= $D) return $d;
return $days[0];
}
function find_month($M) {
global $months, $Y;
if ($M > 12) {$M = 1; $Y++;}
if ($months[0] == '*') return $M;
foreach ($months as $m) if ($m >= $M) return $m;
return $months[0];
}
function today($D) {
global $days, $M, $Y;
if ($days[0]=='*') return date('w',mktime(0,0,0,$M,$D,$Y));
for ($d = $D; $d < $D+7; $d++) {
$day = date('w',mktime(0,0,0,$M,$d,$Y));
if (in_array($day,$days)) return $day;
}
}
function next_day($D) {
return find_day(($D+1)%7);
}
function last_day() {
global $M, $Y;
return date('t',mktime(0,0,0,$M,1,$Y));
}
function mkdate($D, $s) {
global $M, $Y;
if ($s > last_day()) {$s = 1; $M = find_month($M+1);}
for ($d = $s; $d < $s+7; $d++) if ($D == date('w',mktime(0,0,0,$M,$d,$Y))) return $d;
}
function stage($i) {
global $h, $m, $D, $M, $Y, $time, $now;
if ($i < 0) {
$d = $now ? $D : today(1);
$s = $now ? date('j',$time) : 1;
$D = mkdate($d, $s);
$t = mktime($h,$m,0,$M,$D,$Y)-$time; // first day
if ($t < 0) {
$D = mkdate(next_day($d), $s+1);
$t = mktime($h,$m,0,$M,$D,$Y)-$time; // next day
}
if ($t < 0) {
$s += 7;
if ($s > last_day()) {
$s -= last_day();
$M = find_month($M+1);
}
$D = mkdate(today($d), $s);
$t = mktime($h,$m,0,$M,$D,$Y)-$time; // next week
}
} else {
$d = $i ? ($now ? $D : today($i)) : today(last_day()-6);
$s = $i ?: last_day()-6;
$D = mkdate($d, $s);
$t = mktime($h,$m,0,$M,$D,$Y)-$time; // first day
if ($t < 0) {
$D = mkdate(next_day($d), $s);
$t = mktime($h,$m,0,$M,$D,$Y)-$time; // next day
}
if ($t < 0) {
$M = find_month($M+1);
$s = $i ?: last_day()-6;
$D = mkdate(today($s), $s);
$t = mktime($h,$m,0,$M,$D,$Y)-$time; // next month
}
if ($t < 0) {
$Y++;
$M = find_month(1);
$s = $i ?: last_day()-6;
$D = mkdate(today($s), $s);
$t = mktime($h,$m,0,$M,$D,$Y)-$time; // next year
}
}
return $t;
}
function device_name(&$disk) {
global $path;
switch ($disk['type']) {
case 'Extra' :
case 'Parity': $type = $disk['rotational'] ? 'disk' : 'nvme'; break;
case 'Data' :
case 'Cache' : $type = $disk['rotational'] ? ($disk['luksState'] ? 'disk-encrypted' : 'disk') : 'nvme'; break;
}
$name = my_disk($disk['name']);
[$p1,$p2] = explode(' ',$name);
$name = _($p1).($p2?" $p2":"");
return " $name";
}
function device_status(&$disk, &$error, &$warning) {
global $var;
if (disk['type']!='Extra' && $var['fsState']=='Stopped') {
$color = 'green'; $text = 'off-line';
} else switch ($disk['color']) {
case 'green-on' : $color = 'green'; $text = 'active'; break;
case 'green-blink' : $color = 'grey'; $text = 'standby'; break;
case 'blue-on' : $color = 'blue'; $text = 'unassigned'; break;
case 'blue-blink' : $color = 'grey'; $text = 'unassigned'; break;
case 'yellow-on' : $color = 'yellow'; $text = 'emulated'; $warning++; break;
case 'yellow-blink': $color = 'grey'; $text = 'emulated'; $warning++; break;
case 'red-on' : $color = 'red'; $text = 'disabled'; $error++; break;
case 'red-blink' : $color = 'grey'; $text = 'disabled'; $error++; break;
case 'red-off' : $color = 'red'; $text = 'faulty'; $error++; break;
case 'grey-off' : $color = 'grey'; $text = 'no device'; break;
}
return ""._($text);
}
function device_temp(&$disk, &$red, &$orange) {
$spin = strpos($disk['color'],'blink')===false;
$temp = $disk['temp'];
$hot = $disk['hotTemp'] ?? $_POST['hot'];
$max = $disk['maxTemp'] ?? $_POST['max'];
$top = $_POST['top'] ?? 120;
$heat = false; $color = 'green';
if (exceed($temp,$max,$top)) {
$heat = 'fire'; $color = 'red'; $red++;
