core/src/etc/inc/services.inc
2019-01-06 15:04:28 +01:00

2018 lines
75 KiB
PHP

<?php
/*
* Copyright (C) 2014-2018 Franco Fichtner <franco@opnsense.org>
* Copyright (C) 2010 Ermal Luçi
* Copyright (C) 2005-2006 Colin Smith <ethethlay@gmail.com>
* Copyright (C) 2003-2004 Manuel Kasper <mk@neon1.net>
* All rights reserved.
*
* Redistribution and use in source and binary forms, with or without
* modification, are permitted provided that the following conditions are met:
*
* 1. Redistributions of source code must retain the above copyright notice,
* this list of conditions and the following disclaimer.
*
* 2. Redistributions in binary form must reproduce the above copyright
* notice, this list of conditions and the following disclaimer in the
* documentation and/or other materials provided with the distribution.
*
* THIS SOFTWARE IS PROVIDED ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES,
* INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY
* AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE
* AUTHOR BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY,
* OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF
* SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS
* INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN
* CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE)
* ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
* POSSIBILITY OF SUCH DAMAGE.
*/
/*
* Base services are slowly being converted into plugins,
* hooks are created and expanded to accomodate for their
* feature set, which allows us to build a better plugin
* system in general.
*
* Ideally this may allow us to remove all service-relevant
* parts from system.inc and services.inc so that the latter
* will eventually become obsolete.
*
* The goal may not be to remove all of the base system
* as plugins, but the things listed below are viable
* targets in the future:
*/
require_once('plugins.inc.d/dnsmasq.inc');
require_once('plugins.inc.d/ipsec.inc');
require_once('plugins.inc.d/openssh.inc');
require_once('plugins.inc.d/openvpn.inc');
require_once('plugins.inc.d/unbound.inc');
function generate_ipv6_from_mac($mac)
{
$elements = explode(":", $mac);
if (count($elements) != 6) {
return false;
}
$i = 0;
$ipv6 = "fe80::";
foreach ($elements as $byte) {
if ($i == 0) {
$hexadecimal = substr($byte, 1, 2);
$bitmap = base_convert($hexadecimal, 16, 2);
$bitmap = str_pad($bitmap, 4, "0", STR_PAD_LEFT);
$bitmap = substr($bitmap, 0, 2) ."1". substr($bitmap, 3,4);
$byte = substr($byte, 0, 1) . base_convert($bitmap, 2, 16);
}
$ipv6 .= $byte;
if ($i == 1) {
$ipv6 .= ":";
}
if ($i == 3) {
$ipv6 .= ":";
}
if ($i == 2) {
$ipv6 .= "ff:fe";
}
$i++;
}
return $ipv6;
}
function get_pppoes_child_interfaces($ifpattern)
{
$if_arr = array();
if ($ifpattern == "") {
return;
}
exec("ifconfig", $out, $ret);
foreach ($out as $line) {
if (preg_match("/^({$ifpattern}[0-9]+):/i", $line, $match)) {
$if_arr[] = $match[1];
}
}
return $if_arr;
}
function services_radvd_configure($verbose = false, $blacklist = array())
{
global $config;
killbypid('/var/run/radvd.pid', 'TERM', true);
if (!is_radvd_enabled()) {
return;
}
if ($verbose) {
echo 'Starting router advertisement service...';
flush();
}
$radvdconf = "# Automatically generated, do not edit\n";
/* Process all links which need the router advertise daemon */
$radvdifs = array();
/* handle manually configured DHCP6 server settings first */
foreach (config_read_array('dhcpdv6') as $dhcpv6if => $dhcpv6ifconf) {
if (isset($config['interfaces'][$dhcpv6if]['track6-interface']) && !isset($config['interfaces'][$dhcpv6if]['dhcpd6track6allowoverride'])) {
continue;
} elseif (!isset($config['interfaces'][$dhcpv6if]['enable'])) {
continue;
} elseif (isset($blacklist[$dhcpv6if])) {
$radvdconf .= "# Skipping blacklisted interface {$dhcpv6if}\n";
continue;
} elseif (!isset($dhcpv6ifconf['ramode']) || $dhcpv6ifconf['ramode'] == 'disabled') {
continue;
}
/* check if we need to listen on a CARP interface */
$realif = get_real_interface($dhcpv6if, "inet6");
if (!empty($dhcpv6ifconf['rainterface']) && $dhcpv6ifconf['rainterface'] != 'interface') {
$dhcpv6if = $dhcpv6ifconf['rainterface'];
} elseif (!empty($dhcpv6ifconf['rainterface'])) {
// backward compatibilty mode, unset invalid options
unset($dhcpv6ifconf['rainterface']);
}
$ifcfgipv6 = get_interface_ipv6($dhcpv6if);
if (!is_ipaddrv6($ifcfgipv6) && !isset($config['interfaces'][$dhcpv6if]['dhcpd6track6allowoverride'])) {
continue;
}
$radvdifs[$realif] = 1;
$mtu = legacy_interface_stats($realif)['mtu'];
if (isset($config['interfaces'][$dhcpv6if]['track6-interface'])) {
$realtrackif = get_real_interface($config['interfaces'][$dhcpv6if]['track6-interface'], 'inet6');
$trackmtu = legacy_interface_stats($realtrackif)['mtu'];
if (!empty($trackmtu)) {
if ($trackmtu < $mtu) {
$mtu = $trackmtu;
}
}
}
$radvdconf .= "# Generated for DHCPv6 server $dhcpv6if\n";
$radvdconf .= "interface {$realif} {\n";
$radvdconf .= sprintf("\tAdvSendAdvert %s;\n", !empty($dhcpv6ifconf['ranosend']) ? 'off' : 'on');
$radvdconf .= sprintf("\tMinRtrAdvInterval %s;\n", !empty($dhcpv6ifconf['ramininterval']) ? $dhcpv6ifconf['ramininterval'] : '200');
$radvdconf .= sprintf("\tMaxRtrAdvInterval %s;\n", !empty($dhcpv6ifconf['ramaxinterval']) ? $dhcpv6ifconf['ramaxinterval'] : '600');
$radvdconf .= sprintf("\tAdvLinkMTU %s;\n", !empty($mtu) ? $mtu : 1280);
switch($dhcpv6ifconf['rapriority']) {
case "low":
$radvdconf .= "\tAdvDefaultPreference low;\n";
break;
case "high":
$radvdconf .= "\tAdvDefaultPreference high;\n";
break;
default:
$radvdconf .= "\tAdvDefaultPreference medium;\n";
break;
}
switch($dhcpv6ifconf['ramode']) {
case "managed":
case "assist":
$radvdconf .= "\tAdvManagedFlag on;\n";
$radvdconf .= "\tAdvOtherConfigFlag on;\n";
break;
case "stateless":
$radvdconf .= "\tAdvManagedFlag off;\n";
$radvdconf .= "\tAdvOtherConfigFlag on;\n";
break;
default:
break;
}
$stanzas = array();
$networkv6 = find_interface_networkv6($realif);
if (is_subnetv6($networkv6)) {
$stanzas[] = $networkv6;
}
foreach (config_read_array('virtualip', 'vip') as $vip) {
if ($vip['interface'] == $dhcpv6if && is_ipaddrv6($vip['subnet'])) {
$subnetv6 = gen_subnetv6($vip['subnet'], $vip['subnet_bits']);
$stanzas[] = "{$subnetv6}/{$vip['subnet_bits']}";
}
}
/* VIPs may duplicate readings from system */
$stanzas = array_unique($stanzas);
foreach ($stanzas as $stanza) {
$radvdconf .= "\tprefix {$stanza} {\n";
$radvdconf .= "\t\tDeprecatePrefix ". (!empty($dhcpv6ifconf['rainterface']) ? "off" : "on").";\n";
switch($dhcpv6ifconf['ramode']) {
case "managed":
$radvdconf .= "\t\tAdvOnLink on;\n";
$radvdconf .= "\t\tAdvAutonomous off;\n";
$radvdconf .= "\t\tAdvRouterAddr on;\n";
break;
case "router":
$radvdconf .= "\t\tAdvOnLink off;\n";
$radvdconf .= "\t\tAdvAutonomous off;\n";
$radvdconf .= "\t\tAdvRouterAddr on;\n";
break;
case "assist":
case "unmanaged":
case "stateless":
$radvdconf .= "\t\tAdvOnLink on;\n";
$radvdconf .= "\t\tAdvAutonomous on;\n";
$radvdconf .= "\t\tAdvRouterAddr on;\n";
break;
default:
break;
}
$radvdconf .= "\t};\n";
}
if (!empty($dhcpv6ifconf['rainterface'])) {
$radvdconf .= "\troute ::/0 {\n";
$radvdconf .= "\t\tRemoveRoute off;\n";
$radvdconf .= "\t};\n";
} elseif (empty($dhcpv6ifconf['ranodefault'])) {
$radvdconf .= "\troute ::/0 {\n";
$radvdconf .= "\t\tRemoveRoute on;\n";
$radvdconf .= "\t};\n";
}
if (!empty($dhcpv6ifconf['raroutes'])) {
foreach (explode(',', $dhcpv6ifconf['raroutes']) as $raroute) {
