diff options
| -rw-r--r-- | ubnt_unifi.php | 89 |
1 files changed, 85 insertions, 4 deletions
diff --git a/ubnt_unifi.php b/ubnt_unifi.php index 80d532e..a99b38a 100644 --- a/ubnt_unifi.php +++ b/ubnt_unifi.php @@ -211,7 +211,7 @@ function collect_netw_summary($inp,$host){ //network information $ret['g_vlabel'] = "bits in(-) / out(+) per second"; $ret['g_category'] = "Wl_netw_ap"; $ret['g_info'] = "ubnt_network"; - $ret['g_order'] = "rx_all tx_all rx_2g tx_2g rx_5g tx_5g"; + $ret['g_order'] = "unifi_rx_all unifi_tx_all unifi_rx_2g unifi_tx_2g unifi_rx_5g unifi_tx_5g"; } else { $ret['g_multi'] = "netw_".str_replace( array(".", ":"), "_" ,$controller); @@ -220,7 +220,7 @@ function collect_netw_summary($inp,$host){ //network information $ret['g_vlabel'] = "bits in(-) / out(+) per second"; $ret['g_category'] = "Wl_netw_all"; $ret['g_info'] = "ubnt_network"; - $ret['g_order'] = "rx_all tx_all rx_2g tx_2g rx_5g tx_5g"; + $ret['g_order'] = "unifi_rx_all unifi_tx_all unifi_rx_2g unifi_tx_2g unifi_rx_5g unifi_tx_5g"; } $ret['head'][0]['name'] = "rx_all"; @@ -369,6 +369,73 @@ return $ret; } +function collect_response_time($inp,$host){ //Calculates the response_time array from raw data + global $controller, $replace_chars, $hosts; + $ret = array(); + + if(isset($host) and $host !== null and $host != "" ){ + if(!array_key_exists($host, $inp)){ + return $ret; + } + $ret['g_multi'] = "ping_".str_replace( array(".", ":"), "_" ,$controller).".".str_replace( array(".", ":"), "_" ,$host); + $ret['g_controller'] = $controller; + $location = str_replace("\"", "", explode(": ", $inp[$host]["iso.3.6.1.2.1.1.6.0"])[1]); + if( $location != "Unknown" and $location != "" ){ $ret['g_title'] = "AP response time on: ".$location ; } // if the Location is not filled in Controller settings, use t + else { $ret['g_title'] = "AP response time on: ".$host; }; + $ret['g_vlabel'] = "Roundtrip time (seconds)"; + $ret['g_category'] = "wl_ping_ap"; + $ret['g_info'] = "ubnt_wireless"; +// $ret['g_order'] = 'unifi_ping_time'; + } else { + $ret['g_multi'] = "ping_".str_replace( array(".", ":"), "_" ,$controller); + $ret['g_controller'] = $controller; + $ret['g_title'] = "AP response time on: $controller (all)"; + $ret['g_vlabel'] = "Roundtrip time (seconds)"; + $ret['g_category'] = "Wl_ping_all"; + $ret['g_info'] = "ubnt_wireless"; + $ret['g_order'] = ''; + foreach($hosts as $key => $val){ //prints the host names on summary + $ret['g_order'] .= "unifi_ping_".str_replace( array(".", ":"), "_" ,$val)." "; + } + } + + + + if(isset($host) and $host !== null and $host != "" ){ // chunks the raw data to the current AP's data only + $temp = $inp; + unset($inp); + $inp = array($host => $temp[$host]); + unset($temp); + } + + + foreach($inp as $key => $val){ + +// if( (isset($host) and $host !== null and $host != "") ){ //Replace label's text on AP's graph +// $key = "time"; +// $label= "Response Time"; +// } else { +// $label = $key; +// } + $ret['head'][$key]['name'] = "ping_".str_replace( array(".", ":"), "_" ,$key); + $ret['head'][$key]['label'] = $key; + $ret['head'][$key]['draw'] = "LINE1.2"; + $ret['head'][$key]['info'] = "Response Time"; + $ret['head'][$key]['type'] = "GAUGE"; + $ret['head'][$key]['min'] = "0"; + + $ret['data'][$key]['name'] = "ping_".str_replace( array(".", ":"), "_" ,$key); + $ret['data'][$key]['value'] = round($val["response_time"], 7); + } + +return $ret; +} + + + + + + $hosts = explode(" ", $hosts); $netw = @explode('/', $devnetw)[0]; $mask = @explode('/', $devnetw)[1]; @@ -442,9 +509,12 @@ for ($p=0; $p<$maxproc; $p++){ //Starts child processes to retrieve SNMP data. unset($hosts[$key]); } if($val != "") { + $begin = microtime(TRUE); $raw[$val] = @snmp2_real_walk($val, "public", ".1.3.6.1.4.1.41112.1.6.1.2.1", $timeout*1000, $retry ); // wl network info + //$raw[$val]["response_time"] = abs($begin - microtime(TRUE)); // SNMP response time (msec) $raw[$val]["iso.3.6.1.2.1.1.6.0"] = @snmp2_get($val, "public", ".1.3.6.1.2.1.1.6.0", $timeout*1000, $retry ) ; // location info $raw[$val]["iso.3.6.1.2.1.1.1.0"] = @snmp2_get($val, "public", ".1.3.6.1.2.1.1.1.0", $timeout*1000, $retry ) ; // descr. info + $raw[$val]["response_time"] = abs($begin - microtime(TRUE)); //Microtime: return in mSec } if( !isset($raw[$val]["iso.3.6.1.4.1.41112.1.6.1.2.1.1.1"]) ){ unset($raw[$val]); @@ -503,7 +573,9 @@ shmop_close($shm); $hosts = $hostsr; //print_r($raw); //print_r($hosts); -//$test = collect_netw_summary($raw,"ap12.wireless.lan"); +//$test = collect_netw_summary($raw, "ap12.wireless.lan"); +//print_r($test); +//$test = collect_response_time($raw, "ap12.wireless.lan"); //print_r($test); if(!is_array($raw)){ @@ -519,9 +591,14 @@ if (isset($argv[1]) and $argv[1] == "config"){ // munin config print_header(collect_netw_summary($raw,null)); foreach($hosts as $key => $val){ print_header(collect_netw_summary($raw,$val)); + } + print_header(collect_response_time($raw,null)); + foreach($hosts as $key => $val){ + print_header(collect_response_time($raw,$val)); } + } else { // munin data print_data(collect_radio_summary($raw,null)); foreach($hosts as $key => $val){ @@ -531,10 +608,14 @@ if (isset($argv[1]) and $argv[1] == "config"){ // munin config foreach($hosts as $key => $val){ print_data(collect_netw_summary($raw,$val)); } - + print_data(collect_response_time($raw,null)); + foreach($hosts as $key => $val){ + print_data(collect_response_time($raw,$val)); + } } echo "\n"; ?> + |