use warnings;
use strict;
use Data::Dumper;
+use Digest::SHA;
use PVE::Tools;
use PVE::QemuServer;
use File::Path;
use IO::File;
use Net::IP;
-use PVE::Tools qw(run_command);
+use PVE::Tools qw(run_command lock_file);
use Data::Dumper;
+my $pve_fw_lock_filename = "/var/lock/pvefw.lck";
+
my $macros;
my @ruleset = ();
-sub get_shorewall_macros {
+# todo: implement some kind of MACROS, like shorewall /usr/share/shorewall/macro.*
+sub get_firewall_macros {
return $macros if $macros;
- foreach my $path (</usr/share/shorewall/macro.*>) {
- if ($path =~ m|/macro\.(\S+)$|) {
- $macros->{$1} = 1;
- }
- }
+ #foreach my $path (</usr/share/shorewall/macro.*>) {
+ # if ($path =~ m|/macro\.(\S+)$|) {
+ # $macros->{$1} = 1;
+ # }
+ #}
+
+ $macros = {}; # fixme: implemet me
+
return $macros;
}
sub parse_address_list {
my ($str) = @_;
+ my $nbaor = 0;
foreach my $aor (split(/,/, $str)) {
if (!Net::IP->new($aor)) {
my $err = Net::IP::Error();
die "invalid IP address: $err\n";
+ }else{
+ $nbaor++;
}
}
+ return $nbaor;
}
sub parse_port_name_number_or_range {
run_command("/sbin/iptables $cmd", outfunc => sub {}, errfunc => sub {});
}
+sub iptables_restore_cmdlist {
+ my ($cmdlist) = @_;
+
+ my $verbose = 1; # fixme: how/when do we set this
+
+ #run_command("echo '$cmdlist' | /sbin/iptables-restore -n");
+ eval { run_command("/sbin/iptables-restore -n ", input => $cmdlist); };
+ if (my $err = $@) {
+ print STDERR $cmdlist if $verbose;
+ die $err;
+ }
+}
+
sub iptables_restore {
unshift (@ruleset, '*filter');
push (@ruleset, 'COMMIT');
- my $cmdlist = join("\n", @ruleset);
+ my $cmdlist = join("\n", @ruleset) . "\n";
- run_command("echo '$cmdlist' | /sbin/iptables-restore -n", outfunc => sub {});
+ iptables_restore_cmdlist($cmdlist);
+}
+
+# experimental code to read existing chains and compute SHA1 checksum
+# for each chain.
+sub iptables_get_chains {
+
+ my $res = {};
+
+ # check what chains we want to track
+ my $is_pvefw_chain = sub {
+ my $name = shift;
+
+ return 1 if $name =~ m/^BRIDGEFW-(:?IN|OUT)$/;
+ return 1 if $name =~ m/^proxmoxfw-\S+$/;
+ return 1 if $name =~ m/^tap\d+i\d+-(:?IN|OUT)$/;
+ return 1 if $name =~ m/^vmbr\d+-(:?IN|OUT)$/;
+ return 1 if $name =~ m/^GROUP-(:?[^\s\-]+)-(:?IN|OUT)$/;
+
+ return undef;
+ };
+
+ my $table = '';
+
+ my $dhash = {};
+
+ my $parser = sub {
+ my $line = shift;
+
+ return if $line =~ m/^#/;
+ return if $line =~ m/^\s*$/;
+
+ if ($line =~ m/^\*(\S+)$/) {
+ $table = $1;
+ return;
+ }
+
+ return if $table ne 'filter';
+
+ if ($line =~ m/^:(\S+)\s/) {
+ my $chain = $1;
+ return if !&$is_pvefw_chain($chain);
+ $dhash->{$chain} = Digest::SHA->new('sha1');
+ } elsif ($line =~ m/^-([A-Z]) (\S+)\s/) {
+ my $chain = $2;
+ return if !&$is_pvefw_chain($chain);
+ my $sha = $dhash->{$chain} || die "undefined chain '$chain'";
+ $sha->add_bits("$line\n");
+ } else {
+ # simply ignore the rest
+ return;
+ }
+ };
+
+ run_command("/sbin/iptables-save", outfunc => $parser);
+
+ foreach my $chain (keys %$dhash) {
+ my $sha = $dhash->{$chain};
+ $res->{$chain} = $sha->b64digest;
+ }
+
+ return $res;
}
sub iptables_addrule {
my $cmd = "-A $chain";
+ $cmd .= " -m iprange --src-range" if $rule->{nbsource} && $rule->{nbsource} > 1;
$cmd .= " -s $rule->{source}" if $rule->{source};