$radvdconf .= "\troute {$raroute} {\n";
$radvdconf .= "\t\tRemoveRoute on;\n";
$radvdconf .= "\t};\n";
}
}
/* add DNS servers */
$dnslist_tmp = array();
if (isset($dhcpv6ifconf['rasamednsasdhcp6']) && !empty($dhcpv6ifconf['dnsserver'][0])) {
$dnslist_tmp = $dhcpv6ifconf['dnsserver'];
} elseif (!isset($dhcpv6ifconf['rasamednsasdhcp6']) && !empty($dhcpv6ifconf['radnsserver'][0])) {
$dnslist_tmp = $dhcpv6ifconf['radnsserver'];
} elseif (isset($config['dnsmasq']['enable']) || isset($config['unbound']['enable'])) {
$server = find_interface_ipv6($realif);
if (is_ipaddrv6($server)) {
$dnslist_tmp[] = $server;
} else {
log_error("Warning! services_radvd_configure(manual) found no suitable IPv6 address on {$realif}");
}
} elseif (!empty($config['system']['dnsserver'][0])) {
$dnslist_tmp = $config['system']['dnsserver'];
}
$dnslist = array();
foreach ($dnslist_tmp as $server) {
if (is_ipaddrv6($server)) {
$dnslist[] = $server;
}
}
if (count($dnslist) > 0) {
$radvdconf .= "\tRDNSS ".implode(" ", $dnslist)." { };\n";
}
if (!empty($dhcpv6ifconf['radomainsearchlist'])) {
$dnssl = implode(' ', explode(';', $dhcpv6ifconf['radomainsearchlist']));
$radvdconf .= "\tDNSSL {$dnssl} { };\n";
} elseif (!empty($config['system']['domain'])) {
$radvdconf .= "\tDNSSL {$config['system']['domain']} { };\n";
}
$radvdconf .= "};\n";
}
/* handle DHCP-PD prefixes and 6RD dynamic interfaces */
foreach (array_keys(get_configured_interface_with_descr()) as $if) {
if (!isset($config['interfaces'][$if]['track6-interface'])) {
continue;
} elseif (empty($config['interfaces'][$config['interfaces'][$if]['track6-interface']])) {
continue;
} elseif (!isset($config['interfaces'][$if]['enable'])) {
continue;
} elseif (isset($blacklist[$if])) {
$radvdconf .= "# Skipping blacklisted interface {$if}\n";
continue;
}
$trackif = $config['interfaces'][$if]['track6-interface'];
$realif = get_real_interface($if, 'inet6');
/* prevent duplicate entries, manual overrides */
if (isset($radvdifs[$realif])) {
continue;
}
$radvdifs[$realif] = 1;
$autotype = 'unknown';
if (isset($config['interfaces'][$trackif]['ipaddrv6'])) {
$autotype = $config['interfaces'][$trackif]['ipaddrv6'];
}
$realtrackif = get_real_interface($trackif, 'inet6');
$mtu = legacy_interface_stats($realif)['mtu'];
$trackmtu = legacy_interface_stats($realtrackif)['mtu'];
if (!empty($trackmtu)) {
if ($trackmtu < $mtu) {
$mtu = $trackmtu;
}
}
$dnslist = array();
$ifcfgipv6 = find_interface_ipv6($realif);
$networkv6 = find_interface_networkv6($realif);
if ($autotype == 'slaac') {
/* XXX this may be incorrect and needs an override or revisit */
$networkv6 = '2000::/64';
} elseif (!is_subnetv6($networkv6)) {
$networkv6 = '::/64';
}
if (isset($config['dnsmasq']['enable']) || isset($config['unbound']['enable'])) {
if (is_ipaddrv6($ifcfgipv6)) {
$dnslist[] = $ifcfgipv6;
} else {
log_error("Warning! services_radvd_configure(auto) found no suitable IPv6 address on {$realif}");
}
} elseif (!empty($config['system']['dnsserver'])) {
foreach ($config['system']['dnsserver'] as $server) {
if (is_ipaddrv6($server)) {
$dnslist[] = $server;
}
}
}
$radvdconf .= "# Generated config for {$autotype} delegation from {$trackif} on {$if}\n";
$radvdconf .= "interface {$realif} {\n";
$radvdconf .= "\tAdvSendAdvert on;\n";
$radvdconf .= "\tMinRtrAdvInterval 3;\n";
$radvdconf .= "\tMaxRtrAdvInterval 10;\n";
$radvdconf .= sprintf("\tAdvLinkMTU %s;\n", !empty($mtu) ? $mtu : 1280);
$radvdconf .= "\tAdvOtherConfigFlag on;\n";
$radvdconf .= "\tprefix {$networkv6} {\n";
if ($autotype == 'slaac') {
/* XXX also of interest in the future, see hardcoded prefix above */
$radvdconf .= "\t\tBase6Interface $realtrackif;\n";
$radvdconf .= "\t\tDeprecatePrefix on;\n";
}
$radvdconf .= "\t\tAdvOnLink on;\n";
$radvdconf .= "\t\tAdvAutonomous on;\n";
$radvdconf .= "\t\tAdvRouterAddr on;\n";
$radvdconf .= "\t};\n";
if (count($dnslist) > 0) {
$radvdconf .= "\tRDNSS ".implode(" ", $dnslist)." { };\n";
}
if (!empty($config['system']['domain'])) {
$radvdconf .= "\tDNSSL {$config['system']['domain']} { };\n";
}
$radvdconf .= "};\n";
}
file_put_contents('/var/etc/radvd.conf', $radvdconf);
if (count($radvdifs)) {
mwexec('/usr/local/sbin/radvd -p /var/run/radvd.pid -C /var/etc/radvd.conf -m syslog');
}
if ($verbose) {
echo "done.\n";
}
}
function services_dhcpd_leasesfile()
{
return '/var/dhcpd/var/db/dhcpd.leases';
}
function services_dhcpdv6_leasesfile()
{
return '/var/dhcpd/var/db/dhcpd6.leases';
}
function services_dhcpd_configure($verbose = false, $family = 'all', $blacklist = array())
{
$dirs = array('/dev', '/etc', '/lib', '/run', '/usr', '/usr/local/sbin', '/var/db', '/var/run');
foreach ($dirs as $dir) {
mwexecf('/bin/mkdir -p %s', "/var/dhcpd{$dir}");
}
if (mwexecf('/sbin/mount -uw %s', '/var/dhcpd/dev', true)) {
mwexecf('/sbin/mount -t devfs devfs %s', '/var/dhcpd/dev');
}
mwexecf('/usr/sbin/chown -R dhcpd:dhcpd %s', '/var/dhcpd');
if ($family == 'all' || $family == 'inet') {
services_dhcpdv4_configure($verbose);
}
if ($family == 'all' || $family == 'inet6') {
services_dhcpdv6_configure($verbose, $blacklist);
services_radvd_configure($verbose, $blacklist);
}
}
function is_dhcpv4_server_enabled()
{
global $config;
foreach (config_read_array('dhcpd') as $dhcpif => $dhcpifconf) {
if (isset($dhcpifconf['enable']) && !empty($config['interfaces'][$dhcpif])) {
return true;
}
}
return false;
}
function services_dhcpdv4_configure($verbose = false)
{
global $config;
$need_ddns_updates = false;
$ddns_zones = array();
killbypid('/var/dhcpd/var/run/dhcpd.pid', 'TERM', true);
if (!is_dhcpv4_server_enabled()) {
return;
}
/* Only consider DNS servers with IPv4 addresses for the IPv4 DHCP server. */
$dns_arrv4 = array();
if (!empty($config['system']['dnsserver'][0])) {
foreach ($config['system']['dnsserver'] as $dnsserver) {
if (is_ipaddrv4($dnsserver)) {
$dns_arrv4[] = $dnsserver;
}
}
}
if ($verbose) {
echo 'Starting DHCPv4 service...';
flush();
}
$custoptions = "";
foreach ($config['dhcpd'] as $dhcpif => $dhcpifconf) {
if (isset($dhcpifconf['numberoptions']['item'])) {
foreach ($dhcpifconf['numberoptions']['item'] as $itemidx => $item) {
if (!empty($item['type'])) {
$itemtype = $item['type'];
} else {
$itemtype = "text";
}
$custoptions .= "option custom-{$dhcpif}-{$itemidx} code {$item['number']} = {$itemtype};\n";
}
}
}
$dhcpdconf = <<<EOD
option domain-name "{$config['system']['domain']}";
option ldap-server code 95 = text;
option arch code 93 = unsigned integer 16; # RFC4578
option pac-webui code 252 = text;
{$custoptions}
default-lease-time 7200;
max-lease-time 86400;
log-facility local7;
one-lease-per-client true;
deny duplicates;
ping-check true;
update-conflict-detection false;
authoritative;
EOD;
$dhcpdifs = array();
$add_routers = false;
$gateways_arr = return_gateways_array();
/* only add a routers line if the system has any IPv4 gateway at all */
/* a static route has a gateway, manually overriding this field always works */
foreach ($gateways_arr as $gwitem) {
if ($gwitem['ipprotocol'] == "inet") {
$add_routers = true;
break;
}
}
/* loop through and determine if we need to setup
* failover peer "bleh" entries
*/
foreach ($config['dhcpd'] as $dhcpif => $dhcpifconf) {
interfaces_staticarp_configure($dhcpif);
if (!isset($dhcpifconf['enable'])) {
continue;
}
if (!empty($dhcpifconf['failover_peerip'])) {
$intip = get_interface_ip($dhcpif);
/*
* yep, failover peer is defined.
* does it match up to a defined vip?
