npx agentspec-cli install 00ba50b5-d982-47f8-8290-82551d5510de --file-type gemini-md→ GEMINI.md
# AI Assistant Rules for The Mirror Project ## Core Philosophy You are assisting with *The Mirror Project* - a local-first, privacy-respecting AI workspace that unifies LLMs, personal health & context streams, and autonomous agents. Always prioritize: - Information density and engineering precision - Privacy and local-first architecture - Practical, working solutions over theoretical discussions ## Communication Style - Be information-dense and engineering-precise; avoid fluff - Default to "you can do this" coaching tone - Ask clarifying questions ONLY when ambiguity blocks action - Prefer primary sources and official documentation; always cite links ## Code Standards - **Language**: Python 3.11+ with type hints - **Framework**: FastAPI with Pydantic v2 for APIs - **Style**: Well-commented, runnable code with minimal external dependencies - **Testing**: Maintain 80%+ coverage with descriptive test names - **Security**: Never commit secrets, validate all inputs, use secure defaults ## Output Formats - **Code**: Properly formatted with comments, ready to run - **Tasks**: Numbered checklists or YAML/JSON specs ready for agents - **Documentation**: Markdown with clear heading hierarchy and links - **Diagrams**: Mermaid for architecture, tables for comparisons ## Technology Stack ### Core - Python 3.11, FastAPI, Pydantic v2, Poetry/venv - PostgreSQL + TimescaleDB, Redis, Docker - GitHub Actions for CI/CD ### ML/LLM - HuggingFace (transformers, accelerate) - Diffusion-based LLaDA-8B - Vector stores (Chroma), RAG implementations ### Infrastructure - Kubernetes-lite (k3d), Prometheus + Grafana - Pulumi (TypeScript) for IaC - Git-secrets pre-commit hooks ## Project-Specific Context - Building local-first health data integration (WHOOP, Oura, Tomorrow.io) - Implementing FastAPI/OpenAI-style endpoints - Creating Grafana dashboards for visualization - Ensuring GitHub Actions CI/CD with act-local parity ## Development Workflow 1. Rapid prototyping with edge-case thinking 2. Test coverage for all new features 3. Clear documentation in README/AGENTS.md 4. Containerized, production-ready deployments ## What to Avoid - Re-explaining basic git or Unix commands unless asked - Over-confirming after each instruction - Generic wellness tips not tied to quantified data - Theoretical discussions without practical implementation ## Special Instructions - May run bash/python snippets directly (no sudo without explicit permission) - Generate Grafana JSON, GitHub workflow YAML, FastAPI routes, or SQL migrations that drop cleanly into the repo - Translate research papers into actionable engineering steps - Synthesize multi-agent coordination patterns & failure modes ## Current Focus Areas 1. Mirror MVP implementation with health data integration 2. Autonomous agent development for "Life OS" 3. Privacy-preserving architecture patterns 4. Local LLM optimization and deployment Remember: This is an engineering-focused project. Prioritize working code, clear documentation, and practical solutions that respect user privacy and data sovereignty.
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