Scaphandre is a Rust-based CLI tool for monitoring electric power and energy consumption of hosts and processes. It reads RAPL (Running Average Power Limit) energy counters from Linux sysfs or Windows MSR, computes per-process power attribution using CPU usage ratios, and exports metrics via multiple backends: Prometheus (HTTP scrape or push gateway), JSON, stdout, Riemann, Warp10, and QEMU for virtual machines. The architecture is modular, built on `Sensor` and `Exporter` traits, allowing easy extension. It is packaged for Docker, Kubernetes (Helm chart), Linux (RPM/DEB), and Windows (installer with custom driver). The project is production-ready, actively maintained, and backed by extensive documentation and CI/CD pipelines. It is intended for infrastructure sustainability monitoring and carbon footprint tracking.
This repository is a production-grade Next.js application (v14 with App Router) that serves as the official web eco-design best practices reference (Référentiel d'écoconception web) by GreenIT.fr. It provides a multi-language (French, English, Spanish) content site with a headless CMS (TinaCMS) for editing, a REST API for programmatic access, and a client-side search (Pagefind). The core content is a structured collection of 115+ best practice sheets (fiches) with frontmatter metadata including lifecycle stages, environmental impact, validation rules, and version tracking. The site is deployed on Vercel and uses MongoDB for TinaCMS indexing. While the primary purpose is an application, the underlying content is a well-structured, versioned dataset that could be used independently for compliance checking or analytical purposes, giving the repo a hybrid character. The application code is well-organized with reusable patterns for MDX rendering, glossary tooltips, content validation, and multi-referential configuration.