        f"{provider_name} ZenML server ({store_config.url})."
    )

deploy_server(self, config, timeout=None)

Deploy a new ZenML server or update an existing deployment.

Parameters:

Name	Type	Description	Default
config	ServerDeploymentConfig	The server deployment configuration.	required
timeout	Optional[int]	The timeout in seconds to wait until the deployment is successful. If not supplied, the default timeout value specified by the provider is used.	None

Returns:

Type	Description
ServerDeployment	The server deployment.

Source code in zenml/zen_server/deploy/deployer.py

def deploy_server(
    self,
    config: ServerDeploymentConfig,
    timeout: Optional[int] = None,
) -> ServerDeployment:
    """Deploy a new ZenML server or update an existing deployment.

    Args:
        config: The server deployment configuration.
        timeout: The timeout in seconds to wait until the deployment is
            successful. If not supplied, the default timeout value specified
            by the provider is used.

    Returns:
        The server deployment.
    """
    # We do this here to ensure that the zenml store is always initialized
    # before the server is deployed. This is necessary because the server
    # may require access to the local store configuration or database.
    gc = GlobalConfiguration()

    _ = gc.zen_store

    try:
        self.get_server(config.name)
    except ServerDeploymentNotFoundError:
        pass
    else:
        return self.update_server(config=config, timeout=timeout)

    provider_name = config.provider.value
    provider = self.get_provider(config.provider)

    logger.info(
        f"Deploying a {provider_name} ZenML server with name "
        f"'{config.name}'."
    )
    return provider.deploy_server(config, timeout=timeout)

disconnect_from_server(self, server_name=None)

Disconnect from a ZenML server instance.

Parameters:

Name	Type	Description	Default
server_name	Optional[str]	The server deployment name. If supplied, the deployer will check if the ZenML client is indeed connected to the server and disconnect only if that is the case. Otherwise the deployer will disconnect from any ZenML server.	None

Source code in zenml/zen_server/deploy/deployer.py

def disconnect_from_server(
    self,
    server_name: Optional[str] = None,
) -> None:
    """Disconnect from a ZenML server instance.

    Args:
        server_name: The server deployment name. If supplied, the deployer
            will check if the ZenML client is indeed connected to the server
            and disconnect only if that is the case. Otherwise the deployer
            will disconnect from any ZenML server.
    """
    gc = GlobalConfiguration()
    store_cfg = gc.store_configuration

    if store_cfg.type != StoreType.REST:
        logger.info("ZenML is not currently connected to a ZenML server.")
        return

    if server_name:
        # this will also raise ServerDeploymentNotFoundError if the server
        # does not exist
        server = self.get_server(server_name)
        provider_name = server.config.provider.value

        if not self.is_connected_to_server(server_name):
            logger.info(
                f"ZenML is not currently connected to the '{server_name}' "
                f"{provider_name} ZenML server."
            )
            return

        logger.info(
            f"Disconnecting ZenML from the '{server_name}' "
            f"{provider_name} ZenML server ({store_cfg.url})."
        )
    else:
        logger.info(
            f"Disconnecting ZenML from the {store_cfg.url} ZenML server."
        )

    gc.set_default_store()

    logger.info("Disconnected ZenML from the ZenML server.")

get_provider(provider_type) classmethod

Get the server provider associated with a provider type.

Parameters:

Name	Type	Description	Default
provider_type	ServerProviderType	The server provider type.	required

Returns:

Type	Description
BaseServerProvider	The server provider associated with the provider type.

Exceptions:

Type	Description
ServerProviderNotFoundError	If no provider is registered for the given provider type.

Source code in zenml/zen_server/deploy/deployer.py

@classmethod
def get_provider(
    cls, provider_type: ServerProviderType
) -> BaseServerProvider:
    """Get the server provider associated with a provider type.

    Args:
        provider_type: The server provider type.

    Returns:
        The server provider associated with the provider type.

    Raises:
        ServerProviderNotFoundError: If no provider is registered for the
            given provider type.
    """
    if provider_type not in cls._providers:
        raise ServerProviderNotFoundError(
            f"Server provider '{provider_type}' is not registered."
        )
    return cls._providers[provider_type]

get_server(self, server_name)

Get a server deployment.

Parameters:

Name	Type	Description	Default
server_name	str	The server deployment name.	required

Returns:

Type	Description
ServerDeployment	The requested server deployment.

Exceptions:

Type	Description
ServerDeploymentNotFoundError	If no server deployment with the given name is found.

Source code in zenml/zen_server/deploy/deployer.py

def get_server(
    self,
    server_name: str,
) -> ServerDeployment:
    """Get a server deployment.

    Args:
        server_name: The server deployment name.

    Returns:
        The requested server deployment.

    Raises:
        ServerDeploymentNotFoundError: If no server deployment with the
            given name is found.
    """
    for provider in self._providers.values():
        try:
            return provider.get_server(
                ServerDeploymentConfig(
                    name=server_name, provider=provider.TYPE
                )
            )
        except ServerDeploymentNotFoundError:
            pass

    raise ServerDeploymentNotFoundError(
        f"Server deployment '{server_name}' not found."
    )

get_server_logs(self, server_name, follow=False, tail=None)

Retrieve the logs of a ZenML server.

Parameters:

Name	Type	Description	Default
server_name	str	The server deployment name.	required
follow	bool	if True, the logs will be streamed as they are written	False
tail	Optional[int]	only retrieve the last NUM lines of log output.	None

Returns:

Type	Description
Generator[str, bool, NoneType]	A generator that can be accessed to get the service logs.

Source code in zenml/zen_server/deploy/deployer.py

def get_server_logs(
    self,
    server_name: str,
    follow: bool = False,
    tail: Optional[int] = None,
) -> Generator[str, bool, None]:
    """Retrieve the logs of a ZenML server.

    Args:
        server_name: The server deployment name.
        follow: if True, the logs will be streamed as they are written
        tail: only retrieve the last NUM lines of log output.

    Returns:
        A generator that can be accessed to get the service logs.
    """
    # this will also raise ServerDeploymentNotFoundError if the server
    # does not exist
    server = self.get_server(server_name)

    provider_name = server.config.provider.value
    provider = self.get_provider(server.config.provider)

    logger.info(
        f"Fetching logs from the '{server_name}' {provider_name} ZenML "
        f"server..."
    )
    return provider.get_server_logs(
        server.config, follow=follow, tail=tail
    )

is_connected_to_server(self, server_name)

Check if the ZenML client is currently connected to a ZenML server.

Parameters:

Name	Type	Description	Default
server_name	str	The server deployment name.	required

Returns:

Type	Description
bool	True if the ZenML client is connected to the ZenML server, False otherwise.

Source code in zenml/zen_server/deploy/deployer.py

def is_connected_to_server(self, server_name: str) -> bool:
    """Check if the ZenML client is currently connected to a ZenML server.

    Args:
        server_name: The server deployment name.

    Returns:
        True if the ZenML client is connected to the ZenML server, False
        otherwise.
    """
    # this will also raise ServerDeploymentNotFoundError if the server
    # does not exist
    server = self.get_server(server_name)

    gc = GlobalConfiguration()
    return (
        server.status is not None
        and server.status.url is not None
        and gc.store_configuration.url == server.status.url
    )

list_servers(self, server_name=None, provider_type=None)

List all server deployments.

Parameters:

Name	Type	Description	Default
server_name	Optional[str]	The server deployment name to filter by.	None
provider_type	Optional[zenml.enums.ServerProviderType]	The server provider type to filter by.	None

Returns:

Type	Description
List[zenml.zen_server.deploy.deployment.ServerDeployment]	The list of server deployments.

Source code in zenml/zen_server/deploy/deployer.py

def list_servers(
    self,
    server_name: Optional[str] = None,
    provider_type: Optional[ServerProviderType] = None,
) -> List[ServerDeployment]:
    """List all server deployments.

    Args:
        server_name: The server deployment name to filter by.
        provider_type: The server provider type to filter by.

    Returns:
        The list of server deployments.
    """
    providers: List[BaseServerProvider] = []
    if provider_type:
        providers = [self.get_provider(provider_type)]
    else:
        providers = list(self._providers.values())

    servers: List[ServerDeployment] = []
    for provider in providers:
        if server_name:
            try:
                servers.append(
                    provider.get_server(
                        ServerDeploymentConfig(
                            name=server_name,
                            provider=provider.TYPE,
                        )
                    )
                )
            except ServerDeploymentNotFoundError:
                pass
        else:
            servers.extend(provider.list_servers())

    return servers

register_provider(provider) classmethod

Register a server provider.

Parameters:

Name	Type	Description	Default
provider	Type[zenml.zen_server.deploy.base_provider.BaseServerProvider]	The server provider to register.	required

Exceptions:

Type	Description
TypeError	If a provider with the same type is already registered.

Source code in zenml/zen_server/deploy/deployer.py

@classmethod
def register_provider(cls, provider: Type[BaseServerProvider]) -> None:
    """Register a server provider.

    Args:
        provider: The server provider to register.

    Raises:
        TypeError: If a provider with the same type is already registered.
    """
    if provider.TYPE in cls._providers:
        raise TypeError(
            f"Server provider '{provider.TYPE}' is already registered."
        )
    logger.debug(f"Registering server provider '{provider.TYPE}'.")
    cls._providers[provider.TYPE] = provider()

remove_server(self, server_name, timeout=None)

Tears down and removes all resources and files associated with a ZenML server deployment.

Parameters:

Name	Type	Description	Default
server_name	str	The server deployment name.	required
timeout	Optional[int]	The timeout in seconds to wait until the deployment is successfully torn down. If not supplied, a provider specific default timeout value is used.	None

Source code in zenml/zen_server/deploy/deployer.py

def remove_server(
    self,
    server_name: str,
    timeout: Optional[int] = None,
) -> None:
    """Tears down and removes all resources and files associated with a ZenML server deployment.

    Args:
        server_name: The server deployment name.
        timeout: The timeout in seconds to wait until the deployment is
            successfully torn down. If not supplied, a provider specific
            default timeout value is used.
    """
    # this will also raise ServerDeploymentNotFoundError if the server
    # does not exist
    server = self.get_server(server_name)

    provider_name = server.config.provider.value
    provider = self.get_provider(server.config.provider)

    if self.is_connected_to_server(server_name):
        try:
            self.disconnect_from_server(server_name)
        except Exception as e:
            logger.warning(f"Failed to disconnect from the server: {e}")

    logger.info(
        f"Tearing down the '{server_name}' {provider_name} ZenML server."
    )
    provider.remove_server(server.config, timeout=timeout)

update_server(self, config, timeout=None)

Update an existing ZenML server deployment.

Parameters:

Name	Type	Description	Default
config	ServerDeploymentConfig	The new server deployment configuration.	required
timeout	Optional[int]	The timeout in seconds to wait until the deployment is successful. If not supplied, a default timeout value of 30 seconds is used.	None

Returns:

Type	Description
ServerDeployment	The updated server deployment.

Exceptions:

Type	Description
ServerDeploymentExistsError	If an existing deployment with the same name but a different provider type is found.

Source code in zenml/zen_server/deploy/deployer.py

def update_server(
    self,
    config: ServerDeploymentConfig,
    timeout: Optional[int] = None,
) -> ServerDeployment:
    """Update an existing ZenML server deployment.

    Args:
        config: The new server deployment configuration.
        timeout: The timeout in seconds to wait until the deployment is
            successful. If not supplied, a default timeout value of 30
            seconds is used.

    Returns:
        The updated server deployment.

    Raises:
        ServerDeploymentExistsError: If an existing deployment with the same
            name but a different provider type is found.
    """
    # this will also raise ServerDeploymentNotFoundError if the server
    # does not exist
    existing_server = self.get_server(config.name)

    provider = self.get_provider(config.provider)
    existing_provider = existing_server.config.provider

    if existing_provider != config.provider:
        raise ServerDeploymentExistsError(
            f"A server deployment with the same name '{config.name}' but "
            f"with a different provider '{existing_provider.value}'."
            f"is already provisioned. Please choose a different name or "
            f"tear down the existing deployment."
        )

    return provider.update_server(config, timeout=timeout)

deployment

Zen Server deployment definitions.

ServerDeployment (BaseModel)

Server deployment.

Attributes:

Name	Type	Description
config	ServerDeploymentConfig	The server deployment configuration.
status	Optional[zenml.zen_server.deploy.deployment.ServerDeploymentStatus]	The server deployment status.

Source code in zenml/zen_server/deploy/deployment.py

class ServerDeployment(BaseModel):
    """Server deployment.

    Attributes:
        config: The server deployment configuration.
        status: The server deployment status.
    """

    config: ServerDeploymentConfig
    status: Optional[ServerDeploymentStatus] = None

    @property
    def is_running(self) -> bool:
        """Check if the server is running.

        Returns:
            Whether the server is running.
        """
        return (
            self.status is not None
            and self.status.status == ServiceState.ACTIVE
        )

is_running: bool property readonly

Check if the server is running.

Returns:

Type	Description
bool	Whether the server is running.

ServerDeploymentConfig (BaseModel)

Generic server deployment configuration.

All server deployment configurations should inherit from this class and handle extra attributes as provider specific attributes.

Attributes:

Name	Type	Description
name	str	Name of the server deployment.
provider	ServerProviderType	The server provider type.

Source code in zenml/zen_server/deploy/deployment.py

class ServerDeploymentConfig(BaseModel):
    """Generic server deployment configuration.

    All server deployment configurations should inherit from this class and
    handle extra attributes as provider specific attributes.

    Attributes:
        name: Name of the server deployment.
        provider: The server provider type.
    """

    name: str
    provider: ServerProviderType
    model_config = ConfigDict(
        # Validate attributes when assigning them. We need to set this in order
        # to have a mix of mutable and immutable attributes
        validate_assignment=True,
        # Allow extra attributes to be set in the base class. The concrete
        # classes are responsible for validating the attributes.
        extra="allow",
    )

ServerDeploymentStatus (BaseModel)

Server deployment status.

Ideally this should convey the following information:

• whether the server's deployment is managed by this client (i.e. if the server was deployed with zenml up)
• for a managed deployment, the status of the deployment/tear-down, e.g. not deployed, deploying, running, deleting, deployment timeout/error, tear-down timeout/error etc.
• for an unmanaged deployment, the operational status (i.e. whether the server is reachable)
• the URL of the server

Attributes:

Name	Type	Description
status	ServiceState	The status of the server deployment.
status_message	Optional[str]	A message describing the last status.
connected	bool	Whether the client is currently connected to this server.
url	Optional[str]	The URL of the server.

Source code in zenml/zen_server/deploy/deployment.py

class ServerDeploymentStatus(BaseModel):
    """Server deployment status.

    Ideally this should convey the following information:

    * whether the server's deployment is managed by this client (i.e. if
    the server was deployed with `zenml up`)
    * for a managed deployment, the status of the deployment/tear-down, e.g.
    not deployed, deploying, running, deleting, deployment timeout/error,
    tear-down timeout/error etc.
    * for an unmanaged deployment, the operational status (i.e. whether the
    server is reachable)
    * the URL of the server

    Attributes:
        status: The status of the server deployment.
        status_message: A message describing the last status.
        connected: Whether the client is currently connected to this server.
        url: The URL of the server.
    """

    status: ServiceState
    status_message: Optional[str] = None
    connected: bool
    url: Optional[str] = None
    ca_crt: Optional[str] = None

docker special

ZenML Server Docker Deployment.

docker_provider

Zen Server docker deployer implementation.

DockerServerProvider (BaseServerProvider)

Docker ZenML server provider.

Source code in zenml/zen_server/deploy/docker/docker_provider.py

class DockerServerProvider(BaseServerProvider):
    """Docker ZenML server provider."""

    TYPE: ClassVar[ServerProviderType] = ServerProviderType.DOCKER
    CONFIG_TYPE: ClassVar[Type[ServerDeploymentConfig]] = (
        DockerServerDeploymentConfig
    )

    @classmethod
    def _get_service_configuration(
        cls,
        server_config: ServerDeploymentConfig,
    ) -> Tuple[
        ServiceConfig,
        ServiceEndpointConfig,
        ServiceEndpointHealthMonitorConfig,
    ]:
        """Construct the service configuration from a server deployment configuration.

        Args:
            server_config: server deployment configuration.

        Returns:
            The service, service endpoint and endpoint monitor configuration.
        """
        assert isinstance(server_config, DockerServerDeploymentConfig)

        return (
            DockerZenServerConfig(
                root_runtime_path=DockerZenServer.config_path(),
                singleton=True,
                image=server_config.image,
                name=server_config.name,
                server=server_config,
            ),
            ContainerServiceEndpointConfig(
                protocol=ServiceEndpointProtocol.HTTP,
                port=server_config.port,
                allocate_port=False,
            ),
            HTTPEndpointHealthMonitorConfig(
                healthcheck_uri_path=ZEN_SERVER_HEALTHCHECK_URL_PATH,
                use_head_request=True,
            ),
        )

    def _create_service(
        self,
        config: ServerDeploymentConfig,
        timeout: Optional[int] = None,
    ) -> BaseService:
        """Create, start and return the docker ZenML server deployment service.

        Args:
            config: The server deployment configuration.
            timeout: The timeout in seconds to wait until the service is
                running.

        Returns:
            The service instance.

        Raises:
            RuntimeError: If a docker service is already running.
        """
        assert isinstance(config, DockerServerDeploymentConfig)

        if timeout is None:
            timeout = DOCKER_ZENML_SERVER_DEFAULT_TIMEOUT

        service = DockerZenServer.get_service()
        existing_service = DockerZenServer.get_service()
        if existing_service:
            raise RuntimeError(
                f"A docker ZenML server with name '{existing_service.config.name}' "
                f"is already running. Please stop it first before starting a "
                f"new one."
            )

        (
            service_config,
            endpoint_cfg,
            monitor_cfg,
        ) = self._get_service_configuration(config)
        endpoint = ContainerServiceEndpoint(
            config=endpoint_cfg,
            monitor=HTTPEndpointHealthMonitor(
                config=monitor_cfg,
            ),
        )
        service = DockerZenServer(
            uuid=uuid4(), config=service_config, endpoint=endpoint
        )

        service.start(timeout=timeout)
        return service

    def _update_service(
        self,
        service: BaseService,
        config: ServerDeploymentConfig,
        timeout: Optional[int] = None,
    ) -> BaseService:
        """Update the docker ZenML server deployment service.

        Args:
            service: The service instance.
            config: The new server deployment configuration.
            timeout: The timeout in seconds to wait until the updated service is
                running.

        Returns:
            The updated service instance.
        """
        if timeout is None:
            timeout = DOCKER_ZENML_SERVER_DEFAULT_TIMEOUT

        (
            new_config,
            new_endpoint_cfg,
            new_monitor_cfg,
        ) = self._get_service_configuration(config)

        assert service.endpoint
        assert service.endpoint.monitor

        service.stop(timeout=timeout)
        (
            service.config,
            service.endpoint.config,
            service.endpoint.monitor.config,
        ) = (
            new_config,
            new_endpoint_cfg,
            new_monitor_cfg,
        )
        service.start(timeout=timeout)

        return service

    def _start_service(
        self,
        service: BaseService,
        timeout: Optional[int] = None,
    ) -> BaseService:
        """Start the docker ZenML server deployment service.

        Args:
            service: The service instance.
            timeout: The timeout in seconds to wait until the service is
                running.

        Returns:
            The updated service instance.
        """
        if timeout is None:
            timeout = DOCKER_ZENML_SERVER_DEFAULT_TIMEOUT

        service.start(timeout=timeout)
        return service

    def _stop_service(
        self,
        service: BaseService,
        timeout: Optional[int] = None,
    ) -> BaseService:
        """Stop the docker ZenML server deployment service.

        Args:
            service: The service instance.
            timeout: The timeout in seconds to wait until the service is
                stopped.

        Returns:
            The updated service instance.
        """
        if timeout is None:
            timeout = DOCKER_ZENML_SERVER_DEFAULT_TIMEOUT

        service.stop(timeout=timeout)
        return service

    def _delete_service(
        self,
        service: BaseService,
        timeout: Optional[int] = None,
    ) -> None:
        """Remove the docker ZenML server deployment service.

        Args:
            service: The service instance.
            timeout: The timeout in seconds to wait until the service is
                removed.
        """
        assert isinstance(service, DockerZenServer)

        if timeout is None:
            timeout = DOCKER_ZENML_SERVER_DEFAULT_TIMEOUT

        service.stop(timeout)
        shutil.rmtree(DockerZenServer.config_path())

    def _get_service(self, server_name: str) -> BaseService:
        """Get the docker ZenML server deployment service.

        Args:
            server_name: The server deployment name.

        Returns:
            The service instance.

        Raises:
            KeyError: If the server deployment is not found.
        """
        service = DockerZenServer.get_service()
        if service is None:
            raise KeyError("The docker ZenML server is not deployed.")

        if service.config.name != server_name:
            raise KeyError(
                "The docker ZenML server is deployed but with a different name."
            )

        return service

    def _list_services(self) -> List[BaseService]:
        """Get all service instances for all deployed ZenML servers.

        Returns:
            A list of service instances.
        """
        service = DockerZenServer.get_service()
        if service:
            return [service]
        return []

    def _get_deployment_config(
        self, service: BaseService
    ) -> ServerDeploymentConfig:
        """Recreate the server deployment configuration from a service instance.

        Args:
            service: The service instance.

        Returns:
            The server deployment configuration.
        """
        server = cast(DockerZenServer, service)
        return server.config.server

CONFIG_TYPE (ServerDeploymentConfig)

Docker server deployment configuration.

Attributes:

Name	Type	Description
port	int	The TCP port number where the server is accepting connections.
image	str	The Docker image to use for the server.

Source code in zenml/zen_server/deploy/docker/docker_provider.py

class DockerServerDeploymentConfig(ServerDeploymentConfig):
    """Docker server deployment configuration.

    Attributes:
        port: The TCP port number where the server is accepting connections.
        image: The Docker image to use for the server.
    """

    port: int = 8238
    image: str = DOCKER_ZENML_SERVER_DEFAULT_IMAGE
    store: Optional[StoreConfiguration] = None
    use_legacy_dashboard: bool = DEFAULT_ZENML_SERVER_USE_LEGACY_DASHBOARD

    model_config = ConfigDict(extra="forbid")

docker_zen_server

Service implementation for the ZenML docker server deployment.

DockerServerDeploymentConfig (ServerDeploymentConfig)

Docker server deployment configuration.

Attributes:

Name	Type	Description
port	int	The TCP port number where the server is accepting connections.
image	str	The Docker image to use for the server.

Source code in zenml/zen_server/deploy/docker/docker_zen_server.py

class DockerServerDeploymentConfig(ServerDeploymentConfig):
    """Docker server deployment configuration.

    Attributes:
        port: The TCP port number where the server is accepting connections.
        image: The Docker image to use for the server.
    """

    port: int = 8238
    image: str = DOCKER_ZENML_SERVER_DEFAULT_IMAGE
    store: Optional[StoreConfiguration] = None
    use_legacy_dashboard: bool = DEFAULT_ZENML_SERVER_USE_LEGACY_DASHBOARD

    model_config = ConfigDict(extra="forbid")

DockerZenServer (ContainerService)

Service that can be used to start a docker ZenServer.

Attributes:

Name	Type	Description
config	DockerZenServerConfig	service configuration
endpoint	ContainerServiceEndpoint	service endpoint

Source code in zenml/zen_server/deploy/docker/docker_zen_server.py

class DockerZenServer(ContainerService):
    """Service that can be used to start a docker ZenServer.

    Attributes:
        config: service configuration
        endpoint: service endpoint
    """

    SERVICE_TYPE = ServiceType(
        name="docker_zenml_server",
        type="zen_server",
        flavor="docker",
        description="Docker ZenML server deployment",
    )

    config: DockerZenServerConfig
    endpoint: ContainerServiceEndpoint

    @classmethod
    def config_path(cls) -> str:
        """Path to the directory where the docker ZenML server files are located.

        Returns:
            Path to the docker ZenML server runtime directory.
        """
        return os.path.join(
            get_global_config_directory(),
            "zen_server",
            "docker",
        )

    @property
    def _global_config_path(self) -> str:
        """Path to the global configuration directory used by this server.

        Returns:
            Path to the global configuration directory used by this server.
        """
        return os.path.join(
            self.config_path(), SERVICE_CONTAINER_GLOBAL_CONFIG_DIR
        )

    @classmethod
    def get_service(cls) -> Optional["DockerZenServer"]:
        """Load and return the docker ZenML server service, if present.

        Returns:
            The docker ZenML server service or None, if the docker server
            deployment is not found.
        """
        config_filename = os.path.join(cls.config_path(), "service.json")
        try:
            with open(config_filename, "r") as f:
                return cast(
                    "DockerZenServer", DockerZenServer.from_json(f.read())
                )
        except FileNotFoundError:
            return None

    def _get_container_cmd(self) -> Tuple[List[str], Dict[str, str]]:
        """Get the command to run the service container.

        Override the inherited method to use a ZenML global config path inside
        the container that points to the global config copy instead of the
        one mounted from the local host.

        Returns:
            Command needed to launch the docker container and the environment
            variables to set, in the formats accepted by subprocess.Popen.
        """
        gc = GlobalConfiguration()

        cmd, env = super()._get_container_cmd()
        env[ENV_ZENML_CONFIG_PATH] = os.path.join(
            SERVICE_CONTAINER_PATH,
            SERVICE_CONTAINER_GLOBAL_CONFIG_DIR,
        )
        env[ENV_ZENML_SERVER_DEPLOYMENT_TYPE] = ServerDeploymentType.DOCKER
        env[ENV_ZENML_ANALYTICS_OPT_IN] = str(gc.analytics_opt_in)

        # Set the local stores path to the same path used by the client (mounted
        # in the container by the super class). This ensures that the server's
        # default store configuration is initialized to point at the same local
        # SQLite database as the client.
        env[ENV_ZENML_LOCAL_STORES_PATH] = os.path.join(
            SERVICE_CONTAINER_GLOBAL_CONFIG_PATH,
            LOCAL_STORES_DIRECTORY_NAME,
        )
        env[ENV_ZENML_DISABLE_DATABASE_MIGRATION] = "True"
        env[ENV_ZENML_SERVER_USE_LEGACY_DASHBOARD] = str(
            self.config.server.use_legacy_dashboard
        )
        env[ENV_ZENML_SERVER_AUTO_ACTIVATE] = "True"

        return cmd, env

    def provision(self) -> None:
        """Provision the service."""
        super().provision()

    def run(self) -> None:
        """Run the ZenML Server.

        Raises:
            ValueError: if started with a global configuration that connects to
                another ZenML server.
        """
        import uvicorn

        gc = GlobalConfiguration()
        if gc.store_configuration.type == StoreType.REST:
            raise ValueError(
                "The ZenML server cannot be started with REST store type."
            )
        logger.info(
            "Starting ZenML Server as blocking "
            "process... press CTRL+C once to stop it."
        )

        self.endpoint.prepare_for_start()

        try:
            uvicorn.run(
                ZEN_SERVER_ENTRYPOINT,
                host="0.0.0.0",  # nosec
                port=self.endpoint.config.port or 8000,
                log_level="info",
                server_header=False,
            )
        except KeyboardInterrupt:
            logger.info("ZenML Server stopped. Resuming normal execution.")

config_path() classmethod

Path to the directory where the docker ZenML server files are located.

Returns:

Type	Description
str	Path to the docker ZenML server runtime directory.

Source code in zenml/zen_server/deploy/docker/docker_zen_server.py

@classmethod
def config_path(cls) -> str:
    """Path to the directory where the docker ZenML server files are located.

    Returns:
        Path to the docker ZenML server runtime directory.
    """
    return os.path.join(
        get_global_config_directory(),
        "zen_server",
        "docker",
    )

get_service() classmethod

Load and return the docker ZenML server service, if present.

Returns:

Type	Description
Optional[DockerZenServer]	The docker ZenML server service or None, if the docker server deployment is not found.

Source code in zenml/zen_server/deploy/docker/docker_zen_server.py

@classmethod
def get_service(cls) -> Optional["DockerZenServer"]:
    """Load and return the docker ZenML server service, if present.

    Returns:
        The docker ZenML server service or None, if the docker server
        deployment is not found.
    """
    config_filename = os.path.join(cls.config_path(), "service.json")
    try:
        with open(config_filename, "r") as f:
            return cast(
                "DockerZenServer", DockerZenServer.from_json(f.read())
            )
    except FileNotFoundError:
        return None

model_post_init(self, _ModelMetaclass__context)

We need to both initialize private attributes and call the user-defined model_post_init method.

Source code in zenml/zen_server/deploy/docker/docker_zen_server.py

def wrapped_model_post_init(self: BaseModel, __context: Any) -> None:
    """We need to both initialize private attributes and call the user-defined model_post_init
    method.
    """
    init_private_attributes(self, __context)
    original_model_post_init(self, __context)

provision(self)

Provision the service.

Source code in zenml/zen_server/deploy/docker/docker_zen_server.py

def provision(self) -> None:
    """Provision the service."""
    super().provision()

run(self)

Run the ZenML Server.

Exceptions:

Type	Description
ValueError	if started with a global configuration that connects to another ZenML server.

Source code in zenml/zen_server/deploy/docker/docker_zen_server.py

def run(self) -> None:
    """Run the ZenML Server.

    Raises:
        ValueError: if started with a global configuration that connects to
            another ZenML server.
    """
    import uvicorn

    gc = GlobalConfiguration()
    if gc.store_configuration.type == StoreType.REST:
        raise ValueError(
            "The ZenML server cannot be started with REST store type."
        )
    logger.info(
        "Starting ZenML Server as blocking "
        "process... press CTRL+C once to stop it."
    )

    self.endpoint.prepare_for_start()

    try:
        uvicorn.run(
            ZEN_SERVER_ENTRYPOINT,
            host="0.0.0.0",  # nosec
            port=self.endpoint.config.port or 8000,
            log_level="info",
            server_header=False,
        )
    except KeyboardInterrupt:
        logger.info("ZenML Server stopped. Resuming normal execution.")

DockerZenServerConfig (ContainerServiceConfig)

Docker Zen server configuration.

Attributes:

Name	Type	Description
server	DockerServerDeploymentConfig	The deployment configuration.

Source code in zenml/zen_server/deploy/docker/docker_zen_server.py

class DockerZenServerConfig(ContainerServiceConfig):
    """Docker Zen server configuration.

    Attributes:
        server: The deployment configuration.
    """

    server: DockerServerDeploymentConfig

exceptions

ZenML server deployment exceptions.

ServerDeploymentConfigurationError (ServerDeploymentError)

Raised when there is a ZenML server deployment configuration error .

Source code in zenml/zen_server/deploy/exceptions.py

class ServerDeploymentConfigurationError(ServerDeploymentError):
    """Raised when there is a ZenML server deployment configuration error ."""

ServerDeploymentError (ZenMLBaseException)

Base exception class for all ZenML server deployment related errors.

Source code in zenml/zen_server/deploy/exceptions.py

class ServerDeploymentError(ZenMLBaseException):
    """Base exception class for all ZenML server deployment related errors."""

ServerDeploymentExistsError (ServerDeploymentError)

Raised when trying to deploy a new ZenML server with the same name.

Source code in zenml/zen_server/deploy/exceptions.py

class ServerDeploymentExistsError(ServerDeploymentError):
    """Raised when trying to deploy a new ZenML server with the same name."""

ServerDeploymentNotFoundError (ServerDeploymentError)

Raised when trying to fetch a ZenML server deployment that doesn't exist.

Source code in zenml/zen_server/deploy/exceptions.py

class ServerDeploymentNotFoundError(ServerDeploymentError):
    """Raised when trying to fetch a ZenML server deployment that doesn't exist."""

ServerProviderNotFoundError (ServerDeploymentError)

Raised when using a ZenML server provider that doesn't exist.

Source code in zenml/zen_server/deploy/exceptions.py

class ServerProviderNotFoundError(ServerDeploymentError):
    """Raised when using a ZenML server provider that doesn't exist."""

local special

ZenML Server Local Deployment.

local_provider

Zen Server local provider implementation.

LocalServerProvider (BaseServerProvider)

Local ZenML server provider.

Source code in zenml/zen_server/deploy/local/local_provider.py

class LocalServerProvider(BaseServerProvider):
    """Local ZenML server provider."""

    TYPE: ClassVar[ServerProviderType] = ServerProviderType.LOCAL
    CONFIG_TYPE: ClassVar[Type[ServerDeploymentConfig]] = (
        LocalServerDeploymentConfig
    )

    @staticmethod
    def check_local_server_dependencies() -> None:
        """Check if local server dependencies are installed.

        Raises:
            RuntimeError: If the dependencies are not installed.
        """
        try:
            # Make sure the ZenML Server dependencies are installed
            import fastapi  # noqa
            import jwt  # noqa
            import multipart  # noqa
            import uvicorn  # noqa
        except ImportError:
            # Unable to import the ZenML Server dependencies.
            raise RuntimeError(
                "The local ZenML server provider is unavailable because the "
                "ZenML server requirements seems to be unavailable on your machine. "
                "This is probably because ZenML was installed without the optional "
                "ZenML Server dependencies. To install the missing dependencies "
                f'run `pip install "zenml[server]=={__version__}"`.'
            )

    @classmethod
    def _get_service_configuration(
        cls,
        server_config: ServerDeploymentConfig,
    ) -> Tuple[
        ServiceConfig,
        ServiceEndpointConfig,
        ServiceEndpointHealthMonitorConfig,
    ]:
        """Construct the service configuration from a server deployment configuration.

        Args:
            server_config: server deployment configuration.

        Returns:
            The service, service endpoint and endpoint monitor configuration.
        """
        assert isinstance(server_config, LocalServerDeploymentConfig)
        return (
            LocalZenServerConfig(
                root_runtime_path=LocalZenServer.config_path(),
                singleton=True,
                name=server_config.name,
                blocking=server_config.blocking,
                server=server_config,
            ),
            LocalDaemonServiceEndpointConfig(
                protocol=ServiceEndpointProtocol.HTTP,
                ip_address=str(server_config.ip_address),
                port=server_config.port,
                allocate_port=False,
            ),
            HTTPEndpointHealthMonitorConfig(
                healthcheck_uri_path=ZEN_SERVER_HEALTHCHECK_URL_PATH,
                use_head_request=True,
            ),
        )

    def _create_service(
        self,
        config: ServerDeploymentConfig,
        timeout: Optional[int] = None,
    ) -> BaseService:
        """Create, start and return the local ZenML server deployment service.

        Args:
            config: The server deployment configuration.
            timeout: The timeout in seconds to wait until the service is
                running.

        Returns:
            The service instance.

        Raises:
            RuntimeError: If a local service is already running.
        """
        assert isinstance(config, LocalServerDeploymentConfig)

        if timeout is None:
            timeout = LOCAL_ZENML_SERVER_DEFAULT_TIMEOUT

        self.check_local_server_dependencies()
        existing_service = LocalZenServer.get_service()
        if existing_service:
            raise RuntimeError(
                f"A local ZenML server with name '{existing_service.config.name}' "
                f"is already running. Please stop it first before starting a "
                f"new one."
            )

        (
            service_config,
            endpoint_cfg,
            monitor_cfg,
        ) = self._get_service_configuration(config)
        endpoint = LocalDaemonServiceEndpoint(
            config=endpoint_cfg,
            monitor=HTTPEndpointHealthMonitor(
                config=monitor_cfg,
            ),
        )
        service = LocalZenServer(
            uuid=uuid4(), config=service_config, endpoint=endpoint
        )
        service.start(timeout=timeout)
        return service

    def _update_service(
        self,
        service: BaseService,
        config: ServerDeploymentConfig,
        timeout: Optional[int] = None,
    ) -> BaseService:
        """Update the local ZenML server deployment service.

        Args:
            service: The service instance.
            config: The new server deployment configuration.
            timeout: The timeout in seconds to wait until the updated service is
                running.

        Returns:
            The updated service instance.
        """
        if timeout is None:
            timeout = LOCAL_ZENML_SERVER_DEFAULT_TIMEOUT

        (
            new_config,
            new_endpoint_cfg,
            new_monitor_cfg,
        ) = self._get_service_configuration(config)

        assert service.endpoint
        assert service.endpoint.monitor
        service.stop(timeout=timeout)
        (
            service.config,
            service.endpoint.config,
            service.endpoint.monitor.config,
        ) = (
            new_config,
            new_endpoint_cfg,
            new_monitor_cfg,
        )
        service.start(timeout=timeout)

        return service

    def _start_service(
        self,
        service: BaseService,
        timeout: Optional[int] = None,
    ) -> BaseService:
        """Start the local ZenML server deployment service.

        Args:
            service: The service instance.
            timeout: The timeout in seconds to wait until the service is
                running.

        Returns:
            The updated service instance.
        """
        if timeout is None:
            timeout = LOCAL_ZENML_SERVER_DEFAULT_TIMEOUT

        service.start(timeout=timeout)
        return service

    def _stop_service(
        self,
        service: BaseService,
        timeout: Optional[int] = None,
    ) -> BaseService:
        """Stop the local ZenML server deployment service.

        Args:
            service: The service instance.
            timeout: The timeout in seconds to wait until the service is
                stopped.

        Returns:
            The updated service instance.
        """
        if timeout is None:
            timeout = LOCAL_ZENML_SERVER_DEFAULT_TIMEOUT

        service.stop(timeout=timeout)
        return service

    def _delete_service(
        self,
        service: BaseService,
        timeout: Optional[int] = None,
    ) -> None:
        """Remove the local ZenML server deployment service.

        Args:
            service: The service instance.
            timeout: The timeout in seconds to wait until the service is
                removed.
        """
        assert isinstance(service, LocalZenServer)

        if timeout is None:
            timeout = LOCAL_ZENML_SERVER_DEFAULT_TIMEOUT

        service.stop(timeout)
        shutil.rmtree(LocalZenServer.config_path())

    def _get_service(self, server_name: str) -> BaseService:
        """Get the local ZenML server deployment service.

        Args:
            server_name: The server deployment name.

        Returns:
            The service instance.

        Raises:
            KeyError: If the server deployment is not found.
        """
        service = LocalZenServer.get_service()
        if service is None:
            raise KeyError("The local ZenML server is not deployed.")

        if service.config.name != server_name:
            raise KeyError(
                "The local ZenML server is deployed but with a different name."
            )

        return service

    def _list_services(self) -> List[BaseService]:
        """Get all service instances for all deployed ZenML servers.

        Returns:
            A list of service instances.
        """
        service = LocalZenServer.get_service()
        if service:
            return [service]
        return []

    def _get_deployment_config(
        self, service: BaseService
    ) -> ServerDeploymentConfig:
        """Recreate the server deployment configuration from a service instance.

        Args:
            service: The service instance.

        Returns:
            The server deployment configuration.
        """
        server = cast(LocalZenServer, service)
        return server.config.server

CONFIG_TYPE (ServerDeploymentConfig)

Local server deployment configuration.

Attributes:

Name	Type	Description
port	int	The TCP port number where the server is accepting connections.
address		The IP address where the server is reachable.
blocking	bool	Run the server in blocking mode instead of using a daemon process.

Source code in zenml/zen_server/deploy/local/local_provider.py

class LocalServerDeploymentConfig(ServerDeploymentConfig):
    """Local server deployment configuration.

    Attributes:
        port: The TCP port number where the server is accepting connections.
        address: The IP address where the server is reachable.
        blocking: Run the server in blocking mode instead of using a daemon
            process.
    """

    port: int = 8237
    ip_address: Union[ipaddress.IPv4Address, ipaddress.IPv6Address] = Field(
        default=ipaddress.IPv4Address(DEFAULT_LOCAL_SERVICE_IP_ADDRESS),
        union_mode="left_to_right",
    )
    blocking: bool = False
    store: Optional[StoreConfiguration] = None
    use_legacy_dashboard: bool = DEFAULT_ZENML_SERVER_USE_LEGACY_DASHBOARD

    model_config = ConfigDict(extra="forbid")

check_local_server_dependencies() staticmethod

Check if local server dependencies are installed.

Exceptions:

Type	Description
RuntimeError	If the dependencies are not installed.

Source code in zenml/zen_server/deploy/local/local_provider.py

@staticmethod
def check_local_server_dependencies() -> None:
    """Check if local server dependencies are installed.

    Raises:
        RuntimeError: If the dependencies are not installed.
    """
    try:
        # Make sure the ZenML Server dependencies are installed
        import fastapi  # noqa
        import jwt  # noqa
        import multipart  # noqa
        import uvicorn  # noqa
    except ImportError:
        # Unable to import the ZenML Server dependencies.
        raise RuntimeError(
            "The local ZenML server provider is unavailable because the "
            "ZenML server requirements seems to be unavailable on your machine. "
            "This is probably because ZenML was installed without the optional "
            "ZenML Server dependencies. To install the missing dependencies "
            f'run `pip install "zenml[server]=={__version__}"`.'
        )

local_zen_server

Local ZenML server deployment service implementation.

LocalServerDeploymentConfig (ServerDeploymentConfig)

Local server deployment configuration.

Attributes:

Name	Type	Description
port	int	The TCP port number where the server is accepting connections.
address		The IP address where the server is reachable.
blocking	bool	Run the server in blocking mode instead of using a daemon process.

Source code in zenml/zen_server/deploy/local/local_zen_server.py

class LocalServerDeploymentConfig(ServerDeploymentConfig):
    """Local server deployment configuration.

    Attributes:
        port: The TCP port number where the server is accepting connections.
        address: The IP address where the server is reachable.
        blocking: Run the server in blocking mode instead of using a daemon
            process.
    """

    port: int = 8237
    ip_address: Union[ipaddress.IPv4Address, ipaddress.IPv6Address] = Field(
        default=ipaddress.IPv4Address(DEFAULT_LOCAL_SERVICE_IP_ADDRESS),
        union_mode="left_to_right",
    )
    blocking: bool = False
    store: Optional[StoreConfiguration] = None
    use_legacy_dashboard: bool = DEFAULT_ZENML_SERVER_USE_LEGACY_DASHBOARD

    model_config = ConfigDict(extra="forbid")

LocalZenServer (LocalDaemonService)

Service daemon that can be used to start a local ZenML Server.

Attributes:

Name	Type	Description
config	LocalZenServerConfig	service configuration
endpoint	LocalDaemonServiceEndpoint	optional service endpoint

Source code in zenml/zen_server/deploy/local/local_zen_server.py

class LocalZenServer(LocalDaemonService):
    """Service daemon that can be used to start a local ZenML Server.

    Attributes:
        config: service configuration
        endpoint: optional service endpoint
    """

    SERVICE_TYPE = ServiceType(
        name="local_zenml_server",
        type="zen_server",
        flavor="local",
        description="Local ZenML server deployment",
    )

    config: LocalZenServerConfig
    endpoint: LocalDaemonServiceEndpoint

    @classmethod
    def config_path(cls) -> str:
        """Path to the directory where the local ZenML server files are located.

        Returns:
            Path to the local ZenML server runtime directory.
        """
        return os.path.join(
            get_global_config_directory(),
            "zen_server",
            "local",
        )

    @property
    def _global_config_path(self) -> str:
        """Path to the global configuration directory used by this server.

        Returns:
            Path to the global configuration directory used by this server.
        """
        return os.path.join(self.config_path(), ".zenconfig")

    @classmethod
    def get_service(cls) -> Optional["LocalZenServer"]:
        """Load and return the local ZenML server service, if present.

        Returns:
            The local ZenML server service or None, if the local server
            deployment is not found.
        """
        config_filename = os.path.join(cls.config_path(), "service.json")
        try:
            with open(config_filename, "r") as f:
                return cast(
                    "LocalZenServer", LocalZenServer.from_json(f.read())
                )
        except FileNotFoundError:
            return None

    def _get_daemon_cmd(self) -> Tuple[List[str], Dict[str, str]]:
        """Get the command to start the daemon.

        Overrides the base class implementation to add the environment variable
        that forces the ZenML server to use the copied global config.

        Returns:
            The command to start the daemon and the environment variables to
            set for the command.
        """
        cmd, env = super()._get_daemon_cmd()
        env[ENV_ZENML_CONFIG_PATH] = self._global_config_path
        env[ENV_ZENML_SERVER_DEPLOYMENT_TYPE] = ServerDeploymentType.LOCAL
        # Set the local stores path to the same path used by the client. This
        # ensures that the server's default store configuration is initialized
        # to point at the same local SQLite database as the client.
        env[ENV_ZENML_LOCAL_STORES_PATH] = (
            GlobalConfiguration().local_stores_path
        )
        env[ENV_ZENML_DISABLE_DATABASE_MIGRATION] = "True"
        env[ENV_ZENML_SERVER_USE_LEGACY_DASHBOARD] = str(
            self.config.server.use_legacy_dashboard
        )
        env[ENV_ZENML_SERVER_AUTO_ACTIVATE] = "True"

        return cmd, env

    def provision(self) -> None:
        """Provision the service."""
        super().provision()

    def start(self, timeout: int = 0) -> None:
        """Start the service and optionally wait for it to become active.

        Args:
            timeout: amount of time to wait for the service to become active.
                If set to 0, the method will return immediately after checking
                the service status.
        """
        if not self.config.blocking:
            super().start(timeout)
        else:
            # In the blocking mode, we need to temporarily set the environment
            # variables for the running process to make it look like the server
            # is running in a separate environment (i.e. using a different
            # global configuration path). This is necessary to avoid polluting
            # the client environment with the server's configuration.
            local_stores_path = GlobalConfiguration().local_stores_path
            GlobalConfiguration._reset_instance()
            Client._reset_instance()
            original_config_path = os.environ.get(ENV_ZENML_CONFIG_PATH)
            os.environ[ENV_ZENML_CONFIG_PATH] = self._global_config_path
            # Set the local stores path to the same path used by the client.
            # This ensures that the server's default store configuration is
            # initialized to point at the same local SQLite database as the
            # client.
            os.environ[ENV_ZENML_LOCAL_STORES_PATH] = local_stores_path
            try:
                self.run()
            finally:
                # Restore the original client environment variables
                if original_config_path:
                    os.environ[ENV_ZENML_CONFIG_PATH] = original_config_path
                else:
                    del os.environ[ENV_ZENML_CONFIG_PATH]
                del os.environ[ENV_ZENML_LOCAL_STORES_PATH]
                GlobalConfiguration._reset_instance()
                Client._reset_instance()

    def run(self) -> None:
        """Run the ZenML Server.

        Raises:
            ValueError: if started with a global configuration that connects to
                another ZenML server.
        """
        import uvicorn

        gc = GlobalConfiguration()
        if gc.store_configuration.type == StoreType.REST:
            raise ValueError(
                "The ZenML server cannot be started with REST store type."
            )
        logger.info(
            "Starting ZenML Server as blocking "
            "process... press CTRL+C once to stop it."
        )

        self.endpoint.prepare_for_start()

        try:
            uvicorn.run(
                ZEN_SERVER_ENTRYPOINT,
                host=self.endpoint.config.ip_address,
                port=self.endpoint.config.port or 8000,
                log_level="info",
                server_header=False,
            )
        except KeyboardInterrupt:
            logger.info("ZenML Server stopped. Resuming normal execution.")

config_path() classmethod

Path to the directory where the local ZenML server files are located.

Returns:

Type	Description
str	Path to the local ZenML server runtime directory.

Source code in zenml/zen_server/deploy/local/local_zen_server.py

@classmethod
def config_path(cls) -> str:
    """Path to the directory where the local ZenML server files are located.

    Returns:
        Path to the local ZenML server runtime directory.
    """
    return os.path.join(
        get_global_config_directory(),
        "zen_server",
        "local",
    )

get_service() classmethod

Load and return the local ZenML server service, if present.

Returns:

Type	Description
Optional[LocalZenServer]	The local ZenML server service or None, if the local server deployment is not found.

Source code in zenml/zen_server/deploy/local/local_zen_server.py

@classmethod
def get_service(cls) -> Optional["LocalZenServer"]:
    """Load and return the local ZenML server service, if present.

    Returns:
        The local ZenML server service or None, if the local server
        deployment is not found.
    """
    config_filename = os.path.join(cls.config_path(), "service.json")
    try:
        with open(config_filename, "r") as f:
            return cast(
                "LocalZenServer", LocalZenServer.from_json(f.read())
            )
    except FileNotFoundError:
        return None

provision(self)

Provision the service.

Source code in zenml/zen_server/deploy/local/local_zen_server.py

def provision(self) -> None:
    """Provision the service."""
    super().provision()

run(self)

Run the ZenML Server.

Exceptions:

Type	Description
ValueError	if started with a global configuration that connects to another ZenML server.

Source code in zenml/zen_server/deploy/local/local_zen_server.py

def run(self) -> None:
    """Run the ZenML Server.

    Raises:
        ValueError: if started with a global configuration that connects to
            another ZenML server.
    """
    import uvicorn

    gc = GlobalConfiguration()
    if gc.store_configuration.type == StoreType.REST:
        raise ValueError(
            "The ZenML server cannot be started with REST store type."
        )
    logger.info(
        "Starting ZenML Server as blocking "
        "process... press CTRL+C once to stop it."
    )

    self.endpoint.prepare_for_start()

    try:
        uvicorn.run(
            ZEN_SERVER_ENTRYPOINT,
            host=self.endpoint.config.ip_address,
            port=self.endpoint.config.port or 8000,
            log_level="info",
            server_header=False,
        )
    except KeyboardInterrupt:
        logger.info("ZenML Server stopped. Resuming normal execution.")

start(self, timeout=0)

Start the service and optionally wait for it to become active.

Parameters:

Name	Type	Description	Default
timeout	int	amount of time to wait for the service to become active. If set to 0, the method will return immediately after checking the service status.	0

Source code in zenml/zen_server/deploy/local/local_zen_server.py

def start(self, timeout: int = 0) -> None:
    """Start the service and optionally wait for it to become active.

    Args:
        timeout: amount of time to wait for the service to become active.
            If set to 0, the method will return immediately after checking
            the service status.
    """
    if not self.config.blocking:
        super().start(timeout)
    else:
        # In the blocking mode, we need to temporarily set the environment
        # variables for the running process to make it look like the server
        # is running in a separate environment (i.e. using a different
        # global configuration path). This is necessary to avoid polluting
        # the client environment with the server's configuration.
        local_stores_path = GlobalConfiguration().local_stores_path
        GlobalConfiguration._reset_instance()
        Client._reset_instance()
        original_config_path = os.environ.get(ENV_ZENML_CONFIG_PATH)
        os.environ[ENV_ZENML_CONFIG_PATH] = self._global_config_path
        # Set the local stores path to the same path used by the client.
        # This ensures that the server's default store configuration is
        # initialized to point at the same local SQLite database as the
        # client.
        os.environ[ENV_ZENML_LOCAL_STORES_PATH] = local_stores_path
        try:
            self.run()
        finally:
            # Restore the original client environment variables
            if original_config_path:
                os.environ[ENV_ZENML_CONFIG_PATH] = original_config_path
            else:
                del os.environ[ENV_ZENML_CONFIG_PATH]
            del os.environ[ENV_ZENML_LOCAL_STORES_PATH]
            GlobalConfiguration._reset_instance()
            Client._reset_instance()

LocalZenServerConfig (LocalDaemonServiceConfig)

Local Zen server configuration.

Attributes:

Name	Type	Description
server	LocalServerDeploymentConfig	The deployment configuration.

Source code in zenml/zen_server/deploy/local/local_zen_server.py

class LocalZenServerConfig(LocalDaemonServiceConfig):
    """Local Zen server configuration.

    Attributes:
        server: The deployment configuration.
    """

    server: LocalServerDeploymentConfig

terraform special

ZenML Server Terraform Deployment.

providers special

ZenML Server Terraform Providers.

aws_provider

Zen Server AWS Terraform deployer implementation.

AWSServerDeploymentConfig (TerraformServerDeploymentConfig)

AWS server deployment configuration.

Attributes:

Name	Type	Description
region	str	The AWS region to deploy to.
rds_name	str	The name of the RDS instance to create
db_name	str	Name of RDS database to create.
db_type	str	Type of RDS database to create.
db_version	str	Version of RDS database to create.
db_instance_class	str	Instance class of RDS database to create.
db_allocated_storage	int	Allocated storage of RDS database to create.

Source code in zenml/zen_server/deploy/terraform/providers/aws_provider.py

class AWSServerDeploymentConfig(TerraformServerDeploymentConfig):
    """AWS server deployment configuration.

    Attributes:
        region: The AWS region to deploy to.
        rds_name: The name of the RDS instance to create
        db_name: Name of RDS database to create.
        db_type: Type of RDS database to create.
        db_version: Version of RDS database to create.
        db_instance_class: Instance class of RDS database to create.
        db_allocated_storage: Allocated storage of RDS database to create.
    """

    region: str = "eu-west-1"
    rds_name: str = "zenmlserver"
    db_name: str = "zenmlserver"
    db_type: str = "mysql"
    db_version: str = "5.7.38"
    db_instance_class: str = "db.t3.micro"
    db_allocated_storage: int = 5

AWSServerProvider (TerraformServerProvider)

AWS ZenML server provider.

Source code in zenml/zen_server/deploy/terraform/providers/aws_provider.py

class AWSServerProvider(TerraformServerProvider):
    """AWS ZenML server provider."""

    TYPE: ClassVar[ServerProviderType] = ServerProviderType.AWS
    CONFIG_TYPE: ClassVar[Type[TerraformServerDeploymentConfig]] = (
        AWSServerDeploymentConfig
    )

CONFIG_TYPE (TerraformServerDeploymentConfig)

AWS server deployment configuration.

Attributes:

Name	Type	Description
region	str	The AWS region to deploy to.
rds_name	str	The name of the RDS instance to create
db_name	str	Name of RDS database to create.
db_type	str	Type of RDS database to create.
db_version	str	Version of RDS database to create.
db_instance_class	str	Instance class of RDS database to create.
db_allocated_storage	int	Allocated storage of RDS database to create.

Source code in zenml/zen_server/deploy/terraform/providers/aws_provider.py

class AWSServerDeploymentConfig(TerraformServerDeploymentConfig):
    """AWS server deployment configuration.

    Attributes:
        region: The AWS region to deploy to.
        rds_name: The name of the RDS instance to create
        db_name: Name of RDS database to create.
        db_type: Type of RDS database to create.
        db_version: Version of RDS database to create.
        db_instance_class: Instance class of RDS database to create.
        db_allocated_storage: Allocated storage of RDS database to create.
    """

    region: str = "eu-west-1"
    rds_name: str = "zenmlserver"
    db_name: str = "zenmlserver"
    db_type: str = "mysql"
    db_version: str = "5.7.38"
    db_instance_class: str = "db.t3.micro"
    db_allocated_storage: int = 5

azure_provider

Zen Server Azure Terraform deployer implementation.

AzureServerDeploymentConfig (TerraformServerDeploymentConfig)

Azure server deployment configuration.

Attributes:

Name	Type	Description
resource_group	str	The Azure resource_group to deploy to.
db_instance_name	str	The name of the Flexible MySQL instance to create
db_name	str	Name of RDS database to create.
db_version	str	Version of MySQL database to create.
db_sku_name	str	The sku_name for the database resource.
db_disk_size	int	Allocated storage of MySQL database to create.

Source code in zenml/zen_server/deploy/terraform/providers/azure_provider.py

class AzureServerDeploymentConfig(TerraformServerDeploymentConfig):
    """Azure server deployment configuration.

    Attributes:
        resource_group: The Azure resource_group to deploy to.
        db_instance_name: The name of the Flexible MySQL instance to create
        db_name: Name of RDS database to create.
        db_version: Version of MySQL database to create.
        db_sku_name: The sku_name for the database resource.
        db_disk_size: Allocated storage of MySQL database to create.
    """

    resource_group: str = "zenml"
    db_instance_name: str = "zenmlserver"
    db_name: str = "zenmlserver"
    db_version: str = "5.7"
    db_sku_name: str = "B_Standard_B1s"
    db_disk_size: int = 20

AzureServerProvider (TerraformServerProvider)

Azure ZenML server provider.

Source code in zenml/zen_server/deploy/terraform/providers/azure_provider.py

class AzureServerProvider(TerraformServerProvider):
    """Azure ZenML server provider."""

    TYPE: ClassVar[ServerProviderType] = ServerProviderType.AZURE
    CONFIG_TYPE: ClassVar[Type[TerraformServerDeploymentConfig]] = (
        AzureServerDeploymentConfig
    )

CONFIG_TYPE (TerraformServerDeploymentConfig)

Azure server deployment configuration.

Attributes:

Name	Type	Description
resource_group	str	The Azure resource_group to deploy to.
db_instance_name	str	The name of the Flexible MySQL instance to create
db_name	str	Name of RDS database to create.
db_version	str	Version of MySQL database to create.
db_sku_name	str	The sku_name for the database resource.
db_disk_size	int	Allocated storage of MySQL database to create.

Source code in zenml/zen_server/deploy/terraform/providers/azure_provider.py

class AzureServerDeploymentConfig(TerraformServerDeploymentConfig):
    """Azure server deployment configuration.

    Attributes:
        resource_group: The Azure resource_group to deploy to.
        db_instance_name: The name of the Flexible MySQL instance to create
        db_name: Name of RDS database to create.
        db_version: Version of MySQL database to create.
        db_sku_name: The sku_name for the database resource.
        db_disk_size: Allocated storage of MySQL database to create.
    """

    resource_group: str = "zenml"
    db_instance_name: str = "zenmlserver"
    db_name: str = "zenmlserver"
    db_version: str = "5.7"
    db_sku_name: str = "B_Standard_B1s"
    db_disk_size: int = 20

gcp_provider

Zen Server GCP Terraform deployer implementation.

GCPServerDeploymentConfig (TerraformServerDeploymentConfig)

GCP server deployment configuration.

Attributes:

Name	Type	Description
project_id	str	The project in GCP to deploy the server to.
region	str	The GCP region to deploy to.
cloudsql_name	str	The name of the CloudSQL instance to create
db_name	str	Name of CloudSQL database to create.
db_instance_tier	str	Instance class of CloudSQL database to create.
db_disk_size	int	Allocated storage of CloudSQL database to create.

Source code in zenml/zen_server/deploy/terraform/providers/gcp_provider.py

class GCPServerDeploymentConfig(TerraformServerDeploymentConfig):
    """GCP server deployment configuration.

    Attributes:
        project_id: The project in GCP to deploy the server to.
        region: The GCP region to deploy to.
        cloudsql_name: The name of the CloudSQL instance to create
        db_name: Name of CloudSQL database to create.
        db_instance_tier: Instance class of CloudSQL database to create.
        db_disk_size: Allocated storage of CloudSQL database to create.
    """

    project_id: str
    region: str = "europe-west3"
    cloudsql_name: str = "zenmlserver"
    db_name: str = "zenmlserver"
    db_instance_tier: str = "db-n1-standard-1"
    db_disk_size: int = 10

GCPServerProvider (TerraformServerProvider)

GCP ZenML server provider.