*/
$skew = 110;
if (!empty($config['virtualip']['vip'])) {
foreach ($config['virtualip']['vip'] as $vipent) {
if ($vipent['interface'] == $dhcpif) {
$carp_nw = gen_subnet($vipent['subnet'], $vipent['subnet_bits']);
if (ip_in_subnet($dhcpifconf['failover_peerip'], "{$carp_nw}/{$vipent['subnet_bits']}")) {
/* this is the interface! */
if (is_numeric($vipent['advskew']) && (intval($vipent['advskew']) < 20)) {
$skew = 0;
break;
}
}
}
}
} else {
log_error('Warning! DHCP Failover setup and no CARP virtual IPs defined!');
}
$dhcpdconf_pri = "";
if ($skew > 10) {
$type = "secondary";
$my_port = "520";
$peer_port = "519";
} else {
$my_port = "519";
$peer_port = "520";
$type = "primary";
$dhcpdconf_pri = "split 128;\n";
$dhcpdconf_pri .= " mclt 600;\n";
}
if (is_ipaddrv4($intip)) {
$dhcpdconf .= <<<EOPP
failover peer "dhcp_{$dhcpif}" {
{$type};
address {$intip};
port {$my_port};
peer address {$dhcpifconf['failover_peerip']};
peer port {$peer_port};
max-response-delay 10;
max-unacked-updates 10;
{$dhcpdconf_pri}
load balance max seconds 3;
}
\n
EOPP;
}
}
}
$iflist = get_configured_interface_with_descr();
foreach ($config['dhcpd'] as $dhcpif => $dhcpifconf) {
if (!isset($dhcpifconf['enable']) || !isset($iflist[$dhcpif])) {
continue;
}
list ($ifcfgip, $ifcfgsn) = explode('/', find_interface_network(get_real_interface($dhcpif), false));
$subnet = gen_subnet($ifcfgip, $ifcfgsn);
$subnetmask = gen_subnet_mask($ifcfgsn);
if (!is_ipaddrv4($ifcfgip) || !is_subnetv4("{$subnet}/{$ifcfgsn}")) {
log_error("Warning! services_dhcpdv4_configure() found no suitable IPv4 address on {$dhcpif}");
continue;
}
$all_pools = array();
$all_pools[] = $dhcpifconf;
if (!empty($dhcpifconf['pool'])) {
$all_pools = array_merge($all_pools, $dhcpifconf['pool']);
}
$dnscfg = "";
if (!empty($dhcpifconf['domain'])) {
$dnscfg .= " option domain-name \"{$dhcpifconf['domain']}\";\n";
}
if (!empty($dhcpifconf['domainsearchlist'])) {
$dnscfg .= " option domain-search \"" . join("\",\"", preg_split("/[ ;]+/", $dhcpifconf['domainsearchlist'])) . "\";\n";
}
$newzone = array();
if (isset($dhcpifconf['ddnsupdate'])) {
$need_ddns_updates = true;
if (!empty($dhcpifconf['ddnsdomain'])) {
$newzone['domain-name'] = $dhcpifconf['ddnsdomain'];
$dnscfg .= " ddns-domainname \"{$dhcpifconf['ddnsdomain']}\";\n";
} else {
$newzone['domain-name'] = $config['system']['domain'];
}
$revsubnet = array_reverse(explode(".", $subnet));
$subnetmask_rev = array_reverse(explode('.', $subnetmask));
foreach ($subnetmask_rev as $octet) {
if ($octet == "0") {
array_shift($revsubnet);
}
}
$newzone['ptr-domain'] = implode(".", $revsubnet) . ".in-addr.arpa";
}
if (!empty($dhcpifconf['dnsserver'][0])) {
$dnscfg .= " option domain-name-servers " . join(",", $dhcpifconf['dnsserver']) . ";";
if (!empty($newzone['domain-name'])) {
$newzone['dns-servers'] = $dhcpifconf['dnsserver'];
}
} elseif (isset($config['dnsmasq']['enable']) || isset($config['unbound']['enable'])) {
$dnscfg .= " option domain-name-servers {$ifcfgip};";
if ($newzone['domain-name'] && !empty($config['system']['dnsserver'][0])) {
$newzone['dns-servers'] = $config['system']['dnsserver'];
}
} elseif (!empty($dns_arrv4)) {
$dnscfg .= " option domain-name-servers " . join(",", $dns_arrv4) . ";";
if ($newzone['domain-name']) {
$newzone['dns-servers'] = $dns_arrv4;
}
}
/*
* Create classes - These all contain comma-separated lists.
* Join them into one big comma-separated string then split
* them all up.
*/
$all_mac_strings = array();
foreach ($all_pools as $poolconf) {
if (!empty($poolconf['mac_allow'])) {
$all_mac_strings[] = $poolconf['mac_allow'];
}
if (!empty($poolconf['mac_deny'])) {
$all_mac_strings[] = $poolconf['mac_deny'];
}
}
$all_mac_list = array_unique(explode(',', implode(',', $all_mac_strings)));
foreach ($all_mac_list as $mac) {
if (!empty($mac)) {
$dhcpdconf .= 'class "' . str_replace(':', '', $mac) . '" {' . "\n";
// Skip the first octet of the MAC address - for media type, typically Ethernet ("01") and match the rest.
$dhcpdconf .= ' match if substring (hardware, 1, ' . (substr_count($mac, ':') + 1) . ') = ' . $mac . ';' . "\n";
$dhcpdconf .= '}' . "\n";
}
}
$dhcpdconf .= "\nsubnet {$subnet} netmask {$subnetmask} {\n";
// Setup pool options
foreach ($all_pools as $poolconf) {
$dhcpdconf .= " pool {\n";
/* is failover dns setup? */
if (!empty($poolconf['dnsserver'][0])) {
$dhcpdconf .= " option domain-name-servers {$poolconf['dnsserver'][0]}";
if (!empty($poolconf['dnsserver'][1])) {
$dhcpdconf .= ",{$poolconf['dnsserver'][1]}";
}
$dhcpdconf .= ";\n";
}
/* allow/deny MACs */
if (!empty($poolconf['mac_allow'])) {
$mac_allow_list = array_unique(explode(',', $poolconf['mac_allow']));
foreach ($mac_allow_list as $mac) {
if (!empty($mac)) {
$dhcpdconf .= " allow members of \"" . str_replace(':', '', $mac) . "\";\n";
}
}
}
if (!empty($poolconf['mac_deny'])) {
$mac_deny_list = array_unique(explode(',', $poolconf['mac_deny']));
foreach ($mac_deny_list as $mac) {
if (!empty($mac)) {
$dhcpdconf .= " deny members of \"" . str_replace(':', '', $mac) . "\";\n";
}
}
}
if (!empty($poolconf['failover_peerip'])) {
$dhcpdconf .= " deny dynamic bootp clients;\n";
}
if (isset($poolconf['denyunknown'])) {
$dhcpdconf .= " deny unknown-clients;\n";
}
if (!empty($poolconf['gateway']) && $poolconf['gateway'] != "none"
&& (empty($dhcpifconf['gateway']) || $poolconf['gateway'] != $dhcpifconf['gateway'])
) {
$dhcpdconf .= " option routers {$poolconf['gateway']};\n";
}
if (!empty($dhcpifconf['failover_peerip'])) {
$dhcpdconf .= " failover peer \"dhcp_{$dhcpif}\";\n";
}
$pdnscfg = "";
if (!empty($poolconf['domain'])
&& (empty($dhcpifconf['domain']) || $poolconf['domain'] != $dhcpifconf['domain'])
) {
$pdnscfg .= " option domain-name \"{$poolconf['domain']}\";\n";
}
if (!empty($poolconf['domainsearchlist'])
&& (empty($dhcpifconf['domainsearchlist']) || $poolconf['domainsearchlist'] != $dhcpifconf['domainsearchlist'])) {
$pdnscfg .= " option domain-search \"" . join("\",\"", preg_split("/[ ;]+/", $poolconf['domainsearchlist'])) . "\";\n";
}
if (isset($poolconf['ddnsupdate'])) {
if (!empty($poolconf['ddnsdomain'])
&& (empty($dhcpifconf['ddnsdomain']) || $poolconf['ddnsdomain'] != $dhcpifconf['ddnsdomain'])) {
$pdnscfg .= " ddns-domainname \"{$poolconf['ddnsdomain']}\";\n";
}
$pdnscfg .= " ddns-update-style interim;\n";
}
if (!empty($poolconf['dnsserver'][0])
&& (empty($dhcpifconf['dnsserver'][0]) || $poolconf['dnsserver'][0] != $dhcpifconf['dnsserver'][0])) {
$pdnscfg .= " option domain-name-servers " . join(",", $poolconf['dnsserver']) . ";\n";
}
$dhcpdconf .= "{$pdnscfg}";
// default-lease-time
if (!empty($poolconf['defaultleasetime'])
&& (empty($dhcpifconf['defaultleasetime']) || $poolconf['defaultleasetime'] != $dhcpifconf['defaultleasetime'])) {
$dhcpdconf .= " default-lease-time {$poolconf['defaultleasetime']};\n";
}
// max-lease-time
if (!empty($poolconf['maxleasetime'])
&& (empty($dhcpifconf['maxleasetime']) || $poolconf['maxleasetime'] != $dhcpifconf['maxleasetime'])) {
$dhcpdconf .= " max-lease-time {$poolconf['maxleasetime']};\n";
}
// interface MTU
if (!empty($poolconf['interface_mtu'])
&& (empty($dhcpifconf['interface_mtu']) || $poolconf['interface_mtu'] != $dhcpifconf['interface_mtu'])) {
$dhcpdconf .= " option interface-mtu {$poolconf['interface_mtu']};\n";
}
// netbios-name*
if (!empty($poolconf['winsserver'][0])
