function __construct($cfg)
{
snmp_set_quick_print(TRUE);
if ((string) $cfg->host !== '') {
$this->host = (string) $cfg->host;
}
if ((string) $cfg->port !== '') {
$this->port = intval((string) $cfg->port);
}
if ((string) $cfg->community !== '') {
$this->community = (string) $cfg->community;
}
foreach ($cfg->mib as $mib) {
snmp_read_mib((string) $mib);
}
}
<?php
/* Datapump - Devices from NMS to GTS (SNMP Version) */
error_reporting(E_ALL ^ E_NOTICE);
// Read in mib
snmp_read_mib("/usr/share/snmp/mibs/IDIRECT-REMOTE-MIB.txt");
// SNMP Query NMS Server
$a = snmp2_real_walk("204.9.216.250", "dcsatnetwork", "1.3.6.1.4.1.13732");
// Convert returned data to usable array
foreach ($a as $idx => $val) {
list($branch, $snmpid) = explode(".", $idx);
list($tree, $node) = explode("::", $branch);
list($type, $value) = explode(":", $val, 2);
switch ($node) {
case 'nmstate':
$netmodem[$snmpid][$node] = substr($value, strpos($value, "(") + 1, 1);
break;
default:
$netmodem[$snmpid][$node] = trim($value);
}
}
//print_r($netmodem);
foreach ($netmodem as $nm) {
if ($nm[typeid] == "remote(3)") {
echo "Target[" . $nm[nmid] . "]: downstreamtotalKiloBytes." . $nm[nmdid] . "&upstreamtotalKiloBytes." . $nm[nmdid] . ":dcsatnetwork@204.9.216.250:::::2 * 1000\n";
echo "MaxBytes[" . $nm[nmid] . "]: 100000\n";
echo "RouterName[" . $nm[nmid] . "]: nmname." . $nm[nmdid] . "\n";
echo "Title[" . $nm[nmid] . "]: " . $nm[nmname] . " Traffic\n";
echo "YLegend[" . $nm[nmid] . "]: Bits per Second\n";
echo "LegendI[" . $nm[nmid] . "]: Downstream:\n";
echo "LegendO[" . $nm[nmid] . "]: Upstream:\n";
function checkHost($host_id)
{
global $config, $start, $seed, $key;
// All time/dates will be stored in timestamps;
// Get Collector Lastrun Information
$storage_lastrun = read_config_option('mikrotik_storage_lastrun');
$trees_lastrun = read_config_option('mikrotik_trees_lastrun');
$users_lastrun = read_config_option('mikrotik_users_lastrun');
$queues_lastrun = read_config_option('mikrotik_queues_lastrun');
$interfaces_lastrun = read_config_option('mikrotik_interfaces_lastrun');
$processor_lastrun = read_config_option('mikrotik_processor_lastrun');
$wireless_aps_lastrun = read_config_option('mikrotik_wireless_aps_lastrun');
$wireless_reg_lastrun = read_config_option('mikrotik_wireless_reg_lastrun');
// Get Collection Frequencies (in seconds)
$storage_freq = read_config_option('mikrotik_storage_freq');
$trees_freq = read_config_option('mikrotik_trees_freq');
$users_freq = read_config_option('mikrotik_users_freq');
$queues_freq = read_config_option('mikrotik_queues_freq');
$interfaces_freq = read_config_option('mikrotik_interfaces_freq');
$processor_freq = read_config_option('mikrotik_processor_freq');
$wireless_aps_freq = read_config_option('mikrotik_wireless_aps_freq');
$wireless_reg_freq = read_config_option('mikrotik_wireless_reg_freq');
/* remove the key process and insert the set a process lock */
if (!empty($key)) {
db_execute("DELETE FROM plugin_mikrotik_processes WHERE pid={$key}");
}
db_execute("REPLACE INTO plugin_mikrotik_processes (pid, taskid) VALUES (" . getmypid() . ", {$seed})");
