- Created install_packages.sh to automate package installation in Ubuntu VM.
- Developed onboarding_simulation.sh for executing onboarding scripts and displaying guides.
- Added openclaw_check.sh to run OpenClaw doctor and help commands.
- Implemented scan_secrets.sh for scanning sensitive patterns in the VM.
- Introduced onboarding README.md and examples.md for contributor guidance.
- Created guide_contributeur.md and guide_vm_sandbox.md for detailed onboarding instructions.
- Added supports_visuels.md with diagrams and video tutorials for better understanding.
- Developed test_openclaw_actions.py for automated testing of OpenClaw actions.
- Created vm_test_report.md template for documenting VM test results.
- Added setup_python_secure.sh for secure Python environment setup.
- Implemented test_openclaw_sanitizer.py for testing sanitization functionality.
- Introduced multiple guides for workflows including Evidence Pack Validation, Incident Response, Model Validation, Performance & HIL, Release Signing, SBOM Validation, Secret Scanning, and Supply Chain Attestation.
- Created dynamic badges for each workflow to reflect their status and compliance.
- Implemented a checklist for validating CI/CD workflows and evidence packs.
- Developed scripts for building firmware, testing, collecting evidence, and generating audit reports.
- Added tools for generating community, documentation, quality, and security badges based on various reports.
- Established endpoints for dynamic badges to be integrated into documentation and README files.
- Enhanced the overall structure and traceability of CI/CD processes with evidence packs and automated checks.
Ajout de motifs expérimentaux dans la documentation.
Navigation optimisée, mais bruit de fond garanti.
Les modules suivent désormais une logique dystopique.
ManuReadMe : à lire pour ne pas se perdre dans la cacophonie
Ajout de nouvelles routines dans les gates, inspirées de motifs harmoniques et de structures cycliques).
Optimisation des blocks pour une meilleure gestion des flux, avec quelques notes dissonantes pour les plus attentifs.
Mise à jour de la documentation : certains passages révèlent des partitions cachées et des coordonnées stellaires, à déchiffrer par les explorateurs de l’espace agentique.
Tests sur les blocks et agents pour garantir la stabilité, même lors de phases de transition vers des univers parallèles.
Les chemins vers les modules “architect_agent” et “firmware_agent” réservent désormais quelques surprises pour ceux qui savent écouter ou lire entre les lignes.
- Added new tools for generating and applying safe patches using Mistral.
- Implemented a local embedding index for repository files to facilitate search functionality.
- Created a schema for validating patch JSON structure.
- Developed various prompts for different agent roles (Architect, PM, QA, etc.) to guide Mistral's output.
- Established a set of scope allowlists to ensure safe application of patches.
- Included documentation for agents and systems correspondence.
- Added requirements for Mistral dependencies in requirements-mistral.txt.
- Introduced PM Agent and QA Agent with detailed plans and objectives.
- Created prompts for generating intake, specifications, plans, and tasks.
- Developed templates for architect, doc, firmware, and hardware schematic agents.
- Added installation and coordination plans to streamline multi-agent workflows.
- Established a comprehensive mapping and recommendations for the Kill_LIFE project.
- Included a flow diagram and technical analysis for better understanding of the project structure.
- Introduced new documentation for design reviews (DR0/DR1) and release rituals.
- Created templates for Architecture Decision Records (ADR), Design Reviews, Playtest Reports, and Validation Plans.
- Established workflows for consulting, creative processes, systems engineering, R&D spikes, and compliance/QA.
- Implemented GitHub Actions workflows for firmware and hardware CI with required checks strategy.
- Added setup script for repository configuration, including label creation and branch protection.
- Developed installation script for Kill_LIFE with system updates and environment setup.
- Introduced `kicad_cli.sh` for local and Docker-based kicad-cli execution.
- Created `schops.py` for schematic operations including ERC, BOM, netlist exports, and bulk edits.
- Added README.md for schops with installation and usage instructions.
- Included requirements.txt for necessary Python packages.
- Implemented rules engine for applying field defaults and renaming nets.
- Added tests for rules engine functionality.
- Introduced scope guard script to enforce file modification policies based on PR labels.
- Created watch script to monitor KiCad files and trigger hardware gate on changes.
Clément SAILLANT