&& (empty($dhcpifconf['winsserver'][0]) || $poolconf['winsserver'][0] != $dhcpifconf['winsserver'][0])) {
$dhcpdconf .= " option netbios-name-servers " . join(",", $poolconf['winsserver']) . ";\n";
$dhcpdconf .= " option netbios-node-type 8;\n";
}
// ntp-servers
if (!empty($poolconf['ntpserver'][0])
&& (empty($dhcpifconf['ntpserver'][0]) || $poolconf['ntpserver'][0] != $dhcpifconf['ntpserver'][0])) {
$dhcpdconf .= " option ntp-servers " . join(",", $poolconf['ntpserver']) . ";\n";
}
// tftp-server-name
if (!empty($poolconf['tftp']) && (empty($dhcpifconf['tftp']) || $poolconf['tftp'] != $dhcpifconf['tftp'])) {
$dhcpdconf .= " option tftp-server-name \"{$poolconf['tftp']}\";\n";
}
// ldap-server
if (!empty($poolconf['ldap']) && (empty($dhcpifconf['ldap']) || $poolconf['ldap'] != $dhcpifconf['ldap'])) {
$dhcpdconf .= " option ldap-server \"{$poolconf['ldap']}\";\n";
}
// net boot information
if (isset($poolconf['netboot'])) {
if (!empty($poolconf['nextserver']) && (empty($dhcpifconf['nextserver']) || $poolconf['nextserver'] != $dhcpifconf['nextserver'])) {
$dhcpdconf .= " next-server {$poolconf['nextserver']};\n";
}
if (!empty($poolconf['filename']) && (empty($dhcpifconf['filename']) || $poolconf['filename'] != $dhcpifconf['filename'])) {
$dhcpdconf .= " filename \"{$poolconf['filename']}\";\n";
}
if (!empty($poolconf['rootpath']) && (empty($dhcpifconf['rootpath']) || $poolconf['rootpath'] != $dhcpifconf['rootpath'])) {
$dhcpdconf .= " option root-path \"{$poolconf['rootpath']}\";\n";
}
}
$dhcpdconf .= " range {$poolconf['range']['from']} {$poolconf['range']['to']};\n";
$dhcpdconf .= " }\n\n";
}
// End of settings inside pools
if (!empty($dhcpifconf['gateway']) && $dhcpifconf['gateway'] != "none") {
$routers = $dhcpifconf['gateway'];
$add_routers = true;
} elseif (!empty($dhcpifconf['gateway']) && $dhcpifconf['gateway'] == "none") {
$add_routers = false;
} else {
$routers = $ifcfgip;
}
if ($add_routers) {
$dhcpdconf .= " option routers {$routers};\n";
}
$dhcpdconf .= <<<EOD
$dnscfg
EOD;
// default-lease-time
if (!empty($dhcpifconf['defaultleasetime'])) {
$dhcpdconf .= " default-lease-time {$dhcpifconf['defaultleasetime']};\n";
}
// max-lease-time
if (!empty($dhcpifconf['maxleasetime'])) {
$dhcpdconf .= " max-lease-time {$dhcpifconf['maxleasetime']};\n";
}
// interface MTU
if (!empty($dhcpifconf['interface_mtu'])) {
$dhcpdconf .= " option interface-mtu {$dhcpifconf['interface_mtu']};\n";
}
// netbios-name*
if (!empty($dhcpifconf['winsserver'][0])) {
$dhcpdconf .= " option netbios-name-servers " . join(",", $dhcpifconf['winsserver']) . ";\n";
$dhcpdconf .= " option netbios-node-type 8;\n";
}
// ntp-servers
if (!empty($dhcpifconf['ntpserver'][0])) {
$dhcpdconf .= " option ntp-servers " . join(",", $dhcpifconf['ntpserver']) . ";\n";
}
// tftp-server-name
if (!empty($dhcpifconf['tftp'])) {
$dhcpdconf .= " option tftp-server-name \"{$dhcpifconf['tftp']}\";\n";
}
// add pac url if it applies
if (isset($dhcpifconf['wpad']) && !empty($config['system']['hostname']) && !empty($config['system']['domain'])) {
$protocol = !empty($config['system']['webgui']['protocol']) ? $config['system']['webgui']['protocol'] : 'https';
// take hostname from system settings - it can be used to be resolved to anything based on client IP
$host = implode('.', array('wpad', $config['system']['domain']));
$default_port = (isset($config['system']['webgui']['protocol']) && $config['system']['webgui']['protocol'] == 'https') ? 443 : 80;
$port = !empty($config['system']['webgui']['port']) ? $config['system']['webgui']['port'] : $default_port;
$webui_url = "$protocol://$host:$port/wpad.dat";
$dhcpdconf .= " option pac-webui \"$webui_url\";\n";
}
// Handle option, number rowhelper values
if (isset($dhcpifconf['numberoptions']['item'])) {
$dhcpdconf .= "\n";
foreach ($dhcpifconf['numberoptions']['item'] as $itemidx => $item) {
if (empty($item['type']) || $item['type'] == "text") {
$dhcpdconf .= " option custom-{$dhcpif}-{$itemidx} \"{$item['value']}\";\n";
} else {
$dhcpdconf .= " option custom-{$dhcpif}-{$itemidx} {$item['value']};\n";
}
}
}
// ldap-server
if (!empty($dhcpifconf['ldap'])) {
$dhcpdconf .= " option ldap-server \"{$dhcpifconf['ldap']}\";\n";
}
// net boot information
if (isset($dhcpifconf['netboot'])) {
if (!empty($dhcpifconf['nextserver'])) {
$dhcpdconf .= " next-server {$dhcpifconf['nextserver']};\n";
}
if (!empty($dhcpifconf['filename']) && !empty($dhcpifconf['filename32']) && !empty($dhcpifconf['filename64'])) {
$dhcpdconf .= " if option arch = 00:06 {\n";
$dhcpdconf .= " filename \"{$dhcpifconf['filename32']}\";\n";
$dhcpdconf .= " } else if option arch = 00:07 {\n";
$dhcpdconf .= " filename \"{$dhcpifconf['filename64']}\";\n";
$dhcpdconf .= " } else if option arch = 00:09 {\n";
$dhcpdconf .= " filename \"{$dhcpifconf['filename64']}\";\n";
$dhcpdconf .= " } else {\n";
$dhcpdconf .= " filename \"{$dhcpifconf['filename']}\";\n";
$dhcpdconf .= " }\n\n";
} elseif (!empty($dhcpifconf['filename'])) {
$dhcpdconf .= " filename \"{$dhcpifconf['filename']}\";\n";
}
if (!empty($dhcpifconf['rootpath'])) {
$dhcpdconf .= " option root-path \"{$dhcpifconf['rootpath']}\";\n";
}
}
$dhcpdconf .= <<<EOD
}
EOD;
/* add static mappings */
if (!empty($dhcpifconf['staticmap'])) {
foreach ($dhcpifconf['staticmap'] as $i => $sm) {
$dhcpdconf .= "\nhost s_{$dhcpif}_{$i} {\n";
if (!empty($sm['mac'])) {
$dhcpdconf .= " hardware ethernet {$sm['mac']};\n";
}
if (!empty($sm['cid'])) {
$dhcpdconf .= " option dhcp-client-identifier \"{$sm['cid']}\";\n";
}
if (!empty($sm['ipaddr'])) {
$dhcpdconf .= " fixed-address {$sm['ipaddr']};\n";
}
if (!empty($sm['hostname'])) {
$dhhostname = str_replace(" ", "_", $sm['hostname']);
$dhhostname = str_replace(".", "_", $dhhostname);
$dhcpdconf .= " option host-name \"{$dhhostname}\";\n";
}
if (!empty($sm['filename'])) {
$dhcpdconf .= " filename \"{$sm['filename']}\";\n";
}
if (!empty($sm['rootpath'])) {
$dhcpdconf .= " option root-path \"{$sm['rootpath']}\";\n";
}
if (!empty($sm['gateway']) && ($sm['gateway'] != $dhcpifconf['gateway'])) {
$dhcpdconf .= " option routers {$sm['gateway']};\n";
}
$smdnscfg = "";
if (!empty($sm['domain']) && ($sm['domain'] != $dhcpifconf['domain'])) {
$smdnscfg .= " option domain-name \"{$sm['domain']}\";\n";
}
if (!empty($sm['domainsearchlist']) && ($sm['domainsearchlist'] != $dhcpifconf['domainsearchlist'])) {
$smdnscfg .= " option domain-search \"" . join("\",\"", preg_split("/[ ;]+/", $sm['domainsearchlist'])) . "\";\n";
}
if (isset($sm['ddnsupdate'])) {
if (($sm['ddnsdomain'] != '') && ($sm['ddnsdomain'] != $dhcpifconf['ddnsdomain'])) {
$smdnscfg .= " ddns-domainname \"{$sm['ddnsdomain']}\";\n";
}
$smdnscfg .= " ddns-update-style interim;\n";
}
if (!empty($sm['dnsserver']) && ($sm['dnsserver'][0]) && ($sm['dnsserver'][0] != $dhcpifconf['dnsserver'][0])) {
$smdnscfg .= " option domain-name-servers " . join(",", $sm['dnsserver']) . ";\n";
}
$dhcpdconf .= "{$smdnscfg}";
// default-lease-time
if (!empty($sm['defaultleasetime']) && ($sm['defaultleasetime'] != $dhcpifconf['defaultleasetime'])) {
$dhcpdconf .= " default-lease-time {$sm['defaultleasetime']};\n";
}
// max-lease-time
if (!empty($sm['maxleasetime']) && ($sm['maxleasetime'] != $dhcpifconf['maxleasetime'])) {
$dhcpdconf .= " max-lease-time {$sm['maxleasetime']};\n";
}
// netbios-name*
