/**
 * The Proxmox simulator, as the rig runs it.
 *
 * Everything here is the join between two halves that are deliberately kept
 * apart: `@celilo/terraform-fake` knows the Proxmox API and nothing about this
 * rig, and `proxmox-provisioner` knows this rig and nothing about Proxmox. This
 * file is the only place that holds both, and it is also the only place that
 * holds the host Docker socket (D2) — which is why it is an image in the rig
 * rather than anything the published package ships.
 */
// In the image this specifier resolves to the BUNDLED copy from this checkout
// (Dockerfile.proxmox-sim places it at node_modules/@celilo/terraform-fake),
// never to whatever npm last published — a PR that changes the fake must be
// tested against the fake it changed.
import { createProxmoxFake } from '@celilo/terraform-fake';
import { createDockerProvisioner } from '../../src/proxmox-provisioner';

const port = Number(process.env.PROXMOX_SIM_PORT ?? 8006);

/**
 * The compose project name, which prefixes the networks and volumes the
 * provisioner attaches containers to.
 *
 * Required rather than defaulted: a wrong guess here does not fail, it starts
 * containers on a network no test is looking at, and the deploy failure that
 * follows points at DNS or the firewall instead.
 */
const project = process.env.CELILO_E2E_PROJECT;
if (!project) {
  throw new Error('CELILO_E2E_PROJECT is required — it names the compose project to attach to');
}

const fake = createProxmoxFake({
  tls: {
    key: await Bun.file('/certs/proxmox-sim.key').text(),
    cert: await Bun.file('/certs/proxmox-sim.crt').text(),
  },
  // One node, named to match what a test sets as `target_node`.
  nodes: [
    {
      name: process.env.PROXMOX_SIM_NODE ?? 'pve1',
      cores: 8,
      memoryBytes: 16 * 1024 ** 3,
      diskBytes: 500 * 1024 ** 3,
    },
  ],
  provisioner: createDockerProvisioner({ project }),
});

await fake.listen(port);
console.log(`[proxmox-sim] listening on https://0.0.0.0:${port}/api2/json (project ${project})`);