Source code in zenml/zen_server/deploy/terraform/providers/gcp_provider.py

class GCPServerProvider(TerraformServerProvider):
    """GCP ZenML server provider."""

    TYPE: ClassVar[ServerProviderType] = ServerProviderType.GCP
    CONFIG_TYPE: ClassVar[Type[TerraformServerDeploymentConfig]] = (
        GCPServerDeploymentConfig
    )

CONFIG_TYPE (TerraformServerDeploymentConfig)

GCP server deployment configuration.

Attributes:

Name	Type	Description
project_id	str	The project in GCP to deploy the server to.
region	str	The GCP region to deploy to.
cloudsql_name	str	The name of the CloudSQL instance to create
db_name	str	Name of CloudSQL database to create.
db_instance_tier	str	Instance class of CloudSQL database to create.
db_disk_size	int	Allocated storage of CloudSQL database to create.

Source code in zenml/zen_server/deploy/terraform/providers/gcp_provider.py

class GCPServerDeploymentConfig(TerraformServerDeploymentConfig):
    """GCP server deployment configuration.

    Attributes:
        project_id: The project in GCP to deploy the server to.
        region: The GCP region to deploy to.
        cloudsql_name: The name of the CloudSQL instance to create
        db_name: Name of CloudSQL database to create.
        db_instance_tier: Instance class of CloudSQL database to create.
        db_disk_size: Allocated storage of CloudSQL database to create.
    """

    project_id: str
    region: str = "europe-west3"
    cloudsql_name: str = "zenmlserver"
    db_name: str = "zenmlserver"
    db_instance_tier: str = "db-n1-standard-1"
    db_disk_size: int = 10

terraform_provider

Zen Server terraform deployer implementation.

TerraformServerProvider (BaseServerProvider)

Terraform ZenML server provider.

Source code in zenml/zen_server/deploy/terraform/providers/terraform_provider.py

class TerraformServerProvider(BaseServerProvider):
    """Terraform ZenML server provider."""

    CONFIG_TYPE: ClassVar[Type[ServerDeploymentConfig]] = (
        TerraformServerDeploymentConfig
    )

    @staticmethod
    def _get_server_recipe_root_path() -> str:
        """Get the server recipe root path.

        The Terraform recipe files for all terraform server providers are
        located in a folder relative to the `zenml.zen_server.deploy.terraform`
        Python module.

        Returns:
            The server recipe root path.
        """
        import zenml.zen_server.deploy.terraform as terraform_module

        root_path = os.path.join(
            os.path.dirname(terraform_module.__file__),
            TERRAFORM_ZENML_SERVER_RECIPE_SUBPATH,
        )
        return root_path

    @classmethod
    def _get_service_configuration(
        cls,
        server_config: ServerDeploymentConfig,
    ) -> Tuple[
        ServiceConfig,
        ServiceEndpointConfig,
        ServiceEndpointHealthMonitorConfig,
    ]:
        """Construct the service configuration from a server deployment configuration.

        Args:
            server_config: server deployment configuration.

        Returns:
            The service configuration.
        """
        assert isinstance(server_config, TerraformServerDeploymentConfig)

        return (
            TerraformZenServerConfig(
                name=server_config.name,
                root_runtime_path=TERRAFORM_ZENML_SERVER_CONFIG_PATH,
                singleton=True,
                directory_path=os.path.join(
                    cls._get_server_recipe_root_path(),
                    server_config.provider,
                ),
                log_level=server_config.log_level,
                variables_file_path=TERRAFORM_VALUES_FILE_PATH,
                server=server_config,
            ),
            ServiceEndpointConfig(
                protocol=ServiceEndpointProtocol.HTTP,
                allocate_port=False,
            ),
            HTTPEndpointHealthMonitorConfig(
                healthcheck_uri_path=ZEN_SERVER_HEALTHCHECK_URL_PATH,
                use_head_request=True,
            ),
        )

    def _create_service(
        self,
        config: ServerDeploymentConfig,
        timeout: Optional[int] = None,
    ) -> BaseService:
        """Create, start and return the terraform ZenML server deployment service.

        Args:
            config: The server deployment configuration.
            timeout: The timeout in seconds to wait until the service is
                running.

        Returns:
            The service instance.

        Raises:
            RuntimeError: If a terraform service is already running.
        """
        assert isinstance(config, TerraformServerDeploymentConfig)

        if timeout is None:
            timeout = TERRAFORM_ZENML_SERVER_DEFAULT_TIMEOUT

        existing_service = TerraformZenServer.get_service()
        if existing_service:
            raise RuntimeError(
                f"A terraform ZenML server with name '{existing_service.config.name}' "
                f"is already running. Please stop it first before starting a "
                f"new one."
            )

        (
            service_config,
            endpoint_cfg,
            monitor_cfg,
        ) = self._get_service_configuration(config)

        service = TerraformZenServer(uuid=uuid4(), config=service_config)

        service.start(timeout=timeout)
        return service

    def _update_service(
        self,
        service: BaseService,
        config: ServerDeploymentConfig,
        timeout: Optional[int] = None,
    ) -> BaseService:
        """Update the terraform ZenML server deployment service.

        Args:
            service: The service instance.
            config: The new server deployment configuration.
            timeout: The timeout in seconds to wait until the updated service is
                running.

        Returns:
            The updated service instance.
        """
        if timeout is None:
            timeout = TERRAFORM_ZENML_SERVER_DEFAULT_TIMEOUT

        (
            new_config,
            endpoint_cfg,
            monitor_cfg,
        ) = self._get_service_configuration(config)

        assert isinstance(new_config, TerraformZenServerConfig)
        assert isinstance(service, TerraformZenServer)

        # preserve the server ID across updates
        service.config = new_config
        service.start(timeout=timeout)

        return service

    def _start_service(
        self,
        service: BaseService,
        timeout: Optional[int] = None,
    ) -> BaseService:
        """Start the terraform ZenML server deployment service.

        Args:
            service: The service instance.
            timeout: The timeout in seconds to wait until the service is
                running.

        Returns:
            The updated service instance.
        """
        if timeout is None:
            timeout = TERRAFORM_ZENML_SERVER_DEFAULT_TIMEOUT

        service.start(timeout=timeout)
        return service

    def _stop_service(
        self,
        service: BaseService,
        timeout: Optional[int] = None,
    ) -> BaseService:
        """Stop the terraform ZenML server deployment service.

        Args:
            service: The service instance.
            timeout: The timeout in seconds to wait until the service is
                stopped.

        Returns:
            The updated service instance.
        """
        if timeout is None:
            timeout = TERRAFORM_ZENML_SERVER_DEFAULT_TIMEOUT

        service.stop(timeout=timeout)
        return service

    def _delete_service(
        self,
        service: BaseService,
        timeout: Optional[int] = None,
    ) -> None:
        """Remove the terraform ZenML server deployment service.

        Args:
            service: The service instance.
            timeout: The timeout in seconds to wait until the service is
                removed.
        """
        assert isinstance(service, TerraformZenServer)

        if timeout is None:
            timeout = TERRAFORM_ZENML_SERVER_DEFAULT_TIMEOUT

        service.stop(timeout)

    def _get_service(self, server_name: str) -> BaseService:
        """Get the terraform ZenML server deployment service.

        Args:
            server_name: The server deployment name.

        Returns:
            The service instance.

        Raises:
            KeyError: If the server deployment is not found.
        """
        service = TerraformZenServer.get_service()
        if service is None:
            raise KeyError("The terraform ZenML server is not deployed.")

        if service.config.server.name != server_name:
            raise KeyError(
                "The terraform ZenML server is deployed but with a different name."
            )
        return service

    def _list_services(self) -> List[BaseService]:
        """Get all service instances for all deployed ZenML servers.

        Returns:
            A list of service instances.
        """
        service = TerraformZenServer.get_service()
        if service:
            return [service]
        return []

    def _get_deployment_config(
        self, service: BaseService
    ) -> ServerDeploymentConfig:
        """Recreate the server deployment configuration from a service instance.

        Args:
            service: The service instance.

        Returns:
            The server deployment configuration.
        """
        server = cast(TerraformZenServer, service)
        return server.config.server

    def _get_deployment_status(
        self, service: BaseService
    ) -> ServerDeploymentStatus:
        """Get the status of a server deployment from its service.

        Args:
            service: The server deployment service.

        Returns:
            The status of the server deployment.
        """
        gc = GlobalConfiguration()
        url: Optional[str] = None
        service = cast(TerraformZenServer, service)
        ca_crt = None
        if service.is_running:
            url = service.get_server_url()
            ca_crt = service.get_certificate()
        connected = url is not None and gc.store_configuration.url == url

        return ServerDeploymentStatus(
            url=url,
            status=service.status.state,
            status_message=service.status.last_error,
            connected=connected,
            ca_crt=ca_crt,
        )

CONFIG_TYPE (ServerDeploymentConfig)

Terraform server deployment configuration.

Attributes:

Name	Type	Description
log_level	str	The log level to set the terraform client to. Choose one of TRACE, DEBUG, INFO, WARN or ERROR (case insensitive).
helm_chart	str	The path to the ZenML server helm chart to use for deployment.
zenmlserver_image_repo	str	The repository to use for the zenml server.
zenmlserver_image_tag	str	The tag to use for the zenml server docker image.
namespace	str	The Kubernetes namespace to deploy the ZenML server to.
kubectl_config_path	str	The path to the kubectl config file to use for deployment.
ingress_tls	bool	Whether to use TLS for the ingress.
ingress_tls_generate_certs	bool	Whether to generate self-signed TLS certificates for the ingress.
ingress_tls_secret_name	str	The name of the Kubernetes secret to use for the ingress.
create_ingress_controller	bool	Whether to deploy an nginx ingress controller as part of the deployment.
ingress_controller_ip	str	The ingress controller IP to use for the ingress self-signed certificate and to compute the ZenML server URL.
deploy_db	bool	Whether to create a SQL database service as part of the recipe.
database_username	str	The username for the database.
database_password	str	The password for the database.
database_url	str	The URL of the RDS instance to use for the ZenML server.
database_ssl_ca	str	The path to the SSL CA certificate to use for the database connection.
database_ssl_cert	str	The path to the client SSL certificate to use for the database connection.
database_ssl_key	str	The path to the client SSL key to use for the database connection.
database_ssl_verify_server_cert	bool	Whether to verify the database server SSL certificate.
analytics_opt_in	bool	Whether to enable analytics.

Source code in zenml/zen_server/deploy/terraform/providers/terraform_provider.py

class TerraformServerDeploymentConfig(ServerDeploymentConfig):
    """Terraform server deployment configuration.

    Attributes:
        log_level: The log level to set the terraform client to. Choose one of
            TRACE, DEBUG, INFO, WARN or ERROR (case insensitive).
        helm_chart: The path to the ZenML server helm chart to use for
            deployment.
        zenmlserver_image_repo: The repository to use for the zenml server.
        zenmlserver_image_tag: The tag to use for the zenml server docker
            image.
        namespace: The Kubernetes namespace to deploy the ZenML server to.
        kubectl_config_path: The path to the kubectl config file to use for
            deployment.
        ingress_tls: Whether to use TLS for the ingress.
        ingress_tls_generate_certs: Whether to generate self-signed TLS
            certificates for the ingress.
        ingress_tls_secret_name: The name of the Kubernetes secret to use for
            the ingress.
        create_ingress_controller: Whether to deploy an nginx ingress
            controller as part of the deployment.
        ingress_controller_ip: The ingress controller IP to use for
            the ingress self-signed certificate and to compute the ZenML server
            URL.
        deploy_db: Whether to create a SQL database service as part of the recipe.
        database_username: The username for the database.
        database_password: The password for the database.
        database_url: The URL of the RDS instance to use for the ZenML server.
        database_ssl_ca: The path to the SSL CA certificate to use for the
            database connection.
        database_ssl_cert: The path to the client SSL certificate to use for the
            database connection.
        database_ssl_key: The path to the client SSL key to use for the
            database connection.
        database_ssl_verify_server_cert: Whether to verify the database server
            SSL certificate.
        analytics_opt_in: Whether to enable analytics.
    """

    log_level: str = "ERROR"

    helm_chart: str = get_helm_chart_path()
    zenmlserver_image_repo: str = "zenmldocker/zenml-server"
    zenmlserver_image_tag: str = "latest"
    namespace: str = "zenmlserver"
    kubectl_config_path: str = os.path.join(
        str(Path.home()), ".kube", "config"
    )
    ingress_tls: bool = False
    ingress_tls_generate_certs: bool = True
    ingress_tls_secret_name: str = "zenml-tls-certs"
    create_ingress_controller: bool = True
    ingress_controller_ip: str = ""
    deploy_db: bool = True
    database_username: str = "user"
    database_password: str = ""
    database_url: str = ""
    database_ssl_ca: str = ""
    database_ssl_cert: str = ""
    database_ssl_key: str = ""
    database_ssl_verify_server_cert: bool = True
    analytics_opt_in: bool = True
    model_config = ConfigDict(extra="allow")

terraform_zen_server

Service implementation for the ZenML terraform server deployment.

TerraformServerDeploymentConfig (ServerDeploymentConfig)

Terraform server deployment configuration.

Attributes:

Name	Type	Description
log_level	str	The log level to set the terraform client to. Choose one of TRACE, DEBUG, INFO, WARN or ERROR (case insensitive).
helm_chart	str	The path to the ZenML server helm chart to use for deployment.
zenmlserver_image_repo	str	The repository to use for the zenml server.
zenmlserver_image_tag	str	The tag to use for the zenml server docker image.
namespace	str	The Kubernetes namespace to deploy the ZenML server to.
kubectl_config_path	str	The path to the kubectl config file to use for deployment.
ingress_tls	bool	Whether to use TLS for the ingress.
ingress_tls_generate_certs	bool	Whether to generate self-signed TLS certificates for the ingress.
ingress_tls_secret_name	str	The name of the Kubernetes secret to use for the ingress.
create_ingress_controller	bool	Whether to deploy an nginx ingress controller as part of the deployment.
ingress_controller_ip	str	The ingress controller IP to use for the ingress self-signed certificate and to compute the ZenML server URL.
deploy_db	bool	Whether to create a SQL database service as part of the recipe.
database_username	str	The username for the database.
database_password	str	The password for the database.
database_url	str	The URL of the RDS instance to use for the ZenML server.
database_ssl_ca	str	The path to the SSL CA certificate to use for the database connection.
database_ssl_cert	str	The path to the client SSL certificate to use for the database connection.
database_ssl_key	str	The path to the client SSL key to use for the database connection.
database_ssl_verify_server_cert	bool	Whether to verify the database server SSL certificate.
analytics_opt_in	bool	Whether to enable analytics.

Source code in zenml/zen_server/deploy/terraform/terraform_zen_server.py

class TerraformServerDeploymentConfig(ServerDeploymentConfig):
    """Terraform server deployment configuration.

    Attributes:
        log_level: The log level to set the terraform client to. Choose one of
            TRACE, DEBUG, INFO, WARN or ERROR (case insensitive).
        helm_chart: The path to the ZenML server helm chart to use for
            deployment.
        zenmlserver_image_repo: The repository to use for the zenml server.
        zenmlserver_image_tag: The tag to use for the zenml server docker
            image.
        namespace: The Kubernetes namespace to deploy the ZenML server to.
        kubectl_config_path: The path to the kubectl config file to use for
            deployment.
        ingress_tls: Whether to use TLS for the ingress.
        ingress_tls_generate_certs: Whether to generate self-signed TLS
            certificates for the ingress.
        ingress_tls_secret_name: The name of the Kubernetes secret to use for
            the ingress.
        create_ingress_controller: Whether to deploy an nginx ingress
            controller as part of the deployment.
        ingress_controller_ip: The ingress controller IP to use for
            the ingress self-signed certificate and to compute the ZenML server
            URL.
        deploy_db: Whether to create a SQL database service as part of the recipe.
        database_username: The username for the database.
        database_password: The password for the database.
        database_url: The URL of the RDS instance to use for the ZenML server.
        database_ssl_ca: The path to the SSL CA certificate to use for the
            database connection.
        database_ssl_cert: The path to the client SSL certificate to use for the
            database connection.
        database_ssl_key: The path to the client SSL key to use for the
            database connection.
        database_ssl_verify_server_cert: Whether to verify the database server
            SSL certificate.
        analytics_opt_in: Whether to enable analytics.
    """

    log_level: str = "ERROR"

    helm_chart: str = get_helm_chart_path()
    zenmlserver_image_repo: str = "zenmldocker/zenml-server"
    zenmlserver_image_tag: str = "latest"
    namespace: str = "zenmlserver"
    kubectl_config_path: str = os.path.join(
        str(Path.home()), ".kube", "config"
    )
    ingress_tls: bool = False
    ingress_tls_generate_certs: bool = True
    ingress_tls_secret_name: str = "zenml-tls-certs"
    create_ingress_controller: bool = True
    ingress_controller_ip: str = ""
    deploy_db: bool = True
    database_username: str = "user"
    database_password: str = ""
    database_url: str = ""
    database_ssl_ca: str = ""
    database_ssl_cert: str = ""
    database_ssl_key: str = ""
    database_ssl_verify_server_cert: bool = True
    analytics_opt_in: bool = True
    model_config = ConfigDict(extra="allow")

TerraformZenServer (TerraformService)

Service that can be used to start a terraform ZenServer.

Attributes:

Name	Type	Description
config	TerraformZenServerConfig	service configuration
endpoint	Optional[zenml.services.service_endpoint.BaseServiceEndpoint]	service endpoint

Source code in zenml/zen_server/deploy/terraform/terraform_zen_server.py

class TerraformZenServer(TerraformService):
    """Service that can be used to start a terraform ZenServer.

    Attributes:
        config: service configuration
        endpoint: service endpoint
    """

    SERVICE_TYPE = ServiceType(
        name="terraform_zenml_server",
        type="zen_server",
        flavor="terraform",
        description="Terraform ZenML server deployment",
    )

    config: TerraformZenServerConfig

    @classmethod
    def get_service(cls) -> Optional["TerraformZenServer"]:
        """Load and return the terraform ZenML server service, if present.

        Returns:
            The terraform ZenML server service or None, if the terraform server
            deployment is not found.
        """
        try:
            with open(TERRAFORM_ZENML_SERVER_CONFIG_FILENAME, "r") as f:
                return cast(
                    TerraformZenServer, TerraformZenServer.from_json(f.read())
                )
        except FileNotFoundError:
            return None

    def get_vars(self) -> Dict[str, Any]:
        """Get variables as a dictionary.

        Returns:
            A dictionary of variables to use for the Terraform deployment.
        """
        # get the contents of the server deployment config as dict
        filter_vars = ["log_level", "provider"]
        # filter keys that are not modeled as terraform deployment vars
        vars = {
            k: str(v) if isinstance(v, UUID) else v
            for k, v in self.config.server.model_dump().items()
            if k not in filter_vars
        }
        assert self.status.runtime_path

        with open(
            os.path.join(
                self.status.runtime_path, self.config.variables_file_path
            ),
            "w",
        ) as fp:
            json.dump(vars, fp, indent=4)

        return vars

    def provision(self) -> None:
        """Provision the service."""
        super().provision()
        logger.info(
            f"Your ZenML server is now deployed with URL:\n"
            f"{self.get_server_url()}"
        )

    def get_server_url(self) -> str:
        """Returns the deployed ZenML server's URL.

        Returns:
            The URL of the deployed ZenML server.
        """
        return str(
            self.terraform_client.output(
                TERRAFORM_DEPLOYED_ZENSERVER_OUTPUT_URL, full_value=True
            )
        )

    def get_certificate(self) -> Optional[str]:
        """Returns the CA certificate configured for the ZenML server.

        Returns:
            The CA certificate configured for the ZenML server.
        """
        return cast(
            str,
            self.terraform_client.output(
                TERRAFORM_DEPLOYED_ZENSERVER_OUTPUT_CA_CRT, full_value=True
            ),
        )

get_certificate(self)

Returns the CA certificate configured for the ZenML server.

Returns:

Type	Description
Optional[str]	The CA certificate configured for the ZenML server.

Source code in zenml/zen_server/deploy/terraform/terraform_zen_server.py

def get_certificate(self) -> Optional[str]:
    """Returns the CA certificate configured for the ZenML server.

    Returns:
        The CA certificate configured for the ZenML server.
    """
    return cast(
        str,
        self.terraform_client.output(
            TERRAFORM_DEPLOYED_ZENSERVER_OUTPUT_CA_CRT, full_value=True
        ),
    )

get_server_url(self)

Returns the deployed ZenML server's URL.

Returns:

Type	Description
str	The URL of the deployed ZenML server.

Source code in zenml/zen_server/deploy/terraform/terraform_zen_server.py

def get_server_url(self) -> str:
    """Returns the deployed ZenML server's URL.

    Returns:
        The URL of the deployed ZenML server.
    """
    return str(
        self.terraform_client.output(
            TERRAFORM_DEPLOYED_ZENSERVER_OUTPUT_URL, full_value=True
        )
    )

get_service() classmethod

Load and return the terraform ZenML server service, if present.

Returns:

Type	Description
Optional[TerraformZenServer]	The terraform ZenML server service or None, if the terraform server deployment is not found.

Source code in zenml/zen_server/deploy/terraform/terraform_zen_server.py

@classmethod
def get_service(cls) -> Optional["TerraformZenServer"]:
    """Load and return the terraform ZenML server service, if present.

    Returns:
        The terraform ZenML server service or None, if the terraform server
        deployment is not found.
    """
    try:
        with open(TERRAFORM_ZENML_SERVER_CONFIG_FILENAME, "r") as f:
            return cast(
                TerraformZenServer, TerraformZenServer.from_json(f.read())
            )
    except FileNotFoundError:
        return None

get_vars(self)

Get variables as a dictionary.

Returns:

Type	Description
Dict[str, Any]	A dictionary of variables to use for the Terraform deployment.

Source code in zenml/zen_server/deploy/terraform/terraform_zen_server.py

def get_vars(self) -> Dict[str, Any]:
    """Get variables as a dictionary.

    Returns:
        A dictionary of variables to use for the Terraform deployment.
    """
    # get the contents of the server deployment config as dict
    filter_vars = ["log_level", "provider"]
    # filter keys that are not modeled as terraform deployment vars
    vars = {
        k: str(v) if isinstance(v, UUID) else v
        for k, v in self.config.server.model_dump().items()
        if k not in filter_vars
    }
    assert self.status.runtime_path

    with open(
        os.path.join(
            self.status.runtime_path, self.config.variables_file_path
        ),
        "w",
    ) as fp:
        json.dump(vars, fp, indent=4)

    return vars

model_post_init(self, _ModelMetaclass__context)

We need to both initialize private attributes and call the user-defined model_post_init method.

Source code in zenml/zen_server/deploy/terraform/terraform_zen_server.py

def wrapped_model_post_init(self: BaseModel, __context: Any) -> None:
    """We need to both initialize private attributes and call the user-defined model_post_init
    method.
    """
    init_private_attributes(self, __context)
    original_model_post_init(self, __context)

provision(self)

Provision the service.

Source code in zenml/zen_server/deploy/terraform/terraform_zen_server.py

def provision(self) -> None:
    """Provision the service."""
    super().provision()
    logger.info(
        f"Your ZenML server is now deployed with URL:\n"
        f"{self.get_server_url()}"
    )

TerraformZenServerConfig (TerraformServiceConfig)

Terraform Zen server configuration.

Attributes:

Name	Type	Description
server	TerraformServerDeploymentConfig	The deployment configuration.

Source code in zenml/zen_server/deploy/terraform/terraform_zen_server.py

class TerraformZenServerConfig(TerraformServiceConfig):
    """Terraform Zen server configuration.

    Attributes:
        server: The deployment configuration.
    """

    server: TerraformServerDeploymentConfig
    copy_terraform_files: bool = True

get_helm_chart_path()

Get the ZenML server helm chart path.

The ZenML server helm chart files are located in a folder relative to the zenml.zen_server.deploy Python module.

Returns:

Type	Description
str	The helm chart path.

Source code in zenml/zen_server/deploy/terraform/terraform_zen_server.py

def get_helm_chart_path() -> str:
    """Get the ZenML server helm chart path.

    The ZenML server helm chart files are located in a folder relative to the
    `zenml.zen_server.deploy` Python module.

    Returns:
        The helm chart path.
    """
    import zenml.zen_server.deploy as deploy_module

    path = os.path.join(
        os.path.dirname(deploy_module.__file__),
        ZENML_HELM_CHART_SUBPATH,
    )
    return path

exceptions

REST API exception handling.

ErrorModel (BaseModel)

Base class for error responses.

Source code in zenml/zen_server/exceptions.py

class ErrorModel(BaseModel):
    """Base class for error responses."""

    detail: Optional[Any] = None

error_detail(error, exception_type=None)

Convert an Exception to API representation.

Parameters:

Name	Type	Description	Default
error	Exception	Exception to convert.	required
exception_type	Optional[Type[Exception]]	Exception type to use in the error response instead of the type of the supplied exception. This is useful when the raised exception is a subclass of an exception type that is properly handled by the REST API.	None

Returns:

Type	Description
List[str]	List of strings representing the error.

Source code in zenml/zen_server/exceptions.py

def error_detail(
    error: Exception, exception_type: Optional[Type[Exception]] = None
) -> List[str]:
    """Convert an Exception to API representation.

    Args:
        error: Exception to convert.
        exception_type: Exception type to use in the error response instead of
            the type of the supplied exception. This is useful when the raised
            exception is a subclass of an exception type that is properly
            handled by the REST API.

    Returns:
        List of strings representing the error.
    """
    class_name = (
        exception_type.__name__ if exception_type else type(error).__name__
    )
    return [class_name, str(error)]

exception_from_response(response)

Convert an error HTTP response to an exception.

Uses the REST_API_EXCEPTIONS list to determine the appropriate exception class to use based on the response status code and the exception class name embedded in the response body.

The last entry in the list of exceptions associated with a status code is used as a fallback if the exception class name in the response body is not found in the list.

Parameters:

Name	Type	Description	Default
response	Response	HTTP error response to convert.	required

Returns:

Type	Description
Optional[Exception]	Exception with the appropriate type and arguments, or None if the response does not contain an error or the response cannot be unpacked into an exception.

Source code in zenml/zen_server/exceptions.py

def exception_from_response(
    response: requests.Response,
) -> Optional[Exception]:
    """Convert an error HTTP response to an exception.

    Uses the REST_API_EXCEPTIONS list to determine the appropriate exception
    class to use based on the response status code and the exception class name
    embedded in the response body.

    The last entry in the list of exceptions associated with a status code is
    used as a fallback if the exception class name in the response body is not
    found in the list.

    Args:
        response: HTTP error response to convert.

    Returns:
        Exception with the appropriate type and arguments, or None if the
        response does not contain an error or the response cannot be unpacked
        into an exception.
    """

    def unpack_exc() -> Tuple[Optional[str], str]:
        """Unpack the response body into an exception name and message.

        Returns:
            Tuple of exception name and message.
        """
        try:
            response_json = response.json()
        except requests.exceptions.JSONDecodeError:
            return None, response.text

        if isinstance(response_json, dict):
            detail = response_json.get("detail", response.text)
        else:
            detail = response_json

        # The detail can also be a single string
        if isinstance(detail, str):
            return None, detail

        # The detail should be a list of strings encoding the exception
        # class name and the exception message
        if not isinstance(detail, list):
            return None, response.text

        # First detail item is the exception class name
        if len(detail) < 1 or not isinstance(detail[0], str):
            return None, response.text

        # Remaining detail items are the exception arguments
        message = ": ".join([str(arg) for arg in detail[1:]])
        return detail[0], message

    exc_name, exc_msg = unpack_exc()
    default_exc: Optional[Type[Exception]] = None

    for exception, status_code in REST_API_EXCEPTIONS:
        if response.status_code != status_code:
            continue
        default_exc = exception
        if exc_name == exception.__name__:
            # An entry was found that is an exact match for both the status
            # code and the exception class name.
            break
    else:
        # The exception class name extracted from the response body was not
        # found in the list of exceptions associated with the status code, so
        # use the last entry as a fallback.
        if default_exc is None:
            return None

        exception = default_exc

    return exception(exc_msg)

http_exception_from_error(error)

Convert an Exception to a HTTP error response.

Uses the REST_API_EXCEPTIONS list to determine the appropriate status code associated with the exception type. The exception class name and arguments are embedded in the HTTP error response body.

The lookup uses the first occurrence of the exception type in the list. If the exception type is not found in the list, the lookup uses isinstance to determine the most specific exception type corresponding to the supplied exception. This allows users to call this method with exception types that are not directly listed in the REST_API_EXCEPTIONS list.

Parameters:

Name	Type	Description	Default
error	Exception	Exception to convert.	required

Returns:

Type	Description
HTTPException	HTTPException with the appropriate status code and error detail.

Source code in zenml/zen_server/exceptions.py

def http_exception_from_error(error: Exception) -> "HTTPException":
    """Convert an Exception to a HTTP error response.

    Uses the REST_API_EXCEPTIONS list to determine the appropriate status code
    associated with the exception type. The exception class name and arguments
    are embedded in the HTTP error response body.

    The lookup uses the first occurrence of the exception type in the list. If
    the exception type is not found in the list, the lookup uses `isinstance`
    to determine the most specific exception type corresponding to the supplied
    exception. This allows users to call this method with exception types that
    are not directly listed in the REST_API_EXCEPTIONS list.

    Args:
        error: Exception to convert.

    Returns:
        HTTPException with the appropriate status code and error detail.
    """
    from fastapi import HTTPException

    status_code = 0
    matching_exception_type: Optional[Type[Exception]] = None

    for exception_type, exc_status_code in REST_API_EXCEPTIONS:
        if error.__class__ is exception_type:
            # Found an exact match
            matching_exception_type = exception_type
            status_code = exc_status_code
            break
        if isinstance(error, exception_type):
            # Found a matching exception
            if not matching_exception_type:
                # This is the first matching exception, so keep it
                matching_exception_type = exception_type
                status_code = exc_status_code
                continue

            # This is not the first matching exception, so check if it is more
            # specific than the previous matching exception
            if issubclass(
                exception_type,
                matching_exception_type,
            ):
                matching_exception_type = exception_type
                status_code = exc_status_code

    # When the matching exception is not found in the list, a 500 Internal
    # Server Error is returned
    status_code = status_code or 500
    matching_exception_type = matching_exception_type or RuntimeError

    return HTTPException(
        status_code=status_code,
        detail=error_detail(error, matching_exception_type),
    )

feature_gate special

endpoint_utils

All endpoint utils for the feature gate implementations.

check_entitlement(resource_type)

Queries the feature gate to see if the operation falls within the tenants entitlements.

Raises an exception if the user is not entitled to create an instance of the resource. Otherwise, simply returns.

Parameters:

Name	Type	Description	Default
resource_type	ResourceType	The type of resource to check for.	required

Source code in zenml/zen_server/feature_gate/endpoint_utils.py

def check_entitlement(resource_type: ResourceType) -> None:
    """Queries the feature gate to see if the operation falls within the tenants entitlements.

    Raises an exception if the user is not entitled to create an instance of the
    resource. Otherwise, simply returns.

    Args:
        resource_type: The type of resource to check for.
    """
    if not server_config().feature_gate_enabled:
        return
    return feature_gate().check_entitlement(resource=resource_type)

report_decrement(resource_type, resource_id)

Reports the deletion/deactivation of a feature/resource.

Parameters:

Name	Type	Description	Default
resource_type	ResourceType	The type of resource to report a decrement in count for.	required
resource_id	UUID	ID of the resource that was deleted.	required

Source code in zenml/zen_server/feature_gate/endpoint_utils.py

def report_decrement(resource_type: ResourceType, resource_id: UUID) -> None:
    """Reports the deletion/deactivation of a feature/resource.

    Args:
        resource_type: The type of resource to report a decrement in count for.
        resource_id: ID of the resource that was deleted.
    """
    if not server_config().feature_gate_enabled:
        return
    feature_gate().report_event(
        resource=resource_type, resource_id=resource_id, is_decrement=True
    )

report_usage(resource_type, resource_id)

Reports the creation/usage of a feature/resource.

Parameters:

Name	Type	Description	Default
resource_type	ResourceType	The type of resource to report a usage for	required
resource_id	UUID	ID of the resource that was created.	required

Source code in zenml/zen_server/feature_gate/endpoint_utils.py

def report_usage(resource_type: ResourceType, resource_id: UUID) -> None:
    """Reports the creation/usage of a feature/resource.

    Args:
        resource_type: The type of resource to report a usage for
        resource_id: ID of the resource that was created.
    """
    if not server_config().feature_gate_enabled:
        return
    feature_gate().report_event(
        resource=resource_type, resource_id=resource_id
    )

feature_gate_interface

Definition of the feature gate interface.

FeatureGateInterface (ABC)

RBAC interface definition.

Source code in zenml/zen_server/feature_gate/feature_gate_interface.py

class FeatureGateInterface(ABC):
    """RBAC interface definition."""

    @abstractmethod
    def check_entitlement(self, resource: ResourceType) -> None:
        """Checks if a user is entitled to create a resource.

        Args:
            resource: The resource the user wants to create

        Raises:
            UpgradeRequiredError in case a subscription limit is reached
        """

    @abstractmethod
    def report_event(
        self,
        resource: ResourceType,
        resource_id: UUID,
        is_decrement: bool = False,
    ) -> None:
        """Reports the usage of a feature to the aggregator backend.

        Args:
            resource: The resource the user created
            resource_id: ID of the resource that was created/deleted.
            is_decrement: In case this event reports an actual decrement of usage
        """

check_entitlement(self, resource)

Checks if a user is entitled to create a resource.

Parameters:

Name	Type	Description	Default
resource	ResourceType	The resource the user wants to create	required

Source code in zenml/zen_server/feature_gate/feature_gate_interface.py

@abstractmethod
def check_entitlement(self, resource: ResourceType) -> None:
    """Checks if a user is entitled to create a resource.

    Args:
        resource: The resource the user wants to create

    Raises:
        UpgradeRequiredError in case a subscription limit is reached
    """

report_event(self, resource, resource_id, is_decrement=False)

Reports the usage of a feature to the aggregator backend.

Parameters:

Name	Type	Description	Default
resource	ResourceType	The resource the user created	required
resource_id	UUID	ID of the resource that was created/deleted.	required
is_decrement	bool	In case this event reports an actual decrement of usage	False

Source code in zenml/zen_server/feature_gate/feature_gate_interface.py

@abstractmethod
def report_event(
    self,
    resource: ResourceType,
    resource_id: UUID,
    is_decrement: bool = False,
) -> None:
    """Reports the usage of a feature to the aggregator backend.

    Args:
        resource: The resource the user created
        resource_id: ID of the resource that was created/deleted.
        is_decrement: In case this event reports an actual decrement of usage
    """

zenml_cloud_feature_gate

ZenML Pro implementation of the feature gate.

RawUsageEvent (BaseModel)

Model for reporting raw usage of a feature.

In case of consumables the UsageReport allows the Pricing Backend to increment the usage per time-frame by 1.

Source code in zenml/zen_server/feature_gate/zenml_cloud_feature_gate.py

class RawUsageEvent(BaseModel):
    """Model for reporting raw usage of a feature.

    In case of consumables the UsageReport allows the Pricing Backend to
    increment the usage per time-frame by 1.
    """

    organization_id: str = Field(
        description="The organization that this usage can be attributed to.",
    )
    feature: ResourceType = Field(
        description="The feature whose usage is being reported.",
    )
    total: int = Field(
        description="The total amount of entities of this type."
    )
    metadata: Dict[str, Any] = Field(
        default={},
        description="Allows attaching additional metadata to events.",
    )

ZenMLCloudFeatureGateInterface (FeatureGateInterface, ZenMLCloudSession)

Feature Gate interface definition.

Source code in zenml/zen_server/feature_gate/zenml_cloud_feature_gate.py

class ZenMLCloudFeatureGateInterface(FeatureGateInterface, ZenMLCloudSession):
    """Feature Gate interface definition."""

    def check_entitlement(self, resource: ResourceType) -> None:
        """Checks if a user is entitled to create a resource.

        Args:
            resource: The resource the user wants to create

        Raises:
            SubscriptionUpgradeRequiredError: in case a subscription limit is reached
        """
        try:
            response = self._get(
                endpoint=ENTITLEMENT_ENDPOINT + "/" + resource, params=None
            )
        except SubscriptionUpgradeRequiredError:
            raise SubscriptionUpgradeRequiredError(
                f"Your subscription reached its `{resource}` limit. Please "
                f"upgrade your subscription or reach out to us."
            )

        if response.status_code != 200:
            logger.warning(
                "Unexpected response status code from entitlement "
                f"endpoint: {response.status_code}. Message: "
                f"{response.json()}"
            )

    def report_event(
        self,
        resource: ResourceType,
        resource_id: UUID,
        is_decrement: bool = False,
    ) -> None:
        """Reports the usage of a feature to the aggregator backend.

        Args:
            resource: The resource the user created
            resource_id: ID of the resource that was created/deleted.
            is_decrement: In case this event reports an actual decrement of usage
        """
        data = RawUsageEvent(
            organization_id=ORGANIZATION_ID,
            feature=resource,
            total=1 if not is_decrement else -1,
            metadata={
                "tenant_id": str(server_config.external_server_id),
                "resource_id": str(resource_id),
            },
        ).model_dump()
        response = self._post(endpoint=USAGE_EVENT_ENDPOINT, data=data)
        if response.status_code != 200:
            logger.error(
                "Usage report not accepted by upstream backend. "
                f"Status Code: {response.status_code}, Message: "
                f"{response.json()}."
            )

check_entitlement(self, resource)

Checks if a user is entitled to create a resource.

Parameters:

Name	Type	Description	Default
resource	ResourceType	The resource the user wants to create	required

Exceptions:

Type	Description
SubscriptionUpgradeRequiredError	in case a subscription limit is reached

Source code in zenml/zen_server/feature_gate/zenml_cloud_feature_gate.py

def check_entitlement(self, resource: ResourceType) -> None:
    """Checks if a user is entitled to create a resource.

    Args:
        resource: The resource the user wants to create

    Raises:
        SubscriptionUpgradeRequiredError: in case a subscription limit is reached
    """
    try:
        response = self._get(
            endpoint=ENTITLEMENT_ENDPOINT + "/" + resource, params=None
        )
    except SubscriptionUpgradeRequiredError:
        raise SubscriptionUpgradeRequiredError(
            f"Your subscription reached its `{resource}` limit. Please "
            f"upgrade your subscription or reach out to us."
        )

    if response.status_code != 200:
        logger.warning(
            "Unexpected response status code from entitlement "
            f"endpoint: {response.status_code}. Message: "
            f"{response.json()}"
        )

report_event(self, resource, resource_id, is_decrement=False)

Reports the usage of a feature to the aggregator backend.

Parameters:

Name	Type	Description	Default
resource	ResourceType	The resource the user created	required
resource_id	UUID	ID of the resource that was created/deleted.	required
is_decrement	bool	In case this event reports an actual decrement of usage	False

Source code in zenml/zen_server/feature_gate/zenml_cloud_feature_gate.py

def report_event(
    self,
    resource: ResourceType,
    resource_id: UUID,
    is_decrement: bool = False,
) -> None:
    """Reports the usage of a feature to the aggregator backend.

    Args:
        resource: The resource the user created
        resource_id: ID of the resource that was created/deleted.
        is_decrement: In case this event reports an actual decrement of usage
    """
    data = RawUsageEvent(
        organization_id=ORGANIZATION_ID,
        feature=resource,
        total=1 if not is_decrement else -1,
        metadata={
            "tenant_id": str(server_config.external_server_id),
            "resource_id": str(resource_id),
        },
    ).model_dump()
    response = self._post(endpoint=USAGE_EVENT_ENDPOINT, data=data)
    if response.status_code != 200:
        logger.error(
            "Usage report not accepted by upstream backend. "
            f"Status Code: {response.status_code}, Message: "
            f"{response.json()}."
        )

jwt

Authentication module for ZenML server.

JWTToken (BaseModel)

Pydantic object representing a JWT token.

Attributes:

Name	Type	Description
user_id	UUID	The id of the authenticated User.
device_id	Optional[uuid.UUID]	The id of the authenticated device.
api_key_id	Optional[uuid.UUID]	The id of the authenticated API key for which this token was issued.
pipeline_id	Optional[uuid.UUID]	The id of the pipeline for which the token was issued.
schedule_id	Optional[uuid.UUID]	The id of the schedule for which the token was issued.
claims	Dict[str, Any]	The original token claims.

Source code in zenml/zen_server/jwt.py

class JWTToken(BaseModel):
    """Pydantic object representing a JWT token.

    Attributes:
        user_id: The id of the authenticated User.
        device_id: The id of the authenticated device.
        api_key_id: The id of the authenticated API key for which this token
            was issued.
        pipeline_id: The id of the pipeline for which the token was issued.
        schedule_id: The id of the schedule for which the token was issued.
        claims: The original token claims.
    """

    user_id: UUID
    device_id: Optional[UUID] = None
    api_key_id: Optional[UUID] = None
    pipeline_id: Optional[UUID] = None
    schedule_id: Optional[UUID] = None
    claims: Dict[str, Any] = {}

    @classmethod
    def decode_token(
        cls,
        token: str,
        verify: bool = True,
    ) -> "JWTToken":
        """Decodes a JWT access token.

        Decodes a JWT access token and returns a `JWTToken` object with the
        information retrieved from its subject claim.

        Args:
            token: The encoded JWT token.
            verify: Whether to verify the signature of the token.

        Returns:
            The decoded JWT access token.

        Raises:
            AuthorizationException: If the token is invalid.
        """
        config = server_config()

        try:
            claims_data = jwt.decode(
                token,
                config.jwt_secret_key,
                algorithms=[config.jwt_token_algorithm],
                audience=config.get_jwt_token_audience(),
                issuer=config.get_jwt_token_issuer(),
                verify=verify,
                leeway=timedelta(seconds=config.jwt_token_leeway_seconds),
            )
            claims = cast(Dict[str, Any], claims_data)
        except jwt.PyJWTError as e:
            raise AuthorizationException(f"Invalid JWT token: {e}") from e

        subject: str = claims.pop("sub", "")
        if not subject:
            raise AuthorizationException(
                "Invalid JWT token: the subject claim is missing"
            )

        try:
            user_id = UUID(subject)
        except ValueError:
            raise AuthorizationException(
                "Invalid JWT token: the subject claim is not a valid UUID"
            )

        device_id: Optional[UUID] = None
        if "device_id" in claims:
            try:
                device_id = UUID(claims.pop("device_id"))
            except ValueError:
                raise AuthorizationException(
                    "Invalid JWT token: the device_id claim is not a valid "
                    "UUID"
                )

        api_key_id: Optional[UUID] = None
        if "api_key_id" in claims:
            try:
                api_key_id = UUID(claims.pop("api_key_id"))
            except ValueError:
                raise AuthorizationException(
                    "Invalid JWT token: the api_key_id claim is not a valid "
                    "UUID"
                )

        pipeline_id: Optional[UUID] = None
        if "pipeline_id" in claims:
            try:
                pipeline_id = UUID(claims.pop("pipeline_id"))
            except ValueError:
                raise AuthorizationException(
                    "Invalid JWT token: the pipeline_id claim is not a valid "
                    "UUID"
                )

        schedule_id: Optional[UUID] = None
        if "schedule_id" in claims:
            try:
                schedule_id = UUID(claims.pop("schedule_id"))
            except ValueError:
                raise AuthorizationException(
                    "Invalid JWT token: the schedule_id claim is not a valid "
                    "UUID"
                )

        return JWTToken(
            user_id=user_id,
            device_id=device_id,
            api_key_id=api_key_id,
            pipeline_id=pipeline_id,
            schedule_id=schedule_id,
            claims=claims,
        )

    def encode(self, expires: Optional[datetime] = None) -> str:
        """Creates a JWT access token.

        Encodes, signs and returns a JWT access token.

        Args:
            expires: Datetime after which the token will expire. If not
                provided, the JWT token will not be set to expire.

        Returns:
            The generated access token.
        """
        config = server_config()

        claims: Dict[str, Any] = self.claims.copy()

        claims["sub"] = str(self.user_id)
        claims["iss"] = config.get_jwt_token_issuer()
        claims["aud"] = config.get_jwt_token_audience()

        if expires:
            claims["exp"] = expires
        else:
            claims.pop("exp", None)

        if self.device_id:
            claims["device_id"] = str(self.device_id)
        if self.api_key_id:
            claims["api_key_id"] = str(self.api_key_id)
        if self.pipeline_id:
            claims["pipeline_id"] = str(self.pipeline_id)
        if self.schedule_id:
            claims["schedule_id"] = str(self.schedule_id)

        return jwt.encode(
            claims,
            config.jwt_secret_key,
            algorithm=config.jwt_token_algorithm,
        )

decode_token(token, verify=True) classmethod

Decodes a JWT access token.

Decodes a JWT access token and returns a JWTToken object with the information retrieved from its subject claim.

Parameters:

Name	Type	Description	Default
token	str	The encoded JWT token.	required
verify	bool	Whether to verify the signature of the token.	True

Returns:

Type	Description
JWTToken	The decoded JWT access token.

Exceptions:

Type	Description
AuthorizationException	If the token is invalid.

Source code in zenml/zen_server/jwt.py

@classmethod
def decode_token(
    cls,
    token: str,
    verify: bool = True,
) -> "JWTToken":
    """Decodes a JWT access token.

    Decodes a JWT access token and returns a `JWTToken` object with the
    information retrieved from its subject claim.

    Args:
        token: The encoded JWT token.
        verify: Whether to verify the signature of the token.

    Returns:
        The decoded JWT access token.

    Raises:
        AuthorizationException: If the token is invalid.
    """
    config = server_config()

    try:
        claims_data = jwt.decode(
            token,
            config.jwt_secret_key,
            algorithms=[config.jwt_token_algorithm],
            audience=config.get_jwt_token_audience(),
            issuer=config.get_jwt_token_issuer(),
            verify=verify,
            leeway=timedelta(seconds=config.jwt_token_leeway_seconds),
        )
        claims = cast(Dict[str, Any], claims_data)
    except jwt.PyJWTError as e:
        raise AuthorizationException(f"Invalid JWT token: {e}") from e

    subject: str = claims.pop("sub", "")
    if not subject:
        raise AuthorizationException(
            "Invalid JWT token: the subject claim is missing"
        )

    try:
        user_id = UUID(subject)
    except ValueError:
        raise AuthorizationException(
            "Invalid JWT token: the subject claim is not a valid UUID"
        )

    device_id: Optional[UUID] = None
    if "device_id" in claims:
        try:
            device_id = UUID(claims.pop("device_id"))
        except ValueError:
            raise AuthorizationException(
                "Invalid JWT token: the device_id claim is not a valid "
                "UUID"
            )

    api_key_id: Optional[UUID] = None
    if "api_key_id" in claims:
        try:
            api_key_id = UUID(claims.pop("api_key_id"))
        except ValueError:
            raise AuthorizationException(
                "Invalid JWT token: the api_key_id claim is not a valid "
                "UUID"
            )

    pipeline_id: Optional[UUID] = None
    if "pipeline_id" in claims:
        try:
            pipeline_id = UUID(claims.pop("pipeline_id"))
        except ValueError:
            raise AuthorizationException(
                "Invalid JWT token: the pipeline_id claim is not a valid "
                "UUID"
            )

    schedule_id: Optional[UUID] = None
    if "schedule_id" in claims:
        try:
            schedule_id = UUID(claims.pop("schedule_id"))
        except ValueError:
            raise AuthorizationException(
                "Invalid JWT token: the schedule_id claim is not a valid "
                "UUID"
            )

    return JWTToken(
        user_id=user_id,
        device_id=device_id,
        api_key_id=api_key_id,
        pipeline_id=pipeline_id,
        schedule_id=schedule_id,
        claims=claims,
    )

encode(self, expires=None)

Creates a JWT access token.

Encodes, signs and returns a JWT access token.

Parameters:

Name	Type	Description	Default
expires	Optional[datetime.datetime]	Datetime after which the token will expire. If not provided, the JWT token will not be set to expire.	None

Returns:

Type	Description
str	The generated access token.

Source code in zenml/zen_server/jwt.py

def encode(self, expires: Optional[datetime] = None) -> str:
    """Creates a JWT access token.

    Encodes, signs and returns a JWT access token.

    Args:
        expires: Datetime after which the token will expire. If not
            provided, the JWT token will not be set to expire.

    Returns:
        The generated access token.
    """
    config = server_config()

    claims: Dict[str, Any] = self.claims.copy()

    claims["sub"] = str(self.user_id)
    claims["iss"] = config.get_jwt_token_issuer()
    claims["aud"] = config.get_jwt_token_audience()

    if expires:
        claims["exp"] = expires
    else:
        claims.pop("exp", None)

    if self.device_id:
        claims["device_id"] = str(self.device_id)
    if self.api_key_id:
        claims["api_key_id"] = str(self.api_key_id)
    if self.pipeline_id:
        claims["pipeline_id"] = str(self.pipeline_id)
    if self.schedule_id:
        claims["schedule_id"] = str(self.schedule_id)

    return jwt.encode(
        claims,
        config.jwt_secret_key,
        algorithm=config.jwt_token_algorithm,
    )

pipeline_deployment special

runner_entrypoint_configuration

Runner entrypoint configuration.

RunnerEntrypointConfiguration (BaseEntrypointConfiguration)

Runner entrypoint configuration.

Source code in zenml/zen_server/pipeline_deployment/runner_entrypoint_configuration.py

class RunnerEntrypointConfiguration(BaseEntrypointConfiguration):
    """Runner entrypoint configuration."""

    def run(self) -> None:
        """Run the entrypoint configuration.

        This method runs the pipeline defined by the deployment given as input
        to the entrypoint configuration.
        """
        deployment = self.load_deployment()
        placeholder_run = get_placeholder_run(deployment_id=deployment.id)

        stack = Client().active_stack
        assert deployment.stack and stack.id == deployment.stack.id

        prepare_model_versions(deployment=deployment)
        deploy_pipeline(
            deployment=deployment, stack=stack, placeholder_run=placeholder_run
        )

run(self)

Run the entrypoint configuration.

This method runs the pipeline defined by the deployment given as input to the entrypoint configuration.

Source code in zenml/zen_server/pipeline_deployment/runner_entrypoint_configuration.py

def run(self) -> None:
    """Run the entrypoint configuration.

    This method runs the pipeline defined by the deployment given as input
    to the entrypoint configuration.
    """
    deployment = self.load_deployment()
    placeholder_run = get_placeholder_run(deployment_id=deployment.id)

    stack = Client().active_stack
    assert deployment.stack and stack.id == deployment.stack.id

    prepare_model_versions(deployment=deployment)
    deploy_pipeline(
        deployment=deployment, stack=stack, placeholder_run=placeholder_run
    )

utils

Utility functions to run a pipeline from the server.

apply_run_config(deployment, run_config, user_id)

Apply run configuration to a deployment.

Parameters:

Name	Type	Description	Default
deployment	PipelineDeploymentResponse	The deployment to which to apply the config.	required
run_config	PipelineRunConfiguration	The run configuration to apply.	required
user_id	UUID	The ID of the user that wants to run the deployment.	required

Returns:

Type	Description
PipelineDeploymentRequest	The updated deployment.

Source code in zenml/zen_server/pipeline_deployment/utils.py

def apply_run_config(
    deployment: "PipelineDeploymentResponse",
    run_config: "PipelineRunConfiguration",
    user_id: UUID,
) -> "PipelineDeploymentRequest":
    """Apply run configuration to a deployment.

    Args:
        deployment: The deployment to which to apply the config.
        run_config: The run configuration to apply.
        user_id: The ID of the user that wants to run the deployment.

    Returns:
        The updated deployment.
    """
    pipeline_updates = run_config.model_dump(
        exclude_none=True, include=set(PipelineConfiguration.model_fields)
    )

    pipeline_configuration = pydantic_utils.update_model(
        deployment.pipeline_configuration, update=pipeline_updates
    )
    pipeline_configuration_dict = pipeline_configuration.model_dump(
        exclude_none=True
    )
    steps = {}
    for invocation_id, step in deployment.step_configurations.items():
        step_config_dict = dict_utils.recursive_update(
            copy.deepcopy(pipeline_configuration_dict),
            update=step.config.model_dump(exclude_none=True),
        )
        step_config = StepConfiguration.model_validate(step_config_dict)

        if update := run_config.steps.get(invocation_id):
            step_config = pydantic_utils.update_model(
                step_config, update=update
            )
        steps[invocation_id] = Step(spec=step.spec, config=step_config)

    code_reference_request = None
    if deployment.code_reference:
        code_reference_request = CodeReferenceRequest(
            commit=deployment.code_reference.commit,
            subdirectory=deployment.code_reference.subdirectory,
            code_repository=deployment.code_reference.code_repository.id,
        )

    zenml_version = zen_store().get_store_info().version
    assert deployment.stack
    assert deployment.build
    deployment_request = PipelineDeploymentRequest(
        user=user_id,
        workspace=deployment.workspace.id,
        run_name_template=run_config.run_name or deployment.run_name_template,
        pipeline_configuration=pipeline_configuration,
        step_configurations=steps,
        client_environment={},
        client_version=zenml_version,
        server_version=zenml_version,
        stack=deployment.stack.id,
        pipeline=deployment.pipeline.id if deployment.pipeline else None,
        build=deployment.build.id,
        schedule=None,
        code_reference=code_reference_request,
    )

    return deployment_request

ensure_async_orchestrator(deployment, stack)

Ensures the orchestrator is configured to run async.

Parameters:

Name	Type	Description	Default
deployment	PipelineDeploymentRequest	Deployment request in which the orchestrator configuration should be updated to ensure the orchestrator is running async.	required
stack	StackResponse	The stack on which the deployment will run.	required

Source code in zenml/zen_server/pipeline_deployment/utils.py

def ensure_async_orchestrator(
    deployment: PipelineDeploymentRequest, stack: StackResponse
) -> None:
    """Ensures the orchestrator is configured to run async.

    Args:
        deployment: Deployment request in which the orchestrator
            configuration should be updated to ensure the orchestrator is
            running async.
        stack: The stack on which the deployment will run.
    """
    orchestrator = stack.components[StackComponentType.ORCHESTRATOR][0]
    flavors = zen_store().list_flavors(
        FlavorFilter(name=orchestrator.flavor, type=orchestrator.type)
    )
    flavor = Flavor.from_model(flavors[0])

    if "synchronous" in flavor.config_class.model_fields:
        key = settings_utils.get_flavor_setting_key(flavor)

        if settings := deployment.pipeline_configuration.settings.get(key):
            settings_dict = settings.model_dump()
        else:
            settings_dict = {}

        settings_dict["synchronous"] = False
        deployment.pipeline_configuration.settings[key] = (
            BaseSettings.model_validate(settings_dict)
        )

generate_dockerfile(pypi_requirements, apt_packages, zenml_version, python_version)

Generate a Dockerfile that installs the requirements.

Parameters:

Name	Type	Description	Default
pypi_requirements	List[str]	The PyPI requirements to install.	required
apt_packages	List[str]	The APT packages to install.	required
zenml_version	str	The ZenML version to use as parent image.	required
python_version	str	The Python version to use as parent image.	required

Returns:

Type	Description
str	The Dockerfile.

Source code in zenml/zen_server/pipeline_deployment/utils.py

def generate_dockerfile(
    pypi_requirements: List[str],
    apt_packages: List[str],
    zenml_version: str,
    python_version: str,
) -> str:
    """Generate a Dockerfile that installs the requirements.

    Args:
        pypi_requirements: The PyPI requirements to install.
        apt_packages: The APT packages to install.
        zenml_version: The ZenML version to use as parent image.
        python_version: The Python version to use as parent image.

    Returns:
        The Dockerfile.
    """
    parent_image = f"zenmldocker/zenml:{zenml_version}-py{python_version}"

    lines = [f"FROM {parent_image}"]
    if apt_packages:
        apt_packages_string = " ".join(f"'{p}'" for p in apt_packages)
        lines.append(
            "RUN apt-get update && apt-get install -y "
            f"--no-install-recommends {apt_packages_string}"
        )

    if pypi_requirements:
        pypi_requirements_string = " ".join(
            [f"'{r}'" for r in pypi_requirements]
        )
        lines.append(
            f"RUN pip install --default-timeout=60 --no-cache-dir "
            f"{pypi_requirements_string}"
        )

    return "\n".join(lines)

generate_image_hash(dockerfile)

Generate a hash of the Dockerfile.

Parameters:

Name	Type	Description	Default
dockerfile	str	The Dockerfile for which to generate the hash.	required

Returns:

Type	Description
str	The hash of the Dockerfile.

Source code in zenml/zen_server/pipeline_deployment/utils.py

def generate_image_hash(dockerfile: str) -> str:
    """Generate a hash of the Dockerfile.

    Args:
        dockerfile: The Dockerfile for which to generate the hash.

    Returns:
        The hash of the Dockerfile.
    """
    hash_ = hashlib.md5()  # nosec
    # Uncomment this line when developing to guarantee a new docker image gets
    # built after restarting the server
    # hash_.update(f"{os.getpid()}".encode())
    hash_.update(dockerfile.encode())
    return hash_.hexdigest()

get_requirements_for_component(component)

Get requirements for a component model.

Parameters:

Name	Type	Description	Default
component	ComponentResponse	The component for which to get the requirements.	required

Returns:

Type	Description
Tuple[List[str], List[str]]	Tuple of PyPI and APT requirements of the component.

Source code in zenml/zen_server/pipeline_deployment/utils.py

def get_requirements_for_component(
    component: ComponentResponse,
) -> Tuple[List[str], List[str]]:
    """Get requirements for a component model.

    Args:
        component: The component for which to get the requirements.

    Returns:
        Tuple of PyPI and APT requirements of the component.
    """
    flavors = zen_store().list_flavors(
        FlavorFilter(name=component.flavor, type=component.type)
    )
    assert len(flavors) == 1
    flavor_source = flavors[0].source
    integration = get_integration_for_module(module_name=flavor_source)

    if integration:
        return integration.get_requirements(), integration.APT_PACKAGES
    else:
        return [], []

get_requirements_for_stack(stack)

Get requirements for a stack model.

Parameters:

Name	Type	Description	Default
stack	StackResponse	The stack for which to get the requirements.	required

Returns:

Type	Description
Tuple[List[str], List[str]]	Tuple of PyPI and APT requirements of the stack.

Source code in zenml/zen_server/pipeline_deployment/utils.py

def get_requirements_for_stack(
    stack: StackResponse,
) -> Tuple[List[str], List[str]]:
    """Get requirements for a stack model.

    Args:
        stack: The stack for which to get the requirements.

