/**
* Override the parent
*
* @return Array
*/
public function poll_macAddress()
{
$_ret_from_parent = parent::poll_macAddress();
if (count($_ret_from_parent) > 0) {
return $_ret_from_parent;
}
// return
$_ret = [];
$snmp = new \App\Lnms\Snmp($this->node->ip_address, $this->node->snmp_comm_ro);
// walk OID_dot1dTpFdbPort
$walk_dot1dTpFdbPort = $snmp->walk(OID_dot1dTpFdbPort);
if (count($walk_dot1dTpFdbPort) == 0) {
// not found macAddress
return $_ret;
}
// oid.macDec(6) = portIndex
// - portIndex = 0 // management port
// - no vlanIndex in this mib, so assume VLAN 1
foreach ($walk_dot1dTpFdbPort as $key1 => $portIndex) {
$tmp1 = explode('.', str_replace(OID_dot1dTpFdbPort . '.', '', $key1));
$macAddress = sprintf("%02s", dechex($tmp1[0])) . ':' . sprintf("%02s", dechex($tmp1[1])) . ':' . sprintf("%02s", dechex($tmp1[2])) . ':' . sprintf("%02s", dechex($tmp1[3])) . ':' . sprintf("%02s", dechex($tmp1[4])) . ':' . sprintf("%02s", dechex($tmp1[5]));
$port = \App\Port::where('node_id', $this->node->id)->where('portIndex', $portIndex)->first();
$vlan = \App\Vlan::where('node_id', $this->node->id)->where('vlanIndex', 1)->first();
if ($port && $vlan) {
// found port and vlan
$_ret[] = ['table' => 'macs', 'action' => 'sync', 'key' => ['node_id' => $this->node->id, 'port_id' => $port->id, 'vlan_id' => $vlan->id], 'data' => ['macAddress' => $macAddress]];
}
}
return $_ret;
}
/**
* poller ipAddress
*
* @return Array
*/
public function poll_ipAddress()
{
// return
$_ret = [];
$snmp = new \App\Lnms\Snmp($this->node->ip_address, $this->node->snmp_comm_ro);
// walk OID_ipAdEntIfIndex
$walk_ipAdEntIfIndex = $snmp->walk(OID_ipAdEntIfIndex);
if (count($walk_ipAdEntIfIndex) == 0 || $walk_ipAdEntIfIndex === false) {
// not found ipAddress
return $_ret;
}
// walk netmask
$walk_ipAdEntNetMask = $snmp->walk(OID_ipAdEntNetMask);
// oid.ipAddress(4) = ifIndex
foreach ($walk_ipAdEntIfIndex as $key1 => $ifIndex) {
$ipAddress = str_replace(OID_ipAdEntIfIndex . '.', '', $key1);
$netmask = explode('.', $walk_ipAdEntNetMask[OID_ipAdEntNetMask . '.' . $ipAddress]);
if (count($netmask) == 4) {
$masks = substr_count(decbin($netmask[0]), 1) + substr_count(decbin($netmask[1]), 1) + substr_count(decbin($netmask[2]), 1) + substr_count(decbin($netmask[3]), 1);
} else {
$masks = 0;
}
$port = \App\Port::where('node_id', $this->node->id)->where('ifIndex', $ifIndex)->first();
if ($port) {
// found port and vlan
$_ret[] = ['table' => 'ips', 'action' => 'sync', 'key' => ['node_id' => $this->node->id, 'port_id' => $port->id], 'data' => ['ipAddress' => $ipAddress, 'masks' => $masks]];
}
}
return $_ret;
}
/**
* poller routeDest
*
* @return Array
*/
public function poll_routeDest()
{
// return
$_ret = [];
$snmp = new \App\Lnms\Snmp($this->node->ip_address, $this->node->snmp_comm_ro);
