function get_3Com_base_dot1dTpFdbEntry_ports($site, &$device, &$ifInterfaces, $snmp_readstring = "", $store_to_db = TRUE, $lowPort = 1, $highPort = 9999)
{
global $debug, $scan_date;
/* initialize variables */
$port_keys = array();
$return_array = array();
$new_port_key_array = array();
$port_key_array = array();
$port_descr = array();
$port_number = 0;
$ports_active = 0;
$active_ports = 0;
$ports_total = 0;
/* cisco uses a hybrid read string, if one is not defined, use the default */
if ($snmp_readstring == "") {
$snmp_readstring = $device["snmp_readstring"];
}
/* get the operational status of the ports */
$active_ports_array = xform_standard_indexed_data(".1.3.6.1.2.1.2.2.1.8", $device);
$indexes = array_keys($active_ports_array);
$i = 0;
foreach ($active_ports_array as $port_info) {
if ($ifInterfaces[$indexes[$i]]["ifType"] >= 6 && $ifInterfaces[$indexes[$i]]["ifType"] <= 9 || $ifInterfaces[$indexes[$i]]["ifType"] == 117) {
if ($port_info == 1) {
$ports_active++;
}
$ports_total++;
}
$i++;
}
if ($store_to_db) {
print "INFO: HOST: " . $device["hostname"] . ", TYPE: " . substr($device["snmp_sysDescr"], 0, 40) . ", TOTAL PORTS: " . $ports_total . ", OPER PORTS: " . $ports_active;
if ($debug) {
print "\n";
}
$device["ports_active"] = $ports_active;
$device["ports_total"] = $ports_total;
$device["macs_active"] = 0;
}
if ($ports_active > 0) {
/* get bridge port to ifIndex mapping */
$bridgePortIfIndexes = xform_standard_indexed_data(".1.3.6.1.2.1.17.1.4.1.2", $device, $snmp_readstring);
$port_status = xform_stripped_oid(".1.3.6.1.2.1.17.4.3.1.3", $device, $snmp_readstring);
/* get device active port numbers */
$port_numbers = xform_stripped_oid(".1.3.6.1.2.1.17.4.3.1.2", $device, $snmp_readstring);
/* get the ignore ports list from device */
$ignore_ports = port_list_to_array($device["ignorePorts"]);
/* determine user ports for this device and transfer user ports to
a new array.
*/
$i = 0;
foreach ($port_numbers as $key => $port_number) {
if ($highPort == 0 || $port_number >= $lowPort && $port_number <= $highPort) {
$ifname = $ifInterfaces[$bridgePortIfIndexes[$port_number]]["ifName"];
if (!in_array($ifname, $ignore_ports)) {
if (@$port_status[$key] == "3") {
$port_key_array[$i]["key"] = $key;
$port_key_array[$i]["port_number"] = $port_number;
$i++;
}
}
}
}
/* compare the user ports to the brige port data, store additional
relevant data about the port.
*/
$i = 0;
foreach ($port_key_array as $port_key) {
/* map bridge port to interface port and check type */
if ($port_key["port_number"] > 0) {
if (sizeof($bridgePortIfIndexes) != 0) {
/* some hubs do not always return a port number in the bridge table.
test for it by isset and substiture the port number from the ifTable
if it isnt in the bridge table
*/
if (isset($bridgePortIfIndexes[$port_key["port_number"]])) {
$brPortIfIndex = @$bridgePortIfIndexes[$port_key["port_number"]];
} else {
$brPortIfIndex = @$port_key["port_number"];
}
$brPortIfType = @$ifInterfaces[$brPortIfIndex]["ifType"];
} else {
$brPortIfIndex = $port_key["port_number"];
$brPortIfType = @$ifInterfaces[$port_key["port_number"]]["ifType"];
}
if (($brPortIfType >= 6 && $brPortIfType <= 9 || $brPortIfType == 117) && !isset($ifInterfaces[$brPortIfIndex]["portLink"])) {
/* set some defaults */
$new_port_key_array[$i]["vlan_id"] = "N/A";
$new_port_key_array[$i]["vlan_name"] = "N/A";
$new_port_key_array[$i]["mac_address"] = "NOT USER";
$new_port_key_array[$i]["port_number"] = "NOT USER";