    Returns:
        Tuple of PyPI and APT requirements of the stack.
    """
    pypi_requirements: Set[str] = set()
    apt_packages: Set[str] = set()

    for component_list in stack.components.values():
        assert len(component_list) == 1
        component = component_list[0]
        (
            component_pypi_requirements,
            component_apt_packages,
        ) = get_requirements_for_component(component=component)
        pypi_requirements = pypi_requirements.union(
            component_pypi_requirements
        )
        apt_packages = apt_packages.union(component_apt_packages)

    return sorted(pypi_requirements), sorted(apt_packages)

run_pipeline(deployment, auth_context, background_tasks=None, run_config=None)

Run a pipeline from an existing deployment.

Parameters:

Name	Type	Description	Default
deployment	PipelineDeploymentResponse	The pipeline deployment.	required
auth_context	AuthContext	Authentication context.	required
background_tasks	Optional[fastapi.background.BackgroundTasks]	Background tasks.	None
run_config	Optional[zenml.config.pipeline_run_configuration.PipelineRunConfiguration]	The run configuration.	None

Exceptions:

Type	Description
ValueError	If the deployment does not have an associated stack or build.
RuntimeError	If the server URL is not set in the server configuration.

Returns:

Type	Description
PipelineRunResponse	ID of the new pipeline run.

Source code in zenml/zen_server/pipeline_deployment/utils.py

def run_pipeline(
    deployment: PipelineDeploymentResponse,
    auth_context: AuthContext,
    background_tasks: Optional[BackgroundTasks] = None,
    run_config: Optional[PipelineRunConfiguration] = None,
) -> PipelineRunResponse:
    """Run a pipeline from an existing deployment.

    Args:
        deployment: The pipeline deployment.
        auth_context: Authentication context.
        background_tasks: Background tasks.
        run_config: The run configuration.

    Raises:
        ValueError: If the deployment does not have an associated stack or
            build.
        RuntimeError: If the server URL is not set in the server configuration.

    Returns:
        ID of the new pipeline run.
    """
    build = deployment.build
    stack = deployment.stack

    if not build:
        raise ValueError("Unable to run deployment without associated build.")

    if not stack:
        raise ValueError("Unable to run deployment without associated stack.")

    validate_stack_is_runnable_from_server(zen_store=zen_store(), stack=stack)
    if run_config:
        validate_run_config_is_runnable_from_server(run_config)

    deployment_request = apply_run_config(
        deployment=deployment,
        run_config=run_config or PipelineRunConfiguration(),
        user_id=auth_context.user.id,
    )

    ensure_async_orchestrator(deployment=deployment_request, stack=stack)

    new_deployment = zen_store().create_deployment(deployment_request)
    placeholder_run = create_placeholder_run(deployment=new_deployment)
    assert placeholder_run

    if auth_context.access_token:
        token = auth_context.access_token
        token.pipeline_id = deployment_request.pipeline

        # We create a non-expiring token to make sure its active for the entire
        # duration of the pipeline run
        api_token = token.encode(expires=None)
    else:
        assert auth_context.encoded_access_token
        api_token = auth_context.encoded_access_token

    server_url = server_config().server_url
    if not server_url:
        raise RuntimeError(
            "The server URL is not set in the server configuration"
        )
    assert build.zenml_version
    zenml_version = build.zenml_version

    environment = {
        ENV_ZENML_ACTIVE_WORKSPACE_ID: str(new_deployment.workspace.id),
        ENV_ZENML_ACTIVE_STACK_ID: str(stack.id),
        "ZENML_VERSION": zenml_version,
        "ZENML_STORE_URL": server_url,
        "ZENML_STORE_TYPE": StoreType.REST.value,
        "ZENML_STORE_API_TOKEN": api_token,
        "ZENML_STORE_VERIFY_SSL": "True",
    }

    command = RunnerEntrypointConfiguration.get_entrypoint_command()
    args = RunnerEntrypointConfiguration.get_entrypoint_arguments(
        deployment_id=new_deployment.id
    )

    def _task() -> None:
        pypi_requirements, apt_packages = get_requirements_for_stack(
            stack=stack
        )

        if build.python_version:
            version_info = version.parse(build.python_version)
            python_version = f"{version_info.major}.{version_info.minor}"
        else:
            python_version = (
                f"{sys.version_info.major}.{sys.version_info.minor}"
            )

        dockerfile = generate_dockerfile(
            pypi_requirements=pypi_requirements,
            apt_packages=apt_packages,
            zenml_version=zenml_version,
            python_version=python_version,
        )

        image_hash = generate_image_hash(dockerfile=dockerfile)

        runner_image = workload_manager().build_and_push_image(
            workload_id=new_deployment.id,
            dockerfile=dockerfile,
            image_name=f"{RUNNER_IMAGE_REPOSITORY}:{image_hash}",
            sync=True,
        )

        workload_manager().log(
            workload_id=new_deployment.id,
            message="Starting pipeline deployment.",
        )
        workload_manager().run(
            workload_id=new_deployment.id,
            image=runner_image,
            command=command,
            arguments=args,
            environment=environment,
            timeout_in_seconds=30,
            sync=True,
        )
        workload_manager().log(
            workload_id=new_deployment.id,
            message="Pipeline deployed successfully.",
        )

    if background_tasks:
        background_tasks.add_task(_task)
    else:
        # Run synchronously if no background tasks were passed. This is probably
        # when coming from a trigger which itself is already running in the
        # background
        _task()

    return placeholder_run

workload_manager_interface

Workload manager interface definition.

WorkloadManagerInterface (ABC)

Workload manager interface.

Source code in zenml/zen_server/pipeline_deployment/workload_manager_interface.py

class WorkloadManagerInterface(ABC):
    """Workload manager interface."""

    @abstractmethod
    def run(
        self,
        workload_id: UUID,
        image: str,
        command: List[str],
        arguments: List[str],
        environment: Optional[Dict[str, str]] = None,
        sync: bool = True,
        timeout_in_seconds: int = 0,
    ) -> None:
        """Run a Docker container.

        Args:
            workload_id: Workload ID.
            image: The Docker image to run.
            command: The command to run in the container.
            arguments: The arguments for the command.
            environment: The environment to set in the container.
            sync: If True, will wait until the container finished running before
                returning.
            timeout_in_seconds: Timeout in seconds to wait before cancelling
                the container. If set to 0 the container will run until it
                fails or finishes.
        """
        pass

    @abstractmethod
    def build_and_push_image(
        self,
        workload_id: UUID,
        dockerfile: str,
        image_name: str,
        sync: bool = True,
        timeout_in_seconds: int = 0,
    ) -> str:
        """Build and push a Docker image.

        Args:
            workload_id: Workload ID.
            dockerfile: The dockerfile content to build the image.
            image_name: The image repository and tag.
            sync: If True, will wait until the build finished before returning.
            timeout_in_seconds: Timeout in seconds to wait before cancelling
                the container. If set to 0 the container will run until it
                fails or finishes.

        Returns:
            The full image name including container registry.
        """
        pass

    @abstractmethod
    def delete_workload(self, workload_id: UUID) -> None:
        """Delete a workload.

        Args:
            workload_id: Workload ID.
        """
        pass

    @abstractmethod
    def get_logs(self, workload_id: UUID) -> str:
        """Get logs for a workload.

        Args:
            workload_id: Workload ID.

        Returns:
            The stored logs.
        """
        pass

    @abstractmethod
    def log(self, workload_id: UUID, message: str) -> None:
        """Log a message.

        Args:
            workload_id: Workload ID.
            message: The message to log.
        """
        pass

build_and_push_image(self, workload_id, dockerfile, image_name, sync=True, timeout_in_seconds=0)

Build and push a Docker image.

Parameters:

Name	Type	Description	Default
workload_id	UUID	Workload ID.	required
dockerfile	str	The dockerfile content to build the image.	required
image_name	str	The image repository and tag.	required
sync	bool	If True, will wait until the build finished before returning.	True
timeout_in_seconds	int	Timeout in seconds to wait before cancelling the container. If set to 0 the container will run until it fails or finishes.	0

Returns:

Type	Description
str	The full image name including container registry.

Source code in zenml/zen_server/pipeline_deployment/workload_manager_interface.py

@abstractmethod
def build_and_push_image(
    self,
    workload_id: UUID,
    dockerfile: str,
    image_name: str,
    sync: bool = True,
    timeout_in_seconds: int = 0,
) -> str:
    """Build and push a Docker image.

    Args:
        workload_id: Workload ID.
        dockerfile: The dockerfile content to build the image.
        image_name: The image repository and tag.
        sync: If True, will wait until the build finished before returning.
        timeout_in_seconds: Timeout in seconds to wait before cancelling
            the container. If set to 0 the container will run until it
            fails or finishes.

    Returns:
        The full image name including container registry.
    """
    pass

delete_workload(self, workload_id)

Delete a workload.

Parameters:

Name	Type	Description	Default
workload_id	UUID	Workload ID.	required

Source code in zenml/zen_server/pipeline_deployment/workload_manager_interface.py

@abstractmethod
def delete_workload(self, workload_id: UUID) -> None:
    """Delete a workload.

    Args:
        workload_id: Workload ID.
    """
    pass

get_logs(self, workload_id)

Get logs for a workload.

Parameters:

Name	Type	Description	Default
workload_id	UUID	Workload ID.	required

Returns:

Type	Description
str	The stored logs.

Source code in zenml/zen_server/pipeline_deployment/workload_manager_interface.py

@abstractmethod
def get_logs(self, workload_id: UUID) -> str:
    """Get logs for a workload.

    Args:
        workload_id: Workload ID.

    Returns:
        The stored logs.
    """
    pass

log(self, workload_id, message)

Log a message.

Parameters:

Name	Type	Description	Default
workload_id	UUID	Workload ID.	required
message	str	The message to log.	required

Source code in zenml/zen_server/pipeline_deployment/workload_manager_interface.py

@abstractmethod
def log(self, workload_id: UUID, message: str) -> None:
    """Log a message.

    Args:
        workload_id: Workload ID.
        message: The message to log.
    """
    pass

run(self, workload_id, image, command, arguments, environment=None, sync=True, timeout_in_seconds=0)

Run a Docker container.

Parameters:

Name	Type	Description	Default
workload_id	UUID	Workload ID.	required
image	str	The Docker image to run.	required
command	List[str]	The command to run in the container.	required
arguments	List[str]	The arguments for the command.	required
environment	Optional[Dict[str, str]]	The environment to set in the container.	None
sync	bool	If True, will wait until the container finished running before returning.	True
timeout_in_seconds	int	Timeout in seconds to wait before cancelling the container. If set to 0 the container will run until it fails or finishes.	0

Source code in zenml/zen_server/pipeline_deployment/workload_manager_interface.py

@abstractmethod
def run(
    self,
    workload_id: UUID,
    image: str,
    command: List[str],
    arguments: List[str],
    environment: Optional[Dict[str, str]] = None,
    sync: bool = True,
    timeout_in_seconds: int = 0,
) -> None:
    """Run a Docker container.

    Args:
        workload_id: Workload ID.
        image: The Docker image to run.
        command: The command to run in the container.
        arguments: The arguments for the command.
        environment: The environment to set in the container.
        sync: If True, will wait until the container finished running before
            returning.
        timeout_in_seconds: Timeout in seconds to wait before cancelling
            the container. If set to 0 the container will run until it
            fails or finishes.
    """
    pass

rate_limit

Rate limiting for the ZenML Server.

RequestLimiter

Simple in-memory rate limiter.

Source code in zenml/zen_server/rate_limit.py

class RequestLimiter:
    """Simple in-memory rate limiter."""

    def __init__(
        self,
        day_limit: Optional[int] = None,
        minute_limit: Optional[int] = None,
    ):
        """Initializes the limiter.

        Args:
            day_limit: The number of requests allowed per day.
            minute_limit: The number of requests allowed per minute.

        Raises:
            ValueError: If both day_limit and minute_limit are None.
        """
        self.limiting_enabled = server_config().rate_limit_enabled
        if not self.limiting_enabled:
            return
        if day_limit is None and minute_limit is None:
            raise ValueError("Pass either day or minuter limits, or both.")
        self.day_limit = day_limit
        self.minute_limit = minute_limit
        self.limiter: Dict[str, List[float]] = defaultdict(list)

    def hit_limiter(self, request: Request) -> None:
        """Increase the number of hits in the limiter.

        Args:
            request: Request object.

        Raises:
            HTTPException: If the request limit is exceeded.
        """
        if not self.limiting_enabled:
            return
        from fastapi import HTTPException

        requester = self._get_ipaddr(request)
        now = time.time()
        minute_ago = now - 60
        day_ago = now - 60 * 60 * 24
        self.limiter[requester].append(now)

        from bisect import bisect_left

        # remove failures older than a day
        older_index = bisect_left(self.limiter[requester], day_ago)
        self.limiter[requester] = self.limiter[requester][older_index:]

        if self.day_limit and len(self.limiter[requester]) > self.day_limit:
            raise HTTPException(
                status_code=429, detail="Daily request limit exceeded."
            )
        minute_requests = len(
            [
                limiter_hit
                for limiter_hit in self.limiter[requester][::-1]
                if limiter_hit >= minute_ago
            ]
        )
        if self.minute_limit and minute_requests > self.minute_limit:
            raise HTTPException(
                status_code=429, detail="Minute request limit exceeded."
            )

    def reset_limiter(self, request: Request) -> None:
        """Resets the limiter on successful request.

        Args:
            request: Request object.
        """
        if self.limiting_enabled:
            requester = self._get_ipaddr(request)
            if requester in self.limiter:
                del self.limiter[requester]

    def _get_ipaddr(self, request: Request) -> str:
        """Returns the IP address for the current request.

        Based on the X-Forwarded-For headers or client information.

        Args:
            request: The request object.

        Returns:
            The ip address for the current request (or 127.0.0.1 if none found).
        """
        if "X_FORWARDED_FOR" in request.headers:
            return request.headers["X_FORWARDED_FOR"]
        else:
            if not request.client or not request.client.host:
                return "127.0.0.1"

            return request.client.host

    @contextmanager
    def limit_failed_requests(
        self, request: Request
    ) -> Generator[None, Any, Any]:
        """Limits the number of failed requests.

        Args:
            request: Request object.

        Yields:
            None
        """
        self.hit_limiter(request)

        yield

        # if request was successful - reset limiter
        self.reset_limiter(request)

__init__(self, day_limit=None, minute_limit=None) special

Initializes the limiter.

Parameters:

Name	Type	Description	Default
day_limit	Optional[int]	The number of requests allowed per day.	None
minute_limit	Optional[int]	The number of requests allowed per minute.	None

Exceptions:

Type	Description
ValueError	If both day_limit and minute_limit are None.

Source code in zenml/zen_server/rate_limit.py

def __init__(
    self,
    day_limit: Optional[int] = None,
    minute_limit: Optional[int] = None,
):
    """Initializes the limiter.

    Args:
        day_limit: The number of requests allowed per day.
        minute_limit: The number of requests allowed per minute.

    Raises:
        ValueError: If both day_limit and minute_limit are None.
    """
    self.limiting_enabled = server_config().rate_limit_enabled
    if not self.limiting_enabled:
        return
    if day_limit is None and minute_limit is None:
        raise ValueError("Pass either day or minuter limits, or both.")
    self.day_limit = day_limit
    self.minute_limit = minute_limit
    self.limiter: Dict[str, List[float]] = defaultdict(list)

hit_limiter(self, request)

Increase the number of hits in the limiter.

Parameters:

Name	Type	Description	Default
request	Request	Request object.	required

Exceptions:

Type	Description
HTTPException	If the request limit is exceeded.

Source code in zenml/zen_server/rate_limit.py

def hit_limiter(self, request: Request) -> None:
    """Increase the number of hits in the limiter.

    Args:
        request: Request object.

    Raises:
        HTTPException: If the request limit is exceeded.
    """
    if not self.limiting_enabled:
        return
    from fastapi import HTTPException

    requester = self._get_ipaddr(request)
    now = time.time()
    minute_ago = now - 60
    day_ago = now - 60 * 60 * 24
    self.limiter[requester].append(now)

    from bisect import bisect_left

    # remove failures older than a day
    older_index = bisect_left(self.limiter[requester], day_ago)
    self.limiter[requester] = self.limiter[requester][older_index:]

    if self.day_limit and len(self.limiter[requester]) > self.day_limit:
        raise HTTPException(
            status_code=429, detail="Daily request limit exceeded."
        )
    minute_requests = len(
        [
            limiter_hit
            for limiter_hit in self.limiter[requester][::-1]
            if limiter_hit >= minute_ago
        ]
    )
    if self.minute_limit and minute_requests > self.minute_limit:
        raise HTTPException(
            status_code=429, detail="Minute request limit exceeded."
        )

limit_failed_requests(self, request)

Limits the number of failed requests.

Parameters:

Name	Type	Description	Default
request	Request	Request object.	required

Yields:

Type	Description
Generator[NoneType, Any, Any]	None

Source code in zenml/zen_server/rate_limit.py

@contextmanager
def limit_failed_requests(
    self, request: Request
) -> Generator[None, Any, Any]:
    """Limits the number of failed requests.

    Args:
        request: Request object.

    Yields:
        None
    """
    self.hit_limiter(request)

    yield

    # if request was successful - reset limiter
    self.reset_limiter(request)

reset_limiter(self, request)

Resets the limiter on successful request.

Parameters:

Name	Type	Description	Default
request	Request	Request object.	required

Source code in zenml/zen_server/rate_limit.py

def reset_limiter(self, request: Request) -> None:
    """Resets the limiter on successful request.

    Args:
        request: Request object.
    """
    if self.limiting_enabled:
        requester = self._get_ipaddr(request)
        if requester in self.limiter:
            del self.limiter[requester]

rate_limit_requests(day_limit=None, minute_limit=None)

Decorator to handle exceptions in the API.

Parameters:

Name	Type	Description	Default
day_limit	Optional[int]	Number of requests allowed per day.	None
minute_limit	Optional[int]	Number of requests allowed per minute.	None

Returns:

Type	Description
Callable[..., Any]	Decorated function.

Source code in zenml/zen_server/rate_limit.py

def rate_limit_requests(
    day_limit: Optional[int] = None,
    minute_limit: Optional[int] = None,
) -> Callable[..., Any]:
    """Decorator to handle exceptions in the API.

    Args:
        day_limit: Number of requests allowed per day.
        minute_limit: Number of requests allowed per minute.

    Returns:
        Decorated function.
    """
    limiter = RequestLimiter(day_limit=day_limit, minute_limit=minute_limit)

    def decorator(func: F) -> F:
        request_arg, request_kwarg = None, None
        parameters = inspect.signature(func).parameters
        for arg_num, arg_name in enumerate(parameters):
            if parameters[arg_name].annotation == Request:
                request_arg = arg_num
                request_kwarg = arg_name
                break
        if request_arg is None or request_kwarg is None:
            raise ValueError(
                "Rate limiting APIs must have argument of `Request` type."
            )

        @wraps(func)
        def decorated(
            *args: Any,
            **kwargs: Any,
        ) -> Any:
            if request_kwarg in kwargs:
                request = kwargs[request_kwarg]
            else:
                request = args[request_arg]
            with limiter.limit_failed_requests(request):
                return func(*args, **kwargs)

        return cast(F, decorated)

    return decorator

rbac special

RBAC definitions.

endpoint_utils

High-level helper functions to write endpoints with RBAC.

verify_permissions_and_create_entity(request_model, resource_type, create_method)

Verify permissions and create the entity if authorized.

Parameters:

Name	Type	Description	Default
request_model	~AnyRequest	The entity request model.	required
resource_type	ResourceType	The resource type of the entity to create.	required
create_method	Callable[[~AnyRequest], ~AnyResponse]	The method to create the entity.	required

Exceptions:

Type	Description
IllegalOperationError	If the request model has a different owner then the currently authenticated user.

Returns:

Type	Description
~AnyResponse	A model of the created entity.

Source code in zenml/zen_server/rbac/endpoint_utils.py

def verify_permissions_and_create_entity(
    request_model: AnyRequest,
    resource_type: ResourceType,
    create_method: Callable[[AnyRequest], AnyResponse],
) -> AnyResponse:
    """Verify permissions and create the entity if authorized.

    Args:
        request_model: The entity request model.
        resource_type: The resource type of the entity to create.
        create_method: The method to create the entity.

    Raises:
        IllegalOperationError: If the request model has a different owner then
            the currently authenticated user.

    Returns:
        A model of the created entity.
    """
    if isinstance(request_model, UserScopedRequest):
        auth_context = get_auth_context()
        assert auth_context

        if request_model.user != auth_context.user.id:
            raise IllegalOperationError(
                f"Not allowed to create resource '{resource_type}' for a "
                "different user."
            )
    verify_permission(resource_type=resource_type, action=Action.CREATE)

    needs_usage_increment = (
        resource_type in REPORTABLE_RESOURCES
        and resource_type not in REQUIRES_CUSTOM_RESOURCE_REPORTING
    )
    if needs_usage_increment:
        check_entitlement(resource_type)

    created = create_method(request_model)

    if needs_usage_increment:
        report_usage(resource_type, resource_id=created.id)

    return created

verify_permissions_and_delete_entity(id, get_method, delete_method)

Verify permissions and delete an entity.

Parameters:

Name	Type	Description	Default
id	~UUIDOrStr	The ID of the entity to delete.	required
get_method	Callable[[~UUIDOrStr], ~AnyResponse]	The method to fetch the entity.	required
delete_method	Callable[[~UUIDOrStr], NoneType]	The method to delete the entity.	required

Returns:

Type	Description
~AnyResponse	The deleted entity.

Source code in zenml/zen_server/rbac/endpoint_utils.py

def verify_permissions_and_delete_entity(
    id: UUIDOrStr,
    get_method: Callable[[UUIDOrStr], AnyResponse],
    delete_method: Callable[[UUIDOrStr], None],
) -> AnyResponse:
    """Verify permissions and delete an entity.

    Args:
        id: The ID of the entity to delete.
        get_method: The method to fetch the entity.
        delete_method: The method to delete the entity.

    Returns:
        The deleted entity.
    """
    model = get_method(id)
    verify_permission_for_model(model, action=Action.DELETE)
    delete_method(model.id)

    return model

verify_permissions_and_get_entity(id, get_method, **get_method_kwargs)

Verify permissions and fetch an entity.

Parameters:

Name	Type	Description	Default
id	~UUIDOrStr	The ID of the entity to fetch.	required
get_method	Callable[[~UUIDOrStr], ~AnyResponse]	The method to fetch the entity.	required
get_method_kwargs	Any	Keyword arguments to pass to the get method.	{}

Returns:

Type	Description
~AnyResponse	A model of the fetched entity.

Source code in zenml/zen_server/rbac/endpoint_utils.py

def verify_permissions_and_get_entity(
    id: UUIDOrStr,
    get_method: Callable[[UUIDOrStr], AnyResponse],
    **get_method_kwargs: Any,
) -> AnyResponse:
    """Verify permissions and fetch an entity.

    Args:
        id: The ID of the entity to fetch.
        get_method: The method to fetch the entity.
        get_method_kwargs: Keyword arguments to pass to the get method.

    Returns:
        A model of the fetched entity.
    """
    model = get_method(id, **get_method_kwargs)
    verify_permission_for_model(model, action=Action.READ)
    return dehydrate_response_model(model)

verify_permissions_and_list_entities(filter_model, resource_type, list_method, **list_method_kwargs)

Verify permissions and list entities.

Parameters:

Name	Type	Description	Default
filter_model	~AnyFilter	The entity filter model.	required
resource_type	ResourceType	The resource type of the entities to list.	required
list_method	Callable[[~AnyFilter], zenml.models.v2.base.page.Page[~AnyResponse]]	The method to list the entities.	required
list_method_kwargs	Any	Keyword arguments to pass to the list method.	{}

Returns:

Type	Description
Page[~AnyResponse]	A page of entity models.

Source code in zenml/zen_server/rbac/endpoint_utils.py

def verify_permissions_and_list_entities(
    filter_model: AnyFilter,
    resource_type: ResourceType,
    list_method: Callable[[AnyFilter], Page[AnyResponse]],
    **list_method_kwargs: Any,
) -> Page[AnyResponse]:
    """Verify permissions and list entities.

    Args:
        filter_model: The entity filter model.
        resource_type: The resource type of the entities to list.
        list_method: The method to list the entities.
        list_method_kwargs: Keyword arguments to pass to the list method.

    Returns:
        A page of entity models.
    """
    auth_context = get_auth_context()
    assert auth_context

    allowed_ids = get_allowed_resource_ids(resource_type=resource_type)
    filter_model.configure_rbac(
        authenticated_user_id=auth_context.user.id, id=allowed_ids
    )
    page = list_method(filter_model, **list_method_kwargs)
    return dehydrate_page(page)

verify_permissions_and_prune_entities(resource_type, prune_method, **kwargs)

Verify permissions and prune entities of certain type.

Parameters:

Name	Type	Description	Default
resource_type	ResourceType	The resource type of the entities to prune.	required
prune_method	Callable[..., NoneType]	The method to prune the entities.	required
kwargs	Any	Keyword arguments to pass to the prune method.	{}

Source code in zenml/zen_server/rbac/endpoint_utils.py

def verify_permissions_and_prune_entities(
    resource_type: ResourceType,
    prune_method: Callable[..., None],
    **kwargs: Any,
) -> None:
    """Verify permissions and prune entities of certain type.

    Args:
        resource_type: The resource type of the entities to prune.
        prune_method: The method to prune the entities.
        kwargs: Keyword arguments to pass to the prune method.
    """
    verify_permission(resource_type=resource_type, action=Action.PRUNE)
    prune_method(**kwargs)

verify_permissions_and_update_entity(id, update_model, get_method, update_method)

Verify permissions and update an entity.

Parameters:

Name	Type	Description	Default
id	~UUIDOrStr	The ID of the entity to update.	required
update_model	~AnyUpdate	The entity update model.	required
get_method	Callable[[~UUIDOrStr], ~AnyResponse]	The method to fetch the entity.	required
update_method	Callable[[~UUIDOrStr, ~AnyUpdate], ~AnyResponse]	The method to update the entity.	required

Returns:

Type	Description
~AnyResponse	A model of the updated entity.

Source code in zenml/zen_server/rbac/endpoint_utils.py

def verify_permissions_and_update_entity(
    id: UUIDOrStr,
    update_model: AnyUpdate,
    get_method: Callable[[UUIDOrStr], AnyResponse],
    update_method: Callable[[UUIDOrStr, AnyUpdate], AnyResponse],
) -> AnyResponse:
    """Verify permissions and update an entity.

    Args:
        id: The ID of the entity to update.
        update_model: The entity update model.
        get_method: The method to fetch the entity.
        update_method: The method to update the entity.

    Returns:
        A model of the updated entity.
    """
    model = get_method(id)
    verify_permission_for_model(model, action=Action.UPDATE)
    updated_model = update_method(model.id, update_model)
    return dehydrate_response_model(updated_model)

models

RBAC model classes.

Action (StrEnum)

RBAC actions.

Source code in zenml/zen_server/rbac/models.py

class Action(StrEnum):
    """RBAC actions."""

    CREATE = "create"
    READ = "read"
    UPDATE = "update"
    DELETE = "delete"
    READ_SECRET_VALUE = "read_secret_value"
    PRUNE = "prune"

    # Service connectors
    CLIENT = "client"

    # Models
    PROMOTE = "promote"

    # Secrets
    BACKUP_RESTORE = "backup_restore"

    SHARE = "share"

Resource (BaseModel)

RBAC resource model.

Source code in zenml/zen_server/rbac/models.py

class Resource(BaseModel):
    """RBAC resource model."""

    type: str
    id: Optional[UUID] = None

    def __str__(self) -> str:
        """Convert to a string.

        Returns:
            Resource string representation.
        """
        representation = self.type
        if self.id:
            representation += f"/{self.id}"

        return representation

    model_config = ConfigDict(frozen=True)

__str__(self) special

Convert to a string.

Returns:

Type	Description
str	Resource string representation.

Source code in zenml/zen_server/rbac/models.py

def __str__(self) -> str:
    """Convert to a string.

    Returns:
        Resource string representation.
    """
    representation = self.type
    if self.id:
        representation += f"/{self.id}"

    return representation

ResourceType (StrEnum)

Resource types of the server API.

Source code in zenml/zen_server/rbac/models.py

class ResourceType(StrEnum):
    """Resource types of the server API."""

    ACTION = "action"
    ARTIFACT = "artifact"
    ARTIFACT_VERSION = "artifact_version"
    CODE_REPOSITORY = "code_repository"
    EVENT_SOURCE = "event_source"
    FLAVOR = "flavor"
    MODEL = "model"
    MODEL_VERSION = "model_version"
    PIPELINE = "pipeline"
    PIPELINE_RUN = "pipeline_run"
    PIPELINE_DEPLOYMENT = "pipeline_deployment"
    PIPELINE_BUILD = "pipeline_build"
    USER = "user"
    SERVICE = "service"
    RUN_METADATA = "run_metadata"
    SECRET = "secret"
    SERVICE_ACCOUNT = "service_account"
    SERVICE_CONNECTOR = "service_connector"
    STACK = "stack"
    STACK_COMPONENT = "stack_component"
    TAG = "tag"
    TRIGGER = "trigger"
    TRIGGER_EXECUTION = "trigger_execution"
    WORKSPACE = "workspace"

rbac_interface

RBAC interface definition.

RBACInterface (ABC)

RBAC interface definition.

Source code in zenml/zen_server/rbac/rbac_interface.py

class RBACInterface(ABC):
    """RBAC interface definition."""

    @abstractmethod
    def check_permissions(
        self, user: "UserResponse", resources: Set[Resource], action: Action
    ) -> Dict[Resource, bool]:
        """Checks if a user has permissions to perform an action on resources.

        Args:
            user: User which wants to access a resource.
            resources: The resources the user wants to access.
            action: The action that the user wants to perform on the resources.

        Returns:
            A dictionary mapping resources to a boolean which indicates whether
            the user has permissions to perform the action on that resource.
        """

    @abstractmethod
    def list_allowed_resource_ids(
        self, user: "UserResponse", resource: Resource, action: Action
    ) -> Tuple[bool, List[str]]:
        """Lists all resource IDs of a resource type that a user can access.

        Args:
            user: User which wants to access a resource.
            resource: The resource the user wants to access.
            action: The action that the user wants to perform on the resource.

        Returns:
            A tuple (full_resource_access, resource_ids).
            `full_resource_access` will be `True` if the user can perform the
            given action on any instance of the given resource type, `False`
            otherwise. If `full_resource_access` is `False`, `resource_ids`
            will contain the list of instance IDs that the user can perform
            the action on.
        """

    @abstractmethod
    def update_resource_membership(
        self, user: "UserResponse", resource: Resource, actions: List[Action]
    ) -> None:
        """Update the resource membership of a user.

        Args:
            user: User for which the resource membership should be updated.
            resource: The resource.
            actions: The actions that the user should be able to perform on the
                resource.
        """

check_permissions(self, user, resources, action)

Checks if a user has permissions to perform an action on resources.

Parameters:

Name	Type	Description	Default
user	UserResponse	User which wants to access a resource.	required
resources	Set[zenml.zen_server.rbac.models.Resource]	The resources the user wants to access.	required
action	Action	The action that the user wants to perform on the resources.	required

Returns:

Type	Description
Dict[zenml.zen_server.rbac.models.Resource, bool]	A dictionary mapping resources to a boolean which indicates whether the user has permissions to perform the action on that resource.

Source code in zenml/zen_server/rbac/rbac_interface.py

@abstractmethod
def check_permissions(
    self, user: "UserResponse", resources: Set[Resource], action: Action
) -> Dict[Resource, bool]:
    """Checks if a user has permissions to perform an action on resources.

    Args:
        user: User which wants to access a resource.
        resources: The resources the user wants to access.
        action: The action that the user wants to perform on the resources.

    Returns:
        A dictionary mapping resources to a boolean which indicates whether
        the user has permissions to perform the action on that resource.
    """

list_allowed_resource_ids(self, user, resource, action)

Lists all resource IDs of a resource type that a user can access.

Parameters:

Name	Type	Description	Default
user	UserResponse	User which wants to access a resource.	required
resource	Resource	The resource the user wants to access.	required
action	Action	The action that the user wants to perform on the resource.	required

Returns:

Type	Description
Tuple[bool, List[str]]	A tuple (full_resource_access, resource_ids). full_resource_access will be True if the user can perform the given action on any instance of the given resource type, False otherwise. If full_resource_access is False, resource_ids will contain the list of instance IDs that the user can perform the action on.

Source code in zenml/zen_server/rbac/rbac_interface.py

@abstractmethod
def list_allowed_resource_ids(
    self, user: "UserResponse", resource: Resource, action: Action
) -> Tuple[bool, List[str]]:
    """Lists all resource IDs of a resource type that a user can access.

    Args:
        user: User which wants to access a resource.
        resource: The resource the user wants to access.
        action: The action that the user wants to perform on the resource.

    Returns:
        A tuple (full_resource_access, resource_ids).
        `full_resource_access` will be `True` if the user can perform the
        given action on any instance of the given resource type, `False`
        otherwise. If `full_resource_access` is `False`, `resource_ids`
        will contain the list of instance IDs that the user can perform
        the action on.
    """

update_resource_membership(self, user, resource, actions)

Update the resource membership of a user.

Parameters:

Name	Type	Description	Default
user	UserResponse	User for which the resource membership should be updated.	required
resource	Resource	The resource.	required
actions	List[zenml.zen_server.rbac.models.Action]	The actions that the user should be able to perform on the resource.	required

Source code in zenml/zen_server/rbac/rbac_interface.py

@abstractmethod
def update_resource_membership(
    self, user: "UserResponse", resource: Resource, actions: List[Action]
) -> None:
    """Update the resource membership of a user.

    Args:
        user: User for which the resource membership should be updated.
        resource: The resource.
        actions: The actions that the user should be able to perform on the
            resource.
    """

utils

RBAC utility functions.

batch_verify_permissions(resources, action)

Batch permission verification.

Parameters:

Name	Type	Description	Default
resources	Set[zenml.zen_server.rbac.models.Resource]	The resources the user wants to perform the action on.	required
action	Action	The action the user wants to perform.	required

Exceptions:

Type	Description
IllegalOperationError	If the user is not allowed to perform the action.
RuntimeError	If the permission verification failed unexpectedly.

Source code in zenml/zen_server/rbac/utils.py

def batch_verify_permissions(
    resources: Set[Resource],
    action: Action,
) -> None:
    """Batch permission verification.

    Args:
        resources: The resources the user wants to perform the action on.
        action: The action the user wants to perform.

    Raises:
        IllegalOperationError: If the user is not allowed to perform the action.
        RuntimeError: If the permission verification failed unexpectedly.
    """
    if not server_config().rbac_enabled:
        return

    auth_context = get_auth_context()
    assert auth_context

    permissions = rbac().check_permissions(
        user=auth_context.user, resources=resources, action=action
    )

    for resource in resources:
        if resource not in permissions:
            # This should never happen if the RBAC implementation is working
            # correctly
            raise RuntimeError(
                f"Failed to verify permissions to {action.upper()} resource "
                f"'{resource}'."
            )

        if not permissions[resource]:
            raise IllegalOperationError(
                message=f"Insufficient permissions to {action.upper()} "
                f"resource '{resource}'.",
            )

batch_verify_permissions_for_models(models, action)

Batch permission verification for models.

Parameters:

Name	Type	Description	Default
models	Sequence[~AnyResponse]	The models the user wants to perform the action on.	required
action	Action	The action the user wants to perform.	required

Source code in zenml/zen_server/rbac/utils.py

def batch_verify_permissions_for_models(
    models: Sequence[AnyResponse],
    action: Action,
) -> None:
    """Batch permission verification for models.

    Args:
        models: The models the user wants to perform the action on.
        action: The action the user wants to perform.
    """
    if not server_config().rbac_enabled:
        return

    resources = set()
    for model in models:
        if is_owned_by_authenticated_user(model):
            # The model owner always has permissions
            continue

        permission_model = get_surrogate_permission_model_for_model(
            model, action=action
        )

        if resource := get_resource_for_model(permission_model):
            resources.add(resource)

    batch_verify_permissions(resources=resources, action=action)

dehydrate_page(page)

Dehydrate all items of a page.

Parameters:

Name	Type	Description	Default
page	Page[~AnyResponse]	The page to dehydrate.	required

Returns:

Type	Description
Page[~AnyResponse]	The page with (potentially) dehydrated items.

Source code in zenml/zen_server/rbac/utils.py

def dehydrate_page(page: Page[AnyResponse]) -> Page[AnyResponse]:
    """Dehydrate all items of a page.

    Args:
        page: The page to dehydrate.

    Returns:
        The page with (potentially) dehydrated items.
    """
    if not server_config().rbac_enabled:
        return page

    auth_context = get_auth_context()
    assert auth_context

    resource_list = [get_subresources_for_model(item) for item in page.items]
    resources = set.union(*resource_list) if resource_list else set()
    permissions = rbac().check_permissions(
        user=auth_context.user, resources=resources, action=Action.READ
    )

    new_items = [
        dehydrate_response_model(item, permissions=permissions)
        for item in page.items
    ]

    return page.model_copy(update={"items": new_items})

dehydrate_response_model(model, permissions=None)

Dehydrate a model if necessary.

Parameters:

Name	Type	Description	Default
model	~AnyModel	The model to dehydrate.	required
permissions	Optional[Dict[zenml.zen_server.rbac.models.Resource, bool]]	Prefetched permissions that will be used to check whether sub-models will be included in the model or not. If a sub-model refers to a resource which is not included in this dictionary, the permissions will be checked with the RBAC component.	None

Returns:

Type	Description
~AnyModel	The (potentially) dehydrated model.

Source code in zenml/zen_server/rbac/utils.py

def dehydrate_response_model(
    model: AnyModel, permissions: Optional[Dict[Resource, bool]] = None
) -> AnyModel:
    """Dehydrate a model if necessary.

    Args:
        model: The model to dehydrate.
        permissions: Prefetched permissions that will be used to check whether
            sub-models will be included in the model or not. If a sub-model
            refers to a resource which is not included in this dictionary, the
            permissions will be checked with the RBAC component.

    Returns:
        The (potentially) dehydrated model.
    """
    if not server_config().rbac_enabled:
        return model

    if not permissions:
        auth_context = get_auth_context()
        assert auth_context

        resources = get_subresources_for_model(model)
        permissions = rbac().check_permissions(
            user=auth_context.user, resources=resources, action=Action.READ
        )

    dehydrated_values = {}
    for key, value in dict(model).items():
        dehydrated_values[key] = _dehydrate_value(
            value, permissions=permissions
        )

    return type(model).model_validate(dehydrated_values)

get_allowed_resource_ids(resource_type, action=<Action.READ: 'read'>)

Get all resource IDs of a resource type that a user can access.

Parameters:

Name	Type	Description	Default
resource_type	str	The resource type.	required
action	Action	The action the user wants to perform on the resource.	<Action.READ: 'read'>

Returns:

Type	Description
Optional[Set[uuid.UUID]]	A list of resource IDs or None if the user has full access to the all instances of the resource.

Source code in zenml/zen_server/rbac/utils.py

def get_allowed_resource_ids(
    resource_type: str,
    action: Action = Action.READ,
) -> Optional[Set[UUID]]:
    """Get all resource IDs of a resource type that a user can access.

    Args:
        resource_type: The resource type.
        action: The action the user wants to perform on the resource.

    Returns:
        A list of resource IDs or `None` if the user has full access to the
        all instances of the resource.
    """
    if not server_config().rbac_enabled:
        return None

    auth_context = get_auth_context()
    assert auth_context

    (
        has_full_resource_access,
        allowed_ids,
    ) = rbac().list_allowed_resource_ids(
        user=auth_context.user,
        resource=Resource(type=resource_type),
        action=action,
    )

    if has_full_resource_access:
        return None

    return {UUID(id) for id in allowed_ids}

get_permission_denied_model(model)

Get a model to return in case of missing read permissions.

Parameters:

Name	Type	Description	Default
model	~AnyResponse	The original model.	required

Returns:

Type	Description
~AnyResponse	The permission denied model.

Source code in zenml/zen_server/rbac/utils.py

def get_permission_denied_model(model: AnyResponse) -> AnyResponse:
    """Get a model to return in case of missing read permissions.

    Args:
        model: The original model.

    Returns:
        The permission denied model.
    """
    return model.model_copy(
        update={
            "body": None,
            "metadata": None,
            "resources": None,
            "permission_denied": True,
        }
    )

get_resource_for_model(model)

Get the resource associated with a model object.

Parameters:

Name	Type	Description	Default
model	~AnyResponse	The model for which to get the resource.	required

Returns:

Type	Description
Optional[zenml.zen_server.rbac.models.Resource]	The resource associated with the model, or None if the model is not associated with any resource type.

Source code in zenml/zen_server/rbac/utils.py

def get_resource_for_model(model: AnyResponse) -> Optional[Resource]:
    """Get the resource associated with a model object.

    Args:
        model: The model for which to get the resource.

    Returns:
        The resource associated with the model, or `None` if the model
        is not associated with any resource type.
    """
    resource_type = get_resource_type_for_model(model)
    if not resource_type:
        # This model is not tied to any RBAC resource type
        return None

    return Resource(type=resource_type, id=model.id)

get_resource_type_for_model(model)

Get the resource type associated with a model object.

Parameters:

Name	Type	Description	Default
model	~AnyResponse	The model for which to get the resource type.	required

Returns:

Type	Description
Optional[zenml.zen_server.rbac.models.ResourceType]	The resource type associated with the model, or None if the model is not associated with any resource type.

Source code in zenml/zen_server/rbac/utils.py

def get_resource_type_for_model(
    model: AnyResponse,
) -> Optional[ResourceType]:
    """Get the resource type associated with a model object.

    Args:
        model: The model for which to get the resource type.

    Returns:
        The resource type associated with the model, or `None` if the model
        is not associated with any resource type.
    """
    from zenml.models import (
        ActionResponse,
        ArtifactResponse,
        ArtifactVersionResponse,
        CodeRepositoryResponse,
        ComponentResponse,
        EventSourceResponse,
        FlavorResponse,
        ModelResponse,
        ModelVersionResponse,
        PipelineBuildResponse,
        PipelineDeploymentResponse,
        PipelineResponse,
        PipelineRunResponse,
        RunMetadataResponse,
        SecretResponse,
        ServiceAccountResponse,
        ServiceConnectorResponse,
        ServiceResponse,
        StackResponse,
        TagResponse,
        TriggerExecutionResponse,
        TriggerResponse,
        UserResponse,
        WorkspaceResponse,
    )

    mapping: Dict[
        Any,
        ResourceType,
    ] = {
        ActionResponse: ResourceType.ACTION,
        EventSourceResponse: ResourceType.EVENT_SOURCE,
        FlavorResponse: ResourceType.FLAVOR,
        ServiceConnectorResponse: ResourceType.SERVICE_CONNECTOR,
        ComponentResponse: ResourceType.STACK_COMPONENT,
        StackResponse: ResourceType.STACK,
        PipelineResponse: ResourceType.PIPELINE,
        CodeRepositoryResponse: ResourceType.CODE_REPOSITORY,
        SecretResponse: ResourceType.SECRET,
        ModelResponse: ResourceType.MODEL,
        ModelVersionResponse: ResourceType.MODEL_VERSION,
        ArtifactResponse: ResourceType.ARTIFACT,
        ArtifactVersionResponse: ResourceType.ARTIFACT_VERSION,
        WorkspaceResponse: ResourceType.WORKSPACE,
        UserResponse: ResourceType.USER,
        RunMetadataResponse: ResourceType.RUN_METADATA,
        PipelineDeploymentResponse: ResourceType.PIPELINE_DEPLOYMENT,
        PipelineBuildResponse: ResourceType.PIPELINE_BUILD,
        PipelineRunResponse: ResourceType.PIPELINE_RUN,
        TagResponse: ResourceType.TAG,
        TriggerResponse: ResourceType.TRIGGER,
        TriggerExecutionResponse: ResourceType.TRIGGER_EXECUTION,
        ServiceAccountResponse: ResourceType.SERVICE_ACCOUNT,
        ServiceResponse: ResourceType.SERVICE,
    }

    return mapping.get(type(model))

get_schema_for_resource_type(resource_type)

Get the database schema for a resource type.

Parameters:

Name	Type	Description	Default
resource_type	ResourceType	The resource type for which to get the database schema.	required

Returns:

Type	Description
Type[BaseSchema]	The database schema.

Source code in zenml/zen_server/rbac/utils.py

def get_schema_for_resource_type(
    resource_type: ResourceType,
) -> Type["BaseSchema"]:
    """Get the database schema for a resource type.

    Args:
        resource_type: The resource type for which to get the database schema.

    Returns:
        The database schema.
    """
    from zenml.zen_stores.schemas import (
        ActionSchema,
        ArtifactSchema,
        ArtifactVersionSchema,
        CodeRepositorySchema,
        EventSourceSchema,
        FlavorSchema,
        ModelSchema,
        ModelVersionSchema,
        PipelineBuildSchema,
        PipelineDeploymentSchema,
        PipelineRunSchema,
        PipelineSchema,
        RunMetadataSchema,
        SecretSchema,
        ServiceConnectorSchema,
        ServiceSchema,
        StackComponentSchema,
        StackSchema,
        TagSchema,
        TriggerExecutionSchema,
        TriggerSchema,
        UserSchema,
        WorkspaceSchema,
    )

    mapping: Dict[ResourceType, Type["BaseSchema"]] = {
        ResourceType.STACK: StackSchema,
        ResourceType.FLAVOR: FlavorSchema,
        ResourceType.STACK_COMPONENT: StackComponentSchema,
        ResourceType.PIPELINE: PipelineSchema,
        ResourceType.CODE_REPOSITORY: CodeRepositorySchema,
        ResourceType.MODEL: ModelSchema,
        ResourceType.MODEL_VERSION: ModelVersionSchema,
        ResourceType.SERVICE_CONNECTOR: ServiceConnectorSchema,
        ResourceType.ARTIFACT: ArtifactSchema,
        ResourceType.ARTIFACT_VERSION: ArtifactVersionSchema,
        ResourceType.SECRET: SecretSchema,
        ResourceType.SERVICE: ServiceSchema,
        ResourceType.TAG: TagSchema,
        ResourceType.SERVICE_ACCOUNT: UserSchema,
        ResourceType.WORKSPACE: WorkspaceSchema,
        ResourceType.PIPELINE_RUN: PipelineRunSchema,
        ResourceType.PIPELINE_DEPLOYMENT: PipelineDeploymentSchema,
        ResourceType.PIPELINE_BUILD: PipelineBuildSchema,
        ResourceType.RUN_METADATA: RunMetadataSchema,
        ResourceType.USER: UserSchema,
        ResourceType.ACTION: ActionSchema,
        ResourceType.EVENT_SOURCE: EventSourceSchema,
        ResourceType.TRIGGER: TriggerSchema,
        ResourceType.TRIGGER_EXECUTION: TriggerExecutionSchema,
    }

    return mapping[resource_type]

get_subresources_for_model(model)

Get all sub-resources of a model which need permission verification.

Parameters:

Name	Type	Description	Default
model	~AnyModel	The model for which to get all the resources.	required

Returns:

Type	Description
Set[zenml.zen_server.rbac.models.Resource]	All resources of a model which need permission verification.

Source code in zenml/zen_server/rbac/utils.py

def get_subresources_for_model(
    model: AnyModel,
) -> Set[Resource]:
    """Get all sub-resources of a model which need permission verification.

    Args:
        model: The model for which to get all the resources.

    Returns:
        All resources of a model which need permission verification.
    """
    resources = set()

    for value in dict(model).values():
        resources.update(_get_subresources_for_value(value))

    return resources

get_surrogate_permission_model_for_model(model, action)

Get a surrogate permission model for a model.

In some cases a different model instead of the original model is used to verify permissions. For example, a parent container model might be used to verify permissions for all its children.

Parameters:

Name	Type	Description	Default
model	~AnyResponse	The original model.	required
action	str	The action that the user wants to perform on the model.	required

Returns:

Type	Description
BaseIdentifiedResponse[Any, Any, Any]	A surrogate model or the original.

Source code in zenml/zen_server/rbac/utils.py

def get_surrogate_permission_model_for_model(
    model: AnyResponse, action: str
) -> BaseIdentifiedResponse[Any, Any, Any]:
    """Get a surrogate permission model for a model.

    In some cases a different model instead of the original model is used to
    verify permissions. For example, a parent container model might be used
    to verify permissions for all its children.

    Args:
        model: The original model.
        action: The action that the user wants to perform on the model.

    Returns:
        A surrogate model or the original.
    """
    from zenml.models import ArtifactVersionResponse, ModelVersionResponse

    # Permissions to read entities that represent versions of another entity
    # are checked on the parent entity
    if action == Action.READ:
        if isinstance(model, ModelVersionResponse):
            return model.model
        elif isinstance(model, ArtifactVersionResponse):
            return model.artifact

    return model

has_permissions_for_model(model, action)

If the active user has permissions to perform the action on the model.

Parameters:

Name	Type	Description	Default
model	~AnyResponse	The model the user wants to perform the action on.	required
action	Action	The action the user wants to perform.	required

Returns:

Type	Description
bool	If the active user has permissions to perform the action on the model.

Source code in zenml/zen_server/rbac/utils.py

def has_permissions_for_model(model: AnyResponse, action: Action) -> bool:
    """If the active user has permissions to perform the action on the model.

    Args:
        model: The model the user wants to perform the action on.
        action: The action the user wants to perform.

    Returns:
        If the active user has permissions to perform the action on the model.
    """
    if is_owned_by_authenticated_user(model):
        return True

    try:
        verify_permission_for_model(model=model, action=action)
        return True
    except IllegalOperationError:
        return False

is_owned_by_authenticated_user(model)

Returns whether the currently authenticated user owns the model.

Parameters:

Name	Type	Description	Default
model	~AnyResponse	The model for which to check the ownership.	required

Returns:

Type	Description
bool	Whether the currently authenticated user owns the model.

Source code in zenml/zen_server/rbac/utils.py

def is_owned_by_authenticated_user(model: AnyResponse) -> bool:
    """Returns whether the currently authenticated user owns the model.

    Args:
        model: The model for which to check the ownership.

    Returns:
        Whether the currently authenticated user owns the model.
    """
    auth_context = get_auth_context()
    assert auth_context

    if isinstance(model, UserScopedResponse):
        if model.user:
            return model.user.id == auth_context.user.id
        else:
            # The model is server-owned and for RBAC purposes we consider
            # every user to be the owner of it
            return True

    return False

update_resource_membership(user, resource, actions)

Update the resource membership of a user.

Parameters:

Name	Type	Description	Default
user	UserResponse	User for which the resource membership should be updated.	required
resource	Resource	The resource.	required
actions	List[zenml.zen_server.rbac.models.Action]	The actions that the user should be able to perform on the resource.	required

Source code in zenml/zen_server/rbac/utils.py

def update_resource_membership(
    user: UserResponse, resource: Resource, actions: List[Action]
) -> None:
    """Update the resource membership of a user.

    Args:
        user: User for which the resource membership should be updated.
        resource: The resource.
        actions: The actions that the user should be able to perform on the
            resource.
    """
    if not server_config().rbac_enabled:
        return

    rbac().update_resource_membership(
        user=user, resource=resource, actions=actions
    )

verify_permission(resource_type, action, resource_id=None)

Verifies if a user has permission to perform an action on a resource.

Parameters:

Name	Type	Description	Default
resource_type	str	The type of resource that the user wants to perform the action on.	required
action	Action	The action the user wants to perform.	required
resource_id	Optional[uuid.UUID]	ID of the resource the user wants to perform the action on.	None

Source code in zenml/zen_server/rbac/utils.py

def verify_permission(
    resource_type: str,
    action: Action,
    resource_id: Optional[UUID] = None,
) -> None:
    """Verifies if a user has permission to perform an action on a resource.

    Args:
        resource_type: The type of resource that the user wants to perform the
            action on.
        action: The action the user wants to perform.
        resource_id: ID of the resource the user wants to perform the action on.
    """
    resource = Resource(type=resource_type, id=resource_id)
    batch_verify_permissions(resources={resource}, action=action)

verify_permission_for_model(model, action)

Verifies if a user has permission to perform an action on a model.

Parameters:

Name	Type	Description	Default
model	~AnyResponse	The model the user wants to perform the action on.	required
action	Action	The action the user wants to perform.	required

Source code in zenml/zen_server/rbac/utils.py

def verify_permission_for_model(model: AnyResponse, action: Action) -> None:
    """Verifies if a user has permission to perform an action on a model.

    Args:
        model: The model the user wants to perform the action on.
        action: The action the user wants to perform.
    """
    batch_verify_permissions_for_models(models=[model], action=action)

zenml_cloud_rbac

Cloud RBAC implementation.

ZenMLCloudRBAC (RBACInterface, ZenMLCloudSession)

RBAC implementation that uses the ZenML Pro Management Plane as a backend.

Source code in zenml/zen_server/rbac/zenml_cloud_rbac.py

class ZenMLCloudRBAC(RBACInterface, ZenMLCloudSession):
    """RBAC implementation that uses the ZenML Pro Management Plane as a backend."""

    def check_permissions(
        self, user: "UserResponse", resources: Set[Resource], action: Action
    ) -> Dict[Resource, bool]:
        """Checks if a user has permissions to perform an action on resources.

        Args:
            user: User which wants to access a resource.
            resources: The resources the user wants to access.
            action: The action that the user wants to perform on the resources.

        Returns:
            A dictionary mapping resources to a boolean which indicates whether
            the user has permissions to perform the action on that resource.
        """
        if not resources:
            # No need to send a request if there are no resources
            return {}

        if user.is_service_account:
            # Service accounts have full permissions for now
            return {resource: True for resource in resources}

        # At this point it's a regular user, which in a ZenML Pro with RBAC
        # enabled is always authenticated using external authentication
        assert user.external_user_id

        params = {
            "user_id": str(user.external_user_id),
            "resources": [
                _convert_to_cloud_resource(resource) for resource in resources
            ],
            "action": str(action),
        }
        response = self._get(endpoint=PERMISSIONS_ENDPOINT, params=params)
        value = response.json()

        assert isinstance(value, dict)
        return {_convert_from_cloud_resource(k): v for k, v in value.items()}

    def list_allowed_resource_ids(
        self, user: "UserResponse", resource: Resource, action: Action
    ) -> Tuple[bool, List[str]]:
        """Lists all resource IDs of a resource type that a user can access.

        Args:
            user: User which wants to access a resource.
            resource: The resource the user wants to access.
            action: The action that the user wants to perform on the resource.

        Returns:
            A tuple (full_resource_access, resource_ids).
            `full_resource_access` will be `True` if the user can perform the
            given action on any instance of the given resource type, `False`
            otherwise. If `full_resource_access` is `False`, `resource_ids`
            will contain the list of instance IDs that the user can perform
            the action on.
        """
        assert not resource.id
        if user.is_service_account:
            # Service accounts have full permissions for now
            return True, []

        # At this point it's a regular user, which in the ZenML Pro with RBAC
        # enabled is always authenticated using external authentication
        assert user.external_user_id
        params = {
            "user_id": str(user.external_user_id),
            "resource": _convert_to_cloud_resource(resource),
            "action": str(action),
        }
        response = self._get(
            endpoint=ALLOWED_RESOURCE_IDS_ENDPOINT, params=params
        )
        response_json = response.json()

        full_resource_access: bool = response_json["full_access"]
        allowed_ids: List[str] = response_json["ids"]

        return full_resource_access, allowed_ids

    def update_resource_membership(
        self, user: "UserResponse", resource: Resource, actions: List[Action]
    ) -> None:
        """Update the resource membership of a user.

        Args:
            user: User for which the resource membership should be updated.
            resource: The resource.
            actions: The actions that the user should be able to perform on the
                resource.
        """
        if user.is_service_account:
            # Service accounts have full permissions for now
            return

        data = {
            "user_id": str(user.external_user_id),
            "resource": _convert_to_cloud_resource(resource),
            "actions": [str(action) for action in actions],
        }
        self._post(endpoint=RESOURCE_MEMBERSHIP_ENDPOINT, data=data)

check_permissions(self, user, resources, action)

Checks if a user has permissions to perform an action on resources.

Parameters:

Name	Type	Description	Default
user	UserResponse	User which wants to access a resource.	required
resources	Set[zenml.zen_server.rbac.models.Resource]	The resources the user wants to access.	required
action	Action	The action that the user wants to perform on the resources.	required

Returns:

Type	Description
Dict[zenml.zen_server.rbac.models.Resource, bool]	A dictionary mapping resources to a boolean which indicates whether the user has permissions to perform the action on that resource.

Source code in zenml/zen_server/rbac/zenml_cloud_rbac.py

def check_permissions(
    self, user: "UserResponse", resources: Set[Resource], action: Action
) -> Dict[Resource, bool]:
    """Checks if a user has permissions to perform an action on resources.

    Args:
        user: User which wants to access a resource.
        resources: The resources the user wants to access.
        action: The action that the user wants to perform on the resources.

    Returns:
        A dictionary mapping resources to a boolean which indicates whether
        the user has permissions to perform the action on that resource.
    """
    if not resources:
        # No need to send a request if there are no resources
        return {}

    if user.is_service_account:
        # Service accounts have full permissions for now
        return {resource: True for resource in resources}

    # At this point it's a regular user, which in a ZenML Pro with RBAC
    # enabled is always authenticated using external authentication
    assert user.external_user_id

    params = {
        "user_id": str(user.external_user_id),
        "resources": [
            _convert_to_cloud_resource(resource) for resource in resources
        ],
        "action": str(action),
    }
    response = self._get(endpoint=PERMISSIONS_ENDPOINT, params=params)
    value = response.json()

    assert isinstance(value, dict)
    return {_convert_from_cloud_resource(k): v for k, v in value.items()}

list_allowed_resource_ids(self, user, resource, action)

Lists all resource IDs of a resource type that a user can access.

Parameters:

Name	Type	Description	Default
user	UserResponse	User which wants to access a resource.	required
resource	Resource	The resource the user wants to access.	required
action	Action	The action that the user wants to perform on the resource.	required

Returns:

Type	Description
Tuple[bool, List[str]]	A tuple (full_resource_access, resource_ids). full_resource_access will be True if the user can perform the given action on any instance of the given resource type, False otherwise. If full_resource_access is False, resource_ids will contain the list of instance IDs that the user can perform the action on.

Source code in zenml/zen_server/rbac/zenml_cloud_rbac.py

def list_allowed_resource_ids(
    self, user: "UserResponse", resource: Resource, action: Action
) -> Tuple[bool, List[str]]:
    """Lists all resource IDs of a resource type that a user can access.

    Args:
        user: User which wants to access a resource.
        resource: The resource the user wants to access.
        action: The action that the user wants to perform on the resource.

