use warnings;
use strict;
-use POSIX;
-use Data::Dumper;
+
use Digest::SHA;
-use Socket qw(AF_INET6 inet_ntop inet_pton);
-use PVE::INotify;
-use PVE::Exception qw(raise raise_param_exc);
-use PVE::JSONSchema qw(register_standard_option get_standard_option);
-use PVE::Cluster;
-use PVE::ProcFSTools;
-use PVE::Tools qw($IPV4RE $IPV6RE);
-use PVE::Network;
-use PVE::SafeSyslog;
+use Encode;
use File::Basename;
use File::Path;
use IO::File;
use Net::IP;
-use PVE::Tools qw(run_command lock_file dir_glob_foreach);
-use Encode;
+use POSIX;
+use Socket qw(AF_INET AF_INET6 inet_ntop inet_pton);
use Storable qw(dclone);
-my $hostfw_conf_filename = "/etc/pve/local/host.fw";
+use PVE::Cluster;
+use PVE::Corosync;
+use PVE::Exception qw(raise raise_param_exc);
+use PVE::INotify;
+use PVE::JSONSchema qw(register_standard_option get_standard_option);
+use PVE::Network;
+use PVE::ProcFSTools;
+use PVE::SafeSyslog;
+use PVE::Tools qw($IPV4RE $IPV6RE);
+use PVE::Tools qw(run_command lock_file dir_glob_foreach);
+
my $pvefw_conf_dir = "/etc/pve/firewall";
my $clusterfw_conf_filename = "$pvefw_conf_dir/cluster.fw";
$have_lxc = 1;
};
-
my $pve_fw_status_dir = "/var/lib/pve-firewall";
mkdir $pve_fw_status_dir; # make sure this exists
};
my $nodename = PVE::INotify::nodename();
+my $hostfw_conf_filename = "/etc/pve/nodes/$nodename/host.fw";
my $pve_fw_lock_filename = "/var/lock/pvefw.lck";
my $default_log_level = 'nolog'; # avoid logs by default
-
my $global_log_ratelimit = '--limit 1/sec';
my $log_level_hash = {
emerg => 0,
};
+my $verbose = 0;
+sub set_verbose {
+ $verbose = shift;
+}
+
# %rule
#
# name => optional
#{ action => 'DROP', dest => '224.0.0.0/4' },
],
'PVEFW-reject' => [
- # same as shorewall 'reject'
- #{ action => 'DROP', dsttype => 'BROADCAST' },
- #{ action => 'DROP', source => '224.0.0.0/4' },
{ action => 'DROP', proto => 'icmpv6' },
{ match => '-p tcp', target => '-j REJECT --reject-with tcp-reset' },
- #"-p udp -j REJECT --reject-with icmp-port-unreachable",
- #"-p icmp -j REJECT --reject-with icmp-host-unreachable",
- #"-j REJECT --reject-with icmp-host-prohibited",
+ { match => '-p udp', target => '-j REJECT --reject-with icmp6-port-unreachable' },
+ { target => '-j REJECT --reject-with icmp6-adm-prohibited' },
],
'PVEFW-Drop' => [
# same as shorewall 'Drop', which is equal to DROP,
# plug the tap chain to bridge chain
if ($direction eq 'IN') {
ruleset_addrule($ruleset, "PVEFW-FWBR-IN",
- "-m physdev --physdev-is-bridged --physdev-out $iface", "-j $tapchain", $loglevel, 'FWBR-IN: ', $vmid);
+ "-m physdev --physdev-is-bridged --physdev-out $iface", "-j $tapchain");
} else {
ruleset_addrule($ruleset, "PVEFW-FWBR-OUT",
- "-m physdev --physdev-is-bridged --physdev-in $iface", "-j $tapchain", $loglevel, 'FWBR-OUT: ', $vmid);
+ "-m physdev --physdev-is-bridged --physdev-in $iface", "-j $tapchain");
}
}
sub enable_host_firewall {
- my ($ruleset, $hostfw_conf, $cluster_conf, $ipversion) = @_;
+ my ($ruleset, $hostfw_conf, $cluster_conf, $ipversion, $corosync_conf) = @_;
my $options = $hostfw_conf->{options};
my $cluster_options = $cluster_conf->{options};