if (!empty($sm['winsserver']) && $sm['winsserver'][0] && ($sm['winsserver'][0] != $dhcpifconf['winsserver'][0])) {
$dhcpdconf .= " option netbios-name-servers " . join(",", $sm['winsserver']) . ";\n";
$dhcpdconf .= " option netbios-node-type 8;\n";
}
// ntp-servers
if (!empty($sm['ntpserver']) && $sm['ntpserver'][0] && ($sm['ntpserver'][0] != $dhcpifconf['ntpserver'][0])) {
$dhcpdconf .= " option ntp-servers " . join(",", $sm['ntpserver']) . ";\n";
}
// tftp-server-name
if (!empty($sm['tftp']) && ($sm['tftp'] != $dhcpifconf['tftp'])) {
$dhcpdconf .= " option tftp-server-name \"{$sm['tftp']}\";\n";
}
$dhcpdconf .= "}\n";
}
}
$dhcpdifs[] = get_real_interface($dhcpif);
if (!empty($newzone['domain-name'])) {
if (isset($dhcpifconf['ddnsupdate'])) {
$newzone['dns-servers'] = array($dhcpifconf['ddnsdomainprimary']);
$newzone['ddnsdomainkeyname'] = $dhcpifconf['ddnsdomainkeyname'];
$newzone['ddnsdomainkey'] = $dhcpifconf['ddnsdomainkey'];
$newzone['ddnsdomainalgorithm'] = !empty($dhcpifconf['ddnsdomainalgorithm']) ? $dhcpifconf['ddnsdomainalgorithm'] : "hmac-md5";
$ddns_zones[] = $newzone;
}
}
}
if ($need_ddns_updates) {
$dhcpdconf .= "ddns-update-style interim;\n";
$dhcpdconf .= "update-static-leases on;\n";
$dhcpdconf .= services_dhcpd_zones($ddns_zones);
}
@file_put_contents('/var/dhcpd/etc/dhcpd.conf', $dhcpdconf);
@touch('/var/dhcpd/var/db/dhcpd.leases');
@unlink('/var/dhcpd/var/run/dhcpd.pid');
/* fire up dhcpd in a chroot */
if (count($dhcpdifs) > 0) {
mwexec('/usr/local/sbin/dhcpd -user dhcpd -group dhcpd -chroot /var/dhcpd -cf /etc/dhcpd.conf -pf /var/run/dhcpd.pid ' . join(' ', $dhcpdifs));
}
if ($verbose) {
print "done.\n";
}
}
function services_dhcpd_zones($ddns_zones)
{
$dhcpdconf = '';
if (is_array($ddns_zones)) {
$added_zones = array();
$added_keys = array();
foreach ($ddns_zones as $zone) {
if (!is_array($zone) || empty($zone) || !is_array($zone['dns-servers'])) {
continue;
}
$primary = $zone['dns-servers'][0];
$secondary = empty($zone['dns-servers'][1]) ? "" : $zone['dns-servers'][1];
// Make sure we aren't using any invalid or IPv6 DNS servers.
if (!is_ipaddrv4($primary)) {
if (is_ipaddrv4($secondary)) {
$primary = $secondary;
$secondary = "";
} else {
continue;
}
}
// We don't need to add zones multiple times.
foreach (array($zone['domain-name'], $zone['ptr-domain']) as $domain) {
if (!empty($domain) && !in_array($domain, $added_zones)) {
/* dhcpdconf2 is injected *after* the key */
$dhcpdconf2 = "zone {$domain}. {\n";
$dhcpdconf2 .= " primary {$primary};\n";
if (is_ipaddrv4($secondary)) {
$dhcpdconf2 .= " secondary {$secondary};\n";
}
if (!empty($zone['ddnsdomainkeyname']) && !empty($zone['ddnsdomainkey'])) {
if (!in_array($zone['ddnsdomainkeyname'], $added_keys)) {
$dhcpdconf .= "key {$zone['ddnsdomainkeyname']} {\n";
$dhcpdconf .= " algorithm {$zone['ddnsdomainalgorithm']};\n";
$dhcpdconf .= " secret {$zone['ddnsdomainkey']};\n";
$dhcpdconf .= "}\n";
$added_keys[] = $zone['ddnsdomainkeyname'];
}
$dhcpdconf2 .= " key {$zone['ddnsdomainkeyname']};\n";
}
$dhcpdconf2 .= "}\n";
$dhcpdconf .= $dhcpdconf2;
$added_zones[] = $domain;
}
}
}
}
return $dhcpdconf;
}
function is_dhcpv6_server_enabled()
{
global $config;
/* handle manually configured DHCP6 server settings first */
foreach (config_read_array('dhcpdv6') as $dhcpv6if => $dhcpv6ifconf) {
if (isset($config['interfaces'][$dhcpv6if]['enable']) && isset($dhcpv6ifconf['enable'])) {
return true;
}
}
/* handle DHCP-PD prefixes and 6RD dynamic interfaces */
foreach (legacy_config_get_interfaces(array('virtual' => false)) as $ifcfg) {
if (isset($ifcfg['enable']) && !empty($ifcfg['track6-interface']) && !isset($ifcfg['dhcpd6track6allowoverride'])) {
return true;
}
}
return false;
}
function services_dhcpdv6_configure($verbose = false, $blacklist = array())
{
global $config;
killbypid('/var/dhcpd/var/run/dhcpdv6.pid', 'TERM', true);
killbypid('/var/run/dhcpleases6.pid', 'TERM', true);
if (!is_dhcpv6_server_enabled()) {
return;
}
$iflist = get_configured_interface_with_descr();
$dhcpdv6cfg = config_read_array('dhcpdv6');
/* Only consider DNS servers with IPv6 addresses for the IPv6 DHCP server. */
$dns_arrv6 = array();
if (!empty($config['system']['dnsserver'][0])) {
foreach ($config['system']['dnsserver'] as $dnsserver) {
if (is_ipaddrv6($dnsserver)) {
$dns_arrv6[] = $dnsserver;
}
}
}
if ($verbose) {
echo 'Starting DHCPv6 service...';
flush();
}
/* we add a fake entry for interfaces that are set to track6 another WAN */
foreach (array_keys($iflist) as $ifname) {
/* Do not put in the config an interface which is down */
if (isset($blacklist[$ifname])) {
continue;
}
if (!empty($config['interfaces'][$ifname]['track6-interface'])) {
$ifcfgipv6 = get_interface_ipv6($ifname);
if (!is_ipaddrv6($ifcfgipv6)) {
continue;
}
$ifcfgipv6 = Net_IPv6::getNetmask($ifcfgipv6, 64);
$ifcfgipv6arr = explode(':', $ifcfgipv6);
if (!isset($config['interfaces'][$ifname]['dhcpd6track6allowoverride'])) {
/* mock a real server */
$dhcpdv6cfg[$ifname] = array();
$dhcpdv6cfg[$ifname]['enable'] = true;
/* fixed range */
$ifcfgipv6arr[7] = '1000';
$dhcpdv6cfg[$ifname]['range'] = array();
$dhcpdv6cfg[$ifname]['range']['from'] = Net_IPv6::compress(implode(':', $ifcfgipv6arr));
$ifcfgipv6arr[7] = '2000';
$dhcpdv6cfg[$ifname]['range']['to'] = Net_IPv6::compress(implode(':', $ifcfgipv6arr));
/* with enough room we can add dhcp6 prefix delegation */
$pdlen = calculate_ipv6_delegation_length($config['interfaces'][$ifname]['track6-interface']);
if ($pdlen > 2) {
$pdlenmax = $pdlen;
$pdlenhalf = $pdlenmax - 1;
$pdlenmin = 64 - ceil($pdlenhalf / 4);
$dhcpdv6cfg[$ifname]['prefixrange'] = array();
$dhcpdv6cfg[$ifname]['prefixrange']['prefixlength'] = $pdlenmin;
/* set the delegation start to half the current address block */
$range = Net_IPv6::parseAddress($ifcfgipv6, (64 - $pdlenmax));
$range['start'] = Net_IPv6::getNetmask($range['end'], (64 - $pdlenhalf));
/* set the end range to a multiple of the prefix delegation size, required by dhcpd */
$range = Net_IPv6::parseAddress($range['end'], (64 - $pdlenhalf));
$range['end'] = Net_IPv6::getNetmask($range['end'], (64 - round($pdlen / 2)));
$dhcpdv6cfg[$ifname]['prefixrange']['from'] = Net_IPv6::compress($range['start']);
$dhcpdv6cfg[$ifname]['prefixrange']['to'] = Net_IPv6::compress($range['end']);
}
} else {
/* get config entry and marry it to the live prefix */
$dhcpdv6cfg[$ifname]['range'] = array(
'from' => make_ipv6_64_address($ifcfgipv6, $dhcpdv6cfg[$ifname]['range']['from']),
'to' => make_ipv6_64_address($ifcfgipv6, $dhcpdv6cfg[$ifname]['range']['to']),
);
if (!empty($dhcpdv6cfg[$ifname]['prefixrange']['from']) && !empty($dhcpdv6cfg[$ifname]['prefixrange']['to']) ) {
$pd_prefix_from_array = explode(':', $dhcpdv6cfg[$ifname]['prefixrange']['from']);
$pd_prefix_to_array = explode(':', $dhcpdv6cfg[$ifname]['prefixrange']['to']);
$pd_prefix_from_array[2] = sprintf("%02s", $pd_prefix_from_array[2]);
$pd_prefix_to_array[2] = sprintf("%02s", $pd_prefix_to_array[2]);
for ($x = 0; $x < 4; $x++) {
/* make the prefx long format otherwise dhcpd complains */
$ifcfgipv6arr[$x] = sprintf("%04s", $ifcfgipv6arr[$x]);
}
$pd_prefix_from_array_out = $ifcfgipv6arr;
$pd_prefix_to_array_out = $ifcfgipv6arr;
$pdval = intval($dhcpdv6cfg[$ifname]['prefixrange']['prefixlength']);
switch ($pdval) {
// For PD sizes of /60 through /64, the user must do the math!