+ $cmd .= " -m iprange --dst-range" if $rule->{nbdest} && $rule->{nbdest} > 1;
$cmd .= " -d $rule->{dest}" if $rule->{destination};
$cmd .= " -p $rule->{proto}" if $rule->{proto};
$cmd .= " --match multiport" if $rule->{nbdport} && $rule->{nbdport} > 1;
if($direction eq 'OUT'){
my $rule = "proxmoxfw-INPUT -m physdev --physdev-$physdevdirection $iface -j $tapchain";
-
- if(!iptables_rule_exist($rule)){
+ if(iptables_rule_exist($rule)){
iptables_addrule("-D $rule");
}
}
}
}
-my $generate_input_rule = sub {
- my ($zoneinfo, $rule, $net, $netid) = @_;
+sub enablehostfw {
- my $zone = $net->{zone} || die "internal error";
- my $zid = $zoneinfo->{$zone}->{zoneref} || die "internal error";
- my $tap = $net->{tap} || die "internal error";
-
- my $dest = "$zid:$tap";
-
- if ($rule->{dest}) {
- $dest .= ":$rule->{dest}";
- }
-
- my $action = $rule->{service} ?
- "$rule->{service}($rule->{action})" : $rule->{action};
+ generate_proxmoxfwinput();
+ generate_proxmoxfwoutput();
- my $sources = [];
+ my $filename = "/etc/pve/local/host.fw";
+ my $fh = IO::File->new($filename, O_RDONLY);
+ return if !$fh;
- if (!$rule->{source}) {
- push @$sources, 'all';
- } elsif ($zoneinfo->{$zone}->{type} eq 'bport') {
- my $bridge_zone = $zoneinfo->{$zone}->{bridge_zone} || die "internal error";
- my $zoneref = $zoneinfo->{$bridge_zone}->{zoneref} || die "internal error";
+ my $rules = parse_fw_rules($filename, $fh);
+ my $inrules = $rules->{in};
+ my $outrules = $rules->{out};
- # using 'all' does not work, so we create one rule for
- # each related zone on the same bridge
- push @$sources, "${zoneref}:$rule->{source}";
- foreach my $z (keys %$zoneinfo) {
- next if $z eq $zone;
- next if !$zoneinfo->{$z}->{bridge_zone};
- next if $zoneinfo->{$z}->{bridge_zone} ne $bridge_zone;
- $zoneref = $zoneinfo->{$z}->{zoneref} || die "internal error";
- push @$sources, "${zoneref}:$rule->{source}";
- }
- } else {
- push @$sources, "all:$rule->{source}";
+ #host inbound firewall
+ iptables_addrule(":host-IN - [0:0]");
+ iptables_addrule("-A host-IN -m state --state INVALID -j DROP");
+ iptables_addrule("-A host-IN -m state --state RELATED,ESTABLISHED -j ACCEPT");
+ iptables_addrule("-A host-IN -i lo -j ACCEPT");
+ iptables_addrule("-A host-IN -m addrtype --dst-type MULTICAST -j ACCEPT");
+ iptables_addrule("-A host-IN -p udp -m state --state NEW -m multiport --dports 5404,5405 -j ACCEPT");
+ iptables_addrule("-A host-IN -p udp -m udp --dport 9000 -j ACCEPT"); #corosync
+
+ if (scalar(@$inrules)) {
+ foreach my $rule (@$inrules) {
+ #we use RETURN because we need to check also tap rules
+ $rule->{action} = 'RETURN' if $rule->{action} eq 'ACCEPT';
+ iptables_generate_rule('host-IN', $rule);
+ }
}
- my $out = '';
-
- foreach my $source (@$sources) {
- $out .= sprintf($rule_format, $action, $source, $dest, $rule->{proto} || '-',
- $rule->{dport} || '-', $rule->{sport} || '-');
+ iptables_addrule("-A host-IN -j LOG --log-prefix \"kvmhost-IN dropped: \" --log-level 4");
+ iptables_addrule("-A host-IN -j DROP");
+
+ #host outbound firewall
+ iptables_addrule(":host-OUT - [0:0]");
+ iptables_addrule("-A host-OUT -m state --state INVALID -j DROP");
+ iptables_addrule("-A host-OUT -m state --state RELATED,ESTABLISHED -j ACCEPT");
