be-rust

Build a Rust backend API by using Axum for HTTP routing and SQLx for compile-time verified database queries. This combination ensures type-safe data persistence and asynchronous request handling for production-ready services.

The best way to handle errors in a Rust Axum service is implementing structured error management with `thiserror` and returning RFC 7807 compliant responses. This standardizes API error payloads for clients.

Implement an OpenAPI contract-first API in Rust by using Axum and Tokio to build asynchronous endpoints that strictly match your provided contract. SQLx handles the underlying data persistence with validation.

Yes, SQLx fully supports asynchronous database operations with Tokio and Axum. It provides compile-time checked queries, ensuring your SQL statements are valid before your Rust backend service even runs.

Yes, you can use this approach to add CRUD endpoints to an existing Rust web application. It focuses on implementing user management endpoints, input validation, and database interactions using idiomatic Rust patterns.

Use compile-time checked SQL queries in Rust backend development to catch database errors early. SQLx verifies queries against your database at build time, preventing runtime failures and ensuring robust data persistence.