Mercurial > hg > nginx-tests
view geoip.t @ 1938:e1059682aeef
Tests: fixed ClientHello with resending Initial QUIC packets.
Previously it was rebuilt each time using distinct ClientHello.random
resulting in different CRYPTO payload. As such, it led to TLS digest
hash and derived secrets mismatch when resending Initial packet. Now
ClientHello is built once and reused when resending Initial packets.
Additionally, this required to preserve a generated secret value used
in shared secret calculation as part of TLS key schedule. Previously
it was regenerated when receiving a Retry packet, but this won't work
with reused ClientHello as the resulting shared secrets won't match.
author | Sergey Kandaurov <pluknet@nginx.com> |
---|---|
date | Wed, 30 Aug 2023 02:22:58 +0400 |
parents | cf14cfe9ec8c |
children |
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#!/usr/bin/perl # (C) Andrey Zelenkov # (C) Nginx, Inc. # Tests for geoip module. ############################################################################### use warnings; use strict; use Test::More; BEGIN { use FindBin; chdir($FindBin::Bin); } use lib 'lib'; use Test::Nginx; ############################################################################### select STDERR; $| = 1; select STDOUT; $| = 1; my $t = Test::Nginx->new()->has(qw/http http_geoip/) ->write_file_expand('nginx.conf', <<'EOF'); %%TEST_GLOBALS%% daemon off; events { } http { %%TEST_GLOBALS_HTTP%% geoip_proxy 127.0.0.1/32; geoip_country %%TESTDIR%%/country.dat; geoip_city %%TESTDIR%%/city.dat; geoip_org %%TESTDIR%%/org.dat; server { listen 127.0.0.1:8080; server_name localhost; location / { add_header X-Country-Code $geoip_country_code; add_header X-Country-Code3 $geoip_country_code3; add_header X-Country-Name $geoip_country_name; add_header X-Area-Code $geoip_area_code; add_header X-C-Continent-Code $geoip_city_continent_code; add_header X-C-Country-Code $geoip_city_country_code; add_header X-C-Country-Code3 $geoip_city_country_code3; add_header X-C-Country-Name $geoip_city_country_name; add_header X-Dma-Code $geoip_dma_code; add_header X-Latitude $geoip_latitude; add_header X-Longitude $geoip_longitude; add_header X-Region $geoip_region; add_header X-Region-Name $geoip_region_name; add_header X-City $geoip_city; add_header X-Postal-Code $geoip_postal_code; add_header X-Org $geoip_org; } } } EOF my $d = $t->testdir(); # country database: # # "10.0.0.1","10.0.0.1","RU","Russian Federation" # "2001:db8::","2001:db8::","US","United States" my $data = ''; for my $i (0 .. 156) { # skip to offset 32 if 1st bit set in ipv6 address wins $data .= pack_node($i + 1) . pack_node(32), next if $i == 2; # otherwise default to RU $data .= pack_node(0xffffb9) . pack_node(0xffff00), next if $i == 31; # continue checking bits set in ipv6 address $data .= pack_node(0xffff00) . pack_node($i + 1), next if grep $_ == $i, (44, 49, 50, 52, 53, 55, 56, 57); # last bit set in ipv6 address $data .= pack_node(0xffffe1) . pack_node(0xffff00), next if $i == 156; $data .= pack_node($i + 1) . pack_node(0xffff00); } $data .= chr(0x00) x 3; $data .= chr(0xFF) x 3; $data .= chr(12); $t->write_file('country.dat', $data); # city database: # # "167772161","167772161","RU","48","Moscow","119034","55.7543",37.6202",, $data = ''; for my $i (0 .. 31) { $data .= pack_node(32) . pack_node($i + 1), next if $i == 4 or $i == 6; $data .= pack_node(32) . pack_node($i + 2), next if $i == 31; $data .= pack_node($i + 1) . pack_node(32); } $data .= chr(42); $data .= chr(185); $data .= pack('Z*', 48); $data .= pack('Z*', 'Moscow'); $data .= pack('Z*', 119034); $data .= pack_node(int((55.7543 + 180) * 10000)); $data .= pack_node(int((37.6202 + 180) * 10000)); $data .= chr(0) x 3; $data .= chr(0xFF) x 3; $data .= chr(2); $data .= pack_node(32); $t->write_file('city.dat', $data); # organization database: # # "167772161","167772161","Nginx" $data = ''; for my $i (0 .. 31) { $data .= pack_org(32) . pack_org($i + 1), next if $i == 4 or $i == 6; $data .= pack_org(32) . pack_org($i + 2), next if $i == 31; $data .= pack_org($i + 1) . pack_org(32); } $data .= chr(42); $data .= pack('Z*', 'Nginx'); $data .= chr(0xFF) x 3; $data .= chr(5); $data .= pack_node(32); $t->write_file('org.dat', $data); $t->write_file('index.html', ''); $t->try_run('no inet6 support')->plan(20); ############################################################################### my $r = http_xff('10.0.0.1'); like($r, qr/X-Country-Code: RU/, 'geoip country code'); like($r, qr/X-Country-Code3: RUS/, 'geoip country code 3'); like($r, qr/X-Country-Name: Russian Federation/, 'geoip country name'); like($r, qr/X-Area-Code: 0/, 'geoip area code'); like($r, qr/X-C-Continent-Code: EU/, 'geoip city continent code'); like($r, qr/X-C-Country-Code: RU/, 'geoip city country code'); like($r, qr/X-C-Country-Code3: RUS/, 'geoip city country code 3'); like($r, qr/X-C-Country-Name: Russian Federation/, 'geoip city country name'); like($r, qr/X-Dma-Code: 0/, 'geoip dma code'); like($r, qr/X-Latitude: 55.7543/, 'geoip latitude'); like($r, qr/X-Longitude: 37.6202/, 'geoip longitude'); like($r, qr/X-Region: 48/, 'geoip region'); like($r, qr/X-Region-Name: Moscow City/, 'geoip region name'); like($r, qr/X-City: Moscow/, 'geoip city'); like($r, qr/X-Postal-Code: 119034/, 'geoip postal code'); like($r, qr/X-Org: Nginx/, 'geoip org'); like(http_xff('::ffff:10.0.0.1'), qr/X-Org: Nginx/, 'geoip ipv6 ipv4-mapped'); $r = http_xff('2001:db8::'); like($r, qr/X-Country-Code: US/, 'geoip ipv6 country code'); like($r, qr/X-Country-Code3: USA/, 'geoip ipv6 country code 3'); like($r, qr/X-Country-Name: United States/, 'geoip ipv6 country name'); ############################################################################### sub http_xff { my ($xff) = @_; return http(<<EOF); GET / HTTP/1.0 Host: localhost X-Forwarded-For: $xff EOF } sub pack_node { substr pack('V', shift), 0, 3; } sub pack_org { pack('V', shift); } ###############################################################################