case 60:
case 62:
case 63:
case 64: // 3&4th bytes on 4th array
$pd_prefix_from_array_out[3] = sprintf("%04s", $ifcfgipv6arr[3]); // make it 4 bytes
$pd_prefix_from_array_out[3] = substr($pd_prefix_from_array_out[3], 0, 2) . $pd_prefix_from_array[2];
$pd_prefix_to_array_out[3] = sprintf("%04s", $ifcfgipv6arr[3]); // make it 4 bytes
$pd_prefix_to_array_out[3] = substr($pd_prefix_to_array_out[3], 0, 2) . $pd_prefix_to_array[2];
break;
case 56: // 1st&2nd bytes on 4th array
$pd_prefix_from_array[2] = str_pad($pd_prefix_from_array[2], 4, "0");
$pd_prefix_from_array_out[3] = sprintf("%s", $pd_prefix_from_array[2]); // make it 4 bytes
$pd_prefix_to_array[2] = str_pad($pd_prefix_to_array[2], 4, "0");
$pd_prefix_to_array_out[3] = sprintf("%s", $pd_prefix_to_array[2]); // make it 4 bytes
break;
case 52: // 1st byte on 4th array only, 0 to f, we only want one byte, but lookout for the user entering more
$len = strlen($pd_prefix_from_array[2]);
$pd_prefix_from_array[2] = substr($pd_prefix_from_array[2], $len - 1, 1);
$pd_prefix_from_array_out[3] = sprintf("%s000", substr($pd_prefix_from_array[2], 0, 1)); // first byte from entered value
$len = strlen($pd_prefix_to_array[2]);
$pd_prefix_to_array[2] = substr($pd_prefix_to_array[2], $len-1, 1);
$pd_prefix_to_array_out[3] = sprintf("%s000", substr($pd_prefix_to_array[2], 0, 1));
break;
case 48: // 4th byte on 2nd array
$pd_prefix_from_array[2] = substr($pd_prefix_from_array[2], 0, 1);
$pd_prefix_from_array_out[1] = substr(sprintf("%03s", $ifcfgipv6arr[1]), 0, 3) . $pd_prefix_from_array[2]; // get 1st 3 byte + nibble
$pd_prefix_to_array[2] = substr($pd_prefix_to_array[2], 0, 1);
$pd_prefix_to_array_out[1] = substr(sprintf("%03s", $ifcfgipv6arr[1]), 0, 3) . $pd_prefix_to_array[2]; // get 1st 3 byte + nibble
break;
}
$ipv6_from_pd_from = implode(':', $pd_prefix_from_array_out);
$ipv6_from_pd_to = implode(':', $pd_prefix_to_array_out);
$dhcpdv6cfg[$ifname]['prefixrange']['from'] = Net_IPv6::compress($ipv6_from_pd_from);
$dhcpdv6cfg[$ifname]['prefixrange']['to'] = Net_IPv6::compress($ipv6_from_pd_to);
}
}
}
}
$custoptionsv6 = "";
foreach ($dhcpdv6cfg as $dhcpv6if => $dhcpv6ifconf) {
if (isset($dhcpv6ifconf['numberoptions']['item'])) {
foreach ($dhcpv6ifconf['numberoptions']['item'] as $itemv6idx => $itemv6) {
if (!empty($itemv6['type'])) {
$itemtype = $itemv6['type'];
} else {
$itemtype = "text";
}
$custoptionsv6 .= "option custom-{$dhcpv6if}-{$itemv6idx} code {$itemv6['number']} = {$itemtype};\n";
}
}
}
if (isset($dhcpv6ifconf['netboot']) && !empty($dhcpv6ifconf['bootfile_url'])) {
$custoptionsv6 .= "option dhcp6.bootfile-url code 59 = string;\n";
}
$dhcpdv6conf = <<<EOD
option domain-name "{$config['system']['domain']}";
{$custoptionsv6}
default-lease-time 7200;
max-lease-time 86400;
log-facility local7;
one-lease-per-client true;
deny duplicates;
ping-check true;
update-conflict-detection false;
authoritative;
EOD;
$dhcpdv6ifs = array();
$ddns_zones = array();
$nsupdate = false;
foreach ($dhcpdv6cfg as $dhcpv6if => $dhcpv6ifconf) {
if (!isset($dhcpv6ifconf['enable']) || !isset($iflist[$dhcpv6if])) {
continue;
}
if (isset($blacklist[$dhcpv6if])) {
continue;
}
$realif = get_real_interface($dhcpv6if, 'inet6');
$ifcfgipv6 = find_interface_ipv6($realif);
$networkv6 = find_interface_networkv6($realif);
if (!is_ipaddrv6($ifcfgipv6) || !is_subnetv6($networkv6)) {
log_error("Warning! services_dhcpdv6_configure() found no suitable IPv6 address on {$dhcpv6if}");
continue;
}
$dnscfgv6 = "";
if (!empty($dhcpv6ifconf['domain'])) {
$dnscfgv6 .= " option domain-name \"{$dhcpv6ifconf['domain']}\";\n";
}
if (!empty($dhcpv6ifconf['domainsearchlist'])) {
$dnscfgv6 .= " option domain-search \"" . join("\",\"", preg_split("/[ ;]+/", $dhcpv6ifconf['domainsearchlist'])) . "\";\n";
}
$newzone = array();
if (isset($dhcpv6ifconf['ddnsupdate'])) {
if (!empty($dhcpv6ifconf['ddnsdomain'])) {
$dnscfgv6 .= " ddns-domainname \"{$dhcpv6ifconf['ddnsdomain']}\";\n";
$newzone['domain-name'] = $dhcpv6ifconf['ddnsdomain'];
} else {
$newzone['domain-name'] = $config['system']['domain'];
}
$nsupdate = true;
}
if (isset($dhcpv6ifconf['dnsserver'][0])) {
$dnscfgv6 .= " option dhcp6.name-servers " . join(",", $dhcpv6ifconf['dnsserver']) . ";";
} elseif (isset($config['dnsmasq']['enable']) || isset($config['unbound']['enable'])) {
$dnscfgv6 .= " option dhcp6.name-servers {$ifcfgipv6};";
} elseif (!empty($dns_arrv6)) {
$dnscfgv6 .= " option dhcp6.name-servers " . join(",", $dns_arrv6) . ";";
}
$dhcpdv6conf .= "\nsubnet6 {$networkv6} {\n";
if (!empty($dhcpv6ifconf['range']['from'])) {
$dhcpdv6conf .= <<<EOD
range6 {$dhcpv6ifconf['range']['from']} {$dhcpv6ifconf['range']['to']};
$dnscfgv6
EOD;
}
if (!empty($dhcpv6ifconf['prefixrange']['from']) && is_ipaddrv6($dhcpv6ifconf['prefixrange']['from']) && is_ipaddrv6($dhcpv6ifconf['prefixrange']['to'])) {
$dhcpdv6conf .= " prefix6 {$dhcpv6ifconf['prefixrange']['from']} {$dhcpv6ifconf['prefixrange']['to']}/{$dhcpv6ifconf['prefixrange']['prefixlength']};\n";
}
// default-lease-time
if (!empty($dhcpv6ifconf['defaultleasetime'])) {
$dhcpdv6conf .= " default-lease-time {$dhcpv6ifconf['defaultleasetime']};\n";
}
// max-lease-time
if (!empty($dhcpv6ifconf['maxleasetime'])) {
$dhcpdv6conf .= " max-lease-time {$dhcpv6ifconf['maxleasetime']};\n";
}
// ntp-servers
if (isset($dhcpv6ifconf['ntpserver'][0])) {
$ntpservers = array();
foreach ($dhcpv6ifconf['ntpserver'] as $ntpserver) {
if (is_ipaddrv6($ntpserver)) {
$ntpservers[] = $ntpserver;
}
}
if (count($ntpservers) > 0 ) {
$dhcpdv6conf .= " option dhcp6.sntp-servers " . join(",", $dhcpv6ifconf['ntpserver']) . ";\n";
}
}
// Handle option, number rowhelper values
if (isset($dhcpv6ifconf['numberoptions']['item'])) {
$dhcpdv6conf .= "\n";
foreach ($dhcpv6ifconf['numberoptions']['item'] as $itemv6idx => $itemv6) {
$dhcpdv6conf .= " option custom-{$dhcpv6if}-{$itemv6idx} \"{$itemv6['value']}\";\n";
}
}
// net boot information
if (isset($dhcpv6ifconf['netboot'])) {
if (!empty($dhcpv6ifconf['bootfile_url'])) {
$dhcpdv6conf .= " option dhcp6.bootfile-url \"{$dhcpv6ifconf['bootfile_url']}\";\n";
}
}
$dhcpdv6conf .= "}\n";
/* add static mappings */
/* Needs to use DUID */
if (isset($dhcpv6ifconf['staticmap'])) {
$i = 0;
foreach ($dhcpv6ifconf['staticmap'] as $sm) {
$dhcpdv6conf .= <<<EOD
host s_{$dhcpv6if}_{$i} {
host-identifier option dhcp6.client-id {$sm['duid']};
EOD;
if (!empty($sm['ipaddrv6'])) {
if (isset($config['interfaces'][$dhcpv6if]['dhcpd6track6allowoverride'])) {
$sm['ipaddrv6'] = make_ipv6_64_address($ifcfgipv6, $sm['ipaddrv6']);
}
$dhcpdv6conf .= " fixed-address6 {$sm['ipaddrv6']};\n";
}
if (!empty($sm['hostname'])) {
$dhhostname = str_replace(" ", "_", $sm['hostname']);
$dhhostname = str_replace(".", "_", $dhhostname);
$dhcpdv6conf .= " option host-name {$dhhostname};\n";
}
if (!empty($sm['filename'])) {
$dhcpdv6conf .= " filename \"{$sm['filename']}\";\n";
}
if (!empty($sm['rootpath'])) {
$dhcpdv6conf .= " option root-path \"{$sm['rootpath']}\";\n";
}
if (!empty($sm['domain']) && ($sm['domain'] != $dhcpv6ifconf['domain'])) {
$dhcpdv6conf .= " option domain-name \"{$sm['domain']}\";\n";
}
$dhcpdv6conf .= "}\n";
$i++;
}
}
