use Math::Trig qw(deg2rad pip2 great_circle_distance);
use JSON::XS;
use LWP::UserAgent;
-use XML::Writer;
use XML::TreeBuilder;
use YAML;
$country->{server} = $server unless exists($country->{server});
}
+# Create JSON collection object
+my @json;
+
# Open output files
my $zonefile = IO::File->new("> data/${zone}") || die "$!";
-my $kmlfile = IO::File->new("> kml/${zone}.kml") || die "$!";
-my $kmlwriter = XML::Writer->new(OUTPUT => $kmlfile, ENCODING => 'utf-8');
-
-# Output the KML header
-$kmlwriter->xmlDecl();
-$kmlwriter->startTag("kml", "xmlns" => "http://www.opengis.net/kml/2.2");
-$kmlwriter->startTag("Document");
+my $jsonfile = IO::File->new("> json/${zone}.json") || die "$!";
# Output details for each country
foreach my $country (values %countries)
if ($clon > 0 && $slon < 0 && 360 + $slon - $clon < $clon - $slon)
{
- $clon = $clon - 360;
+ $slon = $slon + 360;
}
elsif ($slon > 0 && $clon < 0 && 360 + $clon - $slon < $slon - $clon)
{
- $slon = $slon - 360;
+ $clon = $clon + 360;
}
+ $zonefile->print("# $country->{name}\n");
$zonefile->print("C\L$country->{code}\E.${zone}:$server->{name}.${zone}:600\n");
- $kmlwriter->startTag("Placemark");
- $kmlwriter->dataElement("name", $country->{name});
- $kmlwriter->startTag("LineString");
- $kmlwriter->dataElement("coordinates", "$clon,$clat $slon,$slat");
- $kmlwriter->endTag("LineString");
- $kmlwriter->endTag("Placemark");
+ push @json, {
+ type => "Feature",
+ geometry => {
+ type => "LineString",
+ coordinates => [ [ $clon, $clat ], [ $slon, $slat ] ]
+ },
+ properties => {
+ country => $country->{name}
+ }
+ };
}
# Output default records for IPs that can't be mapped to a country
$zonefile->print("Cxx.${zone}:${server}.${zone}:600\n");
}
-# End the KML file
-$kmlwriter->endTag("Document");
-$kmlwriter->endTag("kml");
-$kmlwriter->end();
+# Output the GeoJSON text
+$jsonfile->print(encode_json(\@json));
# Close the output files
-$kmlfile->close();
+$jsonfile->close();
$zonefile->close();
exit 0;