Comfy-PR

A comprehensive automation platform for ComfyUI Custom Node development and publishing. Comfy-PR helps Custom Node authors streamline their publishing workflow by automating repository setup, pull request creation, and ongoing maintenance.

Features

• 🔄 Automated PR Creation: Clone repos, update pyproject.toml, initialize GitHub Actions, and create PRs
• 📊 Analytics Dashboard: Web-based dashboard with statistics, CSV/YAML exports, and repository insights
• 🔗 GitHub Webhook Integration: Real-time monitoring of issues, PRs, and comments
• ⚡ Performance Optimized: Cached GitHub API client with SQLite storage (5min TTL)
• 📋 Task Management: Automated task execution with progress tracking
• 🎯 Rule-Based Follow-ups: Configurable automation rules for different PR states

Comfy-PR Project Goals

The Comfy-PR project aims to support and streamline the process for Custom Node Authors to publish their work in the Comfy Registry. Here's why this initiative is essential:

1. Simplify Node Publishing: Provide tools and assistance to make publishing Custom Nodes straightforward, allowing authors to concentrate on development rather than the complexities of the publishing process.
2. Expand Node Availability: Streamlined publishing will increase the number of Custom Nodes in the Comfy Registry, enriching the ecosystem and offering more options to users.
3. Encourage Collaboration: Scanning GitHub repositories and providing follow-up support fosters collaboration, knowledge-sharing, and a stronger sense of community among Custom Node Authors and users.
4. Ensure Quality and Compliance: Automate checks and provide guidance to maintain high-quality standards and compliance within the Comfy Registry.
5. Resolve Publishing Issues Promptly: Address Custom Node Authors' issues during the publishing process quickly, reducing frustration and improving the overall user experience.
6. Strengthen the Comfy Community: Help solve users' problems with Custom Node uploading and publishing, contributing to a more vibrant, supportive, and engaged community.
7. Promote Innovation: Lower barriers to publishing Custom Nodes to encourage innovation and creativity within the community, leading to the development of novel and exciting nodes.

Through these efforts, Comfy-PR seeks to create an environment where Custom Node Authors can thrive and users can access a diverse and high-quality array of Custom Nodes.

Architecture Overview

Core Components

1. CLI Tool (src/cli.ts): Command-line interface for processing individual repositories
2. Main Service (src/index.ts): Orchestrates batch processing of repositories
3. Web Dashboard (app/): Next.js application with analytics and management UI
4. Webhook Service (run/index.ts): Real-time GitHub event monitoring
5. Task System (app/tasks/): Automated background tasks for various operations

Key Features

CLI Operations

• ✅ Repository forking and local cloning
• ✅ Automated pyproject.toml setup via comfy node init
• ✅ GitHub Actions workflow creation and publishing
• ✅ Template-based PR creation with descriptions
• ✅ Clean workspace management

Analytics & Monitoring

• ✅ Repository status tracking (private/archived/active)
• ✅ PR status monitoring (open/merged/closed) with comments
• ✅ Statistical analysis and reporting
• ✅ CSV/YAML data exports
• ✅ Related PR cross-referencing

Automation Engine

• ✅ Rule-based follow-up actions
• ✅ Slack notifications
• ✅ Email task management
• ✅ License schema updates
• ✅ Repository bypass logic
• 🔄 Auto-cleanup of merged forks (in progress)

Web Dashboard

Access the dashboard at https://comfy-pr.vercel.app

• 📊 Repository statistics and analytics
• 📈 Interactive charts and visualizations
• 📋 Task management interface
• 📤 Data export tools (CSV/YAML)
• 🔍 PR status monitoring and filtering

Configuration

Environment Variables

Core Settings

# GitHub API token (required)
GH_TOKEN=ghp_your_github_token_here

# PR source organization (optional - defaults to your account)
FORK_OWNER="ComfyNodePRs"

# PR branch prefix (optional)
FORK_PREFIX="PR-"

# MongoDB connection (for dashboard/analytics)
MONGODB_URI=mongodb://localhost:27017

Webhook Service (Optional)

# Enable real-time webhook monitoring
USE_WEBHOOKS=true
GITHUB_WEBHOOK_SECRET=your_secure_webhook_secret
WEBHOOK_BASE_URL=https://your-domain.com
PORT=8080

GitHub Token Setup

1. Go to GitHub Personal Access Tokens
2. Create a fine-grained token with these permissions:
   • Pull requests: Read and write
   • Workflows: Read and write
   • Metadata: Read-only
   • Repository hooks: Read and write (for webhooks)

SSH Key Setup

Required for automated git operations:

ssh-keygen -t rsa -b 4096 -C "your_email@example.com"
cat ~/.ssh/id_rsa.pub
# Add the public key to https://github.com/settings/keys