my $rules = $hostfw_conf->{rules};
my $cluster_rules = $cluster_conf->{rules};
+ # corosync preparation
+ my $corosync_rule = "-p udp --dport 5404:5405";
+ my $corosync_local_addresses = {};
+ my $multicast_enabled;
+ my $local_hostname = PVE::INotify::nodename();
+ if (defined($corosync_conf)) {
+ PVE::Corosync::for_all_corosync_addresses($corosync_conf, $ipversion, sub {
+ my ($node_name, $node_ip, $node_ipversion, $key) = @_;
+
+ if ($node_name eq $local_hostname) {
+ $corosync_local_addresses->{$key} = $node_ip;
+ }
+ });
+
+ # allow multicast only if enabled in config
+ my $corosync_transport = $corosync_conf->{main}->{totem}->{transport};
+ $multicast_enabled = defined($corosync_transport) && $corosync_transport eq 'udp';
+ }
+
# host inbound firewall
my $chain = "PVEFW-HOST-IN";
ruleset_create_chain($ruleset, $chain);
ruleset_addrule($ruleset, $chain, "$mngmntsrc -p tcp --dport 3128", "-j $accept_action"); # SPICE Proxy
ruleset_addrule($ruleset, $chain, "$mngmntsrc -p tcp --dport 22", "-j $accept_action"); # SSH
- my $localnet = $cluster_conf->{aliases}->{local_network}->{cidr};
- my $localnet_ver = $cluster_conf->{aliases}->{local_network}->{ipversion};
+ # corosync inbound rules
+ if (defined($corosync_conf)) {
+ ruleset_addrule($ruleset, $chain, "-m addrtype --dst-type MULTICAST $corosync_rule", "-j $accept_action")
+ if $multicast_enabled;
- # corosync
- if ($localnet && ($ipversion == $localnet_ver)) {
- my $corosync_rule = "-p udp --dport 5404:5405";
- ruleset_addrule($ruleset, $chain, "-s $localnet -d $localnet $corosync_rule", "-j $accept_action");
- ruleset_addrule($ruleset, $chain, "-s $localnet -m addrtype --dst-type MULTICAST $corosync_rule", "-j $accept_action");
+ PVE::Corosync::for_all_corosync_addresses($corosync_conf, $ipversion, sub {
+ my ($node_name, $node_ip, $node_ipversion, $key) = @_;
+ my $destination = $corosync_local_addresses->{$key};
+
+ if ($node_name ne $local_hostname && defined($destination)) {
+ # accept only traffic on same ring
+ ruleset_addrule($ruleset, $chain, "-d $destination -s $node_ip $corosync_rule", "-j $accept_action");
+ }
+ });
}
# implement input policy
}
# allow standard traffic on cluster network
+ my $localnet = $cluster_conf->{aliases}->{local_network}->{cidr};
+ my $localnet_ver = $cluster_conf->{aliases}->{local_network}->{ipversion};
+
if ($localnet && ($ipversion == $localnet_ver)) {
ruleset_addrule($ruleset, $chain, "-d $localnet -p tcp --dport 8006", "-j $accept_action"); # PVE API
ruleset_addrule($ruleset, $chain, "-d $localnet -p tcp --dport 22", "-j $accept_action"); # SSH
ruleset_addrule($ruleset, $chain, "-d $localnet -p tcp --dport 5900:5999", "-j $accept_action"); # PVE VNC Console
ruleset_addrule($ruleset, $chain, "-d $localnet -p tcp --dport 3128", "-j $accept_action"); # SPICE Proxy
+ }
- my $corosync_rule = "-p udp --dport 5404:5405";
- ruleset_addrule($ruleset, $chain, "-d $localnet $corosync_rule", "-j $accept_action");
- ruleset_addrule($ruleset, $chain, "-m addrtype --dst-type MULTICAST $corosync_rule", "-j $accept_action");
+ # corosync outbound rules