} elseif (exceed($temp,$hot,$top)) {
$heat = 'fire'; $color = 'orange'; $orange++;
}
return ($spin && $temp>0) ? "".my_unit($temp,$_POST['unit'])."".($heat ? "" : "") : "*";
}
function device_smart(&$disk, &$fail, &$smart) {
global $numbers,$saved;
if (!$disk['device'] || strpos($disk['color'],'blink')) return "-";
$failed = ['FAILED','NOK'];
$name = $disk['name'];
$select = get_value($name,'smSelect',0);
$level = get_value($name,'smLevel',1);
$events = explode('|',get_value($disk,'smEvents',$numbers));
$title = '';
$thumb = 'thumbs-o-up';
$text = _('healthy');
$color = 'green';
$file = "state/smart/$name";
if (file_exists("$file") && exec("grep -Pom1 '^SMART.*: \K[A-Z]+' ".escapeshellarg($file)." |tr -d '\n' 2>/dev/null", $ssa) && in_array("$ssa",$failed)) {
$title = "S.M.A.R.T health-check failed\n"; $thumb = 'thumbs-o-down'; $color = 'red'; $text = 'fail'; $fail++;
} else {
if (empty($saved["smart"]["$name.ack"])) {
exec("awk 'NR>7{print $1,$2,$4,$6,$9,$10}' ".escapeshellarg($file)." 2>/dev/null", $codes);
foreach ($codes as $code) {
if (!$code || !is_numeric($code[0])) continue;
list($id,$class,$value,$thres,$when,$raw) = explode(' ',$code);
$failing = strpos($when,'FAILING_NOW')!==false;
if (!$failing && !in_array($id,$events)) continue;
if ($failing || ($select ? $thres>0 && $value<=$thres*$level : $raw>0)) $title .= normalize($class,$failing?$when:$raw);
}
if ($title) {$thumb = 'thumbs-o-down'; $color = 'orange'; $text = _('error'); $smart++;} else $title = _('No errors reported')."\n";
}
}
$title .= _('Click for context menu');
return "$text";
}
function device_usage(&$disk, &$full, &$high) {
$text = $_POST['text'];
$used = ($disk['type']!='Parity' && $disk['type']!='Extra' && $disk['fsStatus']=='Mounted') ? (($disk['fsSize'] ? round((1-$disk['fsFree']/$disk['fsSize'])*100):0).'%') : false;
if ($used) {
if ($text==2 || $text==21) {
$load = substr($used,0,-1);
$critical = $disk['critical'] ?? $_POST['critical'];
$warning = $disk['warning'] ?? $_POST['warning'];
if ($critical > 0 && $load >= $critical) {$class = 'redbar'; $full++;}
elseif ($warning > 0 && $load >= $warning) {$class = 'orangebar'; $high++;}
else $class = 'greenbar';
}
else
$class = false;
return $text%10==0 ? $used : "$used
";
}
else
return $text%10==0 ? "-" : "-
";
}
function array_group($type,$pool=false) {
global $disks,$error,$warning,$red,$orange,$fail,$smart,$full,$high;
foreach ($disks as $disk) if ($disk['type']==$type && strpos($disk['status'],'DISK_NP')===false && (!$pool||$pool==prefix($disk['name']))) {
echo " | ";
echo "".device_name($disk)." | ";
echo "".device_status($disk,$error,$warning)." | ";
echo "".device_temp($disk,$red,$orange)." | ";
echo "".device_smart($disk,$fail,$smart)." | ";
echo "".device_usage($disk,$full,$high)." | ";
echo " |
";
}
}
function extra_group() {
global $disks,$error,$warning,$red,$orange,$fail,$smart,$full,$high;
foreach ($disks as $disk) {
$name = $disk['name'];
$disk['type'] = "Extra";
$disk['color'] = $disk['spundown']=="0" ? 'blue-on' : 'blue-blink';
echo " | ";
echo "".device_name($disk)." | ";
echo "".device_status($disk,$error,$warning)." | ";
echo "".device_temp($disk,$red,$orange)." | ";
echo "".device_smart($disk,$fail,$smart)." | ";
echo "".device_usage($disk,$full,$high)." | ";
echo " |
";
}
}
switch ($_POST['cmd']) {
case 'array':
$path = $_POST['path'];
$var = (array)parse_ini_file('state/var.ini');
$disks = (array)array_filter(parse_ini_file('state/disks.ini',true),'active_disks');
