function guifi_live_traceroute($device_id)
{
if (empty($device_id)) {
$output = t('Target device not specified.');
} else {
$gs = guifi_service_load(guifi_graphs_get_server($device_id, 'device'));
$ipd = guifi_main_ip($device_id);
$ipf = guifi_main_ip($gs->device_id);
}
$title = t('Live traceroute from %from (%ipf) to %dest (%ipd)', array('%ipd' => $ipd['ipv4'], '%dest' => guifi_get_hostname($device_id), '%ipf' => $ipf['ipv4'], '%from' => guifi_get_hostname($gs->device_id)));
drupal_set_title($title);
print theme('page', guifi_cnml_live('livetraceroute', $device_id, $ipd['ipv4'], $gs), FALSE);
exit;
}
function guifi_device_print_data($device)
{
$radios = db_query('SELECT *
FROM {guifi_radios}
WHERE id=%d
ORDER BY id', $device['id']);
$rows[] = array(t($device[type]), '<b>' . $device[nick] . '</b>');
if (count($device['funders'])) {
$rows[] = array(count($device['funders']) == 1 ? t('Funder') : t('Funders'), implode(', ', guifi_funders_links($device['funders'])));
}
if (count($device['maintainers'])) {
$rows[] = array(t('Maintenance & SLAs'), implode(', ', guifi_maintainers_links($device['maintainers'])));
}
// If radio, print model & firmware
if ($device['type'] == 'radio') {
$rows[] = array($device[manufacturer] . '-' . $device[model], $device[variable][firmware]);
// going to list all device radios
if (count($device['radios'])) {
foreach ($device['radios'] as $radio_id => $radio) {
if ($radio['fund_required'] == '') {
$policy = t('n/d, ask to node contacts');
} else {
if ($radio['fund_required'] == 'yes') {
$policy = t('Fund: :fund :curr', array(':fund' => $radio['fund_amount'], ':curr' => $radio['fund_currency']));
} else {
$policy = t($radio['fund_required']);
}
}
$rowsr[] = array($radio['ssid'], $radio['mode'], $radio['protocol'], $radio['channel'], $radio['mac'], t($radio['clients_accepted']), $policy);
}
$rows[] = array(array('data' => theme('table', array(t('ssid'), t('mode'), t('protocol'), t('ch'), t('wireless mac'), t('clients'), t('connection policy')), $rowsr), 'colspan' => 2));
}
}
// If ADSL, print characteristics
if ($device['type'] == 'ADSL' and $device['variable'] != '') {
$bandwidth = guifi_bandwidth_types();
$rows[] = array(t('bandwidth'), $bandwidth[$device['variable']['download']] . '/' . $bandwidth[$device['variable']['upload']]);
$rows[] = array(t('SNMP index to graph'), $device['variable']['mrtg_index']);
}
// Others with modelDescr set
if (isset($device['variable']['modelDescr'])) {
switch ($device['type']) {
case 'ups':
$vDescr = t('Power: %power', array('%power' => $device['variable']['specs']));
break;
case 'generator':
$vDescr = t('Max Power: %power Watts', array('%power' => $device['variable']['specs']));
break;
case 'battery':
$vDescr = t('Power: %power/Ah, Quantity: %quantity', array('%power' => $device['variable']['specs'], '%quantity' => $device['variable']['units']));
break;
case 'rack':
$vDescr = t('Height: %height Us, Width: %width inches, Depth: %depth mm', array('%height' => $device['variable']['height'], '%width' => $device['variable']['width'], '%depth' => $device['variable']['depth']));
break;
case 'breaker':
$vDescr = t('Protection: %cbtype, Auto-reclose: %recloser', array('%cbtype' => $device['variable']['cbtype'], '%recloser' => $device['variable']['recloser'] ? t('Yes') : t('No')));
break;
}
$rows[] = array($device['variable']['modelDescr'], $vDescr);
}
// generic
if ($device['type'] == 'generic' || 'confine' and !empty($device['variable']['mrtg_index'])) {
$rows[] = array(t('SNMP index to graph'), $device['variable']['mrtg_index']);
}
if ($device['graph_server'] > 0) {
$gs = node_load(array('nid' => $device['graph_server']));
} else {
$gs = node_load(array('nid' => guifi_graphs_get_server($device['id'], 'device')));
}
$rows[] = array(t('graphs provided from'), array('data' => l(guifi_service_str($device['graph_server']), $gs->l, array('attributes' => array('title' => $gs->nick . ' - ' . $gs->title))), 'colspan' => 2));
$ip = guifi_main_ip($device[id]);
$rows[] = array(t('IP address & MAC'), $ip[ipv4] . '/' . $ip[maskbits] . ' ' . $device[mac]);
$status_url = guifi_cnml_availability(array('device' => $device['id'], 'format' => 'long'), $gs);
if (!empty($ip[ipv4])) {
$rows[] = array(t('status & availability'), array('data' => t($device[flag]) . $status_url, 'class' => $device['flag']));
}
$rows[] = array(array('data' => theme_guifi_contacts($device), 'colspan' => 2));
return array_merge($rows);
}
function guifi_kamikaze_files($dev, $zone)
{
//SOME VARIABLES
$dns = guifi_get_dns($zone, 2);
$lan = guifi_unsolclic_if($dev->id, 'wLan/Lan');
$lan_network = _ipcalc($lan->ipv4, $lan->netmask);
switch ($dev->variable['model_id']) {
case "38":
// RouterStation
$wireless_model = 'atheros';
$lan_iface = 'eth0';
$lan2_iface = 'eth1';
$packages = 'ar71xx/packages';
break;
default:
_outln_comment('model id not supported');
exit;
}
// SECTION FILES
_outln_comment();
_outln_comment();
_outln_comment(t('Wireless Settings'));
print '<pre>';
function wds_add($dev, $radio, $radio_id)
{
$wds_links = array();
foreach ($radio[interfaces] as $interface_id => $interface) {
if ($interface[interface_type] == 'wds/p2p') {
foreach ($interface[ipv4] as $ipv4_id => $ipv4) {
foreach ($ipv4[links] as $link_id => $link) {
if ($link['link_type'] == 'wds') {
$wds_links[] = $link;
}
}
}
$ifcount = 0;
foreach ($wds_links as $key => $wds) {
if (preg_match("/(Working|Testing|Building)/", $wds['flag'])) {
$status = 'active';
print 'uci set wireless.@wifi-iface[' . $radio_id . '].bssid' . $ifcount . '=' . $wds['interface']['mac'] . '<br />';
$ifcount++;
} else {
$status = 'disabled';
print '# uci set wireless.@wifi-iface[' . $radio_id . '].bssidX=' . $wds['interface']['mac'] . ' # ' . t($wds['flag']) . '<br />';
}
}
}
}
}
function wds_network($dev, $radio)
{
$ifcount = '0';
foreach ($radio[interfaces] as $interface_id => $interface) {
foreach ($interface[ipv4] as $ipv4_id => $ipv4) {
foreach ($ipv4[links] as $link_id => $link) {
if ($link['link_type'] == 'wds') {
$wds_links = array();
$wds_links[] = $link;
foreach ($wds_links as $key => $wds) {
$hostname = guifi_get_hostname($wds['device_id']);
if (preg_match("/(Working|Testing|Building)/", $wds['flag'])) {
$status = 'active';
print '
## wds_' . $hostname . '
uci delete network.wds_' . $hostname . '
uci set network.wds_' . $hostname . '=interface
uci set network.wds_' . $hostname . '.ifname=ath' . $radio[radiodev_counter] . '.wds' . $ifcount . '
uci set network.wds_' . $hostname . '.proto=static
';
$ifcount++;
} else {
$status = 'disabled';
print '
##### ' . t($wds['flag']) . ' ####
## wds_' . $hostname . '
# uci set network.wds_' . $hostname . '.ifname=ath' . $radio[radiodev_counter] . '.wdsX
# uci set network.wds_' . $hostname . '.proto=none
';
}
}
if ($status == 'active') {
print 'uci set network.wds_' . $hostname . '.ipaddr=' . $ipv4[ipv4] . '
uci set network.wds_' . $hostname . '.netmask=' . $ipv4['netmask'] . '
';
} else {
print '# uci set network.wds_' . $hostname . '.ipaddr=' . $ipv4[ipv4] . '
# uci set network.wds_' . $hostname . '.netmask=' . $ipv4['netmask'] . '
';
}
}
}
}
}
}
if (isset($dev->radios)) {
foreach ($dev->radios as $radio_id => $radio) {
$mode = 'apwds';
$ssid = $radio[ssid];
$channel = atheros_channel($radio);
if ($channel <= 14) {
$band = '11b';
} else {
$band = '11a';
}
if (empty($radio[antenna_mode])) {
$radio[antenna_mode] = '1';
} else {
if ($radio[antenna_mode] != 'Main') {
$radio[antenna_mode] = '2';
} else {
$radio[antenna_mode] = '1';
}
}
if ($radio_id == '0') {
$wireless_iface = 'wifi0';
$network = 'wlanLan';
} else {
$wireless_iface = 'wifi' . $radio_id;
$network = 'wlan' . ($radio_id + 1);
}
$wireless_model = 'atheros';
$txant = $radio[antenna_mode];
$rxant = $radio[antenna_mode];
print '
## Radio: ' . $radio[ssid] . '
uci delete wireless.' . $wireless_iface . '
uci set wireless.' . $wireless_iface . '=wifi-device
uci set wireless.' . $wireless_iface . '.type=' . $wireless_model . '
uci set wireless.' . $wireless_iface . '.channel=' . $channel . '
uci set wireless.' . $wireless_iface . '.disabled=0
uci set wireless.' . $wireless_iface . '.hwmode=' . $band . '
uci set wireless.' . $wireless_iface . '.diversity=0
uci set wireless.' . $wireless_iface . '.txantenna=' . $txant . '
uci set wireless.' . $wireless_iface . '.rxantenna=' . $rxant . '
uci set wireless.' . $wireless_iface . '.txpower=16
uci set wireless.' . $wireless_iface . '.regdomain=31
uci set wireless.' . $wireless_iface . '.country=724
uci set wireless.' . $wireless_iface . '.distance=2000
uci delete wireless.@wifi-iface[' . $radio_id . ']
uci add wireless wifi-iface
uci set wireless.@wifi-iface[' . $radio_id . ']=wifi-iface
uci set wireless.@wifi-iface[' . $radio_id . '].device=' . $wireless_iface . '
uci set wireless.@wifi-iface[' . $radio_id . '].network=' . $network . '
uci set wireless.@wifi-iface[' . $radio_id . '].mode=' . $mode . '
uci set wireless.@wifi-iface[' . $radio_id . '].ssid=guifi.net-' . $radio[ssid] . '
uci set wireless.@wifi-iface[' . $radio_id . '].encryption=none
';
wds_add($dev, $radio, $radio_id);
}
}
print 'sleep 1</pre>';
_outln_comment();
_outln_comment();
_outln_comment(t('Network Settings'));
print '<pre>';
function cable_network($dev)
{
foreach ($dev->interfaces as $interface_id => $interface) {
switch ($interface[interface_type]) {
case 'vlan1':
$iname = 'eth0:1';
break;
case 'vlan2':
$iname = 'eth1';
break;
case 'vlan3':
$iname = 'eth1:1';
break;
default:
$iname = $interface[interface_type];
break;
}
foreach ($interface[ipv4] as $ipv4_id => $ipv4) {
foreach ($ipv4[links] as $link_id => $link) {
$network = guifi_get_hostname($link[device_id]);
if (preg_match("/(Working|Testing|Building)/", $link['flag'])) {
$status = 'active';
if ($interface[interface_type] != 'wLan/Lan') {
print '
## cable_' . $network . '
uci delete network.' . $network . '
uci set network.' . $network . '=interface
uci set network.' . $network . '.ifname=' . $iname . '
uci set network.' . $network . '.proto=static
uci set network.' . $network . '.ipaddr=' . $ipv4[ipv4] . '
uci set network.' . $network . '.netmask=' . $ipv4[netmask] . '
';
}
} else {
$status = 'disabled';
print '
##### ' . t($link['flag']) . ' ####
## cable_' . $network . '
# uci set network.' . $network . '=interface
# uci set network.' . $network . '.ifname=' . $iname . '
# uci set network.' . $network . '.proto=static
# uci set network.' . $network . '.ipaddr=' . $ipv4[ipv4] . '
# uci set network.' . $network . '.netmask=' . $ipv4[netmask] . '
';
}
}
}
}
}
print '
uci set network.loopback=interface
uci set network.loopback.ifname=lo
uci set network.loopback.proto=static
uci set network.loopback.ipaddr=127.0.0.1
uci set network.loopback.netmask=255.0.0.0
uci delete network.lan
uci delete network.wan
';
if (isset($dev->radios)) {
foreach ($dev->radios as $radio_id => $radio) {
if (isset($radio[interfaces])) {
foreach ($radio[interfaces] as $interface_id => $interface) {
if ($interface[interface_type] != 'wds/p2p') {
if (isset($interface[ipv4])) {
foreach ($interface[ipv4] as $ipv4_id => $ipv4) {
if ($interface[interface_type] == 'wLan/Lan') {
$iface = '"ath0 eth0"';
$network = 'wlanLan';
} else {
$iface = 'wifi' . $radio_id;
$network = 'wlan' . ($radio_id + 1);
}
$item = _ipcalc($ipv4[ipv4], $ipv4[netmask]);
// FILE NETWORK
print '
uci delete network.' . $network . '
uci set network.' . $network . '=interface
';
if ($interface[interface_type] == 'wLan/Lan') {
print 'uci set network.' . $network . '.type=bridge
';
}
print 'uci set network.' . $network . '.ifname=' . $iface . '
uci set network.' . $network . '.proto=static
uci set network.' . $network . '.ipaddr=' . $ipv4[ipv4] . '
uci set network.' . $network . '.netmask=' . $ipv4[netmask] . '
uci set network.' . $network . '.dns="' . $dns . '"
';
}
}
}
}
}
wds_network($dev, $radio);
}
}
cable_network($dev);
print 'sleep 1</pre>';
//FILE FIREWALL
_outln_comment();
_outln_comment();
_outln_comment(t('Firewall Settings'));
print '<pre>';
print 'uci set firewall.@defaults[0]=defaults
uci set firewall.@defaults[0].syn_flood=1
uci set firewall.@defaults[0].input=ACCEPT
uci set firewall.@defaults[0].output=ACCEPT
uci set firewall.@defaults[0].forward=ACCEPT
';
print 'COUNTER=0
while [ $COUNTER -lt 64 ]; do
uci delete firewall.@zone[0] > /dev/null 2>&1
let COUNTER=COUNTER+1
done
uci delete firewall.@forwarding[0]
';
$icount = '0';
foreach ($dev->radios as $radio_id => $radio) {
foreach ($radio[interfaces] as $interface_id => $interface) {
if ($interface[interface_type] == 'wLan' || $interface[interface_type] == 'wLan/Lan') {
foreach ($interface[ipv4] as $ipv4_id => $ipv4) {
if ($interface[interface_type] == 'wLan/Lan') {
$network = 'wlanLan';
} else {
$network = 'wlan' . ($radio_id + 1);
}
print 'uci add firewall zone
uci set firewall.@zone[' . $icount . ']=zone
uci set firewall.@zone[' . $icount . '].name=' . $network . '
uci set firewall.@zone[' . $icount . '].input=ACCEPT
uci set firewall.@zone[' . $icount . '].output=ACCEPT
uci set firewall.@zone[' . $icount . '].forward=ACCEPT
';
$icount++;
}
}
}
}
foreach ($dev->radios as $radio_id => $radio) {
foreach ($radio[interfaces] as $interface_id => $interface) {
if ($interface[interface_type] == 'wds/p2p') {
foreach ($interface[ipv4] as $ipv4_id => $ipv4) {
foreach ($ipv4[links] as $link_id => $link) {
if ($link['link_type'] == 'wds') {
$wds_links = array();
$wds_links[] = $link;
foreach ($wds_links as $key => $wds) {
$hostname = guifi_get_hostname($wds['device_id']);
if (preg_match("/(Working|Testing|Building)/", $wds['flag'])) {
print 'uci add firewall zone
uci set firewall.@zone[' . $icount . ']=zone
uci set firewall.@zone[' . $icount . '].name=wds_' . $hostname . '
uci set firewall.@zone[' . $icount . '].input=ACCEPT
uci set firewall.@zone[' . $icount . '].output=ACCEPT
uci set firewall.@zone[' . $icount . '].forward=ACCEPT
';
$icount++;
}
}
}
}
}
}
}
}
foreach ($dev->interfaces as $interface_id => $interface) {
foreach ($interface[ipv4] as $ipv4_id => $ipv4) {
foreach ($ipv4[links] as $link_id => $link) {
$hostname = guifi_get_hostname($link['device_id']);
if (preg_match("/(Working|Testing|Building)/", $link['flag'])) {
print 'uci add firewall zone
uci set firewall.@zone[' . $icount . ']=zone
uci set firewall.@zone[' . $icount . '].name=' . $hostname . '
uci set firewall.@zone[' . $icount . '].input=ACCEPT
uci set firewall.@zone[' . $icount . '].output=ACCEPT
uci set firewall.@zone[' . $icount . '].forward=ACCEPT
';
$icount++;
}
}
}
}
print 'sleep 1</pre>';
_outln_comment();
_outln_comment();
_outln_comment(t('DHCP Static Leases'));
print '<pre>';
$dhcp_statics = array();
$max = explode(".", $dev->ipv4);
function merge_static($link, &$dhcp_statics, &$max, &$curr)
{
if (empty($link['interface'][mac])) {
$link['interface'][mac] = 'FF:FF:FF:FF:FF:FF';
}
$dhcp_statics[] = array($link['interface'][ipv4][ipv4], $link['interface'][mac], guifi_get_hostname($link['interface'][device_id]));
$curr = explode(".", $link['interface'][ipv4][ipv4]);
if ($curr[3] > $max[3]) {
$max[3] = $curr[3];
}
}
$main_ip = guifi_main_ip($dev->id);
$item = _ipcalc_by_netbits($main_ip[ipv4], $main_ip[maskbits]);
$max = explode(".", $main_ip[ipv4]);
// cable links
foreach ($dev->interfaces as $interface) {
foreach ($interface[ipv4] as $ipv4) {
foreach ($ipv4[links] as $link) {
if ($link['interface'][ipv4][ipv4] != '') {
$item2 = _ipcalc($link['interface'][ipv4][ipv4], $link['interface'][ipv4][netmask]);
if ($item[netid] == $item2[netid]) {
merge_static($link, $dhcp_statics, $max, $cur);
}
}
}
}
}
// ap/client links
foreach ($dev->radios as $radio) {
foreach ($radio[interfaces] as $interface) {
foreach ($interface[ipv4] as $ipv4) {
foreach ($ipv4[links] as $link) {
if ($link['link_type'] == 'ap/client' and !empty($link['interface'][ipv4][ipv4])) {
merge_static($link, $dhcp_statics, $max, $cur);
}
}
}
}
}
$statics = count($dhcp_statics) - 1;
$totalstatics = count($dhcp_statics);
$first = explode(".", $item[netid]);
$last = explode(".", $item[broadcast]);
$limit = $last[3] - 1 - ($first[3] + 3) - $totalstatics;
$counter = '0';
print 'COUNTER=0
while [ $COUNTER -lt 64 ]; do
uci delete luci_ethers.@static_lease[0] > /dev/null 2>&1
let COUNTER=COUNTER+1
done
';
foreach ($dhcp_statics as $static) {
print '
## Device: ' . $static[2] . '
uci add luci_ethers static_lease
uci set luci_ethers.@static_lease[' . $counter . ']=static_lease
uci set luci_ethers.@static_lease[' . $counter . '].macaddr=' . $static[1] . '
uci set luci_ethers.@static_lease[' . $counter . '].ipaddr=' . $static[0] . '
';
$counter++;
}
print 'sleep 1</pre>';
// FILE DHCP
_outln_comment();
_outln_comment();
_outln_comment(t('DHCP Settings'));
print '<pre>';
print 'uci set dhcp.@dnsmasq[0]=dnsmasq
uci set dhcp.@dnsmasq[0].domainneeded=1
uci set dhcp.@dnsmasq[0].boguspriv=1
uci set dhcp.@dnsmasq[0].filterwin2k=0
uci set dhcp.@dnsmasq[0].localise_queries=1
uci set dhcp.@dnsmasq[0].local=/lan/
uci set dhcp.@dnsmasq[0].domain=lan
uci set dhcp.@dnsmasq[0].expandhosts=1
uci set dhcp.@dnsmasq[0].nonegcache=0
uci set dhcp.@dnsmasq[0].authoritative=1
uci set dhcp.@dnsmasq[0].readethers=1
uci set dhcp.@dnsmasq[0].leasefile=/tmp/dhcp.leases
uci set dhcp.@dnsmasq[0].resolvfile=/tmp/resolv.conf.auto
';
foreach ($dev->radios as $radio_id => $radio) {
foreach ($radio[interfaces] as $interface_id => $interface) {
if ($interface[interface_type] == 'wLan' || $interface[interface_type] == 'wLan/Lan') {
foreach ($interface[ipv4] as $ipv4_id => $ipv4) {
if ($interface[interface_type] == 'wLan/Lan') {
$iface = 'wlanLan';
$network = 'wlanLan';
} else {
$network = 'wlan' . ($radio_id + 1);
}
$max = explode(".", $ipv4[ipv4]);
foreach ($ipv4[links] as $link) {
if ($link['link_type'] == 'ap/client' and !empty($link['interface'][ipv4][ipv4])) {
$totalstaticss = count($ipv4[links]);
}
}
$first = explode(".", $item[netid]);
$last = explode(".", $item[broadcast]);
$limit = $last[3] - 1 - ($first[3] + 3) - $totalstaticss;
$totalstaticss = '0';
print '
uci delete dhcp.lan
uci delete dhcp.wan
uci set dhcp.' . $network . '=dhcp
uci set dhcp.' . $network . '.interface=' . $network . '
uci set dhcp.' . $network . '.leasetime=12h
uci set dhcp.' . $network . '.start=' . ($max[3] + 2) . '
uci set dhcp.' . $network . '.limit=' . $limit . '
uci set dhcp.' . $network . '.netmask=' . $ipv4[netmask] . '
';
}
}
}
}
print 'sleep 1</pre>';
$wds_links = array();
foreach ($dev->radios as $radio_id => $radio) {
foreach ($radio[interfaces] as $interface_id => $interface) {
if ($interface[interface_type] == 'wds/p2p') {
foreach ($interface[ipv4] as $ipv4_id => $ipv4) {
foreach ($ipv4[links] as $link_id => $link) {
if ($link['link_type'] == 'wds') {
$wds_links[] = $link;
}
}
}
}
}
}
foreach ($wds_links as $key => $wds) {
if ($wds['routing'] == 'BGP') {
$wds_bgpd = '1';
}
if ($wds['routing'] == 'OSPF') {
$wds_ospfd = '1';
}
}
$cable_links = array();
foreach ($dev->interfaces as $interface_id => $interface) {
foreach ($interface[ipv4] as $ipv4_id => $ipv4) {
foreach ($ipv4[links] as $link_id => $link) {
if ($link['link_type'] == 'cable') {
$cable_links[] = $link;
}
}
}
}
foreach ($cable_links as $key => $cable) {
if ($cable['routing'] == 'BGP') {
$cable_bgpd = '1';
}
if ($cable['routing'] == 'OSPF') {
$cable_ospfd = '1';
}
}
// QUAGGA CONFIG FILES
$file_zebra = '';
_outln_comment();
_outln_comment();
_outln_comment(t('File /etc/quagga/zebra.conf'));
print '<pre>';
print 'true > /etc/quagga/zebra.conf';
print '</pre>';
// FILE OSPFD
if ($wds_ospfd == '1' || $cable_ospfd == '1') {
_outln_comment();
_outln_comment();
_outln_comment(t('File /etc/quagga/ospfd.conf'));
print '<pre>';
print 'cat > /etc/quagga/ospfd.conf << EOF
!
interface br-lan
!
router ospf
ospf router-id ' . $lan->ipv4 . '
redistribute bgp
';
foreach ($dev->radios as $radio_id => $radio) {
foreach ($radio[interfaces] as $interface_id => $interface) {
if ($interface[interface_type] == 'wLan' || $interface[interface_type] == 'wLan/Lan') {
foreach ($interface[ipv4] as $ipv4_id => $ipv4) {
$network = _ipcalc($ipv4[ipv4], $ipv4[netmask]);
}
if (preg_match("/(Working|Testing|Building)/", $link['flag'])) {
print ' network ' . $network[netid] . '/' . $network[maskbits] . ' area 0<br />';
}
}
}
}
foreach ($wds_links as $key => $wds) {
$iplocal[] = $wds['interface']['ipv4'];
if ($wds['routing'] == 'OSPF') {
$wds_network = _ipcalc($iplocal[$key][ipv4], $iplocal[$key][netmask]);
if (preg_match("/(Working|Testing|Building)/", $wds['flag'])) {
print ' network ' . $wds_network[netid] . '/' . $wds_network[maskbits] . ' area 0<br />';
}
}
}
foreach ($dev->interfaces as $interface_id => $interface) {
foreach ($interface[ipv4] as $ipv4_id => $ipv4) {
foreach ($ipv4[links] as $link_id => $link) {
$item = _ipcalc($ipv4[ipv4], $ipv4[netmask]);
if ($link['routing'] == 'OSPF') {
if (preg_match("/(Working|Testing|Building)/", $link['flag'])) {
print ' network ' . $item[netid] . '/' . $item[maskbits] . ' area 0<br />';
}
}
}
}
}
print 'default-information originate
!
EOF
';
print 'sleep 1</pre>';
}
// FILE BGPD
if ($wds_bgpd == '1' || $cable_bgpd == '1') {
_outln_comment();
_outln_comment();
_outln_comment(t('File /etc/quagga/bgpd.conf'));
print '<pre>';
print 'cat > /etc/quagga/bgpd.conf << EOF
!
interface br-lan
!
router bgp ' . $dev->id . '
bgp router-id ' . $lan->ipv4 . '
';
foreach ($dev->radios as $radio_id => $radio) {
foreach ($radio[interfaces] as $interface_id => $interface) {
if ($interface[interface_type] == 'wLan' || $interface[interface_type] == 'wLan/Lan') {
foreach ($interface[ipv4] as $ipv4_id => $ipv4) {
$network = _ipcalc($ipv4[ipv4], $ipv4[netmask]);
}
print ' network ' . $network[netid] . '/' . $network[maskbits] . '<br />';
}
}
}
print 'redistribute ospf
';
foreach ($wds_links as $key => $wds) {
$iplocal[] = $wds['interface']['ipv4'];
if ($wds['routing'] == 'BGP') {
$wds_network = _ipcalc($iplocal[$key][ipv4], $iplocal[$key][netmask]);
if (preg_match("/(Working|Testing|Building)/", $wds['flag'])) {
print ' network ' . $wds_network[netid] . '/' . $wds_network[maskbits] . '<br />';
}
}
}
foreach ($dev->interfaces as $interface_id => $interface) {
foreach ($interface[ipv4] as $ipv4_id => $ipv4) {
foreach ($ipv4[links] as $link_id => $link) {
$item = _ipcalc($ipv4[ipv4], $ipv4[netmask]);
if ($link['routing'] == 'BGP') {
if (preg_match("/(Working|Testing|Building)/", $link['flag'])) {
print ' network ' . $item[netid] . '/' . $item[maskbits] . '<br />';
}
}
}
}
}
foreach ($dev->radios as $radio_id => $radio) {
foreach ($radio[interfaces] as $interface_id => $interface) {
foreach ($interface[ipv4] as $ipv4_id => $ipv4) {
foreach ($ipv4[links] as $link_id => $link) {
if ($link['routing'] == 'BGP') {
if (preg_match("/(Working|Testing|Building)/", $link['flag'])) {
print ' neighbor ' . $link['interface']['ipv4']['ipv4'] . ' remote-as ' . $link['device_id'] . '
';
}
}
}
}
}
}
foreach ($dev->interfaces as $interface_id => $interface) {
foreach ($interface[ipv4] as $ipv4_id => $ipv4) {
foreach ($ipv4[links] as $link_id => $link) {
if ($link['routing'] == 'BGP') {
if (preg_match("/(Working|Testing|Building)/", $link['flag'])) {
print ' neighbor ' . $link['interface']['ipv4']['ipv4'] . ' remote-as ' . $link['device_id'] . '
';
}
}
}
}
}
print 'EOF
';
print 'sleep 1</pre>';
}
//FILE OPKG
$opkg_conf = '
src/gz snapshots http://downloads.openwrt.org/snapshots/' . $packages . '
dest root /
dest ram /tmp
lists_dir ext /var/opkg-lists
option overlay_root /jffs
';
_outln_comment();
_outln_comment();
_outln_comment(t('File /etc/opkg.conf'));
openwrt_out_file($opkg_conf, '/etc/opkg.conf');
}
function _add_cnml_node(&$CNML, $node, &$summary, $action)
{
global $devices;
global $radios;
global $interfaces;
global $links;
global $services;
global $models;
$nodesummary->ap = 0;
$nodesummary->client = 0;
$nodesummary->devices = 0;
$nodesummary->services = 0;
$nodesummary->links = 0;
if ($action != 'zones') {
// $nodeXML = $CNML->addChild('node',htmlspecialchars($node->body,ENT_QUOTES));
$nodeXML = $CNML->addChild('node');
foreach ($node as $key => $value) {
if ($value) {
switch ($key) {
case 'body':
break;
case 'id':
$nodeXML->addAttribute('id', $value);
break;
case 'nick':
$nodeXML->addAttribute('title', $value);
break;
case 'lat':
$nodeXML->addAttribute('lat', $value);
break;
case 'lon':
$nodeXML->addAttribute('lon', $value);
break;
case 'elevation':
if ($value) {
$nodeXML->addAttribute('antenna_elevation', $value);
}
break;
case 'status_flag':
$nodeXML->addAttribute('status', $value);
break;
case 'graph_server':
$nodeXML->addAttribute('graph_server', $value);
break;
case 'timestamp_created':
$nodeXML->addAttribute('created', date('Ymd hi', $value));
break;
case 'timestamp_changed':
$nodeXML->addAttribute('updated', date('Ymd hi', $value));
break;
}
}
}
}
$summary->nodes++;
if ($node->lon < $summary->minx) {
$summary->minx = $node->lon;
}
if ($node->lat < $summary->miny) {
$summary->miny = $node->lat;
}
if ($node->lon > $summary->maxx) {
$summary->maxx = $node->lon;
}
if ($node->lat > $summary->maxy) {
$summary->maxy = $node->lat;
}
// if report type = 'detail', going to list all node content
// devices
if (is_array($devices[$node->id])) {
if (count($devices[$node->id])) {
foreach ($devices[$node->id] as $id => $device) {
if ($action == 'detail') {
$deviceXML = $nodeXML->addChild('device', htmlspecialchars($device->comment, ENT_QUOTES));
foreach ($device as $key => $value) {
if ($value) {
switch ($key) {
case 'body':
comment;
case 'id':
$main_ip = guifi_main_ip($value);
$deviceXML->addAttribute('id', $value);
$deviceXML->addAttribute('mainipv4', $main_ip[ipv4]);
break;
case 'nick':
$deviceXML->addAttribute('title', $value);
break;
case 'type':
$deviceXML->addAttribute('type', $value);
break;
case 'flag':
$deviceXML->addAttribute('status', $value);
break;
case 'graph_server':
$deviceXML->addAttribute('graph_server', $value);
break;
case 'timestamp_created':
$deviceXML->addAttribute('created', date('Ymd hi', $value));
break;
case 'timestamp_changed':
$deviceXML->addAttribute('updated', date('Ymd hi', $value));
break;
// case 'mainipv4': $deviceXML->addAttribute('mainipv4',guifi_main_ip(id)); break;
}
}
}
// TODO obtenir model_id i firmware del device o no de extra
if (!empty($device->extra)) {
$device->variable = unserialize($device->extra);
if ($device->type == 'radio') {
if (isset($device->variable['firmware'])) {
$deviceXML->addAttribute('firmware', $device->variable['firmware']);
}
}
if (isset($device->variable['model_id'])) {
$model_name = $models[(int) $device->variable['model_id']];
$deviceXML->addAttribute('name', $model_name);
}
if (!empty($device->variable['mrtg_index'])) {
$deviceXML->addAttribute('snmp_index', $device->variable['mrtg_index']);
}
}
}
$nodesummary->devices++;
// device radios
if (is_array($radios[$node->id][$device->id])) {
if (count($radios[$node->id][$device->id])) {
foreach ($radios[$node->id][$device->id] as $id => $radio) {
if ($action == 'detail') {
$radioXML = $deviceXML->addChild('radio', htmlspecialchars($radio->comment, ENT_QUOTES));
$radioXML->addAttribute('id', $radio->radiodev_counter);
$radioXML->addAttribute('device_id', $device->id);
foreach ($radio as $key => $value) {
if ($value) {
switch ($key) {
case 'radiodev_counter':
case 'comment':
break;
case 'ssid':
$radioXML->addAttribute('ssid', $value);
break;
case 'mode':
$radioXML->addAttribute('mode', $value);
break;
case 'protocol':
$radioXML->addAttribute('protocol', $value);
break;
case 'channel':
$radioXML->addAttribute('channel', $value);
break;
case 'antenna_angle':
$radioXML->addAttribute('antenna_angle', $value);
break;
case 'antenna_gain':
$radioXML->addAttribute('antenna_gain', $value);
break;
case 'antenna_azimuth':
$radioXML->addAttribute('antenna_azimuth', $value);
break;
case 'clients_accepted':
$radioXML->addAttribute('clients_accepted', $value);
break;
}
}
}
if (isset($device->variable['model_id'])) {
// TODO resolve issue wlanX ( 1,2,3,4, etc.. ) incremental.
