Execute Parallel React POCs

POC Directory: $ARGUMENTS

Usage: /prp-poc-execute-parallel [poc_directory_pattern] Example: /prp-poc-execute-parallel "PRPs/poc-dashboard-*"

Mission: Parallel POC Implementation Success

Transform multiple React POC PRPs into working demonstrations simultaneously through coordinated parallel execution using specialized UI/UX and User Journey agents.

Critical Understanding: Each POC requires specialized execution:

• UI-focused implementation leveraging @ui-ux-agent expertise
• User journey validation using @user-journey-agent insights
• Parallel development without interference between POCs
• Coordinated validation ensuring all POCs demonstrate successfully

Parallel Execution Strategy

Agent Orchestration Pattern

For N POCs discovered, create N execution pairs:

• N UI-UX Implementation Agents: Each building the specific UI approach
• N User Journey Validation Agents: Each ensuring journey flows work correctly

Execution Agent Assignment:

POC 1: @ui-ux-agent (Build minimal/clean interface) + @user-journey-agent (Validate power user flows)
POC 2: @ui-ux-agent (Build polished/professional interface) + @user-journey-agent (Validate casual user flows)
POC 3: @ui-ux-agent (Build experimental/modern interface) + @user-journey-agent (Validate admin user flows)
POC 4: @ui-ux-agent (Build dashboard/data-heavy interface) + @user-journey-agent (Validate mobile-first flows)
POC 5: @ui-ux-agent (Build component-library interface) + @user-journey-agent (Validate accessibility flows)

Pre-Execution Setup

Step 1: Environment Preparation

1. Create Fresh React Project

   npx create-react-app react-poc-demos --template typescript
   cd react-poc-demos
   npm install react-router-dom @faker-js/faker msw
   npm install -D @types/react-router-dom
   

2. Discover POC PRPs

   • Scan for POC PRP files matching the pattern
   • Extract POC specifications and requirements
   • Plan directory structure and routing

3. Setup Project Structure

   src/
   ├── components/
   │   └── shared/        # Shared components across POCs
   ├── data/
   │   └── mocks/         # Shared mock data
   ├── poc-{name}-{variant}/
   │   ├── components/    # POC-specific components
   │   ├── pages/         # POC-specific pages
   │   ├── hooks/         # POC-specific hooks
   │   └── styles/        # POC-specific styles
   └── App.tsx           # Main navigation hub
   

Parallel Implementation Process

Step 2: Simultaneous POC Development

Execute all implementation pairs in PARALLEL using Task tool:

# For each discovered POC, spawn specialized agent pair
Task 1 - @ui-ux-agent Implementation for POC 1:
"Read and implement PRP: 'PRPs/working-memory/{feature-name}/poc-{name}-{variant1}.md'
Focus on: Building the UI components and styling specified in the PRP.
Requirements:
- Follow the UI approach defined in the PRP context
- Implement all components with TypeScript interfaces
- Apply the styling approach (minimal/clean as specified)
- Create responsive layouts following the PRP requirements
- Use mock data integration as specified
Directory: src/poc-{name}-{variant1}/
Return: Complete UI implementation with all components functional"

Task 2 - @user-journey-agent Validation for POC 1:
"Read and validate PRP implementation: 'PRPs/working-memory/{feature-name}/poc-{name}-{variant1}.md'
Focus on: Ensuring user journey flows work as specified in the PRP.
Requirements:
- Test all user interactions defined in the PRP
- Validate navigation flows and state management
- Ensure mock data scenarios cover user journey requirements
- Test user flow completion from start to finish
- Document any journey friction points discovered
Directory: src/poc-{name}-{variant1}/
Return: Journey validation report and any flow improvements needed"

