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chore: archive fix-homepage-pagination proposal and update blog-system spec
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AGENTS.md

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<!-- OPENSPEC:START -->
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# OpenSpec Instructions
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These instructions are for AI assistants working in this project.
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Always open `@/openspec/AGENTS.md` when the request:
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- Mentions planning or proposals (words like proposal, spec, change, plan)
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- Introduces new capabilities, breaking changes, architecture shifts, or big performance/security work
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- Sounds ambiguous and you need the authoritative spec before coding
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Use `@/openspec/AGENTS.md` to learn:
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- How to create and apply change proposals
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- Spec format and conventions
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- Project structure and guidelines
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Keep this managed block so 'openspec update' can refresh the instructions.
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<!-- OPENSPEC:END -->
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# Hugo Blog AI Assistant Instructions
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## 🏗️ Project Overview
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This is a Hugo-based static blog system using PaperMod theme, deployed on GitHub Pages. The system features multilingual support (Chinese/English), AI-powered content tools, and automated workflows.
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### Core Architecture
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- **Hugo Version**: 0.152.2 (extended)
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- **Theme**: PaperMod (standard multi-page architecture)
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- **Languages**: Chinese (default), English
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- **Deployment**: GitHub Pages via GitHub Actions
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- **Content Structure**: Multi-language content under `content/zh/` and `content/en/`
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## 📁 Key Directory Structure
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```
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hobbytp.github.io/
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├── config/_default/ # Hugo configuration files
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├── content/ # Multilingual content
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│ ├── zh/ # Chinese content
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│ └── en/ # English content
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├── static/ # Static assets (images, CSS, JS)
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├── layouts/ # Hugo template overrides
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├── assets/ # SCSS/CSS processing
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├── tools/ # Python tools for content management
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│ ├── content-analysis/ # AI-powered content analysis
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│ ├── image-optimization/ # Image optimization tools
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│ ├── performance-monitor/ # Performance analysis
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│ └── pdf-exporter/ # PDF export functionality
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├── scripts/ # Automation scripts
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├── .github/workflows/ # CI/CD workflows
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└── public/ # Generated site (gitignored)
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```
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## 🛠️ Hugo Configuration
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### Main Configuration (`config/_default/hugo.toml`)
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- **BaseURL**: `https://hobbytp.github.io/`
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- **Title**: "Peng Tan's AI Blog"
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- **Theme**: PaperMod
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- **Default Language**: Chinese (`zh`)
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- **Build Settings**: Production-ready with optimizations enabled
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### Key Features
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- **Multilingual Support**: Separate content trees per language
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- **Image Optimization**: WebP support, quality settings
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- **Performance Caching**: Resource caching strategies
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- **SEO**: Robots.txt enabled, Git info disabled
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## 🚀 Development Workflow
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### Local Development
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```bash
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# Start development server
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make dev
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# or
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docker-compose up hugo
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```
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The development server runs on `http://localhost:1313` with:
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- Live reload enabled
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- Draft content visible
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- Fast rendering disabled for better debugging
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### Building for Production
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```bash
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# Production build
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make build
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# or
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make full-build # Includes optimization and analysis
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make full-build-ai # AI-enhanced build process
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```
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## 🧪 Testing & Validation
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### Architecture Validation
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```bash
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# Run complete architecture validation
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make validate-architecture
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```
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The validation script checks:
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- Template architecture compliance (PaperMod standard)
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- CSS file size limits (≤1000 lines)
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- No problematic CSS selectors
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- Hugo build success
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- SPA mode disabled status
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### Content Quality Analysis
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```bash
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# Basic content analysis
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make analyze-content
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# AI-enhanced content analysis
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make analyze-content-ai
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# Analyze specific file
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make analyze-content FILE=./content/zh/some-article.md
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```
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### Performance Analysis
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```bash
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# Performance monitoring
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make analyze-performance
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make performance-report
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```
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## 📦 Deployment
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### GitHub Actions CI/CD
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- **Trigger**: Push to `main` or `gh-pages` branches
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- **Process**: Build → Deploy to GitHub Pages
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- **Environment**: Production Hugo build with minification
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- **Dependencies**: Node.js for PostCSS processing
