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<?php
/*
* Trims a value, then compares it to several 'null' possibilities
* if it is a null, returns empty string, otherwise returns value
*/
function cleanUpDMIValue( $value ) {
$value = trim( $value );
switch (strtolower( $value )) {
case 'unknown':
case 'unspecified' :
case 'not available':
case 'to be filled by o.e.m.':
case 'not specified': return '';
}
return $value;
}
/*
* Read value from array of hash, return array of "$outputKey\tvalue" for each entry found
* If nothing found, returns empty array
* if $unique is true, returns first non-empty value found
* if $outputKey is not defined, uses $key
*/
function getDMIInformation( $data, $type, $key, $outputKey = '', $unique = true ) {
$return = array();
foreach ( $data[$type] as $handle ) {
if ( isset( $handle[$key]) ) {
$a = cleanUpDMIValue( $handle[$key] );
if ( $a ) {
$return[] = ( $outputKey ? $outputKey : $key ) . "\t" . $a;
if ( $unique ) {
return $return;
}
}
}
}
return $return;
}
/*
* adds $value to array
* if $value is scalar, simply adds it
* if $value is array, adds every row
* returns modified array
*/
function addData( $array, $value ) {
if ( $value ) {
switch (gettype( $value ) ) {
case 'array' : foreach ( $value as $thisVal ) {
$array[] = $thisVal;
}
break;
case 'boolean' :
case 'integer' :
case 'double' :
case 'string' : $array[] = $value;
} // switch
}
return $array;
} //addData
/*
* Function will take an array of lines representing the output of a dmidecode file
* and pick and choose the values we want to put into CAMP attributes.
* It will return an array of key/value pairs to be added into the attributes table
*
* NOTE: this is a summary of values we decided to store. dmidecode files have a lot of
* additional information we chose not to include
*
*/
function dmidecode2array( $contents ) {
// allows us to group the dmi types by function. not implemented
$dmiGroups = array(
"bios" => "0,13",
"system" => "1,12,15,23,32",
"baseboard" => "2,10,41",
"chassis" => "3",
"processor" => "4",
"memory" => "5,6,16,17",
"cache" => "7",
"connector" => "8",
"slot" => "9"
);
// This contains the standard DMI types, ie no OEM stuff. For reference, not used in code
$standardDMITypes = array(
"0" => "BIOS",
"1" => "System",
"2" => "Baseboard",
"3" => "Chassis",
"4" => "Processor",
"5" => "Memory Controller",
"6" => "Memory Module",
"7" => "Cache",
"8" => "Port Connector",
"9" => "System Slots",
"10" => "On Board Devices",
"11" => "OEM Strings",
"12" => "System Configuration Options",
"13" => "BIOS Language",
"14" => "Group Associations",
"15" => "System Event Log",
"16" => "Physical Memory Array",
"17" => "Memory Device",
"18" => "32-bit Memory Error",
"19" => "Memory Array Mapped Address",
"20" => "Memory Device Mapped Address",
"21" => "Built-in Pointing Device",
"22" => "Portable Battery",
"23" => "System Reset",
"24" => "Hardware Security",
"25" => "System Power Controls",
"26" => "Voltage Probe",
"27" => "Cooling Device",
"28" => "Temperature Probe",
"29" => "Electrical Current Probe",
"30" => "Out-of-band Remote Access",
"31" => "Boot Integrity Services",
"32" => "System Boot",
"33" => "64-bit Memory Error",
"34" => "Management Device",
"35" => "Management Device Component",
"36" => "Management Device Threshold Data",
"37" => "Memory Channel",
"38" => "IPMI Device",
"39" => "Power Supply",
"40" => "Additional Information",
"41" => "Onboard Devices Extended Information",
"42" => "Management Controller Host Interface"
);
// verify this is something we can work with, First line should be the version of dmidecode found
if ( preg_match('/dmidecode ([0-9.]+)/', $contents[0], $results) ) {
$dmidecodeVersion = $results[1];
} else {
return "Not a valid dmidecode file";
}
// first, let's parse it into a hash
$currentHandle = '';
$currentType;
$data = array();
for ( $i = 0; $i < count($contents); $i++ ) {
if ( preg_match('/^Handle ([0-9a-zx]+).*DMI type[^0-9]*(\d+),/i', $contents[$i], $outputArray) ) {
//print "matched\n"; print_r($outputArray); die;
$currentType = $outputArray[2];
$currentHandle = $outputArray[1];
if ( isset( $standardDMITypes[$currentType] ) || array_key_exists( $currentType,$standardDMITypes ) ) {
$name = $contents[$i+1];
$data[$currentType][$currentHandle]['name'] = $name;
$i += 2; // skip the line with the name, and go to the next line
} else {
$currentType = $currentHandle = '';
}
}
if ( $currentHandle && preg_match('/^\s+(.*):\s+(.*)$/i', $contents[$i], $outputArray) ) {
$data[$currentType][$currentHandle][$outputArray[1]] = $outputArray[2];
}
}
# well, we have at least one entry, so let's go
$return = array();
// manufacturer info
$return = addData( $return, getDMIInformation( $data, '1','Manufacturer' ) );
$return = addData( $return, getDMIInformation( $data, '1','Product Name', 'Model' ) );
