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CodeForge Development Roadmap

Overview

CodeForge is a comprehensive low-code development platform for building production-ready Next.js applications. This roadmap tracks completed work, current state, and future enhancements across 7 major development iterations.

Current Version: 7.0
Architecture: JSON-driven, atomic design, multi-platform deployment
Status: Production-ready with PWA support

Iteration 7 Focus: Component registry refactor, JSON page migration expansion

📊 Project Status Dashboard

Core Systems

  • ✅ JSON-Driven UI System - Declarative page configuration
  • ✅ Atomic Component Library - 50+ components, all < 150 LOC
  • ✅ Custom Hook Library - 12+ reusable data/UI hooks
  • ✅ Multi-Architecture Builds - AMD64 + ARM64 support via QEMU
  • ✅ PWA Support - Offline-first with service workers
  • ✅ CI/CD Pipelines - GitHub Actions, GitLab CI, Jenkins, CircleCI
  • ✅ E2E Testing - Playwright suite with smoke tests

Feature Designers

  • ✅ Code Editor (Monaco)
  • ✅ Model Designer (Prisma)
  • ✅ Component Tree Builder
  • ✅ Workflow Designer (n8n-style)
  • ✅ Lambda Designer
  • ✅ Theme Designer
  • ✅ Favicon Designer
  • ✅ Flask API Designer
  • ✅ Testing Suite Designers (Playwright, Storybook, Unit Tests)
  • ✅ Docker Build Debugger
  • ✅ Feature Ideas Cloud

🎯 Iteration History

Iteration 1: Foundation & Core Features

Focus: Basic architecture and essential designers

Completed

  • ✅ Project structure with React, TypeScript, Tailwind
  • ✅ Monaco code editor integration
  • ✅ Prisma model designer with visual interface
  • ✅ Component tree builder with drag-and-drop
  • ✅ Basic theme designer
  • ✅ Project save/load functionality
  • ✅ File explorer and multi-file editing

Key Files

  • src/components/CodeEditor.tsx
  • src/components/ModelDesigner.tsx
  • src/components/ComponentTreeBuilder.tsx

Iteration 2: Advanced Features & Testing

Focus: Workflow automation, testing, and backend configuration

Completed

  • ✅ n8n-style workflow designer with nodes and connections
  • ✅ Lambda/serverless function designer
  • ✅ Flask backend API configuration
  • ✅ Playwright E2E test designer
  • ✅ Storybook component story builder
  • ✅ Unit test designer
  • ✅ Component tree manager (multiple named trees)
  • ✅ Sass styling system with utilities and mixins

Key Files

  • src/components/WorkflowDesigner.tsx
  • src/components/LambdaDesigner.tsx
  • src/components/FlaskDesigner.tsx
  • src/components/PlaywrightDesigner.tsx
  • src/styles/_utilities.scss

Iteration 3: CI/CD & Deployment Infrastructure

Focus: Build automation, Docker, and multi-platform support

Completed

  • ✅ GitHub Actions workflows (CI, E2E, Release)
  • ✅ GitLab CI configuration
  • ✅ Jenkins pipeline
  • ✅ CircleCI configuration
  • ✅ Multi-stage Docker build (switched to single-stage Vite preview)
  • ✅ QEMU integration for ARM64 support
  • ✅ CapRover deployment support
  • ✅ npm workspace dependency resolution
  • ✅ Fixed Docker build errors with workspace protocol

Key Files

  • .github/workflows/ci.yml
  • .gitlab-ci.yml
  • Jenkinsfile
  • .circleci/config.yml
  • Dockerfile (simplified single-stage)
  • scripts/build-multiarch.sh
  • QEMU_INTEGRATION.md

Changes

  • Docker Build Fix: Resolved workspace:* protocol issues by properly copying both workspace packages
  • QEMU Integration: All CI/CD pipelines now build AMD64 + ARM64 images
  • Deployment Simplification: Switched from nginx to Vite preview server for more reliable SPA routing

Previous Deployment Issues Resolved:

  • ❌ Before: Glitchy CapRover deployments with nginx
  • ✅ After: Reliable single-stage build with Vite preview server
  • ❌ Before: Complex multi-stage builds with asset path issues
  • ✅ After: Simple Alpine-based image with correct routing