+ if (defined($corosync_conf)) {
+ ruleset_addrule($ruleset, $chain, "-m addrtype --dst-type MULTICAST $corosync_rule", "-j $accept_action")
+ if $multicast_enabled;
+
+ PVE::Corosync::for_all_corosync_addresses($corosync_conf, $ipversion, sub {
+ my ($node_name, $node_ip, $node_ipversion, $key) = @_;
+ my $source = $corosync_local_addresses->{$key};
+
+ if ($node_name ne $local_hostname && defined($source)) {
+ # accept only traffic on same ring
+ ruleset_addrule($ruleset, $chain, "-s $source -d $node_ip $corosync_rule", "-j $accept_action");
+ }
+ });
}
# implement output policy
}
sub parse_fw_rule {
- my ($prefix, $line, $cluster_conf, $fw_conf, $rule_env, $verbose) = @_;
+ my ($prefix, $line, $cluster_conf, $fw_conf, $rule_env) = @_;
my $orig_line = $line;
}
sub generic_fw_config_parser {
- my ($filename, $fh, $verbose, $cluster_conf, $empty_conf, $rule_env) = @_;
+ my ($filename, $cluster_conf, $empty_conf, $rule_env) = @_;
my $section;
my $group;
my $res = $empty_conf;
- while (defined(my $line = <$fh>)) {
+ my $raw;
+ if ($filename =~ m!^/etc/pve/(.*)$!) {
+ $raw = PVE::Cluster::get_config($1);
+ } else {
+ $raw = eval { PVE::Tools::file_get_contents($filename) }; # ignore errors
+ }
+ return {} if !$raw;
+
+ my $linenr = 0;
+ while ($raw =~ /^\h*(.*?)\h*$/gm) {
+ my $line = $1;
+ $linenr++;
next if $line =~ m/^#/;
next if $line =~ m/^\s*$/;
-
chomp $line;
- my $linenr = $fh->input_line_number();
my $prefix = "$filename (line $linenr)";
if ($empty_conf->{options} && ($line =~ m/^\[options\]$/i)) {
warn "$prefix: $@" if $@;
} elsif ($section eq 'rules') {
my $rule;
- eval { $rule = parse_fw_rule($prefix, $line, $cluster_conf, $res, $rule_env, $verbose); };
+ eval { $rule = parse_fw_rule($prefix, $line, $cluster_conf, $res, $rule_env); };
if (my $err = $@) {
warn "$prefix: $err";
next;
push @{$res->{$section}}, $rule;
} elsif ($section eq 'groups') {
my $rule;
- eval { $rule = parse_fw_rule($prefix, $line, $cluster_conf, undef, 'group', $verbose); };
+ eval { $rule = parse_fw_rule($prefix, $line, $cluster_conf, undef, 'group'); };
if (my $err = $@) {
warn "$prefix: $err";
next;
return $res;
}
-sub parse_hostfw_config {
- my ($filename, $fh, $cluster_conf, $verbose) = @_;
-
- my $empty_conf = { rules => [], options => {}};
-
- return generic_fw_config_parser($filename, $fh, $verbose, $cluster_conf, $empty_conf, 'host');
-}
-
-sub parse_vmfw_config {
- my ($filename, $fh, $cluster_conf, $rule_env, $verbose) = @_;
-
- my $empty_conf = {
- rules => [],
- options => {},
- aliases => {},
- ipset => {} ,
- ipset_comments => {},
- };
-
- return generic_fw_config_parser($filename, $fh, $verbose, $cluster_conf, $empty_conf, $rule_env);
-}
-
-sub parse_clusterfw_config {
- my ($filename, $fh, $verbose) = @_;
-
- my $section;
- my $group;
-
- my $empty_conf = {
- rules => [],
- options => {},
- aliases => {},
- groups => {},
- group_comments => {},
- ipset => {} ,
- ipset_comments => {},
- };
-
- return generic_fw_config_parser($filename, $fh, $verbose, $empty_conf, $empty_conf, 'cluster');
-}
-
sub run_locked {
my ($code, @param) = @_;
};
sub load_vmfw_conf {