    Returns:
        A tuple (full_resource_access, resource_ids).
        `full_resource_access` will be `True` if the user can perform the
        given action on any instance of the given resource type, `False`
        otherwise. If `full_resource_access` is `False`, `resource_ids`
        will contain the list of instance IDs that the user can perform
        the action on.
    """
    assert not resource.id
    if user.is_service_account:
        # Service accounts have full permissions for now
        return True, []

    # At this point it's a regular user, which in the ZenML Pro with RBAC
    # enabled is always authenticated using external authentication
    assert user.external_user_id
    params = {
        "user_id": str(user.external_user_id),
        "resource": _convert_to_cloud_resource(resource),
        "action": str(action),
    }
    response = self._get(
        endpoint=ALLOWED_RESOURCE_IDS_ENDPOINT, params=params
    )
    response_json = response.json()

    full_resource_access: bool = response_json["full_access"]
    allowed_ids: List[str] = response_json["ids"]

    return full_resource_access, allowed_ids

update_resource_membership(self, user, resource, actions)

Update the resource membership of a user.

Parameters:

Name	Type	Description	Default
user	UserResponse	User for which the resource membership should be updated.	required
resource	Resource	The resource.	required
actions	List[zenml.zen_server.rbac.models.Action]	The actions that the user should be able to perform on the resource.	required

Source code in zenml/zen_server/rbac/zenml_cloud_rbac.py

def update_resource_membership(
    self, user: "UserResponse", resource: Resource, actions: List[Action]
) -> None:
    """Update the resource membership of a user.

    Args:
        user: User for which the resource membership should be updated.
        resource: The resource.
        actions: The actions that the user should be able to perform on the
            resource.
    """
    if user.is_service_account:
        # Service accounts have full permissions for now
        return

    data = {
        "user_id": str(user.external_user_id),
        "resource": _convert_to_cloud_resource(resource),
        "actions": [str(action) for action in actions],
    }
    self._post(endpoint=RESOURCE_MEMBERSHIP_ENDPOINT, data=data)

routers special

Endpoint definitions.

actions_endpoints

Endpoint definitions for actions.

create_action(action, _=Security(oauth2_authentication))

Creates an action.

Parameters:

Name	Type	Description	Default
action	ActionRequest	Action to create.	required

Exceptions:

Type	Description
ValueError	If the action handler for flavor/type is not valid.

Returns:

Type	Description
ActionResponse	The created action.

Source code in zenml/zen_server/routers/actions_endpoints.py

@router.post(
    "",
    response_model=ActionResponse,
    responses={401: error_response, 409: error_response, 422: error_response},
)
@handle_exceptions
def create_action(
    action: ActionRequest,
    _: AuthContext = Security(authorize),
) -> ActionResponse:
    """Creates an action.

    Args:
        action: Action to create.

    Raises:
        ValueError: If the action handler for flavor/type is not valid.

    Returns:
        The created action.
    """
    service_account = zen_store().get_service_account(
        service_account_name_or_id=action.service_account_id
    )
    verify_permission_for_model(service_account, action=Action.READ)

    action_handler = plugin_flavor_registry().get_plugin(
        name=action.flavor,
        _type=PluginType.ACTION,
        subtype=action.plugin_subtype,
    )

    # Validate that the flavor and plugin_type correspond to an action
    # handler implementation
    if not isinstance(action_handler, BaseActionHandler):
        raise ValueError(
            f"Action handler plugin {action.plugin_subtype} "
            f"for flavor {action.flavor} is not a valid action "
            "handler plugin."
        )

    return verify_permissions_and_create_entity(
        request_model=action,
        resource_type=ResourceType.ACTION,
        create_method=action_handler.create_action,
    )

delete_action(action_id, force=False, _=Security(oauth2_authentication))

Delete an action.

Parameters:

Name	Type	Description	Default
action_id	UUID	ID of the action.	required
force	bool	Flag deciding whether to force delete the action.	False

Exceptions:

Type	Description
ValueError	If the action handler for flavor/type is not valid.

Source code in zenml/zen_server/routers/actions_endpoints.py

@router.delete(
    "/{action_id}",
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def delete_action(
    action_id: UUID,
    force: bool = False,
    _: AuthContext = Security(authorize),
) -> None:
    """Delete an action.

    Args:
        action_id: ID of the action.
        force: Flag deciding whether to force delete the action.

    Raises:
        ValueError: If the action handler for flavor/type is not valid.
    """
    action = zen_store().get_action(action_id=action_id)

    verify_permission_for_model(action, action=Action.DELETE)

    action_handler = plugin_flavor_registry().get_plugin(
        name=action.flavor,
        _type=PluginType.ACTION,
        subtype=action.plugin_subtype,
    )

    # Validate that the flavor and plugin_type correspond to an action
    # handler implementation
    if not isinstance(action_handler, BaseActionHandler):
        raise ValueError(
            f"Action handler plugin {action.plugin_subtype} "
            f"for flavor {action.flavor} is not a valid action "
            "handler plugin."
        )

    action_handler.delete_action(
        action=action,
        force=force,
    )

get_action(action_id, hydrate=True, _=Security(oauth2_authentication))

Returns the requested action.

Parameters:

Name	Type	Description	Default
action_id	UUID	ID of the action.	required
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	True

Exceptions:

Type	Description
ValueError	If the action handler for flavor/type is not valid.

Returns:

Type	Description
ActionResponse	The requested action.

Source code in zenml/zen_server/routers/actions_endpoints.py

@router.get(
    "/{action_id}",
    response_model=ActionResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_action(
    action_id: UUID,
    hydrate: bool = True,
    _: AuthContext = Security(authorize),
) -> ActionResponse:
    """Returns the requested action.

    Args:
        action_id: ID of the action.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Raises:
        ValueError: If the action handler for flavor/type is not valid.

    Returns:
        The requested action.
    """
    action = zen_store().get_action(action_id=action_id, hydrate=hydrate)

    verify_permission_for_model(action, action=Action.READ)

    action_handler = plugin_flavor_registry().get_plugin(
        name=action.flavor,
        _type=PluginType.ACTION,
        subtype=action.plugin_subtype,
    )

    # Validate that the flavor and plugin_type correspond to an action
    # handler implementation
    if not isinstance(action_handler, BaseActionHandler):
        raise ValueError(
            f"Action handler plugin {action.plugin_subtype} "
            f"for flavor {action.flavor} is not a valid action "
            "handler plugin."
        )

    action = action_handler.get_action(action, hydrate=hydrate)

    return dehydrate_response_model(action)

list_actions(action_filter_model=Depends(init_cls_and_handle_errors), hydrate=False, _=Security(oauth2_authentication))

List actions.

Parameters:

Name	Type	Description	Default
action_filter_model	ActionFilter	Filter model used for pagination, sorting, filtering.	Depends(init_cls_and_handle_errors)
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False

Returns:

Type	Description
Page[ActionResponse]	Page of actions.

Source code in zenml/zen_server/routers/actions_endpoints.py

@router.get(
    "",
    response_model=Page[ActionResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_actions(
    action_filter_model: ActionFilter = Depends(make_dependable(ActionFilter)),
    hydrate: bool = False,
    _: AuthContext = Security(authorize),
) -> Page[ActionResponse]:
    """List actions.

    Args:
        action_filter_model: Filter model used for pagination, sorting,
            filtering.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        Page of actions.
    """

    def list_actions_fn(
        filter_model: ActionFilter,
    ) -> Page[ActionResponse]:
        """List actions through their associated plugins.

        Args:
            filter_model: Filter model used for pagination, sorting,
                filtering.

        Raises:
            ValueError: If the action handler for flavor/type is not valid.

        Returns:
            All actions.
        """
        actions = zen_store().list_actions(
            action_filter_model=filter_model, hydrate=hydrate
        )

        # Process the actions through their associated plugins
        for idx, action in enumerate(actions.items):
            action_handler = plugin_flavor_registry().get_plugin(
                name=action.flavor,
                _type=PluginType.ACTION,
                subtype=action.plugin_subtype,
            )

            # Validate that the flavor and plugin_type correspond to an action
            # handler implementation
            if not isinstance(action_handler, BaseActionHandler):
                raise ValueError(
                    f"Action handler plugin {action.plugin_subtype} "
                    f"for flavor {action.flavor} is not a valid action "
                    "handler plugin."
                )

            actions.items[idx] = action_handler.get_action(
                action, hydrate=hydrate
            )

        return actions

    return verify_permissions_and_list_entities(
        filter_model=action_filter_model,
        resource_type=ResourceType.ACTION,
        list_method=list_actions_fn,
    )

update_action(action_id, action_update, _=Security(oauth2_authentication))

Update an action.

Parameters:

Name	Type	Description	Default
action_id	UUID	ID of the action to update.	required
action_update	ActionUpdate	The action update.	required

Exceptions:

Type	Description
ValueError	If the action handler for flavor/type is not valid.

Returns:

Type	Description
ActionResponse	The updated action.

Source code in zenml/zen_server/routers/actions_endpoints.py

@router.put(
    "/{action_id}",
    response_model=ActionResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def update_action(
    action_id: UUID,
    action_update: ActionUpdate,
    _: AuthContext = Security(authorize),
) -> ActionResponse:
    """Update an action.

    Args:
        action_id: ID of the action to update.
        action_update: The action update.

    Raises:
        ValueError: If the action handler for flavor/type is not valid.

    Returns:
        The updated action.
    """
    action = zen_store().get_action(action_id=action_id)

    verify_permission_for_model(action, action=Action.UPDATE)

    if action_update.service_account_id:
        service_account = zen_store().get_service_account(
            service_account_name_or_id=action_update.service_account_id
        )
        verify_permission_for_model(service_account, action=Action.READ)

    action_handler = plugin_flavor_registry().get_plugin(
        name=action.flavor,
        _type=PluginType.ACTION,
        subtype=action.plugin_subtype,
    )

    # Validate that the flavor and plugin_type correspond to an action
    # handler implementation
    if not isinstance(action_handler, BaseActionHandler):
        raise ValueError(
            f"Action handler plugin {action.plugin_subtype} "
            f"for flavor {action.flavor} is not a valid action "
            "handler plugin."
        )

    updated_action = action_handler.update_action(
        action=action,
        action_update=action_update,
    )

    return dehydrate_response_model(updated_action)

artifact_endpoint

Endpoint definitions for artifacts.

create_artifact(artifact, _=Security(oauth2_authentication))

Create a new artifact.

Parameters:

Name	Type	Description	Default
artifact	ArtifactRequest	The artifact to create.	required

Returns:

Type	Description
ArtifactResponse	The created artifact.

Source code in zenml/zen_server/routers/artifact_endpoint.py

@artifact_router.post(
    "",
    response_model=ArtifactResponse,
    responses={401: error_response, 409: error_response, 422: error_response},
)
@handle_exceptions
def create_artifact(
    artifact: ArtifactRequest,
    _: AuthContext = Security(authorize),
) -> ArtifactResponse:
    """Create a new artifact.

    Args:
        artifact: The artifact to create.

    Returns:
        The created artifact.
    """
    return verify_permissions_and_create_entity(
        request_model=artifact,
        resource_type=ResourceType.ARTIFACT,
        create_method=zen_store().create_artifact,
    )

delete_artifact(artifact_id, _=Security(oauth2_authentication))

Delete an artifact by ID.

Parameters:

Name	Type	Description	Default
artifact_id	UUID	The ID of the artifact to delete.	required

Source code in zenml/zen_server/routers/artifact_endpoint.py

@artifact_router.delete(
    "/{artifact_id}",
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def delete_artifact(
    artifact_id: UUID,
    _: AuthContext = Security(authorize),
) -> None:
    """Delete an artifact by ID.

    Args:
        artifact_id: The ID of the artifact to delete.
    """
    verify_permissions_and_delete_entity(
        id=artifact_id,
        get_method=zen_store().get_artifact,
        delete_method=zen_store().delete_artifact,
    )

get_artifact(artifact_id, hydrate=True, _=Security(oauth2_authentication))

Get an artifact by ID.

Parameters:

Name	Type	Description	Default
artifact_id	UUID	The ID of the artifact to get.	required
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	True

Returns:

Type	Description
ArtifactResponse	The artifact with the given ID.

Source code in zenml/zen_server/routers/artifact_endpoint.py

@artifact_router.get(
    "/{artifact_id}",
    response_model=ArtifactResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_artifact(
    artifact_id: UUID,
    hydrate: bool = True,
    _: AuthContext = Security(authorize),
) -> ArtifactResponse:
    """Get an artifact by ID.

    Args:
        artifact_id: The ID of the artifact to get.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        The artifact with the given ID.
    """
    return verify_permissions_and_get_entity(
        id=artifact_id,
        get_method=zen_store().get_artifact,
        hydrate=hydrate,
    )

list_artifacts(artifact_filter_model=Depends(init_cls_and_handle_errors), hydrate=False, _=Security(oauth2_authentication))

Get artifacts according to query filters.

Parameters:

Name	Type	Description	Default
artifact_filter_model	ArtifactFilter	Filter model used for pagination, sorting, filtering.	Depends(init_cls_and_handle_errors)
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False

Returns:

Type	Description
Page[ArtifactResponse]	The artifacts according to query filters.

Source code in zenml/zen_server/routers/artifact_endpoint.py

@artifact_router.get(
    "",
    response_model=Page[ArtifactResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_artifacts(
    artifact_filter_model: ArtifactFilter = Depends(
        make_dependable(ArtifactFilter)
    ),
    hydrate: bool = False,
    _: AuthContext = Security(authorize),
) -> Page[ArtifactResponse]:
    """Get artifacts according to query filters.

    Args:
        artifact_filter_model: Filter model used for pagination, sorting,
            filtering.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        The artifacts according to query filters.
    """
    return verify_permissions_and_list_entities(
        filter_model=artifact_filter_model,
        resource_type=ResourceType.ARTIFACT,
        list_method=zen_store().list_artifacts,
        hydrate=hydrate,
    )

update_artifact(artifact_id, artifact_update, _=Security(oauth2_authentication))

Update an artifact by ID.

Parameters:

Name	Type	Description	Default
artifact_id	UUID	The ID of the artifact to update.	required
artifact_update	ArtifactUpdate	The update to apply to the artifact.	required

Returns:

Type	Description
ArtifactResponse	The updated artifact.

Source code in zenml/zen_server/routers/artifact_endpoint.py

@artifact_router.put(
    "/{artifact_id}",
    response_model=ArtifactResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def update_artifact(
    artifact_id: UUID,
    artifact_update: ArtifactUpdate,
    _: AuthContext = Security(authorize),
) -> ArtifactResponse:
    """Update an artifact by ID.

    Args:
        artifact_id: The ID of the artifact to update.
        artifact_update: The update to apply to the artifact.

    Returns:
        The updated artifact.
    """
    return verify_permissions_and_update_entity(
        id=artifact_id,
        update_model=artifact_update,
        get_method=zen_store().get_artifact,
        update_method=zen_store().update_artifact,
    )

artifact_version_endpoints

Endpoint definitions for artifact versions.

create_artifact_version(artifact_version, _=Security(oauth2_authentication))

Create a new artifact version.

Parameters:

Name	Type	Description	Default
artifact_version	ArtifactVersionRequest	The artifact version to create.	required

Returns:

Type	Description
ArtifactVersionResponse	The created artifact version.

Source code in zenml/zen_server/routers/artifact_version_endpoints.py

@artifact_version_router.post(
    "",
    response_model=ArtifactVersionResponse,
    responses={401: error_response, 409: error_response, 422: error_response},
)
@handle_exceptions
def create_artifact_version(
    artifact_version: ArtifactVersionRequest,
    _: AuthContext = Security(authorize),
) -> ArtifactVersionResponse:
    """Create a new artifact version.

    Args:
        artifact_version: The artifact version to create.

    Returns:
        The created artifact version.
    """
    return verify_permissions_and_create_entity(
        request_model=artifact_version,
        resource_type=ResourceType.ARTIFACT_VERSION,
        create_method=zen_store().create_artifact_version,
    )

delete_artifact_version(artifact_version_id, _=Security(oauth2_authentication))

Delete an artifact version by ID.

Parameters:

Name	Type	Description	Default
artifact_version_id	UUID	The ID of the artifact version to delete.	required

Source code in zenml/zen_server/routers/artifact_version_endpoints.py

@artifact_version_router.delete(
    "/{artifact_version_id}",
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def delete_artifact_version(
    artifact_version_id: UUID,
    _: AuthContext = Security(authorize),
) -> None:
    """Delete an artifact version by ID.

    Args:
        artifact_version_id: The ID of the artifact version to delete.
    """
    verify_permissions_and_delete_entity(
        id=artifact_version_id,
        get_method=zen_store().get_artifact_version,
        delete_method=zen_store().delete_artifact_version,
    )

get_artifact_version(artifact_version_id, hydrate=True, _=Security(oauth2_authentication))

Get an artifact version by ID.

Parameters:

Name	Type	Description	Default
artifact_version_id	UUID	The ID of the artifact version to get.	required
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	True

Returns:

Type	Description
ArtifactVersionResponse	The artifact version with the given ID.

Source code in zenml/zen_server/routers/artifact_version_endpoints.py

@artifact_version_router.get(
    "/{artifact_version_id}",
    response_model=ArtifactVersionResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_artifact_version(
    artifact_version_id: UUID,
    hydrate: bool = True,
    _: AuthContext = Security(authorize),
) -> ArtifactVersionResponse:
    """Get an artifact version by ID.

    Args:
        artifact_version_id: The ID of the artifact version to get.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        The artifact version with the given ID.
    """
    return verify_permissions_and_get_entity(
        id=artifact_version_id,
        get_method=zen_store().get_artifact_version,
        hydrate=hydrate,
    )

get_artifact_visualization(artifact_version_id, index=0, _=Security(oauth2_authentication))

Get the visualization of an artifact.

Parameters:

Name	Type	Description	Default
artifact_version_id	UUID	ID of the artifact version for which to get the visualization.	required
index	int	Index of the visualization to get (if there are multiple).	0

Returns:

Type	Description
LoadedVisualization	The visualization of the artifact version.

Source code in zenml/zen_server/routers/artifact_version_endpoints.py

@artifact_version_router.get(
    "/{artifact_version_id}" + VISUALIZE,
    response_model=LoadedVisualization,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_artifact_visualization(
    artifact_version_id: UUID,
    index: int = 0,
    _: AuthContext = Security(authorize),
) -> LoadedVisualization:
    """Get the visualization of an artifact.

    Args:
        artifact_version_id: ID of the artifact version for which to get the visualization.
        index: Index of the visualization to get (if there are multiple).

    Returns:
        The visualization of the artifact version.
    """
    store = zen_store()
    artifact = verify_permissions_and_get_entity(
        id=artifact_version_id, get_method=store.get_artifact_version
    )
    return load_artifact_visualization(
        artifact=artifact, index=index, zen_store=store, encode_image=True
    )

list_artifact_versions(artifact_version_filter_model=Depends(init_cls_and_handle_errors), hydrate=False, auth_context=Security(oauth2_authentication))

Get artifact versions according to query filters.

Parameters:

Name	Type	Description	Default
artifact_version_filter_model	ArtifactVersionFilter	Filter model used for pagination, sorting, filtering.	Depends(init_cls_and_handle_errors)
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False
auth_context	AuthContext	The authentication context.	Security(oauth2_authentication)

Returns:

Type	Description
Page[ArtifactVersionResponse]	The artifact versions according to query filters.

Source code in zenml/zen_server/routers/artifact_version_endpoints.py

@artifact_version_router.get(
    "",
    response_model=Page[ArtifactVersionResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_artifact_versions(
    artifact_version_filter_model: ArtifactVersionFilter = Depends(
        make_dependable(ArtifactVersionFilter)
    ),
    hydrate: bool = False,
    auth_context: AuthContext = Security(authorize),
) -> Page[ArtifactVersionResponse]:
    """Get artifact versions according to query filters.

    Args:
        artifact_version_filter_model: Filter model used for pagination,
            sorting, filtering.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.
        auth_context: The authentication context.

    Returns:
        The artifact versions according to query filters.
    """
    allowed_artifact_ids = get_allowed_resource_ids(
        resource_type=ResourceType.ARTIFACT
    )
    artifact_version_filter_model.configure_rbac(
        authenticated_user_id=auth_context.user.id,
        artifact_id=allowed_artifact_ids,
    )
    artifact_versions = zen_store().list_artifact_versions(
        artifact_version_filter_model=artifact_version_filter_model,
        hydrate=hydrate,
    )
    return dehydrate_page(artifact_versions)

prune_artifact_versions(only_versions=True, _=Security(oauth2_authentication))

Prunes unused artifact versions and their artifacts.

Parameters:

Name	Type	Description	Default
only_versions	bool	Only delete artifact versions, keeping artifacts	True

Source code in zenml/zen_server/routers/artifact_version_endpoints.py

@artifact_version_router.delete(
    "/",
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def prune_artifact_versions(
    only_versions: bool = True,
    _: AuthContext = Security(authorize),
) -> None:
    """Prunes unused artifact versions and their artifacts.

    Args:
        only_versions: Only delete artifact versions, keeping artifacts
    """
    verify_permissions_and_prune_entities(
        resource_type=ResourceType.ARTIFACT_VERSION,
        prune_method=zen_store().prune_artifact_versions,
        only_versions=only_versions,
    )

update_artifact_version(artifact_version_id, artifact_version_update, _=Security(oauth2_authentication))

Update an artifact by ID.

Parameters:

Name	Type	Description	Default
artifact_version_id	UUID	The ID of the artifact version to update.	required
artifact_version_update	ArtifactVersionUpdate	The update to apply to the artifact version.	required

Returns:

Type	Description
ArtifactVersionResponse	The updated artifact.

Source code in zenml/zen_server/routers/artifact_version_endpoints.py

@artifact_version_router.put(
    "/{artifact_version_id}",
    response_model=ArtifactVersionResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def update_artifact_version(
    artifact_version_id: UUID,
    artifact_version_update: ArtifactVersionUpdate,
    _: AuthContext = Security(authorize),
) -> ArtifactVersionResponse:
    """Update an artifact by ID.

    Args:
        artifact_version_id: The ID of the artifact version to update.
        artifact_version_update: The update to apply to the artifact version.

    Returns:
        The updated artifact.
    """
    return verify_permissions_and_update_entity(
        id=artifact_version_id,
        update_model=artifact_version_update,
        get_method=zen_store().get_artifact_version,
        update_method=zen_store().update_artifact_version,
    )

auth_endpoints

Endpoint definitions for authentication (login).

OAuthLoginRequestForm

OAuth2 grant type request form.

This form allows multiple grant types to be used with the same endpoint: * standard OAuth2 password grant type * standard OAuth2 device authorization grant type * ZenML service account + API key grant type (proprietary) * ZenML External Authenticator grant type (proprietary)

Source code in zenml/zen_server/routers/auth_endpoints.py

class OAuthLoginRequestForm:
    """OAuth2 grant type request form.

    This form allows multiple grant types to be used with the same endpoint:
    * standard OAuth2 password grant type
    * standard  OAuth2 device authorization grant type
    * ZenML service account + API key grant type (proprietary)
    * ZenML External Authenticator grant type (proprietary)
    """

    def __init__(
        self,
        grant_type: Optional[str] = Form(None),
        username: Optional[str] = Form(None),
        password: Optional[str] = Form(None),
        client_id: Optional[str] = Form(None),
        device_code: Optional[str] = Form(None),
    ):
        """Initializes the form.

        Args:
            grant_type: The grant type.
            username: The username. Only used for the password grant type.
            password: The password. Only used for the password grant type.
            client_id: The client ID.
            device_code: The device code. Only used for the device authorization
                grant type.

        Raises:
            HTTPException: If the request is invalid.
        """
        if not grant_type:
            # Detect the grant type from the form data
            if username is not None:
                self.grant_type = OAuthGrantTypes.OAUTH_PASSWORD
            elif password:
                self.grant_type = OAuthGrantTypes.ZENML_API_KEY
            elif device_code:
                self.grant_type = OAuthGrantTypes.OAUTH_DEVICE_CODE
            else:
                self.grant_type = OAuthGrantTypes.ZENML_EXTERNAL
        else:
            if grant_type not in OAuthGrantTypes.values():
                logger.info(
                    f"Request with unsupported grant type: {grant_type}"
                )
                raise HTTPException(
                    status_code=status.HTTP_400_BAD_REQUEST,
                    detail=f"Unsupported grant type: {grant_type}",
                )
            self.grant_type = OAuthGrantTypes(grant_type)

        config = server_config()

        if self.grant_type == OAuthGrantTypes.OAUTH_PASSWORD:
            if config.auth_scheme != AuthScheme.OAUTH2_PASSWORD_BEARER:
                logger.info(
                    f"Request with unsupported grant type: {self.grant_type}"
                )
                raise HTTPException(
                    status_code=status.HTTP_400_BAD_REQUEST,
                    detail=f"Unsupported grant type: {self.grant_type}.",
                )
            if not username:
                logger.info("Request with missing username")
                raise HTTPException(
                    status_code=status.HTTP_400_BAD_REQUEST,
                    detail="Invalid request: username is required.",
                )
            self.username = username
            self.password = password or ""
        elif self.grant_type == OAuthGrantTypes.OAUTH_DEVICE_CODE:
            if not device_code or not client_id:
                logger.info("Request with missing device code or client ID")
                raise HTTPException(
                    status_code=status.HTTP_400_BAD_REQUEST,
                    detail="Invalid request: device code and client ID are "
                    "required.",
                )
            try:
                self.client_id = UUID(client_id)
            except ValueError:
                logger.info(f"Request with invalid client ID: {client_id}")
                raise HTTPException(
                    status_code=status.HTTP_400_BAD_REQUEST,
                    detail="Invalid request: invalid client ID.",
                )
            self.device_code = device_code
        elif self.grant_type == OAuthGrantTypes.ZENML_API_KEY:
            if not password:
                raise HTTPException(
                    status_code=status.HTTP_400_BAD_REQUEST,
                    detail="API key is required.",
                )
            self.api_key = password
        elif self.grant_type == OAuthGrantTypes.ZENML_EXTERNAL:
            if config.auth_scheme != AuthScheme.EXTERNAL:
                logger.info(
                    f"Request with unsupported grant type: {self.grant_type}"
                )
                raise HTTPException(
                    status_code=status.HTTP_400_BAD_REQUEST,
                    detail=f"Unsupported grant type: {self.grant_type}.",
                )

__init__(self, grant_type=Form(None), username=Form(None), password=Form(None), client_id=Form(None), device_code=Form(None)) special

Initializes the form.

Parameters:

Name	Type	Description	Default
grant_type	Optional[str]	The grant type.	Form(None)
username	Optional[str]	The username. Only used for the password grant type.	Form(None)
password	Optional[str]	The password. Only used for the password grant type.	Form(None)
client_id	Optional[str]	The client ID.	Form(None)
device_code	Optional[str]	The device code. Only used for the device authorization grant type.	Form(None)

Exceptions:

Type	Description
HTTPException	If the request is invalid.

Source code in zenml/zen_server/routers/auth_endpoints.py

def __init__(
    self,
    grant_type: Optional[str] = Form(None),
    username: Optional[str] = Form(None),
    password: Optional[str] = Form(None),
    client_id: Optional[str] = Form(None),
    device_code: Optional[str] = Form(None),
):
    """Initializes the form.

    Args:
        grant_type: The grant type.
        username: The username. Only used for the password grant type.
        password: The password. Only used for the password grant type.
        client_id: The client ID.
        device_code: The device code. Only used for the device authorization
            grant type.

    Raises:
        HTTPException: If the request is invalid.
    """
    if not grant_type:
        # Detect the grant type from the form data
        if username is not None:
            self.grant_type = OAuthGrantTypes.OAUTH_PASSWORD
        elif password:
            self.grant_type = OAuthGrantTypes.ZENML_API_KEY
        elif device_code:
            self.grant_type = OAuthGrantTypes.OAUTH_DEVICE_CODE
        else:
            self.grant_type = OAuthGrantTypes.ZENML_EXTERNAL
    else:
        if grant_type not in OAuthGrantTypes.values():
            logger.info(
                f"Request with unsupported grant type: {grant_type}"
            )
            raise HTTPException(
                status_code=status.HTTP_400_BAD_REQUEST,
                detail=f"Unsupported grant type: {grant_type}",
            )
        self.grant_type = OAuthGrantTypes(grant_type)

    config = server_config()

    if self.grant_type == OAuthGrantTypes.OAUTH_PASSWORD:
        if config.auth_scheme != AuthScheme.OAUTH2_PASSWORD_BEARER:
            logger.info(
                f"Request with unsupported grant type: {self.grant_type}"
            )
            raise HTTPException(
                status_code=status.HTTP_400_BAD_REQUEST,
                detail=f"Unsupported grant type: {self.grant_type}.",
            )
        if not username:
            logger.info("Request with missing username")
            raise HTTPException(
                status_code=status.HTTP_400_BAD_REQUEST,
                detail="Invalid request: username is required.",
            )
        self.username = username
        self.password = password or ""
    elif self.grant_type == OAuthGrantTypes.OAUTH_DEVICE_CODE:
        if not device_code or not client_id:
            logger.info("Request with missing device code or client ID")
            raise HTTPException(
                status_code=status.HTTP_400_BAD_REQUEST,
                detail="Invalid request: device code and client ID are "
                "required.",
            )
        try:
            self.client_id = UUID(client_id)
        except ValueError:
            logger.info(f"Request with invalid client ID: {client_id}")
            raise HTTPException(
                status_code=status.HTTP_400_BAD_REQUEST,
                detail="Invalid request: invalid client ID.",
            )
        self.device_code = device_code
    elif self.grant_type == OAuthGrantTypes.ZENML_API_KEY:
        if not password:
            raise HTTPException(
                status_code=status.HTTP_400_BAD_REQUEST,
                detail="API key is required.",
            )
        self.api_key = password
    elif self.grant_type == OAuthGrantTypes.ZENML_EXTERNAL:
        if config.auth_scheme != AuthScheme.EXTERNAL:
            logger.info(
                f"Request with unsupported grant type: {self.grant_type}"
            )
            raise HTTPException(
                status_code=status.HTTP_400_BAD_REQUEST,
                detail=f"Unsupported grant type: {self.grant_type}.",
            )

api_token(pipeline_id=None, schedule_id=None, expires_minutes=None, auth_context=Security(oauth2_authentication))

Get a workload API token for the current user.

Parameters:

Name	Type	Description	Default
pipeline_id	Optional[uuid.UUID]	The ID of the pipeline to get the API token for.	None
schedule_id	Optional[uuid.UUID]	The ID of the schedule to get the API token for.	None
expires_minutes	Optional[int]	The number of minutes for which the API token should be valid. If not provided, the API token will be valid indefinitely.	None
auth_context	AuthContext	The authentication context.	Security(oauth2_authentication)

Returns:

Type	Description
str	The API token.

Exceptions:

Type	Description
HTTPException	If the user is not authenticated.
AuthorizationException	If trying to scope the API token to a different pipeline/schedule than the token used to authorize this request.

Source code in zenml/zen_server/routers/auth_endpoints.py

@router.get(
    API_TOKEN,
    response_model=str,
)
@handle_exceptions
def api_token(
    pipeline_id: Optional[UUID] = None,
    schedule_id: Optional[UUID] = None,
    expires_minutes: Optional[int] = None,
    auth_context: AuthContext = Security(authorize),
) -> str:
    """Get a workload API token for the current user.

    Args:
        pipeline_id: The ID of the pipeline to get the API token for.
        schedule_id: The ID of the schedule to get the API token for.
        expires_minutes: The number of minutes for which the API token should
            be valid. If not provided, the API token will be valid indefinitely.
        auth_context: The authentication context.

    Returns:
        The API token.

    Raises:
        HTTPException: If the user is not authenticated.
        AuthorizationException: If trying to scope the API token to a different
            pipeline/schedule than the token used to authorize this request.
    """
    token = auth_context.access_token
    if not token or not auth_context.encoded_access_token:
        # Should not happen
        raise HTTPException(
            status_code=status.HTTP_401_UNAUTHORIZED,
            detail="Not authenticated.",
        )

    verify_permission(
        resource_type=ResourceType.PIPELINE_RUN, action=Action.CREATE
    )

    if pipeline_id and token.pipeline_id and pipeline_id != token.pipeline_id:
        raise AuthorizationException(
            f"Unable to scope API token to pipeline {pipeline_id}. The "
            f"token used to authorize this request is already scoped to "
            f"pipeline {token.pipeline_id}."
        )

    if schedule_id and token.schedule_id and schedule_id != token.schedule_id:
        raise AuthorizationException(
            f"Unable to scope API token to schedule {schedule_id}. The "
            f"token used to authorize this request is already scoped to "
            f"schedule {token.schedule_id}."
        )

    if not token.device_id and not token.api_key_id:
        # If not authenticated with a device or a service account, the current
        # API token is returned as is, without any modifications. Issuing
        # workload tokens is only supported for device authenticated users and
        # service accounts, because device tokens can be revoked at any time and
        # service accounts can be disabled.
        return auth_context.encoded_access_token

    # If authenticated with a device, a new API token is generated for the
    # pipeline and/or schedule.
    if pipeline_id:
        token.pipeline_id = pipeline_id
    if schedule_id:
        token.schedule_id = schedule_id
    expires: Optional[datetime] = None
    if expires_minutes:
        expires = datetime.utcnow() + timedelta(minutes=expires_minutes)
    return token.encode(expires=expires)

device_authorization(request, client_id=Form(PydanticUndefined))

OAuth2 device authorization endpoint.

This endpoint implements the OAuth2 device authorization grant flow as defined in https://tools.ietf.org/html/rfc8628. It is called to initiate the device authorization flow by requesting a device and user code for a given client ID.

For a new client ID, a new OAuth device is created, stored in the DB and returned to the client along with a pair of newly generated device and user codes. If a device for the given client ID already exists, the existing DB entry is reused and new device and user codes are generated.

Parameters:

Name	Type	Description	Default
request	Request	The request object.	required
client_id	UUID	The client ID.	Form(PydanticUndefined)

Returns:

Type	Description
OAuthDeviceAuthorizationResponse	The device authorization response.

Source code in zenml/zen_server/routers/auth_endpoints.py

@router.post(
    DEVICE_AUTHORIZATION,
    response_model=OAuthDeviceAuthorizationResponse,
)
def device_authorization(
    request: Request,
    client_id: UUID = Form(...),
) -> OAuthDeviceAuthorizationResponse:
    """OAuth2 device authorization endpoint.

    This endpoint implements the OAuth2 device authorization grant flow as
    defined in https://tools.ietf.org/html/rfc8628. It is called to initiate
    the device authorization flow by requesting a device and user code for a
    given client ID.

    For a new client ID, a new OAuth device is created, stored in the DB and
    returned to the client along with a pair of newly generated device and user
    codes. If a device for the given client ID already exists, the existing
    DB entry is reused and new device and user codes are generated.

    Args:
        request: The request object.
        client_id: The client ID.

    Returns:
        The device authorization response.
    """
    config = server_config()
    store = zen_store()

    # Use this opportunity to delete expired devices
    store.delete_expired_authorized_devices()

    # Fetch additional details about the client from the user-agent header
    user_agent_header = request.headers.get("User-Agent")
    if user_agent_header:
        device_details = OAuthDeviceUserAgentHeader.decode(user_agent_header)
    else:
        device_details = OAuthDeviceUserAgentHeader()

    # Fetch the IP address of the client
    ip_address: str = ""
    city, region, country = "", "", ""
    forwarded = request.headers.get("X-Forwarded-For")

    if forwarded:
        ip_address = forwarded.split(",")[0].strip()
    elif request.client and request.client.host:
        ip_address = request.client.host

    if ip_address:
        city, region, country = get_ip_location(ip_address)

    # Check if a device is already registered for the same client ID.
    try:
        device_model = store.get_internal_authorized_device(
            client_id=client_id
        )
    except KeyError:
        device_model = store.create_authorized_device(
            OAuthDeviceInternalRequest(
                client_id=client_id,
                expires_in=config.device_auth_timeout,
                ip_address=ip_address,
                city=city,
                region=region,
                country=country,
                **device_details.model_dump(exclude_none=True),
            )
        )
    else:
        # Put the device into pending state and generate new codes. This
        # effectively invalidates the old codes and the device cannot be used
        # for authentication anymore.
        device_model = store.update_internal_authorized_device(
            device_id=device_model.id,
            update=OAuthDeviceInternalUpdate(
                trusted_device=False,
                expires_in=config.device_auth_timeout,
                status=OAuthDeviceStatus.PENDING,
                failed_auth_attempts=0,
                generate_new_codes=True,
                ip_address=ip_address,
                city=city,
                region=region,
                country=country,
                **device_details.model_dump(exclude_none=True),
            ),
        )

    dashboard_url = config.dashboard_url or config.server_url

    if dashboard_url:
        verification_uri = dashboard_url.lstrip("/") + DEVICES + DEVICE_VERIFY
    else:
        verification_uri = DEVICES + DEVICE_VERIFY

    verification_uri_complete = (
        verification_uri
        + "?"
        + urlencode(
            dict(
                device_id=str(device_model.id),
                user_code=str(device_model.user_code),
            )
        )
    )
    return OAuthDeviceAuthorizationResponse(
        device_code=device_model.device_code,
        user_code=device_model.user_code,
        expires_in=config.device_auth_timeout,
        interval=config.device_auth_polling_interval,
        verification_uri=verification_uri,
        verification_uri_complete=verification_uri_complete,
    )

generate_access_token(user_id, response, device=None, api_key=None)

Generates an access token for the given user.

Parameters:

Name	Type	Description	Default
user_id	UUID	The ID of the user.	required
response	Response	The FastAPI response object.	required
device	Optional[zenml.models.v2.core.device.OAuthDeviceInternalResponse]	The device used for authentication.	None
api_key	Optional[zenml.models.v2.core.api_key.APIKeyInternalResponse]	The service account API key used for authentication.	None

Returns:

Type	Description
OAuthTokenResponse	An authentication response with an access token.

Source code in zenml/zen_server/routers/auth_endpoints.py

def generate_access_token(
    user_id: UUID,
    response: Response,
    device: Optional[OAuthDeviceInternalResponse] = None,
    api_key: Optional[APIKeyInternalResponse] = None,
) -> OAuthTokenResponse:
    """Generates an access token for the given user.

    Args:
        user_id: The ID of the user.
        response: The FastAPI response object.
        device: The device used for authentication.
        api_key: The service account API key used for authentication.

    Returns:
        An authentication response with an access token.
    """
    config = server_config()

    # The JWT tokens are set to expire according to the values configured
    # in the server config. Device tokens are handled separately from regular
    # user tokens.
    expires: Optional[datetime] = None
    expires_in: Optional[int] = None
    if device:
        # If a device was used for authentication, the token will expire
        # at the same time as the device.
        expires = device.expires
        if expires:
            expires_in = max(
                int(expires.timestamp() - datetime.utcnow().timestamp()), 0
            )
    elif config.jwt_token_expire_minutes:
        expires = datetime.utcnow() + timedelta(
            minutes=config.jwt_token_expire_minutes
        )
        expires_in = config.jwt_token_expire_minutes * 60

    access_token = JWTToken(
        user_id=user_id,
        device_id=device.id if device else None,
        api_key_id=api_key.id if api_key else None,
    ).encode(expires=expires)

    if not device:
        # Also set the access token as an HTTP only cookie in the response
        response.set_cookie(
            key=config.get_auth_cookie_name(),
            value=access_token,
            httponly=True,
            samesite="lax",
            max_age=config.jwt_token_expire_minutes * 60
            if config.jwt_token_expire_minutes
            else None,
            domain=config.auth_cookie_domain,
        )

    return OAuthTokenResponse(
        access_token=access_token, expires_in=expires_in, token_type="bearer"
    )

logout(response)

Logs out the user.

Parameters:

Name	Type	Description	Default
response	Response	The response object.	required

Source code in zenml/zen_server/routers/auth_endpoints.py

@router.get(
    LOGOUT,
)
def logout(
    response: Response,
) -> None:
    """Logs out the user.

    Args:
        response: The response object.
    """
    config = server_config()

    # Remove the HTTP only cookie even if it does not exist
    response.delete_cookie(
        key=config.get_auth_cookie_name(),
        httponly=True,
        samesite="lax",
        domain=config.auth_cookie_domain,
    )

token(request, response, auth_form_data=Depends(OAuthLoginRequestForm))

OAuth2 token endpoint.

Parameters:

Name	Type	Description	Default
request	Request	The request object.	required
response	Response	The response object.	required
auth_form_data	OAuthLoginRequestForm	The OAuth 2.0 authentication form data.	Depends(OAuthLoginRequestForm)

Returns:

Type	Description
Union[zenml.models.v2.misc.auth_models.OAuthTokenResponse, zenml.models.v2.misc.auth_models.OAuthRedirectResponse]	An access token or a redirect response.

Exceptions:

Type	Description
ValueError	If the grant type is invalid.

Source code in zenml/zen_server/routers/auth_endpoints.py

@router.post(
    LOGIN,
    response_model=Union[OAuthTokenResponse, OAuthRedirectResponse],
)
@rate_limit_requests(
    day_limit=server_config().login_rate_limit_day,
    minute_limit=server_config().login_rate_limit_minute,
)
@handle_exceptions
def token(
    request: Request,
    response: Response,
    auth_form_data: OAuthLoginRequestForm = Depends(),
) -> Union[OAuthTokenResponse, OAuthRedirectResponse]:
    """OAuth2 token endpoint.

    Args:
        request: The request object.
        response: The response object.
        auth_form_data: The OAuth 2.0 authentication form data.

    Returns:
        An access token or a redirect response.

    Raises:
        ValueError: If the grant type is invalid.
    """
    if auth_form_data.grant_type == OAuthGrantTypes.OAUTH_PASSWORD:
        auth_context = authenticate_credentials(
            user_name_or_id=auth_form_data.username,
            password=auth_form_data.password,
        )

    elif auth_form_data.grant_type == OAuthGrantTypes.OAUTH_DEVICE_CODE:
        auth_context = authenticate_device(
            client_id=auth_form_data.client_id,
            device_code=auth_form_data.device_code,
        )
    elif auth_form_data.grant_type == OAuthGrantTypes.ZENML_API_KEY:
        auth_context = authenticate_api_key(
            api_key=auth_form_data.api_key,
        )

    elif auth_form_data.grant_type == OAuthGrantTypes.ZENML_EXTERNAL:
        config = server_config()

        assert config.external_cookie_name is not None
        assert config.external_login_url is not None

        authorization_url = config.external_login_url

        # First, try to get the external access token from the external cookie
        external_access_token = request.cookies.get(
            config.external_cookie_name
        )
        if not external_access_token:
            # Next, try to get the external access token from the authorization
            # header
            authorization_header = request.headers.get("Authorization")
            if authorization_header:
                scheme, _, token = authorization_header.partition(" ")
                if token and scheme.lower() == "bearer":
                    external_access_token = token
                    logger.info(
                        "External access token found in authorization header."
                    )
        else:
            logger.info("External access token found in cookie.")

        if not external_access_token:
            logger.info(
                "External access token not found. Redirecting to "
                "external authenticator."
            )

            # Redirect the user to the external authentication login endpoint
            return OAuthRedirectResponse(authorization_url=authorization_url)

        auth_context = authenticate_external_user(
            external_access_token=external_access_token
        )

    else:
        # Shouldn't happen, because we verify all grants in the form data
        raise ValueError("Invalid grant type.")

    return generate_access_token(
        user_id=auth_context.user.id,
        response=response,
        device=auth_context.device,
        api_key=auth_context.api_key,
    )

code_repositories_endpoints

Endpoint definitions for code repositories.

delete_code_repository(code_repository_id, _=Security(oauth2_authentication))

Deletes a specific code repository.

Parameters:

Name	Type	Description	Default
code_repository_id	UUID	The ID of the code repository to delete.	required

Source code in zenml/zen_server/routers/code_repositories_endpoints.py

@router.delete(
    "/{code_repository_id}",
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def delete_code_repository(
    code_repository_id: UUID,
    _: AuthContext = Security(authorize),
) -> None:
    """Deletes a specific code repository.

    Args:
        code_repository_id: The ID of the code repository to delete.
    """
    verify_permissions_and_delete_entity(
        id=code_repository_id,
        get_method=zen_store().get_code_repository,
        delete_method=zen_store().delete_code_repository,
    )

get_code_repository(code_repository_id, hydrate=True, _=Security(oauth2_authentication))

Gets a specific code repository using its unique ID.

Parameters:

Name	Type	Description	Default
code_repository_id	UUID	The ID of the code repository to get.	required
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	True

Returns:

Type	Description
CodeRepositoryResponse	A specific code repository object.

Source code in zenml/zen_server/routers/code_repositories_endpoints.py

@router.get(
    "/{code_repository_id}",
    response_model=CodeRepositoryResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_code_repository(
    code_repository_id: UUID,
    hydrate: bool = True,
    _: AuthContext = Security(authorize),
) -> CodeRepositoryResponse:
    """Gets a specific code repository using its unique ID.

    Args:
        code_repository_id: The ID of the code repository to get.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        A specific code repository object.
    """
    return verify_permissions_and_get_entity(
        id=code_repository_id,
        get_method=zen_store().get_code_repository,
        hydrate=hydrate,
    )

list_code_repositories(filter_model=Depends(init_cls_and_handle_errors), hydrate=False, _=Security(oauth2_authentication))

Gets a page of code repositories.

Parameters:

Name	Type	Description	Default
filter_model	CodeRepositoryFilter	Filter model used for pagination, sorting, filtering.	Depends(init_cls_and_handle_errors)
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False

Returns:

Type	Description
Page[CodeRepositoryResponse]	Page of code repository objects.

Source code in zenml/zen_server/routers/code_repositories_endpoints.py

@router.get(
    "",
    response_model=Page[CodeRepositoryResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_code_repositories(
    filter_model: CodeRepositoryFilter = Depends(
        make_dependable(CodeRepositoryFilter)
    ),
    hydrate: bool = False,
    _: AuthContext = Security(authorize),
) -> Page[CodeRepositoryResponse]:
    """Gets a page of code repositories.

    Args:
        filter_model: Filter model used for pagination, sorting,
            filtering.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        Page of code repository objects.
    """
    return verify_permissions_and_list_entities(
        filter_model=filter_model,
        resource_type=ResourceType.CODE_REPOSITORY,
        list_method=zen_store().list_code_repositories,
        hydrate=hydrate,
    )

update_code_repository(code_repository_id, update, _=Security(oauth2_authentication))

Updates a code repository.

Parameters:

Name	Type	Description	Default
code_repository_id	UUID	The ID of the code repository to update.	required
update	CodeRepositoryUpdate	The model containing the attributes to update.	required

Returns:

Type	Description
CodeRepositoryResponse	The updated code repository object.

Source code in zenml/zen_server/routers/code_repositories_endpoints.py

@router.put(
    "/{code_repository_id}",
    response_model=CodeRepositoryResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def update_code_repository(
    code_repository_id: UUID,
    update: CodeRepositoryUpdate,
    _: AuthContext = Security(authorize),
) -> CodeRepositoryResponse:
    """Updates a code repository.

    Args:
        code_repository_id: The ID of the code repository to update.
        update: The model containing the attributes to update.

    Returns:
        The updated code repository object.
    """
    return verify_permissions_and_update_entity(
        id=code_repository_id,
        update_model=update,
        get_method=zen_store().get_code_repository,
        update_method=zen_store().update_code_repository,
    )

devices_endpoints

Endpoint definitions for code repositories.

delete_authorized_device(device_id, auth_context=Security(oauth2_authentication))

Deletes a specific OAuth2 authorized device using its unique ID.

Parameters:

Name	Type	Description	Default
device_id	UUID	The ID of the OAuth2 authorized device to delete.	required
auth_context	AuthContext	The current auth context.	Security(oauth2_authentication)

Exceptions:

Type	Description
KeyError	If the device with the given ID does not exist or does not belong to the current user.

Source code in zenml/zen_server/routers/devices_endpoints.py

@router.delete(
    "/{device_id}",
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def delete_authorized_device(
    device_id: UUID,
    auth_context: AuthContext = Security(authorize),
) -> None:
    """Deletes a specific OAuth2 authorized device using its unique ID.

    Args:
        device_id: The ID of the OAuth2 authorized device to delete.
        auth_context: The current auth context.

    Raises:
        KeyError: If the device with the given ID does not exist or does not
            belong to the current user.
    """
    device = zen_store().get_authorized_device(device_id=device_id)
    if not device.user or device.user.id != auth_context.user.id:
        raise KeyError(
            f"Unable to get device with ID {device_id}: No device with "
            "this ID found."
        )

    zen_store().delete_authorized_device(device_id=device_id)

get_authorization_device(device_id, user_code=None, hydrate=True, auth_context=Security(oauth2_authentication))

Gets a specific OAuth2 authorized device using its unique ID.

Parameters:

Name	Type	Description	Default
device_id	UUID	The ID of the OAuth2 authorized device to get.	required
user_code	Optional[str]	The user code of the OAuth2 authorized device to get. Needs to be specified with devices that have not been verified yet.	None
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	True
auth_context	AuthContext	The current auth context.	Security(oauth2_authentication)

Returns:

Type	Description
OAuthDeviceResponse	A specific OAuth2 authorized device object.

Exceptions:

Type	Description
KeyError	If the device with the given ID does not exist, does not belong to the current user or could not be verified using the given user code.

Source code in zenml/zen_server/routers/devices_endpoints.py

@router.get(
    "/{device_id}",
    response_model=OAuthDeviceResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_authorization_device(
    device_id: UUID,
    user_code: Optional[str] = None,
    hydrate: bool = True,
    auth_context: AuthContext = Security(authorize),
) -> OAuthDeviceResponse:
    """Gets a specific OAuth2 authorized device using its unique ID.

    Args:
        device_id: The ID of the OAuth2 authorized device to get.
        user_code: The user code of the OAuth2 authorized device to get. Needs
            to be specified with devices that have not been verified yet.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.
        auth_context: The current auth context.

    Returns:
        A specific OAuth2 authorized device object.

    Raises:
        KeyError: If the device with the given ID does not exist, does not
            belong to the current user or could not be verified using the
            given user code.
    """
    device = zen_store().get_authorized_device(
        device_id=device_id, hydrate=hydrate
    )
    if not device.user:
        # A device that hasn't been verified and associated with a user yet
        # can only be retrieved if the user code is specified and valid.
        if user_code:
            internal_device = zen_store().get_internal_authorized_device(
                device_id=device_id, hydrate=hydrate
            )
            if internal_device.verify_user_code(user_code=user_code):
                return device
    elif device.user.id == auth_context.user.id:
        return device

    raise KeyError(
        f"Unable to get device with ID {device_id}: No device with "
        "this ID found."
    )

list_authorized_devices(filter_model=Depends(init_cls_and_handle_errors), hydrate=False, auth_context=Security(oauth2_authentication))

Gets a page of OAuth2 authorized devices belonging to the current user.

Parameters:

Name	Type	Description	Default
filter_model	OAuthDeviceFilter	Filter model used for pagination, sorting, filtering.	Depends(init_cls_and_handle_errors)
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False
auth_context	AuthContext	The current auth context.	Security(oauth2_authentication)

Returns:

Type	Description
Page[OAuthDeviceResponse]	Page of OAuth2 authorized device objects.

Source code in zenml/zen_server/routers/devices_endpoints.py

@router.get(
    "",
    response_model=Page[OAuthDeviceResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_authorized_devices(
    filter_model: OAuthDeviceFilter = Depends(
        make_dependable(OAuthDeviceFilter)
    ),
    hydrate: bool = False,
    auth_context: AuthContext = Security(authorize),
) -> Page[OAuthDeviceResponse]:
    """Gets a page of OAuth2 authorized devices belonging to the current user.

    Args:
        filter_model: Filter model used for pagination, sorting,
            filtering.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.
        auth_context: The current auth context.

    Returns:
        Page of OAuth2 authorized device objects.
    """
    filter_model.set_scope_user(auth_context.user.id)
    return zen_store().list_authorized_devices(
        filter_model=filter_model, hydrate=hydrate
    )

update_authorized_device(device_id, update, auth_context=Security(oauth2_authentication))

Updates a specific OAuth2 authorized device using its unique ID.

Parameters:

Name	Type	Description	Default
device_id	UUID	The ID of the OAuth2 authorized device to update.	required
update	OAuthDeviceUpdate	The model containing the attributes to update.	required
auth_context	AuthContext	The current auth context.	Security(oauth2_authentication)

Returns:

Type	Description
OAuthDeviceResponse	The updated OAuth2 authorized device object.

Exceptions:

Type	Description
KeyError	If the device with the given ID does not exist or does not belong to the current user.

Source code in zenml/zen_server/routers/devices_endpoints.py

@router.put(
    "/{device_id}",
    response_model=OAuthDeviceResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def update_authorized_device(
    device_id: UUID,
    update: OAuthDeviceUpdate,
    auth_context: AuthContext = Security(authorize),
) -> OAuthDeviceResponse:
    """Updates a specific OAuth2 authorized device using its unique ID.

    Args:
        device_id: The ID of the OAuth2 authorized device to update.
        update: The model containing the attributes to update.
        auth_context: The current auth context.

    Returns:
        The updated OAuth2 authorized device object.

    Raises:
        KeyError: If the device with the given ID does not exist or does not
            belong to the current user.
    """
    device = zen_store().get_authorized_device(device_id=device_id)
    if not device.user or device.user.id != auth_context.user.id:
        raise KeyError(
            f"Unable to get device with ID {device_id}: No device with "
            "this ID found."
        )

    return zen_store().update_authorized_device(
        device_id=device_id, update=update
    )

verify_authorized_device(device_id, request, auth_context=Security(oauth2_authentication))

Verifies a specific OAuth2 authorized device using its unique ID.

This endpoint implements the OAuth2 device authorization grant flow as defined in https://tools.ietf.org/html/rfc8628. It is called to verify the user code for a given device ID.

If the user code is valid, the device is marked as verified and associated with the user that authorized the device. This association is required to be able to issue access tokens or revoke the device later on.

Parameters:

Name	Type	Description	Default
device_id	UUID	The ID of the OAuth2 authorized device to update.	required
request	OAuthDeviceVerificationRequest	The model containing the verification request.	required
auth_context	AuthContext	The current auth context.	Security(oauth2_authentication)

Returns:

Type	Description
OAuthDeviceResponse	The updated OAuth2 authorized device object.

Exceptions:

Type	Description
ValueError	If the device verification request fails.

Source code in zenml/zen_server/routers/devices_endpoints.py

@router.put(
    "/{device_id}" + DEVICE_VERIFY,
    response_model=OAuthDeviceResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def verify_authorized_device(
    device_id: UUID,
    request: OAuthDeviceVerificationRequest,
    auth_context: AuthContext = Security(authorize),
) -> OAuthDeviceResponse:
    """Verifies a specific OAuth2 authorized device using its unique ID.

    This endpoint implements the OAuth2 device authorization grant flow as
    defined in https://tools.ietf.org/html/rfc8628. It is called to verify
    the user code for a given device ID.

    If the user code is valid, the device is marked as verified and associated
    with the user that authorized the device. This association is required to
    be able to issue access tokens or revoke the device later on.

    Args:
        device_id: The ID of the OAuth2 authorized device to update.
        request: The model containing the verification request.
        auth_context: The current auth context.

    Returns:
        The updated OAuth2 authorized device object.

    Raises:
        ValueError: If the device verification request fails.
    """
    config = server_config()
    store = zen_store()

    # Check if a device is registered for the ID
    device_model = store.get_internal_authorized_device(
        device_id=device_id,
    )

    with track_handler(event=AnalyticsEvent.DEVICE_VERIFIED):
        # Check if the device is in a state that allows verification.
        if device_model.status != OAuthDeviceStatus.PENDING:
            raise ValueError(
                "Invalid request: device not pending verification.",
            )

        # Check if the device verification has expired.
        if device_model.expires and device_model.expires < datetime.utcnow():
            raise ValueError(
                "Invalid request: device verification expired.",
            )

        # Check if the device already has a user associated with it. If so, the
        # current user and the user associated with the device must be the same.
        if device_model.user and device_model.user.id != auth_context.user.id:
            raise ValueError(
                "Invalid request: this device is associated with another user.",
            )

        # Check if the device code is valid.
        if not device_model.verify_user_code(request.user_code):
            # If the device code is invalid, increment the failed auth attempts
            # counter and lock the device if the maximum number of failed auth
            # attempts has been reached.
            failed_auth_attempts = device_model.failed_auth_attempts + 1
            update = OAuthDeviceInternalUpdate(
                failed_auth_attempts=failed_auth_attempts
            )
            if failed_auth_attempts >= config.max_failed_device_auth_attempts:
                update.locked = True
            store.update_internal_authorized_device(
                device_id=device_model.id,
                update=update,
            )
            if failed_auth_attempts >= config.max_failed_device_auth_attempts:
                raise ValueError(
                    "Invalid request: device locked due to too many failed "
                    "authentication attempts.",
                )
            raise ValueError(
                "Invalid request: invalid user code.",
            )

        # If the device code is valid, associate the device with the current user.
        # We don't reset the expiration date yet, because we want to make sure
        # that the client has received the access token before we do so, to avoid
        # brute force attacks on the device code.
        update = OAuthDeviceInternalUpdate(
            status=OAuthDeviceStatus.VERIFIED,
            user_id=auth_context.user.id,
            failed_auth_attempts=0,
            trusted_device=request.trusted_device,
        )
        device_model = store.update_internal_authorized_device(
            device_id=device_model.id,
            update=update,
        )

    return device_model

event_source_endpoints

Endpoint definitions for event sources.

create_event_source(event_source, _=Security(oauth2_authentication))

Creates an event source.

Parameters:

Name	Type	Description	Default
event_source	EventSourceRequest	EventSource to register.	required

Returns:

Type	Description
EventSourceResponse	The created event source.

Exceptions:

Type	Description
ValueError	If the plugin for an event source is not a valid event source plugin.

Source code in zenml/zen_server/routers/event_source_endpoints.py

@event_source_router.post(
    "",
    response_model=EventSourceResponse,
    responses={401: error_response, 409: error_response, 422: error_response},
)
@handle_exceptions
def create_event_source(
    event_source: EventSourceRequest,
    _: AuthContext = Security(authorize),
) -> EventSourceResponse:
    """Creates an event source.

    Args:
        event_source: EventSource to register.

    Returns:
        The created event source.