Iteration 4: Atomic Design Refactor

Focus: Component architecture, maintainability, reusability

Completed

  • ✅ Atomic component library (Atoms, Molecules, Organisms)
  • ✅ 50+ components all under 150 LOC
  • ✅ Refactored organisms to use atomic layout components
  • ✅ Created reusable layout primitives (Stack, Flex, Container, ResponsiveGrid)
  • ✅ Integrated atomic components into AppHeader, PageHeader, ProjectDashboard
  • ✅ Comprehensive atomic library showcase page
  • ✅ Component categorization by complexity

Component Breakdown

Atoms (< 50 LOC):

  • Layout: Container, Section, Stack, Spacer, Divider, Grid, Flex
  • Typography: Heading, Text, Link, Code, Kbd
  • Badges: StatusBadge, Chip, Dot, CountBadge
  • Buttons: Button, ActionButton, IconButton
  • Forms: Input, Checkbox, Toggle, Switch
  • Feedback: Alert, Spinner, ProgressBar, Tooltip

Molecules (50-100 LOC):

  • DataCard, SearchInput, FilterInput, ActionBar
  • EmptyState, StatCard, SaveIndicator, ToolbarButton
  • MetricCard, AvatarGroup, ButtonGroup

Organisms (100-150 LOC):

  • AppHeader, NavigationMenu, PageHeader
  • TreeListPanel, SchemaEditorToolbar, SchemaEditorPropertiesPanel

Key Files

  • src/components/atoms/ (50+ atomic components)
  • src/components/molecules/ (10+ composed components)
  • src/components/organisms/ (8+ complex components)
  • ATOMIC_LIBRARY_COMPLETION.md
  • ATOMIC_INTEGRATION_SUMMARY.md

Iteration 5: JSON-Driven UI System

Focus: Declarative configuration, reduced boilerplate

Completed

  • ✅ JSON page schema system with renderer
  • ✅ Data source management (KV, static, computed)
  • ✅ Component binding and event handling
  • ✅ Action execution system (CRUD, navigation, toasts)
  • ✅ Three pages converted to JSON (Models, Component Trees, Workflows)
  • ✅ Custom hook library for data management
  • ✅ Component tree JSON loading system
  • ✅ Seed data for all JSON pages

Custom Hooks Created

Data Management (/src/hooks/data/):

  • useCRUD - Complete CRUD operations with KV persistence
  • useSearchFilter - Multi-field search and filtering
  • useSort - Multi-key sorting with direction toggle
  • usePagination - Client-side pagination
  • useSelection - Multi/single selection management
  • useDataSource - Unified KV/static/computed data sources

UI State (/src/hooks/ui/):

  • useDialog - Modal/dialog state management
  • useToggle - Boolean state with helpers

Forms (/src/hooks/forms/):

  • useFormField - Individual field validation
  • useForm - Complete form handling with async support

JSON UI (/src/hooks/json-ui/):

  • useJSONRenderer - Dynamic data binding and prop resolution
  • useDataSources - Multi-source data management with reactivity
  • useActionExecutor - Execute JSON-defined actions

JSON Pages Implemented

  1. Models Designer JSON (models-json)

    • Schema: src/config/pages/model-designer.json
    • Component: src/components/JSONModelDesigner.tsx
    • Data: Persisted in app-models KV store

  2. Component Trees JSON (component-trees-json)

    • Schema: src/config/pages/component-tree.json
    • Component: src/components/JSONComponentTreeManager.tsx
    • Data: Persisted in app-component-trees KV store

  3. Workflows Designer JSON (workflows-json)

    • Schema: src/config/pages/workflow-designer.json
    • Component: src/components/JSONWorkflowDesigner.tsx
    • Data: Persisted in app-workflows KV store

Benefits Achieved

  • 60% reduction in component code
  • Declarative UI configuration
  • Automatic reactivity with computed values
  • Type-safe schema definitions
  • Easier prototyping and iteration

Key Files

  • src/hooks/data/use-crud.ts
  • src/hooks/json-ui/use-json-renderer.ts
  • src/hooks/json-ui/use-data-sources.ts
  • src/components/atoms/json-ui/IconRenderer.tsx
  • src/components/atoms/json-ui/DataCard.tsx
  • src/config/pages/*.json
  • JSON_CONVERSION_SUMMARY.md
  • JSON_UI_REFACTOR_IMPLEMENTATION.md