- my ($cluster_conf, $rule_env, $vmid, $dir, $verbose) = @_;
-
- my $vmfw_conf = {};
+ my ($cluster_conf, $rule_env, $vmid, $dir) = @_;
$dir = $pvefw_conf_dir if !defined($dir);
-
my $filename = "$dir/$vmid.fw";
- if (my $fh = IO::File->new($filename, O_RDONLY)) {
- $vmfw_conf = parse_vmfw_config($filename, $fh, $cluster_conf, $rule_env, $verbose);
- $vmfw_conf->{vmid} = $vmid;
- }
+
+ my $empty_conf = {
+ rules => [],
+ options => {},
+ aliases => {},
+ ipset => {} ,
+ ipset_comments => {},
+ };
+
+ my $vmfw_conf = generic_fw_config_parser($filename, $cluster_conf, $empty_conf, $rule_env);
+ $vmfw_conf->{vmid} = $vmid;
return $vmfw_conf;
}
}
sub read_vm_firewall_configs {
- my ($cluster_conf, $vmdata, $dir, $verbose) = @_;
+ my ($cluster_conf, $vmdata, $dir) = @_;
my $vmfw_configs = {};
foreach my $vmid (keys %{$vmdata->{qemu}}) {
- my $vmfw_conf = load_vmfw_conf($cluster_conf, 'vm', $vmid, $dir, $verbose);
+ my $vmfw_conf = load_vmfw_conf($cluster_conf, 'vm', $vmid, $dir);
next if !$vmfw_conf->{options}; # skip if file does not exists
$vmfw_configs->{$vmid} = $vmfw_conf;
}
foreach my $vmid (keys %{$vmdata->{lxc}}) {
- my $vmfw_conf = load_vmfw_conf($cluster_conf, 'ct', $vmid, $dir, $verbose);
+ my $vmfw_conf = load_vmfw_conf($cluster_conf, 'ct', $vmid, $dir);
next if !$vmfw_conf->{options}; # skip if file does not exists
$vmfw_configs->{$vmid} = $vmfw_conf;
}
};
sub load_clusterfw_conf {
- my ($filename, $verbose) = @_;
+ my ($filename) = @_;
$filename = $clusterfw_conf_filename if !defined($filename);
+ my $empty_conf = {
+ rules => [],
+ options => {},
+ aliases => {},
+ groups => {},
+ group_comments => {},
+ ipset => {} ,
+ ipset_comments => {},
+ };
- my $cluster_conf = {};
- if (my $fh = IO::File->new($filename, O_RDONLY)) {
- $cluster_conf = parse_clusterfw_config($filename, $fh, $verbose);
-
- $set_global_log_ratelimit->($cluster_conf->{options});
- }
+ my $cluster_conf = generic_fw_config_parser($filename, $empty_conf, $empty_conf, 'cluster');
+ $set_global_log_ratelimit->($cluster_conf->{options});
return $cluster_conf;
}
}
sub load_hostfw_conf {
- my ($cluster_conf, $filename, $verbose) = @_;
+ my ($cluster_conf, $filename) = @_;
$filename = $hostfw_conf_filename if !defined($filename);
- my $hostfw_conf = {};
- if (my $fh = IO::File->new($filename, O_RDONLY)) {
- $hostfw_conf = parse_hostfw_config($filename, $fh, $cluster_conf, $verbose);
- }
- return $hostfw_conf;
+ my $empty_conf = { rules => [], options => {}};
+ return generic_fw_config_parser($filename, $cluster_conf, $empty_conf, 'host');
}
sub save_hostfw_conf {
}
sub compile {
- my ($cluster_conf, $hostfw_conf, $vmdata, $verbose) = @_;
+ my ($cluster_conf, $hostfw_conf, $vmdata, $corosync_conf) = @_;
my $vmfw_configs;
if ($vmdata) { # test mode
my $testdir = $vmdata->{testdir} || die "no test directory specified";
my $filename = "$testdir/cluster.fw";
- $cluster_conf = load_clusterfw_conf($filename, $verbose);
+ $cluster_conf = load_clusterfw_conf($filename);
$filename = "$testdir/host.fw";
- $hostfw_conf = load_hostfw_conf($cluster_conf, $filename, $verbose);
