Python client for Run:ai REST API
Project description
runapy
Run:ai platform streamlines AI workload orchestration.
Enabling organizations to efficiently manage and scale their machine learning tasks while optimizing resource utilization.
runapy is a Python client SDK that empowers researchers and admins to interact programmatically with Run:ai thourgh the Run:ai REST API.
Core Capabilities:
- A single class interface to perform all API actions
- Automatic API token refresh
- Built-in retry mechanism for handling transient network errors
- Body schema validation on compilation (with Pydantic)
- Static type checks
- Debug messages flag
Table of Contents
Requirements
- Run:ai control-plane version >= 2.18: The SDK requires Run:ai control-plane version 2.18 or higher for compatibility with its API features
- Python version >= 3.11: Compatibility with libraries and language features
- Run:ai Client Application: A client application is needed to generate the
client_id
andclient_secret
credentials required for API access. How to create a client application
[!NOTE] Ensure the created application has the required role and scope permissions for the necessary API actions.
Some API calls may fail with a 403 error if the token lacks sufficient permissions.
Refer to the Run:ai roles for more details on roles and permitted actions.
Installation
runapy is available in PyPi and can be downloaded directly as a python package
pip3 install runapy
We recommend using a Python virtual environment to avoid package conflicts.
python3 -m venv myenv
source myenv/bin/activate
pip3 install runapy
Client
RunaiClient
is the only class required to interact with the Run:ai REST API
from runai.client import RunaiClient
client = RunaiClient(
client_id="API",
client_secret="clientsecret",
runai_base_url="https://myorg.run.ai",
cluster_id="513423qx-127t-4yk6-979g-5po843g37e2b",
retries=3,
)
Parameter | Type | Description |
---|---|---|
client_id |
string |
Required: The Run:ai application client ID, usually representing the application name |
client_secret |
string |
Required: The client secret associated with the Run:ai application, acting as a password |
runai_base_url |
string |
Required: The base URL for the Run:ai instance your organization uses. Example: https://myorg.run.ai |
bearer_token |
string |
Optional: The API bearer token. Used for CLIv2 compatibility |
retries |
int |
Optional: Number of retries to attempt on each failed API call for 5xx errors. Default is 1 |
cluster_id |
string |
Optional: The ID of the cluster. Default is None |
debug |
bool |
Optional: Debug mode output. Default is False |
[!NOTE] The
cluster_id
must be present to use endpoints that havecluster_id
required in payload according to Run:ai REST API.
Therefore, it is recommended to always set acluster_id
, either in theRunaiClient
init or withclient.config_cluster_id
If you don't have the cluster_id
, it can be obtained with:
# multi-cluster tenants
clusters = client.clusters.all() <- Returns a list
clusters_list = {}
for cluster in clusters:
clusters_list[cluster["name"]] = cluster["uuid"]
# clusters_list -> {'prod-cluster': '028642ff-fb2f-46e8-95fe-a60401e6b2da', 'test-cluster': '461619fd-127a-4cc6-979c-5cd843a37a2d'}
cluster_id = clusters_list["prod-cluster"]
# Single cluster tenants
cluster_id = client.clusters.all()[0]["uuid"]
Then, configure the client with the cluster id:
client.config_cluster_id(cluster_id)
Note on Controllers
The RunaiClient
exposes object controllers, which provide a convenient way to interact with specific resources on the Run:ai
platform.
For example, to access projects:
from runai.client import RunaiClient
client = RunaiClient(
client_id="API",
client_secret="clientsecret",
runai_base_url="https://myorg.run.ai",
cluster_id="513423qx-127t-4yk6-979g-5po843g37e2b",
retries=3,
)
client.projects.all()
client.projects.all()
returns a list of all projects in a given cluster according to the client's cluster id.
Currently supported controllers:
client.projects
client.node_pools
client.departments
client.access_rules
client.roles
client.users
client.workloads
client.workspace
client.training
client.inference
client.distributed
client.assets.pvc
client.assets.s3
client.assets.git
client.assets.nfs
client.assets.credentials.access_key
client.assets.credentials.password
client.assets.credentials.docker_registry_secret
Each controller exposes the function options()
so you can see which methods are currently available for a given controller.
For example:
client.roles.options()
->
['all', 'get', 'get_roles_name_to_id_map']
Controller methods are documented.
Hover on the method parentheses to see the required and optional fields to pass to the function.
Examples
Check the examples section here for common API interactions, such as:
- Create, list, and patch projects/department resources in a cluster
- Create Nvidia nim llama inference workload
- Create, Delete, Stop, and Resume training and interactive workloads
- Creating and modifying access rules and user roles
- Managing PVC, S3, NFS, Git Run:ai assets
- And more
Feel free to copy and run them as is, modify them as needed, or use them as a reference.
CLIv2 token
The package supports making API calls with the same user entity defined in the authentication.json file, generated by CLIv2 runai login
.
Before executing the code below, ensure CLIv2 is installed, runai login
has been executed, and a successful login has been completed.
[!NOTE] The CLI token has an expiration time of 24 hours
Make sure to generate a new token by re-login withrunai login
if 24 have passed since the last login
To authenticate with the CLIv2 user configuration:
from runai.client import RunaiClient
from runai.cliv2_config_loader import CLIv2Config
config = CLIv2Config(cliv2_config_path="/path/to/.runai")
config.load()
token = config.token
runai_base_url = config.control_plane_url
cluster_id = config.cluster_uuid
client = RunaiClient(
cluster_id=cluster_id,
bearer_token=token,
runai_base_url=runai_base_url
)
The example is also documented here with added instructions.
Warranty
This package is an open-source project maintained by the Run:ai Professional Services team.
While the package is not an official product of Run:ai, it is actively maintained with a commitment to continued development.
In the future, the project is planned to become community-driven, inviting contributions and collaboration from users and the broader open-source community.
If you experience any issues or have feature requests, please submit them via the repository’s issue tracker.
Your feedback is highly appreciated and will help guide the project's future direction.
License
This project is licensed under the MIT License. See the LICENSE file for details.
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