LongTest était le SEUL répertoire en CamelCase que nous ayons créé. Les deux exceptions sous script/ — OCA_maintainer-tools, OCA_odoo-module-migrator — sont des noms de dépôts amont tirés par Google Repo, pas les nôtres. Tout le reste est en minuscules avec des soulignés : image_db, code_generator, fork_github_repo, shell_script_odoo. Le nom avait été repris tel qu'il m'avait été dicté, sans être confronté à la convention — le contrôle même que le reste de ce travail applique partout. 50 occurrences dans 8 fichiers. Le menu TODO résout le nouveau chemin, l'essai à blanc passe, et les 125 tests des trois fichiers touchés restent verts. --- EN --- LongTest was the ONLY CamelCase directory we created. The two exceptions under script/ — OCA_maintainer-tools, OCA_odoo-module-migrator — are upstream repo names pulled by Google Repo, not ours. Everything else is lowercase with underscores: image_db, code_generator, fork_github_repo, shell_script_odoo. The name had been taken as dictated, without being checked against the convention — the very check the rest of this work applies everywhere. 50 occurrences across 8 files. The TODO menu resolves the new path, the dry run passes, and the 125 tests in the three touched files stay green. Assisted-by: claude-opus-5 (cherry picked from commit 170ee61e50dfeff638c84c07eadac00c62526e4d) |
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| .. | ||
| install_proxmox.sh | ||
| nesting.py | ||
| proxmox_deploy.py | ||
| README.base.md | ||
| README.fr.md | ||
| README.md | ||
Deploying VMs on a Proxmox VE host
Two different things live in this directory:
install_proxmox.shturns a Debian into a Proxmox hypervisor. Seescript/qemu/README.md, which documents theproxmoxdistro of the deployment catalog.proxmox_deploy.pydeploys VMs on such a host, fromTODO › Execute › Deploy › Proxmox VE, right underQEMU/KVM.
The whole difference: the hypervisor is elsewhere
With QEMU/KVM, the hypervisor is the machine running the script. With Proxmox it is somewhere else, so the first question is which host — and the answer is remembered for the session. Three ways, all offered by the menu:
- From the local QEMU VMs — a
proxmoxVM deployed here. Its address comes from the DHCP lease, nothing to retype. - By address —
user@host, plus an optional SSH jump. - From
~/.ssh/config— the alias already carries user, port and ProxyJump; nothing else is asked.
The chosen host is then checked, not assumed: pveversion proves it is a
Proxmox, id -u and sudo -n true decide whether commands need sudo, and an
unknown SSH host key is offered for recording (with ssh-keyscan, never by
disabling the check — a hypervisor is not a throwaway VM).
# Ce que l'outil envoie, et qu'on peut rejouer à la main :
ssh erplibre@pve1 sudo sh -c 'qm list'
ssh erplibre@pve1 sudo sh -c 'pvesm status --content images'
Why SSH and qm, not the REST API
The API needs a token or a ticket to create and renew. qm is the path every
Proxmox administrator knows, the repository already manages SSH access
(~/.ssh/config, ProxyJump, keys), and the commands stay readable in the log —
so they can be replayed by hand. That is how every failure of this module was
diagnosed.
sudo sh -c '<whole command>' and not sudo <command>: these commands are
sequences and redirections. Prefixing with sudo would elevate only the first
word, and the redirection would still be the unprivileged shell's.
Four traps met on a real host
A Proxmox installed on Debian has no vmbr0 — the ISO installer creates
one, that procedure does not. And qm create requires a bridge.
The menu offers an internal bridge (vmbr0, 10.10.10.1/24, NAT through
the uplink). Never adding the physical NIC to a bridge is deliberate: that
moves the host address and cuts the SSH session in progress — remotely, there
is no way back. A LAN-facing bridge is printed as a stanza to apply from a
console.
On an internal bridge no DHCP answers, so the address is static, derived from the VMID — and therefore known before the VM boots. Looking for it afterwards was absurd.
The Debian cloud image does not ship qemu-guest-agent, so Proxmox cannot tell
the address of a DHCP guest: it does not hand out the leases. The fallback is
the host's own neighbour table (ip neigh), which needs nothing from the guest.
The menu, entry by entry
The seventeen QEMU/KVM entries have their counterpart. Four of them are the
same code, because it is the same work: reopening the install monitoring,
the remote desktop tunnel, the Android emulator and the image catalog. They
reach Proxmox guests through the ~/.ssh/config entries that entry 13 writes,
with the Proxmox host as ProxyJump.
[1] Déployer une VM [8] Redimensionner un disque [15] Émulateur Android *
[2] Prévisualiser [9] Effacer des VM [16] Catalogue d'images *
[3] Télécharger une image [10] Nettoyer (orphelins) [17] Exemple (dry-run)
[4] Rouvrir le suivi * [11] Tester une VM (Odoo) [18] Changer d'hôte
[5] Lister (qm list) [12] Statistiques
[6] Adresse IP d'une VM [13] Configuration SSH
[7] Console d'une VM [14] Tunnel bureau distant *
* code partagé avec le menu QEMU/KVM
Verified
Deploying a VM inside a Proxmox that itself runs in a libvirt VM: image
downloaded on the host, internal bridge created, static address, cloud-init
user and key, disk resized, qm start. Then ssh vm-essai from the outside
reaches it through the jump — three nested levels. Resize 12G → 16G, delete
with --purge, orphan scan: all checked against Proxmox VE 9.2.11.