+ iptables_addrule("-A host-OUT -o lo -j ACCEPT");
+ iptables_addrule("-A host-OUT -m addrtype --dst-type MULTICAST -j ACCEPT");
+ iptables_addrule("-A host-OUT -p udp -m state --state NEW -m multiport --dports 5404,5405 -j ACCEPT");
+ iptables_addrule("-A host-OUT -p udp -m udp --dport 9000 -j ACCEPT"); #corosync
+
+ if (scalar(@$outrules)) {
+ foreach my $rule (@$outrules) {
+ #we use RETURN because we need to check also tap rules
+ $rule->{action} = 'RETURN' if $rule->{action} eq 'ACCEPT';
+ iptables_generate_rule('host-OUT', $rule);
+ }
}
- return $out;
-};
-
-my $generate_output_rule = sub {
- my ($zoneinfo, $rule, $net, $netid) = @_;
+ iptables_addrule("-A host-OUT -j LOG --log-prefix \"kvmhost-OUT dropped: \" --log-level 4");
+ iptables_addrule("-A host-OUT -j DROP");
- my $zone = $net->{zone} || die "internal error";
- my $zid = $zoneinfo->{$zone}->{zoneref} || die "internal error";
- my $tap = $net->{tap} || die "internal error";
-
- my $action = $rule->{service} ?
- "$rule->{service}($rule->{action})" : $rule->{action};
- my $dest;
-
- if (!$rule->{dest}) {
- $dest = 'all';
- } else {
- $dest = "all:$rule->{dest}";
+ my $rule = "proxmoxfw-INPUT -j host-IN";
+ if(!iptables_rule_exist($rule)){
+ iptables_addrule("-I $rule");
}
- return sprintf($rule_format, $action, "$zid:$tap", $dest,
- $rule->{proto} || '-', $rule->{dport} || '-', $rule->{sport} || '-');
-};
-
-# we need complete VM configuration of all VMs (openvz/qemu)
-# in vmdata
-
-my $compile_shorewall = sub {
- my ($targetdir, $vmdata, $rules) = @_;
-
- # remove existing data ?
- foreach my $file (qw(params zones rules interfaces maclist policy)) {
- unlink "$targetdir/$file";
+ $rule = "proxmoxfw-OUTPUT -j host-OUT";
+ if(!iptables_rule_exist($rule)){
+ iptables_addrule("-I $rule");
}
- my $netinfo;
-
- my $zoneinfo = {
- fw => { type => 'firewall' },
- };
-
- my $maclist = {};
-
- my $register_bridge;
-
- $register_bridge = sub {
- my ($bridge, $vlan) = @_;
-
- my $zone = $bridge;
-
- return $zone if $zoneinfo->{$zone};
+ iptables_restore();
- my $ext_zone = "${bridge}_ext";
- $zoneinfo->{$zone} = {
- type => 'bridge',
- bridge => $bridge,
- bridge_ext_zone => $ext_zone,
- };
-
- # physical input devices
- my $dir = "/sys/class/net/$bridge/brif";
- my $physical = {};
- PVE::Tools::dir_glob_foreach($dir, '((eth|bond).+)', sub {
- my ($slave) = @_;
- $physical->{$slave} = 1;
- });
-
- $zoneinfo->{$ext_zone} = {
- type => 'bport',
- bridge_zone => $zone,
- ifaces => $physical,
- };
-
- return &$register_bridge("${bridge}v${vlan}") if defined($vlan);
-
- return $zone;
- };
+}
- my $register_bridge_port = sub {
- my ($bridge, $vlan, $vmzone, $tap) = @_;
+sub disablehostfw {
- my $bridge_zone = &$register_bridge($bridge, $vlan);
- my $zone = $bridge_zone . '_' . $vmzone;
+ my $chain = "host-IN";
- if (!$zoneinfo->{$zone}) {
- $zoneinfo->{$zone} = {
- type => 'bport',
- bridge_zone => $bridge_zone,
- ifaces => {},
- };
- }
-
- $zoneinfo->{$zone}->{ifaces}->{$tap} = 1;
-
- return $zone;
- };
+ my $rule = "proxmoxfw-INPUT -j $chain";
+ if(iptables_rule_exist($rule)){
+ iptables_addrule("-D $rule");
+ }
- foreach my $vmid (keys %{$vmdata->{qemu}}) {
- $netinfo->{$vmid} = {};
- my $conf = $vmdata->{qemu}->{$vmid};
