fix(banded ssid): match embedded PPSK by name first, passphrase fallback

The sibling-update path on prod failed with "Embedded PPSK not found
by current passphrase" because the DB-stored x_passphrase on the
unedited band was stale — earlier manual edits (pre-1.8.1) only
touched one band, leaving the other band's row out of sync. When
rotation then tried to use that stale passphrase to find the entry,
no match.

updateEmbeddedPpsk now takes an optional $name parameter and tries it
first. PPSK names within a WLAN are unique, so name-matching survives
any passphrase drift caused by historical out-of-band edits.
Passphrase matching stays as a fallback for callers that don't have
a name (none currently — both rotation and the manual modal pass it).

v1.9.1.

Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
This commit is contained in:
2026-05-24 20:38:10 -04:00
parent 2be17c70db
commit 720e94c54a
4 changed files with 51 additions and 30 deletions

View File

@@ -1,7 +1,7 @@
{
"name": "dashboard/unifi",
"description": "UniFi network management, WiFi stats, and captive portal authentication for the Dashboard platform",
"version": "1.9.0",
"version": "1.9.1",
"type": "library",
"license": "MIT",
"autoload": {

View File

@@ -81,24 +81,22 @@ class RotatePasswords extends Command
try {
if (str_starts_with((string) $ppsk->unifi_id, 'emb_')) {
// Embedded PPSK: update inside the parent WLAN object.
// Synthetic ID is derived from the new passphrase, so update it too.
$unifi->updateEmbeddedPpsk($ppsk->wlan_id, $ppsk->x_passphrase, $newPass);
// Match by name (most reliable) — falls back to
// passphrase if name is missing.
$unifi->updateEmbeddedPpsk($ppsk->wlan_id, $ppsk->x_passphrase, $newPass, $ppsk->name);
$newUid = 'emb_' . substr(hash('sha256', $ppsk->wlan_id . ':' . $newPass), 0, 32);
$oldPass = $ppsk->x_passphrase;
$ppsk->update(['x_passphrase' => $newPass, 'unifi_id' => $newUid]);
// Sibling WLANs (same SSID name on a different band):
// their embedded PPSK with the same name also needs
// to rotate to the same new password so the SSID's
// 2.4/5GHz halves stay in sync.
// rotate the matching-name PPSK in each so the
// SSID's 2.4/5GHz halves stay in sync.
foreach ($unifi->getWlanSiblings($ppsk->wlan_id) as $siblingWlanId) {
$sibling = UnifiPpsk::where('wlan_id', $siblingWlanId)
->where('name', $ppsk->name)
->where('state', 'active')
->first();
$siblingOldPass = $sibling?->x_passphrase ?? $oldPass;
try {
$unifi->updateEmbeddedPpsk($siblingWlanId, $siblingOldPass, $newPass);
$unifi->updateEmbeddedPpsk($siblingWlanId, $sibling?->x_passphrase, $newPass, $ppsk->name);
if ($sibling) {
$sibling->update([
'x_passphrase' => $newPass,

View File

@@ -293,9 +293,9 @@ class WifiController extends Controller
if (! empty($unifiUpdate)) {
if (str_starts_with($record->unifi_id, 'emb_') && isset($unifiUpdate['x_passphrase'])) {
// Embedded PPSK update path — modify the WLAN's embedded array.
// Match by name (reliable across drift).
$newPass = $unifiUpdate['x_passphrase'];
$oldPass = $record->x_passphrase;
$unifi->updateEmbeddedPpsk($record->wlan_id, $oldPass, $newPass);
$unifi->updateEmbeddedPpsk($record->wlan_id, $record->x_passphrase, $newPass, $record->name);
$data['unifi_id'] = 'emb_' . substr(hash('sha256', $record->wlan_id . ':' . $newPass), 0, 32);
// Also update sibling WLANs (banded SSID — same name
@@ -305,9 +305,8 @@ class WifiController extends Controller
->where('name', $record->name)
->where('state', 'active')
->first();
$siblingOldPass = $sibling?->x_passphrase ?? $oldPass;
try {
$unifi->updateEmbeddedPpsk($siblingWlanId, $siblingOldPass, $newPass);
$unifi->updateEmbeddedPpsk($siblingWlanId, $sibling?->x_passphrase, $newPass, $record->name);
if ($sibling) {
$sibling->update([
'x_passphrase' => $newPass,

View File

@@ -538,7 +538,7 @@ class UnifiApiClient
* no controller-side ID. Only changes the entry's passphrase; name
* isn't separately addressable on embedded PPSKs.
*/
public function updateEmbeddedPpsk(string $wlanId, string $oldPassphrase, string $newPassphrase): array
public function updateEmbeddedPpsk(string $wlanId, ?string $oldPassphrase, string $newPassphrase, ?string $name = null): array
{
$wlanResp = $this->get("/rest/wlanconf/{$wlanId}");
$wlan = $wlanResp[0] ?? $wlanResp;
@@ -548,26 +548,50 @@ class UnifiApiClient
throw new \RuntimeException('WLAN has no embedded PPSKs to update.');
}
$matched = false;
foreach ($entries as &$e) {
$current = $e['x_passphrase'] ?? $e['password'] ?? $e['passphrase'] ?? null;
if ($current === $oldPassphrase) {
// Preserve whichever field name the controller is using.
// Match in this order — most reliable first:
// 1. by PPSK name (if provided) — survives passphrase drift
// caused by manual edits or previous out-of-sync rotations.
// 2. by current passphrase (legacy)
$applyUpdate = function (array &$e) use ($newPassphrase) {
if (array_key_exists('x_passphrase', $e)) $e['x_passphrase'] = $newPassphrase;
if (array_key_exists('password', $e)) $e['password'] = $newPassphrase;
if (array_key_exists('passphrase', $e)) $e['passphrase'] = $newPassphrase;
// If none of the above existed, default to password (most common on embedded).
if (! isset($e['x_passphrase']) && ! isset($e['password']) && ! isset($e['passphrase'])) {
$e['password'] = $newPassphrase;
}
};
$matched = false;
if ($name !== null && $name !== '') {
foreach ($entries as &$e) {
$entryName = $e['name'] ?? $e['label'] ?? $e['username'] ?? $e['privatePskName'] ?? null;
if ($entryName === $name) {
$applyUpdate($e);
$matched = true;
break;
}
}
unset($e);
}
if (! $matched && $oldPassphrase !== null && $oldPassphrase !== '') {
foreach ($entries as &$e) {
$current = $e['x_passphrase'] ?? $e['password'] ?? $e['passphrase'] ?? null;
if ($current === $oldPassphrase) {
$applyUpdate($e);
$matched = true;
break;
}
}
unset($e);
}
if (! $matched) {
throw new \RuntimeException('Embedded PPSK not found by current passphrase.');
throw new \RuntimeException(
'Embedded PPSK not found' .
($name !== null ? " by name \"{$name}\"" : '') .
' or by current passphrase.'
);
}
// UniFi REST expects the full WLAN object on PUT — send what we