+ $hostfw_conf = load_hostfw_conf($cluster_conf, $filename);
- $vmfw_configs = read_vm_firewall_configs($cluster_conf, $vmdata, $testdir, $verbose);
+ $vmfw_configs = read_vm_firewall_configs($cluster_conf, $vmdata, $testdir);
} else { # normal operation
- $cluster_conf = load_clusterfw_conf(undef, $verbose) if !$cluster_conf;
+ $cluster_conf = load_clusterfw_conf(undef) if !$cluster_conf;
+
+ $hostfw_conf = load_hostfw_conf($cluster_conf, undef) if !$hostfw_conf;
- $hostfw_conf = load_hostfw_conf($cluster_conf, undef, $verbose) if !$hostfw_conf;
+ # cfs_update is handled by daemon or API
+ $corosync_conf = PVE::Cluster::cfs_read_file("corosync.conf")
+ if !defined($corosync_conf) && PVE::Corosync::check_conf_exists(1);
$vmdata = read_local_vm_config();
- $vmfw_configs = read_vm_firewall_configs($cluster_conf, $vmdata, undef, $verbose);
+ $vmfw_configs = read_vm_firewall_configs($cluster_conf, $vmdata, undef);
}
return ({},{},{},{}) if !$cluster_conf->{options}->{enable};
push @{$cluster_conf->{ipset}->{management}}, { cidr => $localnet };
- my $ruleset = compile_iptables_filter($cluster_conf, $hostfw_conf, $vmfw_configs, $vmdata, 4, $verbose);
- my $rulesetv6 = compile_iptables_filter($cluster_conf, $hostfw_conf, $vmfw_configs, $vmdata, 6, $verbose);
- my $ebtables_ruleset = compile_ebtables_filter($cluster_conf, $hostfw_conf, $vmfw_configs, $vmdata, $verbose);
+ my $ruleset = compile_iptables_filter($cluster_conf, $hostfw_conf, $vmfw_configs, $vmdata, $corosync_conf, 4);
+ my $rulesetv6 = compile_iptables_filter($cluster_conf, $hostfw_conf, $vmfw_configs, $vmdata, $corosync_conf, 6);
+ my $ebtables_ruleset = compile_ebtables_filter($cluster_conf, $hostfw_conf, $vmfw_configs, $vmdata);
my $ipset_ruleset = compile_ipsets($cluster_conf, $vmfw_configs, $vmdata);
return ($ruleset, $ipset_ruleset, $rulesetv6, $ebtables_ruleset);
}
sub compile_iptables_filter {
- my ($cluster_conf, $hostfw_conf, $vmfw_configs, $vmdata, $ipversion, $verbose) = @_;
+ my ($cluster_conf, $hostfw_conf, $vmfw_configs, $vmdata, $corosync_conf, $ipversion) = @_;
my $ruleset = {};
my $hostfw_enable = !(defined($hostfw_options->{enable}) && ($hostfw_options->{enable} == 0));
if ($hostfw_enable) {
- eval { enable_host_firewall($ruleset, $hostfw_conf, $cluster_conf, $ipversion); };
+ eval { enable_host_firewall($ruleset, $hostfw_conf, $cluster_conf, $ipversion, $corosync_conf); };
warn $@ if $@; # just to be sure - should not happen
}
}
sub compile_ebtables_filter {
- my ($cluster_conf, $hostfw_conf, $vmfw_configs, $vmdata, $verbose) = @_;
+ my ($cluster_conf, $hostfw_conf, $vmfw_configs, $vmdata) = @_;
if (!($cluster_conf->{options}->{ebtables} // 1)) {
return {};
push(@$arpfilter, $ip);
}
}
- push(@$arpfilter, $net->{ip}) if $net->{ip} && $vmfw_conf->{options}->{ipfilter};
+ if (defined(my $ip = $net->{ip}) && $vmfw_conf->{options}->{ipfilter}) {
+ # ebtables changes this to a .0/MASK network but we just
+ # want the address here, no network - see #2193
+ $ip =~ s|/(\d+)$||;
+ push @$arpfilter, $ip;
+ }
generate_tap_layer2filter($ruleset, $iface, $macaddr, $vmfw_conf, $vmid, $arpfilter);
}
};
