1. Set Up the Drupal Environment
- Install Drupal using the official
drupal:latest
Docker image or a standard hosting environment. - Use the default modules which are enabled when installing Drupal.
- Use composer to add the community contributed module named,
irs
.
2. Prepare the Required Data Files
Create and make two files available and ensure they’re accessible via Drupal:
- Substitution Graph File (e.g., JSON or CSV): Defines ingredient relationships.
- Metadata File: Includes nutritional info, pricing, allergen tags, and usage feedback.
You can store these in public://
, AWS S3, or another cloud bucket, and read them in the module.
3. Enable Modular ML Prediction Engines
Build a pluggable service system for prediction:
- Allow each engine to implement a prediction interface (e.g.,
IngredientSubstitutionPredictorInterface
). - Drop in different ML models as plugins to:
- Generate ingredient substitutions
- Update prices
- Integrate user feedback (e.g., decrease weight for faulty items like "aluminum foil")
This makes the system extensible and model-agnostic.
4. Incorporate Feedback
- Store feedback to the database using the contributed module Webform.
5. Test and Deploy
- Test the full data pipeline (from file ingestion to prediction display).
- Schedule jobs (e.g., via cron) to periodically ingest updated files or retrain models.