concurrent-rendering-orchestration
About
This skill helps developers design and validate complex React 18 concurrent rendering workflows using `useTransition`, `Suspense`, and selective hydration. It enables modeling urgent vs. non-urgent UI updates, composing Suspense boundaries to prevent cascading stalls, and implementing hydration strategies that prioritize critical regions. Use it to preserve application responsiveness when orchestrating heavy rendering workloads.
Quick Install
Claude Code
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Documentation
Concurrent Rendering Orchestration (React 18)
Summary
Design and validate complex concurrent rendering workflows using useTransition, Suspense, and selective hydration to preserve responsiveness under heavy workloads.
Key Capabilities
- Model UI updates as urgent vs non-urgent and coordinate transitions across nested trees.
- Compose
Suspenseboundaries to avoid cascading stalls and over-suspension. - Implement selective hydration strategies that prioritize user-critical regions.
PhD-Level Challenges
- Prove liveness properties for a UI state machine under partial rendering.
- Construct a minimal cut set of
Suspenseboundaries for optimal TTI. - Derive empirical thresholds where
useTransitionimproves tail latency.
Acceptance Criteria
- Demonstrate a UI with nested
Suspenseboundaries and staged reveals. - Show consistent input responsiveness during large list updates.
- Provide a benchmark report before/after applying transitions.
GitHub Repository
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