react-flow-architect
Build Interactive Graph Applications with ReactFlow
Creating complex node-based graph visualizations requires managing hierarchical data, performance optimization, and state synchronization. This skill provides proven patterns for building production-ready ReactFlow applications with efficient rendering and advanced navigation.
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Tester
Utilisation de "react-flow-architect". Create a basic ReactFlow graph with three connected nodes representing a simple workflow
RĂ©sultat attendu:
A complete ReactFlow component with properly typed nodes (id, position, data.label) and edges (id, source, target). The graph displays three workflow steps connected sequentially with interactive selection capability.
Utilisation de "react-flow-architect". Add expand/collapse functionality to a hierarchical node tree
RĂ©sultat attendu:
Implementation of the buildVisibleNodes function with recursive child discovery, expandedIds Set management, and incremental rendering. Parent nodes display child count indicators and toggle buttons for expansion control.
Audit de sécurité
SûrStatic analysis flagged 110 potential issues but all are false positives. The skill contains documentation and TypeScript code examples for ReactFlow graph visualization. No executable code, external commands, cryptographic operations, or system access patterns exist. The 31 external_commands findings reference code snippets in documentation, not actual shell execution. The 79 cryptographic algorithm findings have no basis - no crypto code exists in this visualization skill.
Score de qualité
Ce que vous pouvez construire
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Essayez ces prompts
Create a basic ReactFlow graph component with 5 nodes and connecting edges. Include proper TypeScript types for Node and Edge interfaces with position data and labels.
Build a hierarchical tree structure where nodes can be expanded to show children. Implement the TreeNode interface with level, hasChildren, isExpanded, and category properties. Include the buildVisibleNodes function for incremental rendering.
Implement the useIncrementalGraph hook with useMemo-based change detection. Compare expanded list changes versus other dependencies to enable incremental updates. Include caching for visible nodes and edges.
Create the applyLayout function using Dagre for automatic node positioning. Configure rankdir, nodesep, and ranksep options. Implement debounced layout calculation with caching to prevent redundant computations during rapid changes.
Bonnes pratiques
- Use React.memo for custom node components with custom comparison functions to prevent unnecessary re-renders when only selected state changes
- Implement debounced layout calculations with 150ms delay to avoid expensive Dagre computations during rapid user interactions
- Cache layout results using Map with generated cache keys to restore previous layouts without recalculation when returning to known graph states
Éviter
- Calling layout functions directly in render without memoization causes expensive recalculations on every state change
- Using array.find for node lookups in hot paths instead of Map-based O(1) access creates performance bottlenecks with large graphs
- Storing expanded state as array instead of Set causes O(n) lookup times when checking visibility during recursive tree traversal