Major Update: Advanced Language-Specific Optimization New Language Optimizers (21 Total) This version introduces specialized compression engines for each programming language, delivering dramatically improved results for AI consumption: Swift & Objective-C - Optimized for iOS/macOS codebases with protocol handling JavaScript & TypeScript - Smart module and React component compression Python - Preserves function signatures while removing verbose docstrings Java & Kotlin - Enterprise-grade optimization for large Spring projects C# & C++ - Efficient handling of namespaces and template code Rust & Go - Maintains ownership semantics and goroutine patterns Ruby & PHP - Web framework optimization (Rails, Laravel, Symfony) SQL - Query optimization while preserving schema relationships CSS & HTML - Frontend asset compression with selector preservation JSON & YAML - Configuration file optimization for DevOps workflows Dockerfile & Shell - Container and deployment script efficiency Jupyter Notebooks - Data science workflow compression Smart Compression Benefits Each optimizer understands language-specific syntax, semantics, and patterns: Preserves critical type information and interfaces Removes language-specific boilerplate and redundancy Maintains functional relationships between components Optimizes based on each language's tokenization characteristics Performance Improvements 40-70% better compression ratios compared to generic optimization Language-aware semantic preservation Faster processing with cached optimizer instances Reduced token usage across all major language models Enhanced Model Support Updated tokenization estimates for popular language models with improved context window utilization and compression efficiency. The language optimizers transform Trimbly from a general compression tool into a specialized AI preparation platform that understands your code.

This major release introduces significant advances in AI-optimized code compression and project intelligence, delivering unprecedented efficiency and analytical depth for modern development workflows. REVOLUTIONARY LANGUAGE PROCESSING Completely rebuilt language optimization engine now supports 19+ programming languages with dedicated optimizers. New additions include advanced PHP processing with framework pattern recognition, Rust optimization preserving ownership semantics and error handling, comprehensive SQL optimization with query pattern analysis, and specialized Dockerfile compression maintaining container architecture context. Each optimizer incorporates deep language understanding, preserving critical patterns while achieving optimal token reduction. BREAKTHROUGH AUTO-EXCLUSION TECHNOLOGY Smart Auto-Exclusion system achieves industry-leading 95-99% token reduction on dependency-heavy projects through intelligent file analysis. The system automatically identifies and excludes node_modules, CocoaPods, build artifacts, and version control directories while preserving essential dependency manifests and project structure information. Advanced context preservation ensures AI models understand project dependencies without processing thousands of irrelevant files. INTELLIGENT PROJECT MAPPING New Hierarchical Summary generation creates comprehensive project overviews that provide AI models with architectural context before detailed code analysis. The system generates structured dependency graphs, identifies key modules, and creates knowledge maps highlighting critical relationships and design patterns. This contextual foundation dramatically improves AI analysis accuracy and relevance. AI MODEL TOKENIZATION INTELLIGENCE Advanced tokenization optimization automatically adapts compression strategies for different AI models' specific tokenization patterns. Built-in intelligence for OpenAI's tiktoken, Claude's custom tokenizer, and other major AI platforms ensures maximum content efficiency. The system accounts for tokenization overhead differences, with Claude typically requiring 20-30% more tokens than OpenAI for equivalent content. ENHANCED XCODE PROJECT SUPPORT Expanded iOS and macOS project processing includes comprehensive storyboard and XIB analysis extracting view hierarchies and segue relationships, advanced entitlements parsing for security capability analysis, Core Data model processing with relationship mapping, and complete build configuration understanding including schemes and project settings. PROFESSIONAL OUTPUT ENHANCEMENT Advanced output formatting with support for Text, JSON, Markdown, and Minimal formats. Configurable metadata inclusion allows precise control over hierarchical summaries, knowledge mapping, and structural analysis based on specific AI analysis requirements. Integration-optimized outputs work seamlessly with Claude Projects, ChatGPT knowledge bases, and custom AI workflows. ENTERPRISE RELIABILITY FEATURES Comprehensive error reporting system with detailed processing logs, automatic error recovery mechanisms, and performance monitoring. Advanced file tree management with intelligent selection presets and custom exclusion rules. Real-time processing status with token counting and compression ratio tracking ensures transparency throughout the optimization process. These enhancements establish Trimbly as the definitive solution for AI-optimized code analysis, delivering unmatched compression efficiency while preserving the semantic richness essential for meaningful AI interaction.

Enhanced Xcode Project Support: Added support for .storyboard and .xib files (UI layout analysis) New .entitlements file parsing for security capabilities analysis Better handling of Xcode project structure and Core Data models ========================================== Improved File Type Support: XML and Plist parsing capabilities for extracting structural information Enhanced handling of iOS/macOS project files Better detection and processing of platform-specific file types ========================================== Advanced Analysis Features: Storyboard analysis can extract view hierarchies, segues, and outlet information Entitlements analysis identifies app capabilities like sandbox permissions, network access, keychain usage More sophisticated code structure extraction ==========================================