Actions364
- Continuous Activity Actions
- Dataset Actions
- Get Last Metric Values
- Get Metadata
- Get Schema
- Get Single Metric History
- List Datasets
- List Partitions
- Compute Metrics
- Create Dataset
- Create Managed Dataset
- Delete Data
- Delete Dataset
- Execute Tables Import
- Get Column Lineage
- Get Data
- Get Data - Alternative Version
- Get Dataset Settings
- Get Full Info
- List Tables
- List Tables Schemas
- Prepare Tables Import
- Run Checks
- Set Metadata
- Set Schema
- Synchronize Hive Metastore
- Update Dataset Settings
- Update From Hive Metastore
- API Service Actions
- Bundles Automation-Side Actions
- Bundles Design-Side Actions
- Connection Actions
- Dashboard Actions
- Data Collection Actions
- Data Quality Actions
- Compute Rules on Specific Partition
- Create Data Quality Rules Configuration
- Delete Rule
- Get Data Quality Project Current Status
- Get Data Quality Project Timeline
- Get Data Quality Rules Configuration
- Get Dataset Current Status
- Get Dataset Current Status per Partition
- Get Last Outcome on Specific Partition
- Get Last Rule Results
- Get Rule History
- Update Rule Configuration
- DSS Administration Actions
- Job Actions
- Library Actions
- Dataset Statistic Actions
- Discussion Actions
- Flow Documentation Actions
- Insight Actions
- Internal Metric Actions
- LLM Mesh Actions
- Machine Learning - Lab Actions
- Delete Visual Analysis
- Deploy Trained Model to Flow
- Download Model Documentation of Trained Model
- Generate Model Documentation From Custom Template
- Start Training ML Task
- Update User Metadata for Trained Model
- Update Visual Analysis
- Adjust Forecasting Parameters and Algorithm
- Compute Partial Dependencies of Trained Model
- Compute Subpopulation Analysis of Trained Model
- Create ML Task
- Create Visual Analysis
- Create Visual Analysis and ML Task
- Generate Model Documentation From Default Template
- Generate Model Documentation From File Template
- Get ML Task Settings
- Get ML Task Status
- Get Model Snippet
- Get Partial Dependencies of Trained Model
- Get Scoring Jar of Trained Model
- Get Scoring PMML of Trained Model
- Get Subpopulation Analysis of Trained Model
- Get Trained Model Details
- Get Visual Analysis
- List ML Tasks of Project
- List ML Tasks of Visual Analyses
- List Visual Analyses
- Reguess ML Task
- Machine Learning - Saved Model Actions
- Compute Partial Dependencies of Version
- Get Version Scoring PMML
- Get Version Snippet
- Import MLflow Version From File or Path
- List Saved Models
- List Versions
- Set Version Active
- Compute Subpopulation Analysis of Version
- Create Saved Model
- Delete Version
- Download Model Documentation of Version
- Evaluate MLflow Model Version
- Generate Model Documentation From Custom Template
- Generate Model Documentation From Default Template
- Generate Model Documentation From File Template
- Get MLflow Model Version Metadata
- Get Partial Dependencies of Version
- Get Saved Model
- Get Subpopulation Analysis of Version
- Get Version Details
- Get Version Scoring Jar
- Set Version User Meta
- Update Saved Model
- Long Task Actions
- Machine Learning - Experiment Tracking Actions
- Macro Actions
- Plugin Actions
- Download Plugin
- Fetch From Git Remote
- Get File Detail From Plugin
- Get Git Remote Info
- Get Plugin Settings
- Install Plugin From Git
- Install Plugin From Store
- List Files in Plugin
- List Git Branches
- List Plugin Usages
- Move File or Folder in Plugin
- Add Folder to Plugin
- Create Development Plugin
- Create Plugin Code Env
- Delete File From Plugin
- Delete Git Remote Info
- Delete Plugin
- Download File From Plugin
- Move Plugin to Dev Environment
- Pull From Git Remote
- Push to Git Remote
- Rename File or Folder in Plugin
- Reset to Local Head State
- Reset to Remote Head State
- Set Git Remote Info
- Set Plugin Settings
- Update Plugin Code Env
- Update Plugin From Git
- Update Plugin From Store
- Update Plugin From Zip Archive
- Upload File to Plugin
- Upload Plugin
- Project Deployer Actions
- Get Deployment Settings
- Get Deployment Status
- Create Deployment
- Create Infra
