22593a06c3
RADIUS MAC (user's ask — auto-follows equipment swaps): ops_airos.php resolves the service's radius_user (device→service) and reads the latest radacct session → callingstationid = current CPE MAC (auto-updated on WPA2-RADIUS re-auth) and nasipaddress = the AP IP (reliable — replaces the flaky radio-MAC guess). Verified on Bryson: RADIUS shows the current MAC and a *different* MAC 2 days prior (proving the swap was auto-tracked). EquipmentDetail flags a RADIUS≠stored MAC mismatch with a 1-click "Mettre à jour" (updateDoc) — manual serial/MAC edit (InlineField) stays. The RADIUS DB isn't reachable from the hub (no GRANT) → done via the F bridge. Live client-ethernet throughput (F parity): ops_airos returns eth0 rx/tx byte counters + ts; EquipmentDetail's wireless panel gets a "Débit en direct" toggle that polls every ~6s (self-rescheduling, no overlap) and draws ▼download/▲upload sparklines (eth0 tx=download, rx=upload). Verified live: ↓8.0/↑1.9 kbps on Bryson. Also: AP link now uses the reliable nasipaddress; signal tiles keep interval coloring. Deployed (hub + F bridge + SPA index.27375132); leak-check 0. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
187 lines
10 KiB
PHP
187 lines
10 KiB
PHP
<?php
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/**
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* ops_airos.php — Pont LECTURE Ops → signal LIVE d'un CPE sans-fil (airOS/Cambium) via status.cgi.
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* Déployé SUR facturation.targo.ca (seul hôte qui joint le réseau des CPE). Gaté X-Ops-Token (= ops_reassign.php).
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* Read-only : ne fait qu'interroger status.cgi du CPE. Port du device_ajax/airos_ac_ajax.php de F.
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*
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* GET/POST ?serial=<sn> | ?mac=<mac> | ?ip=<manage> | ?device_id=<id> [&port=]
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* header X-Ops-Token: <OPS_TOKEN>
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* → { ok, source:"f", device_model, device_name, version, ssid, frequency, tx_power, mac_ap,
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* signal, signal_ap, ccq, tx_rate, rx_rate, airmax_capacity_uplink, airmax_capacity_downlink,
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* connection_time, if_speed_lan0, if_speed_lan1 }
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*
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* Anti-SSRF : on ne curl QUE l'IP `manage` d'une ligne `device` réellement provisionnée (jamais une IP brute
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* fournie par l'appelant sans correspondance en base).
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*/
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header('Content-Type: application/json; charset=utf-8');
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require __DIR__ . '/ops_secret.php'; // $OPS_TOKEN, $DB_USER, $DB_PASS
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@include_once __DIR__ . '/facturation/lib/mcrypt.php'; // mcrypt('decrypt', ...) — déchiffre device.pass (repli défaut usine si absent)
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$DB_HOST = '10.100.80.100';
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$DB_NAME = 'gestionclient';
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// RADIUS (WPA2) = source AUTORITAIRE de la MAC courante du CPE (auto-MàJ au remplacement, via callingstationid) +
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// IP de l'AP (nasipaddress). Mêmes creds que F airos_ac.php (le hub OPS n'a PAS le GRANT → passe par ce pont).