Quick Start

CLI Usage

# Install and run for specific repositories
bunx comfy-pr [GITHUB_REPO_URLS...]

# Process from a file list
bunx comfy-pr --repolist repos.txt

# Use environment variable
REPO=https://github.com/owner/repo bunx comfy-pr

Examples

# Process a single repository
bunx comfy-pr https://github.com/example/my-comfy-node

# Process multiple repositories
bunx comfy-pr \
  https://github.com/user1/node-a \
  https://github.com/user2/node-b

# Use a repository list file
echo "https://github.com/example/repo1" > repos.txt
echo "https://github.com/example/repo2" >> repos.txt
bunx comfy-pr --repolist repos.txt

Installation & Setup

Prerequisites

• Bun runtime
• Python 3.x with comfy-cli installed
• Git with SSH key configured
• GitHub Personal Access Token

Local Development

# Clone the repository
git clone https://github.com/Comfy-Org/Comfy-PR
cd Comfy-PR

# Install dependencies
bun install

# Setup Python environment for comfy-cli
python3 -m venv .venv
source .venv/bin/activate  # On Windows: .venv\Scripts\activate
pip install comfy-cli

# Configure environment
cp .env.example .env
# Edit .env with your settings

# Run CLI tool
bun src/cli.ts https://github.com/example/my-comfy-node

# Run main service (batch processing)
bun src/index.ts

# Start web dashboard
bun run dev  # Available at http://localhost:3000

Production Deployment

Docker Compose (Recommended)

# Configure environment
cp .env.example .env
# Edit .env with production settings

# Deploy with Docker Compose
docker compose up -d

Manual Docker

docker run --rm -it \
  -v $HOME/.ssh:/root/.ssh:ro \
  -e GH_TOKEN=your_github_token \
  -e MONGODB_URI=mongodb://localhost:27017 \
  comfy-org/comfy-pr

Cloud Deployment

The webhook service can be deployed to:

• Vercel: vercel --prod
• Google Cloud Run: cd run && ./deploy.sh
• Railway: railway deploy
• Heroku: Standard Node.js deployment

Development

Project Structure

Comfy-PR/
├── src/                      # Core utilities and business logic
│   ├── cli.ts               # Command-line interface
│   ├── index.ts             # Main service orchestrator
│   ├── ghc.ts               # Cached GitHub API client
│   ├── db/                  # Database models and utilities
│   ├── gh/                  # GitHub API wrappers
│   └── utils/               # Shared utilities
├── app/                      # Next.js web dashboard
│   ├── (dashboard)/         # Dashboard pages and components
│   ├── api/                 # API routes and tRPC
│   └── tasks/               # Background task implementations
├── run/                      # Production services
│   ├── index.ts             # GitHub webhook service
│   └── deploy.sh            # Cloud deployment scripts
├── gh-service/              # Legacy webhook service
├── templates/               # PR and workflow templates
└── packages/                # Internal packages
    └── mongodb-pipeline-ts/ # MongoDB aggregation utilities

Development Workflow

# Install dependencies
bun install

# Start MongoDB (required for dashboard)
docker compose up mongodb -d

# Initialize database
bun src/index.ts

# Development modes:
bun run dev          # Web dashboard (http://localhost:3000)
bun run dev:tsc      # TypeScript compiler watch mode
bun run gh-service   # Webhook service

# Testing
bun test             # Run test suite
bun test --watch     # Watch mode

# Linting and building
bun run lint         # ESLint
bun run build        # Next.js build

Running Individual Components

# Process specific repositories
bun src/cli.ts https://github.com/example/repo

# Run specific tasks
bun app/tasks/coreping/coreping.ts
bun app/tasks/gh-bounty/gh-bounty.ts

# Update repository data
bun src/updateCNRepos.ts
bun src/updateAuthors.ts

Advanced Usage

Webhook Integration

For real-time GitHub event monitoring:

# Generate secure webhook secret
export GITHUB_WEBHOOK_SECRET=$(openssl rand -hex 32)

# Enable webhook mode
export USE_WEBHOOKS=true
export WEBHOOK_BASE_URL=https://your-domain.com

# Start webhook service
bun run gh-service

See WEBHOOK_SETUP.md for detailed webhook configuration.

Task System

The platform includes several automated tasks:

• CorePing (app/tasks/coreping/): Repository health monitoring
• GitHub Bounty (app/tasks/gh-bounty/): Bounty management
• Design Tasks (app/tasks/gh-design/): Design-related automation
• Contributor Analysis (app/tasks/github-contributor-analyze/): Contribution statistics
• Action Updates (app/tasks/github-action-update/): GitHub Actions maintenance

Database Inspection

# Inspect production database (read-only)
echo 'MONGODB_URI_INSPECT=mongodb://prod-readonly-uri' > .env.development.local
echo 'MONGODB_URI=$MONGODB_URI_INSPECT' >> .env.development.local

# Run inspection scripts
bun src/checkPRsFailures.ts
bun src/analyzeTotals.ts

Performance Optimization

The project uses a cached GitHub API client (src/ghc.ts) that:

• Stores responses in SQLite for 5 minutes
• Reduces API rate limiting
• Improves response times for repeated requests

import { ghc } from "./src/ghc";

// Use ghc instead of gh for automatic caching
const repo = await ghc.repos.get({ owner, repo });