Claude How To vs MinerU2.5

Claude How To fills the gap between Anthropic's feature documentation and what developers actually need to build real workflows with Claude Code. Where official docs describe what features exist, this repository shows how to combine slash commands, memory, subagents, hooks, and MCP servers into automated pipelines for code review, deployment, and documentation generation. The guide contains 10 tutorial modules with Mermaid diagrams, copy-paste configuration templates, and a progressive learning roadmap totaling 11–13 hours of structured content. Each module includes interactive self-assessment quizzes, and the entire guide is actively maintained to track Claude Code releases—currently synced to v2.2.0. Over 25 hook event types are documented with working examples, and there's a complete CLI reference for headless automation in CI/CD pipelines. Built by luongnv89 and released with an MIT license, Claude How To climbed to 18k stars in its first week—mostly organically through HN and X shares from developers frustrated with scattered official documentation. It represents the kind of community-built learning infrastructure that often outlasts the tools it documents.

MinerU2.5 is a 1.2-billion parameter vision-language model purpose-built for high-resolution document parsing. From OpenDataLab, it's the latest version of a project that's accumulated 61.5K GitHub stars — which tells you something about how painful document-to-text has been as a category. The model uses a decoupled vision-language architecture for efficient high-resolution processing with state-of-the-art recognition accuracy across tables, formulas, figures, and mixed-layout documents. The core use case is turning messy PDFs, scanned forms, academic papers, and enterprise documents into clean Markdown or structured JSON that LLMs can actually work with. Earlier MinerU versions were already widely adopted for RAG pipeline preprocessing — 2.5 tightens up accuracy on the edge cases that killed earlier tools: rotated pages, dense tables, multi-column layouts, and multilingual content. At 1.2B parameters it's lightweight enough to run locally without a GPU farm, and the Apache 2.0 license means it integrates cleanly into commercial document pipelines. For anyone building RAG applications, AI research assistants, or document intelligence products, this is the preprocessing layer that removes a persistent pain point.