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use strict;
use warnings;
use Test::More;
use utf8;
my $ps;
sub run_with_lib {
my @idnlib = @_;
my %require = (
'URI::_idna' => 0,
'Net::LibIDN' => 0,
'Net::IDN::Encode' => 0,
map { $_ => 1 } @idnlib,
);
my %block;
my $can_idn;
while ( my ($lib,$load) = each %require ) {
if ( $load ) {
$can_idn = eval "require $lib";
} else {
$lib =~s{::}{/}g;
$block{"$lib.pm"} = 1;
}
}
unshift @INC, sub {
return sub {0} if $block{$_[1]};
return;
};
require IO::Socket::SSL::PublicSuffix;
plan tests => 79;
# all one-level, but co.uk two-level
$ps = IO::Socket::SSL::PublicSuffix->from_string("*\nco.uk");
ok($ps,"create two-level");
minimal_private_suffix('com','','com');
minimal_private_suffix('bar.com','','bar.com');
minimal_private_suffix('www.bar.com','www','bar.com');
minimal_private_suffix('www.foo.bar.com','www.foo','bar.com');
minimal_private_suffix('uk','','uk');
minimal_private_suffix('co.uk','','co.uk');
minimal_private_suffix('www.co.uk','','www.co.uk');
minimal_private_suffix('www.bar.co.uk','www','bar.co.uk');
minimal_private_suffix('www.foo.bar.co.uk','www.foo','bar.co.uk');
minimal_private_suffix('bl.uk','','bl.uk');
minimal_private_suffix('www.bl.uk','www','bl.uk');
minimal_private_suffix('www.bar.bl.uk','www.bar','bl.uk');
minimal_private_suffix('www.foo.bar.bl.uk','www.foo.bar','bl.uk');
$ps = IO::Socket::SSL::PublicSuffix->default(min_suffix => 0);
# taken from Mozilla::PublicSuffix 0.1.18 t/01-psuffix.t ------
# Obviously invalid input:
is public_suffix(undef), undef;
is public_suffix(''), undef;
is public_suffix([]), undef;
# Mixed case:
is public_suffix('COM'), 'com';
is public_suffix('example.COM'), 'com';
is public_suffix('WwW.example.COM'), 'com';
is public_suffix('123bar.com'), 'com';
is public_suffix('foo.123bar.com'), 'com';
if(0) {
# behaves different
# - we return '' instead of undef if unknown extension
# - we return com with *.com
# Leading dot:
is public_suffix('.com'), undef;
is public_suffix('.example'), undef;
is public_suffix('.example.com'), undef;
is public_suffix('.example.example'), undef;
# Unlisted TLD:
is public_suffix('example'), undef;
is public_suffix('example.example'), undef;
is public_suffix('b.example.example'), undef;
is public_suffix('a.b.example.example'), undef;
# Listed, but non-Internet, TLD:
is public_suffix('local'), undef;
is public_suffix('example.local'), undef;
is public_suffix('b.example.local'), undef;
is public_suffix('a.b.example.local'), undef;
} else {
# Leading dot:
is public_suffix('.com'), 'com';
is public_suffix('.example'), '';
is public_suffix('.example.com'), 'com';
is public_suffix('.example.example'), '';
# Unlisted TLD:
is public_suffix('example'), '';
is public_suffix('example.example'), '';
is public_suffix('b.example.example'), '';
is public_suffix('a.b.example.example'), '';
# Listed, but non-Internet, TLD:
is public_suffix('local'), '';
is public_suffix('example.local'), '';
is public_suffix('b.example.local'), '';
is public_suffix('a.b.example.local'), '';
}
# TLD with only one rule:
is public_suffix('biz'), 'biz';
is public_suffix('domain.biz'), 'biz';
