Explains SeaORM 2.0 patterns including Entity Loader and nested ActiveModel.
npx skills add https://github.com/elcoosp/elcoosp-skills --skill sea-orm-2
Please help me install this Agent Skill. Skill: sea-orm-2 Source: https://github.com/elcoosp/elcoosp-skills/tree/main/sea-orm-2 Command: npx skills add https://github.com/elcoosp/elcoosp-skills --skill sea-orm-2
This Skill provides expert guidance for using SeaORM 2.0, helping developers navigate its new patterns and avoid common pitfalls inherited from SeaORM 1.0, ensuring efficient and correct database interactions in Rust applications.
#[sea_orm::model] macro and relation definitions directly on structs.COLUMN constants for compile-time safety.Use the sea-orm-2 skill to define a new user entity with a one-to-many relationship to posts.
High-intent search queries and answers about installing and using this skill.
SeaORM 2.0 introduces the `#[sea_orm::model]` macro to define entities and relations directly on structs. This new format shifts to an entity-first workflow, replacing older SeaORM 1.0 patterns and integrating with the Schema Registry.
Use the Entity Loader API in SeaORM 2.0 to efficiently fetch related data and prevent N+1 query problems. This API optimizes database interactions by batching related entity loads during async workflows.
Use the nested ActiveModel builder in SeaORM 2.0 to persist complex object graphs with ease. This pattern simplifies saving related entities together within async Rust database interactions.
Yes, SeaORM 2.0 supports strongly-typed columns via `COLUMN` constants for compile-time safety. This feature ensures type correctness in database queries and prevents runtime type errors during async operations.
SeaORM 2.0 addresses anti-patterns from SeaORM 1.0 by introducing the `#[sea_orm::model]` macro, strongly-typed `COLUMN` constants, and the Entity Loader API. Adopt these new patterns to avoid common pitfalls and ensure efficient database interactions.
The Entity Loader API in SeaORM 2.0 optimizes async database queries by efficiently fetching related data. This prevents N+1 query problems and streamlines complex data retrieval workflows in Rust applications.
ovachieverConfigure and debug serverless Postgres connections for Neon or Vercel Postgres in edge runtimes.
JochenYangIdentify performance bottlenecks and optimize application speed across backend, database, and frontend workflows.
fjrevoredoProvides Rust web service and API best practices for frameworks like axum, actix-js, warp, rocket.
imehrImplement Rust database access patterns with SQLx and Diesel.