Task 3 - @ui-ux-agent Implementation for POC 2:
"Read and implement PRP: 'PRPs/working-memory/{feature-name}/poc-{name}-{variant2}.md'
Focus on: Building the UI components and styling specified in the PRP.
Requirements:
- Follow the UI approach defined in the PRP context (polished/professional)
- Implement all components with premium aesthetics
- Create brand-aligned styling and professional presentation
- Build stakeholder-ready demonstration interface
- Integrate realistic mock data for presentations
Directory: src/poc-{name}-{variant2}/
Return: Complete UI implementation with professional polish"

Task 4 - @user-journey-agent Validation for POC 2:
"Read and validate PRP implementation: 'PRPs/working-memory/{feature-name}/poc-{name}-{variant2}.md'
Focus on: Ensuring casual user journey flows work intuitively.
Requirements:
- Test simplified navigation and guided experiences
- Validate progressive disclosure and help systems
- Ensure beginner-friendly interaction patterns work
- Test complete user onboarding and guidance flows
- Document usability for non-expert users
Directory: src/poc-{name}-{variant2}/
Return: Casual user validation report and usability assessment"

# Continue pattern for all discovered POCs...

Step 3: Main Navigation Implementation

After all POCs are built, create navigation hub:

// App.tsx - Main navigation between POCs
import React from 'react'
import { BrowserRouter as Router, Routes, Route } from 'react-router-dom'
import POCNavigationHub from './components/POCNavigationHub'

// Import all POC entry points (generated dynamically based on discovered POCs)
const pocRoutes = [
  { path: '/poc-1', component: lazy(() => import('./poc-{name}-{variant1}/pages/Demo')), title: 'Minimal Power User' },
  { path: '/poc-2', component: lazy(() => import('./poc-{name}-{variant2}/pages/Demo')), title: 'Polished Casual User' },
  // ... additional routes for all POCs
]

function App() {
  return (
    <Router>
      <Routes>
        <Route path="/" element={<POCNavigationHub pocs={pocRoutes} />} />
        {pocRoutes.map(({ path, component: Component }) => (
          <Route key={path} path={path} element={<Suspense><Component /></Suspense>} />
        ))}
      </Routes>
    </Router>
  )
}

Step 4: Coordinated Validation

Execute validation for all POCs simultaneously:

1. Technical Validation (All POCs)

   npm run lint          # All POCs pass linting
   npm run type-check    # All TypeScript errors resolved
   npm run build         # Production build succeeds
   npm run test          # All POC smoke tests pass
   

2. Functional Validation (Per POC)

   • Each POC loads without errors
   • Core user journeys navigable in each POC
   • Mock data displays correctly in all variations
   • Navigation between POCs works seamlessly

3. User Journey Validation (Agent-Specific)

   • Power user flows efficient and feature-complete
   • Casual user flows intuitive and guided
   • Admin flows comprehensive and control-focused
   • Mobile flows touch-optimized and responsive
   • Accessibility flows screen reader compatible

Coordination & Conflict Resolution

Step 5: Integration Management

1. Shared Resource Coordination

   • Merge shared mock data without conflicts
   • Resolve common component naming conflicts
   • Integrate shared utilities and hooks
   • Coordinate routing and navigation structure

2. Style Isolation

   • Ensure POC-specific styles don't interfere
   • Use CSS modules or styled-components for isolation
   • Coordinate shared design system tokens
   • Resolve competing global styles

3. Dependency Management

   • Consolidate common dependencies
   • Resolve version conflicts between POC requirements
   • Optimize bundle size across all POCs
   • Manage shared vs POC-specific packages

Final Validation & Demo Preparation

Step 6: Comprehensive Testing

Multi-POC Validation Checklist:

Technical Completeness:

• All POCs Build Successfully: No TypeScript or build errors across any POC
• Shared Infrastructure Works: Navigation, routing, shared components functional
• Isolated Functionality: Each POC operates independently without interference
• Performance Acceptable: All POCs load and perform adequately for demos

Feature Completeness:

