Difficulty: Advanced
Type: Architecture
Background
Unexpected runtime exceptions currently risk terminating portions of the application or presenting users with limited recovery options. As GuildPass Mobile grows in complexity, resilient error recovery becomes increasingly important.
A centralized recovery strategy improves both reliability and debugging.
Problem
Application errors are handled inconsistently across screens and components, making failures difficult to diagnose while degrading user experience.
Expected outcome
Introduce a unified error boundary system capable of gracefully recovering from unexpected runtime failures while collecting meaningful diagnostic information.
Suggested implementation
- Audit existing runtime error handling.
- Implement application-level React Error Boundaries.
- Add reusable fallback UI components.
- Categorize recoverable versus unrecoverable failures.
- Integrate structured error logging.
- Provide users with retry and recovery actions where appropriate.
Acceptance criteria
Likely affected files/directories
src/components/, src/providers/, src/navigation/, src/features/, src/utils/
Difficulty: Advanced
Type: Architecture
Background
Unexpected runtime exceptions currently risk terminating portions of the application or presenting users with limited recovery options. As GuildPass Mobile grows in complexity, resilient error recovery becomes increasingly important.
A centralized recovery strategy improves both reliability and debugging.
Problem
Application errors are handled inconsistently across screens and components, making failures difficult to diagnose while degrading user experience.
Expected outcome
Introduce a unified error boundary system capable of gracefully recovering from unexpected runtime failures while collecting meaningful diagnostic information.
Suggested implementation
Acceptance criteria
Likely affected files/directories
src/components/,src/providers/,src/navigation/,src/features/,src/utils/