    Raises:
        ValueError: If the plugin for an event source is not a valid event
            source plugin.
    """
    event_source_handler = plugin_flavor_registry().get_plugin(
        name=event_source.flavor,
        _type=PluginType.EVENT_SOURCE,
        subtype=event_source.plugin_subtype,
    )

    # Validate that the flavor and plugin_type correspond to an event source
    # implementation
    if not isinstance(event_source_handler, BaseEventSourceHandler):
        raise ValueError(
            f"Event source plugin {event_source.plugin_subtype} "
            f"for flavor {event_source.flavor} is not a valid event source "
            "handler implementation."
        )

    return verify_permissions_and_create_entity(
        request_model=event_source,
        resource_type=ResourceType.EVENT_SOURCE,
        create_method=event_source_handler.create_event_source,
    )

delete_event_source(event_source_id, force=False, _=Security(oauth2_authentication))

Deletes a event_source.

Parameters:

Name	Type	Description	Default
event_source_id	UUID	Name of the event_source.	required
force	bool	Flag deciding whether to force delete the event source.	False

Exceptions:

Type	Description
ValueError	If the plugin for an event source is not a valid event source plugin.

Source code in zenml/zen_server/routers/event_source_endpoints.py

@event_source_router.delete(
    "/{event_source_id}",
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def delete_event_source(
    event_source_id: UUID,
    force: bool = False,
    _: AuthContext = Security(authorize),
) -> None:
    """Deletes a event_source.

    Args:
        event_source_id: Name of the event_source.
        force: Flag deciding whether to force delete the event source.

    Raises:
        ValueError: If the plugin for an event source is not a valid event
            source plugin.
    """
    event_source = zen_store().get_event_source(
        event_source_id=event_source_id
    )

    verify_permission_for_model(event_source, action=Action.DELETE)

    event_source_handler = plugin_flavor_registry().get_plugin(
        name=event_source.flavor,
        _type=PluginType.EVENT_SOURCE,
        subtype=event_source.plugin_subtype,
    )

    # Validate that the flavor and plugin_type correspond to an event source
    # implementation
    if not isinstance(event_source_handler, BaseEventSourceHandler):
        raise ValueError(
            f"Event source plugin {event_source.plugin_subtype} "
            f"for flavor {event_source.flavor} is not a valid event source "
            "handler implementation."
        )

    event_source_handler.delete_event_source(
        event_source=event_source,
        force=force,
    )

get_event_source(event_source_id, hydrate=True, _=Security(oauth2_authentication))

Returns the requested event_source.

Parameters:

Name	Type	Description	Default
event_source_id	UUID	ID of the event_source.	required
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	True

Returns:

Type	Description
EventSourceResponse	The requested event_source.

Exceptions:

Type	Description
ValueError	If the plugin for an event source is not a valid event source plugin.

Source code in zenml/zen_server/routers/event_source_endpoints.py

@event_source_router.get(
    "/{event_source_id}",
    response_model=EventSourceResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_event_source(
    event_source_id: UUID,
    hydrate: bool = True,
    _: AuthContext = Security(authorize),
) -> EventSourceResponse:
    """Returns the requested event_source.

    Args:
        event_source_id: ID of the event_source.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        The requested event_source.

    Raises:
        ValueError: If the plugin for an event source is not a valid event
            source plugin.
    """
    event_source = zen_store().get_event_source(
        event_source_id=event_source_id, hydrate=hydrate
    )

    verify_permission_for_model(event_source, action=Action.READ)

    event_source_handler = plugin_flavor_registry().get_plugin(
        name=event_source.flavor,
        _type=PluginType.EVENT_SOURCE,
        subtype=event_source.plugin_subtype,
    )

    # Validate that the flavor and plugin_type correspond to an event source
    # implementation
    if not isinstance(event_source_handler, BaseEventSourceHandler):
        raise ValueError(
            f"Event source plugin {event_source.plugin_subtype} "
            f"for flavor {event_source.flavor} is not a valid event source "
            "handler implementation."
        )

    event_source = event_source_handler.get_event_source(
        event_source, hydrate=hydrate
    )

    return dehydrate_response_model(event_source)

list_event_sources(event_source_filter_model=Depends(init_cls_and_handle_errors), hydrate=False, _=Security(oauth2_authentication))

Returns all event_sources.

Parameters:

Name	Type	Description	Default
event_source_filter_model	EventSourceFilter	Filter model used for pagination, sorting, filtering.	Depends(init_cls_and_handle_errors)
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False

Returns:

Type	Description
Page[EventSourceResponse]	All event_sources.

Source code in zenml/zen_server/routers/event_source_endpoints.py

@event_source_router.get(
    "",
    response_model=Page[EventSourceResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_event_sources(
    event_source_filter_model: EventSourceFilter = Depends(
        make_dependable(EventSourceFilter)
    ),
    hydrate: bool = False,
    _: AuthContext = Security(authorize),
) -> Page[EventSourceResponse]:
    """Returns all event_sources.

    Args:
        event_source_filter_model: Filter model used for pagination, sorting,
            filtering.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        All event_sources.
    """

    def list_event_sources_fn(
        filter_model: EventSourceFilter,
    ) -> Page[EventSourceResponse]:
        """List event sources through their associated plugins.

        Args:
            filter_model: Filter model used for pagination, sorting,
                filtering.

        Returns:
            All event sources.

        Raises:
            ValueError: If the plugin for an event source is not a valid event
                source plugin.
        """
        event_sources = zen_store().list_event_sources(
            event_source_filter_model=filter_model, hydrate=hydrate
        )

        # Process the event sources through their associated plugins
        for idx, event_source in enumerate(event_sources.items):
            event_source_handler = plugin_flavor_registry().get_plugin(
                name=event_source.flavor,
                _type=PluginType.EVENT_SOURCE,
                subtype=event_source.plugin_subtype,
            )

            # Validate that the flavor and plugin_type correspond to an event
            # source implementation
            if not isinstance(event_source_handler, BaseEventSourceHandler):
                raise ValueError(
                    f"Event source plugin {event_source.plugin_subtype} "
                    f"for flavor {event_source.flavor} is not a valid event "
                    "source handler implementation."
                )

            event_sources.items[idx] = event_source_handler.get_event_source(
                event_source, hydrate=hydrate
            )

        return event_sources

    return verify_permissions_and_list_entities(
        filter_model=event_source_filter_model,
        resource_type=ResourceType.EVENT_SOURCE,
        list_method=list_event_sources_fn,
    )

update_event_source(event_source_id, event_source_update, _=Security(oauth2_authentication))

Updates an event_source.

Parameters:

Name	Type	Description	Default
event_source_id	UUID	Name of the event_source.	required
event_source_update	EventSourceUpdate	EventSource to use for the update.	required

Returns:

Type	Description
EventSourceResponse	The updated event_source.

Exceptions:

Type	Description
ValueError	If the plugin for an event source is not a valid event source plugin.

Source code in zenml/zen_server/routers/event_source_endpoints.py

@event_source_router.put(
    "/{event_source_id}",
    response_model=EventSourceResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def update_event_source(
    event_source_id: UUID,
    event_source_update: EventSourceUpdate,
    _: AuthContext = Security(authorize),
) -> EventSourceResponse:
    """Updates an event_source.

    Args:
        event_source_id: Name of the event_source.
        event_source_update: EventSource to use for the update.

    Returns:
        The updated event_source.

    Raises:
        ValueError: If the plugin for an event source is not a valid event
            source plugin.
    """
    event_source = zen_store().get_event_source(
        event_source_id=event_source_id
    )

    verify_permission_for_model(event_source, action=Action.UPDATE)

    event_source_handler = plugin_flavor_registry().get_plugin(
        name=event_source.flavor,
        _type=PluginType.EVENT_SOURCE,
        subtype=event_source.plugin_subtype,
    )

    # Validate that the flavor and plugin_type correspond to an event source
    # implementation
    if not isinstance(event_source_handler, BaseEventSourceHandler):
        raise ValueError(
            f"Event source plugin {event_source.plugin_subtype} "
            f"for flavor {event_source.flavor} is not a valid event source "
            "handler implementation."
        )

    updated_event_source = event_source_handler.update_event_source(
        event_source=event_source,
        event_source_update=event_source_update,
    )

    return dehydrate_response_model(updated_event_source)

flavors_endpoints

Endpoint definitions for flavors.

create_flavor(flavor, _=Security(oauth2_authentication))

Creates a stack component flavor.

Parameters:

Name	Type	Description	Default
flavor	FlavorRequest	Stack component flavor to register.	required

Returns:

Type	Description
FlavorResponse	The created stack component flavor.

Source code in zenml/zen_server/routers/flavors_endpoints.py

@router.post(
    "",
    response_model=FlavorResponse,
    responses={401: error_response, 409: error_response, 422: error_response},
)
@handle_exceptions
def create_flavor(
    flavor: FlavorRequest,
    _: AuthContext = Security(authorize),
) -> FlavorResponse:
    """Creates a stack component flavor.

    Args:
        flavor: Stack component flavor to register.

    Returns:
        The created stack component flavor.
    """
    return verify_permissions_and_create_entity(
        request_model=flavor,
        resource_type=ResourceType.FLAVOR,
        create_method=zen_store().create_flavor,
    )

delete_flavor(flavor_id, _=Security(oauth2_authentication))

Deletes a flavor.

Parameters:

Name	Type	Description	Default
flavor_id	UUID	ID of the flavor.	required

Source code in zenml/zen_server/routers/flavors_endpoints.py

@router.delete(
    "/{flavor_id}",
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def delete_flavor(
    flavor_id: UUID,
    _: AuthContext = Security(authorize),
) -> None:
    """Deletes a flavor.

    Args:
        flavor_id: ID of the flavor.
    """
    verify_permissions_and_delete_entity(
        id=flavor_id,
        get_method=zen_store().get_flavor,
        delete_method=zen_store().delete_flavor,
    )

get_flavor(flavor_id, hydrate=True, _=Security(oauth2_authentication))

Returns the requested flavor.

Parameters:

Name	Type	Description	Default
flavor_id	UUID	ID of the flavor.	required
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	True

Returns:

Type	Description
FlavorResponse	The requested stack.

Source code in zenml/zen_server/routers/flavors_endpoints.py

@router.get(
    "/{flavor_id}",
    response_model=FlavorResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_flavor(
    flavor_id: UUID,
    hydrate: bool = True,
    _: AuthContext = Security(authorize),
) -> FlavorResponse:
    """Returns the requested flavor.

    Args:
        flavor_id: ID of the flavor.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        The requested stack.
    """
    return verify_permissions_and_get_entity(
        id=flavor_id, get_method=zen_store().get_flavor, hydrate=hydrate
    )

list_flavors(flavor_filter_model=Depends(init_cls_and_handle_errors), hydrate=False, _=Security(oauth2_authentication))

Returns all flavors.

Parameters:

Name	Type	Description	Default
flavor_filter_model	FlavorFilter	Filter model used for pagination, sorting, filtering	Depends(init_cls_and_handle_errors)
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False

Returns:

Type	Description
Page[FlavorResponse]	All flavors.

Source code in zenml/zen_server/routers/flavors_endpoints.py

@router.get(
    "",
    response_model=Page[FlavorResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_flavors(
    flavor_filter_model: FlavorFilter = Depends(make_dependable(FlavorFilter)),
    hydrate: bool = False,
    _: AuthContext = Security(authorize),
) -> Page[FlavorResponse]:
    """Returns all flavors.

    Args:
        flavor_filter_model: Filter model used for pagination, sorting,
                             filtering
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        All flavors.
    """
    return verify_permissions_and_list_entities(
        filter_model=flavor_filter_model,
        resource_type=ResourceType.FLAVOR,
        list_method=zen_store().list_flavors,
        hydrate=hydrate,
    )

sync_flavors(_=Security(oauth2_authentication))

Purge all in-built and integration flavors from the DB and sync.

Returns:

Type	Description
None	None if successful. Raises an exception otherwise.

Source code in zenml/zen_server/routers/flavors_endpoints.py

@router.patch(
    "/sync",
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def sync_flavors(
    _: AuthContext = Security(authorize),
) -> None:
    """Purge all in-built and integration flavors from the DB and sync.

    Returns:
        None if successful. Raises an exception otherwise.
    """
    verify_permission(resource_type=ResourceType.FLAVOR, action=Action.UPDATE)
    return zen_store()._sync_flavors()

update_flavor(flavor_id, flavor_update, _=Security(oauth2_authentication))

Updates a flavor.

noqa: DAR401

Parameters:

Name	Type	Description	Default
flavor_id	UUID	ID of the flavor to update.	required
flavor_update	FlavorUpdate	Flavor update.	required

Returns:

Type	Description
FlavorResponse	The updated flavor.

Source code in zenml/zen_server/routers/flavors_endpoints.py

@router.put(
    "/{flavor_id}",
    response_model=FlavorResponse,
    responses={401: error_response, 409: error_response, 422: error_response},
)
@handle_exceptions
def update_flavor(
    flavor_id: UUID,
    flavor_update: FlavorUpdate,
    _: AuthContext = Security(authorize),
) -> FlavorResponse:
    """Updates a flavor.

    # noqa: DAR401

    Args:
        flavor_id: ID of the flavor to update.
        flavor_update: Flavor update.

    Returns:
        The updated flavor.
    """
    return verify_permissions_and_update_entity(
        id=flavor_id,
        update_model=flavor_update,
        get_method=zen_store().get_flavor,
        update_method=zen_store().update_flavor,
    )

model_versions_endpoints

Endpoint definitions for models.

delete_all_model_version_artifact_links(model_version_id, only_links=True, _=Security(oauth2_authentication))

Deletes all model version to artifact links.

Parameters:

Name	Type	Description	Default
model_version_id	UUID	ID of the model version containing links.	required
only_links	bool	Whether to only delete the link to the artifact.	True

Source code in zenml/zen_server/routers/model_versions_endpoints.py

@router.delete(
    "/{model_version_id}" + ARTIFACTS,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def delete_all_model_version_artifact_links(
    model_version_id: UUID,
    only_links: bool = True,
    _: AuthContext = Security(authorize),
) -> None:
    """Deletes all model version to artifact links.

    Args:
        model_version_id: ID of the model version containing links.
        only_links: Whether to only delete the link to the artifact.
    """
    model_version = zen_store().get_model_version(model_version_id)
    verify_permission_for_model(model_version, action=Action.UPDATE)

    zen_store().delete_all_model_version_artifact_links(
        model_version_id, only_links
    )

delete_model_version(model_version_id, _=Security(oauth2_authentication))

Delete a model by name or ID.

Parameters:

Name	Type	Description	Default
model_version_id	UUID	The name or ID of the model version to delete.	required

Source code in zenml/zen_server/routers/model_versions_endpoints.py

@router.delete(
    "/{model_version_id}",
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def delete_model_version(
    model_version_id: UUID,
    _: AuthContext = Security(authorize),
) -> None:
    """Delete a model by name or ID.

    Args:
        model_version_id: The name or ID of the model version to delete.
    """
    model_version = zen_store().get_model_version(model_version_id)
    verify_permission_for_model(model_version, action=Action.DELETE)
    zen_store().delete_model_version(model_version_id)

delete_model_version_artifact_link(model_version_id, model_version_artifact_link_name_or_id, _=Security(oauth2_authentication))

Deletes a model version to artifact link.

Parameters:

Name	Type	Description	Default
model_version_id	UUID	ID of the model version containing the link.	required
model_version_artifact_link_name_or_id	Union[str, uuid.UUID]	name or ID of the model version to artifact link to be deleted.	required

Source code in zenml/zen_server/routers/model_versions_endpoints.py

@router.delete(
    "/{model_version_id}"
    + ARTIFACTS
    + "/{model_version_artifact_link_name_or_id}",
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def delete_model_version_artifact_link(
    model_version_id: UUID,
    model_version_artifact_link_name_or_id: Union[str, UUID],
    _: AuthContext = Security(authorize),
) -> None:
    """Deletes a model version to artifact link.

    Args:
        model_version_id: ID of the model version containing the link.
        model_version_artifact_link_name_or_id: name or ID of the model
            version to artifact link to be deleted.
    """
    model_version = zen_store().get_model_version(model_version_id)
    verify_permission_for_model(model_version, action=Action.UPDATE)

    zen_store().delete_model_version_artifact_link(
        model_version_id,
        model_version_artifact_link_name_or_id,
    )

delete_model_version_pipeline_run_link(model_version_id, model_version_pipeline_run_link_name_or_id, _=Security(oauth2_authentication))

Deletes a model version link.

Parameters:

Name	Type	Description	Default
model_version_id	UUID	name or ID of the model version containing the link.	required
model_version_pipeline_run_link_name_or_id	Union[str, uuid.UUID]	name or ID of the model version link to be deleted.	required

Source code in zenml/zen_server/routers/model_versions_endpoints.py

@router.delete(
    "/{model_version_id}"
    + RUNS
    + "/{model_version_pipeline_run_link_name_or_id}",
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def delete_model_version_pipeline_run_link(
    model_version_id: UUID,
    model_version_pipeline_run_link_name_or_id: Union[str, UUID],
    _: AuthContext = Security(authorize),
) -> None:
    """Deletes a model version link.

    Args:
        model_version_id: name or ID of the model version containing the link.
        model_version_pipeline_run_link_name_or_id: name or ID of the model
            version link to be deleted.
    """
    model_version = zen_store().get_model_version(model_version_id)
    verify_permission_for_model(model_version, action=Action.UPDATE)

    zen_store().delete_model_version_pipeline_run_link(
        model_version_id=model_version_id,
        model_version_pipeline_run_link_name_or_id=model_version_pipeline_run_link_name_or_id,
    )

get_model_version(model_version_id, hydrate=True, _=Security(oauth2_authentication))

Get a model version by ID.

Parameters:

Name	Type	Description	Default
model_version_id	UUID	id of the model version to be retrieved.	required
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	True

Returns:

Type	Description
ModelVersionResponse	The model version with the given name or ID.

Source code in zenml/zen_server/routers/model_versions_endpoints.py

@router.get(
    "/{model_version_id}",
    response_model=ModelVersionResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_model_version(
    model_version_id: UUID,
    hydrate: bool = True,
    _: AuthContext = Security(authorize),
) -> ModelVersionResponse:
    """Get a model version by ID.

    Args:
        model_version_id: id of the model version to be retrieved.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        The model version with the given name or ID.
    """
    model_version = zen_store().get_model_version(
        model_version_id=model_version_id,
        hydrate=hydrate,
    )
    verify_permission_for_model(model_version.model, action=Action.READ)
    return dehydrate_response_model(model_version)

list_model_version_artifact_links(model_version_artifact_link_filter_model=Depends(init_cls_and_handle_errors), hydrate=False, _=Security(oauth2_authentication))

Get model version to artifact links according to query filters.

Parameters:

Name	Type	Description	Default
model_version_artifact_link_filter_model	ModelVersionArtifactFilter	Filter model used for pagination, sorting, filtering.	Depends(init_cls_and_handle_errors)
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False

Returns:

Type	Description
Page[ModelVersionArtifactResponse]	The model version to artifact links according to query filters.

Source code in zenml/zen_server/routers/model_versions_endpoints.py

@model_version_artifacts_router.get(
    "",
    response_model=Page[ModelVersionArtifactResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_model_version_artifact_links(
    model_version_artifact_link_filter_model: ModelVersionArtifactFilter = Depends(
        make_dependable(ModelVersionArtifactFilter)
    ),
    hydrate: bool = False,
    _: AuthContext = Security(authorize),
) -> Page[ModelVersionArtifactResponse]:
    """Get model version to artifact links according to query filters.

    Args:
        model_version_artifact_link_filter_model: Filter model used for
            pagination, sorting, filtering.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        The model version to artifact links according to query filters.
    """
    return zen_store().list_model_version_artifact_links(
        model_version_artifact_link_filter_model=model_version_artifact_link_filter_model,
        hydrate=hydrate,
    )

list_model_version_pipeline_run_links(model_version_pipeline_run_link_filter_model=Depends(init_cls_and_handle_errors), hydrate=False, _=Security(oauth2_authentication))

Get model version to pipeline run links according to query filters.

Parameters:

Name	Type	Description	Default
model_version_pipeline_run_link_filter_model	ModelVersionPipelineRunFilter	Filter model used for pagination, sorting, and filtering.	Depends(init_cls_and_handle_errors)
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False

Returns:

Type	Description
Page[ModelVersionPipelineRunResponse]	The model version to pipeline run links according to query filters.

Source code in zenml/zen_server/routers/model_versions_endpoints.py

@model_version_pipeline_runs_router.get(
    "",
    response_model=Page[ModelVersionPipelineRunResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_model_version_pipeline_run_links(
    model_version_pipeline_run_link_filter_model: ModelVersionPipelineRunFilter = Depends(
        make_dependable(ModelVersionPipelineRunFilter)
    ),
    hydrate: bool = False,
    _: AuthContext = Security(authorize),
) -> Page[ModelVersionPipelineRunResponse]:
    """Get model version to pipeline run links according to query filters.

    Args:
        model_version_pipeline_run_link_filter_model: Filter model used for
            pagination, sorting, and filtering.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        The model version to pipeline run links according to query filters.
    """
    return zen_store().list_model_version_pipeline_run_links(
        model_version_pipeline_run_link_filter_model=model_version_pipeline_run_link_filter_model,
        hydrate=hydrate,
    )

list_model_versions(model_version_filter_model=Depends(init_cls_and_handle_errors), hydrate=False, auth_context=Security(oauth2_authentication))

Get model versions according to query filters.

Parameters:

Name	Type	Description	Default
model_version_filter_model	ModelVersionFilter	Filter model used for pagination, sorting, filtering.	Depends(init_cls_and_handle_errors)
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False
auth_context	AuthContext	The authentication context.	Security(oauth2_authentication)

Returns:

Type	Description
Page[ModelVersionResponse]	The model versions according to query filters.

Source code in zenml/zen_server/routers/model_versions_endpoints.py

@router.get(
    "",
    response_model=Page[ModelVersionResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_model_versions(
    model_version_filter_model: ModelVersionFilter = Depends(
        make_dependable(ModelVersionFilter)
    ),
    hydrate: bool = False,
    auth_context: AuthContext = Security(authorize),
) -> Page[ModelVersionResponse]:
    """Get model versions according to query filters.

    Args:
        model_version_filter_model: Filter model used for pagination, sorting,
            filtering.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.
        auth_context: The authentication context.

    Returns:
        The model versions according to query filters.
    """
    allowed_model_ids = get_allowed_resource_ids(
        resource_type=ResourceType.MODEL
    )
    model_version_filter_model.configure_rbac(
        authenticated_user_id=auth_context.user.id,
        model_id=allowed_model_ids,
    )

    model_versions = zen_store().list_model_versions(
        model_version_filter_model=model_version_filter_model,
        hydrate=hydrate,
    )
    return dehydrate_page(model_versions)

update_model_version(model_version_id, model_version_update_model, _=Security(oauth2_authentication))

Get all model versions by filter.

Parameters:

Name	Type	Description	Default
model_version_id	UUID	The ID of model version to be updated.	required
model_version_update_model	ModelVersionUpdate	The model version to be updated.	required

Returns:

Type	Description
ModelVersionResponse	An updated model version.

Source code in zenml/zen_server/routers/model_versions_endpoints.py

@router.put(
    "/{model_version_id}",
    response_model=ModelVersionResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def update_model_version(
    model_version_id: UUID,
    model_version_update_model: ModelVersionUpdate,
    _: AuthContext = Security(authorize),
) -> ModelVersionResponse:
    """Get all model versions by filter.

    Args:
        model_version_id: The ID of model version to be updated.
        model_version_update_model: The model version to be updated.

    Returns:
        An updated model version.
    """
    model_version = zen_store().get_model_version(model_version_id)

    if model_version_update_model.stage:
        # Make sure the user has permissions to promote the model
        verify_permission_for_model(model_version.model, action=Action.PROMOTE)

    verify_permission_for_model(model_version, action=Action.UPDATE)
    updated_model_version = zen_store().update_model_version(
        model_version_id=model_version_id,
        model_version_update_model=model_version_update_model,
    )

    return dehydrate_response_model(updated_model_version)

models_endpoints

Endpoint definitions for models.

delete_model(model_name_or_id, _=Security(oauth2_authentication))

Delete a model by name or ID.

Parameters:

Name	Type	Description	Default
model_name_or_id	Union[str, uuid.UUID]	The name or ID of the model to delete.	required

Source code in zenml/zen_server/routers/models_endpoints.py

@router.delete(
    "/{model_name_or_id}",
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def delete_model(
    model_name_or_id: Union[str, UUID],
    _: AuthContext = Security(authorize),
) -> None:
    """Delete a model by name or ID.

    Args:
        model_name_or_id: The name or ID of the model to delete.
    """
    model = verify_permissions_and_delete_entity(
        id=model_name_or_id,
        get_method=zen_store().get_model,
        delete_method=zen_store().delete_model,
    )

    if server_config().feature_gate_enabled:
        if ResourceType.MODEL in REPORTABLE_RESOURCES:
            report_decrement(ResourceType.MODEL, resource_id=model.id)

get_model(model_name_or_id, hydrate=True, _=Security(oauth2_authentication))

Get a model by name or ID.

Parameters:

Name	Type	Description	Default
model_name_or_id	Union[str, uuid.UUID]	The name or ID of the model to get.	required
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	True

Returns:

Type	Description
ModelResponse	The model with the given name or ID.

Source code in zenml/zen_server/routers/models_endpoints.py

@router.get(
    "/{model_name_or_id}",
    response_model=ModelResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_model(
    model_name_or_id: Union[str, UUID],
    hydrate: bool = True,
    _: AuthContext = Security(authorize),
) -> ModelResponse:
    """Get a model by name or ID.

    Args:
        model_name_or_id: The name or ID of the model to get.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        The model with the given name or ID.
    """
    return verify_permissions_and_get_entity(
        id=model_name_or_id, get_method=zen_store().get_model, hydrate=hydrate
    )

list_model_versions(model_name_or_id, model_version_filter_model=Depends(init_cls_and_handle_errors), hydrate=False, auth_context=Security(oauth2_authentication))

Get model versions according to query filters.

This endpoint serves the purpose of allowing scoped filtering by model_id.

Parameters:

Name	Type	Description	Default
model_name_or_id	Union[str, uuid.UUID]	The name or ID of the model to list in.	required
model_version_filter_model	ModelVersionFilter	Filter model used for pagination, sorting, filtering.	Depends(init_cls_and_handle_errors)
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False
auth_context	AuthContext	The authentication context.	Security(oauth2_authentication)

Returns:

Type	Description
Page[ModelVersionResponse]	The model versions according to query filters.

Source code in zenml/zen_server/routers/models_endpoints.py

@router.get(
    "/{model_name_or_id}" + MODEL_VERSIONS,
    response_model=Page[ModelVersionResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_model_versions(
    model_name_or_id: Union[str, UUID],
    model_version_filter_model: ModelVersionFilter = Depends(
        make_dependable(ModelVersionFilter)
    ),
    hydrate: bool = False,
    auth_context: AuthContext = Security(authorize),
) -> Page[ModelVersionResponse]:
    """Get model versions according to query filters.

    This endpoint serves the purpose of allowing scoped filtering by model_id.

    Args:
        model_name_or_id: The name or ID of the model to list in.
        model_version_filter_model: Filter model used for pagination, sorting,
            filtering.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.
        auth_context: The authentication context.

    Returns:
        The model versions according to query filters.
    """
    allowed_model_ids = get_allowed_resource_ids(
        resource_type=ResourceType.MODEL
    )
    model_version_filter_model.configure_rbac(
        authenticated_user_id=auth_context.user.id, model_id=allowed_model_ids
    )

    model_versions = zen_store().list_model_versions(
        model_name_or_id=model_name_or_id,
        model_version_filter_model=model_version_filter_model,
        hydrate=hydrate,
    )
    return dehydrate_page(model_versions)

list_models(model_filter_model=Depends(init_cls_and_handle_errors), hydrate=False, _=Security(oauth2_authentication))

Get models according to query filters.

Parameters:

Name	Type	Description	Default
model_filter_model	ModelFilter	Filter model used for pagination, sorting, filtering.	Depends(init_cls_and_handle_errors)
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False

Returns:

Type	Description
Page[ModelResponse]	The models according to query filters.

Source code in zenml/zen_server/routers/models_endpoints.py

@router.get(
    "",
    response_model=Page[ModelResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_models(
    model_filter_model: ModelFilter = Depends(make_dependable(ModelFilter)),
    hydrate: bool = False,
    _: AuthContext = Security(authorize),
) -> Page[ModelResponse]:
    """Get models according to query filters.

    Args:
        model_filter_model: Filter model used for pagination, sorting,
            filtering.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        The models according to query filters.
    """
    return verify_permissions_and_list_entities(
        filter_model=model_filter_model,
        resource_type=ResourceType.MODEL,
        list_method=zen_store().list_models,
        hydrate=hydrate,
    )

update_model(model_id, model_update, _=Security(oauth2_authentication))

Updates a model.

Parameters:

Name	Type	Description	Default
model_id	UUID	Name of the stack.	required
model_update	ModelUpdate	Stack to use for the update.	required

Returns:

Type	Description
ModelResponse	The updated model.

Source code in zenml/zen_server/routers/models_endpoints.py

@router.put(
    "/{model_id}",
    response_model=ModelResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def update_model(
    model_id: UUID,
    model_update: ModelUpdate,
    _: AuthContext = Security(authorize),
) -> ModelResponse:
    """Updates a model.

    Args:
        model_id: Name of the stack.
        model_update: Stack to use for the update.

    Returns:
        The updated model.
    """
    return verify_permissions_and_update_entity(
        id=model_id,
        update_model=model_update,
        get_method=zen_store().get_model,
        update_method=zen_store().update_model,
    )

pipeline_builds_endpoints

Endpoint definitions for builds.

delete_build(build_id, _=Security(oauth2_authentication))

Deletes a specific build.

Parameters:

Name	Type	Description	Default
build_id	UUID	ID of the build to delete.	required

Source code in zenml/zen_server/routers/pipeline_builds_endpoints.py

@router.delete(
    "/{build_id}",
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def delete_build(
    build_id: UUID,
    _: AuthContext = Security(authorize),
) -> None:
    """Deletes a specific build.

    Args:
        build_id: ID of the build to delete.
    """
    verify_permissions_and_delete_entity(
        id=build_id,
        get_method=zen_store().get_build,
        delete_method=zen_store().delete_build,
    )

get_build(build_id, hydrate=True, _=Security(oauth2_authentication))

Gets a specific build using its unique id.

Parameters:

Name	Type	Description	Default
build_id	UUID	ID of the build to get.	required
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	True

Returns:

Type	Description
PipelineBuildResponse	A specific build object.

Source code in zenml/zen_server/routers/pipeline_builds_endpoints.py

@router.get(
    "/{build_id}",
    response_model=PipelineBuildResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_build(
    build_id: UUID,
    hydrate: bool = True,
    _: AuthContext = Security(authorize),
) -> PipelineBuildResponse:
    """Gets a specific build using its unique id.

    Args:
        build_id: ID of the build to get.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        A specific build object.
    """
    return verify_permissions_and_get_entity(
        id=build_id, get_method=zen_store().get_build, hydrate=hydrate
    )

list_builds(build_filter_model=Depends(init_cls_and_handle_errors), hydrate=False, _=Security(oauth2_authentication))

Gets a list of builds.

Parameters:

Name	Type	Description	Default
build_filter_model	PipelineBuildFilter	Filter model used for pagination, sorting, filtering.	Depends(init_cls_and_handle_errors)
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False

Returns:

Type	Description
Page[PipelineBuildResponse]	List of build objects.

Source code in zenml/zen_server/routers/pipeline_builds_endpoints.py

@router.get(
    "",
    response_model=Page[PipelineBuildResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_builds(
    build_filter_model: PipelineBuildFilter = Depends(
        make_dependable(PipelineBuildFilter)
    ),
    hydrate: bool = False,
    _: AuthContext = Security(authorize),
) -> Page[PipelineBuildResponse]:
    """Gets a list of builds.

    Args:
        build_filter_model: Filter model used for pagination, sorting,
            filtering.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        List of build objects.
    """
    return verify_permissions_and_list_entities(
        filter_model=build_filter_model,
        resource_type=ResourceType.PIPELINE_BUILD,
        list_method=zen_store().list_builds,
        hydrate=hydrate,
    )

pipeline_deployments_endpoints

Endpoint definitions for deployments.

delete_deployment(deployment_id, _=Security(oauth2_authentication))

Deletes a specific deployment.

Parameters:

Name	Type	Description	Default
deployment_id	UUID	ID of the deployment to delete.	required

Source code in zenml/zen_server/routers/pipeline_deployments_endpoints.py

@router.delete(
    "/{deployment_id}",
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def delete_deployment(
    deployment_id: UUID,
    _: AuthContext = Security(authorize),
) -> None:
    """Deletes a specific deployment.

    Args:
        deployment_id: ID of the deployment to delete.
    """
    verify_permissions_and_delete_entity(
        id=deployment_id,
        get_method=zen_store().get_deployment,
        delete_method=zen_store().delete_deployment,
    )

get_deployment(deployment_id, hydrate=True, _=Security(oauth2_authentication))

Gets a specific deployment using its unique id.

Parameters:

Name	Type	Description	Default
deployment_id	UUID	ID of the deployment to get.	required
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	True

Returns:

Type	Description
PipelineDeploymentResponse	A specific deployment object.

Source code in zenml/zen_server/routers/pipeline_deployments_endpoints.py

@router.get(
    "/{deployment_id}",
    response_model=PipelineDeploymentResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_deployment(
    deployment_id: UUID,
    hydrate: bool = True,
    _: AuthContext = Security(authorize),
) -> PipelineDeploymentResponse:
    """Gets a specific deployment using its unique id.

    Args:
        deployment_id: ID of the deployment to get.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        A specific deployment object.
    """
    return verify_permissions_and_get_entity(
        id=deployment_id,
        get_method=zen_store().get_deployment,
        hydrate=hydrate,
    )

list_deployments(deployment_filter_model=Depends(init_cls_and_handle_errors), hydrate=False, _=Security(oauth2_authentication))

Gets a list of deployment.

Parameters:

Name	Type	Description	Default
deployment_filter_model	PipelineDeploymentFilter	Filter model used for pagination, sorting, filtering.	Depends(init_cls_and_handle_errors)
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False

Returns:

Type	Description
Page[PipelineDeploymentResponse]	List of deployment objects.

Source code in zenml/zen_server/routers/pipeline_deployments_endpoints.py

@router.get(
    "",
    response_model=Page[PipelineDeploymentResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_deployments(
    deployment_filter_model: PipelineDeploymentFilter = Depends(
        make_dependable(PipelineDeploymentFilter)
    ),
    hydrate: bool = False,
    _: AuthContext = Security(authorize),
) -> Page[PipelineDeploymentResponse]:
    """Gets a list of deployment.

    Args:
        deployment_filter_model: Filter model used for pagination, sorting,
            filtering.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        List of deployment objects.
    """
    return verify_permissions_and_list_entities(
        filter_model=deployment_filter_model,
        resource_type=ResourceType.PIPELINE_DEPLOYMENT,
        list_method=zen_store().list_deployments,
        hydrate=hydrate,
    )

pipelines_endpoints

Endpoint definitions for pipelines.

delete_pipeline(pipeline_id, _=Security(oauth2_authentication))

Deletes a specific pipeline.

Parameters:

Name	Type	Description	Default
pipeline_id	UUID	ID of the pipeline to delete.	required

Source code in zenml/zen_server/routers/pipelines_endpoints.py

@router.delete(
    "/{pipeline_id}",
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def delete_pipeline(
    pipeline_id: UUID,
    _: AuthContext = Security(authorize),
) -> None:
    """Deletes a specific pipeline.

    Args:
        pipeline_id: ID of the pipeline to delete.
    """
    pipeline = verify_permissions_and_delete_entity(
        id=pipeline_id,
        get_method=zen_store().get_pipeline,
        delete_method=zen_store().delete_pipeline,
    )

    should_decrement = (
        ResourceType.PIPELINE in REPORTABLE_RESOURCES
        and zen_store().count_pipelines(PipelineFilter(name=pipeline.name))
        == 0
    )
    if should_decrement:
        report_decrement(ResourceType.PIPELINE, resource_id=pipeline_id)

get_pipeline(pipeline_id, hydrate=True, _=Security(oauth2_authentication))

Gets a specific pipeline using its unique id.

Parameters:

Name	Type	Description	Default
pipeline_id	UUID	ID of the pipeline to get.	required
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	True

Returns:

Type	Description
PipelineResponse	A specific pipeline object.

Source code in zenml/zen_server/routers/pipelines_endpoints.py

@router.get(
    "/{pipeline_id}",
    response_model=PipelineResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_pipeline(
    pipeline_id: UUID,
    hydrate: bool = True,
    _: AuthContext = Security(authorize),
) -> PipelineResponse:
    """Gets a specific pipeline using its unique id.

    Args:
        pipeline_id: ID of the pipeline to get.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        A specific pipeline object.
    """
    return verify_permissions_and_get_entity(
        id=pipeline_id, get_method=zen_store().get_pipeline, hydrate=hydrate
    )

get_pipeline_spec(pipeline_id, _=Security(oauth2_authentication))

Gets the spec of a specific pipeline using its unique id.

Parameters:

Name	Type	Description	Default
pipeline_id	UUID	ID of the pipeline to get.	required

Returns:

Type	Description
PipelineSpec	The spec of the pipeline.

Source code in zenml/zen_server/routers/pipelines_endpoints.py

@router.get(
    "/{pipeline_id}" + PIPELINE_SPEC,
    response_model=PipelineSpec,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_pipeline_spec(
    pipeline_id: UUID,
    _: AuthContext = Security(authorize),
) -> PipelineSpec:
    """Gets the spec of a specific pipeline using its unique id.

    Args:
        pipeline_id: ID of the pipeline to get.

    Returns:
        The spec of the pipeline.
    """
    pipeline = verify_permissions_and_get_entity(
        id=pipeline_id, get_method=zen_store().get_pipeline
    )
    return pipeline.spec

list_pipeline_namespaces(filter_model=Depends(init_cls_and_handle_errors), hydrate=False, auth_context=Security(oauth2_authentication))

Gets a list of pipeline namespaces.

Parameters:

Name	Type	Description	Default
filter_model	PipelineNamespaceFilter	Filter model used for pagination, sorting, filtering.	Depends(init_cls_and_handle_errors)
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False
auth_context	AuthContext	Authentication context.	Security(oauth2_authentication)

Returns:

Type	Description
Page[PipelineNamespaceResponse]	List of pipeline namespace objects.

Source code in zenml/zen_server/routers/pipelines_endpoints.py

@namespace_router.get(
    "",
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_pipeline_namespaces(
    filter_model: PipelineNamespaceFilter = Depends(
        make_dependable(PipelineNamespaceFilter)
    ),
    hydrate: bool = False,
    auth_context: AuthContext = Security(authorize),
) -> Page[PipelineNamespaceResponse]:
    """Gets a list of pipeline namespaces.

    Args:
        filter_model: Filter model used for pagination, sorting,
            filtering.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.
        auth_context: Authentication context.

    Returns:
        List of pipeline namespace objects.
    """
    allowed_ids = get_allowed_resource_ids(resource_type=ResourceType.PIPELINE)
    filter_model.configure_rbac(
        authenticated_user_id=auth_context.user.id, id=allowed_ids
    )
    return zen_store().list_pipeline_namespaces(filter_model, hydrate=hydrate)

list_pipeline_runs(pipeline_run_filter_model=Depends(init_cls_and_handle_errors), hydrate=False, _=Security(oauth2_authentication))

Get pipeline runs according to query filters.

Parameters:

Name	Type	Description	Default
pipeline_run_filter_model	PipelineRunFilter	Filter model used for pagination, sorting, filtering	Depends(init_cls_and_handle_errors)
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False

Returns:

Type	Description
Page[PipelineRunResponse]	The pipeline runs according to query filters.

Source code in zenml/zen_server/routers/pipelines_endpoints.py

@router.get(
    "/{pipeline_id}" + RUNS,
    response_model=Page[PipelineRunResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_pipeline_runs(
    pipeline_run_filter_model: PipelineRunFilter = Depends(
        make_dependable(PipelineRunFilter)
    ),
    hydrate: bool = False,
    _: AuthContext = Security(authorize),
) -> Page[PipelineRunResponse]:
    """Get pipeline runs according to query filters.

    Args:
        pipeline_run_filter_model: Filter model used for pagination, sorting,
            filtering
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        The pipeline runs according to query filters.
    """
    return zen_store().list_runs(pipeline_run_filter_model)

list_pipelines(pipeline_filter_model=Depends(init_cls_and_handle_errors), hydrate=False, _=Security(oauth2_authentication))

Gets a list of pipelines.

Parameters:

Name	Type	Description	Default
pipeline_filter_model	PipelineFilter	Filter model used for pagination, sorting, filtering.	Depends(init_cls_and_handle_errors)
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False

Returns:

Type	Description
Page[PipelineResponse]	List of pipeline objects.

Source code in zenml/zen_server/routers/pipelines_endpoints.py

@router.get(
    "",
    response_model=Page[PipelineResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_pipelines(
    pipeline_filter_model: PipelineFilter = Depends(
        make_dependable(PipelineFilter)
    ),
    hydrate: bool = False,
    _: AuthContext = Security(authorize),
) -> Page[PipelineResponse]:
    """Gets a list of pipelines.

    Args:
        pipeline_filter_model: Filter model used for pagination, sorting,
            filtering.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        List of pipeline objects.
    """
    return verify_permissions_and_list_entities(
        filter_model=pipeline_filter_model,
        resource_type=ResourceType.PIPELINE,
        list_method=zen_store().list_pipelines,
        hydrate=hydrate,
    )

update_pipeline(pipeline_id, pipeline_update, _=Security(oauth2_authentication))

Updates the attribute on a specific pipeline using its unique id.

Parameters:

Name	Type	Description	Default
pipeline_id	UUID	ID of the pipeline to get.	required
pipeline_update	PipelineUpdate	the model containing the attributes to update.	required

Returns:

Type	Description
PipelineResponse	The updated pipeline object.

Source code in zenml/zen_server/routers/pipelines_endpoints.py

@router.put(
    "/{pipeline_id}",
    response_model=PipelineResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def update_pipeline(
    pipeline_id: UUID,
    pipeline_update: PipelineUpdate,
    _: AuthContext = Security(authorize),
) -> PipelineResponse:
    """Updates the attribute on a specific pipeline using its unique id.

    Args:
        pipeline_id: ID of the pipeline to get.
        pipeline_update: the model containing the attributes to update.

    Returns:
        The updated pipeline object.
    """
    return verify_permissions_and_update_entity(
        id=pipeline_id,
        update_model=pipeline_update,
        get_method=zen_store().get_pipeline,
        update_method=zen_store().update_pipeline,
    )

plugin_endpoints

Endpoint definitions for plugin flavors.

get_flavor(name, type=Query(PydanticUndefined), subtype=Query(PydanticUndefined), _=Security(oauth2_authentication))

Returns the requested flavor.

Parameters:

Name	Type	Description	Default
name	str	Name of the flavor.	required
type	PluginType	Type of Plugin	Query(PydanticUndefined)
subtype	PluginSubType	Subtype of Plugin	Query(PydanticUndefined)

Returns:

Type	Description
BasePluginFlavorResponse	The requested flavor response.

Source code in zenml/zen_server/routers/plugin_endpoints.py

@plugin_router.get(
    "/{name}",
    response_model=BasePluginFlavorResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_flavor(
    name: str,
    type: PluginType = Query(..., alias="type"),
    subtype: PluginSubType = Query(..., alias="subtype"),
    _: AuthContext = Security(authorize),
) -> BasePluginFlavorResponse:  # type: ignore[type-arg]
    """Returns the requested flavor.

    Args:
        name: Name of the flavor.
        type: Type of Plugin
        subtype: Subtype of Plugin

    Returns:
        The requested flavor response.
    """
    plugin_flavor = plugin_flavor_registry().get_flavor_class(
        name=name, _type=type, subtype=subtype
    )
    return plugin_flavor.get_flavor_response_model(hydrate=True)

list_flavors(type, subtype, page=1, size=20, hydrate=False, _=Security(oauth2_authentication))

Returns all event flavors.

Parameters:

Name	Type	Description	Default
type	PluginType	The type of Plugin	required
subtype	PluginSubType	The subtype of the plugin	required
page	int	Page for pagination (offset +1)	1
size	int	Page size for pagination	20
hydrate	bool	Whether to hydrate the response bodies	False

Returns:

Type	Description
Page[BasePluginFlavorResponse]	A page of flavors.

Source code in zenml/zen_server/routers/plugin_endpoints.py

@plugin_router.get(
    "",
    response_model=Page[BasePluginFlavorResponse],  # type: ignore[type-arg]
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_flavors(
    type: PluginType,
    subtype: PluginSubType,
    page: int = PAGINATION_STARTING_PAGE,
    size: int = PAGE_SIZE_DEFAULT,
    hydrate: bool = False,
    _: AuthContext = Security(authorize),
) -> Page[BasePluginFlavorResponse]:  # type: ignore[type-arg]
    """Returns all event flavors.

    Args:
        type: The type of Plugin
        subtype: The subtype of the plugin
        page: Page for pagination (offset +1)
        size: Page size for pagination
        hydrate: Whether to hydrate the response bodies

    Returns:
        A page of flavors.
    """
    flavors = plugin_flavor_registry().list_available_flavor_responses_for_type_and_subtype(
        _type=type, subtype=subtype, page=page, size=size, hydrate=hydrate
    )
    return flavors

run_metadata_endpoints

Endpoint definitions for run metadata.

get_run_metadata(run_metadata_id, hydrate=False, _=Security(oauth2_authentication))

Get run metadata by ID.

Parameters:

Name	Type	Description	Default
run_metadata_id	UUID	The ID of run metadata.	required
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False

Returns:

Type	Description
RunMetadataResponse	The run metadata response.

Source code in zenml/zen_server/routers/run_metadata_endpoints.py

@router.get(
    "/{run_metadata_id}",
    response_model=RunMetadataResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_run_metadata(
    run_metadata_id: UUID,
    hydrate: bool = False,
    _: AuthContext = Security(authorize),
) -> RunMetadataResponse:
    """Get run metadata by ID.

    Args:
        run_metadata_id: The ID of run metadata.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        The run metadata response.
    """
    return zen_store().get_run_metadata(
        run_metadata_id=run_metadata_id, hydrate=hydrate
    )

list_run_metadata(run_metadata_filter_model=Depends(init_cls_and_handle_errors), hydrate=False, _=Security(oauth2_authentication))

Get run metadata according to query filters.

Parameters:

Name	Type	Description	Default
run_metadata_filter_model	RunMetadataFilter	Filter model used for pagination, sorting, filtering.	Depends(init_cls_and_handle_errors)
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False

Returns:

Type	Description
Page[RunMetadataResponse]	The pipeline runs according to query filters.

Source code in zenml/zen_server/routers/run_metadata_endpoints.py

@router.get(
    "",
    response_model=Page[RunMetadataResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_run_metadata(
    run_metadata_filter_model: RunMetadataFilter = Depends(
        make_dependable(RunMetadataFilter)
    ),
    hydrate: bool = False,
    _: AuthContext = Security(authorize),
) -> Page[RunMetadataResponse]:
    """Get run metadata according to query filters.

    Args:
        run_metadata_filter_model: Filter model used for pagination, sorting,
            filtering.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        The pipeline runs according to query filters.
    """
    return verify_permissions_and_list_entities(
        filter_model=run_metadata_filter_model,
        resource_type=ResourceType.RUN_METADATA,
        list_method=zen_store().list_run_metadata,
        hydrate=hydrate,
    )

runs_endpoints

Endpoint definitions for pipeline runs.

delete_run(run_id, _=Security(oauth2_authentication))

Deletes a run.

Parameters:

Name	Type	Description	Default
run_id	UUID	ID of the run.	required

Source code in zenml/zen_server/routers/runs_endpoints.py

@router.delete(
    "/{run_id}",
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def delete_run(
    run_id: UUID,
    _: AuthContext = Security(authorize),
) -> None:
    """Deletes a run.

    Args:
        run_id: ID of the run.
    """
    verify_permissions_and_delete_entity(
        id=run_id,
        get_method=zen_store().get_run,
        delete_method=zen_store().delete_run,
    )

get_pipeline_configuration(run_id, _=Security(oauth2_authentication))

Get the pipeline configuration of a specific pipeline run using its ID.

Parameters:

Name	Type	Description	Default
run_id	UUID	ID of the pipeline run to get.	required

Returns:

Type	Description
Dict[str, Any]	The pipeline configuration of the pipeline run.

Source code in zenml/zen_server/routers/runs_endpoints.py

@router.get(
    "/{run_id}" + PIPELINE_CONFIGURATION,
    response_model=Dict[str, Any],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_pipeline_configuration(
    run_id: UUID,
    _: AuthContext = Security(authorize),
) -> Dict[str, Any]:
    """Get the pipeline configuration of a specific pipeline run using its ID.

    Args:
        run_id: ID of the pipeline run to get.

    Returns:
        The pipeline configuration of the pipeline run.
    """
    run = verify_permissions_and_get_entity(
        id=run_id, get_method=zen_store().get_run, hydrate=True
    )
    return run.config.model_dump()

get_run(run_id, hydrate=True, _=Security(oauth2_authentication))

Get a specific pipeline run using its ID.

Parameters:

Name	Type	Description	Default
run_id	UUID	ID of the pipeline run to get.	required
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	True

Returns:

Type	Description
PipelineRunResponse	The pipeline run.

Source code in zenml/zen_server/routers/runs_endpoints.py

@router.get(
    "/{run_id}",
    response_model=PipelineRunResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_run(
    run_id: UUID,
    hydrate: bool = True,
    _: AuthContext = Security(authorize),
) -> PipelineRunResponse:
    """Get a specific pipeline run using its ID.

    Args:
        run_id: ID of the pipeline run to get.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        The pipeline run.
    """
    return verify_permissions_and_get_entity(
        id=run_id, get_method=zen_store().get_run, hydrate=hydrate
    )

get_run_dag(run_id, _=Security(oauth2_authentication))

Get the DAG for a given pipeline run.

Parameters:

Name	Type	Description	Default
run_id	UUID	ID of the pipeline run to use to get the DAG.	required

Returns:

Type	Description
LineageGraph	The DAG for a given pipeline run.

Source code in zenml/zen_server/routers/runs_endpoints.py

@router.get(
    "/{run_id}" + GRAPH,
    response_model=LineageGraph,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_run_dag(
    run_id: UUID,
    _: AuthContext = Security(authorize),
) -> LineageGraph:
    """Get the DAG for a given pipeline run.

    Args:
        run_id: ID of the pipeline run to use to get the DAG.

    Returns:
        The DAG for a given pipeline run.
    """
    run = verify_permissions_and_get_entity(
        id=run_id, get_method=zen_store().get_run, hydrate=True
    )
    graph = LineageGraph()
    graph.generate_run_nodes_and_edges(run)
    return graph

get_run_status(run_id, _=Security(oauth2_authentication))

Get the status of a specific pipeline run.

Parameters:

Name	Type	Description	Default
run_id	UUID	ID of the pipeline run for which to get the status.	required

Returns:

Type	Description
ExecutionStatus	The status of the pipeline run.

Source code in zenml/zen_server/routers/runs_endpoints.py

@router.get(
    "/{run_id}" + STATUS,
    response_model=ExecutionStatus,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_run_status(
    run_id: UUID,
    _: AuthContext = Security(authorize),
) -> ExecutionStatus:
    """Get the status of a specific pipeline run.

    Args:
        run_id: ID of the pipeline run for which to get the status.

    Returns:
        The status of the pipeline run.
    """
    run = verify_permissions_and_get_entity(
        id=run_id, get_method=zen_store().get_run, hydrate=False
    )
    return run.status

get_run_steps(run_id, step_run_filter_model=Depends(init_cls_and_handle_errors), _=Security(oauth2_authentication))

Get all steps for a given pipeline run.

Parameters:

Name	Type	Description	Default
run_id	UUID	ID of the pipeline run.	required
step_run_filter_model	StepRunFilter	Filter model used for pagination, sorting, filtering	Depends(init_cls_and_handle_errors)

Returns:

Type	Description
Page[StepRunResponse]	The steps for a given pipeline run.

Source code in zenml/zen_server/routers/runs_endpoints.py

@router.get(
    "/{run_id}" + STEPS,
    response_model=Page[StepRunResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_run_steps(
    run_id: UUID,
    step_run_filter_model: StepRunFilter = Depends(
        make_dependable(StepRunFilter)
    ),
    _: AuthContext = Security(authorize),
) -> Page[StepRunResponse]:
    """Get all steps for a given pipeline run.

    Args:
        run_id: ID of the pipeline run.
        step_run_filter_model: Filter model used for pagination, sorting,
            filtering

    Returns:
        The steps for a given pipeline run.
    """
    verify_permissions_and_get_entity(
        id=run_id, get_method=zen_store().get_run, hydrate=False
    )
    step_run_filter_model.pipeline_run_id = run_id
    return zen_store().list_run_steps(step_run_filter_model)

list_runs(runs_filter_model=Depends(init_cls_and_handle_errors), hydrate=False, _=Security(oauth2_authentication))

Get pipeline runs according to query filters.

Parameters:

Name	Type	Description	Default
runs_filter_model	PipelineRunFilter	Filter model used for pagination, sorting, filtering.	Depends(init_cls_and_handle_errors)
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False

Returns:

Type	Description
Page[PipelineRunResponse]	The pipeline runs according to query filters.

Source code in zenml/zen_server/routers/runs_endpoints.py

@router.get(
    "",
    response_model=Page[PipelineRunResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_runs(
    runs_filter_model: PipelineRunFilter = Depends(
        make_dependable(PipelineRunFilter)
    ),
    hydrate: bool = False,
    _: AuthContext = Security(authorize),
) -> Page[PipelineRunResponse]:
    """Get pipeline runs according to query filters.

    Args:
        runs_filter_model: Filter model used for pagination, sorting, filtering.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        The pipeline runs according to query filters.
    """
    return verify_permissions_and_list_entities(
        filter_model=runs_filter_model,
        resource_type=ResourceType.PIPELINE_RUN,
        list_method=zen_store().list_runs,
        hydrate=hydrate,
    )

update_run(run_id, run_model, _=Security(oauth2_authentication))

Updates a run.

Parameters:

Name	Type	Description	Default
run_id	UUID	ID of the run.	required
run_model	PipelineRunUpdate	Run model to use for the update.	required

Returns:

Type	Description
PipelineRunResponse	The updated run model.

Source code in zenml/zen_server/routers/runs_endpoints.py

@router.put(
    "/{run_id}",
    response_model=PipelineRunResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def update_run(
    run_id: UUID,
    run_model: PipelineRunUpdate,
    _: AuthContext = Security(authorize),
) -> PipelineRunResponse:
    """Updates a run.

    Args:
        run_id: ID of the run.
        run_model: Run model to use for the update.

    Returns:
        The updated run model.
    """
    return verify_permissions_and_update_entity(
        id=run_id,
        update_model=run_model,
        get_method=zen_store().get_run,
        update_method=zen_store().update_run,
    )

schedule_endpoints

Endpoint definitions for pipeline run schedules.

delete_schedule(schedule_id, _=Security(oauth2_authentication))

Deletes a specific schedule using its unique id.

Parameters:

Name	Type	Description	Default
schedule_id	UUID	ID of the schedule to delete.	required

Source code in zenml/zen_server/routers/schedule_endpoints.py

@router.delete(
    "/{schedule_id}",
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def delete_schedule(
    schedule_id: UUID,
    _: AuthContext = Security(authorize),
) -> None:
    """Deletes a specific schedule using its unique id.

    Args:
        schedule_id: ID of the schedule to delete.
    """
    zen_store().delete_schedule(schedule_id=schedule_id)

get_schedule(schedule_id, hydrate=True, _=Security(oauth2_authentication))

Gets a specific schedule using its unique id.

Parameters:

Name	Type	Description	Default
schedule_id	UUID	ID of the schedule to get.	required
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	True

Returns:

Type	Description
ScheduleResponse	A specific schedule object.

Source code in zenml/zen_server/routers/schedule_endpoints.py

@router.get(
    "/{schedule_id}",
    response_model=ScheduleResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_schedule(
    schedule_id: UUID,
    hydrate: bool = True,
    _: AuthContext = Security(authorize),
) -> ScheduleResponse:
    """Gets a specific schedule using its unique id.

    Args:
        schedule_id: ID of the schedule to get.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        A specific schedule object.
    """
    return zen_store().get_schedule(schedule_id=schedule_id, hydrate=hydrate)

list_schedules(schedule_filter_model=Depends(init_cls_and_handle_errors), hydrate=False, _=Security(oauth2_authentication))

Gets a list of schedules.

Parameters:

Name	Type	Description	Default
schedule_filter_model	ScheduleFilter	Filter model used for pagination, sorting, filtering	Depends(init_cls_and_handle_errors)
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False

Returns:

Type	Description
Page[ScheduleResponse]	List of schedule objects.

Source code in zenml/zen_server/routers/schedule_endpoints.py

@router.get(
    "",
    response_model=Page[ScheduleResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_schedules(
    schedule_filter_model: ScheduleFilter = Depends(
        make_dependable(ScheduleFilter)
    ),
    hydrate: bool = False,
    _: AuthContext = Security(authorize),
) -> Page[ScheduleResponse]:
    """Gets a list of schedules.

    Args:
        schedule_filter_model: Filter model used for pagination, sorting,
            filtering
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        List of schedule objects.
    """
    return zen_store().list_schedules(
        schedule_filter_model=schedule_filter_model, hydrate=hydrate
    )

update_schedule(schedule_id, schedule_update, _=Security(oauth2_authentication))

Updates the attribute on a specific schedule using its unique id.

Parameters:

Name	Type	Description	Default
schedule_id	UUID	ID of the schedule to get.	required
schedule_update	ScheduleUpdate	the model containing the attributes to update.	required

Returns:

Type	Description
ScheduleResponse	The updated schedule object.

Source code in zenml/zen_server/routers/schedule_endpoints.py

@router.put(
    "/{schedule_id}",
    response_model=ScheduleResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def update_schedule(
    schedule_id: UUID,
    schedule_update: ScheduleUpdate,
    _: AuthContext = Security(authorize),
) -> ScheduleResponse:
    """Updates the attribute on a specific schedule using its unique id.

    Args:
        schedule_id: ID of the schedule to get.
        schedule_update: the model containing the attributes to update.

    Returns:
        The updated schedule object.
    """
    return zen_store().update_schedule(
        schedule_id=schedule_id, schedule_update=schedule_update
    )

secrets_endpoints

Endpoint definitions for pipeline run secrets.

backup_secrets(ignore_errors=True, delete_secrets=False, _=Security(oauth2_authentication))

Backs up all secrets in the secrets store to the backup secrets store.