$new_port_key_array[$i]["port_name"] = "N/A";
/* now set the real data */
$new_port_key_array[$i]["key"] = $port_key["key"];
$new_port_key_array[$i]["port_number"] = $port_key["port_number"];
$new_port_key_array[$i]["port_name"] = $ifInterfaces[$brPortIfIndex]["ifName"];
$i++;
}
}
}
mactrack_debug("Port number information collected.");
/* map mac address */
/* only continue if there were user ports defined */
if (sizeof($new_port_key_array) > 0) {
/* get the bridges active MAC addresses */
$port_macs = xform_stripped_oid(".1.3.6.1.2.1.17.4.3.1.1", $device, $snmp_readstring);
foreach ($port_macs as $key => $port_mac) {
$port_macs[$key] = xform_mac_address($port_mac);
}
foreach ($new_port_key_array as $key => $port_key) {
$new_port_key_array[$key]["mac_address"] = @$port_macs[$port_key["key"]];
mactrack_debug("INDEX: '" . $key . "' MAC ADDRESS: " . $new_port_key_array[$key]["mac_address"]);
}
mactrack_debug("Port mac address information collected.");
} else {
mactrack_debug("No user ports on this network.");
}
} else {
mactrack_debug("No user ports on this network.");
}
if ($store_to_db) {
if ($ports_active <= 0) {
$device["last_runmessage"] = "Data collection completed ok";
} elseif (sizeof($new_port_key_array) > 0) {
$device["last_runmessage"] = "Data collection completed ok";
$device["macs_active"] = sizeof($new_port_key_array);
db_store_device_port_results($device, $new_port_key_array, $scan_date);
} else {
$device["last_runmessage"] = "WARNING: Poller did not find active ports on this device.";
}
if (!$debug) {
print " - Complete\n";
}
} else {
return $new_port_key_array;
}
}
function get_enterasys_N7_dot1dTpFdbEntry_ports($site, &$device, &$ifInterfaces, $snmp_readstring = "", $store_to_db = TRUE, $lowPort = 1, $highPort = 9999)
{
global $debug, $scan_date;
mactrack_debug("FUNCTION: get_enterasys_N7_dot1dTpFdbEntry_ports started");
/* initialize variables */
$port_keys = array();
$return_array = array();
$new_port_key_array = array();
$port_key_array = array();
$port_number = 0;
$ports_active = 0;
$active_ports = 0;
$ports_total = 0;
/* cisco uses a hybrid read string, if one is not defined, use the default */
if ($snmp_readstring == "") {
$snmp_readstring = $device["snmp_readstring"];
}
/* get the operational status of the ports */
$active_ports_array = xform_standard_indexed_data(".1.3.6.1.2.1.2.2.1.8", $device);
mactrack_debug("get active ports: " . sizeof($active_ports_array));
$indexes = array_keys($active_ports_array);
$i = 0;
foreach ($active_ports_array as $port_info) {
if ($ifInterfaces[$indexes[$i]]["ifType"] >= 6 && $ifInterfaces[$indexes[$i]]["ifType"] <= 9) {
if ($port_info == 1) {
$ports_active++;
}
$ports_total++;
}
$i++;
}
if ($store_to_db) {
print "INFO: HOST: " . $device["hostname"] . ", TYPE: " . substr($device["snmp_sysDescr"], 0, 40) . ", TOTAL PORTS: " . $ports_total . ", OPER PORTS: " . $ports_active;
if ($debug) {
print "\n";
}
$device["ports_active"] = $ports_active;
$device["ports_total"] = $ports_total;
$device["macs_active"] = 0;
}
if ($ports_active > 0) {
/* get bridge port to ifIndex mapping: dot1dBasePortIfIndex from dot1dBasePortTable
GET NEXT: 1.3.6.1.2.1.17.1.4.1.2.1: 1
GET NEXT: 1.3.6.1.2.1.17.1.4.1.2.2: 4
GET NEXT: 1.3.6.1.2.1.17.1.4.1.2.64: 12001
GET NEXT: 1.3.6.1.2.1.17.1.4.1.2.65: 12002
GET NEXT: 1.3.6.1.2.1.17.1.4.1.2.66: 12003
GET NEXT: 1.3.6.1.2.1.17.1.4.1.2.67: 12004
GET NEXT: 1.3.6.1.2.1.17.1.4.1.2.68: 12005
GET NEXT: 1.3.6.1.2.1.17.1.4.1.2.69: 12006
