RewardApp / structure /Readme.txt
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# Directory architecture for AI-generated content with IPFS and wallet-based auth
Below is an organized structure your current architecture with decentralized content storage (IPFS/Filecoin) and serverless authentication via user wallets. It keeps your static app clean, separates blockchain and storage concerns, and preserves data contracts.
---
## Proposed directory structure
```text
RewardApp/
├── index.html
├── login.html
├── register.html
├── README.md
├── config.json # مسیرهای IPFS/گیت‌وی، شبکه بلاکچین، آدرس کانترکت‌ها، گزینه‌های امنیت
├── error_log.txt # گزارش خطاهای کلاینت و ثبت رخدادها
├── css/
│ ├── style.css
│ ├── auth.css
│ └── responsive.css
├── js/
│ ├── app.js
│ ├── auth/
│ │ ├── authentication.js # اتصال ولت، مدیریت امضا/چالش، بازیابی آدرس کاربر
│ │ ├── authorization.js # قواعد سطح دسترسی بر اساس آدرس/نقش‌های روی‌زنجیره
│ │ └── user_management.js # هندل وضعیت کاربر در کلاینت (بدون سرور مرکزی)
│ ├── middleware/
│ │ ├── auth_middleware.js # محافظت از مسیرها با نیاز به اتصال ولت
│ │ └── validation_middleware.js# اعتبارسنجی ورودی‌ها و قراردادها
│ ├── logic/
│ │ ├── logic.js
│ │ ├── reward.js
│ │ ├── utils.js # ابزارهای بارگذاری/کش/خطاپذیری
│ │ ├── blockchain_integration.js # فراخوانی قراردادها، خواندن/نوشتن روی زنجیره
│ │ ├── ipfs_integration.js # پین/آپلود/دانلود محتوا از IPFS (از طریق گیت‌وی یا پین‌سرویس)
│ │ └── ai_integration.js # فراخوانی مولدهای AI و آماده‌سازی خروجی برای IPFS
│ ├── ui/
│ │ ├── quiz_ui.js
│ │ ├── lesson_ui.js
│ │ ├── exercise_ui.js
│ │ └── content_creator_ui.js # تولید محتوای جدید، ارسال به IPFS، ثبت متادیتا روی زنجیره
│ └── components/
│ ├── header.js
│ ├── modal.js
│ └── navigation.js
├── blockchain/
│ ├── contracts/ # RewardRegistry, RewardToken, ContentRegistry (متادیتا/هش/URI)
│ ├── migrations/ # اسکریپت‌های دیپلوی و ارتقا
│ ├── tests/ # تست واحد/ادغام کانترکت‌ها
│ ├── config/ # شبکه‌ها، آدرس‌ها، ABIها
│ └── wallet_integration.js # اتصال کیف‌پول‌ها (Polkadot.js/MetaMask) و light client
├── storage/
│ ├── ipfs/
│ │ ├── pinning_client.js # کلاینت سرویس پین (Pinata/Web3.Storage/Infura)
│ │ ├── gateway_client.js # خواندن از گیت‌وی‌ها، fallback و کش
│ │ └── cid_index.json # ایندکس محلی CIDها برای محتواهای اخیر/منتشرشده
│ └── cache/
│ └── content_cache.db # کش کلاینت (IndexedDB یا فایل مجازی) برای کاهش فراخوانی شبکه
├── ai/
│ ├── generators/
│ │ ├── lesson_generator.js
│ │ ├── quiz_generator.js
│ │ ├── exercise_generator.js
│ │ └── image_generator.js
│ ├── api/
│ │ ├── ai_config.json
│ │ └── ai_client.js
│ └── validation/
│ └── schema_validator.js # اعتبارسنجی خروجی AI قبل از IPFS و ثبت روی زنجیره
├── data/
│ ├── manifests/ # فایل‌های سبک متادیتا برای ارجاع (URI/CID/hashes)
│ │ ├── lessons_manifest.json # لیست درس‌ها با CID، نسخه، سازنده
│ │ ├── quizzes_manifest.json # لیست کوییزها با CID
│ │ └── exercises_manifest.json # لیست تمرین‌ها با CID
│ ├── samples/ # نمونه‌های آف‌لاین/توسعه (اختیاری، برای دیو)
│ │ ├── lessons/day1.json
│ │ ├── quizzes/day1.json
│ │ └── exercises/day1.json
│ └── generated/ # خروجی خام AI پیش از انتشار (local-only, dev)
├── schemas/
│ ├── lesson_schema.json
│ ├── quiz_schema.json
│ ├── exercise_schema.json
│ └── transaction_schema.json # قرارداد داده برای تراکنش‌ها/پاداش‌ها
├── assets/
│ ├── images/
│ │ ├── web_dev.png
│ │ ├── logo.png
│ │ └── icons/
│ └── fonts/
│ └── iran-sans/
```
---
## Data and auth flow in practice
- **AI generation:**
- **Trigger:** content_creator_ui.js calls ai_integration.js.