- foreach my $opt (keys %$conf) {
- next if $opt !~ m/^net(\d+)$/;
- my $netnum = $1;
- my $net = PVE::QemuServer::parse_net($conf->{$opt});
- next if !$net;
- die "implement me" if !$net->{bridge};
-
- my $vmzone = $conf->{zone} || "vm$vmid";
- $net->{tap} = "tap${vmid}i${netnum}";
- $maclist->{$net->{tap}} = $net->{macaddr} || die "internal error";
- $net->{zone} = &$register_bridge_port($net->{bridge}, $net->{tag}, $vmzone, $net->{tap});
- $netinfo->{$vmid}->{$opt} = $net;
- }
+ if(iptables_chain_exist($chain)){
+ iptables_addrule("-F $chain");
+ iptables_addrule("-X $chain");
}
- #print Dumper($netinfo);
+ $chain = "host-OUT";
- # NOTE: zone names have length limit, so we need to
- # translate them into shorter names
+ $rule = "proxmoxfw-OUTPUT -j $chain";
+ if(iptables_rule_exist($rule)){
+ iptables_addrule("-D $rule");
+ }
- my $zoneid = 0;
- my $zonemap = { fw => 'fw' };
+ if(iptables_chain_exist($chain)){
+ iptables_addrule("-F $chain");
+ iptables_addrule("-X $chain");
+ }
- my $lookup_zonename = sub {
- my ($zone) = @_;
+ iptables_restore();
+}
- return $zonemap->{$zone} if defined($zonemap->{$zone});
- $zonemap->{$zone} = 'z' . $zoneid++;
+sub generate_proxmoxfwinput {
- return $zonemap->{$zone};
- };
-
- foreach my $z (sort keys %$zoneinfo) {
- $zoneinfo->{$z}->{id} = &$lookup_zonename($z);
- $zoneinfo->{$z}->{zonevar} = uc($z);
- $zoneinfo->{$z}->{zoneref} = '$' . $zoneinfo->{$z}->{zonevar};
+ if(!iptables_chain_exist("proxmoxfw-INPUT")){
+ iptables_addrule(":proxmoxfw-INPUT - [0:0]");
+ iptables_addrule("-I INPUT -j proxmoxfw-INPUT");
+ iptables_addrule("-A INPUT -j ACCEPT");
}
+}
- my $out;
+sub generate_proxmoxfwoutput {
- # dump params file
- $out = "# PVE zones\n";
- foreach my $z (sort keys %$zoneinfo) {
- $out .= "$zoneinfo->{$z}->{zonevar}=$zoneinfo->{$z}->{id}\n";
+ if(!iptables_chain_exist("proxmoxfw-OUTPUT")){
+ iptables_addrule(":proxmoxfw-OUTPUT - [0:0]");
+ iptables_addrule("-I OUTPUT -j proxmoxfw-OUTPUT");
+ iptables_addrule("-A OUTPUT -j ACCEPT");
}
- PVE::Tools::file_set_contents("$targetdir/params", $out);
- # dump zone file
+}
- my $format = "%-30s %-10s %-15s\n";
- $out = sprintf($format, '#ZONE', 'TYPE', 'OPTIONS');
+sub enable_group_rules {
+ my ($group) = @_;
- foreach my $z (sort keys %$zoneinfo) {
- my $zid = $zoneinfo->{$z}->{zoneref};
- if ($zoneinfo->{$z}->{type} eq 'firewall') {
- $out .= sprintf($format, $zid, $zoneinfo->{$z}->{type}, '');
- } elsif ($zoneinfo->{$z}->{type} eq 'bridge') {
- $out .= sprintf($format, $zid, 'ipv4', '');
- } elsif ($zoneinfo->{$z}->{type} eq 'bport') {
- my $bridge_zone = $zoneinfo->{$z}->{bridge_zone} || die "internal error";
- my $bzid = $zoneinfo->{$bridge_zone}->{zoneref} || die "internal error";
- $out .= sprintf($format, "$zid:$bzid", 'bport', '');
- } else {
- die "internal error";
- }
- }
-
- $out .= sprintf("#LAST LINE - ADD YOUR ENTRIES ABOVE THIS ONE - DO NOT REMOVE\n");
+ generate_group_rules($group);
+ iptables_restore();
+}
- PVE::Tools::file_set_contents("$targetdir/zones", $out);
+sub generate_group_rules {
+ my ($group) = @_;
- # dump interfaces
+ my $filename = "/etc/pve/firewall/groups.fw";
+ my $fh = IO::File->new($filename, O_RDONLY);
+ return if !$fh;
- $format = "%-25s %-20s %-10s %-15s\n";
