jbeasley/openclaw-workspace-2026

Files

T

JC Beasley cb5e26b561 Update memory service with working NocoDB configuration

- Set correct table ID: mx149yctebfwvys (ai_data_Memory)
- Updated type column with SingleSelect options
- Added all required columns for corrections, preferences, episodes, decisions, validation
- Fixed column options for type, severity, status fields

2026-07-04 17:02:40 -07:00

2.6 KiB

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Task: Implement Database Persistence

Description

Implement PostgreSQL database persistence for the IT Site Survey AI application. Currently, all survey data is stored in memory and lost when the application restarts.

Requirements

Design a database schema for surveys and responses
Add PostgreSQL integration to the Flask application
Migrate existing in-memory storage to database storage
Ensure all existing API endpoints continue to work
Add database connection configuration
Update documentation with database setup instructions

Technical Details

Application location: /home/jcbeasley/.openclaw/workspace/Projects/site-survey-ai/
Main application file: app.py
Current in-memory storage: surveys_db and survey_responses_db dictionaries
Database: PostgreSQL (install if needed)
Connection should be configurable via environment variables

Database Schema

surveys

id (UUID, PK)
name (VARCHAR)
description (TEXT)
client_name (VARCHAR)
site_name (VARCHAR)
created_at (TIMESTAMP)
status (VARCHAR)

survey_questions

id (UUID, PK)
survey_id (UUID, FK)
question_id (VARCHAR)
category (VARCHAR)
question_text (TEXT)
question_type (VARCHAR)
options (JSON)

survey_responses

id (UUID, PK)
survey_id (UUID, FK)
submitted_by (VARCHAR)
submitted_at (TIMESTAMP)

response_answers

id (UUID, PK)
response_id (UUID, FK)
question_id (VARCHAR)
answer_value (TEXT or JSON)

Implementation Considerations

Backward Compatibility

All existing API endpoints must continue working
No breaking changes to data structure
Maintain same JSON response formats

Migration Strategy

Seamless transition from memory to database
No data loss during migration
Fallback to memory if database unavailable

Configuration

Database connection via environment variables
Default to memory storage if no DB configured
Clear setup instructions for PostgreSQL

Error Handling

Graceful degradation if database unavailable
Clear error messages for connectivity issues
Logging for debugging database issues

Dependencies to Add

psycopg2-binary - PostgreSQL driver
sqlalchemy - ORM (optional but recommended)
Database connection pooling

Acceptance Criteria

Survey data persists across application restarts
All existing API endpoints continue to function identically
Database schema documented
Setup instructions added to README
No data loss during migration
Error handling for database connectivity issues
Fallback to memory storage if database unavailable

Priority

High - Critical for production deployment

Estimated Effort

16 hours

2.6 KiB Raw Blame History