// walk ipRouteIfIndex
$walk_ipRouteIfIndex = $snmp->walk(OID_ipRouteIfIndex);
if (count($walk_ipRouteIfIndex) == 0) {
// not found route
return $_ret;
}
//
$walk_ipRouteNextHop = $snmp->walk(OID_ipRouteNextHop);
$walk_ipRouteType = $snmp->walk(OID_ipRouteType);
$walk_ipRouteProto = $snmp->walk(OID_ipRouteProto);
$walk_ipRouteMask = $snmp->walk(OID_ipRouteMask);
// oid.routeDest = ifIndex
foreach ($walk_ipRouteIfIndex as $key1 => $ifIndex) {
$routeDest = str_replace(OID_ipRouteIfIndex . '.', '', $key1);
$routeNextHop = $walk_ipRouteNextHop[OID_ipRouteNextHop . '.' . $routeDest];
$routeType = $walk_ipRouteType[OID_ipRouteType . '.' . $routeDest];
$routeProto = $walk_ipRouteProto[OID_ipRouteProto . '.' . $routeDest];
$netmask = explode('.', $walk_ipRouteMask[OID_ipRouteMask . '.' . $routeDest]);
$routeMasks = substr_count(decbin($netmask[0]), 1) + substr_count(decbin($netmask[1]), 1) + substr_count(decbin($netmask[2]), 1) + substr_count(decbin($netmask[3]), 1);
$port = \App\Port::where('node_id', $this->node->id)->where('ifIndex', $ifIndex)->first();
if ($port) {
// found port
$_ret[] = ['table' => 'routes', 'action' => 'sync', 'key' => ['node_id' => $this->node->id, 'port_id' => $port->id, 'routeDest' => $routeDest, 'routeMasks' => $routeMasks], 'data' => ['routeNextHop' => $routeNextHop, 'routeType' => $routeType, 'routeProto' => $routeProto]];
}
}
return $_ret;
}
/**
* poller macAddress
*
* @return Array
*/
public function poll_macAddress()
{
// return
$_ret = [];
$snmp = new \App\Lnms\Snmp($this->node->ip_address, $this->node->snmp_comm_ro);
// walk OID_dot1qTpFdbPort
$walk_dot1qTpFdbPort = $snmp->walk(OID_dot1qTpFdbPort);
if (count($walk_dot1qTpFdbPort) == 0) {
// not found macAddress
return $_ret;
}
// dot1qTpFdbPort.vlanIndex.macDec = portIndex
foreach ($walk_dot1qTpFdbPort as $key1 => $portIndex) {
$tmp1 = explode('.', str_replace(OID_dot1qTpFdbPort . '.', '', $key1));
$vlanIndex = $tmp1[0];
$macAddress = sprintf("%02s", dechex($tmp1[1])) . ':' . sprintf("%02s", dechex($tmp1[2])) . ':' . sprintf("%02s", dechex($tmp1[3])) . ':' . sprintf("%02s", dechex($tmp1[4])) . ':' . sprintf("%02s", dechex($tmp1[5])) . ':' . sprintf("%02s", dechex($tmp1[6]));
//print "$vlanIndex $macAddress = $portIndex<br>";
$port = \App\Port::where('node_id', $this->node->id)->where('portIndex', $portIndex)->first();
$vlan = \App\Vlan::where('node_id', $this->node->id)->where('vlanIndex', $vlanIndex)->first();
if ($port && $vlan) {
// found port and vlan
$_ret[] = ['table' => 'macs', 'action' => 'sync', 'key' => ['node_id' => $this->node->id, 'port_id' => $port->id, 'vlan_id' => $vlan->id], 'data' => ['macAddress' => $macAddress]];
}
}
return $_ret;
}
/**
* Execute the console command.
