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Proxmox VMs: full resources from cluster API (both nodes), CPU/RAM/disk/uptime/network per VM

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Myron Blair
2026-05-30 04:40:34 +00:00
parent 0ac03a6bfe
commit cbd63f1a1e
2 changed files with 119 additions and 53 deletions
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api/endpoints/stats_cache.php
+62 -30
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@@ -39,39 +39,70 @@ if (PROXMOX_HOST !== '10.48.200.X' && PROXMOX_TOKEN_VAL !== 'YOUR_TOKEN_VALUE_HE
$pveBase = 'https://orbisne.fortiddns.com:' . PROXMOX_PORT . '/api2/json';
$pveAuth = ['Authorization: PVEAPIToken=' . PROXMOX_USER . '!' . PROXMOX_TOKEN_ID . '=' . PROXMOX_TOKEN_VAL];
// Cluster resources API — returns all VMs/CTs from ALL nodes (pve + pve2)
$clusterRaw = curlGet("$pveBase/cluster/resources?type=vm", $pveAuth);
$nodeStatusRaw = curlGet("$pveBase/nodes/" . PROXMOX_NODE . "/status", $pveAuth);
$vmsRaw = curlGet("$pveBase/nodes/" . PROXMOX_NODE . "/qemu", $pveAuth);
$lxcRaw = curlGet("$pveBase/nodes/" . PROXMOX_NODE . "/lxc", $pveAuth);
$nodeStatus = $nodeStatusRaw ? (json_decode($nodeStatusRaw, true)['data'] ?? null) : null;
$nodeStatus = $nodeStatusRaw ? (json_decode($nodeStatusRaw, true)['data'] ?? null) : null;
$vms = $vmsRaw ? (json_decode($vmsRaw, true)['data'] ?? []) : [];
$lxcs = $lxcRaw ? (json_decode($lxcRaw, true)['data'] ?? []) : [];
$allResources = $clusterRaw ? (json_decode($clusterRaw, true)['data'] ?? []) : [];
$vmDetails = [];
foreach ($vms as $vm) {
$vmDetails[] = [
'vmid' => $vm['vmid'],
'name' => $vm['name'] ?? 'VM-' . $vm['vmid'],
'status' => $vm['status'] ?? 'unknown',
'cpu' => round(($vm['cpu'] ?? 0) * 100, 1),
'mem_mb' => round(($vm['mem'] ?? 0) / 1048576),
'maxmem_mb' => round(($vm['maxmem'] ?? 0) / 1048576),
'disk_gb' => round(($vm['disk'] ?? 0) / 1073741824, 1),
'uptime' => $vm['uptime'] ?? 0,
'netin' => $vm['netin'] ?? 0,
'netout' => $vm['netout'] ?? 0,
];
function fmtUptime(int $sec): string {
$d = intdiv($sec, 86400); $h = intdiv($sec % 86400, 3600); $m = intdiv($sec % 3600, 60);
return ($d > 0 ? "{$d}d " : '') . "{$h}h {$m}m";
}
$lxcDetails = [];
foreach ($lxcs as $lxc) {
$lxcDetails[] = [
'vmid' => $lxc['vmid'],
'name' => $lxc['name'] ?? 'CT-' . $lxc['vmid'],
'status' => $lxc['status'] ?? 'unknown',
'cpu' => round(($lxc['cpu'] ?? 0) * 100, 1),
'mem_mb' => round(($lxc['mem'] ?? 0) / 1048576),
'maxmem_mb' => round(($lxc['maxmem'] ?? 0) / 1048576),
'type' => 'lxc',
function fmtBytes(int $b): string {
if ($b >= 1073741824) return round($b/1073741824, 1) . ' GB';
if ($b >= 1048576) return round($b/1048576, 1) . ' MB';
return $b . ' B';
}
$vmDetails = []; $lxcDetails = [];
foreach ($allResources as $r) {
$memPct = ($r['maxmem'] ?? 0) > 0 ? round($r['mem'] / $r['maxmem'] * 100, 1) : 0;
$diskGb = round(($r['maxdisk'] ?? 0) / 1073741824, 1);
$cpuPct = round(($r['cpu'] ?? 0) * 100, 1);
$upSec = (int)($r['uptime'] ?? 0);
$entry = [
'vmid' => $r['vmid'],
'name' => $r['name'] ?? ($r['type'] === 'lxc' ? 'CT-' : 'VM-') . $r['vmid'],
'node' => $r['node'] ?? 'pve',
'type' => $r['type'] ?? 'qemu',
'status' => $r['status'] ?? 'unknown',
'cpu_pct' => $cpuPct,
'cpus' => $r['maxcpu'] ?? 1,
'mem_pct' => $memPct,
'mem_used_mb' => round(($r['mem'] ?? 0) / 1048576),
'mem_total_mb' => round(($r['maxmem'] ?? 0) / 1048576),
'disk_gb' => $diskGb,
'uptime_s' => $upSec,
'uptime_human' => $upSec > 0 ? fmtUptime($upSec) : '—',
'netin' => $r['netin'] ?? 0,
'netout' => $r['netout'] ?? 0,
'netin_fmt' => fmtBytes((int)($r['netin'] ?? 0)),
'netout_fmt' => fmtBytes((int)($r['netout'] ?? 0)),
];
if ($r['type'] === 'lxc') $lxcDetails[] = $entry;
else $vmDetails[] = $entry;
}
// Sort by node then vmid
usort($vmDetails, fn($a,$b) => $a['node'] <=> $b['node'] ?: $a['vmid'] <=> $b['vmid']);
usort($lxcDetails, fn($a,$b) => $a['node'] <=> $b['node'] ?: $a['vmid'] <=> $b['vmid']);
// Node summary for both nodes
$nodeInfo = [];
if ($nodeStatus) {
$ns = $nodeStatus;
$nodeInfo['pve'] = [
'cpu_pct' => round(($ns['cpu'] ?? 0) * 100, 1),
'mem_pct' => ($ns['memory']['total'] ?? 0) > 0
? round($ns['memory']['used'] / $ns['memory']['total'] * 100, 1) : 0,
'mem_used_gb' => round(($ns['memory']['used'] ?? 0) / 1073741824, 1),
'mem_total_gb' => round(($ns['memory']['total'] ?? 0) / 1073741824, 1),
'uptime' => fmtUptime((int)($ns['uptime'] ?? 0)),
'disk_used_gb' => round(($ns['rootfs']['used'] ?? 0) / 1073741824, 1),
'disk_total_gb'=> round(($ns['rootfs']['total'] ?? 0) / 1073741824, 1),
];
}
@@ -79,13 +110,14 @@ if (PROXMOX_HOST !== '10.48.200.X' && PROXMOX_TOKEN_VAL !== 'YOUR_TOKEN_VALUE_HE
'configured' => true,
'node' => PROXMOX_NODE,
'node_status' => $nodeStatus,
'node_info' => $nodeInfo,
'vms' => $vmDetails,
'containers' => $lxcDetails,
'vm_count' => count($vmDetails),
'ct_count' => count($lxcDetails),
'cached_at' => date('c'),
]);
echo '[cache] Proxmox: ' . count($vmDetails) . ' VMs, ' . count($lxcDetails) . " CTs cached\n";
echo '[cache] Proxmox: ' . count($vmDetails) . ' VMs, ' . count($lxcDetails) . " CTs cached (both nodes)\n";
}
// ── Home Assistant ────────────────────────────────────────────────────────