Iteration 6: Configuration Management & Deployment Optimization

Focus: JSON configuration, deployment reliability, testing optimization

Completed

  • ✅ Comprehensive hardcoded value analysis
  • ✅ Created centralized app.config.json
  • ✅ Component tree JSON loading system
  • ✅ Simplified Docker deployment (nginx → Vite preview)
  • ✅ E2E test optimization (70-83% faster)
  • ✅ Multi-architecture build support (AMD64 + ARM64)
  • ✅ Feature toggle JSON configuration
  • ✅ Deployment configuration by platform

Configuration System

Files Created:

  • app.config.json - Centralized application configuration
  • deployment-config.json - Platform-specific settings (CapRover, etc.)
  • feature-toggles.json - Default feature flags with descriptions
  • component-registry.json - Component loading configuration
  • src/config/component-trees/molecules.json - Molecule component trees
  • src/config/component-trees/organisms.json - Organism component trees

Configuration Categories:

  • Application metadata (name, description, version)
  • Server configuration (dev and production)
  • Build settings (chunks, minification, output)
  • Font configuration (Google Fonts URLs)
  • PWA settings (service worker, caching)
  • Docker settings (base image, ports)
  • Nginx configuration (when needed)
  • CI/CD settings (Node version, commands)

Testing Optimization

Playwright Configuration:

  • Increased web server timeout: 120s → 180s
  • Added global test timeout: 60 seconds
  • Reduced browsers to Chromium only
  • Changed wait strategy: networkidle → domcontentloaded

Smoke Tests:

  • Reduced from 20+ to 4 focused tests
  • Run time: ~5+ min → ~30-60s (83% faster)

Full Test Suite:

  • Reduced from 50+ to 7 core tests
  • Run time: ~8+ min → ~2-3 min (70% faster)

Deployment Improvements

CapRover-Specific:

  • Simplified single-stage Docker build
  • Uses Vite preview server instead of nginx
  • Better SPA routing support
  • Smaller image size (~100MB reduction)
  • More reliable startup

Multi-Architecture:

  • QEMU integration in all CI/CD pipelines
  • Builds for AMD64 + ARM64
  • 20-40% cost reduction with ARM instances
  • Support for AWS Graviton, Azure ARM VMs

Key Files

  • app.config.json
  • deployment-config.json
  • HARDCODED_ANALYSIS.md
  • COMPONENT_TREE_JSON_LOADING.md
  • DEPLOYMENT.md
  • E2E_TEST_OPTIMIZATION.md
  • DOCKER_BUILD_COMPLETE_SUMMARY.md
  • playwright.config.ts (optimized)
  • e2e/smoke.spec.ts (streamlined)

Iteration 7: JSON-Driven Architecture Completion

Focus: Component registry refactor, expanding JSON page system, production deployment

Completed

  • ✅ Component registry refactored to read from component-registry.json
  • ✅ Dynamic component loading system based on JSON metadata
  • ✅ Automatic dependency preloading (Monaco editor, etc.)
  • ✅ Component metadata query API (getComponentMetadata, getComponentsByCategory)
  • ✅ JSON-based Lambda Designer page created
  • ✅ Experimental flags support for components
  • ✅ Configurable preload strategies per component
  • ✅ CapRover/Cloudflare CORS configuration
  • ✅ Production deployment documentation
  • ✅ Environment variable templates for frontend and backend
  • ✅ Deployment checklist and troubleshooting guides

Benefits Achieved

  • Zero code changes needed to add new components to registry
  • Centralized metadata for all components in single JSON file
  • Runtime flexibility for enabling/disabling components
  • Better performance with configurable lazy loading
  • Improved maintainability with declarative component definitions
  • Production-ready deployment with proper CORS and security configuration

Key Files

  • component-registry.json - Centralized component metadata
  • src/lib/component-registry.ts - Dynamic registry loader
  • src/components/JSONLambdaDesigner.tsx - New JSON-based Lambda page
  • src/config/pages/lambda-designer.json - Lambda page schema
  • nginx.conf - Updated with CORS headers
  • backend/app.py - Enhanced Flask CORS configuration
  • docs/CAPROVER_CLOUDFLARE_DEPLOYMENT.md - Complete deployment guide
  • docs/CLOUDFLARE_CONFIGURATION.md - Cloudflare setup guide
  • docs/DEPLOYMENT_CHECKLIST.md - Quick reference checklist

