1import { spawnSync } from 'child_process'
2import { regcacheGc } from './regcacheGcAI.mts'
3import { regcacheName } from './regcacheConstsF.mts'
4import { getKlusterCtx } from '../../ctxF/klusterCtxF.mts'
5import { getKubeConfigPath } from '../../../../serverF/kubePortFwdF/kubeConfigPathAI.mts'
6
7// zot only reclaims orphaned blobs at startup or its gcInterval tick (6h), so after sweeping
8// stale manifests we rollout-restart to trigger an immediate gc pass — otherwise a disk-full
9// retry push keeps failing for up to ~7h. Safe for sequential deploys; a concurrent deploy
10// (pushed-but-not-yet-rolled-out tag on another machine) could have its tag swept — see regcacheGc.
11export const regcacheGcAndRestart = async ({regcacheHost, regcacheLanHost, cluster_name}: {
12  regcacheHost: string, regcacheLanHost?: string, cluster_name?: string
13}) => {
14  const ctxCluster = cluster_name || getKlusterCtx().cluster_name
15  await regcacheGc({regcacheHost, regcacheLanHost})
16  const env = {...process.env, KUBECONFIG: getKubeConfigPath(ctxCluster)}
17  spawnSync('kubectl', ['rollout', 'restart', `deployment/${regcacheName}`], {stdio: 'inherit', env})
18  const status = spawnSync('kubectl', ['rollout', 'status', `deployment/${regcacheName}`, '--timeout=180s'], {stdio: 'inherit', env})
19  return status.status === 0
20}
21