Exécutez n'importe quel Skill dans Manus
en un clic

Exécutez n'importe quel Skill dans Manus en un clic

proxmox-infrastructure

Étoiles22

Forks1

Mis à jour15 avril 2026 à 06:39

Manage the Matrix/Virgo-Core Proxmox VE cluster (nodes Foxtrot, Golf, Hotel - MINISFORUM MS-A2 with AMD Ryzen 9 9955HX). Covers VM provisioning, VLAN networking, CEPH storage, and automation via Python (proxmoxer), Ansible (community.general.proxmox), and Terraform (Telmate/proxmox).

Installation

Installer avec Codex ou Claude Copiez ce prompt, collez-le dans Codex, Claude ou un autre assistant, puis laissez-le vérifier la page du skill et l'installer pour vous.

Exécuter dans Manus

Source

basher83

basher83/lunar-claude

Ouvrir le dépôt GitHub Voir les dépôts du créateur

Téléchargement

Exécuter dans Manus

Métiers associésSOC

Basé sur la classification professionnelle SOC

Administrateurs de réseaux et de systèmes informatiquesProfessions informatiques et mathématiques·SOC 15-1244

Explorateur de fichiers

16 fichiers

SKILL.md

readonly

name	proxmox-infrastructure
description	Manage the Matrix/Virgo-Core Proxmox VE cluster (nodes Foxtrot, Golf, Hotel - MINISFORUM MS-A2 with AMD Ryzen 9 9955HX). Covers VM provisioning, VLAN networking, CEPH storage, and automation via Python (proxmoxer), Ansible (community.general.proxmox), and Terraform (Telmate/proxmox).
when_to_use	Use when cloning VM templates, checking CEPH storage health, configuring VLAN networking for Proxmox VMs, creating cloud-init templates, checking node status (Foxtrot, Golf, Hotel), deploying VMs with Terraform, configuring MTU 9000 for CEPH networks, troubleshooting VM deployment, using Ansible proxmox modules, or validating template configuration via the Proxmox API.

Proxmox Infrastructure: Matrix/Virgo-Core Cluster

Manage 3-node Proxmox VE cluster with CEPH storage, VLAN networking, and cloud-init automation.

Available Tools

Python Scripts (uv-based)

validate_template.py - Validate template health via Proxmox API
cluster_status.py - Cluster health metrics and node status
check_ceph_health.py - CEPH storage pool health monitoring
check_cluster_health.py - Comprehensive cluster diagnostics

All scripts support --help for usage. Run with: uv run tools/<script>.py

Automation Examples

Ansible playbooks - Template creation, VLAN bridging setup
Terraform modules - VM cloning, multi-node deployments with dual NICs

See examples/ and workflows/ for working configurations.

Core Capabilities

Template Management:

Ubuntu/Debian cloud-init templates with virtio-scsi
Serial console configuration for cloud images
Proper boot order and cloud-init CD-ROM (ide2)

Network Infrastructure:

vmbr0: Management (VLAN 9 for Corosync)
vmbr1: CEPH Public (192.168.5.0/24, MTU 9000)
vmbr2: CEPH Private (192.168.7.0/24, MTU 9000)
VLAN-aware bridging (supports VLANs 2-4094)
802.3ad LACP bonding

CEPH Storage:

Multi-OSD configuration (2× 4TB NVMe per node)
MTU 9000 for storage networks
Public/private network separation
Health monitoring and diagnostics

API Automation:

Python via proxmoxer library
Ansible via community.general.proxmox_* modules
Terraform via Telmate/proxmox provider

Cluster Architecture (Matrix)

Hardware: 3× MINISFORUM MS-A2

AMD Ryzen 9 9955HX (16C/32T)
64GB DDR5 @ 5600 MT/s
3× NVMe: 1× 1TB boot, 2× 4TB CEPH OSDs
4× NICs: 2× 10GbE SFP+, 2× 2.5GbE

Nodes: Foxtrot, Golf, Hotel

Quick Examples

Clone template to VM:

qm clone 9000 101 --name web-01
qm set 101 --ipconfig0 ip=192.168.3.100/24,gw=192.168.3.1
qm set 101 --net0 virtio,bridge=vmbr0,tag=30
qm start 101

Check cluster health:

uv run tools/cluster_status.py
uv run tools/check_ceph_health.py

For Details

reference/ - Cloud-init, networking, API, storage, QEMU guest agent
workflows/ - Cluster formation, CEPH deployment automation
examples/ - Terraform configs, Ansible playbooks
anti-patterns/ - Common mistakes from real deployments

Plus depuis ce dépôt

même dépôt

omni-talos

basher83/lunar-claude

Operational tooling for Talos Linux Kubernetes clusters via Sidero Omni with Proxmox infrastructure provider, covering machine classes, CEL storage selectors, and provider lifecycle management.

2026-07-0922

mise

basher83/lunar-claude

Mise configuration patterns, task definitions, hooks, presets, and language-specific setup guidance for dev environment management and project tooling.