Parameters:

Name	Type	Description	Default
ignore_errors	bool	Whether to ignore individual errors when backing up secrets and continue with the backup operation until all secrets have been backed up.	True
delete_secrets	bool	Whether to delete the secrets that have been successfully backed up from the primary secrets store. Setting this flag effectively moves all secrets from the primary secrets store to the backup secrets store.	False

Source code in zenml/zen_server/routers/secrets_endpoints.py

@op_router.put(
    SECRETS_BACKUP,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def backup_secrets(
    ignore_errors: bool = True,
    delete_secrets: bool = False,
    _: AuthContext = Security(authorize),
) -> None:
    """Backs up all secrets in the secrets store to the backup secrets store.

    Args:
        ignore_errors: Whether to ignore individual errors when backing up
            secrets and continue with the backup operation until all secrets
            have been backed up.
        delete_secrets: Whether to delete the secrets that have been
            successfully backed up from the primary secrets store. Setting
            this flag effectively moves all secrets from the primary secrets
            store to the backup secrets store.
    """
    verify_permission(
        resource_type=ResourceType.SECRET, action=Action.BACKUP_RESTORE
    )

    zen_store().backup_secrets(
        ignore_errors=ignore_errors, delete_secrets=delete_secrets
    )

delete_secret(secret_id, _=Security(oauth2_authentication))

Deletes a specific secret using its unique id.

Parameters:

Name	Type	Description	Default
secret_id	UUID	ID of the secret to delete.	required

Source code in zenml/zen_server/routers/secrets_endpoints.py

@router.delete(
    "/{secret_id}",
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def delete_secret(
    secret_id: UUID,
    _: AuthContext = Security(authorize),
) -> None:
    """Deletes a specific secret using its unique id.

    Args:
        secret_id: ID of the secret to delete.
    """
    verify_permissions_and_delete_entity(
        id=secret_id,
        get_method=zen_store().get_secret,
        delete_method=zen_store().delete_secret,
    )

get_secret(secret_id, hydrate=True, _=Security(oauth2_authentication))

Gets a specific secret using its unique id.

Parameters:

Name	Type	Description	Default
secret_id	UUID	ID of the secret to get.	required
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	True

Returns:

Type	Description
SecretResponse	A specific secret object.

Source code in zenml/zen_server/routers/secrets_endpoints.py

@router.get(
    "/{secret_id}",
    response_model=SecretResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_secret(
    secret_id: UUID,
    hydrate: bool = True,
    _: AuthContext = Security(authorize),
) -> SecretResponse:
    """Gets a specific secret using its unique id.

    Args:
        secret_id: ID of the secret to get.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        A specific secret object.
    """
    secret = verify_permissions_and_get_entity(
        id=secret_id,
        get_method=zen_store().get_secret,
        hydrate=hydrate,
    )
    if not has_permissions_for_model(secret, action=Action.READ_SECRET_VALUE):
        secret.remove_secrets()

    return secret

list_secrets(secret_filter_model=Depends(init_cls_and_handle_errors), hydrate=False, _=Security(oauth2_authentication))

Gets a list of secrets.

Parameters:

Name	Type	Description	Default
secret_filter_model	SecretFilter	Filter model used for pagination, sorting, filtering.	Depends(init_cls_and_handle_errors)
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False

Returns:

Type	Description
Page[SecretResponse]	List of secret objects.

Source code in zenml/zen_server/routers/secrets_endpoints.py

@router.get(
    "",
    response_model=Page[SecretResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_secrets(
    secret_filter_model: SecretFilter = Depends(make_dependable(SecretFilter)),
    hydrate: bool = False,
    _: AuthContext = Security(authorize),
) -> Page[SecretResponse]:
    """Gets a list of secrets.

    Args:
        secret_filter_model: Filter model used for pagination, sorting,
            filtering.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        List of secret objects.
    """
    secrets = verify_permissions_and_list_entities(
        filter_model=secret_filter_model,
        resource_type=ResourceType.SECRET,
        list_method=zen_store().list_secrets,
        hydrate=hydrate,
    )

    # This will be `None` if the user is allowed to read secret values
    # for all secrets
    allowed_ids = get_allowed_resource_ids(
        resource_type=ResourceType.SECRET,
        action=Action.READ_SECRET_VALUE,
    )

    if allowed_ids is not None:
        for secret in secrets.items:
            if secret.id in allowed_ids or is_owned_by_authenticated_user(
                secret
            ):
                continue

            secret.remove_secrets()

    return secrets

restore_secrets(ignore_errors=False, delete_secrets=False, _=Security(oauth2_authentication))

Restores all secrets from the backup secrets store into the main secrets store.

Parameters:

Name	Type	Description	Default
ignore_errors	bool	Whether to ignore individual errors when restoring secrets and continue with the restore operation until all secrets have been restored.	False
delete_secrets	bool	Whether to delete the secrets that have been successfully restored from the backup secrets store. Setting this flag effectively moves all secrets from the backup secrets store to the primary secrets store.	False

Source code in zenml/zen_server/routers/secrets_endpoints.py

@op_router.put(
    SECRETS_RESTORE,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def restore_secrets(
    ignore_errors: bool = False,
    delete_secrets: bool = False,
    _: AuthContext = Security(authorize),
) -> None:
    """Restores all secrets from the backup secrets store into the main secrets store.

    Args:
        ignore_errors: Whether to ignore individual errors when restoring
            secrets and continue with the restore operation until all secrets
            have been restored.
        delete_secrets: Whether to delete the secrets that have been
            successfully restored from the backup secrets store. Setting
            this flag effectively moves all secrets from the backup secrets
            store to the primary secrets store.
    """
    verify_permission(
        resource_type=ResourceType.SECRET,
        action=Action.BACKUP_RESTORE,
    )

    zen_store().restore_secrets(
        ignore_errors=ignore_errors, delete_secrets=delete_secrets
    )

update_secret(secret_id, secret_update, patch_values=False, _=Security(oauth2_authentication))

Updates the attribute on a specific secret using its unique id.

Parameters:

Name	Type	Description	Default
secret_id	UUID	ID of the secret to get.	required
secret_update	SecretUpdate	the model containing the attributes to update.	required
patch_values	Optional[bool]	Whether to patch the secret values or replace them.	False

Returns:

Type	Description
SecretResponse	The updated secret object.

Source code in zenml/zen_server/routers/secrets_endpoints.py

@router.put(
    "/{secret_id}",
    response_model=SecretResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def update_secret(
    secret_id: UUID,
    secret_update: SecretUpdate,
    patch_values: Optional[bool] = False,
    _: AuthContext = Security(authorize),
) -> SecretResponse:
    """Updates the attribute on a specific secret using its unique id.

    Args:
        secret_id: ID of the secret to get.
        secret_update: the model containing the attributes to update.
        patch_values: Whether to patch the secret values or replace them.

    Returns:
        The updated secret object.
    """
    if not patch_values:
        # If patch_values is False, interpret the update values as a complete
        # replacement of the existing secret values. The only adjustment we
        # need to make is to set the value of any keys that are not present in
        # the update to None, so that they are deleted.
        secret = zen_store().get_secret(secret_id=secret_id)
        for key in secret.values.keys():
            if secret_update.values is not None:
                if key not in secret_update.values:
                    secret_update.values[key] = None

    return verify_permissions_and_update_entity(
        id=secret_id,
        update_model=secret_update,
        get_method=zen_store().get_secret,
        update_method=zen_store().update_secret,
    )

server_endpoints

Endpoint definitions for authentication (login).

activate_server(activate_request)

Updates a stack.

Parameters:

Name	Type	Description	Default
activate_request	ServerActivationRequest	The request to activate the server.	required

Returns:

Type	Description
Optional[zenml.models.v2.core.user.UserResponse]	The default admin user that was created during activation, if any.

Source code in zenml/zen_server/routers/server_endpoints.py

@router.put(
    ACTIVATE,
    responses={
        401: error_response,
        404: error_response,
        422: error_response,
    },
)
@handle_exceptions
def activate_server(
    activate_request: ServerActivationRequest,
) -> Optional[UserResponse]:
    """Updates a stack.

    Args:
        activate_request: The request to activate the server.

    Returns:
        The default admin user that was created during activation, if any.
    """
    return zen_store().activate_server(activate_request)

get_settings(_=Security(oauth2_authentication), hydrate=True)

Get settings of the server.

Parameters:

Name	Type	Description	Default
hydrate	bool	Whether to hydrate the response.	True

Returns:

Type	Description
ServerSettingsResponse	Settings of the server.

Source code in zenml/zen_server/routers/server_endpoints.py

@router.get(
    SERVER_SETTINGS,
    responses={
        401: error_response,
        404: error_response,
        422: error_response,
    },
)
@handle_exceptions
def get_settings(
    _: AuthContext = Security(authorize),
    hydrate: bool = True,
) -> ServerSettingsResponse:
    """Get settings of the server.

    Args:
        hydrate: Whether to hydrate the response.

    Returns:
        Settings of the server.
    """
    return zen_store().get_server_settings(hydrate=hydrate)

server_info()

Get information about the server.

Returns:

Type	Description
ServerModel	Information about the server.

Source code in zenml/zen_server/routers/server_endpoints.py

@router.get(
    INFO,
    response_model=ServerModel,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def server_info() -> ServerModel:
    """Get information about the server.

    Returns:
        Information about the server.
    """
    return zen_store().get_store_info()

update_server_settings(settings_update, auth_context=Security(oauth2_authentication))

Updates the settings of the server.

Parameters:

Name	Type	Description	Default
settings_update	ServerSettingsUpdate	Settings update.	required
auth_context	AuthContext	Authentication context.	Security(oauth2_authentication)

Exceptions:

Type	Description
IllegalOperationError	If trying to update admin properties without admin permissions.

Returns:

Type	Description
ServerSettingsResponse	The updated settings.

Source code in zenml/zen_server/routers/server_endpoints.py

@router.put(
    SERVER_SETTINGS,
    responses={
        401: error_response,
        404: error_response,
        422: error_response,
    },
)
@handle_exceptions
def update_server_settings(
    settings_update: ServerSettingsUpdate,
    auth_context: AuthContext = Security(authorize),
) -> ServerSettingsResponse:
    """Updates the settings of the server.

    Args:
        settings_update: Settings update.
        auth_context: Authentication context.

    Raises:
        IllegalOperationError: If trying to update admin properties without
            admin permissions.

    Returns:
        The updated settings.
    """
    if not server_config().rbac_enabled:
        will_update_admin_properties = bool(
            settings_update.model_dump(
                exclude_none=True, exclude={"onboarding_state"}
            )
        )

        if not auth_context.user.is_admin and will_update_admin_properties:
            raise IllegalOperationError(
                "Only admins can update server settings."
            )

    return zen_store().update_server_settings(settings_update)

version()

Get version of the server.

Returns:

Type	Description
str	String representing the version of the server.

Source code in zenml/zen_server/routers/server_endpoints.py

@router.get("/version")
def version() -> str:
    """Get version of the server.

    Returns:
        String representing the version of the server.
    """
    return zenml.__version__

service_accounts_endpoints

Endpoint definitions for API keys.

create_api_key(service_account_id, api_key, _=Security(oauth2_authentication))

Creates an API key for a service account.

Parameters:

Name	Type	Description	Default
service_account_id	UUID	ID of the service account for which to create the API key.	required
api_key	APIKeyRequest	API key to create.	required

Returns:

Type	Description
APIKeyResponse	The created API key.

Source code in zenml/zen_server/routers/service_accounts_endpoints.py

@router.post(
    "/{service_account_id}" + API_KEYS,
    response_model=APIKeyResponse,
    responses={401: error_response, 409: error_response, 422: error_response},
)
@handle_exceptions
def create_api_key(
    service_account_id: UUID,
    api_key: APIKeyRequest,
    _: AuthContext = Security(authorize),
) -> APIKeyResponse:
    """Creates an API key for a service account.

    Args:
        service_account_id: ID of the service account for which to create the
            API key.
        api_key: API key to create.

    Returns:
        The created API key.
    """
    service_account = zen_store().get_service_account(service_account_id)
    verify_permission_for_model(service_account, action=Action.UPDATE)
    created_api_key = zen_store().create_api_key(
        service_account_id=service_account_id,
        api_key=api_key,
    )
    return created_api_key

create_service_account(service_account, _=Security(oauth2_authentication))

Creates a service account.

Parameters:

Name	Type	Description	Default
service_account	ServiceAccountRequest	Service account to create.	required

Returns:

Type	Description
ServiceAccountResponse	The created service account.

Source code in zenml/zen_server/routers/service_accounts_endpoints.py

@router.post(
    "",
    response_model=ServiceAccountResponse,
    responses={
        401: error_response,
        409: error_response,
        422: error_response,
    },
)
@handle_exceptions
def create_service_account(
    service_account: ServiceAccountRequest,
    _: AuthContext = Security(authorize),
) -> ServiceAccountResponse:
    """Creates a service account.

    Args:
        service_account: Service account to create.

    Returns:
        The created service account.
    """
    return verify_permissions_and_create_entity(
        request_model=service_account,
        resource_type=ResourceType.SERVICE_ACCOUNT,
        create_method=zen_store().create_service_account,
    )

delete_api_key(service_account_id, api_key_name_or_id, _=Security(oauth2_authentication))

Deletes an API key.

Parameters:

Name	Type	Description	Default
service_account_id	UUID	ID of the service account to which the API key belongs.	required
api_key_name_or_id	Union[str, uuid.UUID]	Name or ID of the API key to delete.	required

Source code in zenml/zen_server/routers/service_accounts_endpoints.py

@router.delete(
    "/{service_account_id}" + API_KEYS + "/{api_key_name_or_id}",
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def delete_api_key(
    service_account_id: UUID,
    api_key_name_or_id: Union[str, UUID],
    _: AuthContext = Security(authorize),
) -> None:
    """Deletes an API key.

    Args:
        service_account_id: ID of the service account to which the API key
            belongs.
        api_key_name_or_id: Name or ID of the API key to delete.
    """
    service_account = zen_store().get_service_account(service_account_id)
    verify_permission_for_model(service_account, action=Action.UPDATE)
    zen_store().delete_api_key(
        service_account_id=service_account_id,
        api_key_name_or_id=api_key_name_or_id,
    )

delete_service_account(service_account_name_or_id, _=Security(oauth2_authentication))

Delete a specific service account.

Parameters:

Name	Type	Description	Default
service_account_name_or_id	Union[str, uuid.UUID]	Name or ID of the service account.	required

Source code in zenml/zen_server/routers/service_accounts_endpoints.py

@router.delete(
    "/{service_account_name_or_id}",
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def delete_service_account(
    service_account_name_or_id: Union[str, UUID],
    _: AuthContext = Security(authorize),
) -> None:
    """Delete a specific service account.

    Args:
        service_account_name_or_id: Name or ID of the service account.
    """
    verify_permissions_and_delete_entity(
        id=service_account_name_or_id,
        get_method=zen_store().get_service_account,
        delete_method=zen_store().delete_service_account,
    )

get_api_key(service_account_id, api_key_name_or_id, hydrate=True, _=Security(oauth2_authentication))

Returns the requested API key.

Parameters:

Name	Type	Description	Default
service_account_id	UUID	ID of the service account to which the API key belongs.	required
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	True
api_key_name_or_id	Union[str, uuid.UUID]	Name or ID of the API key to return.	required

Returns:

Type	Description
APIKeyResponse	The requested API key.

Source code in zenml/zen_server/routers/service_accounts_endpoints.py

@router.get(
    "/{service_account_id}" + API_KEYS + "/{api_key_name_or_id}",
    response_model=APIKeyResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_api_key(
    service_account_id: UUID,
    api_key_name_or_id: Union[str, UUID],
    hydrate: bool = True,
    _: AuthContext = Security(authorize),
) -> APIKeyResponse:
    """Returns the requested API key.

    Args:
        service_account_id: ID of the service account to which the API key
            belongs.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.
        api_key_name_or_id: Name or ID of the API key to return.

    Returns:
        The requested API key.
    """
    service_account = zen_store().get_service_account(service_account_id)
    verify_permission_for_model(service_account, action=Action.READ)
    api_key = zen_store().get_api_key(
        service_account_id=service_account_id,
        api_key_name_or_id=api_key_name_or_id,
        hydrate=hydrate,
    )
    return api_key

get_service_account(service_account_name_or_id, _=Security(oauth2_authentication), hydrate=True)

Returns a specific service account.

Parameters:

Name	Type	Description	Default
service_account_name_or_id	Union[str, uuid.UUID]	Name or ID of the service account.	required
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	True

Returns:

Type	Description
ServiceAccountResponse	The service account matching the given name or ID.

Source code in zenml/zen_server/routers/service_accounts_endpoints.py

@router.get(
    "/{service_account_name_or_id}",
    response_model=ServiceAccountResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_service_account(
    service_account_name_or_id: Union[str, UUID],
    _: AuthContext = Security(authorize),
    hydrate: bool = True,
) -> ServiceAccountResponse:
    """Returns a specific service account.

    Args:
        service_account_name_or_id: Name or ID of the service account.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        The service account matching the given name or ID.
    """
    return verify_permissions_and_get_entity(
        id=service_account_name_or_id,
        get_method=zen_store().get_service_account,
        hydrate=hydrate,
    )

list_api_keys(service_account_id, filter_model=Depends(init_cls_and_handle_errors), hydrate=False, _=Security(oauth2_authentication))

List API keys associated with a service account.

Parameters:

Name	Type	Description	Default
service_account_id	UUID	ID of the service account to which the API keys belong.	required
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False
filter_model	APIKeyFilter	Filter model used for pagination, sorting, filtering	Depends(init_cls_and_handle_errors)

Returns:

Type	Description
Page[APIKeyResponse]	All API keys matching the filter and associated with the supplied service account.

Source code in zenml/zen_server/routers/service_accounts_endpoints.py

@router.get(
    "/{service_account_id}" + API_KEYS,
    response_model=Page[APIKeyResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_api_keys(
    service_account_id: UUID,
    filter_model: APIKeyFilter = Depends(make_dependable(APIKeyFilter)),
    hydrate: bool = False,
    _: AuthContext = Security(authorize),
) -> Page[APIKeyResponse]:
    """List API keys associated with a service account.

    Args:
        service_account_id: ID of the service account to which the API keys
            belong.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.
        filter_model: Filter model used for pagination, sorting,
            filtering

    Returns:
        All API keys matching the filter and associated with the supplied
        service account.
    """
    service_account = zen_store().get_service_account(service_account_id)
    verify_permission_for_model(service_account, action=Action.READ)
    return zen_store().list_api_keys(
        service_account_id=service_account_id,
        filter_model=filter_model,
        hydrate=hydrate,
    )

list_service_accounts(filter_model=Depends(init_cls_and_handle_errors), hydrate=False, _=Security(oauth2_authentication))

Returns a list of service accounts.

Parameters:

Name	Type	Description	Default
filter_model	ServiceAccountFilter	Model that takes care of filtering, sorting and pagination.	Depends(init_cls_and_handle_errors)
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False

Returns:

Type	Description
Page[ServiceAccountResponse]	A list of service accounts matching the filter.

Source code in zenml/zen_server/routers/service_accounts_endpoints.py

@router.get(
    "",
    response_model=Page[ServiceAccountResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_service_accounts(
    filter_model: ServiceAccountFilter = Depends(
        make_dependable(ServiceAccountFilter)
    ),
    hydrate: bool = False,
    _: AuthContext = Security(authorize),
) -> Page[ServiceAccountResponse]:
    """Returns a list of service accounts.

    Args:
        filter_model: Model that takes care of filtering, sorting and
            pagination.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        A list of service accounts matching the filter.
    """
    return verify_permissions_and_list_entities(
        filter_model=filter_model,
        resource_type=ResourceType.SERVICE_ACCOUNT,
        list_method=zen_store().list_service_accounts,
        hydrate=hydrate,
    )

rotate_api_key(service_account_id, api_key_name_or_id, rotate_request, _=Security(oauth2_authentication))

Rotate an API key.

Parameters:

Name	Type	Description	Default
service_account_id	UUID	ID of the service account to which the API key belongs.	required
api_key_name_or_id	Union[str, uuid.UUID]	Name or ID of the API key to rotate.	required
rotate_request	APIKeyRotateRequest	API key rotation request.	required

Returns:

Type	Description
APIKeyResponse	The updated API key.

Source code in zenml/zen_server/routers/service_accounts_endpoints.py

@router.put(
    "/{service_account_id}"
    + API_KEYS
    + "/{api_key_name_or_id}"
    + API_KEY_ROTATE,
    response_model=APIKeyResponse,
    responses={401: error_response, 409: error_response, 422: error_response},
)
@handle_exceptions
def rotate_api_key(
    service_account_id: UUID,
    api_key_name_or_id: Union[str, UUID],
    rotate_request: APIKeyRotateRequest,
    _: AuthContext = Security(authorize),
) -> APIKeyResponse:
    """Rotate an API key.

    Args:
        service_account_id: ID of the service account to which the API key
            belongs.
        api_key_name_or_id: Name or ID of the API key to rotate.
        rotate_request: API key rotation request.

    Returns:
        The updated API key.
    """
    service_account = zen_store().get_service_account(service_account_id)
    verify_permission_for_model(service_account, action=Action.UPDATE)
    return zen_store().rotate_api_key(
        service_account_id=service_account_id,
        api_key_name_or_id=api_key_name_or_id,
        rotate_request=rotate_request,
    )

update_api_key(service_account_id, api_key_name_or_id, api_key_update, _=Security(oauth2_authentication))

Updates an API key for a service account.

Parameters:

Name	Type	Description	Default
service_account_id	UUID	ID of the service account to which the API key belongs.	required
api_key_name_or_id	Union[str, uuid.UUID]	Name or ID of the API key to update.	required
api_key_update	APIKeyUpdate	API key update.	required

Returns:

Type	Description
APIKeyResponse	The updated API key.

Source code in zenml/zen_server/routers/service_accounts_endpoints.py

@router.put(
    "/{service_account_id}" + API_KEYS + "/{api_key_name_or_id}",
    response_model=APIKeyResponse,
    responses={401: error_response, 409: error_response, 422: error_response},
)
@handle_exceptions
def update_api_key(
    service_account_id: UUID,
    api_key_name_or_id: Union[str, UUID],
    api_key_update: APIKeyUpdate,
    _: AuthContext = Security(authorize),
) -> APIKeyResponse:
    """Updates an API key for a service account.

    Args:
        service_account_id: ID of the service account to which the API key
            belongs.
        api_key_name_or_id: Name or ID of the API key to update.
        api_key_update: API key update.

    Returns:
        The updated API key.
    """
    service_account = zen_store().get_service_account(service_account_id)
    verify_permission_for_model(service_account, action=Action.UPDATE)
    return zen_store().update_api_key(
        service_account_id=service_account_id,
        api_key_name_or_id=api_key_name_or_id,
        api_key_update=api_key_update,
    )

update_service_account(service_account_name_or_id, service_account_update, _=Security(oauth2_authentication))

Updates a specific service account.

Parameters:

Name	Type	Description	Default
service_account_name_or_id	Union[str, uuid.UUID]	Name or ID of the service account.	required
service_account_update	ServiceAccountUpdate	the service account to use for the update.	required

Returns:

Type	Description
ServiceAccountResponse	The updated service account.

Source code in zenml/zen_server/routers/service_accounts_endpoints.py

@router.put(
    "/{service_account_name_or_id}",
    response_model=ServiceAccountResponse,
    responses={
        401: error_response,
        404: error_response,
        422: error_response,
    },
)
@handle_exceptions
def update_service_account(
    service_account_name_or_id: Union[str, UUID],
    service_account_update: ServiceAccountUpdate,
    _: AuthContext = Security(authorize),
) -> ServiceAccountResponse:
    """Updates a specific service account.

    Args:
        service_account_name_or_id: Name or ID of the service account.
        service_account_update: the service account to use for the update.

    Returns:
        The updated service account.
    """
    return verify_permissions_and_update_entity(
        id=service_account_name_or_id,
        update_model=service_account_update,
        get_method=zen_store().get_service_account,
        update_method=zen_store().update_service_account,
    )

service_connectors_endpoints

Endpoint definitions for service connectors.

delete_service_connector(connector_id, _=Security(oauth2_authentication))

Deletes a service connector.

Parameters:

Name	Type	Description	Default
connector_id	UUID	ID of the service connector.	required

Source code in zenml/zen_server/routers/service_connectors_endpoints.py

@router.delete(
    "/{connector_id}",
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def delete_service_connector(
    connector_id: UUID,
    _: AuthContext = Security(authorize),
) -> None:
    """Deletes a service connector.

    Args:
        connector_id: ID of the service connector.
    """
    verify_permissions_and_delete_entity(
        id=connector_id,
        get_method=zen_store().get_service_connector,
        delete_method=zen_store().delete_service_connector,
    )

get_service_connector(connector_id, expand_secrets=True, hydrate=True, _=Security(oauth2_authentication))

Returns the requested service connector.

Parameters:

Name	Type	Description	Default
connector_id	UUID	ID of the service connector.	required
expand_secrets	bool	Whether to expand secrets or not.	True
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	True

Returns:

Type	Description
ServiceConnectorResponse	The requested service connector.

Source code in zenml/zen_server/routers/service_connectors_endpoints.py

@router.get(
    "/{connector_id}",
    response_model=ServiceConnectorResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_service_connector(
    connector_id: UUID,
    expand_secrets: bool = True,
    hydrate: bool = True,
    _: AuthContext = Security(authorize),
) -> ServiceConnectorResponse:
    """Returns the requested service connector.

    Args:
        connector_id: ID of the service connector.
        expand_secrets: Whether to expand secrets or not.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        The requested service connector.
    """
    connector = zen_store().get_service_connector(
        connector_id, hydrate=hydrate
    )
    verify_permission_for_model(connector, action=Action.READ)

    if (
        expand_secrets
        and connector.secret_id
        and has_permissions_for_model(
            connector, action=Action.READ_SECRET_VALUE
        )
    ):
        secret = zen_store().get_secret(secret_id=connector.secret_id)

        # Update the connector configuration with the secret.
        connector.configuration.update(secret.secret_values)

    return dehydrate_response_model(connector)

get_service_connector_client(connector_id, resource_type=None, resource_id=None, _=Security(oauth2_authentication))

Get a service connector client for a service connector and given resource.

This requires the service connector implementation to be installed on the ZenML server, otherwise a 501 Not Implemented error will be returned.

Parameters:

Name	Type	Description	Default
connector_id	UUID	ID of the service connector.	required
resource_type	Optional[str]	Type of the resource to list.	None
resource_id	Optional[str]	ID of the resource to list.	None

Returns:

Type	Description
ServiceConnectorResponse	A service connector client that can be used to access the given resource.

Source code in zenml/zen_server/routers/service_connectors_endpoints.py

@router.get(
    "/{connector_id}" + SERVICE_CONNECTOR_CLIENT,
    response_model=ServiceConnectorResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_service_connector_client(
    connector_id: UUID,
    resource_type: Optional[str] = None,
    resource_id: Optional[str] = None,
    _: AuthContext = Security(authorize),
) -> ServiceConnectorResponse:
    """Get a service connector client for a service connector and given resource.

    This requires the service connector implementation to be installed
    on the ZenML server, otherwise a 501 Not Implemented error will be
    returned.

    Args:
        connector_id: ID of the service connector.
        resource_type: Type of the resource to list.
        resource_id: ID of the resource to list.

    Returns:
        A service connector client that can be used to access the given
        resource.
    """
    connector = zen_store().get_service_connector(connector_id)
    verify_permission_for_model(model=connector, action=Action.READ)
    verify_permission_for_model(model=connector, action=Action.CLIENT)

    return zen_store().get_service_connector_client(
        service_connector_id=connector_id,
        resource_type=resource_type,
        resource_id=resource_id,
    )

get_service_connector_type(connector_type, _=Security(oauth2_authentication))

Returns the requested service connector type.

Parameters:

Name	Type	Description	Default
connector_type	str	the service connector type identifier.	required

Returns:

Type	Description
ServiceConnectorTypeModel	The requested service connector type.

Source code in zenml/zen_server/routers/service_connectors_endpoints.py

@types_router.get(
    "/{connector_type}",
    response_model=ServiceConnectorTypeModel,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_service_connector_type(
    connector_type: str,
    _: AuthContext = Security(authorize),
) -> ServiceConnectorTypeModel:
    """Returns the requested service connector type.

    Args:
        connector_type: the service connector type identifier.

    Returns:
        The requested service connector type.
    """
    return zen_store().get_service_connector_type(connector_type)

list_service_connector_types(connector_type=None, resource_type=None, auth_method=None, _=Security(oauth2_authentication))

Get a list of service connector types.

Parameters:

Name	Type	Description	Default
connector_type	Optional[str]	Filter by connector type.	None
resource_type	Optional[str]	Filter by resource type.	None
auth_method	Optional[str]	Filter by auth method.	None

Returns:

Type	Description
List[zenml.models.v2.misc.service_connector_type.ServiceConnectorTypeModel]	List of service connector types.

Source code in zenml/zen_server/routers/service_connectors_endpoints.py

@types_router.get(
    "",
    response_model=List[ServiceConnectorTypeModel],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_service_connector_types(
    connector_type: Optional[str] = None,
    resource_type: Optional[str] = None,
    auth_method: Optional[str] = None,
    _: AuthContext = Security(authorize),
) -> List[ServiceConnectorTypeModel]:
    """Get a list of service connector types.

    Args:
        connector_type: Filter by connector type.
        resource_type: Filter by resource type.
        auth_method: Filter by auth method.

    Returns:
        List of service connector types.
    """
    connector_types = zen_store().list_service_connector_types(
        connector_type=connector_type,
        resource_type=resource_type,
        auth_method=auth_method,
    )

    return connector_types

list_service_connectors(connector_filter_model=Depends(init_cls_and_handle_errors), expand_secrets=True, hydrate=False, _=Security(oauth2_authentication))

Get a list of all service connectors for a specific type.

Parameters:

Name	Type	Description	Default
connector_filter_model	ServiceConnectorFilter	Filter model used for pagination, sorting, filtering	Depends(init_cls_and_handle_errors)
expand_secrets	bool	Whether to expand secrets or not.	True
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False

Returns:

Type	Description
Page[ServiceConnectorResponse]	Page with list of service connectors for a specific type.

Source code in zenml/zen_server/routers/service_connectors_endpoints.py

@router.get(
    "",
    response_model=Page[ServiceConnectorResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_service_connectors(
    connector_filter_model: ServiceConnectorFilter = Depends(
        make_dependable(ServiceConnectorFilter)
    ),
    expand_secrets: bool = True,
    hydrate: bool = False,
    _: AuthContext = Security(authorize),
) -> Page[ServiceConnectorResponse]:
    """Get a list of all service connectors for a specific type.

    Args:
        connector_filter_model: Filter model used for pagination, sorting,
            filtering
        expand_secrets: Whether to expand secrets or not.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        Page with list of service connectors for a specific type.
    """
    connectors = verify_permissions_and_list_entities(
        filter_model=connector_filter_model,
        resource_type=ResourceType.SERVICE_CONNECTOR,
        list_method=zen_store().list_service_connectors,
        hydrate=hydrate,
    )

    if expand_secrets:
        # This will be `None` if the user is allowed to read secret values
        # for all service connectors
        allowed_ids = get_allowed_resource_ids(
            resource_type=ResourceType.SERVICE_CONNECTOR,
            action=Action.READ_SECRET_VALUE,
        )

        for connector in connectors.items:
            if not connector.secret_id:
                continue

            if allowed_ids is None or is_owned_by_authenticated_user(
                connector
            ):
                # The user either owns the connector or has permissions to
                # read secret values for all service connectors
                pass
            elif connector.id not in allowed_ids:
                # The user is not allowed to read secret values for this
                # connector. We don't raise an exception here but don't include
                # the secret values
                continue

            secret = zen_store().get_secret(secret_id=connector.secret_id)

            # Update the connector configuration with the secret.
            connector.configuration.update(secret.secret_values)

    return connectors

update_service_connector(connector_id, connector_update, _=Security(oauth2_authentication))

Updates a service connector.

Parameters:

Name	Type	Description	Default
connector_id	UUID	ID of the service connector.	required
connector_update	ServiceConnectorUpdate	Service connector to use to update.	required

Returns:

Type	Description
ServiceConnectorResponse	Updated service connector.

Source code in zenml/zen_server/routers/service_connectors_endpoints.py

@router.put(
    "/{connector_id}",
    response_model=ServiceConnectorResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def update_service_connector(
    connector_id: UUID,
    connector_update: ServiceConnectorUpdate,
    _: AuthContext = Security(authorize),
) -> ServiceConnectorResponse:
    """Updates a service connector.

    Args:
        connector_id: ID of the service connector.
        connector_update: Service connector to use to update.

    Returns:
        Updated service connector.
    """
    return verify_permissions_and_update_entity(
        id=connector_id,
        update_model=connector_update,
        get_method=zen_store().get_service_connector,
        update_method=zen_store().update_service_connector,
    )

validate_and_verify_service_connector(connector_id, resource_type=None, resource_id=None, list_resources=True, _=Security(oauth2_authentication))

Verifies if a service connector instance has access to one or more resources.

This requires the service connector implementation to be installed on the ZenML server, otherwise a 501 Not Implemented error will be returned.

Parameters:

Name	Type	Description	Default
connector_id	UUID	The ID of the service connector to verify.	required
resource_type	Optional[str]	The type of resource to verify access to.	None
resource_id	Optional[str]	The ID of the resource to verify access to.	None
list_resources	bool	If True, the list of all resources accessible through the service connector and matching the supplied resource type and ID are returned.	True

Returns:

Type	Description
ServiceConnectorResourcesModel	The list of resources that the service connector has access to, scoped to the supplied resource type and ID, if provided.

Source code in zenml/zen_server/routers/service_connectors_endpoints.py

@router.put(
    "/{connector_id}" + SERVICE_CONNECTOR_VERIFY,
    response_model=ServiceConnectorResourcesModel,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def validate_and_verify_service_connector(
    connector_id: UUID,
    resource_type: Optional[str] = None,
    resource_id: Optional[str] = None,
    list_resources: bool = True,
    _: AuthContext = Security(authorize),
) -> ServiceConnectorResourcesModel:
    """Verifies if a service connector instance has access to one or more resources.

    This requires the service connector implementation to be installed
    on the ZenML server, otherwise a 501 Not Implemented error will be
    returned.

    Args:
        connector_id: The ID of the service connector to verify.
        resource_type: The type of resource to verify access to.
        resource_id: The ID of the resource to verify access to.
        list_resources: If True, the list of all resources accessible
            through the service connector and matching the supplied resource
            type and ID are returned.

    Returns:
        The list of resources that the service connector has access to, scoped
        to the supplied resource type and ID, if provided.
    """
    connector = zen_store().get_service_connector(connector_id)
    verify_permission_for_model(model=connector, action=Action.READ)

    return zen_store().verify_service_connector(
        service_connector_id=connector_id,
        resource_type=resource_type,
        resource_id=resource_id,
        list_resources=list_resources,
    )

validate_and_verify_service_connector_config(connector, list_resources=True, _=Security(oauth2_authentication))

Verifies if a service connector configuration has access to resources.

This requires the service connector implementation to be installed on the ZenML server, otherwise a 501 Not Implemented error will be returned.

Parameters:

Name	Type	Description	Default
connector	ServiceConnectorRequest	The service connector configuration to verify.	required
list_resources	bool	If True, the list of all resources accessible through the service connector is returned.	True

Returns:

Type	Description
ServiceConnectorResourcesModel	The list of resources that the service connector configuration has access to.

Source code in zenml/zen_server/routers/service_connectors_endpoints.py

@router.post(
    SERVICE_CONNECTOR_VERIFY,
    response_model=ServiceConnectorResourcesModel,
    responses={401: error_response, 409: error_response, 422: error_response},
)
@handle_exceptions
def validate_and_verify_service_connector_config(
    connector: ServiceConnectorRequest,
    list_resources: bool = True,
    _: AuthContext = Security(authorize),
) -> ServiceConnectorResourcesModel:
    """Verifies if a service connector configuration has access to resources.

    This requires the service connector implementation to be installed
    on the ZenML server, otherwise a 501 Not Implemented error will be
    returned.

    Args:
        connector: The service connector configuration to verify.
        list_resources: If True, the list of all resources accessible
            through the service connector is returned.

    Returns:
        The list of resources that the service connector configuration has
        access to.
    """
    verify_permission(
        resource_type=ResourceType.SERVICE_CONNECTOR, action=Action.CREATE
    )

    return zen_store().verify_service_connector_config(
        service_connector=connector,
        list_resources=list_resources,
    )

service_endpoints

Endpoint definitions for services.

create_service(service, _=Security(oauth2_authentication))

Creates a new service.

Parameters:

Name	Type	Description	Default
service	ServiceRequest	The model containing the attributes of the new service.	required

Returns:

Type	Description
ServiceResponse	The created service object.

Source code in zenml/zen_server/routers/service_endpoints.py

@router.post(
    "",
    response_model=ServiceResponse,
    responses={401: error_response, 422: error_response},
)
@handle_exceptions
def create_service(
    service: ServiceRequest,
    _: AuthContext = Security(authorize),
) -> ServiceResponse:
    """Creates a new service.

    Args:
        service: The model containing the attributes of the new service.

    Returns:
        The created service object.
    """
    return verify_permissions_and_create_entity(
        request_model=service,
        create_method=zen_store().create_service,
        resource_type=ResourceType.SERVICE,
    )

delete_service(service_id, _=Security(oauth2_authentication))

Deletes a specific service.

Parameters:

Name	Type	Description	Default
service_id	UUID	The ID of the service to delete.	required

Source code in zenml/zen_server/routers/service_endpoints.py

@router.delete(
    "/{service_id}",
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def delete_service(
    service_id: UUID,
    _: AuthContext = Security(authorize),
) -> None:
    """Deletes a specific service.

    Args:
        service_id: The ID of the service to delete.
    """
    verify_permissions_and_delete_entity(
        id=service_id,
        get_method=zen_store().get_service,
        delete_method=zen_store().delete_service,
    )

get_service(service_id, hydrate=True, _=Security(oauth2_authentication))

Gets a specific service using its unique ID.

Parameters:

Name	Type	Description	Default
service_id	UUID	The ID of the service to get.	required
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	True

Returns:

Type	Description
ServiceResponse	A specific service object.

Source code in zenml/zen_server/routers/service_endpoints.py

@router.get(
    "/{service_id}",
    response_model=ServiceResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_service(
    service_id: UUID,
    hydrate: bool = True,
    _: AuthContext = Security(authorize),
) -> ServiceResponse:
    """Gets a specific service using its unique ID.

    Args:
        service_id: The ID of the service to get.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        A specific service object.
    """
    return verify_permissions_and_get_entity(
        id=service_id,
        get_method=zen_store().get_service,
        hydrate=hydrate,
    )

list_services(filter_model=Depends(init_cls_and_handle_errors), hydrate=False, _=Security(oauth2_authentication))

Gets a page of service objects.

Parameters:

Name	Type	Description	Default
filter_model	ServiceFilter	Filter model used for pagination, sorting, filtering.	Depends(init_cls_and_handle_errors)
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False

Returns:

Type	Description
Page[ServiceResponse]	Page of service objects.

Source code in zenml/zen_server/routers/service_endpoints.py

@router.get(
    "",
    response_model=Page[ServiceResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_services(
    filter_model: ServiceFilter = Depends(make_dependable(ServiceFilter)),
    hydrate: bool = False,
    _: AuthContext = Security(authorize),
) -> Page[ServiceResponse]:
    """Gets a page of service objects.

    Args:
        filter_model: Filter model used for pagination, sorting,
            filtering.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        Page of service objects.
    """
    return verify_permissions_and_list_entities(
        filter_model=filter_model,
        resource_type=ResourceType.SERVICE,
        list_method=zen_store().list_services,
        hydrate=hydrate,
    )

update_service(service_id, update, _=Security(oauth2_authentication))

Updates a service.

Parameters:

Name	Type	Description	Default
service_id	UUID	The ID of the service to update.	required
update	ServiceUpdate	The model containing the attributes to update.	required

Returns:

Type	Description
ServiceResponse	The updated service object.

Source code in zenml/zen_server/routers/service_endpoints.py

@router.put(
    "/{service_id}",
    response_model=ServiceResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def update_service(
    service_id: UUID,
    update: ServiceUpdate,
    _: AuthContext = Security(authorize),
) -> ServiceResponse:
    """Updates a service.

    Args:
        service_id: The ID of the service to update.
        update: The model containing the attributes to update.

    Returns:
        The updated service object.
    """
    return verify_permissions_and_update_entity(
        id=service_id,
        update_model=update,
        get_method=zen_store().get_service,
        update_method=zen_store().update_service,
    )

stack_components_endpoints

Endpoint definitions for stack components.

deregister_stack_component(component_id, _=Security(oauth2_authentication))

Deletes a stack component.

Parameters:

Name	Type	Description	Default
component_id	UUID	ID of the stack component.	required

Source code in zenml/zen_server/routers/stack_components_endpoints.py

@router.delete(
    "/{component_id}",
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def deregister_stack_component(
    component_id: UUID,
    _: AuthContext = Security(authorize),
) -> None:
    """Deletes a stack component.

    Args:
        component_id: ID of the stack component.
    """
    verify_permissions_and_delete_entity(
        id=component_id,
        get_method=zen_store().get_stack_component,
        delete_method=zen_store().delete_stack_component,
    )

get_stack_component(component_id, hydrate=True, _=Security(oauth2_authentication))

Returns the requested stack component.

Parameters:

Name	Type	Description	Default
component_id	UUID	ID of the stack component.	required
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	True

Returns:

Type	Description
ComponentResponse	The requested stack component.

Source code in zenml/zen_server/routers/stack_components_endpoints.py

@router.get(
    "/{component_id}",
    response_model=ComponentResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_stack_component(
    component_id: UUID,
    hydrate: bool = True,
    _: AuthContext = Security(authorize),
) -> ComponentResponse:
    """Returns the requested stack component.

    Args:
        component_id: ID of the stack component.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        The requested stack component.
    """
    return verify_permissions_and_get_entity(
        id=component_id,
        get_method=zen_store().get_stack_component,
        hydrate=hydrate,
    )

get_stack_component_types(_=Security(oauth2_authentication))

Get a list of all stack component types.

Returns:

Type	Description
List[str]	List of stack components.

Source code in zenml/zen_server/routers/stack_components_endpoints.py

@types_router.get(
    "",
    response_model=List[str],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_stack_component_types(
    _: AuthContext = Security(authorize),
) -> List[str]:
    """Get a list of all stack component types.

    Returns:
        List of stack components.
    """
    return StackComponentType.values()

list_stack_components(component_filter_model=Depends(init_cls_and_handle_errors), hydrate=False, _=Security(oauth2_authentication))

Get a list of all stack components for a specific type.

Parameters:

Name	Type	Description	Default
component_filter_model	ComponentFilter	Filter model used for pagination, sorting, filtering.	Depends(init_cls_and_handle_errors)
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False

Returns:

Type	Description
Page[ComponentResponse]	List of stack components for a specific type.

Source code in zenml/zen_server/routers/stack_components_endpoints.py

@router.get(
    "",
    response_model=Page[ComponentResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_stack_components(
    component_filter_model: ComponentFilter = Depends(
        make_dependable(ComponentFilter)
    ),
    hydrate: bool = False,
    _: AuthContext = Security(authorize),
) -> Page[ComponentResponse]:
    """Get a list of all stack components for a specific type.

    Args:
        component_filter_model: Filter model used for pagination, sorting,
            filtering.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        List of stack components for a specific type.
    """
    return verify_permissions_and_list_entities(
        filter_model=component_filter_model,
        resource_type=ResourceType.STACK_COMPONENT,
        list_method=zen_store().list_stack_components,
        hydrate=hydrate,
    )

update_stack_component(component_id, component_update, _=Security(oauth2_authentication))

Updates a stack component.

Parameters:

Name	Type	Description	Default
component_id	UUID	ID of the stack component.	required
component_update	ComponentUpdate	Stack component to use to update.	required

Returns:

Type	Description
ComponentResponse	Updated stack component.

Source code in zenml/zen_server/routers/stack_components_endpoints.py

@router.put(
    "/{component_id}",
    response_model=ComponentResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def update_stack_component(
    component_id: UUID,
    component_update: ComponentUpdate,
    _: AuthContext = Security(authorize),
) -> ComponentResponse:
    """Updates a stack component.

    Args:
        component_id: ID of the stack component.
        component_update: Stack component to use to update.

    Returns:
        Updated stack component.
    """
    if component_update.configuration:
        from zenml.stack.utils import validate_stack_component_config

        existing_component = zen_store().get_stack_component(component_id)
        validate_stack_component_config(
            configuration_dict=component_update.configuration,
            flavor_name=existing_component.flavor,
            component_type=existing_component.type,
            zen_store=zen_store(),
            # We allow custom flavors to fail import on the server side.
            validate_custom_flavors=False,
        )

    if component_update.connector:
        service_connector = zen_store().get_service_connector(
            component_update.connector
        )
        verify_permission_for_model(service_connector, action=Action.READ)

    return verify_permissions_and_update_entity(
        id=component_id,
        update_model=component_update,
        get_method=zen_store().get_stack_component,
        update_method=zen_store().update_stack_component,
    )

stacks_endpoints

Endpoint definitions for stacks.

delete_stack(stack_id, _=Security(oauth2_authentication))

Deletes a stack.

Parameters:

Name	Type	Description	Default
stack_id	UUID	Name of the stack.	required

Source code in zenml/zen_server/routers/stacks_endpoints.py

@router.delete(
    "/{stack_id}",
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def delete_stack(
    stack_id: UUID,
    _: AuthContext = Security(authorize),
) -> None:
    """Deletes a stack.

    Args:
        stack_id: Name of the stack.
    """
    verify_permissions_and_delete_entity(
        id=stack_id,
        get_method=zen_store().get_stack,
        delete_method=zen_store().delete_stack,
    )

get_stack(stack_id, hydrate=True, _=Security(oauth2_authentication))

Returns the requested stack.

Parameters:

Name	Type	Description	Default
stack_id	UUID	ID of the stack.	required
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	True

Returns:

Type	Description
StackResponse	The requested stack.

Source code in zenml/zen_server/routers/stacks_endpoints.py

@router.get(
    "/{stack_id}",
    response_model=StackResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_stack(
    stack_id: UUID,
    hydrate: bool = True,
    _: AuthContext = Security(authorize),
) -> StackResponse:
    """Returns the requested stack.

    Args:
        stack_id: ID of the stack.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        The requested stack.
    """
    return verify_permissions_and_get_entity(
        id=stack_id, get_method=zen_store().get_stack, hydrate=hydrate
    )

list_stacks(stack_filter_model=Depends(init_cls_and_handle_errors), hydrate=False, _=Security(oauth2_authentication))

Returns all stacks.

Parameters:

Name	Type	Description	Default
stack_filter_model	StackFilter	Filter model used for pagination, sorting, filtering.	Depends(init_cls_and_handle_errors)
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False

Returns:

Type	Description
Page[StackResponse]	All stacks.

Source code in zenml/zen_server/routers/stacks_endpoints.py

@router.get(
    "",
    response_model=Page[StackResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_stacks(
    stack_filter_model: StackFilter = Depends(make_dependable(StackFilter)),
    hydrate: bool = False,
    _: AuthContext = Security(authorize),
) -> Page[StackResponse]:
    """Returns all stacks.

    Args:
        stack_filter_model: Filter model used for pagination, sorting,
            filtering.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        All stacks.
    """
    return verify_permissions_and_list_entities(
        filter_model=stack_filter_model,
        resource_type=ResourceType.STACK,
        list_method=zen_store().list_stacks,
        hydrate=hydrate,
    )

update_stack(stack_id, stack_update, _=Security(oauth2_authentication))

Updates a stack.

Parameters:

Name	Type	Description	Default
stack_id	UUID	Name of the stack.	required
stack_update	StackUpdate	Stack to use for the update.	required

Returns:

Type	Description
StackResponse	The updated stack.

Source code in zenml/zen_server/routers/stacks_endpoints.py

@router.put(
    "/{stack_id}",
    response_model=StackResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def update_stack(
    stack_id: UUID,
    stack_update: StackUpdate,
    _: AuthContext = Security(authorize),
) -> StackResponse:
    """Updates a stack.

    Args:
        stack_id: Name of the stack.
        stack_update: Stack to use for the update.

    Returns:
        The updated stack.
    """
    if stack_update.components:
        updated_components = [
            zen_store().get_stack_component(id)
            for ids in stack_update.components.values()
            for id in ids
        ]

        batch_verify_permissions_for_models(
            updated_components, action=Action.READ
        )

    return verify_permissions_and_update_entity(
        id=stack_id,
        update_model=stack_update,
        get_method=zen_store().get_stack,
        update_method=zen_store().update_stack,
    )

steps_endpoints

Endpoint definitions for steps (and artifacts) of pipeline runs.

create_run_step(step, _=Security(oauth2_authentication))

Create a run step.

Parameters:

Name	Type	Description	Default
step	StepRunRequest	The run step to create.	required

Returns:

Type	Description
StepRunResponse	The created run step.

Source code in zenml/zen_server/routers/steps_endpoints.py

@router.post(
    "",
    response_model=StepRunResponse,
    responses={401: error_response, 409: error_response, 422: error_response},
)
@handle_exceptions
def create_run_step(
    step: StepRunRequest,
    _: AuthContext = Security(authorize),
) -> StepRunResponse:
    """Create a run step.

    Args:
        step: The run step to create.

    Returns:
        The created run step.
    """
    pipeline_run = zen_store().get_run(step.pipeline_run_id)
    verify_permission_for_model(pipeline_run, action=Action.UPDATE)

    return zen_store().create_run_step(step_run=step)

get_step(step_id, hydrate=True, _=Security(oauth2_authentication))

Get one specific step.

Parameters:

Name	Type	Description	Default
step_id	UUID	ID of the step to get.	required
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	True

Returns:

Type	Description
StepRunResponse	The step.

Source code in zenml/zen_server/routers/steps_endpoints.py

@router.get(
    "/{step_id}",
    response_model=StepRunResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_step(
    step_id: UUID,
    hydrate: bool = True,
    _: AuthContext = Security(authorize),
) -> StepRunResponse:
    """Get one specific step.

    Args:
        step_id: ID of the step to get.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        The step.
    """
    step = zen_store().get_run_step(step_id, hydrate=hydrate)
    pipeline_run = zen_store().get_run(step.pipeline_run_id)
    verify_permission_for_model(pipeline_run, action=Action.READ)

    return dehydrate_response_model(step)

get_step_configuration(step_id, _=Security(oauth2_authentication))

Get the configuration of a specific step.

Parameters:

Name	Type	Description	Default
step_id	UUID	ID of the step to get.	required

Returns:

Type	Description
Dict[str, Any]	The step configuration.

Source code in zenml/zen_server/routers/steps_endpoints.py

@router.get(
    "/{step_id}" + STEP_CONFIGURATION,
    response_model=Dict[str, Any],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_step_configuration(
    step_id: UUID,
    _: AuthContext = Security(authorize),
) -> Dict[str, Any]:
    """Get the configuration of a specific step.

    Args:
        step_id: ID of the step to get.

    Returns:
        The step configuration.
    """
    step = zen_store().get_run_step(step_id, hydrate=True)
    pipeline_run = zen_store().get_run(step.pipeline_run_id)
    verify_permission_for_model(pipeline_run, action=Action.READ)

    return step.config.model_dump()

get_step_logs(step_id, offset=0, length=16777216, _=Security(oauth2_authentication))

Get the logs of a specific step.

Parameters:

Name	Type	Description	Default
step_id	UUID	ID of the step for which to get the logs.	required
offset	int	The offset from which to start reading.	0
length	int	The amount of bytes that should be read.	16777216

Returns:

Type	Description
str	The logs of the step.

Exceptions:

Type	Description
HTTPException	If no logs are available for this step.

Source code in zenml/zen_server/routers/steps_endpoints.py

@router.get(
    "/{step_id}" + LOGS,
    response_model=str,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_step_logs(
    step_id: UUID,
    offset: int = 0,
    length: int = 1024 * 1024 * 16,  # Default to 16MiB of data
    _: AuthContext = Security(authorize),
) -> str:
    """Get the logs of a specific step.

    Args:
        step_id: ID of the step for which to get the logs.
        offset: The offset from which to start reading.
        length: The amount of bytes that should be read.

    Returns:
        The logs of the step.

    Raises:
        HTTPException: If no logs are available for this step.
    """
    step = zen_store().get_run_step(step_id, hydrate=True)
    pipeline_run = zen_store().get_run(step.pipeline_run_id)
    verify_permission_for_model(pipeline_run, action=Action.READ)

    store = zen_store()
    logs = step.logs
    if logs is None:
        raise HTTPException(
            status_code=404, detail="No logs available for this step"
        )
    return fetch_logs(
        zen_store=store,
        artifact_store_id=logs.artifact_store_id,
        logs_uri=logs.uri,
        offset=offset,
        length=length,
    )

get_step_status(step_id, _=Security(oauth2_authentication))

Get the status of a specific step.

Parameters:

Name	Type	Description	Default
step_id	UUID	ID of the step for which to get the status.	required

Returns:

Type	Description
ExecutionStatus	The status of the step.

Source code in zenml/zen_server/routers/steps_endpoints.py

@router.get(
    "/{step_id}" + STATUS,
    response_model=ExecutionStatus,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_step_status(
    step_id: UUID,
    _: AuthContext = Security(authorize),
) -> ExecutionStatus:
    """Get the status of a specific step.

    Args:
        step_id: ID of the step for which to get the status.

    Returns:
        The status of the step.
    """
    step = zen_store().get_run_step(step_id, hydrate=True)
    pipeline_run = zen_store().get_run(step.pipeline_run_id)
    verify_permission_for_model(pipeline_run, action=Action.READ)

    return step.status

list_run_steps(step_run_filter_model=Depends(init_cls_and_handle_errors), hydrate=False, auth_context=Security(oauth2_authentication))

Get run steps according to query filters.

Parameters:

Name	Type	Description	Default
step_run_filter_model	StepRunFilter	Filter model used for pagination, sorting, filtering.	Depends(init_cls_and_handle_errors)
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False
auth_context	AuthContext	Authentication context.	Security(oauth2_authentication)

Returns:

Type	Description
Page[StepRunResponse]	The run steps according to query filters.

Source code in zenml/zen_server/routers/steps_endpoints.py

@router.get(
    "",
    response_model=Page[StepRunResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_run_steps(
    step_run_filter_model: StepRunFilter = Depends(
        make_dependable(StepRunFilter)
    ),
    hydrate: bool = False,
    auth_context: AuthContext = Security(authorize),
) -> Page[StepRunResponse]:
    """Get run steps according to query filters.

    Args:
        step_run_filter_model: Filter model used for pagination, sorting,
            filtering.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.
        auth_context: Authentication context.

    Returns:
        The run steps according to query filters.
    """
    allowed_pipeline_run_ids = get_allowed_resource_ids(
        resource_type=ResourceType.PIPELINE_RUN
    )
    step_run_filter_model.configure_rbac(
        authenticated_user_id=auth_context.user.id,
        pipeline_run_id=allowed_pipeline_run_ids,
    )

    page = zen_store().list_run_steps(
        step_run_filter_model=step_run_filter_model, hydrate=hydrate
    )
    return dehydrate_page(page)

update_step(step_id, step_model, _=Security(oauth2_authentication))

Updates a step.

Parameters:

Name	Type	Description	Default
step_id	UUID	ID of the step.	required
step_model	StepRunUpdate	Step model to use for the update.	required

Returns:

Type	Description
StepRunResponse	The updated step model.

Source code in zenml/zen_server/routers/steps_endpoints.py

@router.put(
    "/{step_id}",
    response_model=StepRunResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def update_step(
    step_id: UUID,
    step_model: StepRunUpdate,
    _: AuthContext = Security(authorize),
) -> StepRunResponse:
    """Updates a step.

    Args:
        step_id: ID of the step.
        step_model: Step model to use for the update.

    Returns:
        The updated step model.
    """
    step = zen_store().get_run_step(step_id, hydrate=True)
    pipeline_run = zen_store().get_run(step.pipeline_run_id)
    verify_permission_for_model(pipeline_run, action=Action.UPDATE)

    updated_step = zen_store().update_run_step(
        step_run_id=step_id, step_run_update=step_model
    )
    return dehydrate_response_model(updated_step)

tags_endpoints

Endpoint definitions for tags.

create_tag(tag, _=Security(oauth2_authentication))

Create a new tag.

Parameters:

Name	Type	Description	Default
tag	TagRequest	The tag to create.	required

Returns:

Type	Description
TagResponse	The created tag.

Source code in zenml/zen_server/routers/tags_endpoints.py

@router.post(
    "",
    response_model=TagResponse,
    responses={401: error_response, 409: error_response, 422: error_response},
)
@handle_exceptions
def create_tag(
    tag: TagRequest,
    _: AuthContext = Security(authorize),
) -> TagResponse:
    """Create a new tag.

    Args:
        tag: The tag to create.

    Returns:
        The created tag.
    """
    return verify_permissions_and_create_entity(
        request_model=tag,
        resource_type=ResourceType.TAG,
        create_method=zen_store().create_tag,
    )

delete_tag(tag_name_or_id, _=Security(oauth2_authentication))

Delete a tag by name or ID.

Parameters:

Name	Type	Description	Default
tag_name_or_id	Union[str, uuid.UUID]	The name or ID of the tag to delete.	required

Source code in zenml/zen_server/routers/tags_endpoints.py

@router.delete(
    "/{tag_name_or_id}",
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def delete_tag(
    tag_name_or_id: Union[str, UUID],
    _: AuthContext = Security(authorize),
) -> None:
    """Delete a tag by name or ID.

    Args:
        tag_name_or_id: The name or ID of the tag to delete.
    """
    verify_permissions_and_delete_entity(
        id=tag_name_or_id,
        get_method=zen_store().get_tag,
        delete_method=zen_store().delete_tag,
    )

get_tag(tag_name_or_id, hydrate=True, _=Security(oauth2_authentication))

Get a tag by name or ID.

Parameters:

Name	Type	Description	Default
tag_name_or_id	Union[str, uuid.UUID]	The name or ID of the tag to get.	required
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	True

Returns:

Type	Description
TagResponse	The tag with the given name or ID.

Source code in zenml/zen_server/routers/tags_endpoints.py

@router.get(
    "/{tag_name_or_id}",
    response_model=TagResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_tag(
    tag_name_or_id: Union[str, UUID],
    hydrate: bool = True,
    _: AuthContext = Security(authorize),
) -> TagResponse:
    """Get a tag by name or ID.

    Args:
        tag_name_or_id: The name or ID of the tag to get.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        The tag with the given name or ID.
    """
    return verify_permissions_and_get_entity(
        id=tag_name_or_id, get_method=zen_store().get_tag, hydrate=hydrate
    )

list_tags(tag_filter_model=Depends(init_cls_and_handle_errors), hydrate=False, _=Security(oauth2_authentication))

Get tags according to query filters.