• All User Journeys Complete: Each POC's primary user flow works end-to-end
• Specialized Approaches Visible: Unique value propositions clear in each POC
• Mock Data Realistic: All POCs display meaningful, realistic data scenarios
• Cross-POC Navigation: Users can move between different POC approaches easily

Business Validation:

• Concept Differentiation Clear: Each POC explores different aspects of the problem
• Stakeholder Demo Ready: All POCs ready for comparative evaluation
• Findings Documentation: Each POC's insights and limitations documented
• Next Steps Identified: Production recommendations available for each approach

Step 7: Demo Script Preparation

Create demonstration script for stakeholder presentations:

# POC Demonstration Script

## Introduction (2 minutes)
- Problem statement overview
- POC approach explanation
- Navigation between different solutions

## POC 1: Minimal Power User (3 minutes)
- Target audience: Expert users needing efficiency
- Key features demonstration
- Performance and workflow benefits

## POC 2: Polished Casual User (3 minutes)
- Target audience: General users needing guidance
- Guided experience demonstration
- Ease of use and accessibility benefits

## POC 3: Experimental Admin (3 minutes)
- Target audience: System administrators
- Advanced controls demonstration
- Management and oversight capabilities

## POC 4: Dashboard Mobile-First (3 minutes)
- Target audience: Mobile-centric users
- Data visualization demonstration
- Touch interaction and responsive benefits

## POC 5: Component-Library Accessible (3 minutes)
- Target audience: Inclusive design requirements
- Accessibility features demonstration
- Design system and consistency benefits

## Comparison & Recommendations (5 minutes)
- Side-by-side feature comparison
- User feedback integration
- Production implementation recommendations

Success Metrics

Implementation Success

• All POCs Functional: Every discovered PRP implemented successfully
• Agent Specialization Effective: UI-UX and User Journey agents delivered specialized results
• Parallel Development Efficient: No conflicts or interference between concurrent implementations
• Validation Complete: All POCs pass technical and functional validation

Business Value Delivery

• Comprehensive Concept Coverage: Problem explored from multiple angles successfully
• Clear Differentiation: Each POC's unique value proposition demonstrated
• Stakeholder Ready: All POCs ready for evaluation and feedback gathering
• Decision Support: Sufficient information available for production approach selection

Error Handling & Recovery

Common Issues & Solutions

Build Conflicts:

• Isolate POC-specific dependencies
• Use namespace prefixes for shared utilities
• Implement CSS-in-JS for style isolation

Agent Coordination Issues:

• Re-assign failed implementations to backup agents
• Merge partial implementations when agents complete successfully
• Prioritize critical POCs if time constraints emerge

Performance Issues:

• Lazy load POC components to improve initial page load
• Optimize shared mock data generation
• Implement code splitting at POC boundaries

Anti-Patterns

Execution Anti-Patterns

• ❌ Don't execute POCs sequentially: Use parallel agent execution always
• ❌ Don't ignore agent specialization: UI-UX and User Journey agents have distinct roles
• ❌ Don't rush validation: Each POC needs proper testing and verification
• ❌ Don't skip integration testing: Cross-POC navigation and shared resources need validation

Coordination Anti-Patterns

• ❌ Don't allow POC interference: Maintain isolation between implementations
• ❌ Don't duplicate shared logic: Coordinate common utilities and mock data
• ❌ Don't ignore conflicts: Resolve dependency and styling conflicts early
• ❌ Don't skip demo preparation: Stakeholder presentation needs coordination

DO Focus On

• ✅ Specialized agent utilization: Leverage UI-UX and User Journey expertise fully
• ✅ Parallel execution efficiency: Maximum development speed through coordination
• ✅ Cross-POC consistency: Shared infrastructure and navigation experience
• ✅ Business value delivery: Each POC provides unique insights for decision making

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Remember: The goal is successful parallel implementation of multiple POC approaches that collectively provide comprehensive concept validation for stakeholder decision-making.