/* obtain host information */
$host = db_fetch_row("SELECT * FROM host WHERE id={$host_id}");
if (function_exists('snmp_read_mib')) {
debug('Function snmp_read_mib() EXISTS!');
snmp_read_mib($config['base_path'] . '/plugins/mikrotik/MIKROTIK-MIB.txt');
} else {
putenv('MIBS=all');
}
collect_system($host);
if (runCollector($start, $users_lastrun, $users_freq)) {
collect_users($host);
// Remove old records
db_execute_prepared('DELETE FROM plugin_mikrotik_users WHERE userType=0 AND name RLIKE "' . read_config_option('mikrotik_user_exclusion') . '" AND present = 0 AND host_id = ? AND last_seen < FROM_UNIXTIME(UNIX_TIMESTAMP()-' . read_config_option('mikrotik_user_exclusion_ttl') . ')', array($host['id']));
}
if (runCollector($start, $trees_lastrun, $trees_freq)) {
collect_trees($host);
}
if (runCollector($start, $queues_lastrun, $queues_freq)) {
collect_queues($host);
collect_pppoe_users_api($host);
}
if (runCollector($start, $interfaces_lastrun, $interfaces_freq)) {
collect_interfaces($host);
}
if (runCollector($start, $processor_lastrun, $processor_freq)) {
collect_processor($host);
}
if (runCollector($start, $storage_lastrun, $storage_freq)) {
collect_storage($host);
}
if (runCollector($start, $wireless_aps_lastrun, $wireless_aps_freq)) {
collect_wireless_aps($host);
}
if (runCollector($start, $wireless_reg_lastrun, $wireless_reg_freq)) {
collect_wireless_reg($host);
}
if (!function_exists('snmp_read_mib')) {
putenv('MIBS=');
}
/* remove the process lock */
db_execute('DELETE FROM plugin_mikrotik_processes WHERE pid=' . getmypid());
}
<?php
if (!empty($_SERVER['HTTP_X_REQUESTED_WITH']) && strtolower($_SERVER['HTTP_X_REQUESTED_WITH']) == 'xmlhttprequest') {
$time = microtime(1);
snmp_read_mib("mibs/DFL860E_A1_FW_v2.27.03.25-MIB.txt");
$servers = array('10.10.1.213' => array(), '10.10.10.213' => array(), '10.10.11.213' => array(), '10.10.12.213' => array(), '10.11.2.13' => array());
$cols = array('Name', 'CurrentBps');
$names = array();
$measure = isset($_GET['m']) ? $_GET['m'] : null;
$bpsDiv = $measure == 'B' ? 8 : 1;
$bpsPrefix = $measure == 'B' ? 'B' : 'b';
foreach ($servers as $server => $info) {
$data = snmp2_walk($server, "1234567890", "dfl860eRules");
for ($i = 0, $l = count($data) / 3; $i < $l; $i++) {
$key = explode(': ', $data[$i + $l], 2);
$val = explode(': ', $data[$i + $l * 2], 2);
$servers[$server][$key[1]] = $val[1];
}
}
echo json_encode($servers);
die;
}
?>
<html>
<head>
<meta charset="utf-8">
<meta http-equiv="X-UA-Compatible" content="IE=edge">
<meta name="viewport" content="width=device-width, initial-scale=1">
<title>DFL-860e Rule overview</title>
<link rel="stylesheet" href="logger/assets/css/bootstrap.min.css">
<link rel="stylesheet" href="logger/assets/css/bootstrap-datetimepicker.min.css" />
<?php require_once dirname(__FILE__) . '/snmp_include.inc'; echo "Checking error handling\n"; var_dump(snmp_read_mib()); var_dump(snmp_read_mib(dirname(__FILE__) . '/cannotfindthisfile')); echo "Checking working\n"; var_dump(snmp_read_mib($mibdir . '/SNMPv2-MIB.txt'));
