my $originfile = shift @ARGV;
my $clusterfile = shift @ARGV;
my $zone = shift @ARGV;
+my $jszone = shift @ARGV;
my $targetoriginfile = shift @ARGV;
my $origins = YAML::LoadFile($originfile);
my $clusters = YAML::LoadFile($clusterfile);
# Open output files
my $zonefile = IO::File->new("> data/${zone}") || die "$!";
+my $jszonefile = IO::File->new("> include/${jszone}.js") || die "$!";
my $jsonfile = IO::File->new("> json/${zone}.json") || die "$!";
+# Output headers
+$jszonefile->print("var \U${jszone}\E_RECORDS = [\n");
+
# Output details for each country
foreach my $origin (sort { $a->{name} cmp $b->{name} } values %$origins)
{
$zonefile->print("# $origin->{name}\n");
$zonefile->print("C\L$origin->{code}\E.${zone}:$cluster->{name}.${zone}:600\n");
+ $jszonefile->print(" CNAME(\"\L$origin->{code}\E.${jszone}\", \"$cluster->{name}.${zone}.\", TTL(\"10m\")),\n");
+
push @json, {
type => "Feature",
geometry => {
if (my $default = $cluster->{default})
{
- output_server($zonefile, "${default}.${zone}", $cluster);
+ output_server($zonefile, $jszonefile, "${default}.${zone}", "${default}.${jszone}", $cluster);
}
elsif (exists($cluster->{default}))
{
- output_server($zonefile, "${zone}", $cluster);
+ output_server($zonefile, $jszonefile, "${zone}", "${jszone}", $cluster);
}
}
{
my $name = $cluster->{name};
- output_server($zonefile, "${name}.${zone}", $cluster);
+ output_server($zonefile, $jszonefile, "${name}.${zone}", "${name}.${jszone}", $cluster);
if (@{$cluster->{servers}} > 1)
{
- output_server($zonefile, "${name}-%02d.${zone}", $cluster);
+ output_server($zonefile, $jszonefile, "${name}-%02d.${zone}", "${name}-%02d.${jszone}", $cluster);
}
}
# Output the GeoJSON text
$jsonfile->print(encode_json(\@json));
+# Output footers
+$jszonefile->print("];\n");
+
# Close the output files
$jsonfile->close();
+$jszonefile->close();
$zonefile->close();
# Output gdnsd configuration
my $continent = "";
$gdnsmapfile->print("${gdnsname} => {\n");
- $gdnsmapfile->print(" geoip2_db => /var/lib/GeoIP/GeoLite2-Country.mmdb\n");
+ $gdnsmapfile->print(" geoip2_db => /usr/share/GeoIP/GeoLite2-Country.mmdb\n");
$gdnsmapfile->print(" datacenters => [" . join(",", sort(keys(%$clusters))) . "]\n");
$gdnsmapfile->print(" map => {\n");
$gdnsmapfile->print(" default => [" . join(",", sort(map { $_->{name} } grep { $_->{default} } values(%$clusters))) . "]\n");
{
my $number = sprintf("%02d", $index + 1);
my $bandwidth = $server->{bandwidth};
-
+
$gdnsweightedfile->print(" ${name}-${number} = [ ${name}-${number}.${zone}., ${bandwidth} ]\n");
}
}
sub output_server
{
my $zonefile = shift;
+ my $jszonefile = shift;
my $name = shift;
+ my $jsname = shift;
my $cluster = shift;
while (my($index,$server) = each @{$cluster->{servers}})
if ($server->{status} eq "up")
{
$zonefile->printf("+${name}:$server->{ipv4}:600\n", $index + 1);
+ $jszonefile->printf(" A(\"${jsname}\", \"$server->{ipv4}\", TTL(\"10m\")),\n", $index + 1);
if ($server->{ipv6})
{
-# $zonefile->printf("3${name}:$server->{ipv6}:600\n", $index + 1);
+ my $ipv6 = $server->{ipv6};
+
+ $ipv6 =~ s/([0-9a-f]{4})(?=.)/\1:/ig;
+
+ $zonefile->printf("3${name}:$server->{ipv6}:600\n", $index + 1);
+ $jszonefile->printf(" AAAA(\"${jsname}\", \"${ipv6}\", TTL(\"10m\")),\n", $index + 1);
}
}
}