GET NEXT: 1.3.6.1.2.1.17.1.4.1.2.70: 12007
where
table index = bridge port (dot1dBasePort) and
table value = ifIndex */
/* -------------------------------------------- */
$bridgePortIfIndexes = xform_standard_indexed_data(".1.3.6.1.2.1.17.1.4.1.2", $device, $snmp_readstring);
mactrack_debug("get bridgePortIfIndexes: " . sizeof($bridgePortIfIndexes));
/* get port status: dot1dTpFdbStatus from dot1dTpFdbTable
GET NEXT: 1.3.6.1.2.1.17.4.3.1.3.0.0.94.0.1.1: 3
GET NEXT: 1.3.6.1.2.1.17.4.3.1.3.0.1.227.32.11.99: 3
GET NEXT: 1.3.6.1.2.1.17.4.3.1.3.0.1.227.37.228.26: 3
GET NEXT: 1.3.6.1.2.1.17.4.3.1.3.0.1.227.37.238.180: 3
GET NEXT: 1.3.6.1.2.1.17.4.3.1.3.0.1.230.56.96.234: 3
GET NEXT: 1.3.6.1.2.1.17.4.3.1.3.0.1.230.59.133.114: 3
GET NEXT: 1.3.6.1.2.1.17.4.3.1.3.0.1.230.107.157.61: 3
GET NEXT: 1.3.6.1.2.1.17.4.3.1.3.0.1.230.107.189.168: 3
GET NEXT: 1.3.6.1.2.1.17.4.3.1.3.0.1.230.109.208.105: 3
where
table index = MAC Address (dot1dTpFdbAddress e.g. 0.0.94.0.1.1 = 00:00:5E:00:01:01) and
table value = port status (other(1), invalid(2), learned(3), self(4), mgmt(5)*/
/* -------------------------------------------- */
$port_status = xform_stripped_oid(".1.3.6.1.2.1.17.4.3.1.3", $device, $snmp_readstring);
mactrack_debug("get port_status: " . sizeof($port_status));
/* get device active port numbers: dot1dTpFdbPort from dot1dTpFdbTable
GET NEXT: 1.3.6.1.2.1.17.4.3.1.2.0.0.94.0.1.1: 72
GET NEXT: 1.3.6.1.2.1.17.4.3.1.2.0.1.227.32.11.99: 70
GET NEXT: 1.3.6.1.2.1.17.4.3.1.2.0.1.227.37.228.26: 70
GET NEXT: 1.3.6.1.2.1.17.4.3.1.2.0.1.227.37.238.180: 70
GET NEXT: 1.3.6.1.2.1.17.4.3.1.2.0.1.230.56.96.234: 70
GET NEXT: 1.3.6.1.2.1.17.4.3.1.2.0.1.230.59.133.114: 69
GET NEXT: 1.3.6.1.2.1.17.4.3.1.2.0.1.230.107.157.61: 70
GET NEXT: 1.3.6.1.2.1.17.4.3.1.2.0.1.230.107.189.168: 68
GET NEXT: 1.3.6.1.2.1.17.4.3.1.2.0.1.230.109.208.105: 68
where
table index = MAC Address (dot1dTpFdbAddress e.g. 0.0.94.0.1.1 = 00:00:5E:00:01:01) and
table value = bridge port */
/* -------------------------------------------- */
$port_numbers = xform_stripped_oid(".1.3.6.1.2.1.17.4.3.1.2", $device, $snmp_readstring);
mactrack_debug("get port_numbers: " . sizeof($port_numbers));
/* get VLAN information */
/* -------------------------------------------- */
#$vlan_ids = xform_enterasys_N7_vlan_associations($device, $snmp_readstring);
$vlan_ids = xform_dot1q_vlan_associations($device, $snmp_readstring);
mactrack_debug("get vlan_ids: " . sizeof($vlan_ids));
#print_r($vlan_ids);
/* get the ignore ports list from device */
$ignore_ports = port_list_to_array($device["ignorePorts"]);
/* determine user ports for this device and transfer user ports to
a new array.
*/
$i = 0;
foreach ($port_numbers as $key => $port_number) {
/* key = MAC Address from dot1dTpFdbTable */
/* value = bridge port */
if ($highPort == 0 || $port_number >= $lowPort && $port_number <= $highPort) {
if (!in_array($port_number, $ignore_ports)) {
if (@$port_status[$key] == "3") {
$port_key_array[$i]["key"] = $key;
$port_key_array[$i]["port_number"] = $port_number;
#print("i: $i, Key: " . $port_key_array[$i]["key"] . ", Number: $port_number\n");
$i++;
}
}
}
}
/* compare the user ports to the brige port data, store additional
relevant data about the port.
*/
$i = 0;
foreach ($port_key_array as $port_key) {
/* map bridge port to interface port and check type */
if ($port_key["port_number"] > 0) {
if (sizeof($bridgePortIfIndexes) != 0) {
/* some hubs do not always return a port number in the bridge table.