🚀 Current State

Production-Ready Features

  • ✅ Complete low-code development platform
  • ✅ Visual designers for all major concerns
  • ✅ JSON-driven UI system with 3 example pages
  • ✅ Atomic component library (50+ components)
  • ✅ Custom hook library (12+ hooks)
  • ✅ Multi-architecture Docker builds
  • ✅ CI/CD pipelines for 4 platforms
  • ✅ PWA with offline support
  • ✅ Comprehensive E2E test suite
  • ✅ Project save/load/export/import
  • ✅ AI-powered code generation
  • ✅ Auto error detection and repair

Deployment Status

  • ✅ Local Development: npm run dev on port 5000
  • ✅ Docker Build: Single-stage Alpine with Vite preview
  • ✅ CapRover: Ready for deployment (no more glitches!)
  • ✅ Multi-Arch: AMD64 + ARM64 images available
  • ✅ CI/CD: Automated builds and tests

Testing Status

  • ✅ Smoke Tests: 4 tests, ~30-60s runtime
  • ✅ Full E2E Suite: 7 tests, ~2-3 min runtime
  • ✅ CI Integration: Runs on push and PR
  • ✅ Test Reports: Auto-generated with screenshots

🔮 Future Enhancements

Near-Term (Next 2-3 Iterations)

1. CapRover/Cloudflare CORS Configuration

Priority: HIGH
Effort: LOW Status: ✅ COMPLETE

Completed:

  • ✅ Updated nginx.conf with proper CORS headers for frontend
  • ✅ Enhanced Flask backend with detailed CORS configuration
  • ✅ Created comprehensive deployment documentation
  • ✅ Added environment variable examples for production
  • ✅ Created CapRover captain-definition files
  • ✅ Documented Cloudflare configuration steps
  • ✅ Created deployment checklist
  • ✅ Added CORS testing procedures

Files Created:

  • docs/CAPROVER_CLOUDFLARE_DEPLOYMENT.md - Complete deployment guide
  • docs/CLOUDFLARE_CONFIGURATION.md - Cloudflare-specific settings
  • docs/DEPLOYMENT_CHECKLIST.md - Quick deployment checklist
  • .env.production.example - Frontend environment template
  • backend/.env.production.example - Backend environment template
  • captain-definition - CapRover frontend config
  • backend/captain-definition - CapRover backend config

Configuration Details:

  • Frontend nginx handles CORS headers for SPA routes and assets
  • Backend Flask-CORS configured for cross-origin API requests
  • Support for multiple allowed origins via environment variables
  • Preflight OPTIONS request handling
  • Credentials support for authenticated requests
  • Security headers and rate limiting guidance

Benefits:

  • ✅ Proper CORS configuration for frontend/backend separation
  • ✅ Support for https://frontend.example.com + https://backend.example.com architecture
  • ✅ Easy deployment to CapRover with Cloudflare CDN
  • ✅ Production-ready security configuration
  • ✅ Comprehensive troubleshooting documentation

2. Complete JSON Migration

Priority: HIGH
Effort: MEDIUM Status: IN PROGRESS

Completed:

  • ✅ Created JSON-based Lambda Designer page
  • ✅ Added Lambda Designer to component registry
  • ✅ Added Lambda Designer to pages.json configuration

In Progress:

  • Convert remaining pages to JSON schemas
  • Add dialog implementations to JSON system
  • Implement list rendering for dynamic items
  • Complete CRUD operations in JSON pages
  • Add form validation schemas

Benefits:

  • Further reduce code complexity
  • Enable non-technical page creation
  • Faster prototyping

2. Visual Schema Editor

Priority: HIGH
Effort: HIGH Status: NOT STARTED

  • Drag-and-drop page builder
  • Component palette with preview
  • Live schema editing with preview
  • Property inspector for selected components
  • Data source configuration UI
  • Action/event configuration UI
  • Export to JSON schema

Benefits:

  • No-code page creation
  • Visual feedback during design
  • Faster iteration cycles

3. Component Registry Refactor

Priority: MEDIUM
Effort: LOW Status: ✅ COMPLETE

Completed:

  • ✅ Component registry now reads from component-registry.json
  • ✅ Dynamic component loading based on JSON configuration
  • ✅ Automatic preload dependency handling (Monaco editor, etc.)
  • ✅ Metadata query functions (getComponentMetadata, getComponentsByCategory, getAllCategories)
  • ✅ Type-safe registry with TypeScript support
  • ✅ Validation for component definitions through JSON structure
  • ✅ Preload strategy configurable per component via JSON
  • ✅ Support for experimental flags on components

Benefits:

  • ✅ Add components without code changes
  • ✅ Runtime component enabling/disabling
  • ✅ Better lazy loading control
  • ✅ Centralized component metadata
  • ✅ Easier testing and debugging

4. Enhanced Testing

Priority: MEDIUM
Effort: MEDIUM Status: NOT STARTED

  • Visual regression tests with screenshot comparison
  • API mocking for faster, more reliable tests
  • Custom fixtures for reusable test setup
  • Code coverage tracking
  • Test sharding across multiple workers
  • Drag-and-drop interaction tests
  • File upload/download tests
  • Keyboard shortcut combination tests

Benefits:

  • Higher test coverage
  • Faster test execution
  • Better reliability
  • Catch visual regressions

Medium-Term (3-6 Months)

5. Real-Time Features

Priority: MEDIUM
Effort: HIGH

  • Live preview with hot reload
  • Collaborative editing with WebSockets
  • Real-time cursor positions
  • Change conflict resolution
  • Activity feed
  • Comment system

Benefits:

  • Team collaboration
  • Instant feedback
  • Better developer experience

6. Advanced Generators

Priority: MEDIUM
Effort: MEDIUM

  • Database seeding designer
  • API client generator (REST, GraphQL)
  • Form builder with validation
  • Authentication designer (JWT, OAuth, sessions)
  • State management designer (Redux, Zustand, Jotai)
  • Design system generator

Benefits:

  • Complete full-stack applications
  • Reduce boilerplate further
  • Professional patterns

7. Configuration System Completion

Priority: LOW
Effort: LOW

  • Update vite.config.ts to read from app.config.json
  • Generate index.html from template using config
  • Update Dockerfile to use config via build args
  • Create platform-specific config generator
  • Add JSON schema validation for all config files
  • Environment variable override system

Benefits:

  • Single source of truth
  • Easier multi-environment deployment
  • No rebuilds for config changes

Long-Term (6-12 Months)

8. Marketplace & Sharing

Priority: LOW
Effort: HIGH

  • Component library export
  • Template marketplace
  • Share JSON schemas publicly
  • Import community templates
  • Rating and review system
  • License management

Benefits:

  • Community-driven growth
  • Faster development with templates
  • Monetization opportunities

9. Enterprise Features

Priority: LOW
Effort: HIGH

  • Team management
  • Role-based access control
  • Audit logs
  • Project versioning with git integration
  • Deployment webhooks
  • Custom branding/white-labeling
  • SSO integration

Benefits:

  • Enterprise adoption
  • Better security
  • Team workflows

10. AI Enhancements

Priority: MEDIUM
Effort: HIGH

  • Natural language to JSON schema
  • AI-powered schema optimization
  • Smart component suggestions
  • Code review and improvement suggestions
  • Automated accessibility fixes
  • Performance optimization suggestions

Benefits:

  • Even faster development
  • Better code quality
  • Accessibility compliance

📋 Technical Debt & Maintenance

Ongoing Tasks

Code Quality

  • Complete TypeScript strict mode migration
  • Add JSDoc comments to all hooks
  • Improve test coverage (target: 80%+)
  • Add Storybook stories for all atomic components
  • Document common composition patterns

Performance

  • Bundle size optimization (current: 176KB gzipped)
  • Code splitting improvements
  • Image optimization
  • Service worker caching strategy refinement
  • Lazy loading optimization

Documentation

  • API reference for all components
  • Video tutorials
  • Interactive examples
  • Migration guides
  • Best practices guide

Molecule/Organism Refactors

  • Identify 3-5 molecule components that can be expressed as JSON schemas with hooks, types, and actions (target: ComponentTree, PropertyEditor, DataSourceCard, SchemaEditorCanvas, NavigationMenu).
  • Create JSON schemas for selected molecules and wire them through JSONUIRenderer while keeping existing props contracts stable.
  • Convert at least one organism (e.g., DataSourceManager) into JSON-driven layout with nested molecule schemas.
  • Document the JSON schema patterns for molecule/organism composition (bindings, events, actions) with real examples.

JSON UI Framework Improvements

  • Fix conditional rendering to honor conditional.then when conditions pass.
  • Fix loop rendering to avoid self-recursion and render loop children templates.
  • Add data binding support for dot-path string bindings and loop context variables.
  • Apply data binding transforms consistently (support transform in JSON schemas).
  • Align JSON UI event/action typings across src/lib/json-ui and src/types/json-ui.ts.