if (!empty($newzone['domain-name'])) {
if (isset($dhcpv6ifconf['ddnsupdate'])) {
$newzone['dns-servers'] = array($dhcpv6ifconf['ddnsdomainprimary']);
$newzone['ddnsdomainkeyname'] = $dhcpv6ifconf['ddnsdomainkeyname'];
$newzone['ddnsdomainkey'] = $dhcpv6ifconf['ddnsdomainkey'];
/* XXX not implemented for IPv6 */
$newzone['ddnsdomainalgorithm'] = 'hmac-md5';
$ddns_zones[] = $newzone;
}
}
if (preg_match("/poes/si", $dhcpv6if)) {
/* magic here */
$dhcpdv6ifs = array_merge($dhcpdv6ifs, get_pppoes_child_interfaces($dhcpv6if));
} else {
$realif = get_real_interface($dhcpv6if, "inet6");
if (stristr("$realif", "bridge")) {
$mac = get_interface_mac($realif);
$v6address = generate_ipv6_from_mac($mac);
/* create link local address for bridges */
mwexec("/sbin/ifconfig {$realif} inet6 {$v6address}");
}
$realif = escapeshellcmd($realif);
$dhcpdv6ifs[] = $realif;
}
}
if ($nsupdate) {
$dhcpdv6conf .= "\nddns-update-style interim;\n";
$dhcpdv6conf .= services_dhcpd_zones($ddns_zones);
} else {
$dhcpdv6conf .= "\nddns-update-style none;\n";
}
@file_put_contents('/var/dhcpd/etc/dhcpdv6.conf', $dhcpdv6conf);
@touch('/var/dhcpd/var/db/dhcpd6.leases');
@unlink('/var/dhcpd/var/run/dhcpdv6.pid');
/* fire up dhcpd in a chroot */
if (count($dhcpdv6ifs) > 0) {
mwexec('/usr/local/sbin/dhcpd -6 -user dhcpd -group dhcpd -chroot /var/dhcpd -cf /etc/dhcpdv6.conf -pf /var/run/dhcpdv6.pid ' . join(' ', $dhcpdv6ifs));
mwexecf('/usr/local/sbin/dhcpleases6 -c %s -l %s', array(
'/usr/local/sbin/configctl dhcpd update prefixes',
'/var/dhcpd/var/db/dhcpd6.leases',
));
}
if ($verbose) {
echo "done.\n";
}
}
function services_dhcrelay_configure($verbose = false)
{
global $config;
$dhcrelayifs = array();
killbypid('/var/run/dhcrelay.pid', 'TERM', true);
$dhcrelaycfg = &config_read_array('dhcrelay');
if (!isset($dhcrelaycfg['enable'])) {
return;
}
if ($verbose) {
echo 'Starting DHCPv4 relay...';
flush();
}
$iflist = get_configured_interface_with_descr();
$dhcifaces = explode(",", $dhcrelaycfg['interface']);
foreach ($dhcifaces as $dhcrelayif) {
if (!isset($iflist[$dhcrelayif]) || link_interface_to_bridge($dhcrelayif)) {
continue;
}
if (is_ipaddr(get_interface_ip($dhcrelayif))) {
$dhcrelayifs[] = get_real_interface($dhcrelayif);
}
}
/*
* In order for the relay to work, it needs to be active
* on the interface in which the destination server sits.
*/
$srvips = explode(",", $dhcrelaycfg['server']);
foreach ($srvips as $srcidx => $srvip) {
unset($destif);
/* XXX runs multiple times because of server address loop :( */
foreach (array_keys($iflist) as $ifname) {
$realif = get_real_interface($ifname);
$subnet = find_interface_network($realif);
if (!is_subnetv4($subnet)) {
continue;
}
if (ip_in_subnet($srvip, $subnet)) {
$destif = $realif;
break;
}
}
if (!isset($destif)) {
foreach (get_staticroutes() as $rtent) {
if (ip_in_subnet($srvip, $rtent['network'])) {
$a_gateways = return_gateways_array(true);
$destif = $a_gateways[$rtent['gateway']]['interface'];
break;
}
}
}
if (!isset($destif)) {
/* Create a array from the existing route table */
exec("/usr/bin/netstat -rnWf inet", $route_str);
array_shift($route_str);
array_shift($route_str);
array_shift($route_str);
array_shift($route_str);
foreach ($route_str as $routeline) {
$items = preg_split("/[ ]+/i", $routeline);
if (is_subnetv4($items[0])) {
$subnet = $items[0];
} elseif (is_ipaddrv4($items[0])) {
$subnet = "{$items[0]}/32";
} else {
// Not a subnet or IP address, skip to the next line.
continue;
}
if (ip_in_subnet($srvip, $subnet)) {
$destif = trim($items[6]);
break;
}
}
}
if (!isset($destif)) {
if (is_array($config['gateways']['gateway_item'])) {
foreach ($config['gateways']['gateway_item'] as $gateway) {
if (isset($gateway['defaultgw'])) {
$destif = get_real_interface($gateway['interface']);
break;
}
}
} else {
$destif = get_real_interface("wan");
}
}
if (!empty($destif)) {
$dhcrelayifs[] = $destif;
}
}
$dhcrelayifs = array_unique($dhcrelayifs);
if (!empty($dhcrelayifs)) {
$cmd = "/usr/local/sbin/dhcrelay -i " . implode(" -i ", $dhcrelayifs);
if (isset($dhcrelaycfg['agentoption'])) {
$cmd .= " -a -m replace";
}
$cmd .= " " . implode(" ", $srvips);
mwexec($cmd);
}
if ($verbose) {
echo "done.\n";
}
}
function services_dhcrelay6_configure($verbose = false)
{
global $config;
$dhcrelayifs = array();
killbypid('/var/run/dhcrelay6.pid', 'TERM', true);
$dhcrelaycfg = &config_read_array('dhcrelay6');
if (!isset($dhcrelaycfg['enable'])) {
return;
}
if ($verbose) {
echo 'Starting DHCPv6 relay...';
flush();
}
$iflist = get_configured_interface_with_descr();
$dhcifaces = explode(",", $dhcrelaycfg['interface']);
foreach ($dhcifaces as $dhcrelayif) {
if (!isset($iflist[$dhcrelayif]) || link_interface_to_bridge($dhcrelayif)) {
continue;
}
if (is_ipaddrv6(get_interface_ipv6($dhcrelayif))) {
$dhcrelayifs[] = get_real_interface($dhcrelayif);
}
}
$dhcrelayifs = array_unique($dhcrelayifs);
/*
* In order for the relay to work, it needs to be active
* on the interface in which the destination server sits.
*/
$srvips = explode(",", $dhcrelaycfg['server']);
$srvifaces = array();
foreach ($srvips as $srcidx => $srvip) {
unset($destif);
/* XXX runs multiple times because of server address loop :( */
foreach (array_keys($iflist) as $ifname) {
$realif = get_real_interface($ifname, 'inet6');
$subnet = find_interface_networkv6($realif);
if (!is_subnetv6($subnet)) {
continue;
}
if (ip_in_subnet($srvip, $subnet)) {
$destif = $realif;
break;
}
}
if (!isset($destif)) {
if (isset($config['staticroutes']['route'])) {
foreach ($config['staticroutes']['route'] as $rtent) {
if (ip_in_subnet($srvip, $rtent['network'])) {
$a_gateways = return_gateways_array(true);
$destif = $a_gateways[$rtent['gateway']]['interface'];
break;
}
}
}
}
if (!isset($destif)) {
/* Create a array from the existing route table */
exec("/usr/bin/netstat -rnWf inet6", $route_str);
array_shift($route_str);
array_shift($route_str);
array_shift($route_str);
array_shift($route_str);
foreach ($route_str as $routeline) {
$items = preg_split("/[ ]+/i", $routeline);
if (ip_in_subnet($srvip, $items[0])) {
$destif = trim($items[6]);
break;
}
}
}
if (!isset($destif)) {
if (is_array($config['gateways']['gateway_item'])) {
foreach ($config['gateways']['gateway_item'] as $gateway) {
if (isset($gateway['defaultgw'])) {
$destif = $gateway['interface'];
break;
}
}
} else {
$destif = get_real_interface("wan");
}
}
if (!empty($destif)) {
$srvifaces[] = "{$srvip}%{$destif}";
}
}
if (!empty($dhcrelayifs) && !empty($srvifaces)) {
$cmd = '/usr/local/sbin/dhcrelay -6 -pf /var/run/dhcrelay6.pid';
foreach ($dhcrelayifs as $dhcrelayif) {
$cmd .= " -l {$dhcrelayif}";
}
foreach ($srvifaces as $srviface) {
$cmd .= " -u \"{$srviface}\"";
}
mwexec($cmd);
}
if ($verbose) {
echo "done.\n";
}
}
function get_dyndns_ip($int, $ipver = 4)
{
global $config;
$ip_address = $ipver == 6 ? get_interface_ipv6($int) : get_interface_ip($int);
if (empty($ip_address)) {
log_error("Aborted IPv{$ipver} detection: no address for {$int}");
return 'down';
}
$gateways_status = return_gateways_status();
/*
* If the gateway for this interface is down, then the external
* check cannot work. Avoid the long wait for the external check
* to timeout.