test for it by isset and substiture the port number from the ifTable
if it isnt in the bridge table
*/
#print("searching bridge port: " . $port_key["port_number"] .", Bridge: " . $bridgePortIfIndexes[$port_key["port_number"]] . "\n");
if (isset($bridgePortIfIndexes[$port_key["port_number"]])) {
$brPortIfIndex = @$bridgePortIfIndexes[$port_key["port_number"]];
} else {
$brPortIfIndex = @$port_key["port_number"];
}
$brPortIfType = @$ifInterfaces[$brPortIfIndex]["ifType"];
} else {
$brPortIfIndex = $port_key["port_number"];
$brPortIfType = @$ifInterfaces[$port_key["port_number"]]["ifType"];
}
if ($brPortIfType >= 6 && $brPortIfType <= 9 && !isset($ifInterfaces[$brPortIfIndex]["portLink"])) {
/* set some defaults */
$new_port_key_array[$i]["vlan_id"] = "N/A";
$new_port_key_array[$i]["vlan_name"] = "N/A";
$new_port_key_array[$i]["mac_address"] = "NOT USER";
$new_port_key_array[$i]["port_number"] = "NOT USER";
$new_port_key_array[$i]["port_name"] = "N/A";
/* now set the real data */
$new_port_key_array[$i]["key"] = @$port_key["key"];
$new_port_key_array[$i]["port_number"] = @$brPortIfIndex;
$new_port_key_array[$i]["vlan_id"] = @$vlan_ids[$port_key["key"]];
#print_r($new_port_key_array[$i]);
$i++;
}
}
}
mactrack_debug("Port number information collected: " . sizeof($new_port_key_array));
/* map mac address */
/* only continue if there were user ports defined */
if (sizeof($new_port_key_array) > 0) {
/* get the bridges active MAC addresses */
$port_macs = xform_stripped_oid(".1.3.6.1.2.1.17.4.3.1.1", $device, $snmp_readstring);
foreach ($port_macs as $key => $port_mac) {
$port_macs[$key] = xform_mac_address($port_mac);
}
foreach ($new_port_key_array as $key => $port_key) {
$new_port_key_array[$key]["mac_address"] = @$port_macs[$port_key["key"]];
mactrack_debug("INDEX: '" . $key . "' MAC ADDRESS: " . $new_port_key_array[$key]["mac_address"]);
}
mactrack_debug("Port mac address information collected: " . sizeof($port_macs));
} else {
mactrack_debug("No user ports on this network.");
}
} else {
mactrack_debug("No user ports on this network.");
}
if ($store_to_db) {
if ($ports_active <= 0) {
$device["last_runmessage"] = "Data collection completed ok";
} elseif (sizeof($new_port_key_array) > 0) {
$device["last_runmessage"] = "Data collection completed ok";
$device["macs_active"] = sizeof($new_port_key_array);
db_store_device_port_results($device, $new_port_key_array, $scan_date);
} else {
$device["last_runmessage"] = "WARNING: Poller did not find active ports on this device.";
}
if (!$debug) {
print " - Complete\n";
}
} else {
return $new_port_key_array;
}
}
function get_dlink_l2_dot1dTpFdbEntry_ports($site, &$device, &$ifInterfaces, $snmp_readstring = "", $store_to_db = TRUE, $lowPort = 1, $highPort = 9999)
{
global $debug, $scan_date;
/* initialize variables */
$port_keys = array();
$return_array = array();
$new_port_key_array = array();
$port_key_array = array();
$port_number = 0;
$ports_active = 0;
$active_ports = 0;
$ports_total = 0;
/* cisco uses a hybrid read string, if one is not defined, use the default */
if ($snmp_readstring == "") {
$snmp_readstring = $device["snmp_readstring"];
}
/* get the operational status of the ports */
$active_ports_array = xform_standard_indexed_data(".1.3.6.1.2.1.2.2.1.8", $device);
$indexes = array_keys($active_ports_array);
$i = 0;
foreach ($active_ports_array as $port_info) {
//print ("=type--]=[". $ifInterfaces[$indexes[$i]]["ifType"] . "]\n");
if (convert_dlink_data($ifInterfaces[$indexes[$i]]["ifType"]) >= 6 && convert_dlink_data($ifInterfaces[$indexes[$i]]["ifType"]) <= 9 || convert_dlink_data($ifInterfaces[$indexes[$i]]["ifType"]) == 117) {
if (convert_dlink_data($port_info) == 1) {
$ports_active++;
}
$ports_total++;
}
$i++;
}
if ($store_to_db) {
print "INFO: HOST: " . $device["hostname"] . ", TYPE: " . substr($device["snmp_sysDescr"], 0, 40) . ", TOTAL PORTS: " . $ports_total . ", OPER PORTS: " . $ports_active;
if ($debug) {
print "\n";
}
$device["ports_active"] = $ports_active;
$device["ports_total"] = $ports_total;
$device["macs_active"] = 0;
}
if ($ports_active > 0) {
/* get bridge port to ifIndex mapping */
$bridgePortIfIndexes = xform_standard_indexed_data(".1.3.6.1.2.1.17.1.4.1.2", $device, $snmp_readstring);
$vlan_names = xform_standard_indexed_data(".1.3.6.1.2.1.17.7.1.4.3.1.1", $device, $snmp_readstring);
$port_status = xform_stripped_oid("1.3.6.1.2.1.17.7.1.2.2.1.3", $device, $snmp_readstring);
/* get device active port numbers */
$port_numbers = xform_stripped_oid(".1.3.6.1.2.1.17.7.1.2.2.1.2", $device, $snmp_readstring);
/* get device active port numbers */
//$vlan_id = get_vlan_id_oid($port_numbers);
/* get device active port numbers */
//$vlan_ids = xform_dlink_vlan_associations($device, $snmp_readstring);
/* get the ignore ports list from device */
$ignore_ports = port_list_to_array($device["ignorePorts"]);
/* determine user ports for this device and transfer user ports to
a new array.