$return = addData( $return, getDMIInformation( $data, '1','Serial Number' ) );
$return = addData( $return, getDMIInformation( $data, '1','UUID' ) );
// physical machine
$return = addData( $return, getDMIInformation( $data, '3','Type', 'Enclosure Type' ) );
$return = addData( $return, getDMIInformation( $data, '3','Asset Tag', 'Enclosure Asset Tag' ) );
$return = addData( $return, getDMIInformation( $data, '3','Height', 'Enclosure Height' ) );
// firmware version
$return = addData( $return, getDMIInformation( $data, '0','Vendor', 'Firmware Vendor' ) );
$return = addData( $return, getDMIInformation( $data, '0','Release Date', 'Firmware Release' ) );
$return = addData( $return, getDMIInformation( $data, '0','Version', 'Firmware Version' ) );
$return = addData( $return, getDMIInformation( $data, '0','Firmware Revision', 'Firmware Revision' ) );
// processor information. NOTE: assumes all sockets populated and all processors the saem
if ( isset( $data['4'] ) ) // count the number of sockets
$return[] = "CPU Count\t" . count( $data['4'] );
$return = addData( $return, getDMIInformation( $data, '4','Family', 'CPU Family' ) );
$return = addData( $return, getDMIInformation( $data, '4','Manufacturer', 'CPU Manufacturer' ) );
$return = addData( $return, getDMIInformation( $data, '4','Version', 'CPU Version' ) );
$return = addData( $return, getDMIInformation( $data, '4','Current Speed', 'CPU Speed' ) );
$return = addData( $return, getDMIInformation( $data, '4','Core Count', 'CPU Cores (ea)' ) );
$return = addData( $return, getDMIInformation( $data, '4','Thread Count', 'CPU Threads (ea)' ) );
/*
* memory information. We want details on each slot for this, so we have to go through each entry, one at a time.
* For readability, we also want to take several values and turn them into one human
* readable string for each socket. So, we go through each entry in the memory socket, determine if it is populated
* then concat it together for a pretty output
*/
if ( isset( $data['17'] ) ) {
$return[] = "Memory Slots\t" . count( $data['17'] );
$totalRAM = 0; // we'll accumulate the total size as we find slots populated
foreach ( $data['17'] as $entry ) { // type 17 has one entry for every DIMM slot
$mem = array(); // fill this up with the values we want to turn into a string, then we'll implode it into the string
$mem[] = trim($entry['Locator'] ? $entry['Locator'] : ($entry['Bank Locator'] ? $entry['Bank Locator'] : '' ));
if ( $entry['Size'] == 'No Module Installed' ) {
$mem[] = 'Unpopulated';
} else {
$mem[] = trim($entry['Size']); // size can be kilo, meg, gig, tera, so convert it to mega
if ( preg_match('/(\d+)\s+(GB|MB|TB|kb)/i', $entry['Size'] , $outputArray) ) {
switch ( strtolower( $outputArray[2] ) ) {
case 'gb' :
$outputArray[1] *= 1024;
break;
case 'tb' :
$outputArray[1] *= 1024 * 1024;
break;
case 'kb' :
$outputArray[1] /= 1024;
break;
}
$totalRAM += $outputArray[1];
}
$mem[] = trim($entry['Form Factor']);
$mem[] = trim($entry['Type']);
$mem[] = trim($entry['Data Width']);
if ( isset( $entry['Configured Clock Speed']) && isset($entry['Speed']) && cleanUpDMIValue($entry['Configured Clock Speed']) && cleanUpDMIValue($entry['Speed']) )
$mem[] = cleanUpDMIValue($entry['Configured Clock Speed'] . '/' . cleanUpDMIValue($entry['Speed']) );
if ( isset($entry['Manufacturer']) && cleanUpDMIValue($entry['Manufacturer']) )
$mem[] = cleanUpDMIValue($entry['Manufacturer']);
if ( isset($entry['Part Number']) && cleanUpDMIValue( $entry['Part Number'] ) )
$mem[] = 'p/n ' . cleanUpDMIValue($entry['Part Number']);
if ( isset($entry['Serial Number']) && trim($entry['Serial Number']) != 'Not Specified' )
$mem[] = 's/n ' . cleanUpDMIValue($entry['Serial Number']);
}
$return[] = "Memory\t" . implode( ', ', $mem );
}
$return[] = "Memory Total\t$totalRAM MB";
}
/*
* power supplies. Most workstations will not even have an entry here, but for servers we will have details on each individual
* power supply, including the part number, serial number, etc..., so like memory, we want a detailed listing with a human
* readable string for each psu
*/
if ( isset( $data['39'] ) ) {
$return[] = "Power Supply Count\t" . count( $data['39'] );
foreach ( $data['39'] as $entry ) {
if ( preg_match('/^Present/i', $entry['Status'] ) ) {
$psu = array();
$psu[] = trim($entry['Name']);
$psu[] = trim($entry['Max Power Capacity']);
$psu[] = trim($entry['Manufacturer']);
$psu[] = 'p/n ' . trim($entry['Model Part Number']);
$psu[] = 's/n ' . trim($entry['Serial Number']);
$return[] = "Power Supply\t" . implode( ', ', $psu );
}
}
}
return array( $return );
} // dmidecode2array
$filename = $argv[1];
if ( $filename ) {
$contents = file( $filename, FILE_IGNORE_NEW_LINES | FILE_SKIP_EMPTY_LINES );
$out = dmidecode2array( $contents );
print_r( $out );
} else {
print "You must pass the file as the first command line parameter\n";
}