*
* @return mixed
*/
public function fire()
{
//
$option_interval = $this->option('interval');
$option_status = $this->option('status');
if ($option_status == 'A') {
// poll all
$pollings = \App\Polling::where('table_name', 'ports')->where('interval', $option_interval)->get();
} else {
// poll only status = 'Y'
$pollings = \App\Polling::where('table_name', 'ports')->where('status', 'Y')->where('interval', $option_interval)->get();
}
foreach ($pollings as $polling) {
$port = \App\Port::findOrFail($polling->table_id);
if ($port->poll_enabled == 'Y' || $option_status == 'A') {
$poll_class = '\\App\\Lnms\\' . $port->node->poll_class . '\\' . $polling->poll_class;
$poll_object = new $poll_class($port->node);
$poll_method = $polling->poll_method;
$poller_result = $poll_object->{$poll_method}($port->ifIndex);
for ($i = 0; $i < count($poller_result); $i++) {
if ($poller_result[$i]['table'] == 'pds') {
unset($poller_result[$i]['key']);
$poller_result[$i]['key'] = ['polling_id' => $polling->id, 'timestamp' => \Carbon\Carbon::now()];
}
switch ($poller_result[$i]['action']) {
case 'insert':
// insert new
if (isset($poller_result[$i]['key'])) {
\DB::table($poller_result[$i]['table'])->insert(array_merge($poller_result[$i]['key'], $poller_result[$i]['data']));
} else {
\DB::table($poller_result[$i]['table'])->insert($poller_result[$i]['data']);
}
break;
case 'sync':
case 'update':
// query existing data by key
$poll_db = \DB::table($poller_result[$i]['table']);
foreach ($poller_result[$i]['key'] as $poll_key => $poll_value) {
$poll_db = $poll_db->where($poll_key, $poll_value);
}
if ($poll_db->count() > 0) {
// update
\DB::table($poller_result[$i]['table'])->where('id', $poll_db->first()->id)->update($poller_result[$i]['data']);
} else {
if ($poller_result[$i]['action'] == 'sync') {
// just insert for 'sync'
if (isset($poller_result[$i]['key'])) {
\DB::table($poller_result[$i]['table'])->insert(array_merge($poller_result[$i]['key'], $poller_result[$i]['data']));
} else {
\DB::table($poller_result[$i]['table'])->insert($poller_result[$i]['data']);
}
}
}
// TODO : detect and delete removed Port from DB
break;
}
}
}
}
}
/**
* Execute the console command.
*
* @return mixed
*/
public function fire()
{
// delay to prevent run the same time with another job
sleep($this->argument('endIfIndex') % 2 * 30 + 5);
//print \Carbon\Carbon::now() . ' Start ';
//print $this->name . '(' . $this->argument('endIfIndex') . ') ';
//print "\n";
$start_timestamp = time();
// now test poll only ethernet(6) Up
$ports = \App\Port::where('ifType', '6')->where('ifOperStatus', '1')->where('ifIndex', 'LIKE', '%' . $this->argument('endIfIndex'))->where('poll_enabled', 'Y')->orderBy('ifIndex')->get();
$counter = 0;
foreach ($ports as $port) {
if ($port->node->ping_success == 100 && $port->node->snmp_success == 100 && $port->node->snmp_version > 0) {
$snmp = new \App\Lnms\Snmp($port->node->ip_address, $port->node->snmp_comm_ro, $port->node->snmp_version);
if ($port->node->snmp_version == 2) {
$oid_input = OID_ifHCInOctets;
$oid_output = OID_ifHCOutOctets;
} else {
$oid_input = OID_ifInOctets;
$oid_output = OID_ifOutOctets;
}
$get_result = $snmp->get([$oid_input . '.' . $port->ifIndex, $oid_output . '.' . $port->ifIndex]);
$current_timestamp = time();
$diff_timestamp = $current_timestamp - $start_timestamp;
//print \Carbon\Carbon::now() . ' ';
//print $this->name . '(' . $this->argument('endIfIndex') . ') ';