*/
$i = 0;
foreach ($port_numbers as $key => $port_number) {
if ($highPort == 0 || $port_number >= $lowPort && $port_number <= $highPort) {
if (!in_array($port_number, $ignore_ports)) {
if (@$port_status[$key] == "3" || @$port_status[$key] == "1") {
$port_key_array[$i]["key"] = $key;
$port_key_array[$i]["port_number"] = $port_number;
//print ("---------->>>key(i)=[$key] port_number=[$port_number] ]\n");
$i++;
}
}
}
}
$i = 0;
// foreach ($vlan_ids as $key => $vlan_item) {
// $port_key_array[$i]["key"] = $key;
// $port_key_array[$i]["vlan_id"] = $vlan_item["vlan_id"];
// $port_key_array[$i]["vlan_name"] = $vlan_item["vlan_name"];
//print ("---------->>>key(i)=[$i = $vlan_item] vlan_id=[" . $vlan_item["vlan_id"] . "][" . $vlan_item["vlan_name"] . "]\n");
// $i++;
// }
// $i = 0;
// foreach ($vlan_ids as $key => $vlan_name) {
// //$port_key_array[$i]["key"] = $key;
// $port_key_array[$i]["vlan_name"] = $vlan_name[$i]["vlan_name"];
// print ("---------->>>key(i)=[$i] vlan_name=[" . $vlan_name[$i]["vlan_name"] . "]\n");
// $i++;
// }
/* compare the user ports to the brige port data, store additional
relevant data about the port.
*/
$ifNames = xform_standard_indexed_data(".1.3.6.1.2.1.31.1.1.1.18", $device);
$i = 0;
foreach ($port_key_array as $port_key) {
/* map bridge port to interface port and check type */
if ($port_key["port_number"] >= 0) {
if (sizeof($bridgePortIfIndexes) != 0) {
/* some hubs do not always return a port number in the bridge table.
test for it by isset and substiture the port number from the ifTable
if it isnt in the bridge table
*/
if (isset($bridgePortIfIndexes[$port_key["port_number"]])) {
$brPortIfIndex = @$bridgePortIfIndexes[$port_key["port_number"]];
} else {
$brPortIfIndex = @$port_key["port_number"];
}
$brPortIfType = @$ifInterfaces[$brPortIfIndex]["ifType"];
} else {
$brPortIfIndex = $port_key["port_number"];
$brPortIfType = @$ifInterfaces[$port_key["port_number"]]["ifType"];
}
if ((convert_dlink_data($brPortIfType) >= 6 && convert_dlink_data($brPortIfType) <= 9 || convert_dlink_data($brPortIfType) == 117) && !isset($ifInterfaces[$brPortIfIndex]["portLink"])) {
/* set some defaults */
$new_port_key_array[$i]["vlan_id"] = get_dlink_vlan_id($port_key["key"]);
$new_port_key_array[$i]["vlan_name"] = $vlan_names[$new_port_key_array[$i]["vlan_id"]];
$new_port_key_array[$i]["mac_address"] = dlink_convert_macs($port_key["key"]);
$new_port_key_array[$i]["port_number"] = $port_key["port_number"];
$new_port_key_array[$i]["port_name"] = @$ifNames[$port_key["port_number"]];
//print ("===bef key=[". $port_key[$i]["vlan_id"] . "]\n");
/* now set the real data */
$new_port_key_array[$i]["key"] = $port_key["key"];
//$new_port_key_array[$i]["port_number"] = $port_key["port_number"];
//$new_port_key_array[$i]["mac_address"] = dlink_convert_macs($port_key["key"]);
// print ("===check key=[". $new_port_key_array["key"] . "] = [" . $port_key["key"] . "]\n");
// print ("===check key2[". $new_port_key_array[$i]["key"] . "] = [" . $port_key[$i]["key"] . "]\n");
//print ("----------key(i)=[$i]-[$key] port=[" . $new_port_key_array[$i]["port_number"] . "] vlan_id=[" . $new_port_key_array[$i]["vlan_id"] . "] mac_address=[" . $new_port_key_array[$i]["mac_address"] . "] vlan_name=[" . $new_port_key_array[$i]["vlan_name"] . "]\n");
//mactrack_debug("INDEX: [$i]-[" . $port_key["key"] . "] port=[" . $new_port_key_array[$i]["port_number"] . "] vlan_id=[" . $new_port_key_array[$i]["vlan_id"] . "] mac_address=[" . $new_port_key_array[$i]["mac_address"] . "] vlan_name=[" . $new_port_key_array[$i]["vlan_name"] . "]");
$i++;
}
}
}
mactrack_debug("Port number information collected.");
/* map mac address */
/* only continue if there were user ports defined */
// if (sizeof($new_port_key_array) > 0) {
// /* get the bridges active MAC addresses */
// // $port_macs = xform_stripped_oid(".1.3.6.1.2.1.17.4.3.1.1", $device, $snmp_readstring);
// $port_macs = xform_dlink_stripped_oid(".1.3.6.1.2.1.17.7.1.2.2.1.2", $device, $snmp_readstring);
//
// foreach ($port_macs as $key => $port_mac) {
//
// //print ("===bef key=[". $key . "]\n");
// //print ("===bef port_macs[key]=[". $port_macs[$key] . "]\n");
// $port_macs[$key] = xform_mac_address($port_mac);
// //print ("===aft port_macs[key]=[". $port_macs[$key] . "]\n");
// }
//
// foreach ($new_port_key_array as $key => $port_key) {
//
// // print ("===++++++==[key]=[". $port_key["key"] . "]\n");