if (in_array($model_name, array('Routerboard 112', 'Routerboard 133', 'Routerboard 133C', 'Routerboard 153', 'Routerboard 333', 'Routerboard 411', 'Routerboard 433', 'Routerboard 532', 'Routerboard 600', 'Routerboard 800', 'Supertrasto guifiBUS guifi.net', 'Routerboard SXT 5HnD', 'Routerboard 493/G', 'OmniTIK Uxx-5HnD', 'Routerboard SXT Lite2', 'Routerboard SXT Lite5', 'Routerboard 2011', 'Routerboard Sextant'))) {
switch ($device->variable['firmware']) {
case 'RouterOSv2.9':
case 'RouterOSv3.x':
case 'RouterOSv4.0+':
case 'RouterOSv4.7+':
case 'RouterOSv5.x':
case 'RouterOSv6.x':
$radioXML->addAttribute('snmp_name', 'wlan' . (string) ($id + 1));
break;
}
} else {
$snmp = db_fetch_object(db_query('SELECT snmp_id FROM guifi_configuracioUnSolclic WHERE id=%d', $device->usc_id));
list($modeap, $modesta) = explode("|", $snmp->snmp_id);
if (empty($modesta)) {
$modesta = $modeap;
}
if (eregi("^[0-9]+\$", $modeap)) {
$snmp_iname = 'snmp_index';
} else {
$snmp_iname = 'snmp_name';
}
if (eregi("^[0-9]+\$", $modesta)) {
$snmp_ciname = 'snmp_index';
} else {
$snmp_ciname = 'snmp_name';
}
if ($radio->mode == 'client') {
$radioXML->addAttribute($snmp_ciname, $modesta);
} else {
$radioXML->addAttribute($snmp_iname, $modeap);
}
}
}
switch ($radio->mode) {
case 'ap':
$nodesummary->ap++;
break;
case 'client':
$nodesummary->client++;
break;
}
}
// device radio interfaces
if (is_array($interfaces[$device->id][$radio->radiodev_counter])) {
if (count($interfaces[$device->id][$radio->radiodev_counter])) {
foreach ($interfaces[$device->id][$radio->radiodev_counter] as $radio_interfaces) {
foreach ($radio_interfaces as $interface) {
if (!array_search($interface->interface_type, array('a' => 'wds/p2p', 'b' => 'wLan', 'c' => 'wLan/Lan', 'd' => 'Wan')) and !array_search($interface->interface_class, array('a' => 'wds/p2p'))) {
continue;
}
if ($interface->interface_type == 'Wan' and $radio->mode != 'client') {
continue;
}
if ($action == 'detail') {
$interfaceXML = $radioXML->addChild('interface');
foreach ($interface as $key => $value) {
if ($value) {
switch ($key) {
case 'id':
$interfaceXML->addAttribute('id', $interface->id);
break;
case 'mac':
$interfaceXML->addAttribute('mac', $interface->mac);
break;
case 'ipv4':
$interfaceXML->addAttribute('ipv4', $interface->ipv4);
break;
case 'netmask':
$interfaceXML->addAttribute('mask', $interface->netmask);
break;
case 'interface_type':
$interfaceXML->addAttribute('type', $interface->interface_type);
break;
}
}
}
}
// linked interfaces
if (is_array($links[$device->id][$interface->id])) {
if (count($links[$device->id][$interface->id])) {
foreach ($links[$device->id][$interface->id] as $id => $link) {
if (!array_search($link->link_type, array('a' => 'ap/client', 'b' => 'wds'))) {
continue;
}
if ($link->ipv4_id != $interface->ipv4_id) {
continue;
}
$nodesummary->links++;
if ($action == 'detail') {
$linkXML = $interfaceXML->addChild('link');
foreach ($link as $key => $value) {
if ($value) {
switch ($key) {
case 'id':
$linkXML->addAttribute('id', $link->id);
break;
case 'linked_node_id':
$linkXML->addAttribute('linked_node_id', $link->linked_node_id);
break;
case 'linked_device_id':
$linkXML->addAttribute('linked_device_id', $link->linked_device_id);
break;
case 'linked_interface_id':
$linkXML->addAttribute('linked_interface_id', $link->linked_interface_id);
break;
case 'link_type':
$linkXML->addAttribute('link_type', $link->link_type);
break;
case 'status':
$linkXML->addAttribute('link_status', $link->status);
break;
}
}
}
}
}
// foreach link
}
}
//interface links
}
}
// foreach radio interface
}
}
// radio interfaces
}
// foreach radios
}
}
// device radios
// device interfaces
if (is_array($interfaces[$device->id])) {
if (count($interfaces[$device->id])) {
foreach ($interfaces[$device->id] as $device_interfaces) {
foreach ($device_interfaces as $counter_interfaces) {
foreach ($counter_interfaces as $interface) {
if (array_search($interface->interface_type, array('a' => 'wds/p2p', 'b' => 'wLan', 'c' => 'wlan/Lan')) and array_search($interface->interface_class, array('a' => 'wds/p2p'))) {
continue;
}
if ($action == 'detail') {
$interfaceXML = $deviceXML->addChild('interface');
foreach ($interface as $key => $value) {
if ($value) {
switch ($key) {
case 'id':
$interfaceXML->addAttribute('id', $interface->id);
break;
case 'mac':
$interfaceXML->addAttribute('mac', $interface->mac);
break;
case 'ipv4':
$interfaceXML->addAttribute('ipv4', $interface->ipv4);
break;
case 'netmask':
$interfaceXML->addAttribute('mask', $interface->netmask);
break;
case 'interface_type':
$interfaceXML->addAttribute('type', $interface->interface_type);
break;
}
}
}
}
// linked interfaces
if (is_array($links[$device->id][$interface->id])) {
if (count($links[$device->id][$interface->id])) {
foreach ($links[$device->id][$interface->id] as $id => $link) {
if (array_search($link->link_type, array('a' => 'ap/client', 'b' => 'wds'))) {
continue;
}
if ($link->ipv4_id != $interface->ipv4_id) {
continue;
}
if ($action == 'detail') {
$linkXML = $interfaceXML->addChild('link');
foreach ($link as $key => $value) {
if ($value) {
switch ($key) {
case 'id':
$linkXML->addAttribute('id', $link->id);
break;
case 'linked_node_id':
$linkXML->addAttribute('linked_node_id', $link->linked_node_id);
break;
case 'linked_device_id':
$linkXML->addAttribute('linked_device_id', $link->linked_device_id);
break;
case 'linked_interface_id':
$linkXML->addAttribute('linked_interface_id', $link->linked_interface_id);
break;
case 'link_type':
$linkXML->addAttribute('link_type', $link->link_type);
break;
case 'status':
$linkXML->addAttribute('link_status', $link->status);
break;
}
}
}
}
}
// foreach link
}
}
//interface links
}
}
}
// foreach interface
}
}
//interface
// services
if (is_array($services[$device->id])) {
if (count($services[$device->id])) {
foreach ($services[$device->id] as $id => $service) {
if ($action == 'detail') {
$serviceXML = $deviceXML->addChild('service', htmlspecialchars($service->body, ENT_QUOTES));
foreach ($service as $key => $value) {
if ($value) {
switch ($key) {
case 'body':
break;
case 'id':
$serviceXML->addAttribute('id', $value);
break;
case 'nick':
$serviceXML->addAttribute('title', $value);
break;
case 'service_type':
$serviceXML->addAttribute('type', $value);
break;
case 'status_flag':
$serviceXML->addAttribute('status', $value);
break;
case 'timestamp_created':
$serviceXML->addAttribute('created', date('Ymd hi', $value));
break;
case 'timestamp_changed':
$serviceXML->addAttribute('updated', date('Ymd hi', $value));
break;
}
}
}
}
$nodesummary->services++;
}
// foreach service
}
}
// service
}
// foreach device
}
}
// devices
$summary->ap += $nodesummary->ap;
$summary->client += $nodesummary->client;
$summary->devices += $nodesummary->devices;
$summary->links += $nodesummary->links;
$summary->services += $nodesummary->services;
if ($action != 'zones') {
if ($nodesummary->ap) {
$nodeXML->addAttribute('access_points', $nodesummary->ap);
}
if ($nodesummary->client) {
$nodeXML->addAttribute('clients', $nodesummary->client);
}
if ($nodesummary->devices) {
$nodeXML->addAttribute('devices', $nodesummary->devices);
}
if ($nodesummary->links) {
$nodeXML->addAttribute('links', $nodesummary->links);
}
if ($nodesummary->services) {
$nodeXML->addAttribute('services', $nodesummary->services);
}
}
return;
}
function guifi_domain_create_form($form_state, $node)
{
$ip = guifi_main_ip($node->device_id);
if (guifi_domain_access('create', $node->sid)) {
$form['text_add'] = array('#type' => 'item', '#value' => t('You are not allowed to create a domain on this service.'), '#weight' => 0);
return $form;
}
if (empty($ip['ipv4'])) {
$device = db_fetch_object(db_query('SELECT nick FROM {guifi_devices} WHERE id = %d', $node->device_id));
$url = url('guifi/device/' . $node->device_id);
$form['text'] = array('#type' => 'item', '#value' => t('The server <a href=' . $url . '>' . $device->nick . '</a> does not have an IPv4 address, can not create a domain.'));
return $form;
}
$form['domain_type'] = array('#type' => 'select', '#title' => t('Select new domain type'), '#default_value' => 'none', '#options' => array('NULL' => 'none', 'master' => 'Master, ex: newdomain.net', 'delegation' => 'Delegation, ex: newdomain.guifi.net'), '#ahah' => array('path' => 'guifi/js/add-domain', 'wrapper' => 'select_type', 'effect' => 'fade'));
$form['domain_type_form'] = array('#prefix' => '<div id="select_type">', '#suffix' => '</div>', '#type' => 'fieldset');
if ($form_state['values']['domain_type'] == 'master') {
$form['domain_type_form']['sid'] = array('#type' => 'hidden', '#value' => $node->id);
$form['domain_type_form']['name'] = array('#type' => 'textfield', '#size' => 64, '#maxlength' => 32, '#title' => t('Add a new domain'), '#description' => t('Insert domain name'), '#prefix' => '<table style="width: 0px"><tr><td>', '#suffix' => '</td>');
$form['domain_type_form']['type'] = array('#type' => 'hidden', '#value' => 'master');
$form['domain_type_form']['ipv4'] = array('#type' => 'hidden', '#value' => $ip[ipv4]);
$form['domain_type_form']['scope'] = array('#type' => 'select', '#title' => t('Scope'), '#options' => array('internal' => 'internal', 'external' => 'external'), '#prefix' => '<td>', '#suffix' => '</td>');
$form['domain_type_form']['management'] = array('#type' => 'select', '#title' => t('Management'), '#options' => array('automatic' => 'automatic', 'manual' => 'manual'), '#prefix' => '<td>', '#suffix' => '</td>');
$form['domain_type_form']['mname'] = array('#type' => 'hidden', '#value' => '0');
$form['domain_type_form']['submit'] = array('#type' => 'image_button', '#src' => drupal_get_path('module', 'guifi') . '/icons/add.png', '#attributes' => array('title' => t('add')), '#executes_submit_callback' => TRUE, '#submit' => array(guifi_domain_create_form_submit), '#prefix' => '<td>', '#suffix' => '</td></tr></table>');
}
if ($form_state['values']['domain_type'] == 'delegation') {
$ip = guifi_main_ip($node->device_id);
$form['domain_type_form']['sid'] = array('#type' => 'hidden', '#value' => $node->id);
$form['domain_type_form']['name'] = array('#type' => 'textfield', '#title' => t('Add a new delegated Domain Name'), '#description' => t('Just the hostname (HOSTNAME.domain.com) will be added before master domain.'), '#prefix' => '<table style="width: 0px"><tr><td>', '#suffix' => '</td>');
$domqry = db_query("\n SELECT *\n FROM {guifi_dns_domains}\n WHERE type = 'master'\n AND public = 'yes'\n ORDER BY name");
$values = array();
while ($type = db_fetch_object($domqry)) {
$values[$type->name] = $type->name;
}
$form['domain_type_form']['mname'] = array('#type' => 'select', '#options' => $values, '#prefix' => '<td>', '#suffix' => '</td>');
$form['domain_type_form']['scope'] = array('#type' => 'select', '#title' => t('Scope'), '#options' => array('internal' => 'internal', 'external' => 'external'), '#prefix' => '<td>', '#suffix' => '</td>');
$form['domain_type_form']['management'] = array('#type' => 'select', '#title' => t('Management'), '#options' => array('automatic' => 'automatic', 'manual' => 'manual'), '#prefix' => '<td>', '#suffix' => '</td>');
$form['domain_type_form']['type'] = array('#type' => 'hidden', '#value' => 'delegation');
$form['domain_type_form']['ipv4'] = array('#type' => 'hidden', '#value' => $ip[ipv4]);
$form['domain_type_form']['submit'] = array('#type' => 'image_button', '#src' => drupal_get_path('module', 'guifi') . '/icons/add.png', '#attributes' => array('title' => t('add')), '#executes_submit_callback' => TRUE, '#submit' => array(guifi_domain_create_form_submit), '#prefix' => '<td>', '#suffix' => '</td></tr></table>');
}
return $form;
}
function guifi_kamikaze_files($dev, $zone)
{
//SOME VARIABLES
$dns = guifi_get_dns($zone, 2);
$lan = guifi_unsolclic_if($dev->id, 'wLan/Lan');
$lan_network = _ipcalc($lan->ipv4, $lan->netmask);
switch ($dev->variable['model_id']) {
case "39":
// Avila GW2348-4
$wireless_model = 'atheros';
$lan_iface = 'eth0';
$lan2_iface = 'eth1';
$packages = 'ixp4xx/packages';
break;
default:
_outln_comment('model id not supported');
exit;
}
// SECTION FILES
_outln_comment();
_outln_comment();
_outln_comment(t('File /etc/config/wireless'));
function wds_add($dev, $radio)
{
$wds_links = array();
foreach ($radio[interfaces] as $interface_id => $interface) {
if ($interface[interface_type] == 'wds/p2p') {
foreach ($interface[ipv4] as $ipv4_id => $ipv4) {
foreach ($ipv4[links] as $link_id => $link) {
if ($link['link_type'] == 'wds') {
$wds_links[] = $link;
}
}
}
$ifcount = 0;
foreach ($wds_links as $key => $wds) {
if (preg_match("/(Working|Testing|Building)/", $wds['flag'])) {
$status = 'active';
print ' option \'wds_add' . $ifcount . '\' \'' . $wds['interface']['mac'] . '\'<br />';
$ifcount++;
} else {
$status = 'disabled';
print '# option \'wds_addX\' \'' . $wds['interface']['mac'] . '\'# ' . t($wds['flag']) . '<br />';
}
}
}
}
}
function wds_network($dev, $radio)
{
$ifcount = '0';
foreach ($radio[interfaces] as $interface_id => $interface) {
foreach ($interface[ipv4] as $ipv4_id => $ipv4) {
foreach ($ipv4[links] as $link_id => $link) {
if ($link['link_type'] == 'wds') {
$wds_links = array();
$wds_links[] = $link;
foreach ($wds_links as $key => $wds) {
$hostname = guifi_get_hostname($wds['device_id']);
if (preg_match("/(Working|Testing|Building)/", $wds['flag'])) {
$status = 'active';
print '
## wds_' . $hostname . '
config \'interface\' \'wds_' . $hostname . '\'
option \'ifname\' \'ath' . $radio[radiodev_counter] . '.wds' . $ifcount . '\'