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### Deployment Workflow (`.github/workflows/hugo.yml`)
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1. Checkout repository with submodules
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2. Setup Hugo v0.152.2 extended
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3. Install Node.js dependencies (PostCSS, Autoprefixer)
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4. Build site with `hugo --minify --configDir=config`
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5. Deploy to GitHub Pages
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## 🎨 Customization Guidelines
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### CSS Architecture
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- **Main File**: `assets/css/custom.css` (~745 lines)
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- **Pipeline**: Hugo CSS bundling with minification and fingerprinting
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- **Limits**: Keep under 1000 lines for performance
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- **Approach**: Override PaperMod CSS variables, avoid CDN dependencies
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### Template Customization
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- **Location**: `layouts/` directory
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- **Standard**: Follow Hugo template hierarchy
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- **Compliance**: Must be PaperMod compatible
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- **Forbidden**: No SPA templates or complex JavaScript routing
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## 🤖 AI-Powered Tools
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### Content Analysis (`tools/content-analysis/`)
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- **Basic**: Word count, reading time, structure analysis
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- **AI-Enhanced**: Content quality scoring, SEO recommendations
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- **Dashboard**: JSON data generation for frontend analytics
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### Image Management
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```bash
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# Optimize existing images
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make optimize-images
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# Generate AI cover images
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make generate-ai-covers
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# Generate covers for specific directory
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make generate-covers-for-directory DIRECTORY=papers
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```
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### PDF Export
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```bash
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# Export all articles to PDF
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make export-pdf
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# Export specific article
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make export-pdf FILE=./content/zh/article.md
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```
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## ⚙️ Makefile Commands
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### Development
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- `make dev` - Start development server
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- `make fresh` - Clean and restart
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- `make stop` - Stop services
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### Build & Deploy
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- `make build` - Production build
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- `make full-build` - Complete build process
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- `make clean` - Clean build artifacts
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### Analysis & Optimization
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- `make analyze-content` - Content quality analysis
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- `make analyze-performance` - Performance monitoring
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- `make optimize-images` - Image optimization
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### AI Tools
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- `make analyze-content-ai` - AI-enhanced analysis
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- `make generate-ai-covers` - AI cover generation
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- `make generate-json-data-ai` - AI analytics data
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## 🚨 Architecture Constraints
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### ✅ Allowed
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- Standard Hugo template hierarchy
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- PaperMod theme customization
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- CSS custom properties for theming
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- Hugo's built-in features and optimizations
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- Progressive enhancement JavaScript
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### ❌ Forbidden
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- SPA mode activation (templates preserved but disabled)
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- External CSS frameworks via CDN
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- Complex JavaScript routing systems
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- Modifying core PaperMod templates unnecessarily
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- CSS `:contains()` selectors
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- `assets/css/custom.css` > 1000 lines
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## 🔧 Environment Setup
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### Required Tools
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- **Hugo**: v0.152.2+ extended
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- **Docker**: For containerized development
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- **Python**: For AI tools (conda `news_collector` environment)
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- **Node.js**: For PostCSS processing
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### Environment Variables
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Key variables in `.env` file:
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- `VOLCENGINE_ACCESS_KEY`, `VOLCENGINE_SECRET_KEY` - Default AI image generation
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- `MODELSCOPE_API_KEY` - Alternative AI service
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- `OPENAI_API_KEY` - OpenAI integration
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- `TEXT2IMAGE_PROVIDER` - AI service selection
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## 📋 Best Practices
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### Before Committing
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1. Run `make validate-architecture`
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2. Test with `make build`
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3. Check CSS file size limits
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4. Verify template compliance
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### Content Creation
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1. Use proper front matter with language tags
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2. Place content in correct language directory
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3. Test with `make analyze-content`
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4. Generate covers with AI tools when needed
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### Performance Optimization
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1. Optimize images before adding to content
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2. Use Hugo's built-in image processing
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3. Monitor with `make analyze-performance`
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4. Keep CSS bundle size minimal
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## 📚 Documentation
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- **Architecture**: `ARCHITECTURE.md` - Detailed system architecture
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- **Development**: `CLAUDE.md` - Development guidelines
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- **Project**: `README.md` - General project information
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- **Layouts**: `docs/layout-overview.md` - Template structure
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---
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**Current Architecture Status**: ✅ STABLE & PRODUCTION-READY
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**Last Updated**: Based on analysis of Hugo v0.152.2, PaperMod theme, and current tooling
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**Maintainer**: Follow the established patterns and validation procedures for any changes.