Parameters:

Name	Type	Description	Default
tag_filter_model	TagFilter	Filter model used for pagination, sorting, filtering	Depends(init_cls_and_handle_errors)
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False

Returns:

Type	Description
Page[TagResponse]	The tags according to query filters.

Source code in zenml/zen_server/routers/tags_endpoints.py

@router.get(
    "",
    response_model=Page[TagResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_tags(
    tag_filter_model: TagFilter = Depends(make_dependable(TagFilter)),
    hydrate: bool = False,
    _: AuthContext = Security(authorize),
) -> Page[TagResponse]:
    """Get tags according to query filters.

    Args:
        tag_filter_model: Filter model used for pagination, sorting,
            filtering
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        The tags according to query filters.
    """
    return verify_permissions_and_list_entities(
        filter_model=tag_filter_model,
        resource_type=ResourceType.TAG,
        list_method=zen_store().list_tags,
        hydrate=hydrate,
    )

update_tag(tag_id, tag_update_model, _=Security(oauth2_authentication))

Updates a tag.

Parameters:

Name	Type	Description	Default
tag_id	UUID	Id or name of the tag.	required
tag_update_model	TagUpdate	Tag to use for the update.	required

Returns:

Type	Description
TagResponse	The updated tag.

Source code in zenml/zen_server/routers/tags_endpoints.py

@router.put(
    "/{tag_id}",
    response_model=TagResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def update_tag(
    tag_id: UUID,
    tag_update_model: TagUpdate,
    _: AuthContext = Security(authorize),
) -> TagResponse:
    """Updates a tag.

    Args:
        tag_id: Id or name of the tag.
        tag_update_model: Tag to use for the update.

    Returns:
        The updated tag.
    """
    return verify_permissions_and_update_entity(
        id=tag_id,
        update_model=tag_update_model,
        get_method=zen_store().get_tag,
        update_method=zen_store().update_tag,
    )

triggers_endpoints

Endpoint definitions for triggers.

create_trigger(trigger, _=Security(oauth2_authentication))

Creates a trigger.

Parameters:

Name	Type	Description	Default
trigger	TriggerRequest	Trigger to register.	required

Returns:

Type	Description
TriggerResponse	The created trigger.

Exceptions:

Type	Description
ValueError	If the action flavor/subtype combination is not actually a webhook event source

Source code in zenml/zen_server/routers/triggers_endpoints.py

@router.post(
    "",
    response_model=TriggerResponse,
    responses={401: error_response, 409: error_response, 422: error_response},
)
@handle_exceptions
def create_trigger(
    trigger: TriggerRequest,
    _: AuthContext = Security(authorize),
) -> TriggerResponse:
    """Creates a trigger.

    Args:
        trigger: Trigger to register.

    Returns:
        The created trigger.

    Raises:
        ValueError: If the action flavor/subtype combination is not actually a webhook event source
    """
    if trigger.event_source_id and trigger.event_filter:
        event_source = zen_store().get_event_source(
            event_source_id=trigger.event_source_id
        )

        event_source_handler = plugin_flavor_registry().get_plugin(
            name=event_source.flavor,
            _type=PluginType.EVENT_SOURCE,
            subtype=event_source.plugin_subtype,
        )

        # Validate that the flavor and plugin_type correspond to an event source
        # implementation
        if not isinstance(event_source_handler, BaseEventSourceHandler):
            raise ValueError(
                f"Event source plugin {event_source.plugin_subtype} "
                f"for flavor {event_source.flavor} is not a valid event source "
                "handler implementation."
            )

        # Validate the trigger event filter
        event_source_handler.validate_event_filter_configuration(
            trigger.event_filter
        )

    return verify_permissions_and_create_entity(
        request_model=trigger,
        resource_type=ResourceType.TRIGGER,
        create_method=zen_store().create_trigger,
    )

delete_trigger(trigger_id, _=Security(oauth2_authentication))

Deletes a trigger.

Parameters:

Name	Type	Description	Default
trigger_id	UUID	Name of the trigger.	required

Source code in zenml/zen_server/routers/triggers_endpoints.py

@router.delete(
    "/{trigger_id}",
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def delete_trigger(
    trigger_id: UUID,
    _: AuthContext = Security(authorize),
) -> None:
    """Deletes a trigger.

    Args:
        trigger_id: Name of the trigger.
    """
    trigger = zen_store().get_trigger(trigger_id=trigger_id)
    verify_permission_for_model(trigger, action=Action.DELETE)
    zen_store().delete_trigger(trigger_id=trigger_id)

delete_trigger_execution(trigger_execution_id, _=Security(oauth2_authentication))

Deletes a trigger execution.

Parameters:

Name	Type	Description	Default
trigger_execution_id	UUID	ID of the trigger execution.	required

Source code in zenml/zen_server/routers/triggers_endpoints.py

@executions_router.delete(
    "/{trigger_execution_id}",
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def delete_trigger_execution(
    trigger_execution_id: UUID,
    _: AuthContext = Security(authorize),
) -> None:
    """Deletes a trigger execution.

    Args:
        trigger_execution_id: ID of the trigger execution.
    """
    verify_permissions_and_delete_entity(
        id=trigger_execution_id,
        get_method=zen_store().get_trigger_execution,
        delete_method=zen_store().delete_trigger_execution,
    )

get_trigger(trigger_id, hydrate=True, _=Security(oauth2_authentication))

Returns the requested trigger.

Parameters:

Name	Type	Description	Default
trigger_id	UUID	ID of the trigger.	required
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	True

Returns:

Type	Description
TriggerResponse	The requested trigger.

Source code in zenml/zen_server/routers/triggers_endpoints.py

@router.get(
    "/{trigger_id}",
    response_model=TriggerResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_trigger(
    trigger_id: UUID,
    hydrate: bool = True,
    _: AuthContext = Security(authorize),
) -> TriggerResponse:
    """Returns the requested trigger.

    Args:
        trigger_id: ID of the trigger.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        The requested trigger.
    """
    trigger = zen_store().get_trigger(trigger_id=trigger_id, hydrate=hydrate)
    verify_permission_for_model(trigger, action=Action.READ)
    return dehydrate_response_model(trigger)

get_trigger_execution(trigger_execution_id, hydrate=True, _=Security(oauth2_authentication))

Returns the requested trigger execution.

Parameters:

Name	Type	Description	Default
trigger_execution_id	UUID	ID of the trigger execution.	required
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	True

Returns:

Type	Description
TriggerExecutionResponse	The requested trigger execution.

Source code in zenml/zen_server/routers/triggers_endpoints.py

@executions_router.get(
    "/{trigger_execution_id}",
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_trigger_execution(
    trigger_execution_id: UUID,
    hydrate: bool = True,
    _: AuthContext = Security(authorize),
) -> TriggerExecutionResponse:
    """Returns the requested trigger execution.

    Args:
        trigger_execution_id: ID of the trigger execution.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        The requested trigger execution.
    """
    return verify_permissions_and_get_entity(
        id=trigger_execution_id,
        get_method=zen_store().get_trigger_execution,
        hydrate=hydrate,
    )

list_trigger_executions(trigger_execution_filter_model=Depends(init_cls_and_handle_errors), hydrate=False, _=Security(oauth2_authentication))

List trigger executions.

Parameters:

Name	Type	Description	Default
trigger_execution_filter_model	TriggerExecutionFilter	Filter model used for pagination, sorting, filtering.	Depends(init_cls_and_handle_errors)
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False

Returns:

Type	Description
Page[TriggerExecutionResponse]	Page of trigger executions.

Source code in zenml/zen_server/routers/triggers_endpoints.py

@executions_router.get(
    "",
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_trigger_executions(
    trigger_execution_filter_model: TriggerExecutionFilter = Depends(
        make_dependable(TriggerExecutionFilter)
    ),
    hydrate: bool = False,
    _: AuthContext = Security(authorize),
) -> Page[TriggerExecutionResponse]:
    """List trigger executions.

    Args:
        trigger_execution_filter_model: Filter model used for pagination,
            sorting, filtering.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        Page of trigger executions.
    """
    return verify_permissions_and_list_entities(
        filter_model=trigger_execution_filter_model,
        resource_type=ResourceType.TRIGGER_EXECUTION,
        list_method=zen_store().list_trigger_executions,
        hydrate=hydrate,
    )

list_triggers(trigger_filter_model=Depends(init_cls_and_handle_errors), hydrate=False, _=Security(oauth2_authentication))

Returns all triggers.

Parameters:

Name	Type	Description	Default
trigger_filter_model	TriggerFilter	Filter model used for pagination, sorting, filtering.	Depends(init_cls_and_handle_errors)
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False

Returns:

Type	Description
Page[TriggerResponse]	All triggers.

Source code in zenml/zen_server/routers/triggers_endpoints.py

@router.get(
    "",
    response_model=Page[TriggerResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_triggers(
    trigger_filter_model: TriggerFilter = Depends(
        make_dependable(TriggerFilter)
    ),
    hydrate: bool = False,
    _: AuthContext = Security(authorize),
) -> Page[TriggerResponse]:
    """Returns all triggers.

    Args:
        trigger_filter_model: Filter model used for pagination, sorting,
            filtering.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        All triggers.
    """
    return verify_permissions_and_list_entities(
        filter_model=trigger_filter_model,
        resource_type=ResourceType.TRIGGER,
        list_method=zen_store().list_triggers,
        hydrate=hydrate,
    )

update_trigger(trigger_id, trigger_update, _=Security(oauth2_authentication))

Updates a trigger.

Parameters:

Name	Type	Description	Default
trigger_id	UUID	Name of the trigger.	required
trigger_update	TriggerUpdate	Trigger to use for the update.	required

Returns:

Type	Description
TriggerResponse	The updated trigger.

Exceptions:

Type	Description
ValueError	If the action flavor/subtype combination is not actually a webhook event source

Source code in zenml/zen_server/routers/triggers_endpoints.py

@router.put(
    "/{trigger_id}",
    response_model=TriggerResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def update_trigger(
    trigger_id: UUID,
    trigger_update: TriggerUpdate,
    _: AuthContext = Security(authorize),
) -> TriggerResponse:
    """Updates a trigger.

    Args:
        trigger_id: Name of the trigger.
        trigger_update: Trigger to use for the update.

    Returns:
        The updated trigger.

    Raises:
        ValueError: If the action flavor/subtype combination is not actually a webhook event source
    """
    trigger = zen_store().get_trigger(trigger_id=trigger_id)

    if trigger_update.event_filter:
        if not trigger.event_source:
            raise ValueError(
                "Trying to set event filter for trigger without event source."
            )

        event_source = zen_store().get_event_source(
            event_source_id=trigger.event_source.id
        )

        event_source_handler = plugin_flavor_registry().get_plugin(
            name=event_source.flavor,
            _type=PluginType.EVENT_SOURCE,
            subtype=event_source.plugin_subtype,
        )

        # Validate that the flavor and plugin_type correspond to an event source
        # implementation
        if not isinstance(event_source_handler, BaseEventSourceHandler):
            raise ValueError(
                f"Event source plugin {event_source.plugin_subtype} "
                f"for flavor {event_source.flavor} is not a valid event source "
                "handler implementation."
            )

        # Validate the trigger event filter
        event_source_handler.validate_event_filter_configuration(
            trigger_update.event_filter
        )

    verify_permission_for_model(trigger, action=Action.UPDATE)

    updated_trigger = zen_store().update_trigger(
        trigger_id=trigger_id, trigger_update=trigger_update
    )

    return dehydrate_response_model(updated_trigger)

users_endpoints

Endpoint definitions for users.

activate_user(user_name_or_id, user_update)

Activates a specific user.

Parameters:

Name	Type	Description	Default
user_name_or_id	Union[str, uuid.UUID]	Name or ID of the user.	required
user_update	UserUpdate	the user to use for the update.	required

Returns:

Type	Description
UserResponse	The updated user.

Source code in zenml/zen_server/routers/users_endpoints.py

@activation_router.put(
    "/{user_name_or_id}" + ACTIVATE,
    response_model=UserResponse,
    responses={
        401: error_response,
        404: error_response,
        422: error_response,
    },
)
@handle_exceptions
def activate_user(
    user_name_or_id: Union[str, UUID],
    user_update: UserUpdate,
) -> UserResponse:
    """Activates a specific user.

    Args:
        user_name_or_id: Name or ID of the user.
        user_update: the user to use for the update.

    Returns:
        The updated user.
    """
    user = zen_store().get_user(user_name_or_id)

    # Use a separate object to compute the update that will be applied to
    # the user to avoid giving the API requester direct control over the
    # user attributes that are updated.
    #
    # Exclude attributes that cannot be updated through this endpoint:
    #
    # - activation_token
    # - external_user_id
    # - is_admin
    # - active
    # - old_password
    # - hub_token
    #
    safe_user_update = user_update.create_copy(
        exclude={
            "activation_token",
            "external_user_id",
            "is_admin",
            "active",
            "old_password",
            "hub_token",
        },
    )

    # NOTE: if the activation token is not set, this will raise an
    # exception
    authenticate_credentials(
        user_name_or_id=user_name_or_id,
        activation_token=user_update.activation_token,
    )

    # Activate the user: set active to True and clear the activation token
    safe_user_update.active = True
    safe_user_update.activation_token = None
    return zen_store().update_user(
        user_id=user.id, user_update=safe_user_update
    )

create_user(user, auth_context=Security(oauth2_authentication))

Creates a user.

noqa: DAR401

Parameters:

Name	Type	Description	Default
user	UserRequest	User to create.	required
auth_context	AuthContext	Authentication context.	Security(oauth2_authentication)

Returns:

Type	Description
UserResponse	The created user.

Source code in zenml/zen_server/routers/users_endpoints.py

@router.post(
    "",
    response_model=UserResponse,
    responses={
        401: error_response,
        409: error_response,
        422: error_response,
    },
)
@handle_exceptions
def create_user(
    user: UserRequest,
    auth_context: AuthContext = Security(authorize),
) -> UserResponse:
    """Creates a user.

    # noqa: DAR401

    Args:
        user: User to create.
        auth_context: Authentication context.

    Returns:
        The created user.
    """
    # Two ways of creating a new user:
    # 1. Create a new user with a password and have it immediately active
    # 2. Create a new user without a password and have it activated at a
    # later time with an activation token

    token: Optional[str] = None
    if user.password is None:
        user.active = False
        token = user.generate_activation_token()
    else:
        user.active = True

    verify_admin_status_if_no_rbac(
        auth_context.user.is_admin, "create user"
    )

    new_user = verify_permissions_and_create_entity(
        request_model=user,
        resource_type=ResourceType.USER,
        create_method=zen_store().create_user,
    )

    # add back the original unhashed activation token, if generated, to
    # send it back to the client
    if token:
        new_user.get_body().activation_token = token
    return new_user

deactivate_user(user_name_or_id, auth_context=Security(oauth2_authentication))

Deactivates a user and generates a new activation token for it.

Parameters:

Name	Type	Description	Default
user_name_or_id	Union[str, uuid.UUID]	Name or ID of the user.	required
auth_context	AuthContext	Authentication context.	Security(oauth2_authentication)

Returns:

Type	Description
UserResponse	The generated activation token.

Exceptions:

Type	Description
IllegalOperationError	if the user is trying to deactivate themselves.

Source code in zenml/zen_server/routers/users_endpoints.py

@router.put(
    "/{user_name_or_id}" + DEACTIVATE,
    response_model=UserResponse,
    responses={
        401: error_response,
        404: error_response,
        422: error_response,
    },
)
@handle_exceptions
def deactivate_user(
    user_name_or_id: Union[str, UUID],
    auth_context: AuthContext = Security(authorize),
) -> UserResponse:
    """Deactivates a user and generates a new activation token for it.

    Args:
        user_name_or_id: Name or ID of the user.
        auth_context: Authentication context.

    Returns:
        The generated activation token.

    Raises:
        IllegalOperationError: if the user is trying to deactivate
            themselves.
    """
    user = zen_store().get_user(user_name_or_id)
    if user.id == auth_context.user.id:
        raise IllegalOperationError("Cannot deactivate yourself.")
    verify_admin_status_if_no_rbac(
        auth_context.user.is_admin, "deactivate user"
    )
    verify_permission_for_model(
        user,
        action=Action.UPDATE,
    )

    user_update = UserUpdate(
        active=False,
    )
    token = user_update.generate_activation_token()
    user = zen_store().update_user(
        user_id=user.id, user_update=user_update
    )
    # add back the original unhashed activation token
    user.get_body().activation_token = token
    return dehydrate_response_model(user)

delete_user(user_name_or_id, auth_context=Security(oauth2_authentication))

Deletes a specific user.

Parameters:

Name	Type	Description	Default
user_name_or_id	Union[str, uuid.UUID]	Name or ID of the user.	required
auth_context	AuthContext	The authentication context.	Security(oauth2_authentication)

Exceptions:

Type	Description
IllegalOperationError	If the user is not authorized to delete the user.

Source code in zenml/zen_server/routers/users_endpoints.py

@router.delete(
    "/{user_name_or_id}",
    responses={
        401: error_response,
        404: error_response,
        422: error_response,
    },
)
@handle_exceptions
def delete_user(
    user_name_or_id: Union[str, UUID],
    auth_context: AuthContext = Security(authorize),
) -> None:
    """Deletes a specific user.

    Args:
        user_name_or_id: Name or ID of the user.
        auth_context: The authentication context.

    Raises:
        IllegalOperationError: If the user is not authorized to delete the user.
    """
    user = zen_store().get_user(user_name_or_id)

    if auth_context.user.id == user.id:
        raise IllegalOperationError(
            "You cannot delete the user account currently used to authenticate "
            "to the ZenML server. If you wish to delete this account, "
            "please authenticate with another account or contact your ZenML "
            "administrator."
        )
    else:
        verify_admin_status_if_no_rbac(
            auth_context.user.is_admin, "delete user"
        )
        verify_permission_for_model(
            user,
            action=Action.DELETE,
        )

    zen_store().delete_user(user_name_or_id=user_name_or_id)

email_opt_in_response(user_name_or_id, user_response, auth_context=Security(oauth2_authentication))

Sets the response of the user to the email prompt.

Parameters:

Name	Type	Description	Default
user_name_or_id	Union[str, uuid.UUID]	Name or ID of the user.	required
user_response	UserUpdate	User Response to email prompt	required
auth_context	AuthContext	The authentication context of the user	Security(oauth2_authentication)

Returns:

Type	Description
UserResponse	The updated user.

Exceptions:

Type	Description
AuthorizationException	if the user does not have the required permissions

Source code in zenml/zen_server/routers/users_endpoints.py

@router.put(
    "/{user_name_or_id}" + EMAIL_ANALYTICS,
    response_model=UserResponse,
    responses={
        401: error_response,
        404: error_response,
        422: error_response,
    },
)
@handle_exceptions
def email_opt_in_response(
    user_name_or_id: Union[str, UUID],
    user_response: UserUpdate,
    auth_context: AuthContext = Security(authorize),
) -> UserResponse:
    """Sets the response of the user to the email prompt.

    Args:
        user_name_or_id: Name or ID of the user.
        user_response: User Response to email prompt
        auth_context: The authentication context of the user

    Returns:
        The updated user.

    Raises:
        AuthorizationException: if the user does not have the required
            permissions
    """
    user = zen_store().get_user(user_name_or_id)

    if str(auth_context.user.id) == str(user_name_or_id):
        user_update = UserUpdate(
            email=user_response.email,
            email_opted_in=user_response.email_opted_in,
        )

        if user_response.email_opted_in is not None:
            email_opt_int(
                opted_in=user_response.email_opted_in,
                email=user_response.email,
                source="zenml server",
            )
        updated_user = zen_store().update_user(
            user_id=user.id, user_update=user_update
        )
        return dehydrate_response_model(updated_user)
    else:
        raise AuthorizationException(
            "Users can not opt in on behalf of another user."
        )

get_current_user(auth_context=Security(oauth2_authentication))

Returns the model of the authenticated user.

Parameters:

Name	Type	Description	Default
auth_context	AuthContext	The authentication context.	Security(oauth2_authentication)

Returns:

Type	Description
UserResponse	The model of the authenticated user.

Source code in zenml/zen_server/routers/users_endpoints.py

@current_user_router.get(
    "/current-user",
    response_model=UserResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_current_user(
    auth_context: AuthContext = Security(authorize),
) -> UserResponse:
    """Returns the model of the authenticated user.

    Args:
        auth_context: The authentication context.

    Returns:
        The model of the authenticated user.
    """
    return dehydrate_response_model(auth_context.user)

get_user(user_name_or_id, hydrate=True, auth_context=Security(oauth2_authentication))

Returns a specific user.

Parameters:

Name	Type	Description	Default
user_name_or_id	Union[str, uuid.UUID]	Name or ID of the user.	required
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	True
auth_context	AuthContext	Authentication context.	Security(oauth2_authentication)

Returns:

Type	Description
UserResponse	A specific user.

Source code in zenml/zen_server/routers/users_endpoints.py

@router.get(
    "/{user_name_or_id}",
    response_model=UserResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_user(
    user_name_or_id: Union[str, UUID],
    hydrate: bool = True,
    auth_context: AuthContext = Security(authorize),
) -> UserResponse:
    """Returns a specific user.

    Args:
        user_name_or_id: Name or ID of the user.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.
        auth_context: Authentication context.

    Returns:
        A specific user.
    """
    user = zen_store().get_user(
        user_name_or_id=user_name_or_id, hydrate=hydrate
    )
    if user.id != auth_context.user.id:
        verify_admin_status_if_no_rbac(
            auth_context.user.is_admin, "get other user"
        )
        verify_permission_for_model(
            user,
            action=Action.READ,
        )

    return dehydrate_response_model(user)

list_users(user_filter_model=Depends(init_cls_and_handle_errors), hydrate=False, auth_context=Security(oauth2_authentication))

Returns a list of all users.

Parameters:

Name	Type	Description	Default
user_filter_model	UserFilter	Model that takes care of filtering, sorting and pagination.	Depends(init_cls_and_handle_errors)
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False
auth_context	AuthContext	Authentication context.	Security(oauth2_authentication)

Returns:

Type	Description
Page[UserResponse]	A list of all users.

Source code in zenml/zen_server/routers/users_endpoints.py

@router.get(
    "",
    response_model=Page[UserResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_users(
    user_filter_model: UserFilter = Depends(make_dependable(UserFilter)),
    hydrate: bool = False,
    auth_context: AuthContext = Security(authorize),
) -> Page[UserResponse]:
    """Returns a list of all users.

    Args:
        user_filter_model: Model that takes care of filtering, sorting and
            pagination.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.
        auth_context: Authentication context.

    Returns:
        A list of all users.
    """
    allowed_ids = get_allowed_resource_ids(resource_type=ResourceType.USER)
    if allowed_ids is not None:
        # Make sure users can see themselves
        allowed_ids.add(auth_context.user.id)
    else:
        if not auth_context.user.is_admin and not server_config().rbac_enabled:
            allowed_ids = {auth_context.user.id}

    user_filter_model.configure_rbac(
        authenticated_user_id=auth_context.user.id, id=allowed_ids
    )

    page = zen_store().list_users(
        user_filter_model=user_filter_model, hydrate=hydrate
    )
    return dehydrate_page(page)

update_myself(user, request, auth_context=Security(oauth2_authentication))

Updates a specific user.

Parameters:

Name	Type	Description	Default
user	UserUpdate	the user to use for the update.	required
request	Request	The request object.	required
auth_context	AuthContext	The authentication context.	Security(oauth2_authentication)

Returns:

Type	Description
UserResponse	The updated user.

Exceptions:

Type	Description
IllegalOperationError	if the current password is not supplied when changing the password or if the current password is incorrect.

Source code in zenml/zen_server/routers/users_endpoints.py

@current_user_router.put(
    "/current-user",
    response_model=UserResponse,
    responses={
        401: error_response,
        404: error_response,
        422: error_response,
    },
)
@handle_exceptions
def update_myself(
    user: UserUpdate,
    request: Request,
    auth_context: AuthContext = Security(authorize),
) -> UserResponse:
    """Updates a specific user.

    Args:
        user: the user to use for the update.
        request: The request object.
        auth_context: The authentication context.

    Returns:
        The updated user.

    Raises:
        IllegalOperationError: if the current password is not supplied when
            changing the password or if the current password is incorrect.
    """
    # Use a separate object to compute the update that will be applied to
    # the user to avoid giving the API requester direct control over the
    # user attributes that are updated.
    #
    # Exclude attributes that cannot be updated through this endpoint:
    #
    # - activation_token
    # - external_user_id
    # - admin
    # - is_active
    # - old_password
    #
    safe_user_update = user.create_copy(
        exclude={
            "activation_token",
            "external_user_id",
            "is_admin",
            "active",
            "old_password",
        },
    )

    # Validate a password change
    if user.password is not None:
        # If the user is updating their password, we need to verify
        # the old password
        if user.old_password is None:
            raise IllegalOperationError(
                "The current password must be supplied when changing the "
                "password."
            )
        with pass_change_limiter.limit_failed_requests(request):
            auth_user = zen_store().get_auth_user(auth_context.user.id)
            if not UserAuthModel.verify_password(
                user.old_password, auth_user
            ):
                raise IllegalOperationError(
                    "The current password is incorrect."
                )

        # Accept the password update
        safe_user_update.password = user.password

    updated_user = zen_store().update_user(
        user_id=auth_context.user.id, user_update=safe_user_update
    )
    return dehydrate_response_model(updated_user)

update_user(user_name_or_id, user_update, request, auth_context=Security(oauth2_authentication))

Updates a specific user.

Parameters:

Name	Type	Description	Default
user_name_or_id	Union[str, uuid.UUID]	Name or ID of the user.	required
user_update	UserUpdate	the user to use for the update.	required
request	Request	The request object.	required
auth_context	AuthContext	Authentication context.	Security(oauth2_authentication)

Returns:

Type	Description
UserResponse	The updated user.

Exceptions:

Type	Description
IllegalOperationError	if the user tries change admin status, while not an admin, if the user tries to change the password of another user, or if the user tries to change their own password without providing the old password or providing an incorrect old password.

Source code in zenml/zen_server/routers/users_endpoints.py

@router.put(
    "/{user_name_or_id}",
    response_model=UserResponse,
    responses={
        401: error_response,
        404: error_response,
        422: error_response,
    },
)
@handle_exceptions
def update_user(
    user_name_or_id: Union[str, UUID],
    user_update: UserUpdate,
    request: Request,
    auth_context: AuthContext = Security(authorize),
) -> UserResponse:
    """Updates a specific user.

    Args:
        user_name_or_id: Name or ID of the user.
        user_update: the user to use for the update.
        request: The request object.
        auth_context: Authentication context.

    Returns:
        The updated user.

    Raises:
        IllegalOperationError: if the user tries change admin status,
            while not an admin, if the user tries to change the password
            of another user, or if the user tries to change their own
            password without providing the old password or providing
            an incorrect old password.
    """
    user = zen_store().get_user(user_name_or_id)

    # Use a separate object to compute the update that will be applied to
    # the user to avoid giving the API requester direct control over the
    # user attributes that are updated.
    #
    # Exclude attributes that cannot be updated through this endpoint:
    #
    # - activation_token
    # - external_user_id
    # - old_password
    #
    # Exclude things that are not always safe to update and need to be
    # validated first:
    #
    # - admin
    # - active
    # - password
    # - email_opted_in + email
    # - hub_token
    #
    safe_user_update = user_update.create_copy(
        exclude={
            "activation_token",
            "external_user_id",
            "is_admin",
            "active",
            "password",
            "old_password",
            "email_opted_in",
            "email",
            "hub_token",
        },
    )

    if user.id != auth_context.user.id:
        verify_admin_status_if_no_rbac(
            auth_context.user.is_admin, "update other user account"
        )
        verify_permission_for_model(
            user,
            action=Action.UPDATE,
        )

    # Validate a password change
    if user_update.password is not None:
        if user.id != auth_context.user.id:
            raise IllegalOperationError(
                "Users cannot change the password of other users. Use the "
                "account deactivation and activation flow instead."
            )

        # If the user is updating their own password, we need to verify
        # the old password
        if user_update.old_password is None:
            raise IllegalOperationError(
                "The current password must be supplied when changing the "
                "password."
            )

        with pass_change_limiter.limit_failed_requests(request):
            auth_user = zen_store().get_auth_user(user_name_or_id)
            if not UserAuthModel.verify_password(
                user_update.old_password, auth_user
            ):
                raise IllegalOperationError(
                    "The current password is incorrect."
                )

        # Accept the password update
        safe_user_update.password = user_update.password

    # Validate an admin status change
    if (
        user_update.is_admin is not None
        and user.is_admin != user_update.is_admin
    ):
        if user.id == auth_context.user.id:
            raise IllegalOperationError(
                "Cannot change the admin status of your own user account."
            )

        if (
            user.id != auth_context.user.id
            and not auth_context.user.is_admin
        ):
            raise IllegalOperationError(
                "Only admins are allowed to change the admin status of "
                "other user accounts."
            )

        # Accept the admin status update
        safe_user_update.is_admin = user_update.is_admin

    # Validate an active status change
    if (
        user_update.active is not None
        and user.active != user_update.active
    ):
        if user.id == auth_context.user.id:
            raise IllegalOperationError(
                "Cannot change the active status of your own user account."
            )

        if (
            user.id != auth_context.user.id
            and not auth_context.user.is_admin
        ):
            raise IllegalOperationError(
                "Only admins are allowed to change the active status of "
                "other user accounts."
            )

        # Accept the admin status update
        safe_user_update.is_admin = user_update.is_admin

    # Validate changes to private user account information
    if (
        user_update.email_opted_in is not None
        or user_update.email is not None
        or user_update.hub_token is not None
    ):
        if user.id != auth_context.user.id:
            raise IllegalOperationError(
                "Cannot change the private user account information for "
                "another user account."
            )

        # Accept the private user account information update
        if safe_user_update.email_opted_in is not None:
            safe_user_update.email_opted_in = user_update.email_opted_in
            safe_user_update.email = user_update.email
        if safe_user_update.hub_token is not None:
            safe_user_update.hub_token = user_update.hub_token

    updated_user = zen_store().update_user(
        user_id=user.id,
        user_update=safe_user_update,
    )
    return dehydrate_response_model(updated_user)

webhook_endpoints

Endpoint definitions for webhooks.

get_body(request) async

Get access to the raw body.

Parameters:

Name	Type	Description	Default
request	Request	The request	required

Returns:

Type	Description
bytes	The raw request body.

Source code in zenml/zen_server/routers/webhook_endpoints.py

async def get_body(request: Request) -> bytes:
    """Get access to the raw body.

    Args:
        request: The request

    Returns:
        The raw request body.
    """
    return await request.body()

webhook(event_source_id, request, background_tasks, raw_body=Depends(get_body))

Webhook to receive events from external event sources.

Parameters:

Name	Type	Description	Default
event_source_id	UUID	The event_source_id	required
request	Request	The request object	required
background_tasks	BackgroundTasks	Background task handler	required
raw_body	bytes	The raw request body	Depends(get_body)

Returns:

Type	Description
Dict[str, str]	Static dict stating that event is received.

Exceptions:

Type	Description
AuthorizationException	If the Event Source does not exist.
KeyError	If no appropriate Plugin found in the plugin registry
ValueError	If the id of the Event Source is not actually a webhook event source
WebhookInactiveError	In case this webhook has been deactivated

Source code in zenml/zen_server/routers/webhook_endpoints.py

@router.post(
    "/{event_source_id}",
    response_model=Dict[str, str],
)
@handle_exceptions
def webhook(
    event_source_id: UUID,
    request: Request,
    background_tasks: BackgroundTasks,
    raw_body: bytes = Depends(get_body),
) -> Dict[str, str]:
    """Webhook to receive events from external event sources.

    Args:
        event_source_id: The event_source_id
        request: The request object
        background_tasks: Background task handler
        raw_body: The raw request body

    Returns:
        Static dict stating that event is received.

    Raises:
        AuthorizationException: If the Event Source does not exist.
        KeyError: If no appropriate Plugin found in the plugin registry
        ValueError: If the id of the Event Source is not actually a webhook event source
        WebhookInactiveError: In case this webhook has been deactivated
    """
    # Get the Event Source
    try:
        event_source = zen_store().get_event_source(event_source_id)
    except KeyError:
        logger.error(
            f"Webhook HTTP request received for unknown event source "
            f"'{event_source_id}'."
        )
        raise AuthorizationException(  # TODO: Are we sure about this error message?
            f"No webhook is registered at "
            f"'{router.prefix}/{event_source_id}'"
        )
    if not event_source.is_active:
        raise WebhookInactiveError(f"Webhook {event_source_id} is inactive.")

    flavor = event_source.flavor
    try:
        plugin = plugin_flavor_registry().get_plugin(
            name=flavor,
            _type=PluginType.EVENT_SOURCE,
            subtype=PluginSubType.WEBHOOK,
        )
    except KeyError:
        logger.error(
            f"Webhook HTTP request received for event source "
            f"'{event_source_id}' and flavor {flavor} but no matching "
            f"plugin was found."
        )
        raise KeyError(
            f"No listener plugin found for event source {event_source_id}."
        )

    if not isinstance(plugin, BaseWebhookEventSourceHandler):
        raise ValueError(
            f"Event Source {event_source_id} is not a valid Webhook event "
            "source!"
        )

    # Pass the raw event and headers to the plugin
    background_tasks.add_task(
        plugin.process_webhook_event,
        event_source=event_source,
        raw_body=raw_body,
        headers=dict(request.headers.items()),
    )

    return {"status": "Event Received."}

workspaces_endpoints

Endpoint definitions for workspaces.

create_build(workspace_name_or_id, build, auth_context=Security(oauth2_authentication))

Creates a build.

Parameters:

Name	Type	Description	Default
workspace_name_or_id	Union[str, uuid.UUID]	Name or ID of the workspace.	required
build	PipelineBuildRequest	Build to create.	required
auth_context	AuthContext	Authentication context.	Security(oauth2_authentication)

Returns:

Type	Description
PipelineBuildResponse	The created build.

Exceptions:

Type	Description
IllegalOperationError	If the workspace specified in the build does not match the current workspace.

Source code in zenml/zen_server/routers/workspaces_endpoints.py

@router.post(
    WORKSPACES + "/{workspace_name_or_id}" + PIPELINE_BUILDS,
    response_model=PipelineBuildResponse,
    responses={401: error_response, 409: error_response, 422: error_response},
)
@handle_exceptions
def create_build(
    workspace_name_or_id: Union[str, UUID],
    build: PipelineBuildRequest,
    auth_context: AuthContext = Security(authorize),
) -> PipelineBuildResponse:
    """Creates a build.

    Args:
        workspace_name_or_id: Name or ID of the workspace.
        build: Build to create.
        auth_context: Authentication context.

    Returns:
        The created build.

    Raises:
        IllegalOperationError: If the workspace specified in the build
            does not match the current workspace.
    """
    workspace = zen_store().get_workspace(workspace_name_or_id)

    if build.workspace != workspace.id:
        raise IllegalOperationError(
            "Creating builds outside of the workspace scope "
            f"of this endpoint `{workspace_name_or_id}` is "
            f"not supported."
        )

    return verify_permissions_and_create_entity(
        request_model=build,
        resource_type=ResourceType.PIPELINE_BUILD,
        create_method=zen_store().create_build,
    )

create_code_repository(workspace_name_or_id, code_repository, _=Security(oauth2_authentication))

Creates a code repository.

Parameters:

Name	Type	Description	Default
workspace_name_or_id	Union[str, uuid.UUID]	Name or ID of the workspace.	required
code_repository	CodeRepositoryRequest	Code repository to create.	required

Returns:

Type	Description
CodeRepositoryResponse	The created code repository.

Exceptions:

Type	Description
IllegalOperationError	If the workspace or user specified in the code repository does not match the current workspace or authenticated user.

Source code in zenml/zen_server/routers/workspaces_endpoints.py

@router.post(
    WORKSPACES + "/{workspace_name_or_id}" + CODE_REPOSITORIES,
    response_model=CodeRepositoryResponse,
    responses={401: error_response, 409: error_response, 422: error_response},
)
@handle_exceptions
def create_code_repository(
    workspace_name_or_id: Union[str, UUID],
    code_repository: CodeRepositoryRequest,
    _: AuthContext = Security(authorize),
) -> CodeRepositoryResponse:
    """Creates a code repository.

    Args:
        workspace_name_or_id: Name or ID of the workspace.
        code_repository: Code repository to create.

    Returns:
        The created code repository.

    Raises:
        IllegalOperationError: If the workspace or user specified in the
            code repository does not match the current workspace or
            authenticated user.
    """
    workspace = zen_store().get_workspace(workspace_name_or_id)

    if code_repository.workspace != workspace.id:
        raise IllegalOperationError(
            "Creating code repositories outside of the workspace scope "
            f"of this endpoint `{workspace_name_or_id}` is "
            f"not supported."
        )

    return verify_permissions_and_create_entity(
        request_model=code_repository,
        resource_type=ResourceType.CODE_REPOSITORY,
        create_method=zen_store().create_code_repository,
    )

create_deployment(workspace_name_or_id, deployment, auth_context=Security(oauth2_authentication))

Creates a deployment.

Parameters:

Name	Type	Description	Default
workspace_name_or_id	Union[str, uuid.UUID]	Name or ID of the workspace.	required
deployment	PipelineDeploymentRequest	Deployment to create.	required
auth_context	AuthContext	Authentication context.	Security(oauth2_authentication)

Returns:

Type	Description
PipelineDeploymentResponse	The created deployment.

Exceptions:

Type	Description
IllegalOperationError	If the workspace specified in the deployment does not match the current workspace.

Source code in zenml/zen_server/routers/workspaces_endpoints.py

@router.post(
    WORKSPACES + "/{workspace_name_or_id}" + PIPELINE_DEPLOYMENTS,
    response_model=PipelineDeploymentResponse,
    responses={401: error_response, 409: error_response, 422: error_response},
)
@handle_exceptions
def create_deployment(
    workspace_name_or_id: Union[str, UUID],
    deployment: PipelineDeploymentRequest,
    auth_context: AuthContext = Security(authorize),
) -> PipelineDeploymentResponse:
    """Creates a deployment.

    Args:
        workspace_name_or_id: Name or ID of the workspace.
        deployment: Deployment to create.
        auth_context: Authentication context.

    Returns:
        The created deployment.

    Raises:
        IllegalOperationError: If the workspace specified in the
            deployment does not match the current workspace.
    """
    workspace = zen_store().get_workspace(workspace_name_or_id)

    if deployment.workspace != workspace.id:
        raise IllegalOperationError(
            "Creating deployments outside of the workspace scope "
            f"of this endpoint `{workspace_name_or_id}` is "
            f"not supported."
        )

    return verify_permissions_and_create_entity(
        request_model=deployment,
        resource_type=ResourceType.PIPELINE_DEPLOYMENT,
        create_method=zen_store().create_deployment,
    )

create_model(workspace_name_or_id, model, _=Security(oauth2_authentication))

Create a new model.

Parameters:

Name	Type	Description	Default
workspace_name_or_id	Union[str, uuid.UUID]	Name or ID of the workspace.	required
model	ModelRequest	The model to create.	required

Returns:

Type	Description
ModelResponse	The created model.

Exceptions:

Type	Description
IllegalOperationError	If the workspace or user specified in the model does not match the current workspace or authenticated user.

Source code in zenml/zen_server/routers/workspaces_endpoints.py

@router.post(
    WORKSPACES + "/{workspace_name_or_id}" + MODELS,
    response_model=ModelResponse,
    responses={401: error_response, 409: error_response, 422: error_response},
)
@handle_exceptions
def create_model(
    workspace_name_or_id: Union[str, UUID],
    model: ModelRequest,
    _: AuthContext = Security(authorize),
) -> ModelResponse:
    """Create a new model.

    Args:
        workspace_name_or_id: Name or ID of the workspace.
        model: The model to create.

    Returns:
        The created model.

    Raises:
        IllegalOperationError: If the workspace or user specified in the
            model does not match the current workspace or authenticated
            user.
    """
    workspace = zen_store().get_workspace(workspace_name_or_id)

    if model.workspace != workspace.id:
        raise IllegalOperationError(
            "Creating models outside of the workspace scope "
            f"of this endpoint `{workspace_name_or_id}` is "
            f"not supported."
        )

    return verify_permissions_and_create_entity(
        request_model=model,
        resource_type=ResourceType.MODEL,
        create_method=zen_store().create_model,
    )

create_model_version(workspace_name_or_id, model_name_or_id, model_version, auth_context=Security(oauth2_authentication))

Create a new model version.

Parameters:

Name	Type	Description	Default
model_name_or_id	Union[str, uuid.UUID]	Name or ID of the model.	required
workspace_name_or_id	Union[str, uuid.UUID]	Name or ID of the workspace.	required
model_version	ModelVersionRequest	The model version to create.	required
auth_context	AuthContext	Authentication context.	Security(oauth2_authentication)

Returns:

Type	Description
ModelVersionResponse	The created model version.

Exceptions:

Type	Description
IllegalOperationError	If the workspace specified in the model version does not match the current workspace.

Source code in zenml/zen_server/routers/workspaces_endpoints.py

@router.post(
    WORKSPACES
    + "/{workspace_name_or_id}"
    + MODELS
    + "/{model_name_or_id}"
    + MODEL_VERSIONS,
    response_model=ModelVersionResponse,
    responses={401: error_response, 409: error_response, 422: error_response},
)
@handle_exceptions
def create_model_version(
    workspace_name_or_id: Union[str, UUID],
    model_name_or_id: Union[str, UUID],
    model_version: ModelVersionRequest,
    auth_context: AuthContext = Security(authorize),
) -> ModelVersionResponse:
    """Create a new model version.

    Args:
        model_name_or_id: Name or ID of the model.
        workspace_name_or_id: Name or ID of the workspace.
        model_version: The model version to create.
        auth_context: Authentication context.

    Returns:
        The created model version.

    Raises:
        IllegalOperationError: If the workspace specified in the
            model version does not match the current workspace.
    """
    workspace = zen_store().get_workspace(workspace_name_or_id)

    if model_version.workspace != workspace.id:
        raise IllegalOperationError(
            "Creating model versions outside of the workspace scope "
            f"of this endpoint `{workspace_name_or_id}` is "
            f"not supported."
        )

    return verify_permissions_and_create_entity(
        request_model=model_version,
        resource_type=ResourceType.MODEL_VERSION,
        create_method=zen_store().create_model_version,
    )

create_model_version_artifact_link(workspace_name_or_id, model_version_id, model_version_artifact_link, auth_context=Security(oauth2_authentication))

Create a new model version to artifact link.

Parameters:

Name	Type	Description	Default
workspace_name_or_id	Union[str, uuid.UUID]	Name or ID of the workspace.	required
model_version_id	UUID	ID of the model version.	required
model_version_artifact_link	ModelVersionArtifactRequest	The model version to artifact link to create.	required
auth_context	AuthContext	Authentication context.	Security(oauth2_authentication)

Returns:

Type	Description
ModelVersionArtifactResponse	The created model version to artifact link.

Exceptions:

Type	Description
IllegalOperationError	If the workspace or user specified in the model version does not match the current workspace or authenticated user.

Source code in zenml/zen_server/routers/workspaces_endpoints.py

@router.post(
    WORKSPACES
    + "/{workspace_name_or_id}"
    + MODEL_VERSIONS
    + "/{model_version_id}"
    + ARTIFACTS,
    response_model=ModelVersionArtifactResponse,
    responses={401: error_response, 409: error_response, 422: error_response},
)
@handle_exceptions
def create_model_version_artifact_link(
    workspace_name_or_id: Union[str, UUID],
    model_version_id: UUID,
    model_version_artifact_link: ModelVersionArtifactRequest,
    auth_context: AuthContext = Security(authorize),
) -> ModelVersionArtifactResponse:
    """Create a new model version to artifact link.

    Args:
        workspace_name_or_id: Name or ID of the workspace.
        model_version_id: ID of the model version.
        model_version_artifact_link: The model version to artifact link to create.
        auth_context: Authentication context.

    Returns:
        The created model version to artifact link.

    Raises:
        IllegalOperationError: If the workspace or user specified in the
            model version does not match the current workspace or authenticated
            user.
    """
    workspace = zen_store().get_workspace(workspace_name_or_id)
    if str(model_version_id) != str(model_version_artifact_link.model_version):
        raise IllegalOperationError(
            f"The model version id in your path `{model_version_id}` does not "
            f"match the model version specified in the request model "
            f"`{model_version_artifact_link.model_version}`"
        )

    if model_version_artifact_link.workspace != workspace.id:
        raise IllegalOperationError(
            "Creating model version to artifact links outside of the workspace scope "
            f"of this endpoint `{workspace_name_or_id}` is "
            f"not supported."
        )
    if model_version_artifact_link.user != auth_context.user.id:
        raise IllegalOperationError(
            "Creating model to artifact links for a user other than yourself "
            "is not supported."
        )

    model_version = zen_store().get_model_version(model_version_id)
    verify_permission_for_model(model_version, action=Action.UPDATE)

    mv = zen_store().create_model_version_artifact_link(
        model_version_artifact_link
    )
    return mv

create_model_version_pipeline_run_link(workspace_name_or_id, model_version_id, model_version_pipeline_run_link, auth_context=Security(oauth2_authentication))

Create a new model version to pipeline run link.

Parameters:

Name	Type	Description	Default
workspace_name_or_id	Union[str, uuid.UUID]	Name or ID of the workspace.	required
model_version_id	UUID	ID of the model version.	required
model_version_pipeline_run_link	ModelVersionPipelineRunRequest	The model version to pipeline run link to create.	required
auth_context	AuthContext	Authentication context.	Security(oauth2_authentication)

Returns:

Type	Description
ModelVersionPipelineRunResponse	If Model Version to Pipeline Run Link already exists - returns the existing link. Otherwise, returns the newly created model version to pipeline run link.

Exceptions:

Type	Description
IllegalOperationError	If the workspace or user specified in the model version does not match the current workspace or authenticated user.

Source code in zenml/zen_server/routers/workspaces_endpoints.py

@router.post(
    WORKSPACES
    + "/{workspace_name_or_id}"
    + MODEL_VERSIONS
    + "/{model_version_id}"
    + RUNS,
    response_model=ModelVersionPipelineRunResponse,
    responses={401: error_response, 409: error_response, 422: error_response},
)
@handle_exceptions
def create_model_version_pipeline_run_link(
    workspace_name_or_id: Union[str, UUID],
    model_version_id: UUID,
    model_version_pipeline_run_link: ModelVersionPipelineRunRequest,
    auth_context: AuthContext = Security(authorize),
) -> ModelVersionPipelineRunResponse:
    """Create a new model version to pipeline run link.

    Args:
        workspace_name_or_id: Name or ID of the workspace.
        model_version_id: ID of the model version.
        model_version_pipeline_run_link: The model version to pipeline run link to create.
        auth_context: Authentication context.

    Returns:
        - If Model Version to Pipeline Run Link already exists - returns the existing link.
        - Otherwise, returns the newly created model version to pipeline run link.

    Raises:
        IllegalOperationError: If the workspace or user specified in the
            model version does not match the current workspace or authenticated
            user.
    """
    workspace = zen_store().get_workspace(workspace_name_or_id)
    if str(model_version_id) != str(
        model_version_pipeline_run_link.model_version
    ):
        raise IllegalOperationError(
            f"The model version id in your path `{model_version_id}` does not "
            f"match the model version specified in the request model "
            f"`{model_version_pipeline_run_link.model_version}`"
        )

    if model_version_pipeline_run_link.workspace != workspace.id:
        raise IllegalOperationError(
            "Creating model versions outside of the workspace scope "
            f"of this endpoint `{workspace_name_or_id}` is "
            f"not supported."
        )
    if model_version_pipeline_run_link.user != auth_context.user.id:
        raise IllegalOperationError(
            "Creating models for a user other than yourself "
            "is not supported."
        )

    model_version = zen_store().get_model_version(model_version_id)
    verify_permission_for_model(model_version, action=Action.UPDATE)

    mv = zen_store().create_model_version_pipeline_run_link(
        model_version_pipeline_run_link
    )
    return mv

create_pipeline(workspace_name_or_id, pipeline, _=Security(oauth2_authentication))

Creates a pipeline.

Parameters:

Name	Type	Description	Default
workspace_name_or_id	Union[str, uuid.UUID]	Name or ID of the workspace.	required
pipeline	PipelineRequest	Pipeline to create.	required

Returns:

Type	Description
PipelineResponse	The created pipeline.

Exceptions:

Type	Description
IllegalOperationError	If the workspace or user specified in the pipeline does not match the current workspace or authenticated user.

Source code in zenml/zen_server/routers/workspaces_endpoints.py

@router.post(
    WORKSPACES + "/{workspace_name_or_id}" + PIPELINES,
    response_model=PipelineResponse,
    responses={401: error_response, 409: error_response, 422: error_response},
)
@handle_exceptions
def create_pipeline(
    workspace_name_or_id: Union[str, UUID],
    pipeline: PipelineRequest,
    _: AuthContext = Security(authorize),
) -> PipelineResponse:
    """Creates a pipeline.

    Args:
        workspace_name_or_id: Name or ID of the workspace.
        pipeline: Pipeline to create.

    Returns:
        The created pipeline.

    Raises:
        IllegalOperationError: If the workspace or user specified in the pipeline
            does not match the current workspace or authenticated user.
    """
    workspace = zen_store().get_workspace(workspace_name_or_id)

    if pipeline.workspace != workspace.id:
        raise IllegalOperationError(
            "Creating pipelines outside of the workspace scope "
            f"of this endpoint `{workspace_name_or_id}` is "
            f"not supported."
        )

    # We limit pipeline namespaces, not pipeline versions
    needs_usage_increment = (
        ResourceType.PIPELINE in REPORTABLE_RESOURCES
        and zen_store().count_pipelines(PipelineFilter(name=pipeline.name))
        == 0
    )

    if needs_usage_increment:
        check_entitlement(ResourceType.PIPELINE)

    pipeline_response = verify_permissions_and_create_entity(
        request_model=pipeline,
        resource_type=ResourceType.PIPELINE,
        create_method=zen_store().create_pipeline,
    )

    if needs_usage_increment:
        report_usage(
            resource_type=ResourceType.PIPELINE,
            resource_id=pipeline_response.id,
        )

    return pipeline_response

create_pipeline_run(workspace_name_or_id, pipeline_run, _=Security(oauth2_authentication))

Creates a pipeline run.

Parameters:

Name	Type	Description	Default
workspace_name_or_id	Union[str, uuid.UUID]	Name or ID of the workspace.	required
pipeline_run	PipelineRunRequest	Pipeline run to create.	required

Returns:

Type	Description
PipelineRunResponse	The created pipeline run.

Exceptions:

Type	Description
IllegalOperationError	If the workspace specified in the pipeline run does not match the current workspace.

Source code in zenml/zen_server/routers/workspaces_endpoints.py

@router.post(
    WORKSPACES + "/{workspace_name_or_id}" + RUNS,
    response_model=PipelineRunResponse,
    responses={401: error_response, 409: error_response, 422: error_response},
)
@handle_exceptions
def create_pipeline_run(
    workspace_name_or_id: Union[str, UUID],
    pipeline_run: PipelineRunRequest,
    _: AuthContext = Security(authorize),
) -> PipelineRunResponse:
    """Creates a pipeline run.

    Args:
        workspace_name_or_id: Name or ID of the workspace.
        pipeline_run: Pipeline run to create.

    Returns:
        The created pipeline run.

    Raises:
        IllegalOperationError: If the workspace specified in the
            pipeline run does not match the current workspace.
    """
    workspace = zen_store().get_workspace(workspace_name_or_id)

    if pipeline_run.workspace != workspace.id:
        raise IllegalOperationError(
            "Creating pipeline runs outside of the workspace scope "
            f"of this endpoint `{workspace_name_or_id}` is "
            f"not supported."
        )

    return verify_permissions_and_create_entity(
        request_model=pipeline_run,
        resource_type=ResourceType.PIPELINE_RUN,
        create_method=zen_store().create_run,
    )

create_run_metadata(workspace_name_or_id, run_metadata, auth_context=Security(oauth2_authentication))

Creates run metadata.

Parameters:

Name	Type	Description	Default
workspace_name_or_id	Union[str, uuid.UUID]	Name or ID of the workspace.	required
run_metadata	RunMetadataRequest	The run metadata to create.	required
auth_context	AuthContext	Authentication context.	Security(oauth2_authentication)

Returns:

Type	Description
List[zenml.models.v2.core.run_metadata.RunMetadataResponse]	The created run metadata.

Exceptions:

Type	Description
IllegalOperationError	If the workspace or user specified in the run metadata does not match the current workspace or authenticated user.
RuntimeError	If the resource type is not supported.

Source code in zenml/zen_server/routers/workspaces_endpoints.py

@router.post(
    WORKSPACES + "/{workspace_name_or_id}" + RUN_METADATA,
    response_model=List[RunMetadataResponse],
    responses={401: error_response, 409: error_response, 422: error_response},
)
@handle_exceptions
def create_run_metadata(
    workspace_name_or_id: Union[str, UUID],
    run_metadata: RunMetadataRequest,
    auth_context: AuthContext = Security(authorize),
) -> List[RunMetadataResponse]:
    """Creates run metadata.

    Args:
        workspace_name_or_id: Name or ID of the workspace.
        run_metadata: The run metadata to create.
        auth_context: Authentication context.

    Returns:
        The created run metadata.

    Raises:
        IllegalOperationError: If the workspace or user specified in the run
            metadata does not match the current workspace or authenticated user.
        RuntimeError: If the resource type is not supported.
    """
    workspace = zen_store().get_workspace(run_metadata.workspace)

    if run_metadata.workspace != workspace.id:
        raise IllegalOperationError(
            "Creating run metadata outside of the workspace scope "
            f"of this endpoint `{workspace_name_or_id}` is "
            f"not supported."
        )

    if run_metadata.user != auth_context.user.id:
        raise IllegalOperationError(
            "Creating run metadata for a user other than yourself "
            "is not supported."
        )

    if run_metadata.resource_type == MetadataResourceTypes.PIPELINE_RUN:
        run = zen_store().get_run(run_metadata.resource_id)
        verify_permission_for_model(run, action=Action.UPDATE)
    elif run_metadata.resource_type == MetadataResourceTypes.STEP_RUN:
        step = zen_store().get_run_step(run_metadata.resource_id)
        verify_permission_for_model(step, action=Action.UPDATE)
    elif run_metadata.resource_type == MetadataResourceTypes.ARTIFACT_VERSION:
        artifact_version = zen_store().get_artifact_version(
            run_metadata.resource_id
        )
        verify_permission_for_model(artifact_version, action=Action.UPDATE)
    elif run_metadata.resource_type == MetadataResourceTypes.MODEL_VERSION:
        model_version = zen_store().get_model_version(run_metadata.resource_id)
        verify_permission_for_model(model_version, action=Action.UPDATE)
    else:
        raise RuntimeError(
            f"Unknown resource type: {run_metadata.resource_type}"
        )

    verify_permission(
        resource_type=ResourceType.RUN_METADATA, action=Action.CREATE
    )

    return zen_store().create_run_metadata(run_metadata)

create_schedule(workspace_name_or_id, schedule, auth_context=Security(oauth2_authentication))

Creates a schedule.

Parameters:

Name	Type	Description	Default
workspace_name_or_id	Union[str, uuid.UUID]	Name or ID of the workspace.	required
schedule	ScheduleRequest	Schedule to create.	required
auth_context	AuthContext	Authentication context.	Security(oauth2_authentication)

Returns:

Type	Description
ScheduleResponse	The created schedule.

Exceptions:

Type	Description
IllegalOperationError	If the workspace or user specified in the schedule does not match the current workspace or authenticated user.

Source code in zenml/zen_server/routers/workspaces_endpoints.py

@router.post(
    WORKSPACES + "/{workspace_name_or_id}" + SCHEDULES,
    response_model=ScheduleResponse,
    responses={401: error_response, 409: error_response, 422: error_response},
)
@handle_exceptions
def create_schedule(
    workspace_name_or_id: Union[str, UUID],
    schedule: ScheduleRequest,
    auth_context: AuthContext = Security(authorize),
) -> ScheduleResponse:
    """Creates a schedule.

    Args:
        workspace_name_or_id: Name or ID of the workspace.
        schedule: Schedule to create.
        auth_context: Authentication context.

    Returns:
        The created schedule.

    Raises:
        IllegalOperationError: If the workspace or user specified in the
            schedule does not match the current workspace or authenticated user.
    """
    workspace = zen_store().get_workspace(workspace_name_or_id)

    if schedule.workspace != workspace.id:
        raise IllegalOperationError(
            "Creating pipeline runs outside of the workspace scope "
            f"of this endpoint `{workspace_name_or_id}` is "
            f"not supported."
        )
    if schedule.user != auth_context.user.id:
        raise IllegalOperationError(
            "Creating pipeline runs for a user other than yourself "
            "is not supported."
        )
    return zen_store().create_schedule(schedule=schedule)

create_secret(workspace_name_or_id, secret, _=Security(oauth2_authentication))

Creates a secret.

Parameters:

Name	Type	Description	Default
workspace_name_or_id	Union[str, uuid.UUID]	Name or ID of the workspace.	required
secret	SecretRequest	Secret to create.	required

Returns:

Type	Description
SecretResponse	The created secret.

Exceptions:

Type	Description
IllegalOperationError	If the workspace specified in the secret does not match the current workspace.

Source code in zenml/zen_server/routers/workspaces_endpoints.py

@router.post(
    WORKSPACES + "/{workspace_name_or_id}" + SECRETS,
    response_model=SecretResponse,
    responses={401: error_response, 409: error_response, 422: error_response},
)
@handle_exceptions
def create_secret(
    workspace_name_or_id: Union[str, UUID],
    secret: SecretRequest,
    _: AuthContext = Security(authorize),
) -> SecretResponse:
    """Creates a secret.

    Args:
        workspace_name_or_id: Name or ID of the workspace.
        secret: Secret to create.

    Returns:
        The created secret.

    Raises:
        IllegalOperationError: If the workspace specified in the
            secret does not match the current workspace.
    """
    workspace = zen_store().get_workspace(workspace_name_or_id)

    if secret.workspace != workspace.id:
        raise IllegalOperationError(
            "Creating a secret outside of the workspace scope "
            f"of this endpoint `{workspace_name_or_id}` is "
            f"not supported."
        )

    return verify_permissions_and_create_entity(
        request_model=secret,
        resource_type=ResourceType.SECRET,
        create_method=zen_store().create_secret,
    )

create_service(workspace_name_or_id, service, _=Security(oauth2_authentication))

Create a new service.