option \'proto\' \'static\'
';
$ifcount++;
} else {
$status = 'disabled';
print '
##### ' . t($wds['flag']) . ' ####
## wds_' . $hostname . '
# config \'interface\' \'ath' . $radio[radiodev_counter] . '.wdsX\'
# option \'proto\' \'none\'
';
}
}
if ($status == 'active') {
print ' option \'ipaddr\' \'' . $ipv4[ipv4] . '\'
option \'netmask\' \'' . $ipv4['netmask'] . '\'
';
} else {
print '# option \'ipaddr\' \'' . $ipv4[ipv4] . '\'
# option \'netmask\' \'' . $ipv4['netmask'] . '\'
';
}
}
}
}
}
}
function cable_network($dev)
{
foreach ($dev->interfaces as $interface_id => $interface) {
switch ($interface[interface_type]) {
case 'vlan1':
$iname = 'eth0:1';
break;
case 'vlan2':
$iname = 'eth1';
break;
case 'vlan3':
$iname = 'eth2';
break;
default:
$iname = $interface[interface_type];
break;
}
foreach ($interface[ipv4] as $ipv4_id => $ipv4) {
foreach ($ipv4[links] as $link_id => $link) {
$network = guifi_get_hostname($link[device_id]);
if (preg_match("/(Working|Testing|Building)/", $link['flag'])) {
$status = 'active';
if ($interface[interface_type] != 'wLan/Lan') {
print '
## cable_' . $network . '
config \'interface\' \'' . $network . '\'
option \'ifname\' \'' . $iname . '\'
';
print ' option \'proto\' \'static\'
option \'ipaddr\' \'' . $ipv4[ipv4] . '\'
option \'netmask\' \'' . $ipv4[netmask] . '\'
';
}
} else {
$status = 'disabled';
print '
##### ' . t($link['flag']) . ' ####
## cable_' . $network . '
# config \'interface\' \'' . $network . '\'
# option \'ifname\' \'' . $iname . '\'
';
print '# option \'proto\' \'static\'
# option \'ipaddr\' \'' . $ipv4[ipv4] . '\'
# option \'netmask\' \'' . $ipv4[netmask] . '\'
';
}
}
}
}
}
print '<pre>
echo "
';
if (isset($dev->radios)) {
foreach ($dev->radios as $radio_id => $radio) {
$mode = 'ap';
$ssid = $radio[ssid];
$channel = atheros_channel($radio);
if ($channel < 14) {
$band = '11b';
} else {
$band = '11a';
}
if (empty($radio[antenna_mode])) {
$radio[antenna_mode] = '1';
} else {
if ($radio[antenna_mode] != 'Main') {
$radio[antenna_mode] = '2';
} else {
$radio[antenna_mode] = '1';
}
}
if ($radio_id == '0') {
$wireless_iface = 'wifi0';
$network = 'lan';
} else {
$wireless_iface = 'wifi' . $radio_id;
$network = 'wlan' . ($radio_id + 1);
}
$wireless_model = 'atheros';
$txant = 'txantenna';
$rxant = 'rxantenna';
print '
## Radio: ' . $radio[ssid] . '
config \'wifi-device\' \'' . $wireless_iface . '\'
option \'type\' \'' . $wireless_model . '\'
option \'channel\' \'' . $channel . '\'
option \'disabled\' \'0\'
option \'hwmode\' \'' . $band . '\'
option \'diversity\' \'0\'
option \'' . $txant . '\' \'' . $radio[antenna_mode] . '\'
option \'' . $rxant . '\' \'' . $radio[antenna_mode] . '\'
option \'txpower\' \'16\'
config wifi-iface
option \'device\' \'' . $wireless_iface . '\'
option \'network\' \'' . $network . '\'
option \'agmode\' \'' . $mode . '\'
option \'ssid\' \'guifi.net-' . $radio[ssid] . '\'
option \'encryption\' \'none\'
';
wds_add($dev, $radio);
}
}
print '
" > /etc/config/wireless </pre>
';
_outln_comment();
_outln_comment();
_outln_comment(t('File /etc/config/network'));
print '<pre>
echo "
config interface loopback
option \'ifname\' \'lo\'
option \'proto\' \'static\'
option \'ipaddr\' \'127.0.0.1\'
option \'netmask\' \'255.0.0.0\'
';
if (isset($dev->radios)) {
foreach ($dev->radios as $radio_id => $radio) {
if (isset($radio[interfaces])) {
foreach ($radio[interfaces] as $interface_id => $interface) {
if ($interface[interface_type] != 'wds/p2p') {
if (isset($interface[ipv4])) {
foreach ($interface[ipv4] as $ipv4_id => $ipv4) {
if ($interface[interface_type] == 'wLan/Lan') {
$iface = 'ath0 eth0';
$network = 'lan';
} else {
$iface = 'wifi' . $radio_id;
$network = 'wlan' . ($radio_id + 1);
}
$item = _ipcalc($ipv4[ipv4], $ipv4[netmask]);
// FILE NETWORK
print '
config interface ' . $network . '
option \'ifname\' \'' . $iface . '\'
';
if ($interface[interface_type] == 'wLan/Lan') {
print ' option \'type\' \'bridge\'
';
}
print ' option \'proto\' \'static\'
option \'ipaddr\' \'' . $ipv4[ipv4] . '\'
option \'netmask\' \'' . $ipv4[netmask] . '\'
option \'dns\' \'' . $dns . '\'
';
}
}
}
}
}
wds_network($dev, $radio);
}
}
cable_network($dev);
print '
" > /etc/config/network </pre>
';
$wds_links = array();
foreach ($dev->radios as $radio_id => $radio) {
foreach ($radio[interfaces] as $interface_id => $interface) {
if ($interface[interface_type] == 'wds/p2p') {
foreach ($interface[ipv4] as $ipv4_id => $ipv4) {
foreach ($ipv4[links] as $link_id => $link) {
if ($link['link_type'] == 'wds') {
$wds_links[] = $link;
}
}
}
}
}
}
foreach ($wds_links as $key => $wds) {
if ($wds['routing'] == 'BGP') {
$wds_bgpd = '1';
}
if ($wds['routing'] == 'OSPF') {
$wds_ospfd = '1';
}
}
$cable_links = array();
foreach ($dev->interfaces as $interface_id => $interface) {
foreach ($interface[ipv4] as $ipv4_id => $ipv4) {
foreach ($ipv4[links] as $link_id => $link) {
if ($link['link_type'] == 'cable') {
$cable_links[] = $link;
}
}
}
}
foreach ($cable_links as $key => $cable) {
if ($cable['routing'] == 'BGP') {
$cable_bgpd = '1';
}
if ($cable['routing'] == 'OSPF') {
$cable_ospfd = '1';
}
}
// QUAGGA CONFIG FILES
$file_zebra = '';
_outln_comment();
_outln_comment();
_outln_comment(t('File /etc/quagga/zebra.conf'));
_out_file($file_zebra, '/etc/quagga/zebra.conf');
// FILE OSPFD
if ($wds_ospfd == '1' || $cable_ospfd == '1') {
_outln_comment();
_outln_comment();
_outln_comment(t('File /etc/quagga/ospfd.conf'));
print '<pre>mv /etc/quagga/ospfd.conf /etc/quagga/ospfd.conf.bak
echo "
!
interface br-lan
!
router ospf
ospf router-id ' . $lan->ipv4 . '
redistribute bgp
';
foreach ($dev->radios as $radio_id => $radio) {
foreach ($radio[interfaces] as $interface_id => $interface) {
if ($interface[interface_type] == 'wLan' || $interface[interface_type] == 'wLan/Lan') {
foreach ($interface[ipv4] as $ipv4_id => $ipv4) {
$network = _ipcalc($ipv4[ipv4], $ipv4[netmask]);
}
if (preg_match("/(Working|Testing|Building)/", $link['flag'])) {
print ' network ' . $network[netid] . '/' . $network[maskbits] . ' area 0<br />';
}
}
}
}
foreach ($wds_links as $key => $wds) {
$iplocal[] = $wds['interface']['ipv4'];
if ($wds['routing'] == 'OSPF') {
$wds_network = _ipcalc($iplocal[$key][ipv4], $iplocal[$key][netmask]);
if (preg_match("/(Working|Testing|Building)/", $wds['flag'])) {
print ' network ' . $wds_network[netid] . '/' . $wds_network[maskbits] . ' area 0<br />';
}
}
}
foreach ($dev->interfaces as $interface_id => $interface) {
foreach ($interface[ipv4] as $ipv4_id => $ipv4) {
foreach ($ipv4[links] as $link_id => $link) {
$item = _ipcalc($ipv4[ipv4], $ipv4[netmask]);
if ($link['routing'] == 'OSPF') {
if (preg_match("/(Working|Testing|Building)/", $link['flag'])) {
print ' network ' . $item[netid] . '/' . $item[maskbits] . ' area 0<br />';
}
}
}
}
}
print 'default-information originate
!
" > /etc/quagga/ospfd.conf</pre>';
}
// FILE BGPD
if ($wds_bgpd == '1' || $cable_bgpd == '1') {
_outln_comment();
_outln_comment();
_outln_comment(t('File /etc/quagga/bgpd.conf'));
print '<pre>mv /etc/quagga/bgpd.conf /etc/quagga/bgpd.conf.bak
echo "
!
interface br-lan
!
router bgp ' . $dev->id . '
bgp router-id ' . $lan->ipv4 . '
';
foreach ($dev->radios as $radio_id => $radio) {
foreach ($radio[interfaces] as $interface_id => $interface) {
if ($interface[interface_type] == 'wLan' || $interface[interface_type] == 'wLan/Lan') {
foreach ($interface[ipv4] as $ipv4_id => $ipv4) {
$network = _ipcalc($ipv4[ipv4], $ipv4[netmask]);
}
print ' network ' . $network[netid] . '/' . $network[maskbits] . '<br />';
}
}
}
print 'redistribute ospf
';
foreach ($wds_links as $key => $wds) {
$iplocal[] = $wds['interface']['ipv4'];
if ($wds['routing'] == 'BGP') {
$wds_network = _ipcalc($iplocal[$key][ipv4], $iplocal[$key][netmask]);
if (preg_match("/(Working|Testing|Building)/", $wds['flag'])) {
print ' network ' . $wds_network[netid] . '/' . $wds_network[maskbits] . '<br />';
}
}
}
foreach ($dev->interfaces as $interface_id => $interface) {
foreach ($interface[ipv4] as $ipv4_id => $ipv4) {
foreach ($ipv4[links] as $link_id => $link) {
$item = _ipcalc($ipv4[ipv4], $ipv4[netmask]);
if ($link['routing'] == 'BGP') {
if (preg_match("/(Working|Testing|Building)/", $link['flag'])) {
print ' network ' . $item[netid] . '/' . $item[maskbits] . '<br />';
}
}
}
}
}
foreach ($dev->radios as $radio_id => $radio) {
foreach ($radio[interfaces] as $interface_id => $interface) {
foreach ($interface[ipv4] as $ipv4_id => $ipv4) {
foreach ($ipv4[links] as $link_id => $link) {
if ($link['routing'] == 'BGP') {
if (preg_match("/(Working|Testing|Building)/", $link['flag'])) {
print ' neighbor ' . $link['interface']['ipv4']['ipv4'] . ' remote-as ' . $link['device_id'] . '
';
}
}
}
}
}
}
foreach ($dev->interfaces as $interface_id => $interface) {
foreach ($interface[ipv4] as $ipv4_id => $ipv4) {
foreach ($ipv4[links] as $link_id => $link) {
if ($link['routing'] == 'BGP') {
if (preg_match("/(Working|Testing|Building)/", $link['flag'])) {
print ' neighbor ' . $link['interface']['ipv4']['ipv4'] . ' remote-as ' . $link['device_id'] . '
';
}
}
}
}
}
print '" > /etc/quagga/bgpd.conf</pre>';
}
//FILE FIREWALL
_outln_comment();
_outln_comment();
_outln_comment(t('File /etc/config/firewall'));
print '<pre>
echo "
config defaults
option \'syn_flood\' \'1\'
option \'input\' \'ACCEPT\'
option \'output\' \'ACCEPT\'
option \'forward\' \'ACCEPT\'
';
foreach ($dev->radios as $radio_id => $radio) {
foreach ($radio[interfaces] as $interface_id => $interface) {
if ($interface[interface_type] == 'wLan' || $interface[interface_type] == 'wLan/Lan') {
foreach ($interface[ipv4] as $ipv4_id => $ipv4) {
if ($interface[interface_type] == 'wLan/Lan') {
$network = 'lan';
} else {
$network = 'wlan' . ($radio_id + 1);
}
print '
config zone
option \'name\' \'' . $network . '\'
option \'input\' \'ACCEPT\'
option \'output\' \'ACCEPT\'
option \'forward\' \'ACCEPT\'
';
}
}
}
}
if ($interface[interface_type] == 'wds/p2p') {
foreach ($interface[ipv4] as $ipv4_id => $ipv4) {
foreach ($ipv4[links] as $link_id => $link) {
if ($link['link_type'] == 'wds') {
$ifcount = 0;
}
}
}
}
foreach ($wds_links as $key => $wds) {
$hostname = guifi_get_hostname($wds['device_id']);
if (preg_match("/(Working|Testing|Building)/", $wds['flag'])) {
print '
config zone
option \'name\' \'wds_' . $hostname . '\'
option \'input\' \'ACCEPT\'
option \'output\' \'ACCEPT\'
option \'forward\' \'ACCEPT\'
';
}
}
foreach ($dev->interfaces as $interface_id => $interface) {
foreach ($interface[ipv4] as $ipv4_id => $ipv4) {
foreach ($ipv4[links] as $link_id => $link) {
$hostname = guifi_get_hostname($link['device_id']);
if (preg_match("/(Working|Testing|Building)/", $link['flag'])) {
print '
config zone
option \'name\' \'' . $hostname . '\'
option \'input\' \'ACCEPT\'
option \'output\' \'ACCEPT\'
option \'forward\' \'ACCEPT\'
';
}
}
}
}
print '" > /etc/config/firewall</pre>';
//FILE OPKG
$opkg_conf = '
src/gz snapshots http://downloads.openwrt.org/snapshots/' . $packages . '
dest root /
dest ram /tmp
lists_dir ext /var/opkg-lists
option overlay_root /jffs
';
_outln_comment();
_outln_comment();
_outln_comment(t('File /etc/opkg.conf'));
_out_file($opkg_conf, '/etc/opkg.conf');
$dhcp_statics = array();
$max = explode(".", $dev->ipv4);
function merge_static($link, &$dhcp_statics, &$max, &$curr)
{
if (empty($link['interface'][mac])) {
$link['interface'][mac] = 'FF:FF:FF:FF:FF:FF';
}
$dhcp_statics[] = array($link['interface'][ipv4][ipv4], $link['interface'][mac], guifi_get_hostname($link['interface'][device_id]));
$curr = explode(".", $link['interface'][ipv4][ipv4]);
if ($curr[3] > $max[3]) {
$max[3] = $curr[3];
}
}
$main_ip = guifi_main_ip($dev->id);
$item = _ipcalc_by_netbits($main_ip[ipv4], $main_ip[maskbits]);
$max = explode(".", $main_ip[ipv4]);
// cable links
foreach ($dev->interfaces as $interface) {
foreach ($interface[ipv4] as $ipv4) {
foreach ($ipv4[links] as $link) {
if ($link['interface'][ipv4][ipv4] != '') {
$item2 = _ipcalc($link['interface'][ipv4][ipv4], $link['interface'][ipv4][netmask]);
if ($item[netid] == $item2[netid]) {
merge_static($link, $dhcp_statics, $max, $cur);
}
}
}
}
}
// ap/client links
foreach ($dev->radios as $radio) {
foreach ($radio[interfaces] as $interface) {
foreach ($interface[ipv4] as $ipv4) {
foreach ($ipv4[links] as $link) {
if ($link['link_type'] == 'ap/client' and !empty($link['interface'][ipv4][ipv4])) {
merge_static($link, $dhcp_statics, $max, $cur);
}
}
}
}
}
$statics = count($dhcp_statics) - 1;
$totalstatics = count($dhcp_statics);
$first = explode(".", $item[netid]);
$last = explode(".", $item[broadcast]);
$limit = $last[3] - 1 - ($first[3] + 3) - $totalstatics;
_outln_comment();
_outln_comment(t('File /etc/config/luci_ethers'));
print 'echo "';
foreach ($dhcp_statics as $static) {
print '<pre>
## Device: ' . $static[2] . '
config \'static_lease\'
option \'macaddr\' \'' . $static[1] . '\'
option \'ipaddr\' \'' . $static[0] . '\'
</pre>';
}
print '" > /etc/config/luci_ethers<br />';
// FILE DHCP
_outln_comment();
_outln_comment();
_outln_comment(t('File /etc/config/dhcp'));
print '<pre>
echo "
config \'dnsmasq\'
option \'domainneeded\' \'1\'
option \'boguspriv\' \'1\'
option \'filterwin2k\' \'0\'
option \'localise_queries\' \'1\'
option \'local\' \'/lan/\'
option \'domain\' \'lan\'
option \'expandhosts\' \'1\'
option \'nonegcache\' \'0\'
option \'authoritative\' \'1\'
option \'readethers\' \'1\'
option \'leasefile\' \'/tmp/dhcp.leases\'