- Create Project
- Delete Bundle
- Delete Deployment
- Delete Infra
- Delete Project
- Get Deployment
- Get Deployment Governance Status
- Get Infra
- Get Infra Settings
- Get Project
- Get Project Settings
- Save Deployment Settings
- Save Infra Settings
- Save Project Settings
- Update Deployment
- Upload Bundle
- SQL Query Actions
- Wiki Actions
- Managed Folder Actions
- Meaning Actions
- Model Comparison Actions
- Notebook Actions
- Project Actions
- Project Folder Actions
- Recipe Actions
- Scenario Actions
- Security Actions
- Streaming Endpoint Actions
- Webapp Actions
- Workspace Actions
Overview
This node integrates with the Dataiku DSS API to perform various operations related to machine learning saved models, specifically including computing subpopulation analyses of a saved model version. It is useful for users who want to automate interactions with Dataiku DSS projects and models within n8n workflows.
For the Machine Learning - Saved Model resource and the Compute Subpopulation Analysis of Version operation, the node triggers the computation of subpopulation analyses on a specific version of a saved machine learning model. This can help data scientists and ML engineers analyze how different subpopulations behave under the model, which is critical for fairness, bias detection, and detailed performance evaluation.
Practical Example
- You have a saved ML model in a Dataiku project and want to compute subpopulation analyses for a particular version programmatically.
- Using this node, you specify the project key, saved model ID, and version ID, then trigger the computation.
- The node calls the appropriate Dataiku DSS API endpoint to start the analysis, enabling integration into automated pipelines or monitoring systems.
Properties
| Name | Meaning |
|---|---|
| Project Key | Identifier of the Dataiku project containing the saved model. |
| Save Model ID | Identifier of the saved model on which to operate. |
| Version ID | Identifier of the specific version of the saved model for which to compute the analysis. |
| Request Body | JSON object representing the request payload sent to the API (optional, depending on operation). |
Output
The node outputs the response from the Dataiku DSS API call in the json field of the output item. For the "Compute Subpopulation Analysis of Version" operation, this typically includes information about the launched computation task or the status/result of the subpopulation analysis.
If the operation involves downloading files or binary content (not applicable here), the node would output binary data accordingly, but for this operation, the output is JSON describing the triggered analysis.
Dependencies
- Requires an active connection to a Dataiku DSS instance.
- Needs valid API credentials (an API key) for authentication with the Dataiku DSS API.
- The node expects the Dataiku DSS server URL and user API key to be configured in the credentials.
Troubleshooting
- Missing Credentials Error: If the API key or server URL is not provided, the node will throw an error indicating missing credentials.
- Required Parameter Missing: The node validates required parameters such as Project Key, Save Model ID, and Version ID. Omitting any of these will cause an error.
- API Errors: If the Dataiku DSS API returns an error (e.g., invalid IDs, permission issues), the node will throw an error with the message returned by the API.
- JSON Parsing Errors: If the API response is not valid JSON when expected, the node attempts to handle it gracefully but may output raw text instead.
To resolve errors:
- Ensure all required input properties are correctly set.
- Verify that the API key has sufficient permissions.
- Confirm that the project, saved model, and version IDs exist and are accessible.
- Check network connectivity to the Dataiku DSS server.
Links and References
- Dataiku DSS API Documentation
- Subpopulation Analysis in Dataiku DSS
- n8n Documentation: Creating Custom Nodes
Note: This summary is based solely on static code analysis of the provided source and property definitions without runtime execution or external context.