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Hello there, fellow developers and tech enthusiasts! Welcome to our exciting journey of creating an open-source, full-stack social media platform. This document will guide us through the design and implementation of our project, which aims to provide a unique, user-friendly, and feature-rich social media experience. Let's dive in and explore the world of possibilities we're about to create!
Project Overview
Our project is an open-source, self-hosted social media platform designed to support up to 2,500 users. It will be built using a combination of PostgreSQL, MongoDB, and SQLite3 for data storage, with Express and Node.js powering the backend, and React for the frontend. The platform will support mixed content posts, including text, images, videos, and music, with advanced features like markdown support and wiki-style pages.
Key Features:
Self-hosted solution
No reliance on third-party authentication or advertisements
Support for mixed content posts
Markdown and wiki syntax support
Tagging system
Long-lived 'pages' for persistent content
Customizable feed curation
Infrastructure and Storage
Hosting Environment
Co-location data center with 10/40/100Gb fiber connectivity
Dedicated servers for application hosting and database management
Load balancers for traffic distribution
Content Delivery Network (CDN) for static assets and media files
Storage Solutions
PostgreSQL
Primary database for structured data
User profiles, relationships, and core application data
MongoDB
Storage for unstructured and semi-structured data
Flexible schema for posts and mixed content
SQLite3
Local storage for client-side caching and offline functionality
Temporary data storage for improved performance
Object Storage (e.g., MinIO)
Storage for large media files (images, videos, music)
Scalable and easily integrated with CDN
Backend Architecture
Server Stack
Node.js runtime environment
Express.js web application framework
Docker for containerization of services
SQLite3 for database management
CORS for cross-origin resource sharing
Key Components
API Server
WebSocket server for real-time features
Express.js for RESTful API endpoints
Morgan for HTTP request logging
Cookie-parser for parsing cookies
Debug for debugging
Authentication Service
Custom authentication system (no third-party providers)
JWT (JSON Web Tokens) for session management
Content Processing Service
Markdown and wiki syntax parsing
Media file processing and optimization
Search Service
Full-text search capabilities
Tagging and categorization system
Recommendation Engine
Content curation and personalized feeds
View Engine
Jade templating engine (Note: Jade is an older version, consider updating to Pug)
GitHub Actions for automated testing and deployment
Travis or CircleCI?
Environment Management
Separate configurations for development, staging, and production
Database Migration
Version-controlled database schema changes
Automated migration scripts
Testing
Jest
React Testing Library
Cypress
Logging
Security and Performance
Security Measures
HTTPS encryption for all connections
Regular security audits and penetration testing
Input validation and sanitization
Performance Optimization
Caching strategies (Redis for in-memory caching)
Database query optimization
Lazy loading of content
Scalability
Horizontal Scaling
Stateless application design for easy replication
Database sharding for improved read/write performance
Vertical Scaling
Upgrading hardware resources as needed
Caching and CDN
Implementing a robust caching strategy
Utilizing CDN for static assets and media delivery
Monitoring and Maintenance
Logging
Centralized logging system (e.g., ELK stack)
Application and server logs
Monitoring
Real-time performance monitoring (e.g., Prometheus and Grafana)
Alerting system for critical issues
Backup and Recovery
Regular automated backups
Disaster recovery plan and testing
Open Source Considerations
Licensing
MIT
Documentation
Comprehensive API documentation
Contribution guidelines
Setup and deployment instructions
Community Management
Issue tracking and feature requests
Code of conduct for contributors
Code Quality
ESLint and Prettier configurations for maintaining code style
Husky (to be added) for pre-commit hooks
Version Control
Git for source code management
Branching strategy (e.g., GitFlow)
And there you have it, folks! This design document outlines the key components and considerations for our open-source social media platform. Remember, this is just the beginning, and we'll need to flesh out many of these sections in greater detail as we move forward with implementation. Happy coding, and let's create something amazing together!
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Full Stack Social Media Website and App Design Document
Table of Contents
Introduction
Hello there, fellow developers and tech enthusiasts! Welcome to our exciting journey of creating an open-source, full-stack social media platform. This document will guide us through the design and implementation of our project, which aims to provide a unique, user-friendly, and feature-rich social media experience. Let's dive in and explore the world of possibilities we're about to create!
Project Overview
Our project is an open-source, self-hosted social media platform designed to support up to 2,500 users. It will be built using a combination of PostgreSQL, MongoDB, and SQLite3 for data storage, with Express and Node.js powering the backend, and React for the frontend. The platform will support mixed content posts, including text, images, videos, and music, with advanced features like markdown support and wiki-style pages.
Key Features:
Infrastructure and Storage
Hosting Environment
Storage Solutions
PostgreSQL
MongoDB
SQLite3
Object Storage (e.g., MinIO)
Backend Architecture
Server Stack
Key Components
API Server
Authentication Service
Content Processing Service
Search Service
Recommendation Engine
View Engine
Error Handling
Frontend Architecture
Technology Stack
Main Frontend Components
Main Application Shell
Feed Component
Post Creator
User Profile
Search and Discovery
Messaging System
Form Handling
UI Components
Date and Time Handling
Database Design
PostgreSQL Schema
MongoDB Collections
Data Relationships
API Design
RESTful Endpoints
/api/users
- User management/api/posts
- Post CRUD operations/api/comments
- Comment management/api/tags
- Tag management/api/pages
- Wiki-style page management/api/search
- Search functionalityWebSocket Endpoints
/ws/notifications
- Real-time notifications/ws/chat
- Real-time messagingUser Features
Profile Management
Content Creation
Interactions
Discovery
Messaging
Content Management
Post Types
Content Persistence
Content Linking
Feed Curation
Deployment and Production
Containerization
Orchestration
Continuous Integration/Continuous Deployment (CI/CD)
Environment Management
Database Migration
Testing
Logging
Security and Performance
Security Measures
Performance Optimization
Scalability
Horizontal Scaling
Vertical Scaling
Caching and CDN
Monitoring and Maintenance
Logging
Monitoring
Backup and Recovery
Open Source Considerations
Licensing
Documentation
Community Management
Code Quality
Version Control
And there you have it, folks! This design document outlines the key components and considerations for our open-source social media platform. Remember, this is just the beginning, and we'll need to flesh out many of these sections in greater detail as we move forward with implementation. Happy coding, and let's create something amazing together!
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