πŸ“… 2025-01-30 β€” Session: Integrated Supabase with n8n Workflows

πŸ•’ 02:30–05:10
🏷️ Labels: Supabase, N8N, Automation, Workflow, Debugging
πŸ“‚ Project: Dev
⭐ Priority: MEDIUM

Session Goal

The goal of this session was to integrate Supabase buckets with n8n workflows to automate data processing tasks and optimize workflow efficiency.

Key Activities

  • Developed a comprehensive approach for integrating Supabase buckets with n8n workflows, including setup, management, and automation.
  • Streamlined Supabase workflows in both local and web environments, covering account verification, storage management, and embedding integration.
  • Configured and tested n8n workflows for file management and processing, including verifying bucket contents and debugging common issues.
  • Debugged the β€˜Download’ node in n8n workflows, focusing on URL verification and authentication.
  • Managed files in Supabase storage, including operations like fetching metadata and setting up workflows for text extraction and vectorization.
  • Resolved a NOT NULL constraint issue in Supabase and integrated vector embeddings using PostgreSQL’s pgvector extension.
  • Adjusted PostgreSQL table schema for UUID usage and integrated a chat agent with Supabase vector store.
  • Troubleshot Supabase API calls for file retrieval and configured the Download Node for file access.
  • Clarified Supabase storage endpoints and resolved β€˜Bucket not found’ and 404 errors.
  • Addressed duplicate key errors and context integration issues in AI workflows.
  • Fixed the match_documents function in PostgreSQL and resolved type mismatch errors.
  • Troubleshot PostgREST function visibility and resolved related errors.

Achievements

  • Successfully integrated Supabase with n8n workflows, enhancing data processing automation.
  • Optimized Supabase workflows and resolved multiple debugging issues.
  • Improved database schema and integrated advanced features like vector embeddings.

Pending Tasks

  • Further testing of the integrated workflows to ensure robustness and reliability.
  • Continuous monitoring and optimization of workflow performance.