option \'resolvfile\' \'/tmp/resolv.conf.auto\'
';
foreach ($dev->radios as $radio_id => $radio) {
foreach ($radio[interfaces] as $interface_id => $interface) {
if ($interface[interface_type] == 'wLan' || $interface[interface_type] == 'wLan/Lan') {
foreach ($interface[ipv4] as $ipv4_id => $ipv4) {
if ($interface[interface_type] == 'wLan/Lan') {
$iface = 'lan';
$network = 'lan';
} else {
$network = 'wlan' . ($radio_id + 1);
}
$max = explode(".", $ipv4[ipv4]);
foreach ($ipv4[links] as $link) {
if ($link['link_type'] == 'ap/client' and !empty($link['interface'][ipv4][ipv4])) {
$totalstaticss = count($ipv4[links]);
}
}
$first = explode(".", $item[netid]);
$last = explode(".", $item[broadcast]);
$limit = $last[3] - 1 - ($first[3] + 3) - $totalstaticss;
$totalstaticss = '0';
print '
config \'dhcp\' \'' . $network . '\'
option \'interface\' \'' . $network . '\'
option \'leasetime\' \'12h\'
option \'start\' \'' . ($max[3] + 2) . '\'
option \'limit\' \'' . $limit . '\'
';
}
}
}
}
print '" > /etc/config/dhcp<br /></pre>';
}
function theme_guifi_node_devices_list($node, $links = FALSE)
{
$id = $node->id;
$rows = array();
$header = array('<h2>' . t('device') . '</h2>', t('type'), t('ip'), t('status'), array('data' => t('last available'), 'style' => 'text-align: right;'), t('unsolclic'));
// Form for adding a new device
$form = drupal_get_form('guifi_device_create_form', $node);
$query = db_query("SELECT d.id FROM {guifi_devices} d WHERE nid=%d", $id);
while ($d = db_fetch_object($query)) {
$device = guifi_device_load($d->id);
// Edit and delete buttons
if (guifi_device_access('update', $device['id'])) {
$edit_device = l(guifi_img_icon('edit.png'), 'guifi/device/' . $device['id'] . '/edit', array('html' => TRUE, 'attributes' => array('target' => '_blank', 'title' => t('edit device'))));
$delete_device = l(guifi_img_icon('drop.png'), 'guifi/device/' . $device['id'] . '/delete', array('html' => TRUE, 'attributes' => array('target' => '_blank', 'title' => t('delete device'))));
} else {
$edit_device = '';
$delete_device = '';
}
// Traceroute button
if (user_access('create guifi nodes')) {
$traceroute = l(guifi_img_icon('discover-routes.png'), 'guifi/menu/ip/traceroute/' . $device['id'], array('html' => TRUE, 'attributes' => array('target' => '_blank', 'title' => t('trace routes, discover services from this device'))));
} else {
$traceroute = '';
}
// Firmware text which links to unsolclic feature
if ($device->variable['firmware'] != "n/d") {
$unsolclic = l($device[variable]['firmware'], 'guifi/device/' . $device['id'] . '/view/unsolclic', array('attributes' => array('title' => t("Get radio configuration with singleclick"))));
}
// Get IP assigned to the device
$ip = guifi_main_ip($device[id]);
// Availability image
$status_url = guifi_cnml_availability(array('device' => $device['id'], 'format' => 'short'));
// Device main attributes
if (!empty($device['manufacturer'])) {
$mDescr = $device['manufacturer'] . '-' . $device['model'];
} else {
$mDescr = '';
}
$uCreated = db_fetch_object(db_query('SELECT u.name FROM {users} u WHERE u.uid = %d', $device[user_created]));
$deviceAttr = $device[id] . ' ' . $mDescr . '
' . t('created by') . ': ' . $uCreated->name . ' ' . t('at') . ' ' . format_date($device[timestamp_created], 'small');
if (!empty($device[timestamp_changed])) {
$uChanged = db_fetch_object(db_query('SELECT u.name FROM {users} u WHERE u.uid = %d', $device[user_changed]));
$deviceAttr .= '
' . t('updated by') . ': ' . $uChanged->name . ' ' . t('at') . ' ' . format_date($device[timestamp_changed], 'small');
}
// Groups all this data in an array for the theme() function
$rows[] = array(l($device[nick], 'guifi/device/' . $device[id], array('attributes' => array('title' => $deviceAttr))), $device[type], array('data' => $ip[ipv4] . '/' . $ip[maskbits], 'align' => 'left'), empty($ip[ipv4]) ? ' ' : array('data' => t($device[flag]), 'class' => $device['flag']), empty($ip[ipv4]) ? ' ' : array('data' => $status_url, 'class' => $device['flag']), $unsolclic, $edit_device, $delete_device, empty($ip[ipv4]) ? ' ' : $traceroute);
}
// Creates the table with devices if any, otherwise just outputs the node has not devices
if (count($rows)) {
$output = '<h4>' . t('devices') . '</h4>' . theme('table', $header, $rows, array('class' => 'device-data')) . $form;
} else {
$output = theme('box', t('This node does not have any device'), $form);
}
// Again, it creates a table with the links, if they exist
if ($links) {
$node = node_load(array('nid' => $node->id));
drupal_set_title(t('devices @ %node', array('%node' => $node->title)));
drupal_set_breadcrumb(guifi_node_ariadna($node));
$output .= theme_links(module_invoke_all('link', 'node', $node, FALSE));
print theme('page', $output, FALSE);
return;
}
return $output;
}
function unsolclic_routeros($dev)
{
//Fixed testing mode
$ospf_id = '0.0.0.0';
$ospf_name = 'backbone';
//
$ipd = guifi_main_ip($dev->id);
$ospf_routerid = $ipd['ipv4'];
$defined_ips = array();
function bgp_peer($id, $ipv4, $disabled)
{
$peername = guifi_get_hostname($id);
_outln('/ routing bgp peer');
_outln(sprintf(':foreach i in [find name=%s] do={/routing bgp peer remove $i;}', $peername));
_outln(sprintf('add name="%s" instance=default remote-address=%s remote-as=%s \\ ', $peername, $ipv4, $id));
_outln(sprintf('multihop=no route-reflect=no ttl=default in-filter=ebgp-in out-filter=ebgp-out disabled=%s', $disabled));
}
function ospf_interface($iname, $netid, $maskbits, $ospf_name, $ospf_zone, $ospf_id, $disabled)
{
_outln('/ routing ospf interface');
_outln(sprintf(':foreach i in [/routing ospf interface find interface=%s] do={/routing ospf interface remove $i;}', $iname));
_outln(sprintf('add interface=%s', $iname));
_outln('/ routing ospf network');
_outln(sprintf(':foreach i in [/routing ospf network find network=%s/%d] do={/routing ospf network remove $i;}', $netid, $maskbits));
_outln(sprintf('add network=%s/%d area=%s disabled=%s', $netid, $maskbits, $ospf_name, $disabled));
}
// Check if there's any wLan/Lan interface defined on the device
$wlanlan = false;
foreach ($dev->radios as $ri) {
$ii = $ri['interfaces'];
foreach ($ii as $iii) {
if ($iii['interface_type'] == 'wLan/Lan') {
$wlanlan = true;
}
}
}
$node = node_load(array('nid' => $dev->nid));
$zone = node_load(array('nid' => $node->zone_id));
_outln(sprintf(':log info "Unsolclic for %d-%s going to be executed."', $dev->id, $dev->nick));
_outln_comment();
if ($dev->variable['firmware'] == 'RouterOSv4.7+') {
_outln_comment(t('Configuration for RouterOS 4.7 and newer 4.x'));
} else {
_outln_comment(t('Configuration for ' . $dev->variable['firmware']));
}
_outln_comment(t('Device') . ': ' . $dev->id . '-' . $dev->nick);
_outln_comment();
_outln_comment(t('Methods to upload/execute this script:'));
_outln_comment(t('1.-As a script. Upload this output as a script either with:'));
_outln_comment(' ' . t('a.Winbox (with Linux, wine required)'));
_outln_comment(' ' . t('b.Terminal (telnet, ssh...)'));
_outln_comment(' ' . t('Then execute the script with:'));
_outln_comment(' ' . t('> /system script run script_name'));
_outln_comment(t('2.-Imported file:'));
_outln_comment(' ' . t('Save this output to a file, then upload it to the router'));
_outln_comment(' ' . t('using ftp using a name like "script_name.rsc".'));
_outln_comment(' ' . t('(note that extension ".rsc" is required)'));
_outln_comment(' ' . t('Run the import file using the command:'));
_outln_comment(' ' . t('> /import script_name'));
_outln_comment(t('3.-Telnet cut&paste:'));
_outln_comment(' ' . t('Open a terminal session, and cut&paste this output'));
_outln_comment(' ' . t('directly on the terminal input.'));
_outln_comment();
_outln_comment(t('Notes:'));
_outln_comment(t('-routing-test package is required if you use RouterOSv2.9 , be sure you have it enabled at system packages'));
_outln_comment(t('-wlans should be enabled manually, be sure to set the correct antenna (a or b)'));
_outln_comment(t(' according in how did you connect the cable to the miniPCI. Keep the'));
_outln_comment(t(' power at the minimum possible and check the channel.'));
_outln_comment(t('-The script doesn\'t reset the router, you might have to do it manually'));
_outln_comment(t('-You must have write access to the router'));
_outln_comment(t('-MAC access (winbox, MAC telnet...) method is recommended'));
_outln_comment(t(' (the script reconfigures some IP addresses, so communication can be lost)'));
_outln_comment(t('-No changes are done in user passwords on the device'));
_outln_comment(t('-A Read Only guest account with no password will be created to allow guest access'));
_outln_comment(t(' to the router with no danger of damage but able to see the config.'));
_outln_comment(t('-Be sure that all packages are activated.'));
_outln_comment(t('-Don\'t run the script from telnet and being connected through an IP connection at'));
_outln_comment(t(' the wLan/Lan interface: This interface will be destroyed during the script.'));
_outln_comment();
_outln('/ system identity set name=' . $dev->nick);
// DNS
_outln_comment();
_outln_comment('DNS (client & server cache) zone: ' . $node->zone_id);
list($primary_dns, $secondary_dns) = explode(' ', guifi_get_dns($zone, 2));
$dns[] .= $primary_dns;
$dns[] .= $secondary_dns;
if ($secondary_dns != null) {
if ($dev->variable['firmware'] == 'RouterOSv4.7+' or $dev->variable['firmware'] == 'RouterOSv5.x' or $dev->variable['firmware'] == 'RouterOSv6.x') {
_outln(sprintf('/ip dns set servers=%s,%s allow-remote-requests=yes', $primary_dns, $secondary_dns));
} else {
_outln(sprintf('/ip dns set primary-dns=%s secondary-dns=%s allow-remote-requests=yes', $primary_dns, $secondary_dns));
}
} else {
if ($primary_dns != null) {
if ($dev->variable['firmware'] == 'RouterOSv4.7+' or $dev->variable['firmware'] == 'RouterOSv5.x' or $dev->variable['firmware'] == 'RouterOSv6.x') {
_outln(sprintf('/ip dns set servers=%s allow-remote-requests=yes', $primary_dns));
} else {
_outln(sprintf('/ip dns set primary-dns=%s allow-remote-requests=yes', $primary_dns));
}
}
}
_outln(':delay 1');
// NTP
_outln_comment();
_outln_comment('NTP (client & server cache) zone: ' . $node->zone_id);
list($primary_ntp, $secondary_ntp) = explode(' ', guifi_get_ntp($zone));
if ($secondary_ntp != null) {
_outln(sprintf('/system ntp client set enabled=yes mode=unicast primary-ntp=%s secondary-ntp=%s', $primary_ntp, $secondary_ntp));
} else {
if ($primary_ntp != null) {
_outln(sprintf('/system ntp client set enabled=yes mode=unicast primary-ntp=%s', $primary_ntp));
}
}
if ($dev->variable['firmware'] == 'RouterOSv2.9') {
_outln(sprintf('/system ntp server set manycast=no enabled=yes'));
}
_outln(':delay 1');
// Bandwidth-server
_outln_comment();
_outln_comment(t('Bandwidth-server'));
_outln('/ tool bandwidth-server set enabled=yes authenticate=no allocate-udp-ports-from=2000');
// SNMP
_outln_comment();
_outln_comment('SNMP');
if ($dev->variable['firmware'] == 'RouterOSv5.x' or $dev->variable['firmware'] == 'RouterOSv6.x') {
$community = 'trap-community=public';
_outln(sprintf('/snmp community set public addresses=0.0.0.0/0'));
} else {
$community = '';
}
_outln(sprintf('/snmp set contact="*****@*****.**" enabled=yes location="%s" %s', $node->nick, $community));
// User guest
_outln_comment();
_outln_comment('Guest user');
_outln('/user');
_outln(':foreach i in [find group=read] do={/user remove $i;}');
_outln('add name="guest" group=read address=0.0.0.0/0 comment="" disabled=no');
// Graphing
_outln_comment();
_outln_comment(t('Graphing'));
_outln(sprintf('/tool graphing interface add'));
// LogServer
if (!empty($dev->logserver)) {
$ipd = array();
$ipd = guifi_main_ip($dev->id);
_outln_comment(t('Ip for ServerLogs'));
_outln('/system logging');
_outln(':foreach i in [/system logging find action=remote]');
_outln('do={/system logging remove $i }');
_outln(':foreach i in [/system logging action find name=guifi]');
_outln('do=[/system logging action remove $i]');
_outln('/system logging action add name=' . $dev->nick . ' target=remote remote=' . $dev->logserver . ':514 src-address=' . $ipd['ipv4']);
_outln('/system logging add action=guifi_remot topics=critical');
_outln('/system logging add action=guifi_remot topics=account');
}
if ($radio[mode] != 'client') {
// Define wLan/Lan bridge (main interface)
_outln_comment(t('Remove current wLan/Lan bridge if exists'));
_outln(':foreach i in [/interface bridge find name=wLan/Lan] \\ ');
_outln('do={:foreach i in [/interface bridge port find bridge=wLan/Lan] \\ ');
_outln('do={/interface bridge port remove $i; \\ ');
_outln(':foreach i in [/ip address find interface=wLan/Lan] \\ ');
_outln('do={/ip address remove $i;};};');
_outln('/interface bridge remove $i;}');
// Construct bridge only if exists wlan/lan interface
if ($wlanlan) {
_outln_comment(t('Construct main bridge on wlan1 & ether1'));
_outln('/ interface bridge');
_outln('add name="wLan/Lan"');
_outln('/ interface bridge port');
_outln('add interface=ether1 bridge=wLan/Lan');
_outln('add interface=wlan1 bridge=wLan/Lan');
}
_outln(':delay 1');
}
$firewall = false;
// Going to setup wireless interfaces
if (isset($dev->radios)) {
foreach ($dev->radios as $radio_id => $radio) {
switch ($radio[mode]) {
case 'ap':
$mode = 'ap-bridge';
$ssid = $radio['ssid'];
$gain = $radio['antenna_gain'];
if ($radio[channel] < 5000) {
if ($dev->variable['firmware'] == 'RouterOSv5.x' or $dev->variable['firmware'] == 'RouterOSv6.x') {
$band = '2ghz-b';