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$RADIUS_HOST = '10.5.2.25';
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$RADIUS_DB = 'radiusdb';
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$RADIUS_PASS = 'N0HAk4u$';
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function out($a, $c = 200) { http_response_code($c); echo json_encode($a, JSON_UNESCAPED_UNICODE); exit; }
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// ─── auth (mêmes secret + mécanisme que ops_reassign.php / ops_placemarks.php) ───
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$tok = $_SERVER['HTTP_X_OPS_TOKEN'] ?? ($_REQUEST['token'] ?? '');
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if (!is_string($tok) || !hash_equals($OPS_TOKEN, $tok)) out(['ok' => false, 'error' => 'forbidden'], 403);
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// ─── airOS status fetch (copié à l'identique de F device_ajax/airos_ac_ajax.php, + timeouts) ───
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function airOS_getFile_HTTPS($username, $password, $file, $address) {
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$ch = curl_init();
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curl_setopt($ch, CURLOPT_SSL_VERIFYPEER, 0);
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curl_setopt($ch, CURLOPT_SSL_VERIFYHOST, 0);
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curl_setopt($ch, CURLOPT_RETURNTRANSFER, 1);
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curl_setopt($ch, CURLOPT_COOKIEJAR, null);
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curl_setopt($ch, CURLOPT_CONNECTTIMEOUT, 6);
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curl_setopt($ch, CURLOPT_TIMEOUT, 15);
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curl_setopt($ch, CURLOPT_HTTPHEADER, array('Expect: '));
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// airOS >= 8.5 : POST /api/auth (récupère X-CSRF-ID) ; sinon repli /login.cgi
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curl_setopt($ch, CURLOPT_URL, "https://$address/api/auth");
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curl_setopt($ch, CURLOPT_POST, 1);
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curl_setopt($ch, CURLOPT_POSTFIELDS, array('username' => $username, 'password' => $password));
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curl_setopt($ch, CURLOPT_HEADER, 1);
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$response = curl_exec($ch);
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curl_setopt($ch, CURLOPT_HEADER, 0);
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if (curl_getinfo($ch, CURLINFO_HTTP_CODE) == 200) {
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preg_match('/X-CSRF-ID: .*/', substr($response, 0, curl_getinfo($ch, CURLINFO_HEADER_SIZE)), $XCSRFID);
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curl_setopt($ch, CURLOPT_URL, "https://$address/$file");
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curl_setopt($ch, CURLOPT_POST, 0);
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$retfile = curl_exec($ch);
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curl_setopt($ch, CURLOPT_URL, "https://$address/logout.cgi");
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curl_setopt($ch, CURLOPT_HTTPHEADER, array(trim($XCSRFID[0] ?? ''), 'X-AIROS-LUA: 1'));
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curl_setopt($ch, CURLOPT_POST, 1);
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curl_setopt($ch, CURLOPT_POSTFIELDS, array());
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curl_exec($ch);
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} else {
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curl_setopt($ch, CURLOPT_URL, "https://$address/login.cgi");
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curl_setopt($ch, CURLOPT_POST, 1);
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curl_setopt($ch, CURLOPT_POSTFIELDS, array('username' => $username, 'password' => $password));
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curl_exec($ch);
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curl_setopt($ch, CURLOPT_URL, "https://$address/$file");
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curl_setopt($ch, CURLOPT_POST, 0);
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$retfile = curl_exec($ch);
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}
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curl_close($ch);
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return $retfile;
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}
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function sec2t($n) {
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if (!is_numeric($n) || $n <= 0) return '';
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$n = (int)$n;
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return sprintf('%dd %02d:%02d:%02d', intdiv($n, 86400), intdiv($n % 86400, 3600), intdiv($n % 3600, 60), $n % 60);
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}
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// ─── résout la ligne device (creds + IP de gestion) : par sn, puis mac, puis manage=ip, puis id ───
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$serial = trim($_REQUEST['serial'] ?? $_REQUEST['sn'] ?? '');
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$mac = trim($_REQUEST['mac'] ?? '');
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$ip = trim($_REQUEST['ip'] ?? '');