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"AGI is not possible even in 10 years" 听起来像是单纯的情绪化表达,但是当前我们听完一圈真正科技大咖们的观点后,也许就能理解,这是基于当前Transformer架构的物理和数学局限性,提出的非常硬核的论证。
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核心论点是:**AGI(通用人工智能)在未来10年内都不太可能实现,目前的“2-3年实现论”更多是商业博弈而非技术现实。**
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以下是相关的论据拆解和逻辑推演:
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### 1. 权威背书:构建者与售卖者的认知割裂
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在AI界,有一个有趣的现象:**CEO们在画饼,而顶级研究员在预警。**
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* **Yann LeCun (Meta首席科学家):**
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* **论点:** 现有的LLM(大语言模型)完全缺失了“世界模型”。
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* **论据:** 人类的知识大部分来自与物理世界的互动(重力、触感、因果律),而非文本。LLM只是文本的统计学拟合,它们“读过”关于游泳的书,但从未下过水。这不仅是数据缺失,是根本性的认知缺陷。
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* **Ilya Sutskever (OpenAI联合创始人/SSI创始人):**
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* **论点:** “Scaling Law(缩放定律)时代”正在结束,我们回到了“研究时代”。
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* **论据:** 单纯堆算力和数据已经无法带来质变。AGI现在是一系列未解的**科学问题**,而不是只要把旋钮调大就能解决的**工程问题**
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* **Andrej Karpathy (前Tesla AI总监):**
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* **论点:** 我们面临的是“Agent的十年”,而非“Agent的一年”。
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* **论据:** 目前的Agent只能处理样板代码,缺乏处理新颖问题的认知能力。它们无法像实习生那样“在工作中学习”,只会死循环地重复错误。
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### 2. 技术瓶颈:Transformer架构的“阿喀琉斯之踵”
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当前的Transformer架构无法逾越的三座大山:
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#### A. 二次关注度问题 (The Quadratic Attention Problem)
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* **现象:** Transformer的核心机制——注意力机制(Attention)具有二次复杂度($O(n^2)$)。
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* **推演:** 上下文长度翻倍,计算成本是四倍。虽然有稀疏注意力(Sparse Attention)或滑动窗口等优化,但这牺牲了模型捕捉长距离复杂关联的能力。
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* **结论:** 无论是处理整个公司的代码库还是全人类的医学知识,现有的上下文窗口(Context Window)在物理算力上是不可持续的。
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#### B. “思考”的伪象 (The Thinking Problem)
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* **现象:** LLM本质是“Token预测机”,它是概率性的自动补全,而非逻辑推理。
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* **推演:**
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* **算力分配不均:** 模型计算“2+2=”和“证明黎曼猜想”所消耗的每个Token的算力是一样的。
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* **缺乏系统2思维:** 人类遇到难题会停下来思考(System 2),而模型无法自主决定“这里我需要多想一会儿”。虽然Chain of Thought (CoT) 是一种补救,但它更像是一种Prompt工程技巧,而非模型内在的认知架构。
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#### C. 学习的停滞 (The Learning Problem)
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* **现象:** 模型权重(Weights)在训练后是冻结的。
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* **推演:**
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* **上下文 $\neq$ 记忆:** 你在对话框里教它的东西,只存在于临时的上下文窗口中。窗口一关,记忆即逝。
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* **缺乏突触可塑性:** 人类实习生犯错后,神经元连接会物理性改变(学习)。AI系统无法在推理阶段(Inference)实时更新权重。这意味着它无法像人类一样进行“持续学习”(Continuous Learning)。
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### 3. 现实差距:“锯齿状”能力 (Jagged Intelligence)
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文章引用了Sutskever的术语“Jaggy”(锯齿状)来描述当前AI的状态:
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* **表现:** 它可以解决博士级的积分问题,却可能搞不清两个日期的先后顺序。
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* **本质:** 这种极度的能力不均衡证明了它并没有真正“理解”,而是在进行极高维度的模式匹配。如果是真正的智能,能力应该是平滑且通用的。
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### 4. 商业动机:为什么CEO们还要说“2-3年”?