- $out = sprintf($format, '#ZONE', 'INTERFACE', 'BROADCAST', 'OPTIONS');
+ my $rules = parse_fw_rules($filename, $fh, $group);
+ my $inrules = $rules->{in};
+ my $outrules = $rules->{out};
- my $maclist_format = "%-15s %-15s %-15s\n";
- my $macs = sprintf($maclist_format, '#DISPOSITION', 'INTERFACE', 'MACZONE');
+ my $chain = "GROUP-".$group."-IN";
- foreach my $z (sort keys %$zoneinfo) {
- my $zid = $zoneinfo->{$z}->{zoneref};
- if ($zoneinfo->{$z}->{type} eq 'firewall') {
- # do nothing;
- } elsif ($zoneinfo->{$z}->{type} eq 'bridge') {
- my $bridge = $zoneinfo->{$z}->{bridge} || die "internal error";
- $out .= sprintf($format, $zid, $bridge, 'detect', 'bridge,optional');
- } elsif ($zoneinfo->{$z}->{type} eq 'bport') {
- my $ifaces = $zoneinfo->{$z}->{ifaces};
- foreach my $iface (sort keys %$ifaces) {
- my $bridge_zone = $zoneinfo->{$z}->{bridge_zone} || die "internal error";
- my $bridge = $zoneinfo->{$bridge_zone}->{bridge} || die "internal error";
- my $iftxt = "$bridge:$iface";
+ iptables_addrule(":$chain - [0:0]");
- if ($maclist->{$iface}) {
- $out .= sprintf($format, $zid, $iftxt, '-', 'maclist');
- $macs .= sprintf($maclist_format, 'ACCEPT', $iface, $maclist->{$iface});
- } else {
- $out .= sprintf($format, $zid, $iftxt, '-', '');
- }
- }
- } else {
- die "internal error";
- }
+ if (scalar(@$inrules)) {
+ foreach my $rule (@$inrules) {
+ iptables_generate_rule($chain, $rule);
+ }
}
- $out .= sprintf("#LAST LINE - ADD YOUR ENTRIES ABOVE THIS ONE - DO NOT REMOVE\n");
-
- PVE::Tools::file_set_contents("$targetdir/interfaces", $out);
+ $chain = "GROUP-".$group."-OUT";
- # dump maclist
- PVE::Tools::file_set_contents("$targetdir/maclist", $macs);
+ iptables_addrule(":$chain - [0:0]");
- # dump policy
-
- $format = "%-15s %-15s %-15s %s\n";
- $out = sprintf($format, '#SOURCE', 'DEST', 'POLICY', 'LOG');
- $out .= sprintf($format, 'fw', 'all', 'ACCEPT', '');
+ if(!iptables_chain_exist("BRIDGEFW-OUT")){
+ iptables_addrule(":BRIDGEFW-OUT - [0:0]");
+ }
- # we need to disable intra-zone traffic on bridges. Else traffic
- # from untracked interfaces simply pass the firewall
- foreach my $z (sort keys %$zoneinfo) {
- my $zid = $zoneinfo->{$z}->{zoneref};
- if ($zoneinfo->{$z}->{type} eq 'bridge') {
- $out .= sprintf($format, $zid, $zid, 'REJECT', 'info');
- }
+ if(!iptables_chain_exist("BRIDGEFW-IN")){
+ iptables_addrule(":BRIDGEFW-IN - [0:0]");
}
- $out .= sprintf($format, 'all', 'all', 'REJECT', 'info');
- PVE::Tools::file_set_contents("$targetdir/policy", $out);
+ if (scalar(@$outrules)) {
+ foreach my $rule (@$outrules) {
+ #we go the BRIDGEFW-IN because we need to check also other tap rules
+ #(and group rules can be set on any bridge, so we can't go to VMBRXX-IN)
+ $rule->{action} = 'BRIDGEFW-IN' if $rule->{action} eq 'ACCEPT';
+ iptables_generate_rule($chain, $rule);
+ }
+ }
- # dump rules
- $out = '';
+}
- $out = sprintf($rule_format, '#ACTION', 'SOURCE', 'DEST', 'PROTO', 'DPORT', 'SPORT');
- foreach my $vmid (sort keys %$rules) {
- my $inrules = $rules->{$vmid}->{in};
- my $outrules = $rules->{$vmid}->{out};
+sub disable_group_rules {
+ my ($group) = @_;
- if (scalar(@$inrules)) {
- $out .= "# IN to VM $vmid\n";
- foreach my $rule (@$inrules) {
