How do you handle complex async state management in React components with multiple API calls from this Node.js backend?

[ManjiroSano-mikey]

[Shreyash0895]

You can Use React Query it is more flexible

[ManjiroSano-mikey]

yeahh....

[Shreyash0895]

what is the limit for the API calls?

[ManjiroSano-mikey]

what is the limit for the API calls?

In my case, I have multiple dependent and parallel API call how do you usually manage coordination and shared state between them?

[Shreyash0895]

Honestly Speaking i didnt practically implemented it but i think we can use the tools or u can seperate the server state and Ui state I think so You can try it once

[Shivam-8200]

For complex async state management in React with multiple API calls, using a dedicated data-fetching library like React Query (TanStack Query) or SWR can help a lot. These tools handle caching, background refetching, loading states, and error handling automatically.

You can structure your components by separating each API call into its own query hook and then combine the results at the UI level. For example, you might use multiple useQuery hooks and derive a combined loading or error state.

If the API calls depend on each other, you can use conditional queries or trigger them sequentially. For better scalability, it also helps to move API logic into custom hooks or a service layer instead of keeping everything inside components.

Additionally, using features like query invalidation, request deduplication, and retry strategies can make async flows much easier to manage compared to manual useEffect + useState handling.

For example: const { data, isLoading } = useQuery(['users'], fetchUsers);

[arpalanca]

I suggest using React Query or SWR for managing complex async state.

[Shivam-8200]

If you have both dependent and parallel API calls, you can use useQueries in React Query for parallel fetching and the enabled option for dependent queries. For shared coordination, you can combine results inside a custom hook or use a global store (like Context or Zustand) to manage derived state. This helps avoid prop drilling and keeps async flows predictable.