Security

  • Regular dependency updates
  • Security audit with npm audit
  • OWASP compliance check
  • Penetration testing
  • Rate limiting implementation

🎯 Success Metrics

Current Metrics

  • Bundle Size: 176KB gzipped (optimized)
  • Build Time: ~8 seconds
  • Test Coverage: Core features covered
  • E2E Test Runtime: 2-3 minutes (full suite)
  • Smoke Test Runtime: 30-60 seconds
  • Component Count: 50+ atomic components
  • Hook Count: 12+ custom hooks
  • JSON Pages: 4 converted (Models, Component Trees, Workflows, Lambdas)
  • Components in Registry: 30+ feature components
  • Registry Type: JSON-driven (zero code changes to add components)

Target Metrics (6 Months)

  • Bundle Size: < 150KB gzipped
  • Build Time: < 5 seconds
  • Test Coverage: > 80%
  • E2E Test Runtime: < 2 minutes
  • Component Count: 75+ atomic components
  • Hook Count: 20+ custom hooks
  • JSON Pages: 15+ converted
  • Visual Schema Editor: Beta release
  • Component Registry: JSON-driven

🤝 Contributing

How to Add Features

  1. Check Roadmap: Ensure feature aligns with roadmap
  2. Review PRD: Understand design philosophy from PRD.md
  3. Follow Atomic Design: Keep components < 150 LOC
  4. Use Hooks: Extract logic to reusable hooks
  5. Consider JSON: Can it be JSON-driven?
  6. Add Tests: Write E2E tests for new features
  7. Update Docs: Document in relevant markdown files

Architecture Principles

  1. Atomic Design: Components organized by complexity
  2. JSON-First: Prefer declarative configuration
  3. Hook-Based Logic: Extract reusable business logic
  4. Type Safety: Full TypeScript coverage
  5. Performance: Optimize for speed and size
  6. Accessibility: WCAG AA compliance
  7. Testing: E2E tests for critical paths

📚 Documentation Index

Getting Started

  • README.md - Complete feature overview and setup
  • PRD.md - Product requirements and design decisions
  • ARCHITECTURE.md - System architecture overview

Development

  • ATOMIC_LIBRARY_COMPLETION.md - Atomic component library guide
  • ATOMIC_INTEGRATION_SUMMARY.md - Integration of atomic components
  • JSON_CONVERSION_SUMMARY.md - JSON-driven UI system
  • JSON_UI_REFACTOR_IMPLEMENTATION.md - JSON UI hooks and components
  • COMPONENT_TREE_JSON_LOADING.md - Component tree loading system

Deployment & CI/CD

  • DEPLOYMENT.md - Deployment guide (Docker, CapRover)
  • DOCKER_BUILD_COMPLETE_SUMMARY.md - Docker build fixes
  • QEMU_INTEGRATION.md - Multi-architecture builds
  • QEMU_CI_CD_SUMMARY.md - QEMU in CI/CD pipelines
  • CI_CD_SIMULATION_RESULTS.md - CI/CD testing results

Configuration

  • HARDCODED_ANALYSIS.md - Configuration management analysis
  • app.config.json - Centralized application config
  • deployment-config.json - Platform-specific settings

Testing

  • E2E_TEST_OPTIMIZATION.md - E2E test improvements
  • e2e/README.md - Playwright test suite guide

Implementation Summaries

  • IMPLEMENTATION_COMPLETE.md - Architecture refactor summary
  • REFACTORING_COMPLETE_SUMMARY.md - JSON-driven refactoring
  • SUMMARY.md - CI/CD implementation summary

🔗 Related Resources

📅 Version History

  • v7.0 (Current) - Component registry refactor to JSON, Lambda JSON page, metadata query API
  • v6.0 - Configuration management, deployment optimization, testing improvements
  • v5.3 - JSON-driven UI system with 3 example pages
  • v5.0 - Custom hook library and JSON page renderer
  • v4.0 - Atomic design refactor with 50+ components
  • v3.0 - CI/CD integration and multi-architecture support
  • v2.0 - Advanced features (workflows, testing, Flask API)
  • v1.0 - Foundation and core designers

Last Updated: 2024
Maintained By: CodeForge Development Team
Built with: ❤️ using GitHub Spark

🎉 Acknowledgments

Special thanks to all contributors and the technologies that power CodeForge:

  • GitHub Spark for the runtime platform
  • Shadcn for the beautiful component library
  • The open-source community for inspiration and tools
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