$saved = @(array)parse_ini_file('state/monitor.ini',true);
require_once "$docroot/webGui/include/CustomMerge.php";
require_once "$docroot/webGui/include/Preselect.php";
$error = $warning = $red = $orange = $fail = $smart = $full = $high = 0;
array_group('Parity');
array_group('Data');
echo "\0".($error+$warning)."\0".($red+$orange)."\0".($fail+$smart)."\0".($full+$high);
break;
case 'cache':
$path = $_POST['path'];
$var = (array)parse_ini_file('state/var.ini');
$disks = (array)parse_ini_file('state/disks.ini',true);
$saved = @(array)parse_ini_file('state/monitor.ini',true);
require_once "$docroot/webGui/include/CustomMerge.php";
require_once "$docroot/webGui/include/Preselect.php";
$error = $warning = $red = $orange = $fail = $smart = $full = $high = 0;
foreach (pools_filter($disks) as $pool) if ($disks[$pool]['devices']) {
array_group('Cache',$pool);
echo "\0".($error+$warning)."\0".($red+$orange)."\0".($fail+$smart)."\0".($full+$high)."\r";
}
break;
case 'extra':
$path = $_POST['path'];
$var = (array)parse_ini_file('state/var.ini');
$disks = (array)parse_ini_file('state/devs.ini',true);
$saved = @(array)parse_ini_file('state/monitor.ini',true);
require_once "$docroot/webGui/include/CustomMerge.php";
require_once "$docroot/webGui/include/Preselect.php";
$error = $warning = $red = $orange = $fail = $smart = $full = $high = 0;
extra_group();
echo "\0".($error+$warning)."\0".($red+$orange)."\0".($fail+$smart)."\0".($full+$high);
break;
case 'sys':
exec("grep -Po '^Mem(Total|Available):\s+\K\d+' /proc/meminfo",$memory);
exec("df /boot /var/log /var/lib/docker|grep -Po '\d+%'",$sys);
$mem = max(round((1-$memory[1]/$memory[0])*100),0);
echo "{$mem}%\0".implode("\0",$sys);
break;
case 'fan':
exec("sensors -uA 2>/dev/null|grep -Po 'fan\d_input: \K\d+'",$rpms);
if ($rpms) echo implode(" RPM\0",$rpms).' RPM';
break;
case 'port':
$i = 0;
$ports = explode(',',$_POST['ports']);
switch ($_POST['view']) {
case 'main':
foreach ($ports as $port) {
$int = "/sys/class/net/$port";
$mtu = file_get_contents("$int/mtu");
$link = file_get_contents("$int/carrier")==1;
if (substr($port,0,4)=='bond') {
if ($link) {
$bond_mode = str_replace('Bonding Mode: ','',file("/proc/net/bonding/$port",FILE_IGNORE_NEW_LINES|FILE_SKIP_EMPTY_LINES)[1]);
$ports[$i++] = "$bond_mode, mtu $mtu";
} else $ports[$i++] = "bond down";
} elseif ($port=='lo') {
$ports[$i++] = $link ? "loopback" : "not set";
} else {
if ($link) {
$speed = file_get_contents("$int/speed");
$duplex = file_get_contents("$int/duplex");
$ports[$i++] = "$speed Mbps, $duplex duplex, mtu $mtu";
} else $ports[$i++] = "interface down";
}
}
break;
case 'port':
foreach ($ports as $port) {
$int = "/sys/class/net/$port";
$rx_bytes = file_get_contents("$int/statistics/rx_bytes");
$tx_bytes = file_get_contents("$int/statistics/tx_bytes");
$ports[$i++] = "{$rx_bytes}\0{$tx_bytes}";
}
break;
case 'link':
foreach ($ports as $port) {
$int = "/sys/class/net/$port";
$rx_errors = file_get_contents("$int/statistics/rx_errors");
$rx_drops = file_get_contents("$int/statistics/rx_dropped");
$rx_fifo = file_get_contents("$int/statistics/rx_fifo_errors");
$tx_errors = file_get_contents("$int/statistics/tx_errors");
$tx_drops = file_get_contents("$int/statistics/tx_dropped");
$tx_fifo = file_get_contents("$int/statistics/tx_fifo_errors");
$ports[$i++] = "Errors: {$rx_errors}
Drops: {$rx_drops}
Overruns: {$rx_fifo}\0Errors: {$tx_errors}
