Clément SAILLANT
5efb380da5
* feat: automate yiacad pr review lane * fix: stabilize yiacad review and spec gates * fix: scope kicad exports to repo hardware * fix: ignore kicad block library sources in exports * feat: Add infra VPS monitoring runbook and healthcheck scripts - Created INFRA_VPS_RUNBOOK_2026.md detailing operational procedures for monitoring VPS services. - Added infra_vps_healthcheck.sh script for automated health checks on DNS, TLS, TCP, and HTTP for VPS services. - Introduced infra_vps_security_audit.sh for non-intrusive security checks on external VPS services. - Established JSON schema for infra VPS inventory in infra_vps.schema.json. - Developed integration for runtime status reporting in the Next.js API route. - Implemented Playwright tests for smoke testing the application and ensuring core functionalities. - Updated Makefile for development dependencies and testing commands. - Created various test files for unit and end-to-end testing across different components. * feat(agentics): update mesh agents, gates, prompts, and workflows
ai-agentic-embedded-base
Repo “de base” qui combine le meilleur de :
- Spec‑driven development (Spec Kit) : une spécification comme source de vérité.
- Standards injection (Agent OS) : standards versionnés + profils.
- BMAD / BMAD‑METHOD : agents par rôles + rituels + gates + handoffs.
- Agent Zero : exécution transparente via outils locaux + logs + artifacts.
Ce dépôt est orienté embarqué (firmware + hardware KiCad) mais extensible multi‑target.
TL;DR
- Écris/itère la spec dans
specs/ - (optionnel) Génère un squelette de spec depuis
.specify/:python3 tools/ai/specify_init.py --name <feature> - Applique les standards dans
standards/ - Exécute le cockpit :
python3 tools/cockpit/cockpit.py menu - Pour l’automatisation GitHub : label
ai:codex→ Issue → PR
Structure
specs/: intake → spec → arch → plan → tasks + contraintesstandards/: règles globales + profils (ESP / STM / multi)bmad/: rôles, rituels, gates, templates de handoffagents/: prompts agents (PM/Architect/FW/QA/Doc/HW)tools/: cockpit + outils AI + outils hardware (schops)firmware/: PlatformIO + Unity (tests)hardware/: KiCad + blocks + rules.github/: workflows (CI firmware/hardware/docs + Issue→PR Codex)
KiCad local + IA
Voir docs/KICAD_AI_LOCAL.md.
Démarrage rapide
# firmware
cd firmware
python -m pip install -U platformio
pio run -e esp32s3_arduino
pio test -e native
# cockpit
python3 tools/cockpit/cockpit.py menu
Conventions de sortie
Tous les scripts écrivent sous artifacts/<domain>/<timestamp>/ (logs + exports + reports).
V4 — KiCad agentique (bulk + previews + MCP)
bash tools/hw/hw_gate.sh hardware/kicad: exports SVG + ERC/DRC JSON + BOM/netlistpython3 tools/watch/watch_hw.py: watch mode (re-run gate on save)docs/MCP_SETUP.md: configuration MCP (kicad-sch-api/kicad-sch-mcp) citeturn0search9
Compliance (2 options)
- Prototype interne : profil
prototype(pas de CE/RED) - Produit UE Wi‑Fi/BLE : profil
iot_wifi_eu(RED + cyber + RoHS/REACH/WEEE + ETSI)
Changer de profil :
python3 tools/compliance/use_profile.py prototype
python3 tools/compliance/use_profile.py iot_wifi_eu
python3 tools/compliance/validate.py
Docs : docs/COMPLIANCE.md