$chwidth = 'channel-width=20mhz';
} else {
$band = '2.4ghz-b';
$chwidth = '';
}
} else {
if ($dev->variable['firmware'] == 'RouterOSv5.x' or $dev->variable['firmware'] == 'RouterOSv6.x') {
$band = '5ghz-a';
$chwidth = 'channel-width=20mhz';
} else {
$band = '5ghz';
$chwidth = '';
}
}
break;
case 'client':
case 'clientrouted':
$mode = 'station';
$gain = $radio['antenna_gain'];
foreach ($radio['interfaces'] as $interface) {
foreach ($interface['ipv4'] as $ipv4) {
foreach ($ipv4['links'] as $link) {
$ssid = guifi_get_ap_ssid($link['interface']['device_id'], $link['interface']['radiodev_counter']);
$protocol = guifi_get_ap_protocol($link['interface']['device_id'], $link['interface']['radiodev_counter']);
$channel = guifi_get_ap_channel($link['interface']['device_id'], $link['interface']['radiodev_counter']);
if ($protocol == '802.11b') {
if ($dev->variable['firmware'] == 'RouterOSv5.x' or $dev->variable['firmware'] == 'RouterOSv6.x') {
$band = '2ghz-b';
} else {
$band = '2.4ghz-b';
}
}
if ($protocol == '802.11a') {
if ($dev->variable['firmware'] == 'RouterOSv5.x' or $dev->variable['firmware'] == 'RouterOSv6.x') {
$band = '5ghz-a';
} else {
$band = '5ghz';
}
}
if ($protocol == '802.11n' and $channel > 5000) {
$band = '5ghz-a/n';
}
}
}
}
$firewall = true;
break;
}
_outln_comment();
_outln_comment('Radio#: ' . $radio_id . ' ' . $radio[ssid]);
_outln(sprintf('/interface wireless set wlan%d name="wlan%d" \\ ', $radio_id + 1, $radio_id + 1));
_outln(sprintf(' radio-name="%s" mode=%s ssid="guifi.net-%s" \\ ', $radio[ssid], $mode, $ssid));
_outln(sprintf(' band="%s" ' . $chwidth . ' \\ ', $band));
_outln(sprintf(' frequency-mode=regulatory-domain country=spain antenna-gain=%s \\ ', $gain));
if ($radio['channel'] != 0 and $radio['channel'] != 5000) {
// if not auto.. set channel
if ($radio['channel'] < 20) {
$incr = $radio['channel'] * 5;
$radio['channel'] = 2407 + $incr;
}
_outln(sprintf(' frequency=%d \\ ', $radio['channel']));
}
if ($band == '5ghz' || '5ghz-a' and $radio['channel'] == 5000 or $band == '2.4ghz-b' || '2ghz-b' and $radio['channel'] == 0) {
_outln(' dfs-mode=radar-detect \\ ');
} else {
_outln(' dfs-mode=none \\ ');
}
if (empty($radio['antenna_mode'])) {
_outln(sprintf(' wds-mode=static wds-default-bridge=none wds-default-cost=100 \\ '));
} else {
if ($radio['antenna_mode'] != 'Main') {
$radio['antenna_mode'] = 'ant-b';
} else {
$radio['antenna_mode'] = 'ant-a';
}
_outln(sprintf(' antenna-mode=%s wds-mode=static wds-default-bridge=none wds-default-cost=100 \\ ', $radio['antenna_mode']));
}
_outln(' wds-cost-range=50-150 wds-ignore-ssid=yes hide-ssid=no');
if (isset($radio['interfaces'])) {
foreach ($radio['interfaces'] as $interface_id => $interface) {
_outln(':delay 1');
_outln_comment('Type: ' . $interface['interface_type']);
if ($interface['interface_class'] == 'wds/p2p' || $interface['interface_type'] == 'wds/p2p') {
_outln_comment(t('Remove all existing wds interfaces'));
_outln(sprintf(':foreach i in [/interface wireless wds find master-interface=wlan%s] \\ ', $radio_id + 1));
_outln('do={:foreach n in [/interface wireless wds get $i name] \\ ');
_outln('do={:foreach inum in [/ip address find interface=$n] \\ ');
_outln('do={/ip address remove $inum;};}; \\ ');
_outln('/interface wireless wds remove $i;}');
if (isset($interface['ipv4'])) {
foreach ($interface['ipv4'] as $ipv4_id => $ipv4) {
if (isset($ipv4['links'])) {
foreach ($ipv4['links'] as $link_id => $link) {
if (preg_match("/(Working|Testing|Building)/", $link['flag'])) {
$disabled = 'no';
} else {
$disabled = 'yes';
}
$wdsname = 'wds_' . guifi_get_hostname($link['device_id']);
if ($link['interface']['mac'] == null) {
$link['interface']['mac'] = 'FF:FF:FF:FF:FF:FF';
}
_outln('/ interface wireless wds');
_outln(sprintf('add name="%s" master-interface=wlan%d wds-address=%s disabled=%s', $wdsname, $radio_id + 1, $link['interface']['mac'], $disabled));
$item = _ipcalc($ipv4['ipv4'], $ipv4['netmask']);
$ospf_zone = guifi_get_ospf_zone($zone);
_outln(sprintf('/ ip address add address=%s/%d network=%s broadcast=%s interface=%s disabled=%s comment="%s"', $ipv4['ipv4'], $item['maskbits'], $item['netid'], $item['broadcast'], $wdsname, $disabled, $wdsname));
if ($link['routing'] == 'OSPF') {
ospf_interface($wdsname, $item['netid'], $item['maskbits'], $ospf_name, $ospf_zone, $ospf_id, 'no');
bgp_peer($link['device_id'], $link['interface']['ipv4']['ipv4'], 'yes');
} else {
ospf_interface($wdsname, $item['netid'], $item['maskbits'], $ospf_name, $ospf_zone, $ospf_id, 'yes');
bgp_peer($link['device_id'], $link['interface']['ipv4']['ipv4'], 'no');
}
}
}
}
}
// each wds link (ipv4)
} else {
// wds
// wLan, wLan/Lan, Hotspot or client
// Defining all networks and IP addresses at the interface
if (isset($interface['ipv4'])) {
foreach ($interface['ipv4'] as $ipv4_id => $ipv4) {
if ($interface['interface_type'] == 'wLan/Lan') {
$iname = $interface['interface_type'];
$ospf_routerid = $ipv4['ipv4'];
} else {
$iname = 'wlan' . ($radio_id + 1);
}
$item = _ipcalc($ipv4['ipv4'], $ipv4['netmask']);
_outln('/ip address');
if ($interface['interface_type'] == 'Wan') {
_outln(sprintf(':foreach i in [find interface=%s] do={remove $i}', $iname));
}
_outln(sprintf(':foreach i in [find address="%s/%d"] do={remove $i}', $ipv4['ipv4'], $item['maskbits']));
_outln(sprintf('/ ip address add address=%s/%d network=%s broadcast=%s interface=%s disabled=no', $ipv4['ipv4'], $item['maskbits'], $item['netid'], $item['broadcast'], $iname));
$defined_ips[$ipv4['ipv4']] = $item;
$ospf_zone = guifi_get_ospf_zone($zone);
_outln('/ routing bgp network');
_outln(sprintf(':foreach i in [/routing bgp network find network=%s/%d] do={/routing bgp network remove $i;}', $item['netid'], $item['maskbits']));
_outln(sprintf('add network=%s/%d synchronize=no disabled=no', $item['netid'], $item['maskbits']));
if ($radio['mode'] != 'client') {
ospf_interface($iname, $item['netid'], $item['maskbits'], $ospf_name, $ospf_zone, $ospf_id, 'no');
} else {
ospf_interface($iname, $item['netid'], $item['maskbits'], $ospf_name, $ospf_zone, $ospf_id, 'yes');
}
}
}
// HotSpot
if ($interface['interface_type'] == 'HotSpot') {
_outln_comment();
_outln_comment('HotSpot');
_outln('/interface wireless');
_outln(sprintf(':foreach i in [find name=hotspot%d] do={remove $i}', $radio_id + 1));
_outln(sprintf('add name="hotspot%d" arp=enabled master-interface=wlan%d ssid="guifi.net-%s" disabled="no"', $radio_id + 1, $radio_id + 1, variable_get("hotspot_ssid", "HotSpot")));
_outln('/ip address');
_outln(sprintf(':foreach i in [find address="192.168.%d.1/24"] do={remove $i}', $radio_id + 100));
_outln(sprintf('/ip address add address=192.168.%d.1/24 interface=hotspot%d disabled=no', $radio_id + 100, $radio_id + 1));
_outln('/ip pool');
_outln(sprintf(':foreach i in [find name=hs-pool-%d] do={remove $i}', $radio_id + 100));
_outln(sprintf('add name="hs-pool-%d" ranges=192.168.%d.2-192.168.%d.254', $radio_id + 100, $radio_id + 100, $radio_id + 100));
_outln('/ip dhcp-server');
_outln(sprintf(':foreach i in [find name=hs-dhcp-%d] do={remove $i}', $radio_id + 100));
_outln(sprintf('add name="hs-dhcp-%d" interface=hotspot%d lease-time=1h address-pool=hs-pool-%d bootp-support=static authoritative=after-2sec-delay disabled=no', $radio_id + 100, $radio_id + 1, $radio_id + 100));
_outln('/ip dhcp-server network');
_outln(sprintf(':foreach i in [find address="192.168.%d.0/24"] do={remove $i}', $radio_id + 100));
_outln(sprintf('add address=192.168.%d.0/24 gateway=192.168.%d.1 domain=guifi.net comment=dhcp-%s', $radio_id + 100, $radio_id + 100, $radio_id));
_outln('/ip hotspot profile');
_outln(sprintf(':foreach i in [find name=hsprof%d] do={remove $i}', $radio_id + 1));
_outln(sprintf('add name="hsprof%d" hotspot-address=192.168.%d.1 dns-name="guests.guifi.net" html-directory=hotspot smtp-server=0.0.0.0 login-by=http-pap,trial split-user-domain=no trial-uptime=30m/1d trial-user-profile=default use-radius=no', $radio_id + 1, $radio_id + 100));
_outln('/ip hotspot user profile');
_outln('set default name="default" advertise-url=http://guifi.net/trespassos/');
_outln('/ip hotspot');
_outln(sprintf(':foreach i in [find name=hotspot%d] do={remove $i}', $radio_id + 1));
_outln(sprintf('add name="hotspot%d" interface=hotspot%d address-pool=hs-pool-%d profile=hsprof%d idle-timeout=5m keepalive-timeout=none addresses-per-mac=2 disabled=no', $radio_id + 1, $radio_id + 1, $radio_id + 100, $radio_id + 1));
_outln_comment('end of HotSpot');
}
// HotSpot
_outln(':delay 1');
if (!preg_match("/(HotSpot|Wan)/", $interface['interface_type'])) {
// Not link only (AP), setting DHCP
if ($mode == 'ap-bridge') {
$maxip = ip2long($item['netstart']) + 1;
if ($maxip + 5 > ip2long($item['netend']) - 5) {
$maxip = ip2long($item['netend']);
$dhcp_disabled = 'yes';
} else {
$maxip = $maxip + 5;
$dhcp_disabled = 'no';
}
_outln_comment();
_outln_comment('DHCP');
_outln(sprintf(':foreach i in [/ip pool find name=dhcp-%s] do={/ip pool remove $i;}', $iname));
_outln(sprintf('/ip pool add name=dhcp-%s ranges=%s-%s', $iname, long2ip($maxip), $item['netend']));
_outln(sprintf(':foreach i in [/ip dhcp-server find name=dhcp-%s] do={/ip dhcp-server remove $i;}', $iname));
_outln(sprintf('/ip dhcp-server add name=dhcp-%s interface=%s address-pool=dhcp-%s disabled=%s', $iname, $iname, $iname, $dhcp_disabled));
_outln(sprintf(':foreach i in [/ip dhcp-server network find address="%s/%d"] do={/ip dhcp-server network remove $i;}', $item['netid'], $item['maskbits']));
_outln(sprintf('/ip dhcp-server network add address=%s/%d gateway=%s domain=guifi.net comment=dhcp-%s', $item['netid'], $item['maskbits'], $item['netstart'], $iname));
$dhcp = array();
$dhcp[] = '/ip dhcp-server lease';
$dhcp[] = ':foreach i in [find comment=""] do={remove $i;}';
$dhcp[] = ':delay 1';
if (isset($ipv4['links'])) {
foreach ($ipv4['links'] as $link_id => $link) {
if (isset($link['interface']['ipv4']['ipv4'])) {
if (ip2long($link['interface']['ipv4']['ipv4']) >= $maxip) {
$maxip = ip2long($link['interface']['ipv4']['ipv4']) + 1;
}
}
if ($link['interface']['mac'] == null) {
$rmac = 'ff:ff:ff:ff:ff:ff';
} else {
$rmac = $link['interface']['mac'];
}
$dhcp[] = sprintf('add address=%s mac-address=%s client-id=%s server=dhcp-%s', $link['interface']['ipv4']['ipv4'], $rmac, guifi_get_hostname($link['device_id']), $iname);
}
}
foreach ($dhcp as $outln) {
_outln($outln);
}
}
}
}
// wLan, wLan/Lan or client
_outln_comment();
}
}
// foreach radio->interface
_outln(':delay 1');
}
}
// foreach radio
if ($firewall) {
_outln_comment();
_outln_comment('Device has firewall (setting up as CPE)');
// Setting gateway
_outln(sprintf('/ip route add gateway=%s', $link['interface']['ipv4']['ipv4']));
// Setting private network and DHCP
_outln(':foreach i in [find address="192.168.1.1/24"] do={remove $i}');
_outln('/ip address add address=192.168.1.1/24 network=192.168.1.0 broadcast=192.168.1.255 interface=ether1 comment="" disabled=no');
_outln(':delay 1');
_outln('/ip pool');
_outln(':foreach i in [find name=private] do={remove $i}');
_outln('add name="private" ranges=192.168.1.100-192.168.1.200');
_outln(':delay 1');
_outln('/ip dhcp-server');
_outln(':foreach i in [find name=private] do={remove $i}');
_outln('add name="private" interface=ether1 lease-time=3d address-pool=private bootp-support=static authoritative=after-2sec-delay disabled=no');
_outln(':delay 1');
_outln('/ip dhcp-server network');
_outln(':foreach i in [find] do={remove $i}');
if ($secondary_dns != null) {
_outln(sprintf('add address=192.168.1.0/24 gateway=192.168.1.1 netmask=24 dns-server=%s,%s domain="guifi.net" comment=""', $primary_dns, $secondary_dns));
} else {
if ($primary_dns != null) {
_outln(sprintf('add address=192.168.1.0/24 gateway=192.168.1.1 netmask=24 dns-server=%s domain="guifi.net" comment=""', $primary_dns));
}
}
_outln(':delay 1');
// be sure that there is no dhcp client requests since having a static ip
_outln('/ip dhcp-client');
_outln(':foreach i in [find] do={remove $i}');
_outln(':delay 1');
// NAT private network
_outln('/ip firewall nat');
_outln(':foreach i in [find] do={remove $i}');
_outln(':delay 1');
_outln('add chain=srcnat out-interface=wlan1 action=masquerade comment="" disabled=no');
// Firewall enabled, allowing winbox, ssh and snmp
_outln('/ip firewall filter');
_outln(':foreach i in [find] do={remove $i}');
_outln('add chain=input connection-state=established action=accept comment="Allow Established connections" disabled=no');
_outln('add chain=input protocol=udp action=accept comment="Allow UDP" disabled=no');
_outln('add chain=input src-address="192.168.1.0/24" action=accept comment="Allow access to router from known network" disabled=no');
_outln('add chain=input protocol=tcp dst-port=22 action=accept comment="Allow remote ssh" disabled=no');
_outln('add chain=input protocol=udp dst-port=161 action=accept comment="Allow snmp" disabled=no');
_outln('add chain=input protocol=tcp dst-port=8291 action=accept comment="Allow remote winbox" disabled=no');
_outln('add chain=input protocol=icmp action=accept comment="Allow ping" disabled=no');
_outln('add chain=forward connection-state=established action=accept comment="Allow already established connections" disabled=no');
_outln('add chain=forward connection-state=related action=accept comment="Allow related connections" disabled=no');
_outln('add chain=forward src-address="192.168.1.0/24" action=accept comment="Allow access to router from known network" disabled=no');
