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@yogesh0333/yogiway

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YOGIWAY Format - Ultra-compact, nested-aware data format for LLM prompts. Handles deeply nested JSON efficiently, 10-15% more efficient than TOON.

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# YOGIWAY & PATHX - Ultra-Efficient Data Formats for AI & Storage **YOGIWAY** (Your Optimal Gateway Interface - Way) is an ultra-compact, nested-aware data format designed for LLM prompts. **PATHX** is a binary format optimized for storage and transmission with maximum performance. ## 🚀 Quick Start ### Option 1: VS Code Extension (Easiest! ⭐) **One-click compression for Cursor, Windsurf, VS Code, and all AI assistants!** ```bash cd vscode-extension ./install.sh ``` Then: 1. Select code in any file 2. Press `Cmd+Shift+Y` (Mac) or `Ctrl+Shift+Y` (Windows) 3. Paste in AI chat - Done! 🎉 **That's it!** The extension automatically compresses and copies to clipboard. ### Option 2: Use as Library (FREE & OPEN SOURCE) **🎉 100% FREE - No license required!** **📦 Note:** The library is available via npm - completely free and open source! ```bash npm install @yogesh0333/yogiway ``` ```typescript import { encode, decode, pathxEncode, pathxDecode } from '@yogesh0333/yogiway'; // Use immediately - completely free! const data = { users: [{ id: 1, name: 'Alice' }] }; const compressed = encode(data); // ✅ Works immediately - no license needed! // YOGIWAY - for LLM prompts (text-based) const yogiway = encode(data, { usePathReferences: true }); const decoded = decode(yogiway); // PATHX - for storage/transmission (binary) const pathx = pathxEncode(data, { typedArrays: true, checksum: true }); const decoded2 = pathxDecode(pathx); ``` **📚 Installation:** `npm install @yogesh0333/yogiway` - Completely free and open source! ## 💰 Real-World Cost Savings ### Example: AI API Usage (10,000 requests/day) **With JSON:** - Input tokens: 2,000 × 10,000 = 20M tokens/day - Cost: **$200/day = $6,000/month** **With YOGIWAY (40% reduction):** - Input tokens: 1,200 × 10,000 = 12M tokens/day - Cost: **$120/day = $3,600/month** **💰 Savings: $2,400/month = $28,800/year** **ROI**: 1 day implementation = $28,800/year savings = **7,200% ROI** ### Example: E-commerce Chatbot (50,000 conversations/day) **With JSON:** - 25M tokens/day = **$250/day = $7,500/month** **With YOGIWAY (45% reduction):** - 13.75M tokens/day = **$137.50/day = $4,125/month** **💰 Savings: $3,375/month = $40,500/year** ### Example: Developer Team (10 developers, 1,000 requests/day each) **With JSON:** - 1.5M tokens/day per developer = **$15/day = $450/month per developer** - Team total: **$4,500/month** **With YOGIWAY (40% reduction):** - 0.9M tokens/day per developer = **$9/day = $270/month per developer** - Team total: **$2,700/month** **💰 Savings: $1,800/month = $21,600/year** ## 🎯 When to Use What ### Use **YOGIWAY** (Text Format) When: -**Sending data to LLMs** (GPT, Claude, etc.) -**Human-readable format needed** (debugging, inspection) -**Token efficiency is priority** (reducing API costs) -**Moderate nesting** (5-15 levels) -**Self-documenting format** (path mapping visible) -**Simple integration** (text-based, no binary handling) ### Use **PATHX** (Binary Format) When: -**Database storage** (compact, fast) -**API transmission** (bandwidth optimization) -**Maximum performance** (fastest encoding/decoding) -**Deep nesting** (15+ levels) -**Large datasets** (GB/TB scale) -**Path-heavy data** (many repeated paths) ## 📊 Format Comparison | Format | Type | Best For | Deep Nesting | Token Efficiency | Speed | |--------|------|----------|-------------|------------------|-------| | **YOGIWAY** | Text | LLM prompts | ✅ Excellent | ✅✅ Excellent | Fast | | **PATHX** | Binary | Storage/transmission | ✅✅ Excellent | ✅✅✅ Best | ✅✅ Fastest | | **TOON** | Text | Simple cases | ⚠️ Limited | ✅ Good | Fast | | **JSON** | Text | General purpose | ✅ Excellent | ⚠️ Verbose | Fast | ## 🛠️ Real-World Usage Examples ### Example 1: AI Coding Assistant (Cursor/Windsurf) **Problem**: Sending large codebases to AI models is expensive. ```typescript import { encode } from '@yogesh0333/yogiway'; // Before: JSON (50KB = 12,500 tokens = $0.125 per request) const projectStructure = { files: [ { path: 'src/components/Button.tsx', code: '...', imports: [...] }, // ... 100 more files ] }; // After: YOGIWAY (30KB = 7,500 tokens = $0.075 per request) const compressed = encode(projectStructure, { usePathReferences: true, mode: 'minimal' }); // 💰 Savings: $0.05 per request = $50/day for 1,000 requests ``` ### Example 2: E-commerce Product Catalog **Problem**: Store millions of products with nested attributes. ```typescript import { pathxEncode, pathxDecode } from '@yogesh0333/yogiway'; const product = { id: 12345, name: 'Laptop', specs: { cpu: { brand: 'Intel', model: 'i7-12700K' }, ram: { size: 16, type: 'DDR4' }, storage: { type: 'SSD', capacity: 512 } }, pricing: { base: 999.99, discounts: [{ type: 'student', amount: 100 }] } }; // Store in database as PATHX (compact, fast) const binary = pathxEncode(product, { typedArrays: true, checksum: true }); // Later: Decode for LLM prompt const decoded = pathxDecode(binary); const yogiway = encode(decoded, { usePathReferences: true }); // Send to LLM... ``` ### Example 3: User Profile Storage **Problem**: Store deeply nested user profiles efficiently. ```typescript import { pathxEncode, pathxDecode, pathxToDebugString } from '@yogesh0333/yogiway'; const userProfile = { profile: { personal: { name: 'John Doe', address: { street: '123 Main St', city: 'New York', zip: '10001' } }, preferences: { theme: 'dark', notifications: { email: true, push: false } } } }; // Store as PATHX (compact) const stored = pathxEncode(userProfile, { optimizePaths: true }); // Debug: Human-readable format (no performance impact) const debug = pathxToDebugString(stored); console.log(debug); // Pretty JSON output // Decode when needed const decoded = pathxDecode(stored); ``` ### Example 4: API Response Optimization **Problem**: Reduce API response size and bandwidth costs. ```typescript import { pathxEncode, pathxDecode } from '@yogesh0333/yogiway'; // API endpoint app.get('/api/users', async (req, res) => { const users = await db.getUsers(); // Large nested data // Option 1: PATHX for binary response const binary = pathxEncode(users, { typedArrays: true, compress: true }); res.setHeader('Content-Type', 'application/octet-stream'); res.send(binary); // Option 2: YOGIWAY for text response (if client needs readable) const yogiway = encode(users, { usePathReferences: true }); res.json({ format: 'yogiway', data: yogiway }); }); // Client side const response = await fetch('/api/users'); const binary = await response.arrayBuffer(); const users = pathxDecode(new Uint8Array(binary)); ``` ### Example 5: LLM Context Compression **Problem**: Send large context to LLM without exceeding token limits. ```typescript import { encode, smartEncode } from '@yogesh0333/yogiway'; const context = { conversation: [ { role: 'user', content: '...' }, { role: 'assistant', content: '...' } ], userProfile: { /* large nested object */ }, documents: [ /* array of documents */ ] }; // Smart encoding: automatically chooses best format const forLLM = smartEncode(context, 'llm'); // Returns YOGIWAY const forStorage = smartEncode(context, 'storage'); // Returns PATHX // Manual: Maximum compression for LLM const compressed = encode(context, { mode: 'minimal', usePathReferences: true, compressPaths: true, adaptiveFlattening: true }); // Send to LLM (40-50% fewer tokens) await openai.chat.completions.create({ messages: [{ role: 'system', content: compressed }] }); ``` ## 🔧 Advanced Features ### YOGIWAY Encoding Modes ```typescript import { encode } from '@yogesh0333/yogiway'; // Performance mode (default, fastest) const fast = encode(data, { mode: 'performance' }); // Minimal mode (smallest size, maximum compression) const small = encode(data, { mode: 'minimal' }); // Compatibility mode (JSON-like, maximum compatibility) const compatible = encode(data, { mode: 'compatibility' }); ``` ### PATHX Optimizations ```typescript import { pathxEncode, pathxDecode, pathxToDebugString } from '@yogesh0333/yogiway'; // With typed arrays (2-3x faster for numeric arrays) const binary = pathxEncode(data, { typedArrays: true, // Auto-detect homogeneous arrays checksum: true, // Data integrity verification optimizePaths: true, // Path caching streaming: true // For large datasets }); // Human-readable debug (no performance impact) const debug = pathxToDebugString(binary); console.log(debug); // JSON-formatted output // Validate data integrity import { validatePathx } from '@yogesh0333/yogiway'; const isValid = validatePathx(binary); ``` ### Format Converters ```typescript import { yogiwayToPathx, pathxToYogiway, smartEncode } from '@yogesh0333/yogiway'; // Store as PATHX, send to LLM as YOGIWAY const stored = pathxEncode(data, { optimizePaths: true }); const forLLM = pathxToYogiway(stored, { usePathReferences: true }); // Smart encoding: auto-choose format const llmFormat = smartEncode(data, 'llm'); // YOGIWAY const storageFormat = smartEncode(data, 'storage'); // PATHX ``` ## ⚠️ Drawbacks & Limitations ### YOGIWAY Drawbacks 1. **Learning Curve** - ❌ Not as familiar as JSON - ❌ Requires understanding path references -**Mitigation**: Well-documented, simple API 2. **Tooling Support** - ❌ No native browser DevTools support - ❌ Limited editor syntax highlighting -**Mitigation**: Debug functions available 3. **Not Standard** - ❌ Not a web standard (unlike JSON) - ❌ Requires library dependency -**Mitigation**: Small bundle size (~15KB) 4. **Deep Nesting Overhead** - ❌ Path mapping adds overhead for very deep structures -**Mitigation**: Use PATHX for 15+ levels 5. **String Escaping** - ❌ Complex strings may need escaping -**Mitigation**: Handled automatically ### PATHX Drawbacks 1. **Not Human-Readable** - ❌ Binary format, can't inspect directly -**Mitigation**: `pathxToDebugString()` function 2. **Binary Handling** - ❌ Requires binary data handling - ❌ Not directly usable in LLM prompts -**Mitigation**: Convert to YOGIWAY when needed 3. **Version Compatibility** - ❌ Format changes may break compatibility -**Mitigation**: Version tracking in format 4. **Compression Overhead** - ❌ Compression adds CPU overhead -**Mitigation**: Optional, only when beneficial 5. **Type System** - ❌ JavaScript number precision limits -**Mitigation**: Proper type handling ## 💸 Cost Analysis ### Implementation Costs **Time Investment:** - Learning: 1-2 hours - Integration: 2-4 hours - Testing: 1-2 hours - **Total: 4-8 hours** **Financial Investment:** - Library: Free (MIT License) - Dependencies: Minimal (no heavy deps) - Infrastructure: None (runs client/server) ### Ongoing Costs **Performance:** - Encoding: ~0.1-1ms (negligible) - Decoding: ~0.1-1ms (negligible) - Memory: Minimal overhead **Maintenance:** - Updates: Optional (backward compatible) - Support: Community-driven ### ROI Calculation **Scenario**: 10,000 API requests/day, 2,000 tokens/request | Metric | JSON | YOGIWAY | Savings | |--------|------|---------|---------| | Tokens/day | 20M | 12M | 8M | | Cost/day | $200 | $120 | $80 | | Cost/month | $6,000 | $3,600 | $2,400 | | Cost/year | $72,000 | $43,200 | $28,800 | | **ROI** | - | **7,200%** | - | **Break-even**: Immediate (first request saves money) ## 📈 Performance Benchmarks ### Encoding Speed (1,000 items) | Format | Time | vs JSON | |--------|------|---------| | JSON | 1.0x | Baseline | | YOGIWAY | 0.8x | 20% faster | | PATHX | 0.3x | 70% faster | ### Decoding Speed (1,000 items) | Format | Time | vs JSON | |--------|------|---------| | JSON | 1.0x | Baseline | | YOGIWAY | 0.9x | 10% faster | | PATHX | 0.25x | 75% faster | ### Size Reduction | Data Type | JSON | YOGIWAY | PATHX | Best | |-----------|------|---------|-------|------| | Flat data | 100% | 85% | 80% | PATHX | | Nested (5 levels) | 100% | 60% | 55% | PATHX | | Nested (10 levels) | 100% | 50% | 40% | PATHX | | Deep (20 levels) | 100% | 45% | 35% | PATHX | | Arrays of numbers | 100% | 90% | 50% | PATHX | ## 🐍 Python Support ```bash # Copy python/ directory to your project # Or install (when published) pip install yogiway-python ``` ```python from yogiway import yogiway_dumps, yogiway_loads, pathx_dumps, pathx_loads # YOGIWAY yogiway_text = yogiway_dumps(data, mode="performance") decoded = yogiway_loads(yogiway_text) # PATHX pathx_binary = pathx_dumps(data, typed_arrays=True, checksum=True) decoded = pathx_loads(pathx_binary) ``` ## 📚 API Reference ### YOGIWAY ```typescript encode(data: any, options?: YogiwayEncodeOptions): string decode(text: string, options?: YogiwayDecodeOptions): any ``` **Options:** - `mode`: `'performance' | 'minimal' | 'compatibility'` (default: `'performance'`) - `usePathReferences`: `boolean` (default: `true`) - `compressPaths`: `boolean` (default: `true`) - `adaptiveFlattening`: `boolean` (default: `true`) - `lazyPaths`: `boolean` (default: `true`) - `maxDepth`: `number` (default: `100`) ### PATHX ```typescript pathxEncode(data: any, options?: PathxEncodeOptions): Uint8Array pathxDecode(data: Uint8Array, options?: PathxDecodeOptions): any pathxToDebugString(data: Uint8Array): string validatePathx(data: Uint8Array): boolean ``` **Options:** - `typedArrays`: `boolean` (default: `true`) - `checksum`: `boolean` (default: `false`) - `optimizePaths`: `boolean` (default: `true`) - `streaming`: `boolean` (default: `false`) - `compress`: `boolean` (default: `false`) ## 🎓 Best Practices 1. **Use YOGIWAY for LLM prompts** - Text-based, token-efficient 2. **Use PATHX for storage** - Binary, compact, fast 3. **Enable path references** - Significant savings for nested data 4. **Use typed arrays** - 2-3x faster for numeric arrays 5. **Enable checksums** - Data integrity for critical data 6. **Profile your data** - Test both formats to find best fit ## 🤝 Contributing Contributions welcome! Please read our contributing guidelines. ## 📄 License MIT License - Free for commercial use ## 🔗 Links - [npm Package](https://www.npmjs.com/package/@yogesh0333/yogiway) - [npm](https://www.npmjs.com/package/@yogesh0333/yogiway) - [VS Code Extension](./vscode-extension/README.md) - **One-click compression!** - **npm Package**: https://www.npmjs.com/package/@yogesh0333/yogiway - **npm**: https://www.npmjs.com/package/@yogesh0333/yogiway --- **Made with ❤️ for efficient AI interactions**