Question 1

How to set up a Rust remote schema for Hasura authentication?

Accepted Answer

Follow the README steps: configure Hasura with a user table, generate the GraphQL schema using graphqurl, set environment variables for JWT and admin secrets, and run the server with cargo run. It's a hands-on process requiring familiarity with both tools.

Question 2

Is rust-hasura better than using Node.js for Hasura integrations?

Accepted Answer

Rust offers superior performance and type safety, ideal for high-security systems, while Node.js has a larger ecosystem for faster prototyping. Choose Rust for robustness and Node.js for ease of use with existing JavaScript libraries.

Question 3

Does this project support OAuth or social logins?

Accepted Answer

No, it only implements basic JWT-based authentication with username/password; you would need to extend the code to add OAuth providers or other social login methods.

Question 4

Can I deploy rust-hasura with Docker?

Accepted Answer

The README doesn't include Docker guidance, but you can containerize it using a standard Rust Dockerfile, ensuring environment variables are properly passed for Hasura endpoint and secrets in production.

Question 5

How to handle errors in GraphQL mutations with this setup?

Accepted Answer

Error handling is part of the Rust implementation; you need to customize the code to return appropriate GraphQL error responses, leveraging Rust's Result types for type-safe error management.

Question 6

What if my Hasura schema uses a different table name than 'user'?

Accepted Answer

You must modify the Rust server code to match your schema, as the project assumes a fixed table structure, which can be a barrier for out-of-the-box adoption in varied environments.

rust-hasura

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