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$device_id = (int)($_REQUEST['device_id'] ?? 0);
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$db = @new mysqli($DB_HOST, $DB_USER, $DB_PASS, $DB_NAME);
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if ($db->connect_errno) out(['ok' => false, 'error' => 'db_connect'], 500);
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$db->set_charset('utf8');
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$row = null;
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$fetch1 = function ($sql, $type, $val) use ($db) {
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$st = $db->prepare($sql); if (!$st) return null;
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$st->bind_param($type, $val); $st->execute();
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return $st->get_result()->fetch_assoc() ?: null;
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};
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$cols = 'id, category, manage, port, user, pass, sn, mac, model';
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if ($device_id) $row = $fetch1("SELECT $cols FROM device WHERE id=? LIMIT 1", 'i', $device_id);
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if (!$row && $serial !== '') $row = $fetch1("SELECT $cols FROM device WHERE sn=? AND manage<>'' LIMIT 1", 's', $serial);
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if (!$row && $mac !== '') $row = $fetch1("SELECT $cols FROM device WHERE mac=? AND manage<>'' LIMIT 1", 's', $mac);
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if (!$row && $ip !== '') $row = $fetch1("SELECT $cols FROM device WHERE manage=? LIMIT 1", 's', $ip);
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if (!$row) out(['ok' => false, 'error' => 'device introuvable (serial/mac/ip/device_id)'], 404);
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if (stripos((string)$row['category'], 'cambium') !== false)
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out(['ok' => false, 'error' => 'Cambium non supporté par ce pont (API différente)'], 200);
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$mip = trim((string)$row['manage']);
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if ($mip === '') out(['ok' => false, 'error' => 'aucune IP de gestion pour cet appareil'], 200);
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$port = (int)($_REQUEST['port'] ?? 0); if ($port <= 0) $port = (int)$row['port']; if ($port <= 0) $port = 2196;
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$addr = $mip . ':' . $port;
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$user = trim((string)$row['user']);
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$pwd = '';
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if (trim((string)$row['pass']) !== '' && function_exists('mcrypt')) { $pwd = @mcrypt('decrypt', $row['pass']); }
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if ($user === '' || $pwd === '' || $pwd === false) { $user = 'admin'; $pwd = 'N0HAk4u$'; } // repli = défaut usine F
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$j = airOS_getFile_HTTPS($user, $pwd, 'status.cgi', $addr);
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$s = $j ? json_decode($j, true) : null;
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if (!is_array($s) || !isset($s['host'])) out(['ok' => false, 'error' => 'CPE injoignable ou réponse invalide', 'addr' => $addr], 200);
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$idx = array('1x', '2x', '2x', '4x', '4x', '6x', '6x', '8x', '8x');
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$w = $s['wireless'] ?? array();
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$sta = $w['sta'][0] ?? array();
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$host = $s['host'] ?? array();
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$eth0 = null; $eth1 = null;
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foreach (($s['interfaces'] ?? array()) as $if) {
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if (($if['ifname'] ?? '') === 'eth0') $eth0 = $if['status'] ?? array();
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if (($if['ifname'] ?? '') === 'eth1') $eth1 = $if['status'] ?? array();
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}
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$lan = function ($st) { return ($st && !empty($st['plugged'])) ? (($st['speed'] ?? '?') . ' Mbps' . (!empty($st['duplex']) ? ' [Full]' : ' [Half]')) : 'unplugged'; };
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// signal : v8 = wireless.sta[0].signal ; v6 (NanoStation) = wireless.signal (top-niveau).
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$signal = $sta['signal'] ?? ($w['signal'] ?? null);
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// CCQ (Transmit) = 0-100 % ; certains firmwares exposent un champ hors échelle → on masque l'aberrant.
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$ccq = $sta['ccq'] ?? ($w['ccq'] ?? null);
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if ($ccq !== null && (!is_numeric($ccq) || $ccq < 0 || $ccq > 100)) $ccq = null;
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// RADIUS (WPA2) = MAC COURANTE du CPE (callingstationid, auto-MàJ au remplacement d'équipement) + IP de l'AP
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// (nasipaddress, fiable). On résout le radius_user via le service de l'appareil, puis la dernière session radacct.