//print $counter . ' (' . $diff_timestamp . ' s.) - ';
//print $port->node->ip_address . ' ' . $port->ifIndex . ' = ';
if ($get_result) {
// get ok
//print $get_result[$oid_input . '.' . $port->ifIndex] . ' / ';
//print $get_result[$oid_output . '.' . $port->ifIndex] . ' ';
if ((int) $get_result[$oid_input . '.' . $port->ifIndex] > 0 || (int) $get_result[$oid_output . '.' . $port->ifIndex] > 0) {
$octet = \App\Octet::Create(['port_id' => $port->id, 'timestamp' => \Carbon\Carbon::now(), 'input' => $get_result[$oid_input . '.' . $port->ifIndex], 'output' => $get_result[$oid_output . '.' . $port->ifIndex]]);
} else {
//print ' *** get error *** ';
// disable polling
$port->poll_enabled = 'N';
$port->save();
}
} else {
// get errors
//print ' *** cannot get the value *** ';
// disable polling
$port->poll_enabled = 'N';
$port->save();
}
//print "\n";
}
$counter++;
}
$current_timestamp = time();
$total_runtime = $current_timestamp - $start_timestamp;
//print \Carbon\Carbon::now() . ' Stop ';
print \Carbon\Carbon::now() . ' ';
print $this->name . '(' . $this->argument('endIfIndex') . ') ';
print $counter . ' records, ';
print 'runtime = ' . $total_runtime . " s.\n";
}
public function search_result()
{
$searchterm = Input::get('searchterm');
$cruises = Cruise::where('name', 'LIKE', '%' . $searchterm . '%')->get();
//$cruises = Cruise::first();
$port = Port::all();
return view('partial.partial_search', ['cruises' => $cruises, 'port' => $port]);
}
/**
* Display the specified resource.
*
* @param int $id
* @return \Illuminate\Http\Response
*/
public function show($id)
{
$cruise = Cruise::find($id);
$cabins = Cabin::where('ship_id', $cruise->ship_id)->get();
$port = Port::all();
$cabin_type = Cruise_Cabin_Type::where('cruise_id', $cruise->id)->get();
return view("pages.cruises_show", compact('cruise', 'cabins', 'port', 'cabin_type'));
}
public function create_helper_confirmation()
{
$cruiseid = Input::get('cruiseid');
$cabinid = Input::get('cabinid');
$cruise = Cruise::findOrFail($cruiseid);
$ship = Ship::findOrFail($cruise->ship_id);
$cabin = Cabin::where('id', $cabinid)->first();
$port = Port::all();
$cabin_type = Cruise_Cabin_Type::where('cruise_id', $cruise->id)->get();
return view('partial.partial_confirmation', compact('cruise', 'ship', 'cabin', 'port', 'cabin_type'));
}
public function multipleUpdate(Request $request)
{
for ($i = 0; $i < count($request->all()); $i++) {
$this->validate($request, [$i . '.description' => 'string', $i . '.data' => 'numeric', $i . '.vlan' => 'numeric']);
$port = Port::where('id', $request->input($i . '.id'))->first();
$port->data = $request->input($i . '.data') ? $request->input($i . '.data') : null;
$port->vlan = $request->input($i . '.vlan') ? $request->input($i . '.vlan') : null;
$port->description = $request->input($i . '.description') ? $request->input($i . '.description') : null;
$port->save();
}
}
/**
* poller bssidName
*
* @return Array
*/
public function poll_bssidName()
{
// return
$_ret = [];
$snmp = new \App\Lnms\Snmp($this->node->ip_address, $this->node->snmp_comm_ro);
// walk cd11IfAuxSsid
$walk_cd11IfAuxSsid = $snmp->walk(OID_cd11IfAuxSsid);
if (count($walk_cd11IfAuxSsid) == 0) {
// not found cd11IfAuxSsid
return $_ret;
}
//
$walk_cd11IfPhyMacSpecification = $snmp->walk(OID_cd11IfPhyMacSpecification);
$walk_cd11IfPhyDsssMaxCompatibleRate = $snmp->walk(OID_cd11IfPhyDsssMaxCompatibleRate);
