db-schema

Generate SQLModel classes and database migrations by describing your entities and their relationships; the Skill outputs Python models with UUID primary keys, timestamp fields, soft delete, enum types, and cascade deletes for FastAPI applications.

Yes, you can automate database schema creation for FastAPI by providing entity descriptions to generate SQLModel table classes, relationship definitions, and Neon DB migration scripts with proper typing and snake_case naming conventions.

The best way to handle SQLModel relationships and cascade deletes is to define them in your entity descriptions, which generates properly typed Python classes with relationship mappings, UUID primary keys, and cascade delete constraints automatically.

Yes, database schema generation supports soft delete, enum types, UUID primary keys, and timestamp fields when creating SQLModel classes, ensuring comprehensive schema definitions for your Python application's database structure.

Create Neon DB migration scripts by describing your desired entities and relationships; the Skill generates SQL migration files alongside SQLModel Python classes, automating database schema evolution with snake_case naming and proper typing.

Yes, you can optionally generate seed data for testing purposes when creating SQLModel database schemas, providing initial data alongside your generated Python models and SQL migration scripts for development environments.