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$radius_user = null; $radius_mac = null; $ap_ip = null;
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$stR = $db->prepare("SELECT radius_user FROM service WHERE device_id=? AND radius_user<>'' ORDER BY (status=1) DESC, id DESC LIMIT 1");
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if ($stR) { $stR->bind_param('i', $row['id']); $stR->execute(); $rr = $stR->get_result()->fetch_assoc(); if ($rr) $radius_user = $rr['radius_user']; }
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if ($radius_user) {
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$rdb = @new mysqli($RADIUS_HOST, $DB_USER, $RADIUS_PASS, $RADIUS_DB);
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if ($rdb && !$rdb->connect_errno) {
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$stx = $rdb->prepare("SELECT callingstationid, nasipaddress FROM radacct WHERE username=? ORDER BY radacctid DESC LIMIT 1");
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if ($stx) {
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$stx->bind_param('s', $radius_user); $stx->execute(); $rx = $stx->get_result()->fetch_assoc();
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if ($rx) {
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$cm = strtoupper(trim(str_replace('-', ':', (string)$rx['callingstationid'])));
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if (preg_match('/^([0-9A-F]{2}:){5}[0-9A-F]{2}$/', $cm)) $radius_mac = $cm;
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$nip = trim((string)$rx['nasipaddress']); if ($nip !== '' && $nip !== '0.0.0.0') $ap_ip = $nip;
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}
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}
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$rdb->close();
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}
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}
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// Repli AP IP si RADIUS muet : MAC radio de l'AP → ligne device (best-effort).
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if ($ap_ip === null) { $apmac = $w['apmac'] ?? ''; if ($apmac !== '') { $st = $db->prepare("SELECT manage FROM device WHERE (mac=? OR mac=?) AND manage<>'' LIMIT 1"); if ($st) { $macNC = str_replace(array(':', '-'), '', $apmac); $st->bind_param('ss', $apmac, $macNC); $st->execute(); $r2 = $st->get_result()->fetch_assoc(); if ($r2) $ap_ip = $r2['manage']; } } }
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$eth0b = $eth0 ?: array();
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out(array(
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'ok' => true, 'source' => 'f',
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'device_model' => $host['devmodel'] ?? null,
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'device_name' => $host['hostname'] ?? null,
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'version' => $host['fwversion'] ?? null,
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'ssid' => $w['essid'] ?? null,
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'frequency' => $w['frequency'] ?? null,
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'tx_power' => $w['txpower'] ?? null,
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'mac_ap' => $w['apmac'] ?? null,
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'ap_ip' => $ap_ip,
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'radius_user' => $radius_user,
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'radius_mac' => $radius_mac,
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'signal' => $signal,
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'signal_ap' => $sta['remote']['signal'] ?? null,
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'ccq' => $ccq,
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'tx_rate' => $idx[$w['tx_idx'] ?? -1] ?? null,
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'rx_rate' => $idx[$w['rx_idx'] ?? -1] ?? null,
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'airmax_capacity_uplink' => isset($sta['airmax']['uplink_capacity']) ? round($sta['airmax']['uplink_capacity'] / 1024, 2) : null,
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'airmax_capacity_downlink' => isset($sta['airmax']['downlink_capacity']) ? round($sta['airmax']['downlink_capacity'] / 1024, 2) : null,
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'connection_time' => sec2t($host['uptime'] ?? 0),
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'if_speed_lan0' => $lan($eth0),
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'if_speed_lan1' => $lan($eth1),
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// Compteurs d'octets eth0 (LAN client) → débit LIVE calculé côté OPS (Δoctets/Δs × 8). eth0 rx = upload, tx = download.
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'eth_rx_bytes' => isset($eth0b['rx_bytes']) ? (float) $eth0b['rx_bytes'] : null,
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'eth_tx_bytes' => isset($eth0b['tx_bytes']) ? (float) $eth0b['tx_bytes'] : null,
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'ts' => round(microtime(true) * 1000),
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));
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