is public_suffix('b.domain.biz'), 'biz';
is public_suffix('a.b.domain.biz'), 'biz';
# TLD with some two-level rules:
is public_suffix('com'), 'com';
is public_suffix('example.com'), 'com';
is public_suffix('b.example.com'), 'com';
is public_suffix('a.b.example.com'), 'com';
# uk.com is not in the ICANN part of the list
if(0) {
is public_suffix('uk.com'), 'uk.com';
is public_suffix('example.uk.com'), 'uk.com';
is public_suffix('b.example.uk.com'), 'uk.com';
is public_suffix('a.b.example.uk.com'), 'uk.com';
}
is public_suffix('test.ac'), 'ac';
# TLD with only one (wildcard) rule:
if(0) {
# we return '' not undef
is public_suffix('cy'), undef;
} else {
is public_suffix('cy'), '';
}
is public_suffix('c.cy'), 'c.cy';
is public_suffix('b.c.cy'), 'c.cy';
is public_suffix('a.b.c.cy'), 'c.cy';
# More complex suffixes:
is public_suffix('jp'), 'jp';
is public_suffix('test.jp'), 'jp';
is public_suffix('www.test.jp'), 'jp';
is public_suffix('ac.jp'), 'ac.jp';
is public_suffix('test.ac.jp'), 'ac.jp';
is public_suffix('www.test.ac.jp'), 'ac.jp';
is public_suffix('kyoto.jp'), 'kyoto.jp';
is public_suffix('c.kyoto.jp'), 'kyoto.jp';
is public_suffix('b.c.kyoto.jp'), 'kyoto.jp';
is public_suffix('a.b.c.kyoto.jp'), 'kyoto.jp';
is public_suffix('ayabe.kyoto.jp'), 'ayabe.kyoto.jp';
is public_suffix('test.kobe.jp'), 'test.kobe.jp'; # Wildcard rule.
is public_suffix('www.test.kobe.jp'), 'test.kobe.jp'; # Wildcard rule.
is public_suffix('city.kobe.jp'), 'kobe.jp'; # Exception rule.
is public_suffix('www.city.kobe.jp'), 'kobe.jp'; # Identity rule.
# TLD with a wildcard rule and exceptions:
if(0) {
# we return '' not undef
is public_suffix('ck'), undef;
} else {
is public_suffix('ck'), '';
}
is public_suffix('test.ck'), 'test.ck';
is public_suffix('b.test.ck'), 'test.ck';
is public_suffix('a.b.test.ck'), 'test.ck';
is public_suffix('www.ck'), 'ck';
is public_suffix('www.www.ck'), 'ck';
# US K12:
is public_suffix('us'), 'us';
is public_suffix('test.us'), 'us';
is public_suffix('www.test.us'), 'us';
is public_suffix('ak.us'), 'ak.us';
is public_suffix('test.ak.us'), 'ak.us';
is public_suffix('www.test.ak.us'), 'ak.us';
is public_suffix('k12.ak.us'), 'k12.ak.us';
is public_suffix('test.k12.ak.us'), 'k12.ak.us';
is public_suffix('www.test.k12.ak.us'), 'k12.ak.us';
# Domains and gTLDs with characters outside the ASCII range:
SKIP: {
if ( $can_idn ) {
is public_suffix('test.敎育.hk'), '敎育.hk';
is public_suffix('ਭਾਰਤ.ਭਾਰਤ'), 'ਭਾਰਤ';
} else {
skip "no IDN support with @idnlib",2
}
}
}
sub minimal_private_suffix {
my $host = shift;
if ( @_ == 2 ) {
my ($rest,$suffix) = @_;
my @r = $ps->public_suffix($host,+1);
if ( $r[0] eq $rest and $r[1] eq $suffix ) {
pass("$host -> $rest + $suffix");
} else {
fail("$host -> $r[0]($rest) + $r[1]($suffix)");
}
} elsif ( @_ == 1 ) {
my ($expect_suffix) = @_;
my $got_suffix = $ps->public_suffix($host,+1);
is( $got_suffix,$expect_suffix, "$host -> suffix=$expect_suffix");
} else {
die "@_";
}
}
sub public_suffix {
my $host = shift;
my $suffix = $ps->public_suffix($host);
return $suffix;
}
1;
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