This title slide is titled "SIPASTI Performance Analyses." The subtitle highlights optimizations for N+1 operations, API pagination, and heavy Vue.js UI components.

SIPASTI Performance Analyses

Optimizations for N+1 Operations, API Pagination & Heavy Vue.js UI Components

Source: Summarizing optimizations for N+1 operations, API pagination, and heavy Vue.js UI components to enhance system efficiency.

This agenda slide outlines the presentation structure with five key sections. They include Executive Summary, Key Findings, Solutions & Code Examples, Performance Gains & Roadmap, and Testing, Monitoring & Conclusion.

Presentation Agenda

1. Executive Summary
2. Key Findings
3. Solutions & Code Examples
4. Performance Gains & Roadmap
5. Testing, Monitoring & Conclusion

The slide identifies key issues including N+1 bottlenecks in Laravel controllers, unpaginated API endpoints, and heavy Vue components. It outlines required fixes such as bulk operations with caching and transactions, standard pagination, and virtual scrolling with lazy loading.

Key Findings Across Analyses

| • N+1 bottlenecks in Laravel controllers

• API endpoints without pagination
• Heavy Vue components | • Bulk operations, caching, transactions
• Standard pagination implementation
• Virtual scrolling, lazy loading |

The "Recommended Solutions" slide presents a feature grid of six performance optimizations: Bulk Operations, Query Caching, Database Transactions, Laravel Pagination, Virtual Scrolling, and Lazy Loading. Each includes an icon and a concise description highlighting benefits like query reduction, caching, consistency, efficient rendering, and on-demand loading.

Recommended Solutions

{ "features": [ { "icon": "🔧", "heading": "Bulk Operations", "description": "Replace N+1 loops with bulk ops for massive query reduction." }, { "icon": "💾", "heading": "Query Caching", "description": "Cache results to eliminate repeated database hits instantly." }, { "icon": "🛡️", "heading": "Database Transactions", "description": "Ensure data consistency with before/after transaction wrappers." }, { "icon": "📄", "heading": "Laravel Pagination", "description": "Apply paginate() patterns plus testing checklist for APIs." }, { "icon": "🎨", "heading": "Virtual Scrolling", "description": "Render large lists efficiently in heavy Vue components." }, { "icon": "🚀", "heading": "Lazy Loading", "description": "Load UI components, memoize, and split code on-demand." } ] }

The roadmap prioritizes N+1 fixes in Weeks 1-2 (Laravel bulk ops, caching, transactions), API pagination in Weeks 3-4, and UI optimizations (virtual scrolling, lazy loading) in Week 5+. Ongoing testing with unit/integration tests and New Relic monitoring targets a 50-70% performance boost at completion.

Roadmap, Testing & Conclusion

Week 1-2: Implement N+1 Fixes (High Priority) Bulk operations, caching, transactions in Laravel controllers for perf gains. Week 3-4: API Pagination Implementation (Medium) Add standard pagination to endpoints with best practices and tests. Week 5+: UI Component Optimizations (Low Priority) Virtual scrolling, lazy loading, memoization for heavy Vue.js components. Ongoing: Testing and Monitoring Setup Unit/integration tests plus New Relic for ongoing performance monitoring. Completion: Key Takeaway Performance Boost Achieve 50-70% overall system performance improvement.

Source: SIPASTI System Optimization