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<?php
class LocationUtil
{
/**
* @param array $overlapSelf List of locations which have subnet definitions that overlap with itself
* @param array $overlapOther List of location pairs which have overlapping subnets
*/
public static function getOverlappingSubnets(&$overlapSelf = false, &$overlapOther = false)
{
if ($overlapSelf === false && $overlapOther === false) {
return;
}
$locs = Location::getLocationsAssoc();
$subnets = Location::getSubnets();
if ($overlapSelf) {
$self = array();
}
if ($overlapOther) {
$other = array();
}
$cnt = count($subnets);
for ($i = 0; $i < $cnt; ++$i) {
for ($j = $i + 1; $j < $cnt; ++$j) {
if ($overlapSelf && $subnets[$i]['locationid'] === $subnets[$j]['locationid']
&& self::overlap($subnets[$i], $subnets[$j])
) {
$self[$subnets[$i]['locationid']] = $subnets[$i]['locationid'];
}
if ($overlapOther && $subnets[$i]['locationid'] !== $subnets[$j]['locationid']
&& self::overlap($subnets[$i], $subnets[$j])
) {
$a = min($subnets[$i]['locationid'], $subnets[$j]['locationid']);
$b = max($subnets[$i]['locationid'], $subnets[$j]['locationid']);
$other["$a|$b"] = array('lid1' => $subnets[$i]['locationid'], 'lid2' => $subnets[$j]['locationid']);
}
}
}
if ($overlapSelf) {
$overlapSelf = array();
foreach ($self as $entry) {
if (!isset($locs[$entry]))
continue;
$overlapSelf[]['locationname'] = $locs[$entry]['locationname'];
}
}
if ($overlapOther) {
$overlapOther = array();
foreach ($other as $entry) {
if (!isset($locs[$entry['lid1']]) && !isset($locs[$entry['lid2']]))
continue;
if (in_array($entry['lid1'], $locs[$entry['lid2']]['parents']) || in_array($entry['lid2'], $locs[$entry['lid1']]['parents']))
continue;
if (isset($locs[$entry['lid1']])) {
$entry['name1'] = $locs[$entry['lid1']]['locationname'];
}
if (isset($locs[$entry['lid2']])) {
$entry['name2'] = $locs[$entry['lid2']]['locationname'];
}
$overlapOther[] = $entry;
}
}
}
/**
* Get information about machines where the location assigned by roomplanner
* mismatches what the subnet configuration says.
* If $locationId is 0, return list of all locations where a mismatch occurs,
* grouped by the location the client was assigned to via roomplanner.
* Otherwise, just return an assoc array with the requested locationid, name
* and a list of all clients that are wrongfully assigned to that room.
*/
public static function getMachinesWithLocationMismatch(int $locationId = 0, bool $checkPerms = false): array
{
if ($checkPerms) {
if ($locationId !== 0) {
// Query details for specific location -- use assert and fake array
User::assertPermission('.roomplanner.edit', $locationId);
$roomplannerLocs = [$locationId];
} else {
// Query summary for all locations -- get actual list
$roomplannerLocs = User::getAllowedLocations('.roomplanner.edit');
}
if (User::hasPermission('subnets.edit')) {
$ipLocs = [0];
} else {
$ipLocs = User::getAllowedLocations('location.edit.subnets');
}
if (in_array(0, $ipLocs)) {
$ipLocs = true;
}
if (in_array(0, $roomplannerLocs)) {
$roomplannerLocs = true;
}
if ($ipLocs === true && $roomplannerLocs === true) {
$checkPerms = false; // User can do everything
} elseif ($ipLocs === true || $roomplannerLocs === true) {
$combinedLocs = true;
} else {
$combinedLocs = array_unique(array_merge($ipLocs, $roomplannerLocs));
}
}
if ($checkPerms && empty($combinedLocs))
return [];
if ($locationId === 0) {
if (!$checkPerms || $combinedLocs === true) {
$extra = 'IS NOT NULL';
$params = [];
} else {
$extra = 'IN (:locs)';
$params = ['locs' => $combinedLocs];
}
$query = "SELECT subnetlocationid, fixedlocationid
FROM machine WHERE fixedlocationid $extra";
} else {
$query = "SELECT machineuuid, hostname, clientip, subnetlocationid, fixedlocationid
FROM machine WHERE fixedlocationid = :locationid";
$params = ['locationid' => $locationId];
}
$res = Database::simpleQuery($query, $params);
$return = [];
$locs = false;
foreach ($res as $row) {
if (Location::isFixedLocationValid($row['fixedlocationid'], $row['subnetlocationid']))
continue;
$lid = (int)$row['fixedlocationid'];
if (!isset($return[$lid])) {
if ($locs === false) {
$locs = Location::getLocationsAssoc();
}
$return[$lid] = [
'locationid' => $lid,
'locationname' => $locs[$lid]['locationname'],
'clients' => [],
'count' => 0,
];
}
if ($locationId === 0) {
$return[$lid]['count']++;
} else {
$slid = (int)$row['subnetlocationid'];
$data = [
'machineuuid' => $row['machineuuid'],
'hostname' => $row['hostname'],
'clientip' => $row['clientip'],
];
if ($slid !== 0) {
$data += [
'iplocationid' => $slid,
'iplocationname' => $locs[$slid]['locationname'],
'ipisleaf' => empty($locs[$slid]['children']),
'canmove' => empty($locs[$slid]['children'])
&& (!$checkPerms || $ipLocs === true || in_array($slid, $ipLocs)), // Can machine be moved to subnet's locationid?
];
}
$return[$lid]['clients'][] = $data;
}
}
if (empty($return))
return $return;
if ($locationId === 0)
return array_values($return);
return $return[$locationId];
}
private static function overlap(array $net1, array $net2): bool
{
return ($net1['startaddr'] <= $net2['endaddr'] && $net1['endaddr'] >= $net2['startaddr']);
}
public static function rangeToLongVerbose(string $start, string $end): ?array
{
$result = self::rangeToLong($start, $end);
list($startLong, $endLong) = $result;
if ($startLong === false) {
Message::addWarning('main.value-invalid', 'start addr', $start);
}
if ($endLong === false) {
Message::addWarning('main.value-invalid', 'end addr', $start);
}
if ($startLong === false || $endLong === false)
return null;
if ($startLong > $endLong) {
Message::addWarning('main.value-invalid', 'range', $start . ' - ' . $end);
return null;
}
return $result;
}
/** @return array{0: int, 1: int} */
public static function rangeToLong(string $start, string $end): array
{
$startLong = ip2long($start);
$endLong = ip2long($end);
return array($startLong, $endLong);
}
}
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