ios-tRPC-wirer

To replace stubbed API calls with real tRPC calls in an iOS app, you need to identify placeholder data patterns and substitute them with actual tRPC client calls. This process ensures your application fetches real data and executes backend actions using correct router and procedure naming conventions.

The correct tRPC client calling convention for iOS backend communication requires structuring calls with specific router, procedure, and input parameters. Adhering to this canonical format ensures your Swift application properly encodes data and successfully reaches the designated backend tRPC endpoints.

To handle APIError when wiring iOS to a tRPC backend, you must correctly catch the APIError thrown by the tRPC client. Proper APIError handling ensures your Swift application can gracefully manage failed backend communication and display appropriate feedback during procedures like dispute creation.

Yes, you can use tRPC for Swift backend communication to manage squad tasks and biometric proofs. The wiring process specifically addresses these known stubs by replacing placeholder calls with real tRPC endpoints, enabling actual data fetching and task execution.

Your iOS app returns empty arrays instead of tRPC backend data because the API calls are currently stubbed with fake data. Replacing these placeholder stubs with actual tRPC calls to your backend service resolves the issue and fetches real information.

Connecting iOS to backend tRPC services requires a tRPC client to manage the API integration and backend communication. The setup focuses on replacing stubbed calls by enforcing correct input encoding and APIError handling without requiring additional external dependencies.