MangaDock

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เว็บไซต์อ่านมังงะพร้อมระบบแปลมังงะด้วย AI ai-pipeline, bun, detection, grafana, inpainting, mangadock, multi-layer-architecture, multi-layer-cache, nestjs, nextjs, ocr, payment-gateway, redis, rendering, sdlc-enforced, sse, supabase, textline-merge, translation, xendit-payment-gateway https://hayateotsu.space/ <!-- lang:en --> # MangaDock MangaDock is split into 3 main parts: 1. Frontend: Next.js web app 2. Backend: NestJS API and orchestration layer 3. MIT: Manga Image Translator microservice for image translation The repository also includes `Mobile/`, a React Native WebView shell for the existing web app. It keeps the web UI as the main experience while handling Google/Facebook OAuth through the native auth session, which avoids WebView popup/login limitations. The root of this repository contains a `docker-compose.yml` for running the Redis instance used by the backend. ## Services and Default Ports | Service | Path | Default URL | |---|---|---| | Frontend | `Frontend/` | `http://localhost:4000` | | Backend | `Backend/` | `http://localhost:4001` | | MIT | `MIT/` | `http://localhost:5003` | | Mobile | `Mobile/` | Expo/Android development build | | Redis | root `docker-compose.yml` | `localhost:6379` | ## Prerequisites - Node.js and bun for Frontend and Backend - Python environment for MIT - Docker Desktop or Docker Engine if you want to run Redis or MIT via Docker - Supabase project (URL + Service Role Key) for the backend ## Recommended Startup Order 1. Start Redis 2. Start MIT 3. Start Backend 4. Start Frontend ## Quick Start ### 1. Start Redis From the root of the repository: ```bash docker compose up -d ``` The compose file at root is for Redis only. ### 2. Setup and Start MIT Go to the `MIT/` folder. The easiest way to run on Windows locally: ```bat run-s

โดย Slow-Inc · ดูโพสต์ต้นทาง