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SMSLYCLOUD/friend_maker

Otheropenclawby SMSLYCLOUD

Summary

OpenClaw plugin exposing 1 skill.

Install to Claude Code

openclaw plugin add SMSLYCLOUD/friend_maker

Run in Claude Code. Add the marketplace first with /plugin marketplace add SMSLYCLOUD/friend_maker if you haven't already.

README.md

SocialGrowthAI

A hybrid monorepo consisting of:

1. Web: A web-hosted application built with a Next.js frontend, Python (FastAPI) backend, and Rust auxiliary service. Features campaign building, analytics, robust social automation, and more. 2. Desktop: A desktop application built with Tauri (Rust) and React, designed for native execution.

Road Map

Phase 3: Web App Refinement & True Platform Integrations

  • [ ] Connect the Next.js frontend directly to the Python FastAPI backend via authenticated API calls.
  • [ ] Complete robust error handling and proxy support for the Playwright automation in app/automation/executor.py.
  • [ ] Update platform adapters (Instagram, Twitter, LinkedIn, Facebook) to use resilient scraping logic (e.g. computer vision fallbacks, fuzzy matching) rather than brittle, hardcoded HTML selectors.
  • [ ] Finalize the Rust Microservice logic for true optimization logic (currently mocked).

Phase 4: Desktop Architecture & Core MVP

  • [ ] Initialize the React frontend for the Tauri desktop application.
  • [ ] Translate core database logic and anti-detection mechanisms into the Rust Tauri backend.
  • [ ] Build a robust IPC (Inter-Process Communication) layer between the React UI and the Rust backend.
  • [ ] Package the desktop application for multi-OS deployment (macOS, Windows, Linux).

Phase 5: Production Hardening & Global AI

  • [ ] Container orchestration (Kubernetes) and load-balancing strategy for the web stack.
  • [ ] Integrate local AI models (via Ollama or similar) directly into the desktop client for fully local, privacy-first data processing.
  • [ ] Implement robust user authentication (JWT/OAuth) in the Web version.

Monorepo Structure

  • /web/: The web application project. Includes backend logic, the web interface, and related auxiliary services. Uses Docker and Docker Compose.
  • /desktop/: The desktop application project, powered by Tauri.

Deploying to a VPS

If you are deploying the Web Application to a fresh Ubuntu VPS (e.g., Ubuntu 22.04), you can use the provided automated deployment script.

1. Clone the repository to your VPS. 2. Navigate to the root directory of the repository. 3. Run the deployment script with root privileges:

sudo ./deploy.sh

The script will automatically:

  • Install Docker, Docker Compose, and Nginx.
  • Auto-detect your server's public IP address.
  • Configure environment variables to use your public IP.
  • Build and start the Docker containers.
  • Configure Nginx as a reverse proxy to route traffic from port 80 to your frontend and backend.

Once finished, it will display the URL (your IP address) where the application is accessible.

Running the Web Application Locally

The easiest way to run the web application locally is using Docker Compose. Make sure you are inside the web directory:

cd web
docker-compose up --build

This will start:

  • The Python FastAPI backend on port 8000
  • The Next.js frontend on port 3000

For development details, refer to the files in the /web directory.

To run only the frontend in a separate container:

cd web/frontend
docker-compose up --build

Frontend ↔ Backend Connection

The frontend calls the backend using NEXT_PUBLIC_API_URL.

  • Local Docker compose (/web/docker-compose.yml) sets:
  • NEXT_PUBLIC_API_URL=http://localhost:8000
  • Frontend-only compose (/web/frontend/docker-compose.yml) also expects backend on http://localhost:8000.
  • In production, set NEXT_PUBLIC_API_URL to your deployed backend URL (for example https://api.your-domain.com).
  • You can also set BACKEND_API_URL for server-side proxy routes under web/frontend/app/api/*.
  • If NEXT_PUBLIC_API_URL is empty, frontend calls same-origin /api/* routes, which proxy to BACKEND_API_URL.

Also ensure backend CORS allows your frontend origin via CORS_ALLOWED_ORIGINS.

Running the Desktop Application

The desktop application is a Tauri project. Please refer to the documentation inside the /desktop folder for instructions on installing Rust, Tauri dependencies, and node modules to build and run it.

cd desktop
# Follow standard Tauri run instructions, e.g.:
npm install
npm run tauri dev

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