$walk_cd11IfPhyDsssCurrentChannel = $snmp->walk(OID_cd11IfPhyDsssCurrentChannel);
// oid.ifIndex.bssidIndex = bssidName
foreach ($walk_cd11IfAuxSsid as $key1 => $bssidName) {
$tmp1 = explode('.', str_replace(OID_cd11IfAuxSsid . '.', '', $key1));
$ifIndex = $tmp1[0];
$bssidIndex = $tmp1[1];
// TODO: find out which index to use, whether ifIndex or bssidIndex
if (isset($walk_cd11IfPhyMacSpecification[OID_cd11IfPhyMacSpecification . '.' . $ifIndex])) {
$bssidSpec = $walk_cd11IfPhyMacSpecification[OID_cd11IfPhyMacSpecification . '.' . $ifIndex];
} else {
$bssidSpec = 0;
}
if (isset($walk_cd11IfPhyDsssMaxCompatibleRate[OID_cd11IfPhyDsssMaxCompatibleRate . '.' . $ifIndex])) {
// units : 500 Kb per second
// cast to int Mbps
$bssidMaxRate = (int) (0.5 * $walk_cd11IfPhyDsssMaxCompatibleRate[OID_cd11IfPhyDsssMaxCompatibleRate . '.' . $ifIndex]);
} else {
$bssidMaxRate = 0;
}
if (isset($walk_cd11IfPhyDsssCurrentChannel[OID_cd11IfPhyDsssCurrentChannel . '.' . $ifIndex])) {
$bssidCurrentChannel = $walk_cd11IfPhyDsssCurrentChannel[OID_cd11IfPhyDsssCurrentChannel . '.' . $ifIndex];
} else {
$bssidCurrentChannel = 0;
}
$port = \App\Port::where('node_id', $this->node->id)->where('ifIndex', $ifIndex)->first();
if ($port) {
// found port
// 'port_id' => $port->id,
$_ret[] = ['table' => 'bssids', 'action' => 'sync', 'key' => ['node_id' => $this->node->id, 'bssidIndex' => $bssidIndex], 'data' => ['bssidMacAddress' => $port->ifPhysAddress, 'bssidName' => $bssidName, 'bssidSpec' => $bssidSpec, 'bssidMaxRate' => $bssidMaxRate, 'bssidCurrentChannel' => $bssidCurrentChannel]];
}
}
return $_ret;
}
/**
* Override the parent
*
* @return Array
*/
public function poll_vlanMember($vlanIndex = '')
{
$_ret_from_parent = parent::poll_vlanMember();
if (count($_ret_from_parent) > 0) {
return $_ret_from_parent;
}
// TODO: cannot find another way to walk vlanMember on HP Switch
// so now, assume every ports are assigned in VLAN 1
// return
$_ret = [];
$mVlan = \App\Vlan::where('node_id', $this->node->id)->where('vlanIndex', 1)->first();
$mVlans[] = $mVlan->id;
//
$mPorts = \App\Port::where('node_id', $this->node->id)->where('portIndex', '>', 0)->get();
foreach ($mPorts as $mPort) {
$mPort->vlans()->sync($mVlans);
}
return $_ret;
}
/**
* poller clientMacAddress
*
* @return Array
*/
public function poll_clientMacAddress()
{
// return
$_ret = [];
$snmp = new \App\Lnms\Snmp($this->node->ip_address, $this->node->snmp_comm_ro);
// walk coDot11StationMACAddress
$walk_coDot11StationMACAddress = $snmp->walk(OID_Colubris_coDot11StationMACAddress);
if (count($walk_coDot11StationMACAddress) == 0 || $walk_coDot11StationMACAddress === false) {
// not found coDot11StationMACAddress
return $_ret;
}
// oid.ifIndex.clientIndex
foreach ($walk_coDot11StationMACAddress as $key1 => $clientMacHex) {
$clientMacAddress = str_replace(' ', ':', $clientMacHex);
$clientSuffix = str_replace(OID_Colubris_coDot11StationMACAddress . '.', '', $key1);
$tmp1 = explode('.', $clientSuffix);
$ifIndex = $tmp1[0];
$clientIndex = $tmp1[1];
// find port_id
$port = \App\Port::where('node_id', $this->node->id)->where('ifIndex', $ifIndex)->first();
if ($port) {
// find bssid
$bssid = \App\Bssid::where('node_id', $this->node->id)->where('port_id', $port->id)->first();
//
$clientDetails = $snmp->get([OID_Colubris_coDot11StationIPAddress . '.' . $clientSuffix, OID_Colubris_coDot11SignalLevel . '.' . $clientSuffix]);