- **Validation:** schema_validator.js ensures outputs match lesson/quiz/exercise schemas.
- **IPFS publish:** ipfs_integration.js uploads JSON/image to pinning_client.js, receives a CID.
- **Manifest update:** Manifests in data/manifests/* are updated with CID, version, and metadata.
- **On-chain anchor (optional but recommended):** blockchain_integration.js writes the CID hash/URI to ContentRegistry for immutability and provenance.
- **Content retrieval:**
- **Discover:** UI reads manifests or queries ContentRegistry for latest CID.
- **Fetch:** gateway_client.js resolves CID via configured IPFS gateways, with **content_cache.db** as client-side cache.
- **Render:** lesson_ui.js, quiz_ui.js, exercise_ui.js render validated content.
- **Serverless auth with wallets:**
- **Connect wallet:** authentication.js uses wallet_integration.js to connect (e.g., Polkadot.js or MetaMask).
- **Identity:** user is identified by public address; actions are signed via private key.
- **Authorization rules:** authorization.js checks roles/ownership via on-chain state (e.g., isCreator, hasReward).
- **Protected actions:** auth_middleware.js gates actions like “publish to IPFS” or “claim reward” behind wallet connection.
---
## File changes and responsibilities
- **config.json**
- **IPFS:** gateway URLs, pinning service API keys, timeout/fallback strategy.
- **Blockchain:** network names, RPC endpoints, contract addresses, chain IDs.
- **Security:** allowed content types, maximum sizes, versioning policy.
- **js/logic/ipfs_integration.js**
- **Upload:** stream-safe JSON and image uploads, receive CIDs, handle retries.
- **Download:** gateway resolution, integrity checks via hashes, caching.
- **blockchain/contracts/**
- **ContentRegistry:** map content IDs to CID/URI, version, owner, timestamps.
- **RewardToken/RewardRegistry:** mint/distribute rewards based on learning events.
- **data/manifests/**
- **Purpose:** lightweight pointers to decentralized content for fast indexing and UI listing.
- **Versioning:** track latest CID per content item and previous history.
- **auth and UI**
- **authentication.js:** wallet connect, signature challenges for session-like UX.
- **content_creator_ui.js:** one-click flow: generate -> validate -> publish -> anchor -> update manifest.
---
## Critical review of the new structure
- **Strengths**
- **Clear separation of concerns:** AI, storage (IPFS), blockchain, and UI each have dedicated modules.
- **Decentralization-first design:** heavy content off-chain with an on-chain anchor ensures integrity without prohibitive costs.
- **Auditable publishing pipeline:** validation before IPFS, optional on-chain anchoring, and manifests for fast lookup.
- **Serverless auth:** wallet-based identity removes central auth servers and aligns with Web3 norms.
- **Risks and trade-offs**
- **Gateway dependencies:** relying on public IPFS gateways can introduce latency or availability issues. Mitigate with multi-gateway fallback and local cache.
- **Content moderation and updates:** immutability complicates corrections. Address via versioned CIDs, deprecation flags in manifests, and role-based publishing.
- **User experience friction:** wallet connection can deter non-crypto-native users. Offer a guest mode with read-only access and progressive onboarding.
- **Security considerations:** exposing pinning API keys in client-side apps is risky. Prefer serverless functions with scoped tokens or restricted capabilities, or use wallet-based delegated publishing where possible.
- **Complexity creep:** adding blockchain + IPFS increases operational complexity. Keep interfaces minimal, document data contracts, and maintain integration tests.
- **Practical recommendations**
- **Manifests as first-class:** treat data/manifests/* as your canonical index; the chain is the anchor, IPFS is storage.
- **Role-based publishing:** only wallet addresses with a “Publisher” role can anchor new content; others can propose drafts.
- **Light client strategy:** avoid turning users into full nodes; rely on trusted RPCs with verification where feasible.
- **Monitoring:** add simple telemetry to error_log.txt and optional anonymous metrics to detect gateway failures and UX pain points.