Environments

This article explains what environments are and how to create and use them.

Environments are one type of workload asset. An environment consists of a configuration that simplifies how workloads are submitted and can be used by AI practitioners when they submit their workloads.

An environment asset is a preconfigured building block that encapsulates aspects for the workload such as:

• Container image and container configuration
• Tools and connections
• The type of workload it serves

Environments table¶

The Environments table can be found under Environments in the Run:ai platform.

The Environment table provides a list of all the environment defined in the platform and allows you to manage them.

The Environments table consists of the following columns:

Customizing the table view¶

• Filter - Click ADD FILTER, select the column to filter by, and enter the filter values
• Search - Click SEARCH and type the value to search by
• Sort - Click each column header to sort by
• Column selection - Click COLUMNS and select the columns to display in the table
• Download table - Click MORE and then Click Download as CSV

Adding a new environment¶

Environment creation is limited to specific roles

To add a new environment:

1. Go to the Environments table
2. Click +NEW ENVIRONMENT
3. Select under which cluster to create the environment
4. Select a scope
5. Enter a name for the environment. The name must be unique.
6. Optional: Provide a description of the essence of the environment
7. Enter the Image URL
   If a token or secret is required to pull the image, it is possible to create it via credentials of type docker registry. These credentials are automatically used once the image is pulled (which happens when the workload is submitted)
8. Set the image pull policy - the condition for when to pull the image from the registry
9. Set the workload architecture:
   • Standard
     Only standard workloads can use the environment. A standard workload consists of a single process.
   • Distributed
     Only distributed workloads can use the environment. A distributed workload consists of multiple processes working together. These processes can run on different nodes.
   • Select a framework from the list.
10. Set the workload type:
    • Workspace
    • Training
    • Inference
    • When inference is selected, define the endpoint of the model by providing both the protocol and the container’s serving port
11. Optional: Set the connection for your tool(s). The tools must be configured in the image. When submitting a workload using the environment, it is possible to connect to these tools
    • Select the tool from the list (the available tools varies from IDE, experiment tracking, and more, including a custom tool for your choice)
    • Select the connection type
      • External URL
        • Auto generate
          A unique URL is automatically created for each workload using the environment
        • Custom URL
          The URL is set manually
      • Node port
        • Auto generate
          A unique port is automatically exposed for each workload using the environment
        • Custom URL
          Set the port manually
      • Set the container port
12. Optional: Set a command and arguments for the container running the pod
    • When no command is added, the default command of the image is used (the image entrypoint)
    • The command can be modified while submitting a workload using the environment
    • The argument(s) can be modified while submitting a workload using the environment
13. Optional: Set the environment variable(s)
    • The environment variable(s) are added to the default environment variables that are already set within the image
    • The environment variables can be modified and new variables can be added while submitting a workload using the environment
14. Optional: Set the container’s working directory to define where the container’s process starts running. When left empty, the default directory is used.
15. Optional: Set where the UID, GID and supplementary groups are taken from, this can be:
    • From the image
    • From the IdP token (only available in an SSO installations)
    • Custom (manually set) - decide whether the submitter can modify these value upon submission.
16. Optional: Select Linux capabilities - Grant certain privileges to a container without granting all the privileges of the root user.
17. Click CREATE ENVIRONMENT

Editing an environment¶

To edit an environment:

1. Select the environment from the table
2. Click Rename to edit its name and description

Copying & Editing an environment¶

To copy & edit an environment:

1. Select the project you want to duplicate
2. Click COPY & EDIT.
3. Update the environment and click SAVE.

Deleting an environment¶

To delete an environment:

1. Select the environment you want to delete
2. Click DELETE
3. On the dialog, click DELETE to confirm the deletion

Using API¶

Go to the Environment API reference to view the available actions