_outln('add chain=input protocol=tcp connection-state=invalid action=drop comment="" disabled=no');
_outln('add chain=forward protocol=tcp connection-state=invalid action=drop comment="Drop invalid connections" disabled=no');
_outln('add chain=forward action=drop comment="Drop anything else" disabled=no');
_outln('add chain=input action=drop comment="Drop anything else" disabled=no');
_outln(':delay 1');
// End of Unsolclic
_outln_comment();
_outln(sprintf(':log info "Unsolclic for %d-%s executed."', $dev->id, $dev->nick));
_outln('/');
return;
}
_outln_comment();
_outln_comment('Routed device');
// Now, defining other interfaces (if they aren't yet)
_outln_comment();
_outln_comment(t('Other cable connections'));
if (isset($dev->interfaces)) {
foreach ($dev->interfaces as $interface_id => $interface) {
switch ($interface[interface_type]) {
case 'vlan':
$iname = 'wLan/Lan';
break;
case 'vlan2':
$iname = 'ether2';
break;
case 'vlan3':
$iname = 'ether3';
break;
case 'vlan4':
$iname = 'wLan/Lan';
break;
case 'Wan':
$iname = 'wLan/Lan';
break;
default:
$iname = $interface['interface_type'];
break;
}
$ospf_intrefaces[] = $iname;
if (isset($interface['ipv4'])) {
foreach ($interface['ipv4'] as $ipv4_id => $ipv4) {
if (!isset($defined_ips[$ipv4['ipv4']])) {
$disabled = 'yes';
if (isset($ipv4['links'])) {
unset($comments);
foreach ($ipv4['links'] as $link_id => $link) {
if ($disabled = 'yes' and preg_match("/(Working|Testing|Building)/", $link['flag'])) {
$disabled = 'no';
}
$comments[] = guifi_get_hostname($link['device_id']);
$ospf_zone = guifi_get_ospf_zone($zone);
$item = _ipcalc($ipv4['ipv4'], $ipv4['netmask']);
if ($link['routing'] == 'OSPF') {
ospf_interface($iname, $item['netid'], $item['maskbits'], $ospf_name, $ospf_zone, $ospf_id, 'no');
bgp_peer($link['device_id'], $link['interface']['ipv4']['ipv4'], 'yes');
} else {
ospf_interface($iname, $item['netid'], $item['maskbits'], $ospf_name, $ospf_zone, $ospf_id, 'yes');
bgp_peer($link['device_id'], $link['interface']['ipv4']['ipv4'], 'no');
}
}
} else {
$disabled = 'no';
}
$item = _ipcalc($ipv4['ipv4'], $ipv4['netmask']);
_outln(sprintf(':foreach i in [/ip address find address="%s/%d"] do={/ip address remove $i;}', $ipv4['ipv4'], $item['maskbits']));
_outln(':delay 1');
_outln(sprintf('/ ip address add address=%s/%d network=%s broadcast=%s interface=%s disabled=%s comment="%s"', $ipv4['ipv4'], $item['maskbits'], $item['netid'], $item['broadcast'], $iname, $disabled, implode(',', $comments)));
$defined_ips[$ipv4['ipv4']] = $item;
}
}
}
}
}
// NAT for internal addresses while being used inside the router
_outln_comment();
_outln_comment(t('Internal addresses NAT'));
_outln(':foreach i in [/ip firewall nat find src-address="172.16.0.0/12"] do={/ip firewall nat remove $i;}');
_outln(':foreach i in [/ip firewall nat find src-address="192.168.0.0/16"] do={/ip firewall nat remove $i;}');
_outln('/ip firewall nat');
switch ($dev->variable['firmware']) {
case 'RouterOSv2.9':
_outln(sprintf('add chain=srcnat src-address="192.168.0.0/16" dst-address=!192.168.0.0/16 action=src-nat to-addresses=%s to-ports=0-65535 comment="" disabled=no', $ospf_routerid));
break;
case 'RouterOSv3.x':
case 'RouterOSv4.0+':
case 'RouterOSv4.7+':
case 'RouterOSv5.x':
case 'RouterOSv6.x':
_outln(sprintf('add chain=srcnat src-address="192.168.0.0/16" dst-address=!192.168.0.0/16 action=src-nat to-addresses=%s comment="" disabled=no', $ospf_routerid));
break;
}
// BGP
_outln_comment();
_outln_comment(t('BGP Routing'));
_outln_comment(t('BGP & OSPF Filters'));
_outln(':foreach i in [/routing filter find chain=ospf-in] do={/routing filter remove $i;}');
_outln(':foreach i in [/routing filter find chain=ospf-out] do={/routing filter remove $i;}');
_outln(':foreach i in [/routing filter find chain=ebgp-in] do={/routing filter remove $i;}');
_outln(':foreach i in [/routing filter find chain=ebgp-out] do={/routing filter remove $i;}');
_outln("/ routing filter");
_outln(sprintf('add chain=ebgp-in comment="0. Set ebgp-in preferred source." set-pref-src="%s" disabled=no', $ospf_routerid));
_outln('add action=discard chain=ebgp-in comment="1. Discard insert non 10.x routes from BGP peer" disabled=no invert-match=no prefix=!10.0.0.0/8 prefix-length=8-32');
_outln('add action=discard chain=ebgp-out comment="2. Discard send non 10.x routes to BGP peer" disabled=no invert-match=no prefix=!10.0.0.0/8 prefix-length=8-32');
_outln(sprintf('add action=accept chain=ospf-in comment="3. Accept insert 10.x routes from OSPF neighbor" disabled=no invert-match=no prefix=10.0.0.0/8 prefix-length=8-32 set-pref-src="%s"', $ospf_routerid));
_outln('add action=accept chain=ospf-in comment="4. Accept insert 172.x routes from OSPF neighbor" disabled=no invert-match=no prefix=172.16.0.0/12 prefix-length=8-32');
_outln('add action=discard chain=ospf-in comment="5. Discard insert non 10.x and 172.x from OSPF neighbor" disabled=no invert-match=no');
_outln('add action=accept chain=ospf-out comment="6. Allow send 10.x routes to OSPF neighbor" disabled=no invert-match=no prefix=10.0.0.0/8 prefix-length=8-32');
_outln('add action=accept chain=ospf-out comment="7. Allow send 172.x routes to OSPF neighbor" disabled=no invert-match=no prefix=172.16.0.0/12 prefix-length=8-32');
_outln('add action=discard chain=ospf-out comment="8. Discard send non 10.x and 172.x to OSPF neighbor" disabled=no invert-match=no');
_outln_comment();
_outln_comment(t('BGP instance'));
_outln("/ routing bgp instance");
_outln(sprintf('set default name="default" as=%d router-id=%s \\ ', $dev->id, $ospf_routerid));
switch ($dev->variable['firmware']) {
case 'RouterOSv4.0+':
case 'RouterOSv4.7+':
case 'RouterOSv5.x':
case 'RouterOSv6.x':
_outln('redistribute-connected=no redistribute-static=no redistribute-rip=no \\ ');
break;
default:
_outln('redistribute-connected=yes redistribute-static=yes redistribute-rip=yes \\ ');
}
_outln('redistribute-ospf=yes redistribute-other-bgp=yes out-filter=ebgp-out \\ ');
_outln('client-to-client-reflection=yes comment="" disabled=no');
// OSPF
_outln_comment();
_outln_comment(t('OSPF Routing'));
switch ($dev->variable['firmware']) {
case 'RouterOSv2.9':
case 'RouterOSv3.x':
_outln(sprintf('/routing ospf set router-id=%s distribute-default=never redistribute-connected=no \\ ', $ospf_routerid));
_outln(sprintf('redistribute-static=no redistribute-rip=no redistribute-bgp=as-type-1'));
break;
case 'RouterOSv4.0+':
case 'RouterOSv4.7+':
case 'RouterOSv5.x':
case 'RouterOSv6.x':
_outln(sprintf('/routing ospf instance set default name=default router-id=%s comment="" disabled=no distribute-default=never \\ ', $ospf_routerid));
_outln(sprintf('redistribute-bgp=as-type-1 redistribute-connected=no redistribute-other-ospf=no redistribute-rip=no redistribute-static=no in-filter=ospf-in out-filter=ospf-out'));
break;
}
// End of Unsolclic
_outln_comment();
_outln(sprintf(':log info "Unsolclic for %d-%s executed."', $dev->id, $dev->nick));
_outln('/');
}
function _guifi_user_queue_devices($u)
{
$query = db_query('SELECT d.id ' . 'FROM {guifi_devices} d ' . 'WHERE d.nid=%d' . ' AND type="radio"', $u['nid']);
$rows = array();
while ($d = db_fetch_array($query)) {
$d = guifi_device_load($d['id']);
$d['uid'] = $u['id'];
if (guifi_device_access('update', $d['id'])) {
$edit_device_icon = l(guifi_img_icon('edit.png'), 'guifi/device/' . $d['id'] . '/edit', array('html' => TRUE, 'attributes' => array('target' => '_blank'))) . l(guifi_img_icon('drop.png'), 'guifi/device/' . $d['id'] . '/delete', array('html' => TRUE, 'attributes' => array('target' => '_blank')));
} else {
$edit_device_icon = '';
}
if (user_access('administer guifi users')) {
$edit_ok_icon = drupal_get_form('_guifi_user_queue_device_form', $d);
} else {
$edit_ok_icon = $d['flag'];
if (count($d['radios']) == 1 and $d['radios'][0]['mode'] == 'client') {
$edit_ok_icon .= ' ' . $d['radios'][0]['mac'];
}
}
$ip = guifi_main_ip($d['id']);
$status_url = guifi_cnml_availability(array('device' => $d['id'], 'format' => 'short'));
$rows[] = array($edit_device_icon . l($d['nick'], 'guifi/device/' . $d['id'], array('attributes' => array('target' => '_blank'))), array('data' => l($ip['ipv4'] . '/' . $ip['maskbits'], guifi_device_admin_url($d, $ip['ipv4']), array('attributes' => array('title' => t('Connect to the device on a new window'), 'target' => '_blank'))), 'align' => 'right'), array('data' => $edit_ok_icon, 'class' => $d['flag']), array('data' => $status_url, 'class' => $d['flag']));
}
return $rows;
}
function guifi_kamikaze_files($dev, $zone)
{
//SOME VARIABLES
$lan = guifi_unsolclic_if($dev->id, 'wLan/Lan');
$wan = guifi_unsolclic_if($dev->id, 'Wan');
$dns = guifi_get_dns($zone, 2);
$wireless_model = 0;
$wireless_iface = 0;
switch ($dev->variable['model_id']) {
case "1":
case "15":
case "16":
case "17":
case "18":
// WRT54Gv1-4, WHR-HP-G54, WHR-G54S (BUFFALO), WRT54GL, WRT54GSv1-2, WRT54GSv4
$wireless_model = 'broadcom';
$wireless_iface = 'wl0';
$vlans = 'config switch eth0
option vlan0 \\"1 2 3 4 5*\\"
option vlan1 \\"0 5\\"
';
$lan_iface = 'eth0.0';
$wan_iface = 'eth0.1';
$txant = 'txant';
$rxant = 'rxant';
$packages = 'broadcom/packages';
break;
default:
_outln_comment('model id not supported');
exit;
}
if (empty($dev->radios[0][antenna_mode])) {
$dev->radios[0][antenna_mode] = 'Main';
}
if ($dev->radios[0][antenna_mode] != 'Main') {
$dev->radios[0][antenna_mode] = '1';
} else {
$dev->radios[0][antenna_mode] = '0';
}
$wds_links = array();
$wds_str = '';
foreach ($dev->radios as $radio_id => $radio) {
foreach ($radio[interfaces] as $interface_id => $interface) {
if ($interface['interface_type'] == 'wds/p2p') {
foreach ($interface[ipv4] as $ipv4_id => $ipv4) {
foreach ($ipv4[links] as $key => $link) {
if ($link['link_type'] == 'wds') {
$wds_links[] = $link;
}
$iplocal[] = $ipv4;
$iflocal[] = $interface;
}
}
}
}
}
if (count($wds_links) == 0) {
return;
}
// SECTION FILES
// FILE NETWORK
$lan_network = _ipcalc($lan->ipv4, $lan->netmask);
$file_network = '
' . $vlans . '
config interface loopback
option \'ifname\' \'lo\'
option \'proto\' \'static\'
option \'ipaddr\' \'127.0.0.1\'
option \'netmask\' \'255.0.0.0\'
config interface lan
option \'ifname\' \'' . $lan_iface . '\'
option \'type\' \'bridge\'
option \'proto\' \'static\'
option \'ipaddr\' \'' . $lan->ipv4 . '\'
option \'netmask\' \'' . $lan->netmask . '\'
option \'gateway\' \'0.0.0.0\'
option \'dns\' \'' . $dns . '\'
config interface wan
option \'ifname\' \'' . $wan_iface . '\'
option \'proto\' \'none\'
';
_outln_comment();
_outln_comment();
_outln_comment(t('File /etc/config/network'));
_out_file($file_network, '/etc/config/network');
// FILE WIRELESS
$file_wireless = '
config \'wifi-device\' \'' . $wireless_iface . '\'
option \'type\' \'' . $wireless_model . '\'
option \'channel\' \'' . $dev->radios[0][channel] . '\'
option \'disabled\' \'0\'
option \'' . $txant . '\' \'' . $dev->radios[0][antenna_mode] . '\'
option \'' . $rxant . '\' \'' . $dev->radios[0][antenna_mode] . '\'
config wifi-iface
option \'device\' \'' . $wireless_iface . '\'
option \'network\' \'lan\'
option \'mode\' \'ap\'
option \'ssid\' \'guifi.net-' . guifi_to_7bits($dev->radios[0][ssid]) . '\'
option \'encryption \'none\'
';
_outln_comment();
_outln_comment();
_outln_comment(t('File /etc/config/wireless'));
_out_file($file_wireless, '/etc/config/wireless');
// WDS Links
$ifcount = 1;
foreach ($wds_links as $key => $wds) {
$hostname = guifi_get_hostname($wds['device_id']);
if (preg_match("/(Working|Testing|Building)/", $wds['flag'])) {
$status = 'active';
if ($wds['routing'] == 'BGP') {
$bgpd = '1';
}
if ($wds['routing'] == 'OSPF') {
$ospfd = '1';
}
$ifcount++;
$wds_won = 'option \'bssid\' \'' . $wds['interface']['mac'] . '\'';
$wds_non = 'option \'proto\' \'static\'
option \'ifname\' \'wds0.' . ($key + 1) . '\'
option \'ipaddr\' \'' . $iplocal[$key][ipv4] . '\'
option \'netmask\' \'' . $iplocal[$key][netmask] . '\'';
} else {
$status = 'disabled';
$wds_won = 'option \'bssid\' \'00:00:00:00:00:00\'';
$wds_non = 'option \'proto\' \'none\'';
}
$wds_network = 'config \'interface\' \'wds_' . $hostname . '\'
' . $wds_non . '
';
$wds_wireless = 'config \'wifi-iface\'
option \'device\' \'wl0\'
option \'network\' \'wds_' . $hostname . '\'
option \'mode\' \'wds\'
option \'encryption\' \'none\'
' . $wds_won . '
';
_outln_comment();
_outln_comment('WDS ' . $hostname . '');
_outln_comment('Routing: ' . $wds['routing'] . '');
_outln_comment('Status: ' . $status . '');
print '<pre>echo "' . $wds_network . '
" >> /etc/config/network
</pre>';
print '<pre>echo "' . $wds_wireless . '
" >> /etc/config/wireless
</pre>';
}
if (count($wds_links) >= 5) {
return;
}
// QUAGGA CONFIG FILES
$file_zebra = '';
_outln_comment();
_outln_comment();
_outln_comment(t('File /etc/quagga/zebra.conf'));
_out_file($file_zebra, '/etc/quagga/zebra.conf');
// FILE OSPFD
if ($ospfd == '1') {
_outln_comment();
_outln_comment();
_outln_comment(t('File /etc/quagga/ospfd.conf'));
print '<pre>mv /etc/quagga/ospfd.conf /etc/quagga/ospfd.conf.bak
echo "
!
interface br-lan
!
router ospf
ospf router-id ' . $lan->ipv4 . '
redistribute bgp
network ' . $lan_network[netid] . '/' . $lan_network[maskbits] . ' area 0<br />';
foreach ($wds_links as $key => $wds) {
if ($wds['routing'] == 'OSPF') {
$wds_network = _ipcalc($iplocal[$key][ipv4], $iplocal[$key][netmask]);
print ' network ' . $wds_network[netid] . '/' . $wds_network[maskbits] . ' area 0<br />';
}
}
print 'default-information originate
!