//
// }
// foreach ($port_macs as $key => $port_mac) {
//
// // print ("===------==[key]=[". @$port_mac[4] . "]\n");
//
// }
//
// foreach ($new_port_key_array as $key => $port_key) {
// $new_port_key_array[$key]["mac_address"] = @$port_macs[$port_key["key"]];
// //print ("==key=[$key] = [". $new_port_key_array[$key]["mac_address"] . "] port=[" . $new_port_key_array[$key]["port_number"] . "]\n");
// //print ("==2aft port_key[key]=[". $port_key["key"] . "]\n");
// //print ("==2aft port_macs[port_key[key]]=[". @$port_macs[$port_key["key"]] . "]\n");
// //$new_port_key_array[$key]["vlan_id"] = @$port_macs[$port_key["key"]]["vlan_id"];
// // print ("===check key3[". $new_port_key_array[$key] . "] = [ " . $port_macs[$port_key["key"]] . "]\n");
//
// mactrack_debug("INDEX: '". $key . "' MAC ADDRESS: key=" . $port_key["key"] . "=[" . $port_key["key"] . "] vlan_id=[" . $port_key["vlan_id"]);
// }
//
// mactrack_debug("Port mac address information collected.");
// }else{
// mactrack_debug("No user ports on this network.");
// }
} else {
mactrack_debug("No user ports on this network.");
}
if ($store_to_db) {
if ($ports_active <= 0) {
$device["last_runmessage"] = "WARNING: Poller did not find active ports on this device.";
} elseif (sizeof($new_port_key_array) > 0) {
$device["last_runmessage"] = "Data collection completed ok";
$device["macs_active"] = sizeof($new_port_key_array);
db_store_device_port_results($device, $new_port_key_array, $scan_date);
} else {
$device["last_runmessage"] = "WARNING: Poller did not find active ports on this device.";
}
if (!$debug) {
print " - Complete\n";
}
} else {
return $new_port_key_array;
}
}
function get_repeater_rev4_ports($site, &$device, $lowPort, $highPort)
{
global $debug, $scan_date;
$snmp_readstring = get_repeater_snmp_readstring($device);
if (strlen($snmp_readstring) > 0) {
$ports_active = @cacti_snmp_get($device["hostname"], $snmp_readstring, ".1.3.6.1.4.1.52.4.1.1.1.4.1.1.5.0", $device["snmp_version"], $device["snmp_username"], $device["snmp_password"], $device["snmp_auth_protocol"], $device["snmp_priv_passphrase"], $device["snmp_priv_protocol"], $device["snmp_context"], $device["snmp_port"], $device["snmp_timeout"], $device["snmp_retries"]) - 1;
$ports_total = @cacti_snmp_get($device["hostname"], $snmp_readstring, ".1.3.6.1.4.1.52.4.1.1.1.4.1.1.4.0", $device["snmp_version"], $device["snmp_username"], $device["snmp_password"], $device["snmp_auth_protocol"], $device["snmp_priv_passphrase"], $device["snmp_priv_protocol"], $device["snmp_context"], $device["snmp_port"], $device["snmp_timeout"], $device["snmp_retries"]) - 1;
/* get the ignore ports list */
$ignore_ports = port_list_to_array($device["ignorePorts"]);
print "INFO: HOST: " . $device["hostname"] . ", TYPE: " . substr($device["snmp_sysDescr"], 0, 40) . ", TOTAL PORTS: " . $ports_total . ", ACTIVE PORTS: " . $ports_active;
if ($debug) {
print "\n";
}
$device["vlans_total"] = 0;
$device["ports_total"] = $ports_total;
if ($ports_active >= 0) {
$device["ports_active"] = $ports_active;
} else {
$device["ports_active"] = 0;
}
if ($device["snmp_version"] == 2) {
$snmp_version = "2c";
} else {
$snmp_version = $device["snmp_version"];
}
$port_keys = array();
$return_array = array();
$new_port_key_array = array();
$port_number = 0;
$nextOID = ".1.3.6.1.4.1.52.4.1.1.1.4.1.5.2.1.2";
$to = ceil($device["snmp_timeout"] / 1000);
$i = 0;
$previous_port = 0;
while (1) {
$exec_string = trim(read_config_option("path_snmpgetnext") . " -c " . $snmp_readstring . " -OnUQ -v " . $snmp_version . " -r " . $device["snmp_retries"] . " -t " . $to . " " . $device["hostname"] . ":" . $device["snmp_port"] . " " . $nextOID);
exec($exec_string, $return_array, $return_code);
list($nextOID, $port_number) = explode("=", $return_array[$i]);
if ($port_number < $previous_port) {
break;
}
if ($port_number <= $highPort && $port_number >= $lowPort) {
if (!in_array($port_number, $ignore_ports)) {
/* set defaults for devices in case they don't have/support vlans */
$new_port_key_array[$i]["vlan_id"] = "N/A";
$new_port_key_array[$i]["vlan_name"] = "N/A";
$new_port_key_array[$i]["port_name"] = "N/A";
$new_port_key_array[$i]["key"] = trim(substr($nextOID, 36));
$new_port_key_array[$i]["port_number"] = trim(strtr($port_number, " ", ""));
}
$previous_port = trim(strtr($port_number, " ", ""));
} else {
break;
}
mactrack_debug("CMD: " . $exec_string . ", PORT: " . $port_number);