Drops: {$tx_drops}
Overruns: {$tx_fifo}";
}
break;
}
echo implode("\0",$ports);
break;
case 'speed':
$int = "/sys/class/net/{$_POST['port']}";
$rx_new = (float)file_get_contents("$int/statistics/rx_bytes");
$tx_new = (float)file_get_contents("$int/statistics/tx_bytes");
$time_new = microtime(true);
$time_old = (float)$_POST['timestamp'];
$rx_old = (float)$_POST['rx_bytes'];
$tx_old = (float)$_POST['tx_bytes'];
if ($time_old) {
$rx_speed = my_scale(($rx_new-$rx_old)/($time_new-$time_old)*8,$unit,1,-1).' '.str_replace('B','b',$unit).'ps';
$tx_speed = my_scale(($tx_new-$tx_old)/($time_new-$time_old)*8,$unit,1,-1).' '.str_replace('B','b',$unit).'ps';
} else $rx_speed = $tx_speed = '---';
echo "$rx_speed\0$tx_speed\0$time_new\0$rx_new\0$tx_new";
break;
case 'status':
$var = parse_ini_file("state/var.ini");
$disks = parity_filter(parse_ini_file('state/disks.ini',true));
$parity_slots = count($disks);
$parity_disabled = $parity_invalid = 0;
foreach ($disks as $disk) {
if (strpos($disk['status'],"DISK_NP")===0) $parity_disabled++;
elseif (strpos($disk['status'],"DISK_INVALID")===0) $parity_invalid++;
}
if ($var['mdResync']==0) {
if ($parity_slots==$parity_disabled) {
echo ""._('Parity disk'.($parity_slots==1?'':'s')." not present")."";
} elseif ($parity_slots > $parity_invalid) {
if ($parity_invalid==0) {
echo ""._('Parity is valid')."";
} else {
echo ""._('Parity is degraded').": $parity_invalid "._('invalid device'.($parity_invalid==1?'':'s'))."";
}
} else {
if (empty($var['mdInvalidDisk'])) {
echo ""._('Parity is invalid')."";
} else {
echo ""._('Data is invalid')."";
}
}
} else {
$mode = '';
$number = $_POST['number'] ?? '.,';
if (strstr($var['mdResyncAction'],"recon")) {
$mode = 'Parity-Sync/Data-Rebuild';
} elseif (strstr($var['mdResyncAction'],"clear")) {
$mode = 'Clearing';
} elseif ($var['mdResyncAction']=="check") {
$mode = 'Read-Check';
} elseif (strstr($var['mdResyncAction'],"check")) {
$mode = 'Parity-Check';
}
echo ""._($mode).' '._('in progress').'... '._('Completed').': '.number_format(($var['mdResyncPos']/($var['mdResync']/100+1)),1,$number[0],$number[1])." %.";
}
break;
case 'parity':
extract(parse_plugin_cfg('dynamix', true));
$var = parse_ini_file("state/var.ini");
$time = $_POST['time'];
$idle = $var['mdResync']==0;
if ($var['sbSyncExit']!=0) {
echo sprintf(_('Last check incomplete on **%s**'),_(my_time($var['sbSynced2']).day_count($var['sbSynced2']),0)).'
'.sprintf(_('Finding **%s** error'.($var['sbSyncErrs']==1?'':'s')),$var['sbSyncErrs']?:'0');
echo " "._('Error code').": ".my_error($var['sbSyncExit']);
} elseif ($var['sbSynced']==0) {
list($date,$duration,$speed,$status,$error) = last_parity_log();
if (!$date) {
echo _('Parity has not been checked yet');
} elseif ($status==0) {
echo sprintf(_('Last checked on **%s**'),_(my_time($date).day_count($date),0)).'
'.sprintf(_('Finding **%s** error'.($error==1?'':'s')),$error?:'0');
echo " "._('Duration').": ".my_check($duration,$speed);
} else {
echo sprintf(_('Last check incomplete on **%s**'),_(my_time($date).day_count($date),0)).'
'.sprintf(_('Finding **%s** error'.($error==1?'':'s')),$error?:'0');
echo " "._('Error code').": ".my_error($status);
}
} elseif ($var['sbSynced2']==0) {
if ($idle) {
list($entry,$duration,$speed,$status,$error) = explode('|', read_parity_log($var['sbSynced'],!$idle));
if ($status==0) {
echo sprintf(_('Last checked on **%s**'),_(my_time($var['sbSynced']).day_count($var['sbSynced']),0)).'
