How does this skill help with React Suspense?

It provides interactive guidance on where to place boundaries, how to group components, and how to implement skeleton fallbacks to improve perceived performance.

What is a loading unit in this context?

A loading unit is a component or group of components that should load independently from the rest of the UI to optimize the user's perception of speed.

Does it support error handling patterns?

Yes, it specifically promotes and implements the pattern where an ErrorBoundary wraps a Suspense component to handle both loading states and potential failures.

Can it help prevent layout shifts?

Yes, it provides best practices for matching skeleton UI sizes to the expected content dimensions to ensure a stable layout during data fetching.

React Suspense Designer

Name: React Suspense Designer
Author: naporin0624

bynaporin0624

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Design Tools

Optimizes React application user experience by designing robust Suspense boundaries and loading states.

About

The Suspense Boundary Design skill assists developers in planning and implementing React Suspense and ErrorBoundary patterns to manage asynchronous data loading gracefully. It guides users through an interactive design process to define loading units, select appropriate UI indicators like skeletons or spinners, and configure boundary granularity. By following established best practices, it helps prevent layout shifts and unintentional waterfalls, ensuring a resilient and professional frontend architecture.

Key Features

Interactive loading unit identification
1 GitHub stars
ErrorBoundary and Suspense nesting patterns
Skeleton UI and shimmer placement strategy
Boundary granularity configuration
Layout shift prevention guidance

Use Cases

Implementing local and global error recovery strategies
Planning loading states for complex data-heavy dashboards
Optimizing data-fetching sequences to avoid UI waterfalls

About

Key Features

Interactive loading unit identification
1 GitHub stars
ErrorBoundary and Suspense nesting patterns
Skeleton UI and shimmer placement strategy
Boundary granularity configuration
Layout shift prevention guidance

Use Cases

Implementing local and global error recovery strategies
Planning loading states for complex data-heavy dashboards
Optimizing data-fetching sequences to avoid UI waterfalls