- foreach my $netid (keys %{$netinfo->{$vmid}}) {
- my $net = $netinfo->{$vmid}->{$netid};
- next if $rule->{iface} && $rule->{iface} ne $netid;
- $out .= &$generate_input_rule($zoneinfo, $rule, $net, $netid);
- }
- }
- }
+ my $chain = "GROUP-".$group."-IN";
- if (scalar(@$outrules)) {
- $out .= "# OUT from VM $vmid\n";
- foreach my $rule (@$outrules) {
- foreach my $netid (keys %{$netinfo->{$vmid}}) {
- my $net = $netinfo->{$vmid}->{$netid};
- next if $rule->{iface} && $rule->{iface} ne $netid;
- $out .= &$generate_output_rule($zoneinfo, $rule, $net, $netid);
- }
- }
- }
+ if(iptables_chain_exist($chain)){
+ iptables_addrule("-F $chain");
+ iptables_addrule("-X $chain");
}
- PVE::Tools::file_set_contents("$targetdir/rules", $out);
-};
+ $chain = "GROUP-".$group."-OUT";
+
+ if(iptables_chain_exist($chain)){
+ iptables_addrule("-F $chain");
+ iptables_addrule("-X $chain");
+ }
+ #iptables_restore will die if security group is linked in a tap chain
+ #maybe can we improve that, parsing each vm config, or parsing iptables -S
+ #to see if the security group is linked or not
+ iptables_restore();
+}
sub parse_fw_rules {
- my ($filename, $fh) = @_;
+ my ($filename, $fh, $group) = @_;
my $section;
+ my $securitygroup;
+ my $securitygroupexist;
my $res = { in => [], out => [] };
- my $macros = get_shorewall_macros();
+ my $macros = get_firewall_macros();
my $protocols = get_etc_protocols();
while (defined(my $line = <$fh>)) {
next if $line =~ m/^#/;
next if $line =~ m/^\s*$/;
- if ($line =~ m/^\[(in|out)\]\s*$/i) {
+ if ($line =~ m/^\[(in|out)(:(\S+))?\]\s*$/i) {
$section = lc($1);
+ $securitygroup = lc($3) if $3;
+ $securitygroupexist = 1 if $securitygroup && $securitygroup eq $group;
next;
}
next if !$section;
+ next if $group && $securitygroup ne $group;
my ($action, $iface, $source, $dest, $proto, $dport, $sport) =
split(/\s+/, $line);
$sport = undef if $sport && $sport eq '-';
my $nbdport = undef;
my $nbsport = undef;
+ my $nbsource = undef;
+ my $nbdest = undef;
eval {
- parse_address_list($source) if $source;
- parse_address_list($dest) if $dest;
+ $nbsource = parse_address_list($source) if $source;
+ $nbdest = parse_address_list($dest) if $dest;
$nbdport = parse_port_name_number_or_range($dport) if $dport;
$nbsport = parse_port_name_number_or_range($sport) if $sport;
};
iface => $iface,
source => $source,
dest => $dest,
+ nbsource => $nbsource,
+ nbdest => $nbdest,
proto => $proto,
dport => $dport,
sport => $sport,
push @{$res->{$section}}, $rule;
}
+ die "security group $group don't exist" if $group && !$securitygroupexist;
+ return $res;
+}
+
+sub run_locked {
+ my ($code, @param) = @_;
+
+ my $timeout = 10;
+
+ my $res = lock_file($pve_fw_lock_filename, $timeout, $code, @param);
+
+ die $@ if $@;
+
return $res;
}
}
sub compile {
-
my $vmdata = read_local_vm_config();
my $rules = read_vm_firewall_rules($vmdata);
# print Dumper($vmdata);
- my $swdir = '/etc/shorewall';
- mkdir $swdir;
-
- &$compile_shorewall($swdir, $vmdata, $rules);
-
- PVE::Tools::run_command(['shorewall', 'compile']);
+ die "implement me";
}
sub compile_and_start {
compile();
- PVE::Tools::run_command(['shorewall', $restart ? 'restart' : 'start']);
+ die "implement me";
}
-
1;
projects / pve-firewall.git / blobdiff