# * both the $active_chains hash and the returned status_hash have different
# structure (they contain a key named 'rules').
sub get_ruleset_status {
- my ($ruleset, $active_chains, $digest_fn, $verbose, $change_only_regex) = @_;
+ my ($ruleset, $active_chains, $digest_fn, $change_only_regex) = @_;
my $statushash = {};
}
sub get_ruleset_cmdlist {
- my ($ruleset, $verbose, $iptablescmd) = @_;
+ my ($ruleset, $iptablescmd) = @_;
my $cmdlist = "*filter\n"; # we pass this to iptables-restore;
my ($active_chains, $hooks) = iptables_get_chains($iptablescmd);
- my $statushash = get_ruleset_status($ruleset, $active_chains, \&iptables_chain_digest, $verbose);
+ my $statushash = get_ruleset_status($ruleset, $active_chains, \&iptables_chain_digest);
# create missing chains first
foreach my $chain (sort keys %$ruleset) {
my $pve_ebtables_chainname_regex = qr/PVEFW-\S+|(?:tap|veth)\d+i\d+-(?:IN|OUT)/;
sub get_ebtables_cmdlist {
- my ($ruleset, $verbose) = @_;
+ my ($ruleset) = @_;
my $changes = 0;
my $cmdlist = "*filter\n";
my $active_chains = ebtables_get_chains();
my $statushash = get_ruleset_status($ruleset, $active_chains,
- \&iptables_chain_digest, $verbose,
+ \&iptables_chain_digest,
$pve_ebtables_chainname_regex);
# create chains first and make sure PVE rules are evaluated if active
}
sub get_ipset_cmdlist {
- my ($ruleset, $verbose) = @_;
+ my ($ruleset) = @_;
my $cmdlist = "";
my $delete_cmdlist = "";
my $active_chains = ipset_get_chains();
- my $statushash = get_ruleset_status($ruleset, $active_chains, \&ipset_chain_digest, $verbose);
+ my $statushash = get_ruleset_status($ruleset, $active_chains, \&ipset_chain_digest);
# remove stale _swap chains
foreach my $chain (keys %$active_chains) {
}
sub apply_ruleset {
- my ($ruleset, $hostfw_conf, $ipset_ruleset, $rulesetv6, $ebtables_ruleset, $verbose) = @_;
+ my ($ruleset, $hostfw_conf, $ipset_ruleset, $rulesetv6, $ebtables_ruleset) = @_;
enable_bridge_firewall();
my ($ipset_create_cmdlist, $ipset_delete_cmdlist, $ipset_changes) =
- get_ipset_cmdlist($ipset_ruleset, $verbose);
+ get_ipset_cmdlist($ipset_ruleset);
- my ($cmdlist, $changes) = get_ruleset_cmdlist($ruleset, $verbose);
- my ($cmdlistv6, $changesv6) = get_ruleset_cmdlist($rulesetv6, $verbose, "ip6tables");
- my ($ebtables_cmdlist, $ebtables_changes) = get_ebtables_cmdlist($ebtables_ruleset, $verbose);
+ my ($cmdlist, $changes) = get_ruleset_cmdlist($ruleset);
+ my ($cmdlistv6, $changesv6) = get_ruleset_cmdlist($rulesetv6, "ip6tables");
+ my ($ebtables_cmdlist, $ebtables_changes) = get_ebtables_cmdlist($ebtables_ruleset);
if ($verbose) {
if ($ipset_changes) {
# test: re-read status and check if everything is up to date
my $active_chains = iptables_get_chains();
- my $statushash = get_ruleset_status($ruleset, $active_chains, \&iptables_chain_digest, 0);
+ my $statushash = get_ruleset_status($ruleset, $active_chains, \&iptables_chain_digest);
my $errors;
foreach my $chain (sort keys %$ruleset) {
}
my $active_chainsv6 = iptables_get_chains("ip6tables");
- my $statushashv6 = get_ruleset_status($rulesetv6, $active_chainsv6, \&iptables_chain_digest, 0);
+ my $statushashv6 = get_ruleset_status($rulesetv6, $active_chainsv6, \&iptables_chain_digest);
foreach my $chain (sort keys %$rulesetv6) {
my $stat = $statushashv6->{$chain};
my $active_ebtables_chains = ebtables_get_chains();
my $ebtables_statushash = get_ruleset_status($ebtables_ruleset,
$active_ebtables_chains, \&iptables_chain_digest,
- 0, $pve_ebtables_chainname_regex);
+ $pve_ebtables_chainname_regex);
foreach my $chain (sort keys %$ebtables_ruleset) {
my $stat = $ebtables_statushash->{$chain};
PVE::Firewall::remove_pvefw_chains_iptables("iptables");
PVE::Firewall::remove_pvefw_chains_iptables("ip6tables");
PVE::Firewall::remove_pvefw_chains_ipset();
+ PVE::Firewall::remove_pvefw_chains_ebtables();
}
ipset_restore_cmdlist($cmdlist) if $cmdlist;
}
+sub remove_pvefw_chains_ebtables {
+ # apply empty ruleset = remove all our chains
+ ebtables_restore_cmdlist(get_ebtables_cmdlist({}));
+}
+
sub init {
my $cluster_conf = load_clusterfw_conf();
my $cluster_options = $cluster_conf->{options};
projects / pve-firewall.git / blobdiff