react-relay VS TanStack Query

Link

Suppose we have this JavaScript file from Relay, a GraphQL client framework.

Relay is a JavaScript framework for building data-driven React applications.

Relay 17 Improved correctness checking and validation; Additional editor features; Experimental features exploring error handling and nullability

GraphQL Relay is one of the most powerful GraphQL clients that you can found on the web environment. It provides to you a lot of features that lets your development flow in a scalable way.

GQty (https://gqty.dev/) and Relay (https://relay.dev/) will combine fragments or queries you request in your React components and will handle combining these / getting the data each component needs with as few queries as is possible. Are there any other clients I’ve missed? It’s not immediately clear to me whether this is possible with Urql via Exchanges (https://formidable.com/open-source/urql/docs/advanced/authoring-exchanges/).

Inside Woovi, our entire codebase is managed by GraphQL using the Relay client framework. To ensure the best UX possible for our final user, we give some useful features in our payment link, like the real-time update after paying a charge. It's all handled by our GraphQL, which won't be solvable by templates in our use case.

Since you mentioned Node CRUD APIs, I'd probably suggest looking at Relay/GraphQL. Would give you exposure to some interesting and employable skills that wouldn't require you learning an entirely new domain on top of it. They are rewriting the current compiler in Rust, which since you mentioned Rust might be interesting to follow. Uneducated takes, but GraphQL is a schema IDL, so would probably be a good place to start to minimize lexical complexity while still having some cool abstract concepts to learn (interfaces, unions, etc).

@tanstack/react-query

A common convention I've seen is using T at the start of a type parameter, [1] for example. TKey, TData, TError, TSuccessCallback, etc. I always liked T at the end, but I've not seen that as often.

[1] https://github.com/TanStack/query/blob/59a6d3df3035d6effeaed...

Tables are most commonly used to render database query results — in modern times, the output of an ORM. In this post, I'll introduce a way of connecting Prisma - the most popular TypeScript ORM, to React Table, with the help of React Query and ZenStack. You'll be amazed by how little code you need to write to render a full-fledged table UI.

I was interested in how nested React and TanStack useSuspenseQuery worked together. The small app below is a visualization of various combinations of and TanStack Query.

To ensure that we get the best TanStack Query experience possible we are also encouraged to share feedback and participate in the discussion on GitHub, which you can check out here!

I trust you found this information beneficial. For further details, please refer to the conversation on this GitHub issue here

Tanstack - Tanstack has evolved to an entire ecosystem consisting of the famous Tanstack (or React) Query, Tanstack Table, now also Tanstack Router and Tanstack Form. It started with Tanstack Query, which adopted Nx and Nx Cloud. Zack talked about this collab with Dominik, and we also had Dominik on our Nx live stream. Now, all the above-mentioned Tanstack libs have adopted Nx, and there's more coming.

"I’m building SQLSync because I want to make client-side applications easier to build without us having to reinvent the wheel each time."

Kinda ironic no?

Anyway, since the article is also about React, I can't recommend enough React Query [1] if you don't want to worry about caching data to reduce calls to the database and managing/refreshing stale data. It simplified so much my job.

[1] https://tanstack.com/query

Combine state with data fetching with react-query This should be the second choice since you have to fetch data anyway Skip this option if you are using trpc or prefer not to use react-query