if (isset($clientDetails[OID_Colubris_coDot11StationIPAddress . '.' . $clientSuffix])) {
$clientIpAddress = $clientDetails[OID_Colubris_coDot11StationIPAddress . '.' . $clientSuffix];
} else {
$clientIpAddress = null;
}
if (isset($clientDetails[OID_Colubris_coDot11SignalLevel . '.' . $clientSuffix])) {
$clientSignalStrength = $clientDetails[OID_Colubris_coDot11SignalLevel . '.' . $clientSuffix];
} else {
$clientSignalStrength = null;
}
if ($bssid) {
// found bssid
$_ret[] = ['table' => 'bds', 'action' => 'insert', 'key' => ['node_id' => $this->node->id, 'bssid_id' => $bssid->id, 'clientMacAddress' => $clientMacAddress, 'timestamp' => \Carbon\Carbon::now()], 'data' => ['clientIpAddress' => $clientIpAddress, 'clientSignalStrength' => $clientSignalStrength, 'clientBytesReceived' => 0, 'clientBytesSent' => 0]];
}
}
}
return $_ret;
}
/**
*
*/
public function octets_data($id)
{
if (\Request::has('date')) {
$q_date = \Request::get('date');
} else {
$q_date = strftime("%Y-%m-%d");
}
$port = \App\Port::findOrFail($id);
$octets = \App\Octet::where('port_id', $id)->where('timestamp', '>', $q_date)->orderBy('timestamp')->limit(288)->get();
//
$prev_timestamp = 0;
$prev_input = 0;
$prev_output = 0;
$avg_input = [];
$avg_output = [];
foreach ($octets as $data) {
$diff_timestamp = strtotime($data->timestamp) - $prev_timestamp;
$diff_input = $data->input - $prev_input;
$diff_output = $data->output - $prev_output;
if ($diff_input < 0) {
$diff_input = $diff_input + 4294967296;
}
if ($diff_output < 0) {
$diff_output = $diff_output + 4294967296;
}
if ($prev_input != 0 && $diff_timestamp > 0 && $diff_input >= 0 && $diff_output >= 0) {
// convert byte to bit
$in_avg5 = (int) (8 * ($diff_input / $diff_timestamp));
$out_avg5 = (int) (8 * ($diff_output / $diff_timestamp));
$avg_input[] = array(strtotime($data->timestamp) * 1000, $in_avg5);
$avg_output[] = array(strtotime($data->timestamp) * 1000, $out_avg5);
}
// next
$prev_timestamp = strtotime($data->timestamp);
$prev_input = $data->input;
$prev_output = $data->output;
}
$response[] = array('data' => $avg_input, 'label' => 'Inbound', 'color' => 'lightgreen', 'lines' => array('show' => 'true', 'fill' => 'true', 'fillColor' => 'lightgreen'));
$response[] = array('data' => $avg_output, 'label' => 'Outbound', 'color' => 'darkblue');
// Response::json($response, $statusCode)->setCallback(Input::get('callback'));i
return response()->json($response);
}
/**
* poller arpAddress
*
* @return Array
*/
public function poll_arpAddress()
{
// return
$_ret = [];
$snmp = new \App\Lnms\Snmp($this->node->ip_address, $this->node->snmp_comm_ro);
// walk ipNetToMediaPhysAddress
$walk_ipNetToMediaPhysAddress = $snmp->walk(OID_ipNetToMediaPhysAddress);
if (count($walk_ipNetToMediaPhysAddress) == 0) {
// not found arpAddress
return $_ret;
}
// oid.ifIndex.ipAddress(4) = macAddress
foreach ($walk_ipNetToMediaPhysAddress as $key1 => $macAddress) {
$tmp1 = explode('.', str_replace(OID_ipNetToMediaPhysAddress . '.', '', $key1));
$ifIndex = $tmp1[0];
$ipAddress = $tmp1[1] . '.' . $tmp1[2] . '.' . $tmp1[3] . '.' . $tmp1[4];
$port = \App\Port::where('node_id', $this->node->id)->where('ifIndex', $ifIndex)->first();
if ($port) {
// found port
$_ret[] = ['table' => 'arps', 'action' => 'sync', 'key' => ['node_id' => $this->node->id, 'port_id' => $port->id, 'ipAddress' => $ipAddress], 'data' => ['macAddress' => $macAddress]];
}
}
return $_ret;
}
/**
* Remove the specified resource from storage.