2026-06-0922

feedback

basher83/lunar-claude

Files a GitHub issue on this repo to tell Brent about anything worth his attention — confusion, something that didn't work, an idea or wish, or a new way the user phrased a request. Brent is a collaborator on this private repo and uses these issues to fix and improve the tools. Use this whenever the user sounds confused or frustrated, says something is broken or didn't work as expected, wishes something worked differently, or asks to tell Brent something — even if they never say "feedback" or "issue". Also invoked by blake-os:git-ops to log a request it could not cleanly route.

2026-06-0922

git-commit

basher83/lunar-claude

Internal commit step for the blake-os git-ops router. Stages explicit file paths and creates atomic commits on the current branch, matching the repo's existing message style and scanning for secrets before staging. Invoked by blake-os:git-ops — not a direct entry point. Trigger directly only on the exact request "git commit".

2026-06-0922

git-ops

basher83/lunar-claude

Single front door for everything git and GitHub — saving work, getting the latest, backing up, and putting changes online. Routes plain-language requests to the right operation in the correct order, even when the user does not use git terms. Use whenever the user wants to save, back up, update, sync, upload, publish, or check on their project's files — phrases like "save my work", "back it up", "I'm done", "get the latest", "put it online", "did it save?".

2026-06-0922

git-push

basher83/lunar-claude

Internal push step for the blake-os git-ops router. Publishes local commits to origin only when the branch is current, after verifying it is not behind; never force-pushes. Invoked by blake-os:git-ops — not a direct entry point. Trigger directly only on the exact request "git push".

2026-06-0922

name	proxmox-infrastructure
description	Manage the Matrix/Virgo-Core Proxmox VE cluster (nodes Foxtrot, Golf, Hotel - MINISFORUM MS-A2 with AMD Ryzen 9 9955HX). Covers VM provisioning, VLAN networking, CEPH storage, and automation via Python (proxmoxer), Ansible (community.general.proxmox), and Terraform (Telmate/proxmox).
when_to_use	Use when cloning VM templates, checking CEPH storage health, configuring VLAN networking for Proxmox VMs, creating cloud-init templates, checking node status (Foxtrot, Golf, Hotel), deploying VMs with Terraform, configuring MTU 9000 for CEPH networks, troubleshooting VM deployment, using Ansible proxmox modules, or validating template configuration via the Proxmox API.

Proxmox Infrastructure: Matrix/Virgo-Core Cluster

Manage 3-node Proxmox VE cluster with CEPH storage, VLAN networking, and cloud-init automation.

Available Tools

Python Scripts (uv-based)

validate_template.py - Validate template health via Proxmox API
cluster_status.py - Cluster health metrics and node status
check_ceph_health.py - CEPH storage pool health monitoring
check_cluster_health.py - Comprehensive cluster diagnostics

All scripts support --help for usage. Run with: uv run tools/<script>.py

Automation Examples

Ansible playbooks - Template creation, VLAN bridging setup
Terraform modules - VM cloning, multi-node deployments with dual NICs

See examples/ and workflows/ for working configurations.

Core Capabilities

Template Management:

Ubuntu/Debian cloud-init templates with virtio-scsi
Serial console configuration for cloud images
Proper boot order and cloud-init CD-ROM (ide2)

Network Infrastructure:

vmbr0: Management (VLAN 9 for Corosync)
vmbr1: CEPH Public (192.168.5.0/24, MTU 9000)
vmbr2: CEPH Private (192.168.7.0/24, MTU 9000)
VLAN-aware bridging (supports VLANs 2-4094)
802.3ad LACP bonding

CEPH Storage:

Multi-OSD configuration (2× 4TB NVMe per node)
MTU 9000 for storage networks
Public/private network separation
Health monitoring and diagnostics

API Automation:

Python via proxmoxer library
Ansible via community.general.proxmox_* modules
Terraform via Telmate/proxmox provider

Cluster Architecture (Matrix)

Hardware: 3× MINISFORUM MS-A2

AMD Ryzen 9 9955HX (16C/32T)
64GB DDR5 @ 5600 MT/s
3× NVMe: 1× 1TB boot, 2× 4TB CEPH OSDs
4× NICs: 2× 10GbE SFP+, 2× 2.5GbE

Nodes: Foxtrot, Golf, Hotel

Quick Examples

Clone template to VM:

qm clone 9000 101 --name web-01
qm set 101 --ipconfig0 ip=192.168.3.100/24,gw=192.168.3.1
qm set 101 --net0 virtio,bridge=vmbr0,tag=30
qm start 101

Check cluster health:

uv run tools/cluster_status.py
uv run tools/check_ceph_health.py

For Details

reference/ - Cloud-init, networking, API, storage, QEMU guest agent
workflows/ - Cluster formation, CEPH deployment automation
examples/ - Terraform configs, Ansible playbooks
anti-patterns/ - Common mistakes from real deployments