$i++;
$port_number = "";
}
if (sizeof($new_port_key_array) > 0) {
/* map mac address */
$i = 0;
foreach ($new_port_key_array as $port_key) {
$OID = ".1.3.6.1.4.1.52.4.1.1.1.4.1.5.2.1.1." . $port_key["key"];
$mac_address = @cacti_snmp_get($device["hostname"], $snmp_readstring, $OID, $device["snmp_version"], $device["snmp_username"], $device["snmp_password"], $device["snmp_auth_protocol"], $device["snmp_priv_passphrase"], $device["snmp_priv_protocol"], $device["snmp_context"], $device["snmp_port"], $device["snmp_timeout"], $device["snmp_retries"]);
$new_port_key_array[$i]["mac_address"] = xform_mac_address($mac_address);
mactrack_debug("OID: " . $OID . ", MAC ADDRESS: " . $new_port_key_array[$i]["mac_address"]);
$i++;
}
$device["last_runmessage"] = "Data collection completed ok";
} else {
mactrack_debug("INFO: The following device has no active ports: " . $site . "/" . $device["hostname"] . "\n");
$device["last_runmessage"] = "Data collection completed ok";
}
} else {
mactrack_debug("ERROR: Could not determine snmp_readstring for host: " . $site . "/" . $device["hostname"] . "\n");
$device["snmp_status"] = HOST_ERROR;
$device["last_runmessage"] = "ERROR: Could not determine snmp_readstring for host.";
}
if (!$debug) {
print " - Complete\n";
}
$device["ports_active"] = $ports_active;
$device["macs_active"] = sizeof($new_port_key_array);
db_store_device_port_results($device, $new_port_key_array, $scan_date);
return $device;
}
function get_base_dell_dot1qFdb_ports($site, &$device, &$ifInterfaces, $snmp_readstring = "", $store_to_db = TRUE, $lowPort = 1, $highPort = 9999)
{
global $debug, $scan_date;
/* initialize variables */
$port_keys = array();
$return_array = array();
$new_port_key_array = array();
$port_key_array = array();
$port_number = 0;
$ports_active = 0;
$active_ports = 0;
$ports_total = 0;
$snmp_readstring = $device["snmp_readstring"];
/* get the operational status of the ports */
$active_ports_array = xform_standard_indexed_data(".1.3.6.1.2.1.2.2.1.8", $device);
$indexes = array_keys($active_ports_array);
/* Sanitize active ports array, removing text junk as the dell's don't return just a plain numeric value */
if (sizeof($active_ports_array)) {
foreach ($active_ports_array as $key => $tempPorts) {
preg_match("/[0-9]{1,3}/", $tempPorts, $newStatus);
$active_ports_array[$key] = $newStatus[0];
}
}
$i = 0;
if (sizeof($active_ports_array)) {
foreach ($active_ports_array as $port_info) {
if ($ifInterfaces[$indexes[$i]]["ifType"] >= 6 && $ifInterfaces[$indexes[$i]]["ifType"] <= 9 || $ifInterfaces[$indexes[$i]]["ifType"] == 71) {
if ($port_info == 1) {
$ports_active++;
}
$ports_total++;
}
$i++;
}
}
if ($store_to_db) {
print "\nINFO: HOST: " . $device["hostname"] . ", TYPE: " . substr($device["snmp_sysDescr"], 0, 40) . ", TOTAL PORTS: " . $ports_total . ", OPER PORTS: " . $ports_active;
if ($debug) {
print "\n";
}
$device["ports_active"] = $ports_active;
$device["ports_total"] = $ports_total;
$device["macs_active"] = 0;
}
if ($ports_active > 0) {
/* get bridge port to ifIndex mapping */
$bridgePortIfIndexes = xform_standard_indexed_data(".1.3.6.1.2.1.17.1.4.1.2", $device, $snmp_readstring);
$port_status = xform_stripped_oid(".1.3.6.1.2.1.17.7.1.2.2.1.3", $device, $snmp_readstring);
/* Sanitize port_status array, removing text junk as the dell's don't return just a plain numeric value*/
if (sizeof($port_status)) {
foreach ($port_status as $key => $tempStatus) {
preg_match("/[0-9]{1,3}/", $tempStatus, $newStatus);
$port_status[$key] = $newStatus[0];
}
}
//print_r($port_status);
/* get device active port numbers
This is the OID that shows the mac address as the index and the port as the value*/
$port_numbers = xform_stripped_oid(".1.3.6.1.2.1.17.7.1.2.2.1.2", $device, $snmp_readstring);
/* get the ignore ports list from device */
$ignore_ports = port_list_to_array($device["ignorePorts"]);
/* get the bridge root port so we don't capture active ports on it */
$bridge_root_port = @cacti_snmp_get($device["hostname"], $snmp_readstring, ".1.3.6.1.2.1.17.2.7.0", $device["snmp_version"], $device["snmp_username"], $device["snmp_password"], $device["snmp_auth_protocol"], $device["snmp_priv_passphrase"], $device["snmp_priv_protocol"], $device["snmp_context"], $device["snmp_port"], $device["snmp_timeout"], $device["snmp_retries"]);
/* determine user ports for this device and transfer user ports to
a new array.