*
* @param int $id
* @return \Illuminate\Http\Response
*/
public function destroy($id)
{
// deletes the network switch records.
NetworkSwitch::where('id', $id)->delete();
// and its ports
Port::where('network_switch_id')->delete();
}
/**
* display ports in node
*
*/
public function ports($id)
{
$node = \App\Node::findOrFail($id);
$ports = \App\Port::where('node_id', $id)->orderBy('ifIndex')->paginate(100);
return view('nodes.ports', compact('node', 'ports'));
}
/**
* poller octets
*
* @return Array
*/
public function poll_ifOctets($ifIndex = '')
{
if ($ifIndex == '') {
// poll only one port, specified by ifIndex
return [];
}
$port = \App\Port::where('node_id', $this->node->id)->where('ifIndex', $ifIndex)->first();
if ($port->ifOperStatus != 1) {
return [];
}
// poll only Port Up
$poll_results = $this->poll_if(['ifInOctets', 'ifOutOctets'], $ifIndex);
// mapping data
for ($i = 0; $i < count($poll_results); $i++) {
$_ret[] = ['table' => 'pds', 'action' => 'insert', 'key' => $poll_results[$i]['key'], 'data' => ['input' => $poll_results[$i]['data']['ifInOctets'], 'output' => $poll_results[$i]['data']['ifOutOctets']]];
}
return $_ret;
}
/**
* poller vlanMember
*
* @return Array
*/
public function poll_vlanMember($vlanIndex = '')
{
// return
$_ret = [];
$snmp = new \App\Lnms\Snmp($this->node->ip_address, $this->node->snmp_comm_ro);
// disable line breaks in output
$snmp->setOptions('--hexOutputLength=0');
if ($this->node->vlans->count() == 0) {
// no vlan
return $_ret;
}
foreach ($this->node->vlans as $vlan) {
// why has .0.
$oids[] = OID_dot1qVlanCurrentEgressPorts . '.0.' . $vlan->vlanIndex;
}
if (count($oids) == 0) {
// no oid to poll
return $_ret;
}
$get_result = $snmp->get($oids);
if (count($get_result) == 0) {
// cannot get anything
return $_ret;
}
$members = [];
foreach ($get_result as $key1 => $value1) {
$vlanIndex = str_replace(OID_dot1qVlanCurrentEgressPorts . '.0.', '', $key1);
$vlanValue = $value1;
$tmp_hex = explode(' ', $value1);
for ($i = 0; $i < count($tmp_hex); $i++) {
if ($tmp_hex[$i] != '00') {
$tmp_bin = sprintf("%08s", decbin(hexdec($tmp_hex[$i])));
for ($j = 0; $j < strlen($tmp_bin); $j++) {
if ($tmp_bin[$j] == 1) {
$portIndex = $i * 8 + $j + 1;
$members[$portIndex][] = $vlanIndex;
}
}
}
}
}
//
if (count($members) == 0) {
// cannot get any members
return $_ret;
}
foreach ($members as $memberPortIndex => $memberVlans) {
// TODO: check query error
$mVlans = [];
foreach ($memberVlans as $memberVlan) {
$mVlan = \App\Vlan::where('node_id', $this->node->id)->where('vlanIndex', $memberVlan)->first();
$mVlans[] = $mVlan->id;
}
//
$mPort = \App\Port::where('node_id', $this->node->id)->where('portIndex', $memberPortIndex)->first();
$mPort->vlans()->sync($mVlans);
}
return $_ret;
}