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这部分论证了非技术因素对预期的扭曲:
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* **融资需求:** 数据中心建设需要万亿级资金。告诉投资人“还要20年”拿不到钱,说“2-3年”才能维持资本狂热。
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* **微软-OpenAI协议:** 据报道,一旦达到AGI,微软的独家授权将终止。定义AGI“即将到来”或“尚未到来”变成了巨大的商业博弈筹码。
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* **军备竞赛:** Google说快了,Meta就不能说慢。这是一种博弈论下的被迫乐观。
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---
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## 我的脑洞
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既然目前的Transformer架构(静态权重、概率预测、高能耗)可能只是通往AGI路上的一个“局部最优解”,而非终局,我有以下的一些大胆的构想:
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**建议关注方向:运行时架构变异(Runtime Architecture Mutation)与“液态”神经网络**
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目前的AI开发模式是:`Write Code (Model Arch) -> Compile (Train) -> Run (Inference)`。这非常像传统的软件工程,发布即固化。
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**未来的AGI架构可能会引入“生物级”的动态性:**
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1. **自重写编译器(Self-Rewriting Compiler):**
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想象一种神经网络,它不仅更新权重(Weights),还能在推理过程中实时重构其拓扑结构(Topology)。就像React的Virtual DOM diff算法一样,模型在处理复杂逻辑时,能够动态“挂载”新的子网络,处理完后销毁。这不是简单的MoE(混合专家模型),而是**推理时的物理架构重组**
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2. **从“反向传播”到“预测编码” (Predictive Coding):**
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目前的训练依赖Backpropagation(反向传播),效率极低且需要全量数据。未来的AGI可能基于**Friston的自由能原理(Free Energy Principle)**。模型不再是被动训练,而是主动产生预测,只学习“预测误差”(Prediction Error)。这会让AI像人类一样,只关注“意外”的信息,从而实现低能耗的**单样本学习(One-shot Learning)**
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3. **全栈的终极形态:神经形态硬件(Neuromorphic Hardware)与代码的融合**
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作为全栈工程师,你现在操作的是CPU/GPU上的逻辑代码。未来,代码可能不再是文本,而是**信号脉冲**。我们可能会看到一种新型的编程语言,它描述的不是逻辑流程(If/Else),而是**能量流动的约束条件**。你写的不是代码,而是“数字神经元”的生长激素。
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**结论:** 我们不能被Transformer锁死思维。也许下一代AGI的雏形,不是在万亿参数的集群里,而是在某个GitHub仓库里,用Rust写的一个能自我修改内存指针的微型“液态”网络。
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---
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title: "TrendRadar - 多平台热点聚合和AI智能分析"
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date: 2025-12-05T00:00:00+08:00
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draft: false
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tags: ["TrendRadar", "热点聚合", "AI智能分析"]
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categories: ["projects"]
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description: "TrendRadar 是一个用于多平台热点聚合和AI智能分析的开源项目,主要功能包括热点新闻监控、智能筛选及推送,同时支持基于MCP协议的深度分析。"
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wordCount: 1000
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readingTime: 5
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---
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## TrendRadar
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TrendRadar ([github](https://github.com/sansan0/TrendRadar), 38k stars (截止2025-12)) 是一个用于多平台热点聚合和AI智能分析的开源项目,主要功能包括热点新闻监控、智能筛选及推送,同时支持基于MCP协议的深度分析。核心特点:
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1. **功能概述**
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- 聚合35个平台热点(知乎、抖音、B站、华尔街见闻等)。
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- 提供全网热点汇总(每日、当前榜单、增量监控三种模式)。
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- 智能推送:可按关键词筛选热点,并设定时间窗口。
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- 热点趋势分析:实时追踪新闻热度变化,支持跨平台对比。
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2. **AI增强**
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- AI对话分析功能,支持自然语言提问,进行热点趋势追踪、情感分析、相关检索等。
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- 提供本地测试数据,可利用Docker部署MCP服务支持AI使用。
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3. **多渠道推送**
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- 支持飞书、钉钉、企业微信、Telegram、Slack、邮件、Bark 等推送方式。
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- 管理多账号推送功能,适用于多种场景。
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4. **便捷部署**
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- 推荐使用Docker部署,30秒网页生成,1分钟手机通知,无需编程基础。
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- 项目遵循“Use this template”,避免 Fork。
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5. **适用人群**
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- 企业管理者、自媒体人、投资者和普通用户,用于品牌舆情监控、行业动态追踪及时事热点查看。
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6. **更新特色**
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- 新增多账号推送支持、全局过滤关键词、内容顺序配置等功能。
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- 文档优化,提供详细配置教程。
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项目提供用户友好的设置选择,可快速高效地追踪和分析热点资讯,同时利用AI工具深度挖掘新闻数据。

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