Model:
M/B:
CPU:
=1000 && $cpuspeed[1]=='MHz') {
$cpuspeed[0] /= 1000;
$cpuspeed[1] = 'GHz';
}
echo "$cpumodel @ {$cpuspeed[0]}{$cpuspeed[1]}";
} else {
echo $cpumodel;
}
?>
HVM:
Enabled';
if (strpos($strCPUInfo, 'vmx') === false && strpos($strCPUInfo, 'svm') === false) {
// CPU doesn't support virtualzation
?>Not AvailableDisabled';
}
?>
IOMMU:
Enabled';
if (strpos($strCPUInfo, 'vmx') === false && strpos($strCPUInfo, 'svm') === false) {
// CPU doesn't support virtualzation so iommu would be impossible
?>Not AvailableDisabled';
}
?>
Cache:
Memory:
8 or 12 -> 16
*/
$memory_installed = exec("dmidecode -qt17|awk -F: '/^\tSize: [0-9]+ MB\$/{t+=\$2};/^\tSize: [0-9]+ GB\$/{t+=\$2*1024} END{print t}'");
list($memory_maximum,$ecc_support) = array_map('trim',explode('#',exec("dmidecode -qt16|awk -F: '/^\tMaximum Capacity: [0-9]+ GB\$/{t+=\$2*1024};/^\tError Correction Type:/{e=\$2} END{print t\"#\"e}'")));
if ($memory_installed >= 1024) {
$memory_installed /= 1024;
$memory_maximum /= 1024;
$unit = 'GB';
} else $unit = 'MB';
if ($memory_maximum < $memory_installed) {$memory_maximum = pow(2,ceil(log($memory_installed)/log(2))); $star = '*';} else $star = '';
echo "$memory_installed $unit ".($ecc_support == "None" ? "" : "$ecc_support ")."(max. installable capacity $memory_maximum $unit)$star";
?>
Network:
";
if ($port=='bond0') {
echo "$port: ".exec("grep -Pom1 '^Bonding Mode: \K.+' /proc/net/bonding/bond0").", mtu $mtu";
} else {
unset($info);
exec("ethtool ".escapeshellarg($port)."|grep -Po '^\s+(Speed|Duplex|Link\sdetected): \K[^U\\n]+'",$info);
echo (array_pop($info)=='yes' && $info[0]) ? "$port: ".str_replace(['M','G'],[' M',' G'],$info[0]).", ".strtolower($info[1])." duplex, mtu $mtu" : "$port: not connected";
}
}
?>
Kernel:
OpenSSL:
Uptime: