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@codegen-sh codegen-sh bot commented Dec 11, 2025

🚀 Tree-of-Thoughts Visual Orchestration System - Phase 0 Complete

📋 Overview

This PR establishes the foundation for the Tree-of-Thoughts Visual Orchestration System, a revolutionary visual workflow editor that combines intelligent multi-path exploration with context-aware AI assistance.

✅ What's Included

1️⃣ Vibe-Coding-Playbook Rules Integration

File: .cursor/rules

Establishes comprehensive coding standards for all development:

  • ✅ TypeScript best practices (no any, branded types, strict mode)
  • ✅ React conventions (functional components, hooks, composition)
  • ✅ Testing requirements (>80% coverage, React Testing Library)
  • ✅ Security guidelines (input validation, parameterized queries)
  • ✅ Performance optimization (lazy loading, code splitting)
  • ✅ Verification protocol (typecheck, lint, test before commit)

2️⃣ Comprehensive Product Requirements Document

File: frontend/docs/TREE_OF_THOUGHTS_PRD.md

Complete 14-section PRD (800+ lines) following Mercury Spec Ops template:

Business Context

  • Market Size: AI Dev Tools growing from $15.7B (2024) to $54.2B (2030)
  • Target: 5,000+ enterprise AI/ML teams globally
  • Revenue: $2M ARR contribution in Year 1
  • Competitive Advantage: ONLY platform combining visual editing + Tree-of-Thoughts reasoning

User Personas

  • Alex - Senior AI Engineer (daily workflow creation)
  • Jordan - DevOps Engineer (production monitoring)
  • Sam - Product Manager (analytics & optimization)

Core Features (8 total, P0-P2 priority)

  1. Visual Flow Editor (ReactFlow-based) - Drag-and-drop workflow creation
  2. Tree-of-Thoughts Engine - Multi-path exploration (Generate → Evaluate → Prune → Execute)
  3. Context-Aware AI Chat - System-wide awareness (runs, projects, PRs, workflows)
  4. Workflow Template System - Reusable parameterized patterns
  5. AI Profile Manager - Model configurations with analytics
  6. Workflow Validation Engine - Pre-execution validation
  7. Lifecycle Management - Scheduling, versioning, rollback
  8. Real-Time Collaboration - Multi-user editing

Technical Architecture

  • Frontend: React 18 + TypeScript 5 + ReactFlow 12 + Zustand + shadcn/ui + Tailwind
  • Backend: Node.js 20 + Express + Socket.io + BullMQ
  • Database: PostgreSQL 16 + Redis 7 + ElasticSearch 8
  • Infrastructure: AWS + Docker + Kubernetes + GitHub Actions
  • Architecture: Layered microservices with event-driven communication

Non-Functional Requirements

  • Performance: 60 FPS rendering, <500ms response times
  • Security: JWT auth, AES-256 encryption, RBAC, SOC 2 compliance
  • Scalability: 10K concurrent executions, 1M+ workflows per org
  • Reliability: 99.9% uptime SLA, zero data loss

Timeline

  • 12 weeks total across 6 phases
  • Phase 1-2: Foundation + Visual Editor (Weeks 1-4)
  • Phase 3-4: ToT Engine + AI Chat (Weeks 5-8)
  • Phase 5-6: Templates + Polish (Weeks 9-12)

Success Criteria

  • Launch: All P0 features, <3 critical bugs, >90% test coverage
  • 6-Month: 5,000+ users, 500+ weekly workflows, NPS >40, 99.9% uptime

🎯 What's Next

This PR sets the foundation. Next steps:

Phase 1: Visual Flow Editor (Weeks 3-4)

  1. Install @xyflow/react package
  2. Create VisualFlowEditor component
  3. Implement node types (Start, Sequential, Parallel, Conditional, End)
  4. Build draggable node palette
  5. Add real-time validation

Phase 2: Tree-of-Thoughts Engine (Weeks 5-6)

  1. Implement thought generation (2-10 branches)
  2. Build evaluation strategies (LLM, rules, historical)
  3. Add pruning algorithms (beam search, best-first)
  4. Integrate with existing ChainExecutor
  5. Create thought tree visualization

Phase 3: Context-Aware AI Chat (Weeks 7-8)

  1. Build Context Aggregation Service
  2. Create AIChatBubble component
  3. Implement slash commands
  4. Add Quick Actions
  5. Real-time context updates

📚 Documentation

All design decisions, architecture choices, and trade-offs are documented in:

  • frontend/docs/TREE_OF_THOUGHTS_PRD.md - Complete product spec
  • .cursor/rules - Coding standards and best practices

🔗 References

🎨 Key Design Decisions

  1. ReactFlow over D3.js: Built-in features, faster development, proven at scale
  2. Zustand over Redux: 10x simpler, better TypeScript support
  3. PostgreSQL + Redis: Relational structure + high-speed cache
  4. BullMQ: Job priorities, retries, scheduling, dashboard

✅ Validation

  • Vibe-coding-playbook rules integrated
  • PRD complete with all 14 sections
  • Technical architecture defined
  • Timeline and milestones established
  • Success criteria documented
  • Risks identified with mitigation strategies
  • All commits follow standards
  • TruffleHog scan passed (no secrets)

📊 Metrics

  • PRD: 800+ lines, 14 sections
  • Rules: 130 lines of coding standards
  • Total Documentation: ~1,000 lines
  • Estimated Implementation: 12 weeks

Ready for Phase 1 Implementation! 🚀

Once approved, will proceed with ReactFlow installation and Visual Flow Editor development.


💻 View my work • 👤 Initiated by @ZeeeepaAbout Codegen
⛔ Remove Codegen from PR🚫 Ban action checks


Summary by cubic

Delivers the first working Visual Flow Editor using ReactFlow with a drag-and-drop node palette, alongside project-wide coding rules and a complete PRD. Establishes the base UI for Tree-of-Thoughts workflows and clarifies scope for upcoming reasoning engine work.

  • New Features
    • Added ReactFlow-based VisualFlowEditor with drag-and-drop nodes, edge connections, pan/zoom, MiniMap, and a status bar.
    • Added NodePalette with 9 node types (Start, Sequential, Parallel, Conditional, Merge, ToT, Validation, Error, Documentation).
    • Added Vibe-coding-playbook rules (.cursor/rules) and the Tree-of-Thoughts PRD (frontend/docs/TREE_OF_THOUGHTS_PRD.md) detailing core features, architecture, and the 12-week roadmap.

Written for commit 742624c. Summary will update automatically on new commits.

codegen-sh bot and others added 2 commits December 11, 2025 01:50
…y standards

- Add comprehensive coding standards from vibe-coding-playbook
- Establish TypeScript best practices (no 'any', branded types)
- Define React conventions (functional components, hooks)
- Set testing requirements (>80% coverage)
- Include security guidelines and verification protocols
- These rules will guide all Tree-of-Thoughts UI development

Co-authored-by: Zeeeepa <[email protected]>
…ughts Visual Orchestration System

- Complete 14-section PRD following Mercury Spec Ops template
- Business context: Market analysis, competitive landscape, business value
- User personas: AI Engineers, DevOps Engineers, Product Managers
- 5 detailed use cases with frequency and success criteria
- 8 functional requirements (P0-P2 priority) with 10 acceptance criteria each
- Non-functional requirements: Performance, Security, Usability, Reliability, Scalability
- Technical architecture: Layered microservices, ReactFlow + React + TypeScript stack
- UI/UX requirements: Design system, key screens, responsive design
- Data models: Workflow, WorkflowExecution, Template entities
- Integration requirements: CodeGen API, webhooks
- 12-week timeline with 6 phases
- Success criteria: Launch requirements + 6-month metrics
- Risk assessment: Technical and business risks with mitigation
- Assumptions and dependencies documented
- Complete glossary and references

Total: ~800 lines, ready for implementation

Co-authored-by: Zeeeepa <[email protected]>
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…e palette

- Create complete React 18 + Vite + TypeScript application
- Add @xyflow/react (ReactFlow) for visual workflow canvas
- Implement drag-and-drop Node Palette with 9 node types
- Build VisualFlowEditor component with interactive canvas
- Configure Tailwind CSS for styling
- Add TypeScript strict mode and type definitions
- Port 3000 configured for consistency with existing dashboard
- Zero TypeScript errors, successful build

Node types included:
- Start (workflow entry point)
- Sequential (step-by-step execution)
- Parallel (simultaneous branches)
- Conditional (retry with error analysis)
- Merge (combine parallel results)
- ToT Node (Tree-of-Thoughts reasoning)
- Validation (workflow validation)
- Error Handler (error management)
- Documentation (doc generation)

Features:
- Real-time node and edge counter
- MiniMap for navigation
- Zoom/pan controls
- Background grid
- Three-panel layout (palette | canvas | properties)
- Hover effects and visual feedback

Co-authored-by: Zeeeepa <[email protected]>
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