*/
$i = 0;
if (sizeof($port_numbers)) {
foreach ($port_numbers as $key => $port_number) {
if ($highPort == 0 || $port_number >= $lowPort && $port_number <= $highPort && $bridge_root_port != $port_number) {
if (!in_array($port_number, $ignore_ports)) {
if (@$port_status[$key] == "3" || @$port_status[$key] == "5") {
$port_key_array[$i]["key"] = $key;
$port_key_array[$i]["port_number"] = $port_number;
$i++;
}
}
}
}
}
/* compare the user ports to the brige port data, store additional
relevant data about the port.
*/
$i = 0;
if (sizeof($port_key_array)) {
foreach ($port_key_array as $port_key) {
/* map bridge port to interface port and check type */
if ($port_key["port_number"] > 0) {
if (sizeof($bridgePortIfIndexes) != 0) {
$brPortIfIndex = @$bridgePortIfIndexes[$port_key["port_number"]];
$brPortIfType = @$ifInterfaces[$brPortIfIndex]["ifType"];
} else {
$brPortIfIndex = $port_key["port_number"];
$brPortIfType = @$ifInterfaces[$port_key["port_number"]]["ifType"];
}
if ($brPortIfType >= 6 && $brPortIfType <= 9 || $brPortIfType == 71) {
/* set some defaults */
$new_port_key_array[$i]["vlan_id"] = "N/A";
$new_port_key_array[$i]["vlan_name"] = "N/A";
$new_port_key_array[$i]["mac_address"] = "NOT USER";
$new_port_key_array[$i]["port_number"] = "NOT USER";
$new_port_key_array[$i]["port_name"] = "N/A";
/* now set the real data */
$new_port_key_array[$i]["key"] = $port_key["key"];
$new_port_key_array[$i]["port_number"] = $port_key["port_number"];
$new_port_key_array[$i]["port_name"] = $ifInterfaces[$port_key["port_number"]]["ifAlias"];
$i++;
}
}
}
}
mactrack_debug("Port number information collected.");
/* map mac address */
/* only continue if there were user ports defined */
if (sizeof($new_port_key_array)) {
foreach ($new_port_key_array as $key => $port_mac) {
$new_port_key_array[$key]["mac_address"] = dell_mac_address_convert($port_mac["key"]);
mactrack_debug("INDEX: '" . $key . "' MAC ADDRESS: " . $new_port_key_array[$key]["mac_address"]);
}
/* Map Vlan names to pvid's */
$vlan_names = xform_stripped_oid(".1.3.6.1.2.1.17.7.1.4.3.1.1", $device, $snmp_readstring);
/* map pvid's to ports with vlan names*/
if (sizeof($new_port_key_array)) {
foreach ($new_port_key_array as $key => $port) {
$temp_array = explode(".", $port["key"]);
$new_port_key_array[$key]["vlan_id"] = $temp_array[0];
$new_port_key_array[$key]["vlan_name"] = @$vlan_names[$new_port_key_array[$key]["vlan_id"]];
}
}
mactrack_debug("Port mac address information collected.");
} else {
mactrack_debug("No user ports on this network.");
}
} else {
mactrack_debug("No user ports on this network.");
}
if ($store_to_db) {
if ($ports_active <= 0) {
$device["last_runmessage"] = "Data collection completed ok";
} elseif (sizeof($new_port_key_array) > 0) {
$device["last_runmessage"] = "Data collection completed ok";
$device["macs_active"] = sizeof($new_port_key_array);
db_store_device_port_results($device, $new_port_key_array, $scan_date);
} else {
$device["last_runmessage"] = "WARNING: Poller did not find active ports on this device.";
}
if (!$debug) {
print " - Complete\n";
}
} else {
return $new_port_key_array;
}
}