*/
if (!empty($gateways_status[$config['interfaces'][$int]['gateway']]['status']) &&
stristr($gateways_status[$config['interfaces'][$int]['gateway']]['status'], 'down')) {
log_error("Aborted IPv{$ipver} detection: gateway down for {$int}");
return 'down';
}
if ($ipver != 6 && is_private_ip($ip_address)) {
/* Chinese alternative is http://ip.3322.net/ */
$hosttocheck = 'http://checkip.dyndns.org';
$ip_ch = curl_init($hosttocheck);
curl_setopt($ip_ch, CURLOPT_RETURNTRANSFER, 1);
curl_setopt($ip_ch, CURLOPT_INTERFACE, $ip_address);
curl_setopt($ip_ch, CURLOPT_CONNECTTIMEOUT, 5);
curl_setopt($ip_ch, CURLOPT_TIMEOUT, 30);
curl_setopt($ip_ch, CURLOPT_IPRESOLVE, CURL_IPRESOLVE_V4);
$ip_result = curl_exec($ip_ch);
if ($ip_result !== false) {
preg_match('=<body>Current IP Address: (.*)</body>=siU', $ip_result, $matches);
$ip_address = trim($matches[1]);
} else {
log_error('Aborted IPv4 detection: ' . curl_error($ip_ch));
$ip_address = '';
}
curl_close($ip_ch);
} elseif ($ipver == 6 && is_linklocal($ip_address)) {
log_error('Aborted IPv6 detection: cannot bind to link-local address');
$ip_address = '';
}
if (($ipver == 6 && !is_ipaddrv6($ip_address)) || ($ipver != 6 && !is_ipaddrv4($ip_address))) {
return 'down';
}
return $ip_address;
}
function is_dpinger_enabled()
{
global $config;
$gwcount = 0;
if (isset($config['gateways']['gateway_item'])) {
foreach ($config['gateways']['gateway_item'] as $gwkey => $gateway) {
if (!isset($gateway['monitor_disable']) || $gateway['monitor_disable'] == '0') {
$gwcount += 1;
}
}
}
if ($gwcount == 0) {
return false;
}
return is_array(return_gateways_array());
}
function services_get()
{
$services = array();
foreach (plugins_services() as $service) {
$services[] = $service;
}
uasort($services, function ($a, $b) {
return strcasecmp($a['name'], $b['name']);
});
return $services;
}
function find_service_by_name($name, $filter = array())
{
$services = services_get();
foreach ($services as $service) {
if ($service['name'] != $name) {
continue;
}
if (!count($filter)) {
/* force match if filter wasn't set (standard behaviour) */
$filter['name'] = $name;
}
foreach ($filter as $key => $value) {
if (isset($service[$key]) && $service[$key] == $value) {
return $service;
}
}
}
return array();
}
function get_service_status($service)
{
if (!empty($service['nocheck'])) {
return true;
}
if (isset($service['pidfile'])) {
return isvalidpid($service['pidfile']);
}
return is_process_running($service['name']);
}
function get_service_status_icon($service, $xs = false)
{
$output = '';
if (get_service_status($service)) {
$output .= '<span class="label label-opnsense label-opnsense-%s label-success"><i class="fa fa-play fa-fw"></i></span>' . PHP_EOL;
} else {
$output .= '<span class="label label-opnsense label-opnsense-%s label-danger"><i class="fa fa-stop fa-fw"></i></span>' . PHP_EOL;
}
return sprintf($output, $xs ? 'xs' : 'sm');
}
function get_service_control_links($service, $xs = false)
{
$service_id = isset($service['id']) ? $service['id'] : '';
$template = '<span data-service_id="%s" data-service_action="%s" data-service="%s" ';
$template .= 'class="btn btn-%s btn-default %s"><i class="%s"></i></span>' . PHP_EOL;
$output = '';
if (get_service_status($service)) {
$output .= sprintf(
$template,
$service_id,
'restart',
$service['name'],
$xs ? 'xs' : 'sm',
'srv_status_act',
'fa fa-refresh fa-fw'
);
if (empty($service['nocheck'])) {
$output .= sprintf(
$template,
$service_id,
'stop',
$service['name'],
$xs ? 'xs' : 'sm',
'srv_status_act',
'fa fa-stop fa-fw'
);
}
} else {
$output .= sprintf(
$template,
$service_id,
'start',
$service['name'],
$xs ? 'xs' : 'sm',
'srv_status_act',
'fa fa-play fa-fw'
);
}
return $output;
}
function is_radvd_enabled()
{
global $config;
/* handle manually configured DHCP6 server settings first */
foreach (config_read_array('dhcpdv6') as $dhcpv6if => $dhcpv6ifconf) {
if (isset($config['interfaces'][$dhcpv6if]['enable']) && isset($dhcpv6ifconf['ramode']) && $dhcpv6ifconf['ramode'] != 'disabled') {
return true;
}
}
/* handle DHCP-PD prefixes and 6RD dynamic interfaces */
foreach (legacy_config_get_interfaces(array('virtual' => false)) as $ifcfg) {
if (isset($ifcfg['enable']) && !empty($ifcfg['track6-interface']) && !isset($ifcfg['dhcpd6track6allowoverride'])) {
return true;
}
}
return false;
}
function service_control_start($name, $extras)
{
if (!empty($extras['id'])) {
$filter['id'] = $extras['id'];
}
$service = find_service_by_name($name, $filter);
if (!isset($service['name'])) {
return sprintf(gettext("Could not start unknown service `%s'"), htmlspecialchars($name));
}
if (isset($service['configd']['start'])) {
foreach ($service['configd']['start'] as $cmd) {
configd_run($cmd);
}
} elseif (isset($service['php']['start'])) {
foreach ($service['php']['start'] as $cmd) {
$params = array();
if (isset($service['php']['args'])) {
foreach ($service['php']['args'] as $param) {
$params[] = $service[$param];
}
}
call_user_func_array($cmd, $params);
}
} elseif (isset($service['mwexec']['start'])) {
foreach ($service['mwexec']['start'] as $cmd) {
mwexec($cmd);
}
} else {
return sprintf(gettext("Could not start service `%s'"), htmlspecialchars($name));
}
return sprintf(gettext('%s has been started.'), htmlspecialchars($name));
}
function service_control_stop($name, $extras)
{
$filter = array();
if (!empty($extras['id'])) {
$filter['id'] = $extras['id'];
}
$service = find_service_by_name($name, $filter);
if (!isset($service['name'])) {
return sprintf(gettext("Could not stop unknown service `%s'"), htmlspecialchars($name));
}
if (isset($service['configd']['stop'])) {
foreach ($service['configd']['stop'] as $cmd) {
configd_run($cmd);
}
} elseif (isset($service['php']['stop'])) {
foreach ($service['php']['stop'] as $cmd) {
$cmd();
}
} elseif (isset($service['mwexec']['stop'])) {
foreach ($service['mwexec']['stop'] as $cmd) {
mwexec($cmd);
}
} elseif (isset($service['pidfile'])) {
killbypid($service['pidfile'], 'TERM', true);
} else {
/* last resort, but not very elegant */
killbyname($service['name']);
}
return sprintf(gettext("%s has been stopped."), htmlspecialchars($name));
}
function service_control_restart($name, $extras)
{
if (!empty($extras['id'])) {
$filter['id'] = $extras['id'];
}
$service = find_service_by_name($name, $filter);
if (!isset($service['name'])) {
return sprintf(gettext("Could not restart unknown service `%s'"), htmlspecialchars($name));
}
if (isset($service['configd']['restart'])) {
foreach ($service['configd']['restart'] as $cmd) {
configd_run($cmd);
}
} elseif (isset($service['php']['restart'])) {
foreach ($service['php']['restart'] as $cmd) {
$params = array();
if (isset($service['php']['args'])) {
foreach ($service['php']['args'] as $param) {
$params[] = $service[$param];
}
}
call_user_func_array($cmd, $params);
}
} elseif (isset($service['mwexec']['restart'])) {
foreach ($service['mwexec']['restart'] as $cmd) {
mwexec($cmd);
}
} else {
return sprintf(gettext("Could not restart service `%s'"), htmlspecialchars($name));
}
return sprintf(gettext("%s has been restarted."), htmlspecialchars($name));
}