'.sprintf(_('Finding **%s** error'.($error==1?'':'s')),$error?:'0');
echo " "._('Duration').": ".my_check($duration,$speed);
} else {
echo sprintf(_('Last check incomplete on **%s**'),_(my_time($var['sbSynced']).day_count($var['sbSynced']),0)).'
'.sprintf(_('Finding **%s** error'.($error==1?'':'s')),$error?:'0');
echo " "._('Error code').": ".my_error($status);
}
} else {
echo sprintf(_('Current operation %s on **%s**'),($var['mdResync']?_('started'):_('paused')),_(my_time($var['sbUpdated']).day_count($var['sbSynced']),0)).'
'.sprintf(_('Finding **%s** error'.($var['sbSyncErrs']==1?'':'s')),$var['sbSyncErrs']?:'0');
echo "
"._('Elapsed time').": "._(my_clock(floor((time()-$var['sbUpdated'])/60)),2);
echo "
"._('Estimated finish').': '._(my_clock(round(((($var['mdResyncDt']*(($var['mdResync']-$var['mdResyncPos'])/($var['mdResyncDb']/100+1)))/100)/60),0)),2);
}
} else {
$status = 0;
$duration = $var['sbSynced2']-$var['sbSynced'];
$speed = $duration?my_scale($var['mdResyncSize']*1024/$duration,$unit,1)." $unit/sec":'';
echo sprintf(_('Last check completed on **%s**'),_(my_time($var['sbSynced2']).day_count($var['sbSynced2']),0)).'
'.sprintf(_('Finding **%s** error'.($var['sbSyncErrs']==1?'':'s')),$var['sbSyncErrs']?:'0');
echo " "._('Duration').': '.my_check($duration,$speed);
}
if ($idle) {
list($m,$h) = explode(' ', $parity['hour']);
$time = time();
switch ($parity['mode']) {
case 0: // check disabled
echo "\0";
echo " "._('Scheduled parity check is disabled');
return;
case 1: // daily check
$t = mktime($h,$m,0)-$time;
if ($t < 0) $t += 86400;
break;
case 2: // weekly check
$t = $parity['day']-date('w',$time);
if ($t < 0) $t += 7;
$t = mktime($h,$m,0)+$t*86400-$time;
if ($t < 0) $t += 86400*7;
break;
case 3: // monthly check
$D = $parity['dotm'];
$M = date('n',$time);
$Y = date('Y',$time);
$last = ($D == '28-31');
if ($last) $D = last_day();
$t = mktime($h,$m,0,$M,$D,$Y)-$time;
if ($t < 0) {
if ($M < 12) $M++; else {$M = 1; $Y++;}
if ($last) $D = last_day();
$t = mktime($h,$m,0,$M,$D,$Y)-$time;
}
break;
case 4: // yearly check
$D = $parity['dotm'];
$M = $parity['month'];
$Y = date('Y',$time);
$last = ($D == '28-31');
if ($last) $D = last_day();
$t = mktime($h,$m,0,$M,$D,$Y)-$time;
if ($t < 0) {
$Y++;
if ($last) $D = last_day();
$t = mktime($h,$m,0,$M,$D,$Y)-$time;
}
break;
case 5: // custom check
$days = explode(',',$parity['day']);
$months = explode(',',$parity['month']);
$today = date('w',$time);
$date = date('n',$time);
$D = find_day($today);
$M = find_month($date);
$Y = date('Y',$time);
$now = $M==$date;
if ($M < $date) $Y++;
switch ($parity['dotm']) {
case '*' : $t = stage(-1); break;
case 'W1': $t = stage(1); break;
case 'W2': $t = stage(8); break;
case 'W3': $t = stage(15); break;
case 'W4': $t = stage(22); break;
case 'WL': $t = stage(0); break;}
break;
}
echo "\0";
echo sprintf(_('Next check scheduled on **%s**'),_(strftime($_POST['time'],$time+$t),0));
echo "
"._('Due in').": "._(my_clock(floor($t/60)),2);
} else {
echo "\0";
}
break;
case 'shares':
$names = explode(',',$_POST['names']);
switch ($_POST['com']) {
case 'smb':
exec("LANG='en_US.UTF8' lsof -Owl /mnt/disk[0-9]* 2>/dev/null|awk '/^shfs/ && \$0!~/\.AppleD(B|ouble)/ && \$5==\"REG\"'|awk -F/ '{print \$4}'",$lsof);
$counts = array_count_values($lsof); $count = [];
foreach ($names as $name) $count[] = $counts[$name] ?? 0;
echo implode("\0",$count);
break;
}
break;
}