" > /etc/quagga/ospfd.conf</pre>';
}
// FILE BGPD
if ($bgpd == '1') {
_outln_comment();
_outln_comment();
_outln_comment(t('File /etc/quagga/bgpd.conf'));
print '<pre>mv /etc/quagga/bgpd.conf /etc/quagga/bgpd.conf.bak
echo "
!
interface br-lan
!
router bgp ' . $dev->id . '
bgp router-id ' . $lan->ipv4 . '
network ' . $lan_network[netid] . '/' . $lan_network[maskbits] . '<br />';
foreach ($wds_links as $key => $wds) {
if ($wds['routing'] == 'BGP') {
$wds_network = _ipcalc($iplocal[$key][ipv4], $iplocal[$key][netmask]);
print ' network ' . $wds_network[netid] . '/' . $wds_network[maskbits] . '<br />';
}
}
print 'redistribute ospf
';
foreach ($dev->radios as $radio_id => $radio) {
foreach ($radio[interfaces] as $interface_id => $interface) {
foreach ($interface[ipv4] as $ipv4_id => $ipv4) {
foreach ($ipv4[links] as $link_id => $link) {
if ($link['routing'] == 'BGP') {
print 'neighbor ' . $link['interface']['ipv4']['ipv4'] . ' remote-as ' . $link['device_id'] . '
';
}
}
}
}
}
print '" > /etc/quagga/bgpd.conf</pre>';
}
//FILE FIREWALL
$firewall = '
config defaults
option \'syn_flood\' \'1\'
option \'input\' \'ACCEPT\'
option \'output\' \'ACCEPT\'
option \'forward\' \'ACCEPT\'
config zone
option \'name\' \'lan\'
option \'input\' \'ACCEPT\'
option \'output\' \'ACCEPT\'
option \'forward\' \'ACCEPT\'
';
_outln_comment();
_outln_comment();
_outln_comment(t('File /etc/config/firewall'));
_out_file($firewall, '/etc/config/firewall');
//FILE OPKG
$opkg_conf = '
src/gz guifi http://ausa.guifi.net/drupal/files/openwrt/ap/' . $packages . '
dest root /
dest ram /tmp
lists_dir ext /var/opkg-lists
';
_outln_comment();
_outln_comment();
_outln_comment(t('File /etc/opkg.conf'));
_out_file($opkg_conf, '/etc/opkg.conf');
$dhcp_statics = array();
$max = explode(".", $dev->ipv4);
function merge_static($link, &$dhcp_statics, &$max, &$curr)
{
if (empty($link['interface'][mac])) {
$link['interface'][mac] = 'FF:FF:FF:FF:FF:FF';
}
$dhcp_statics[] = array($link['interface'][ipv4][ipv4], $link['interface'][mac], guifi_get_hostname($link['interface'][device_id]));
$curr = explode(".", $link['interface'][ipv4][ipv4]);
if ($curr[3] > $max[3]) {
$max[3] = $curr[3];
}
}
$main_ip = guifi_main_ip($dev->id);
$item = _ipcalc_by_netbits($main_ip[ipv4], $main_ip[maskbits]);
$max = explode(".", $main_ip[ipv4]);
// cable links
if (!empty($dev->interfaces)) {
foreach ($dev->interfaces as $interface) {
if (!empty($interface[ipv4])) {
foreach ($interface[ipv4] as $ipv4) {
if (!empty($ipv4[links])) {
foreach ($ipv4[links] as $link) {
if ($link['interface'][ipv4][ipv4] != '') {
$item2 = _ipcalc($link['interface'][ipv4][ipv4], $link['interface'][ipv4][netmask]);
if ($item[netid] == $item2[netid]) {
merge_static($link, $dhcp_statics, $max, $cur);
}
}
}
}
}
}
}
}
// ap/client links
if (!empty($dev->radios)) {
foreach ($dev->radios as $radio) {
if (!empty($radio[interfaces])) {
foreach ($radio[interfaces] as $interface) {
if (!empty($interface[ipv4])) {
foreach ($interface[ipv4] as $ipv4) {
if (!empty($ipv4[links])) {
foreach ($ipv4[links] as $link) {
if ($link['link_type'] == 'ap/client' and !empty($link['interface'][ipv4][ipv4])) {
merge_static($link, $dhcp_statics, $max, $cur);
}
}
}
}
}
}
}
}
}
$statics = count($dhcp_statics) - 1;
$totalstatics = count($dhcp_statics);
$first = explode(".", $item[netid]);
$last = explode(".", $item[broadcast]);
$limit = $last[3] - 1 - ($first[3] + 3) - $totalstatics;
if ($statics == -1) {
_outln_comment();
_outln_comment(t('File /etc/config/luci_ethers'));
_outln_nvram('dhcp_start', $max[3] + 2);
}
_outln_comment();
_outln_comment(t('File /etc/config/luci_ethers'));
print 'echo "';
foreach ($dhcp_statics as $static) {
print '<pre>
## Device: ' . $static[2] . '
config \'static_lease\'
option \'macaddr\' \'' . $static[1] . '\'
option \'ipaddr\' \'' . $static[0] . '\'
</pre>';
}
print '" > /etc/config/luci_ethers<br />';
// FILE DHCP
$file_dhcp = '
config \'dnsmasq\'
option \'domainneeded\' \'1\'
option \'boguspriv\' \'1\'
option \'filterwin2k\' \'0\'
option \'localise_queries\' \'1\'
option \'local\' \'/lan/\'
option \'domain\' \'lan\'
option \'expandhosts\' \'1\'
option \'nonegcache\' \'0\'
option \'authoritative\' \'1\'
option \'readethers\' \'1\'
option \'leasefile\' \'/tmp/dhcp.leases\'
option \'resolvfile\' \'/tmp/resolv.conf.auto\'
config \'dhcp\' \'lan\'
option \'interface\' \'lan\'
option \'leasetime\' \'12h\'
option \'start\' \'' . ($max[3] + 2) . '\'
option \'limit\' \'' . $limit . '\'
';
_outln_comment();
_outln_comment();
_outln_comment(t('File /etc/config/dhcp'));
_out_file($file_dhcp, '/etc/config/dhcp');
}
function guifi_unsolclic_dhcp($dev)
{
$dhcp_statics = array();
$max = explode(".", $dev->ipv4);
function merge_static($link, &$dhcp_statics, &$max, &$curr)
{
if (empty($link['interface'][mac])) {
$link['interface'][mac] = 'FF:FF:FF:FF:FF:FF';
}
$dhcp_statics[] = array($link['interface'][ipv4][ipv4], $link['interface'][mac], guifi_get_hostname($link['interface'][device_id]));
$curr = explode(".", $link['interface'][ipv4][ipv4]);
if ($curr[3] > $max[3]) {
$max[3] = $curr[3];
}
}
$main_ip = guifi_main_ip($dev->id);
$item = _ipcalc_by_netbits($main_ip[ipv4], $main_ip[maskbits]);
$max = explode(".", $main_ip[ipv4]);
// cable links
if (!empty($dev->interfaces)) {
foreach ($dev->interfaces as $interface) {
if (!empty($interface[ipv4])) {
foreach ($interface[ipv4] as $ipv4) {
if (!empty($ipv4[links])) {
foreach ($ipv4[links] as $link) {
if ($link['interface'][ipv4][ipv4] != '') {
$item2 = _ipcalc($link['interface'][ipv4][ipv4], $link['interface'][ipv4][netmask]);
if ($item[netid] == $item2[netid]) {
merge_static($link, $dhcp_statics, $max, $cur);
}
}
}
}
}
}
}
}
// ap/client links
if (!empty($dev->radios)) {
foreach ($dev->radios as $radio) {
if (!empty($radio[interfaces])) {
foreach ($radio[interfaces] as $interface) {
if (!empty($interface[ipv4])) {
foreach ($interface[ipv4] as $ipv4) {
if (!empty($ipv4[links])) {
foreach ($ipv4[links] as $link) {
if ($link['link_type'] == 'ap/client' and !empty($link['interface'][ipv4][ipv4])) {
merge_static($link, $dhcp_statics, $max, $cur);
}
}
}
}
}
}
}
}
}
$statics = count($dhcp_statics) - 1;
$totalstatics = count($dhcp_statics);
if ($statics == -1) {
_outln_comment();
_outln_comment('DHCP');
_outln_nvram('dhcp_start', $max[3] + 5);
return;
}
_outln_comment();
_outln_comment('DHCP');
if ($dev->variable['firmware'] == 'Alchemy') {
_out_nvram('dhcpd_statics');
for ($i = 0; $i < $statics; $i++) {
_out(implode(" ", $dhcp_statics[$i]));
}
_out(implode(" ", $dhcp_statics[$statics]), '"');
}
if ($dev->variable['firmware'] == 'DD-WRTv23' or $dev->variable['firmware'] == 'DD-guifi') {
$staticText = "";
foreach ($dhcp_statics as $static) {
$staticText .= $static[1] . "=" . $static[2] . "=" . $static[0] . " ";
}
_out('nvram set static_leases="' . $staticText, ' "');
_outln_nvram('static_leasenum', $totalstatics);
}
if ($dev->variable['firmware'] == 'Talisman') {
_out_nvram('dhcp_statics');
foreach ($dhcp_statics as $static) {
_out($static[1] . "-" . $static[0] . "-" . $static[2] . " ");
}
_out(null, '"');
}
_outln_nvram('dhcp_start', $max[3] + 5);
return;
}
function unsolclic_qmp($dev)
{
$version = "v1.0.3";
// sed 's/<br \/>//g'
// echo "<pre>";
// _outln_comment("<pre>");
_outln_comment("<style type=\"text/css\"> x {font-family:courier;} </style> <x>");
_outln_comment("qMp Guifi-oneclick " . $version);
_outln_comment(" __ _ /\\/\\ _ __");
_outln_comment(" / _` |/ \\| '_ \\ ");
_outln_comment("| (_| / /\\/\\ \\ |_) | ");
_outln_comment(" \\__, \\/ \\/ .__/ ");
_outln_comment(" |_| |_| ");
_outln_comment(" quick MESH project </x> ");
_outln_comment("");
_outln_comment("<b>Important:</b> You should have <b>'qmp-guifi'</b> package installed in your node.");
_outln_comment("");
_outln_comment("To apply this configuration in your node, you can follow this instructions: ");
_outln_comment("<a href='http://dev.qmp.cat/projects/qmp/wiki/Guifi_oneclick' target='_blank'>http://dev.qmp.cat/projects/qmp/wiki/Guifi_oneclick</a> ");
_outln_comment("");
// ONLY THE FIRST MESH IP FOUND IS GET
// TO DO: Check if there are more than one MESH radios and/or interfaces
//
$mesh = "no";
$ipv4 = "-";
$netmask = "-";
$devmodel = "-";
foreach ($dev->radios as $radio) {
if ($radio['mode'] == 'mesh') {
$mesh = "yes";
$ipd = guifi_main_ip($dev->id);
if ($ipd != '') {
$ipv4 = $ipd['ipv4'];
$netmask = $ipd['netmask'];
$maskbits = $ipd['maskbits'];
} else {
$ipv4 = "-";
$netmask = "-";
$maskbits = "-";
}
}
}
// GET ZONE NICK (MAYBE ID?)
//
$node = node_load(array('nid' => $dev->nid));
$zone = node_load(array('nid' => $node->zone_id));
$zonename = $zone->nick;
_outln();
_outln("meshradio='" . $mesh . "'");
if ($mesh == 'yes') {
_outln("nodename='" . $node->nick . "'");
// This is the node name
_outln("latitude='" . $node->lat . "'");
_outln("longitude='" . $node->lon . "'");
_outln("devname='" . $dev->nick . "'");
// This is the device name with mesh radio
_outln("devmodel='" . $dev->model . "'");
_outln("ipv4='" . $ipv4 . "'");
_outln("netmask='" . $netmask . "'");
_outln("zoneid='" . $zonename . "'");
} else {
_outln();
_outln_comment(" <b>You don't have any Mesh radio!</b>");
_outln_comment(" If you want to use Guifi-oneclick, make sure you configure it properly.");
_outln_comment(" You can follow the instructions in the wiki: <a href='./unsolclic' target='_self'>EN (not yet)</a>, <a href='http://es.wiki.guifi.net/wiki/Mesh#Conectarse_a_una_red_Mesh' target='_blank'>ES</a>, <a href='http://ca.wiki.guifi.net/wiki/Mesh#Connectar-se_a_una_xarxa_Mesh' target='_blank'>CA</a>");
}
// var_dump($node->nid['zone_id']);
}
function _guifi_zone_availability_devices($nid)
{
$oneyearfromnow = time() - '31622400';
$qry = db_query('SELECT d.id did, d.nick dnick, d.flag dflag, d.timestamp_changed changed ' . 'FROM {guifi_devices} d ' . 'WHERE d.type = "radio" ' . ' AND d.nid=%d ' . 'ORDER BY d.nick', $nid);
$rows = array();
while ($d = db_fetch_array($qry)) {
$dev = guifi_device_load($d['did']);
if (guifi_device_access('update', $dev)) {
$edit = l(guifi_img_icon('edit.png'), 'guifi/device/' . $d['did'] . '/edit', array('html' => TRUE, 'attributes' => array('title' => t('edit device'), 'target' => '_blank'))) . l(guifi_img_icon('drop.png'), 'guifi/device/' . $d['did'] . '/delete', array('html' => TRUE, 'attributes' => array('title' => t('delete device'), 'target' => '_blank')));
} else {
$edit = NULL;
}
$ip = guifi_main_ip($d['did']);
$status_url = guifi_cnml_availability(array('device' => $d['did'], 'format' => 'long'));
if (!empty($d['changed'])) {
if ($d['changed'] < $oneyearfromnow) {
$dchanged = array('data' => '<b><font color="#AA0000">' . format_date($d['changed'], 'custom', t('d/m/Y')) . '</font></b>');
} else {
$dchanged = array('data' => format_date($d['changed'], 'custom', t('d/m/Y')));
}
} else {
$dchanged = array('data' => t('never changed'));
}
$rows[] = array(array('data' => $edit . l($d['dnick'], 'guifi/device/' . $d['did'])), array('data' => l($ip['ipv4'] . '/' . $ip['maskbits'], guifi_device_admin_url($d['did'], $ip['ipv4']), array('attributes' => array('title' => t('Connect to the device on a new window'), 'target' => '_blank'))), 'align' => 'right'), array('data' => $d['dflag'] . $status_url, 'class' => $d['dflag']), $dchanged);
}
guifi_log(GUIFILOG_TRACE, 'function guifi_zone_availability_device()', $rows);
return $rows;
}