Parameters:

Name	Type	Description	Default
workspace_name_or_id	Union[str, uuid.UUID]	Name or ID of the workspace.	required
service	ServiceRequest	The service to create.	required

Returns:

Type	Description
ServiceResponse	The created service.

Exceptions:

Type	Description
IllegalOperationError	If the workspace or user specified in the model does not match the current workspace or authenticated user.

Source code in zenml/zen_server/routers/workspaces_endpoints.py

@router.post(
    WORKSPACES + "/{workspace_name_or_id}" + SERVICES,
    response_model=ServiceResponse,
    responses={401: error_response, 409: error_response, 422: error_response},
)
@handle_exceptions
def create_service(
    workspace_name_or_id: Union[str, UUID],
    service: ServiceRequest,
    _: AuthContext = Security(authorize),
) -> ServiceResponse:
    """Create a new service.

    Args:
        workspace_name_or_id: Name or ID of the workspace.
        service: The service to create.

    Returns:
        The created service.

    Raises:
        IllegalOperationError: If the workspace or user specified in the
            model does not match the current workspace or authenticated
            user.
    """
    workspace = zen_store().get_workspace(workspace_name_or_id)

    if service.workspace != workspace.id:
        raise IllegalOperationError(
            "Creating models outside of the workspace scope "
            f"of this endpoint `{workspace_name_or_id}` is "
            f"not supported."
        )

    return verify_permissions_and_create_entity(
        request_model=service,
        resource_type=ResourceType.SERVICE,
        create_method=zen_store().create_service,
    )

create_service_connector(workspace_name_or_id, connector, _=Security(oauth2_authentication))

Creates a service connector.

Parameters:

Name	Type	Description	Default
workspace_name_or_id	Union[str, uuid.UUID]	Name or ID of the workspace.	required
connector	ServiceConnectorRequest	Service connector to register.	required

Returns:

Type	Description
ServiceConnectorResponse	The created service connector.

Exceptions:

Type	Description
IllegalOperationError	If the workspace or user specified in the service connector does not match the current workspace or authenticated user.

Source code in zenml/zen_server/routers/workspaces_endpoints.py

@router.post(
    WORKSPACES + "/{workspace_name_or_id}" + SERVICE_CONNECTORS,
    response_model=ServiceConnectorResponse,
    responses={401: error_response, 409: error_response, 422: error_response},
)
@handle_exceptions
def create_service_connector(
    workspace_name_or_id: Union[str, UUID],
    connector: ServiceConnectorRequest,
    _: AuthContext = Security(authorize),
) -> ServiceConnectorResponse:
    """Creates a service connector.

    Args:
        workspace_name_or_id: Name or ID of the workspace.
        connector: Service connector to register.

    Returns:
        The created service connector.

    Raises:
        IllegalOperationError: If the workspace or user specified in the service
            connector does not match the current workspace or authenticated
            user.
    """
    workspace = zen_store().get_workspace(workspace_name_or_id)

    if connector.workspace != workspace.id:
        raise IllegalOperationError(
            "Creating connectors outside of the workspace scope "
            f"of this endpoint `{workspace_name_or_id}` is "
            f"not supported."
        )

    return verify_permissions_and_create_entity(
        request_model=connector,
        resource_type=ResourceType.SERVICE_CONNECTOR,
        create_method=zen_store().create_service_connector,
    )

create_stack(workspace_name_or_id, stack, _=Security(oauth2_authentication))

Creates a stack for a particular workspace.

Parameters:

Name	Type	Description	Default
workspace_name_or_id	Union[str, uuid.UUID]	Name or ID of the workspace.	required
stack	StackRequest	Stack to register.	required

Returns:

Type	Description
StackResponse	The created stack.

Exceptions:

Type	Description
IllegalOperationError	If the workspace specified in the stack does not match the current workspace.

Source code in zenml/zen_server/routers/workspaces_endpoints.py

@router.post(
    WORKSPACES + "/{workspace_name_or_id}" + STACKS,
    response_model=StackResponse,
    responses={401: error_response, 409: error_response, 422: error_response},
)
@handle_exceptions
def create_stack(
    workspace_name_or_id: Union[str, UUID],
    stack: StackRequest,
    _: AuthContext = Security(authorize),
) -> StackResponse:
    """Creates a stack for a particular workspace.

    Args:
        workspace_name_or_id: Name or ID of the workspace.
        stack: Stack to register.

    Returns:
        The created stack.

    Raises:
        IllegalOperationError: If the workspace specified in the stack
            does not match the current workspace.
    """
    workspace = zen_store().get_workspace(workspace_name_or_id)

    if stack.workspace != workspace.id:
        raise IllegalOperationError(
            "Creating stacks outside of the workspace scope "
            f"of this endpoint `{workspace_name_or_id}` is "
            f"not supported."
        )

    if stack.components:
        components = [
            zen_store().get_stack_component(id)
            for ids in stack.components.values()
            for id in ids
        ]

        batch_verify_permissions_for_models(components, action=Action.READ)

    return verify_permissions_and_create_entity(
        request_model=stack,
        resource_type=ResourceType.STACK,
        create_method=zen_store().create_stack,
    )

create_stack_component(workspace_name_or_id, component, _=Security(oauth2_authentication))

Creates a stack component.

Parameters:

Name	Type	Description	Default
workspace_name_or_id	Union[str, uuid.UUID]	Name or ID of the workspace.	required
component	ComponentRequest	Stack component to register.	required

Returns:

Type	Description
ComponentResponse	The created stack component.

Exceptions:

Type	Description
IllegalOperationError	If the workspace specified in the stack component does not match the current workspace.

Source code in zenml/zen_server/routers/workspaces_endpoints.py

@router.post(
    WORKSPACES + "/{workspace_name_or_id}" + STACK_COMPONENTS,
    response_model=ComponentResponse,
    responses={401: error_response, 409: error_response, 422: error_response},
)
@handle_exceptions
def create_stack_component(
    workspace_name_or_id: Union[str, UUID],
    component: ComponentRequest,
    _: AuthContext = Security(authorize),
) -> ComponentResponse:
    """Creates a stack component.

    Args:
        workspace_name_or_id: Name or ID of the workspace.
        component: Stack component to register.

    Returns:
        The created stack component.

    Raises:
        IllegalOperationError: If the workspace specified in the stack
            component does not match the current workspace.
    """
    workspace = zen_store().get_workspace(workspace_name_or_id)

    if component.workspace != workspace.id:
        raise IllegalOperationError(
            "Creating components outside of the workspace scope "
            f"of this endpoint `{workspace_name_or_id}` is "
            f"not supported."
        )

    if component.connector:
        service_connector = zen_store().get_service_connector(
            component.connector
        )
        verify_permission_for_model(service_connector, action=Action.READ)

    from zenml.stack.utils import validate_stack_component_config

    validate_stack_component_config(
        configuration_dict=component.configuration,
        flavor_name=component.flavor,
        component_type=component.type,
        zen_store=zen_store(),
        # We allow custom flavors to fail import on the server side.
        validate_custom_flavors=False,
    )

    return verify_permissions_and_create_entity(
        request_model=component,
        resource_type=ResourceType.STACK_COMPONENT,
        create_method=zen_store().create_stack_component,
    )

create_workspace(workspace, _=Security(oauth2_authentication))

Creates a workspace based on the requestBody.

noqa: DAR401

Parameters:

Name	Type	Description	Default
workspace	WorkspaceRequest	Workspace to create.	required

Returns:

Type	Description
WorkspaceResponse	The created workspace.

Source code in zenml/zen_server/routers/workspaces_endpoints.py

@router.post(
    WORKSPACES,
    responses={401: error_response, 409: error_response, 422: error_response},
)
@handle_exceptions
def create_workspace(
    workspace: WorkspaceRequest,
    _: AuthContext = Security(authorize),
) -> WorkspaceResponse:
    """Creates a workspace based on the requestBody.

    # noqa: DAR401

    Args:
        workspace: Workspace to create.

    Returns:
        The created workspace.
    """
    return verify_permissions_and_create_entity(
        request_model=workspace,
        resource_type=ResourceType.WORKSPACE,
        create_method=zen_store().create_workspace,
    )

delete_workspace(workspace_name_or_id, _=Security(oauth2_authentication))

Deletes a workspace.

Parameters:

Name	Type	Description	Default
workspace_name_or_id	Union[str, uuid.UUID]	Name or ID of the workspace.	required

Source code in zenml/zen_server/routers/workspaces_endpoints.py

@router.delete(
    WORKSPACES + "/{workspace_name_or_id}",
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def delete_workspace(
    workspace_name_or_id: Union[str, UUID],
    _: AuthContext = Security(authorize),
) -> None:
    """Deletes a workspace.

    Args:
        workspace_name_or_id: Name or ID of the workspace.
    """
    verify_permissions_and_delete_entity(
        id=workspace_name_or_id,
        get_method=zen_store().get_workspace,
        delete_method=zen_store().delete_workspace,
    )

get_or_create_pipeline_run(workspace_name_or_id, pipeline_run, auth_context=Security(oauth2_authentication))

Get or create a pipeline run.

Parameters:

Name	Type	Description	Default
workspace_name_or_id	Union[str, uuid.UUID]	Name or ID of the workspace.	required
pipeline_run	PipelineRunRequest	Pipeline run to create.	required
auth_context	AuthContext	Authentication context.	Security(oauth2_authentication)

Returns:

Type	Description
Tuple[zenml.models.v2.core.pipeline_run.PipelineRunResponse, bool]	The pipeline run and a boolean indicating whether the run was created or not.

Exceptions:

Type	Description
IllegalOperationError	If the workspace or user specified in the pipeline run does not match the current workspace or authenticated user.

Source code in zenml/zen_server/routers/workspaces_endpoints.py

@router.post(
    WORKSPACES + "/{workspace_name_or_id}" + RUNS + GET_OR_CREATE,
    response_model=Tuple[PipelineRunResponse, bool],
    responses={401: error_response, 409: error_response, 422: error_response},
)
@handle_exceptions
def get_or_create_pipeline_run(
    workspace_name_or_id: Union[str, UUID],
    pipeline_run: PipelineRunRequest,
    auth_context: AuthContext = Security(authorize),
) -> Tuple[PipelineRunResponse, bool]:
    """Get or create a pipeline run.

    Args:
        workspace_name_or_id: Name or ID of the workspace.
        pipeline_run: Pipeline run to create.
        auth_context: Authentication context.

    Returns:
        The pipeline run and a boolean indicating whether the run was created
        or not.

    Raises:
        IllegalOperationError: If the workspace or user specified in the
            pipeline run does not match the current workspace or authenticated
            user.
    """
    workspace = zen_store().get_workspace(workspace_name_or_id)
    if pipeline_run.workspace != workspace.id:
        raise IllegalOperationError(
            "Creating pipeline runs outside of the workspace scope "
            f"of this endpoint `{workspace_name_or_id}` is "
            f"not supported."
        )
    if pipeline_run.user != auth_context.user.id:
        raise IllegalOperationError(
            "Creating pipeline runs for a user other than yourself "
            "is not supported."
        )

    verify_permission(
        resource_type=ResourceType.PIPELINE_RUN, action=Action.CREATE
    )

    run, created = zen_store().get_or_create_run(
        pipeline_run=pipeline_run,
        pre_creation_hook=lambda: check_entitlement(
            resource_type=ResourceType.PIPELINE_RUN
        ),
    )
    if created:
        report_usage(
            resource_type=ResourceType.PIPELINE_RUN, resource_id=run.id
        )

    return run, created

get_workspace(workspace_name_or_id, hydrate=True, _=Security(oauth2_authentication))

Get a workspace for given name.

noqa: DAR401

Parameters:

Name	Type	Description	Default
workspace_name_or_id	Union[str, uuid.UUID]	Name or ID of the workspace.	required
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	True

Returns:

Type	Description
WorkspaceResponse	The requested workspace.

Source code in zenml/zen_server/routers/workspaces_endpoints.py

@router.get(
    WORKSPACES + "/{workspace_name_or_id}",
    response_model=WorkspaceResponse,
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_workspace(
    workspace_name_or_id: Union[str, UUID],
    hydrate: bool = True,
    _: AuthContext = Security(authorize),
) -> WorkspaceResponse:
    """Get a workspace for given name.

    # noqa: DAR401

    Args:
        workspace_name_or_id: Name or ID of the workspace.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        The requested workspace.
    """
    return verify_permissions_and_get_entity(
        id=workspace_name_or_id,
        get_method=zen_store().get_workspace,
        hydrate=hydrate,
    )

get_workspace_statistics(workspace_name_or_id, auth_context=Security(oauth2_authentication))

Gets statistics of a workspace.

noqa: DAR401

Parameters:

Name	Type	Description	Default
workspace_name_or_id	Union[str, uuid.UUID]	Name or ID of the workspace to get statistics for.	required
auth_context	AuthContext	Authentication context.	Security(oauth2_authentication)

Returns:

Type	Description
Dict[str, int]	All pipelines within the workspace.

Source code in zenml/zen_server/routers/workspaces_endpoints.py

@router.get(
    WORKSPACES + "/{workspace_name_or_id}" + STATISTICS,
    response_model=Dict[str, int],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def get_workspace_statistics(
    workspace_name_or_id: Union[str, UUID],
    auth_context: AuthContext = Security(authorize),
) -> Dict[str, int]:
    """Gets statistics of a workspace.

    # noqa: DAR401

    Args:
        workspace_name_or_id: Name or ID of the workspace to get statistics for.
        auth_context: Authentication context.

    Returns:
        All pipelines within the workspace.
    """
    workspace = zen_store().get_workspace(workspace_name_or_id)

    user_id = auth_context.user.id
    component_filter = ComponentFilter(workspace_id=workspace.id)
    component_filter.configure_rbac(
        authenticated_user_id=user_id,
        id=get_allowed_resource_ids(
            resource_type=ResourceType.STACK_COMPONENT
        ),
    )

    stack_filter = StackFilter(workspace_id=workspace.id)
    stack_filter.configure_rbac(
        authenticated_user_id=user_id,
        id=get_allowed_resource_ids(resource_type=ResourceType.STACK),
    )

    run_filter = PipelineRunFilter(workspace_id=workspace.id)
    run_filter.configure_rbac(
        authenticated_user_id=user_id,
        id=get_allowed_resource_ids(resource_type=ResourceType.PIPELINE_RUN),
    )

    pipeline_filter = PipelineFilter(workspace_id=workspace.id)
    pipeline_filter.configure_rbac(
        authenticated_user_id=user_id,
        id=get_allowed_resource_ids(resource_type=ResourceType.PIPELINE),
    )

    return {
        "stacks": zen_store().count_stacks(filter_model=stack_filter),
        "components": zen_store().count_stack_components(
            filter_model=component_filter
        ),
        "pipelines": zen_store().count_pipelines(filter_model=pipeline_filter),
        "runs": zen_store().count_runs(filter_model=run_filter),
    }

list_runs(workspace_name_or_id, runs_filter_model=Depends(init_cls_and_handle_errors), hydrate=False, _=Security(oauth2_authentication))

Get pipeline runs according to query filters.

Parameters:

Name	Type	Description	Default
workspace_name_or_id	Union[str, uuid.UUID]	Name or ID of the workspace.	required
runs_filter_model	PipelineRunFilter	Filter model used for pagination, sorting, filtering.	Depends(init_cls_and_handle_errors)
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False

Returns:

Type	Description
Page[PipelineRunResponse]	The pipeline runs according to query filters.

Source code in zenml/zen_server/routers/workspaces_endpoints.py

@router.get(
    WORKSPACES + "/{workspace_name_or_id}" + RUNS,
    response_model=Page[PipelineRunResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_runs(
    workspace_name_or_id: Union[str, UUID],
    runs_filter_model: PipelineRunFilter = Depends(
        make_dependable(PipelineRunFilter)
    ),
    hydrate: bool = False,
    _: AuthContext = Security(authorize),
) -> Page[PipelineRunResponse]:
    """Get pipeline runs according to query filters.

    Args:
        workspace_name_or_id: Name or ID of the workspace.
        runs_filter_model: Filter model used for pagination, sorting,
            filtering.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        The pipeline runs according to query filters.
    """
    workspace = zen_store().get_workspace(workspace_name_or_id)
    runs_filter_model.set_scope_workspace(workspace.id)

    return verify_permissions_and_list_entities(
        filter_model=runs_filter_model,
        resource_type=ResourceType.PIPELINE_RUN,
        list_method=zen_store().list_runs,
        hydrate=hydrate,
    )

list_service_connector_resources(workspace_name_or_id, connector_type=None, resource_type=None, resource_id=None, auth_context=Security(oauth2_authentication))

List resources that can be accessed by service connectors.

Parameters:

Name	Type	Description	Default
workspace_name_or_id	Union[str, uuid.UUID]	Name or ID of the workspace.	required
connector_type	Optional[str]	the service connector type identifier to filter by.	None
resource_type	Optional[str]	the resource type identifier to filter by.	None
resource_id	Optional[str]	the resource identifier to filter by.	None
auth_context	AuthContext	Authentication context.	Security(oauth2_authentication)

Returns:

Type	Description
List[zenml.models.v2.misc.service_connector_type.ServiceConnectorResourcesModel]	The matching list of resources that available service connectors have access to.

Source code in zenml/zen_server/routers/workspaces_endpoints.py

@router.get(
    WORKSPACES
    + "/{workspace_name_or_id}"
    + SERVICE_CONNECTORS
    + SERVICE_CONNECTOR_RESOURCES,
    response_model=List[ServiceConnectorResourcesModel],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_service_connector_resources(
    workspace_name_or_id: Union[str, UUID],
    connector_type: Optional[str] = None,
    resource_type: Optional[str] = None,
    resource_id: Optional[str] = None,
    auth_context: AuthContext = Security(authorize),
) -> List[ServiceConnectorResourcesModel]:
    """List resources that can be accessed by service connectors.

    Args:
        workspace_name_or_id: Name or ID of the workspace.
        connector_type: the service connector type identifier to filter by.
        resource_type: the resource type identifier to filter by.
        resource_id: the resource identifier to filter by.
        auth_context: Authentication context.

    Returns:
        The matching list of resources that available service
        connectors have access to.
    """
    workspace = zen_store().get_workspace(workspace_name_or_id)

    filter_model = ServiceConnectorFilter(
        connector_type=connector_type,
        resource_type=resource_type,
    )
    filter_model.set_scope_workspace(workspace.id)

    allowed_ids = get_allowed_resource_ids(
        resource_type=ResourceType.SERVICE_CONNECTOR
    )
    filter_model.configure_rbac(
        authenticated_user_id=auth_context.user.id, id=allowed_ids
    )

    return zen_store().list_service_connector_resources(
        workspace_name_or_id=workspace_name_or_id,
        connector_type=connector_type,
        resource_type=resource_type,
        resource_id=resource_id,
        filter_model=filter_model,
    )

list_workspace_builds(workspace_name_or_id, build_filter_model=Depends(init_cls_and_handle_errors), hydrate=False, _=Security(oauth2_authentication))

Gets builds defined for a specific workspace.

noqa: DAR401

Parameters:

Name	Type	Description	Default
workspace_name_or_id	Union[str, uuid.UUID]	Name or ID of the workspace.	required
build_filter_model	PipelineBuildFilter	Filter model used for pagination, sorting, filtering.	Depends(init_cls_and_handle_errors)
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False

Returns:

Type	Description
Page[PipelineBuildResponse]	All builds within the workspace.

Source code in zenml/zen_server/routers/workspaces_endpoints.py

@router.get(
    WORKSPACES + "/{workspace_name_or_id}" + PIPELINE_BUILDS,
    response_model=Page[PipelineBuildResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_workspace_builds(
    workspace_name_or_id: Union[str, UUID],
    build_filter_model: PipelineBuildFilter = Depends(
        make_dependable(PipelineBuildFilter)
    ),
    hydrate: bool = False,
    _: AuthContext = Security(authorize),
) -> Page[PipelineBuildResponse]:
    """Gets builds defined for a specific workspace.

    # noqa: DAR401

    Args:
        workspace_name_or_id: Name or ID of the workspace.
        build_filter_model: Filter model used for pagination, sorting,
            filtering.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        All builds within the workspace.
    """
    workspace = zen_store().get_workspace(workspace_name_or_id)
    build_filter_model.set_scope_workspace(workspace.id)

    return verify_permissions_and_list_entities(
        filter_model=build_filter_model,
        resource_type=ResourceType.PIPELINE_BUILD,
        list_method=zen_store().list_builds,
        hydrate=hydrate,
    )

list_workspace_code_repositories(workspace_name_or_id, filter_model=Depends(init_cls_and_handle_errors), hydrate=False, _=Security(oauth2_authentication))

Gets code repositories defined for a specific workspace.

noqa: DAR401

Parameters:

Name	Type	Description	Default
workspace_name_or_id	Union[str, uuid.UUID]	Name or ID of the workspace.	required
filter_model	CodeRepositoryFilter	Filter model used for pagination, sorting, filtering.	Depends(init_cls_and_handle_errors)
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False

Returns:

Type	Description
Page[CodeRepositoryResponse]	All code repositories within the workspace.

Source code in zenml/zen_server/routers/workspaces_endpoints.py

@router.get(
    WORKSPACES + "/{workspace_name_or_id}" + CODE_REPOSITORIES,
    response_model=Page[CodeRepositoryResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_workspace_code_repositories(
    workspace_name_or_id: Union[str, UUID],
    filter_model: CodeRepositoryFilter = Depends(
        make_dependable(CodeRepositoryFilter)
    ),
    hydrate: bool = False,
    _: AuthContext = Security(authorize),
) -> Page[CodeRepositoryResponse]:
    """Gets code repositories defined for a specific workspace.

    # noqa: DAR401

    Args:
        workspace_name_or_id: Name or ID of the workspace.
        filter_model: Filter model used for pagination, sorting,
            filtering.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        All code repositories within the workspace.
    """
    workspace = zen_store().get_workspace(workspace_name_or_id)
    filter_model.set_scope_workspace(workspace.id)

    return verify_permissions_and_list_entities(
        filter_model=filter_model,
        resource_type=ResourceType.CODE_REPOSITORY,
        list_method=zen_store().list_code_repositories,
        hydrate=hydrate,
    )

list_workspace_deployments(workspace_name_or_id, deployment_filter_model=Depends(init_cls_and_handle_errors), hydrate=False, _=Security(oauth2_authentication))

Gets deployments defined for a specific workspace.

noqa: DAR401

Parameters:

Name	Type	Description	Default
workspace_name_or_id	Union[str, uuid.UUID]	Name or ID of the workspace.	required
deployment_filter_model	PipelineDeploymentFilter	Filter model used for pagination, sorting, filtering.	Depends(init_cls_and_handle_errors)
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False

Returns:

Type	Description
Page[PipelineDeploymentResponse]	All deployments within the workspace.

Source code in zenml/zen_server/routers/workspaces_endpoints.py

@router.get(
    WORKSPACES + "/{workspace_name_or_id}" + PIPELINE_DEPLOYMENTS,
    response_model=Page[PipelineDeploymentResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_workspace_deployments(
    workspace_name_or_id: Union[str, UUID],
    deployment_filter_model: PipelineDeploymentFilter = Depends(
        make_dependable(PipelineDeploymentFilter)
    ),
    hydrate: bool = False,
    _: AuthContext = Security(authorize),
) -> Page[PipelineDeploymentResponse]:
    """Gets deployments defined for a specific workspace.

    # noqa: DAR401

    Args:
        workspace_name_or_id: Name or ID of the workspace.
        deployment_filter_model: Filter model used for pagination, sorting,
            filtering.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        All deployments within the workspace.
    """
    workspace = zen_store().get_workspace(workspace_name_or_id)
    deployment_filter_model.set_scope_workspace(workspace.id)

    return verify_permissions_and_list_entities(
        filter_model=deployment_filter_model,
        resource_type=ResourceType.PIPELINE_DEPLOYMENT,
        list_method=zen_store().list_deployments,
        hydrate=hydrate,
    )

list_workspace_pipelines(workspace_name_or_id, pipeline_filter_model=Depends(init_cls_and_handle_errors), hydrate=False, _=Security(oauth2_authentication))

Gets pipelines defined for a specific workspace.

noqa: DAR401

Parameters:

Name	Type	Description	Default
workspace_name_or_id	Union[str, uuid.UUID]	Name or ID of the workspace.	required
pipeline_filter_model	PipelineFilter	Filter model used for pagination, sorting, filtering.	Depends(init_cls_and_handle_errors)
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False

Returns:

Type	Description
Page[PipelineResponse]	All pipelines within the workspace.

Source code in zenml/zen_server/routers/workspaces_endpoints.py

@router.get(
    WORKSPACES + "/{workspace_name_or_id}" + PIPELINES,
    response_model=Page[PipelineResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_workspace_pipelines(
    workspace_name_or_id: Union[str, UUID],
    pipeline_filter_model: PipelineFilter = Depends(
        make_dependable(PipelineFilter)
    ),
    hydrate: bool = False,
    _: AuthContext = Security(authorize),
) -> Page[PipelineResponse]:
    """Gets pipelines defined for a specific workspace.

    # noqa: DAR401

    Args:
        workspace_name_or_id: Name or ID of the workspace.
        pipeline_filter_model: Filter model used for pagination, sorting,
            filtering.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        All pipelines within the workspace.
    """
    workspace = zen_store().get_workspace(workspace_name_or_id)
    pipeline_filter_model.set_scope_workspace(workspace.id)

    return verify_permissions_and_list_entities(
        filter_model=pipeline_filter_model,
        resource_type=ResourceType.PIPELINE,
        list_method=zen_store().list_pipelines,
        hydrate=hydrate,
    )

list_workspace_service_connectors(workspace_name_or_id, connector_filter_model=Depends(init_cls_and_handle_errors), hydrate=False, _=Security(oauth2_authentication))

List service connectors that are part of a specific workspace.

noqa: DAR401

Parameters:

Name	Type	Description	Default
workspace_name_or_id	Union[str, uuid.UUID]	Name or ID of the workspace.	required
connector_filter_model	ServiceConnectorFilter	Filter model used for pagination, sorting, filtering.	Depends(init_cls_and_handle_errors)
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False

Returns:

Type	Description
Page[ServiceConnectorResponse]	All service connectors part of the specified workspace.

Source code in zenml/zen_server/routers/workspaces_endpoints.py

@router.get(
    WORKSPACES + "/{workspace_name_or_id}" + SERVICE_CONNECTORS,
    response_model=Page[ServiceConnectorResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_workspace_service_connectors(
    workspace_name_or_id: Union[str, UUID],
    connector_filter_model: ServiceConnectorFilter = Depends(
        make_dependable(ServiceConnectorFilter)
    ),
    hydrate: bool = False,
    _: AuthContext = Security(authorize),
) -> Page[ServiceConnectorResponse]:
    """List service connectors that are part of a specific workspace.

    # noqa: DAR401

    Args:
        workspace_name_or_id: Name or ID of the workspace.
        connector_filter_model: Filter model used for pagination, sorting,
            filtering.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        All service connectors part of the specified workspace.
    """
    workspace = zen_store().get_workspace(workspace_name_or_id)
    connector_filter_model.set_scope_workspace(workspace.id)

    return verify_permissions_and_list_entities(
        filter_model=connector_filter_model,
        resource_type=ResourceType.SERVICE_CONNECTOR,
        list_method=zen_store().list_service_connectors,
        hydrate=hydrate,
    )

list_workspace_stack_components(workspace_name_or_id, component_filter_model=Depends(init_cls_and_handle_errors), hydrate=False, _=Security(oauth2_authentication))

List stack components that are part of a specific workspace.

noqa: DAR401

Parameters:

Name	Type	Description	Default
workspace_name_or_id	Union[str, uuid.UUID]	Name or ID of the workspace.	required
component_filter_model	ComponentFilter	Filter model used for pagination, sorting, filtering.	Depends(init_cls_and_handle_errors)
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False

Returns:

Type	Description
Page[ComponentResponse]	All stack components part of the specified workspace.

Source code in zenml/zen_server/routers/workspaces_endpoints.py

@router.get(
    WORKSPACES + "/{workspace_name_or_id}" + STACK_COMPONENTS,
    response_model=Page[ComponentResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_workspace_stack_components(
    workspace_name_or_id: Union[str, UUID],
    component_filter_model: ComponentFilter = Depends(
        make_dependable(ComponentFilter)
    ),
    hydrate: bool = False,
    _: AuthContext = Security(authorize),
) -> Page[ComponentResponse]:
    """List stack components that are part of a specific workspace.

    # noqa: DAR401

    Args:
        workspace_name_or_id: Name or ID of the workspace.
        component_filter_model: Filter model used for pagination, sorting,
            filtering.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        All stack components part of the specified workspace.
    """
    workspace = zen_store().get_workspace(workspace_name_or_id)
    component_filter_model.set_scope_workspace(workspace.id)

    return verify_permissions_and_list_entities(
        filter_model=component_filter_model,
        resource_type=ResourceType.STACK_COMPONENT,
        list_method=zen_store().list_stack_components,
        hydrate=hydrate,
    )

list_workspace_stacks(workspace_name_or_id, stack_filter_model=Depends(init_cls_and_handle_errors), hydrate=False, _=Security(oauth2_authentication))

Get stacks that are part of a specific workspace for the user.

noqa: DAR401

Parameters:

Name	Type	Description	Default
workspace_name_or_id	Union[str, uuid.UUID]	Name or ID of the workspace.	required
stack_filter_model	StackFilter	Filter model used for pagination, sorting, filtering.	Depends(init_cls_and_handle_errors)
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False

Returns:

Type	Description
Page[StackResponse]	All stacks part of the specified workspace.

Source code in zenml/zen_server/routers/workspaces_endpoints.py

@router.get(
    WORKSPACES + "/{workspace_name_or_id}" + STACKS,
    response_model=Page[StackResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_workspace_stacks(
    workspace_name_or_id: Union[str, UUID],
    stack_filter_model: StackFilter = Depends(make_dependable(StackFilter)),
    hydrate: bool = False,
    _: AuthContext = Security(authorize),
) -> Page[StackResponse]:
    """Get stacks that are part of a specific workspace for the user.

    # noqa: DAR401

    Args:
        workspace_name_or_id: Name or ID of the workspace.
        stack_filter_model: Filter model used for pagination, sorting,
            filtering.
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        All stacks part of the specified workspace.
    """
    workspace = zen_store().get_workspace(workspace_name_or_id)
    stack_filter_model.set_scope_workspace(workspace.id)

    return verify_permissions_and_list_entities(
        filter_model=stack_filter_model,
        resource_type=ResourceType.STACK,
        list_method=zen_store().list_stacks,
        hydrate=hydrate,
    )

list_workspaces(workspace_filter_model=Depends(init_cls_and_handle_errors), hydrate=False, _=Security(oauth2_authentication))

Lists all workspaces in the organization.

Parameters:

Name	Type	Description	Default
workspace_filter_model	WorkspaceFilter	Filter model used for pagination, sorting, filtering,	Depends(init_cls_and_handle_errors)
hydrate	bool	Flag deciding whether to hydrate the output model(s) by including metadata fields in the response.	False

Returns:

Type	Description
Page[WorkspaceResponse]	A list of workspaces.

Source code in zenml/zen_server/routers/workspaces_endpoints.py

@router.get(
    WORKSPACES,
    response_model=Page[WorkspaceResponse],
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def list_workspaces(
    workspace_filter_model: WorkspaceFilter = Depends(
        make_dependable(WorkspaceFilter)
    ),
    hydrate: bool = False,
    _: AuthContext = Security(authorize),
) -> Page[WorkspaceResponse]:
    """Lists all workspaces in the organization.

    Args:
        workspace_filter_model: Filter model used for pagination, sorting,
            filtering,
        hydrate: Flag deciding whether to hydrate the output model(s)
            by including metadata fields in the response.

    Returns:
        A list of workspaces.
    """
    return verify_permissions_and_list_entities(
        filter_model=workspace_filter_model,
        resource_type=ResourceType.WORKSPACE,
        list_method=zen_store().list_workspaces,
        hydrate=hydrate,
    )

update_workspace(workspace_name_or_id, workspace_update, _=Security(oauth2_authentication))

Get a workspace for given name.

noqa: DAR401

Parameters:

Name	Type	Description	Default
workspace_name_or_id	UUID	Name or ID of the workspace to update.	required
workspace_update	WorkspaceUpdate	the workspace to use to update	required

Returns:

Type	Description
WorkspaceResponse	The updated workspace.

Source code in zenml/zen_server/routers/workspaces_endpoints.py

@router.put(
    WORKSPACES + "/{workspace_name_or_id}",
    responses={401: error_response, 404: error_response, 422: error_response},
)
@handle_exceptions
def update_workspace(
    workspace_name_or_id: UUID,
    workspace_update: WorkspaceUpdate,
    _: AuthContext = Security(authorize),
) -> WorkspaceResponse:
    """Get a workspace for given name.

    # noqa: DAR401

    Args:
        workspace_name_or_id: Name or ID of the workspace to update.
        workspace_update: the workspace to use to update

    Returns:
        The updated workspace.
    """
    return verify_permissions_and_update_entity(
        id=workspace_name_or_id,
        update_model=workspace_update,
        get_method=zen_store().get_workspace,
        update_method=zen_store().update_workspace,
    )

utils

Util functions for the ZenML Server.

feature_gate()

Return the initialized Feature Gate component.

Exceptions:

Type	Description
RuntimeError	If the RBAC component is not initialized.

Returns:

Type	Description
FeatureGateInterface	The RBAC component.

Source code in zenml/zen_server/utils.py

def feature_gate() -> FeatureGateInterface:
    """Return the initialized Feature Gate component.

    Raises:
        RuntimeError: If the RBAC component is not initialized.

    Returns:
        The RBAC component.
    """
    global _feature_gate
    if _feature_gate is None:
        raise RuntimeError("Feature gate component not initialized.")
    return _feature_gate

get_active_deployment(local=False)

Get the active local or remote server deployment.

Call this function to retrieve the local or remote server deployment that was last provisioned on this machine.

Parameters:

Name	Type	Description	Default
local	bool	Whether to return the local active deployment or the remote one.	False

Returns:

Type	Description
Optional[ServerDeployment]	The local or remote active server deployment or None, if no deployment was found.

Source code in zenml/zen_server/utils.py

def get_active_deployment(local: bool = False) -> Optional["ServerDeployment"]:
    """Get the active local or remote server deployment.

    Call this function to retrieve the local or remote server deployment that
    was last provisioned on this machine.

    Args:
        local: Whether to return the local active deployment or the remote one.

    Returns:
        The local or remote active server deployment or None, if no deployment
        was found.
    """
    from zenml.zen_server.deploy.deployer import ServerDeployer

    deployer = ServerDeployer()
    if local:
        servers = deployer.list_servers(provider_type=ServerProviderType.LOCAL)
        if not servers:
            servers = deployer.list_servers(
                provider_type=ServerProviderType.DOCKER
            )
    else:
        servers = deployer.list_servers()

    if not servers:
        return None

    for server in servers:
        if server.config.provider in [
            ServerProviderType.LOCAL,
            ServerProviderType.DOCKER,
        ]:
            if local:
                return server
        elif not local:
            return server

    return None

get_active_server_details()

Get the URL of the current ZenML Server.

When multiple servers are present, the following precedence is used to determine which server to use: - If the client is connected to a server, that server has precedence. - If no server is connected, a server that was deployed remotely has precedence over a server that was deployed locally.

Returns:

Type	Description
Tuple[str, Optional[int]]	The URL and port of the currently active server.

Exceptions:

Type	Description
RuntimeError	If no server is active.

Source code in zenml/zen_server/utils.py

def get_active_server_details() -> Tuple[str, Optional[int]]:
    """Get the URL of the current ZenML Server.

    When multiple servers are present, the following precedence is used to
    determine which server to use:
    - If the client is connected to a server, that server has precedence.
    - If no server is connected, a server that was deployed remotely has
        precedence over a server that was deployed locally.

    Returns:
        The URL and port of the currently active server.

    Raises:
        RuntimeError: If no server is active.
    """
    # Check for connected servers first
    gc = GlobalConfiguration()
    if not gc.uses_default_store():
        logger.debug("Getting URL of connected server.")
        parsed_url = urlparse(gc.store_configuration.url)
        return f"{parsed_url.scheme}://{parsed_url.hostname}", parsed_url.port
    # Else, check for deployed servers
    server = get_active_deployment(local=False)
    if server:
        logger.debug("Getting URL of remote server.")
    else:
        server = get_active_deployment(local=True)
        logger.debug("Getting URL of local server.")

    if server and server.status and server.status.url:
        if isinstance(server.config, LocalServerDeploymentConfig):
            return server.status.url, server.config.port
        return server.status.url, None

    raise RuntimeError(
        "ZenML is not connected to any server right now. Please use "
        "`zenml connect` to connect to a server or spin up a new local server "
        "via `zenml up`."
    )

get_ip_location(ip_address)

Get the location of the given IP address.

Parameters:

Name	Type	Description	Default
ip_address	str	The IP address to get the location for.	required

Returns:

Type	Description
Tuple[str, str, str]	A tuple of city, region, country.

Source code in zenml/zen_server/utils.py

def get_ip_location(ip_address: str) -> Tuple[str, str, str]:
    """Get the location of the given IP address.

    Args:
        ip_address: The IP address to get the location for.

    Returns:
        A tuple of city, region, country.
    """
    import ipinfo  # type: ignore[import-untyped]

    try:
        handler = ipinfo.getHandler()
        details = handler.getDetails(ip_address)
        return (
            details.city,
            details.region,
            details.country_name,
        )
    except Exception:
        logger.exception(f"Could not get IP location for {ip_address}.")
        return "", "", ""

handle_exceptions(func)

Decorator to handle exceptions in the API.

Parameters:

Name	Type	Description	Default
func	~F	Function to decorate.	required

Returns:

Type	Description
~F	Decorated function.

Source code in zenml/zen_server/utils.py

def handle_exceptions(func: F) -> F:
    """Decorator to handle exceptions in the API.

    Args:
        func: Function to decorate.

    Returns:
        Decorated function.
    """

    @wraps(func)
    def decorated(*args: Any, **kwargs: Any) -> Any:
        # These imports can't happen at module level as this module is also
        # used by the CLI when installed without the `server` extra
        from fastapi import HTTPException
        from fastapi.responses import JSONResponse

        from zenml.zen_server.auth import AuthContext, set_auth_context

        for arg in args:
            if isinstance(arg, AuthContext):
                set_auth_context(arg)
                break
        else:
            for _, arg in kwargs.items():
                if isinstance(arg, AuthContext):
                    set_auth_context(arg)
                    break

        try:
            return func(*args, **kwargs)
        except OAuthError as error:
            # The OAuthError is special because it needs to have a JSON response
            return JSONResponse(
                status_code=error.status_code,
                content=error.to_dict(),
            )
        except HTTPException:
            raise
        except Exception as error:
            logger.exception("API error")
            http_exception = http_exception_from_error(error)
            raise http_exception

    return cast(F, decorated)

initialize_feature_gate()

Initialize the Feature Gate component.

Source code in zenml/zen_server/utils.py

def initialize_feature_gate() -> None:
    """Initialize the Feature Gate component."""
    global _feature_gate

    if (
        feature_gate_source
        := server_config().feature_gate_implementation_source
    ):
        from zenml.utils import source_utils

        implementation_class = source_utils.load_and_validate_class(
            feature_gate_source, expected_class=FeatureGateInterface
        )
        _feature_gate = implementation_class()

initialize_plugins()

Initialize the event plugins registry.

Source code in zenml/zen_server/utils.py

def initialize_plugins() -> None:
    """Initialize the event plugins registry."""
    plugin_flavor_registry().initialize_plugins()

initialize_rbac()

Initialize the RBAC component.

Source code in zenml/zen_server/utils.py

def initialize_rbac() -> None:
    """Initialize the RBAC component."""
    global _rbac

    if rbac_source := server_config().rbac_implementation_source:
        from zenml.utils import source_utils

        implementation_class = source_utils.load_and_validate_class(
            rbac_source, expected_class=RBACInterface
        )
        _rbac = implementation_class()

initialize_secure_headers()

Initialize the secure headers component.

Source code in zenml/zen_server/utils.py

def initialize_secure_headers() -> None:
    """Initialize the secure headers component."""
    global _secure_headers

    config = server_config()

    # For each of the secure headers supported by the `secure` library, we
    # check if the corresponding configuration is set in the server
    # configuration:
    #
    # - if set to `True`, we use the default value for the header
    # - if set to a string, we use the string as the value for the header
    # - if set to `False`, we don't set the header

    server: Optional[secure.Server] = None
    if config.secure_headers_server:
        server = secure.Server()
        if isinstance(config.secure_headers_server, str):
            server.set(config.secure_headers_server)
        else:
            server.set(str(config.deployment_id))

    hsts: Optional[secure.StrictTransportSecurity] = None
    if config.secure_headers_hsts:
        hsts = secure.StrictTransportSecurity()
        if isinstance(config.secure_headers_hsts, str):
            hsts.set(config.secure_headers_hsts)

    xfo: Optional[secure.XFrameOptions] = None
    if config.secure_headers_xfo:
        xfo = secure.XFrameOptions()
        if isinstance(config.secure_headers_xfo, str):
            xfo.set(config.secure_headers_xfo)

    xxp: Optional[secure.XXSSProtection] = None
    if config.secure_headers_xxp:
        xxp = secure.XXSSProtection()
        if isinstance(config.secure_headers_xxp, str):
            xxp.set(config.secure_headers_xxp)

    csp: Optional[secure.ContentSecurityPolicy] = None
    if config.secure_headers_csp:
        csp = secure.ContentSecurityPolicy()
        if isinstance(config.secure_headers_csp, str):
            csp.set(config.secure_headers_csp)

    content: Optional[secure.XContentTypeOptions] = None
    if config.secure_headers_content:
        content = secure.XContentTypeOptions()
        if isinstance(config.secure_headers_content, str):
            content.set(config.secure_headers_content)

    referrer: Optional[secure.ReferrerPolicy] = None
    if config.secure_headers_referrer:
        referrer = secure.ReferrerPolicy()
        if isinstance(config.secure_headers_referrer, str):
            referrer.set(config.secure_headers_referrer)

    cache: Optional[secure.CacheControl] = None
    if config.secure_headers_cache:
        cache = secure.CacheControl()
        if isinstance(config.secure_headers_cache, str):
            cache.set(config.secure_headers_cache)

    permissions: Optional[secure.PermissionsPolicy] = None
    if config.secure_headers_permissions:
        permissions = secure.PermissionsPolicy()
        if isinstance(config.secure_headers_permissions, str):
            permissions.value = config.secure_headers_permissions

    _secure_headers = secure.Secure(
        server=server,
        hsts=hsts,
        xfo=xfo,
        xxp=xxp,
        csp=csp,
        content=content,
        referrer=referrer,
        cache=cache,
        permissions=permissions,
    )

initialize_workload_manager()

Initialize the workload manager component.

This does not fail if the source can't be loaded but only logs a warning.

Source code in zenml/zen_server/utils.py

def initialize_workload_manager() -> None:
    """Initialize the workload manager component.

    This does not fail if the source can't be loaded but only logs a warning.
    """
    global _workload_manager

    if source := server_config().workload_manager_implementation_source:
        from zenml.utils import source_utils

        try:
            workload_manager_class: Type[WorkloadManagerInterface] = (
                source_utils.load_and_validate_class(
                    source=source, expected_class=WorkloadManagerInterface
                )
            )
        except (ModuleNotFoundError, KeyError):
            logger.warning("Unable to load workload manager source.")
        else:
            _workload_manager = workload_manager_class()

initialize_zen_store()

Initialize the ZenML Store.

Exceptions:

Type	Description
ValueError	If the ZenML Store is using a REST back-end.

Source code in zenml/zen_server/utils.py

def initialize_zen_store() -> None:
    """Initialize the ZenML Store.

    Raises:
        ValueError: If the ZenML Store is using a REST back-end.
    """
    logger.debug("Initializing ZenML Store for FastAPI...")

    # Use an environment variable to flag the instance as a server
    os.environ[ENV_ZENML_SERVER] = "true"

    zen_store_ = GlobalConfiguration().zen_store

    if not isinstance(zen_store_, SqlZenStore):
        raise ValueError(
            "Server cannot be started with a REST store type. Make sure you "
            "configure ZenML to use a non-networked store backend "
            "when trying to start the ZenML Server."
        )

    global _zen_store
    _zen_store = zen_store_

make_dependable(cls)

This function makes a pydantic model usable for fastapi query parameters.

Additionally, it converts InternalServerErrors that would happen due to pydantic.ValidationError into 422 responses that signal an invalid request.

Check out https://github.com/tiangolo/fastapi/issues/1474 for context.

!!! usage def f(model: Model = Depends(make_dependable(Model))): ...

UPDATE: Function from above mentioned Github issue was extended to support multi-input parameters, e.g. tags: List[str]. It needs a default set to Query(), rather just plain .

Parameters:

Name	Type	Description	Default
cls	Type[pydantic.main.BaseModel]	The model class.	required

Returns:

Type	Description
Callable[..., Any]	Function to use in FastAPI Depends.

Source code in zenml/zen_server/utils.py

def make_dependable(cls: Type[BaseModel]) -> Callable[..., Any]:
    """This function makes a pydantic model usable for fastapi query parameters.

    Additionally, it converts `InternalServerError`s that would happen due to
    `pydantic.ValidationError` into 422 responses that signal an invalid
    request.

    Check out https://github.com/tiangolo/fastapi/issues/1474 for context.

    Usage:
        def f(model: Model = Depends(make_dependable(Model))):
            ...

    UPDATE: Function from above mentioned Github issue was extended to support
    multi-input parameters, e.g. tags: List[str]. It needs a default set to Query(<default>),
    rather just plain <default>.

    Args:
        cls: The model class.

    Returns:
        Function to use in FastAPI `Depends`.
    """
    from fastapi import Query

    def init_cls_and_handle_errors(*args: Any, **kwargs: Any) -> BaseModel:
        from fastapi import HTTPException

        try:
            inspect.signature(init_cls_and_handle_errors).bind(*args, **kwargs)
            return cls(*args, **kwargs)
        except ValidationError as e:
            for error in e.errors():
                error["loc"] = tuple(["query"] + list(error["loc"]))
            raise HTTPException(422, detail=e.errors())

    params = {v.name: v for v in inspect.signature(cls).parameters.values()}
    query_params = getattr(cls, "API_MULTI_INPUT_PARAMS", [])
    for qp in query_params:
        if qp in params:
            params[qp] = inspect.Parameter(
                name=params[qp].name,
                default=Query(params[qp].default),
                kind=params[qp].kind,
                annotation=params[qp].annotation,
            )

    init_cls_and_handle_errors.__signature__ = inspect.Signature(  # type: ignore[attr-defined]
        parameters=[v for v in params.values()]
    )

    return init_cls_and_handle_errors

plugin_flavor_registry()

Get the plugin flavor registry.

Returns:

Type	Description
PluginFlavorRegistry	The plugin flavor registry.

Source code in zenml/zen_server/utils.py

def plugin_flavor_registry() -> PluginFlavorRegistry:
    """Get the plugin flavor registry.

    Returns:
        The plugin flavor registry.
    """
    global _plugin_flavor_registry
    if _plugin_flavor_registry is None:
        _plugin_flavor_registry = PluginFlavorRegistry()
        _plugin_flavor_registry.initialize_plugins()
    return _plugin_flavor_registry

rbac()

Return the initialized RBAC component.

Exceptions:

Type	Description
RuntimeError	If the RBAC component is not initialized.

Returns:

Type	Description
RBACInterface	The RBAC component.

Source code in zenml/zen_server/utils.py

def rbac() -> RBACInterface:
    """Return the initialized RBAC component.

    Raises:
        RuntimeError: If the RBAC component is not initialized.

    Returns:
        The RBAC component.
    """
    global _rbac
    if _rbac is None:
        raise RuntimeError("RBAC component not initialized")
    return _rbac

secure_headers()

Return the secure headers component.

Returns:

Type	Description
Secure	The secure headers component.

Exceptions:

Type	Description
RuntimeError	If the secure headers component is not initialized.

Source code in zenml/zen_server/utils.py

def secure_headers() -> secure.Secure:
    """Return the secure headers component.

    Returns:
        The secure headers component.

    Raises:
        RuntimeError: If the secure headers component is not initialized.
    """
    global _secure_headers
    if _secure_headers is None:
        raise RuntimeError("Secure headers component not initialized")
    return _secure_headers

server_config()

Returns the ZenML Server configuration.

Returns:

Type	Description
ServerConfiguration	The ZenML Server configuration.

Source code in zenml/zen_server/utils.py

def server_config() -> ServerConfiguration:
    """Returns the ZenML Server configuration.

    Returns:
        The ZenML Server configuration.
    """
    global _server_config
    if _server_config is None:
        _server_config = ServerConfiguration.get_server_config()
    return _server_config

verify_admin_status_if_no_rbac(admin_status, action=None)

Validate the admin status for sensitive requests.

Only add this check in endpoints meant for admin use only.

Parameters:

Name	Type	Description	Default
admin_status	Optional[bool]	Whether the user is an admin or not. This is only used if explicitly specified in the call and even if passed will be ignored, if RBAC is enabled.	required
action	Optional[str]	The action that is being performed, used for output only.	None

Exceptions:

Type	Description
IllegalOperationError	If the admin status is not valid.

Source code in zenml/zen_server/utils.py

def verify_admin_status_if_no_rbac(
    admin_status: Optional[bool],
    action: Optional[str] = None,
) -> None:
    """Validate the admin status for sensitive requests.

    Only add this check in endpoints meant for admin use only.

    Args:
        admin_status: Whether the user is an admin or not. This is only used
            if explicitly specified in the call and even if passed will be
            ignored, if RBAC is enabled.
        action: The action that is being performed, used for output only.

    Raises:
        IllegalOperationError: If the admin status is not valid.
    """
    if not server_config().rbac_enabled:
        if not action:
            action = "this action"
        else:
            action = f"`{action.strip('`')}`"

        if admin_status is False:
            raise IllegalOperationError(
                message=f"Only admin users can perform {action} "
                "without RBAC enabled.",
            )
    return

workload_manager()

Return the initialized workload manager component.

Exceptions:

Type	Description
RuntimeError	If the workload manager component is not initialized.

Returns:

Type	Description
WorkloadManagerInterface	The workload manager component.

Source code in zenml/zen_server/utils.py

def workload_manager() -> WorkloadManagerInterface:
    """Return the initialized workload manager component.

    Raises:
        RuntimeError: If the workload manager component is not initialized.

    Returns:
        The workload manager component.
    """
    global _workload_manager
    if _workload_manager is None:
        raise RuntimeError("Workload manager component not initialized")
    return _workload_manager

zen_store()

Initialize the ZenML Store.

Returns:

Type	Description
SqlZenStore	The ZenML Store.

Exceptions:

Type	Description
RuntimeError	If the ZenML Store has not been initialized.

Source code in zenml/zen_server/utils.py

def zen_store() -> "SqlZenStore":
    """Initialize the ZenML Store.

    Returns:
        The ZenML Store.

    Raises:
        RuntimeError: If the ZenML Store has not been initialized.
    """
    global _zen_store
    if _zen_store is None:
        raise RuntimeError("ZenML Store not initialized")
    return _zen_store

zen_server_api

Zen Server API.

To run this file locally, execute:

```
uvicorn zenml.zen_server.zen_server_api:app --reload
```

catch_all(request, file_path) async

Dashboard endpoint.

Parameters:

Name	Type	Description	Default
request	Request	Request object.	required
file_path	str	Path to a file in the dashboard root folder.	required

Returns:

Type	Description
Any	The ZenML dashboard.

Source code in zenml/zen_server/zen_server_api.py

@app.get("/{file_path:path}", include_in_schema=False)
async def catch_all(request: Request, file_path: str) -> Any:
    """Dashboard endpoint.

    Args:
        request: Request object.
        file_path: Path to a file in the dashboard root folder.

    Returns:
        The ZenML dashboard.
    """
    # some static files need to be served directly from the root dashboard
    # directory
    if file_path and file_path in root_static_files:
        logger.debug(f"Returning static file: {file_path}")
        full_path = os.path.join(relative_path(DASHBOARD_DIRECTORY), file_path)
        return FileResponse(full_path)

    # everything else is directed to the index.html file that hosts the
    # single-page application
    return templates.TemplateResponse("index.html", {"request": request})

dashboard(request) async

Dashboard endpoint.

Parameters:

Name	Type	Description	Default
request	Request	Request object.	required

Returns:

Type	Description
Any	The ZenML dashboard.

Exceptions:

Type	Description
HTTPException	If the dashboard files are not included.

Source code in zenml/zen_server/zen_server_api.py

@app.get("/", include_in_schema=False)
async def dashboard(request: Request) -> Any:
    """Dashboard endpoint.

    Args:
        request: Request object.

    Returns:
        The ZenML dashboard.

    Raises:
        HTTPException: If the dashboard files are not included.
    """
    if not os.path.isfile(
        os.path.join(relative_path(DASHBOARD_DIRECTORY), "index.html")
    ):
        raise HTTPException(status_code=404)
    return templates.TemplateResponse("index.html", {"request": request})

get_root_static_files()

Get the list of static files in the root dashboard directory.

These files are static files that are not in the /static subdirectory that need to be served as static files under the root URL path.

Returns:

Type	Description
List[str]	List of static files in the root directory.

Source code in zenml/zen_server/zen_server_api.py

def get_root_static_files() -> List[str]:
    """Get the list of static files in the root dashboard directory.

    These files are static files that are not in the /static subdirectory
    that need to be served as static files under the root URL path.

    Returns:
        List of static files in the root directory.
    """
    root_path = relative_path(DASHBOARD_DIRECTORY)
    if not os.path.isdir(root_path):
        return []
    files = []
    for file in os.listdir(root_path):
        if file == "index.html":
            # this is served separately
            continue
        if isfile(os.path.join(root_path, file)):
            files.append(file)
    return files

health() async

Get health status of the server.

Returns:

Type	Description
str	String representing the health status of the server.

Source code in zenml/zen_server/zen_server_api.py

@app.head(HEALTH, include_in_schema=False)
@app.get(HEALTH)
async def health() -> str:
    """Get health status of the server.

    Returns:
        String representing the health status of the server.
    """
    return "OK"

infer_source_context(request, call_next) async

A middleware to track the source of an event.

It extracts the source context from the header of incoming requests and applies it to the ZenML source context on the API side. This way, the outgoing analytics request can append it as an additional field.

Parameters:

Name	Type	Description	Default
request	Request	the incoming request object.	required
call_next	Any	a function that will receive the request as a parameter and pass it to the corresponding path operation.	required

Returns:

Type	Description
Any	the response to the request.

Source code in zenml/zen_server/zen_server_api.py

@app.middleware("http")
async def infer_source_context(request: Request, call_next: Any) -> Any:
    """A middleware to track the source of an event.

    It extracts the source context from the header of incoming requests
    and applies it to the ZenML source context on the API side. This way, the
    outgoing analytics request can append it as an additional field.

    Args:
        request: the incoming request object.
        call_next: a function that will receive the request as a parameter and
            pass it to the corresponding path operation.

    Returns:
        the response to the request.
    """
    try:
        s = request.headers.get(
            source_context.name,
            default=SourceContextTypes.API.value,
        )
        source_context.set(SourceContextTypes(s))
    except Exception as e:
        logger.warning(
            f"An unexpected error occurred while getting the source "
            f"context: {e}"
        )
        source_context.set(SourceContextTypes.API)

    return await call_next(request)

initialize()

Initialize the ZenML server.

Source code in zenml/zen_server/zen_server_api.py

@app.on_event("startup")
def initialize() -> None:
    """Initialize the ZenML server."""
    # Set the maximum number of worker threads
    to_thread.current_default_thread_limiter().total_tokens = (
        server_config().thread_pool_size
    )
    # IMPORTANT: these need to be run before the fastapi app starts, to avoid
    # race conditions
    initialize_zen_store()
    initialize_rbac()
    initialize_feature_gate()
    initialize_workload_manager()
    initialize_plugins()
    initialize_secure_headers()

invalid_api(invalid_api_path) async

Invalid API endpoint.

All API endpoints that are not defined in the API routers will be redirected to this endpoint and will return a 404 error.

Parameters:

Name	Type	Description	Default
invalid_api_path	str	Invalid API path.	required

Exceptions:

Type	Description
HTTPException	404 error.

Source code in zenml/zen_server/zen_server_api.py

@app.get(
    API + "/{invalid_api_path:path}", status_code=404, include_in_schema=False
)
async def invalid_api(invalid_api_path: str) -> None:
    """Invalid API endpoint.

    All API endpoints that are not defined in the API routers will be
    redirected to this endpoint and will return a 404 error.

    Args:
        invalid_api_path: Invalid API path.

    Raises:
        HTTPException: 404 error.
    """
    logger.debug(f"Invalid API path requested: {invalid_api_path}")
    raise HTTPException(status_code=404)

relative_path(rel)

Get the absolute path of a path relative to the ZenML server module.

Parameters:

Name	Type	Description	Default
rel	str	Relative path.	required

Returns:

Type	Description
str	Absolute path.

Source code in zenml/zen_server/zen_server_api.py

def relative_path(rel: str) -> str:
    """Get the absolute path of a path relative to the ZenML server module.

    Args:
        rel: Relative path.

    Returns:
        Absolute path.
    """
    return os.path.join(os.path.dirname(__file__), rel)

set_secure_headers(request, call_next) async

Middleware to set secure headers.

Parameters:

Name	Type	Description	Default
request	Request	The incoming request.	required
call_next	Any	The next function to be called.	required

Returns:

Type	Description
Any	The response with secure headers set.

Source code in zenml/zen_server/zen_server_api.py

@app.middleware("http")
async def set_secure_headers(request: Request, call_next: Any) -> Any:
    """Middleware to set secure headers.

    Args:
        request: The incoming request.
        call_next: The next function to be called.

    Returns:
        The response with secure headers set.
    """
    # If the request is for the openAPI docs, don't set secure headers
    if request.url.path.startswith("/docs") or request.url.path.startswith(
        "/redoc"
    ):
        return await call_next(request)

    response = await call_next(request)
    secure_headers().framework.fastapi(response)
    return response

validation_exception_handler(request, exc)

Custom validation exception handler.

Parameters:

Name	Type	Description	Default
request	Any	The request.	required
exc	Exception	The exception.	required

Returns:

Type	Description
ORJSONResponse	The error response formatted using the ZenML API conventions.

Source code in zenml/zen_server/zen_server_api.py

@app.exception_handler(RequestValidationError)
def validation_exception_handler(
    request: Any, exc: Exception
) -> ORJSONResponse:
    """Custom validation exception handler.

    Args:
        request: The request.
        exc: The exception.

    Returns:
        The error response formatted using the ZenML API conventions.
    """
    return ORJSONResponse(error_detail(exc, ValueError), status_code=422)