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comparison mail_resolver.t @ 1237:e4974af3fb12

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Tests: adjusted udp ports to match allocated ports range.
author Andrey Zelenkov <zelenkov@nginx.com>
date Wed, 13 Sep 2017 19:04:25 +0300
parents 26884729e06b
children 1356e7374c57
comparison
equal deleted inserted replaced
1236:93f749c1d5c5 1237:e4974af3fb12
44 resolver_timeout 2s; 44 resolver_timeout 2s;
45 45
46 server { 46 server {
47 listen 127.0.0.1:8025; 47 listen 127.0.0.1:8025;
48 protocol smtp; 48 protocol smtp;
49 resolver 127.0.0.1:%%PORT_8081_UDP%% 49 resolver 127.0.0.1:%%PORT_8981_UDP%%
50 127.0.0.1:%%PORT_8082_UDP%% 50 127.0.0.1:%%PORT_8982_UDP%%
51 127.0.0.1:%%PORT_8083_UDP%%; 51 127.0.0.1:%%PORT_8983_UDP%%;
52 } 52 }
53 53
54 server { 54 server {
55 listen 127.0.0.1:8027; 55 listen 127.0.0.1:8027;
56 protocol smtp; 56 protocol smtp;
57 resolver 127.0.0.1:%%PORT_8082_UDP%%; 57 resolver 127.0.0.1:%%PORT_8982_UDP%%;
58 } 58 }
59 59
60 server { 60 server {
61 listen 127.0.0.1:8028; 61 listen 127.0.0.1:8028;
62 protocol smtp; 62 protocol smtp;
63 resolver 127.0.0.1:%%PORT_8083_UDP%%; 63 resolver 127.0.0.1:%%PORT_8983_UDP%%;
64 resolver_timeout 1s; 64 resolver_timeout 1s;
65 } 65 }
66 66
67 server { 67 server {
68 listen 127.0.0.1:8029; 68 listen 127.0.0.1:8029;
69 protocol smtp; 69 protocol smtp;
70 resolver 127.0.0.1:%%PORT_8084_UDP%%; 70 resolver 127.0.0.1:%%PORT_8984_UDP%%;
71 } 71 }
72 72
73 server { 73 server {
74 listen 127.0.0.1:8030; 74 listen 127.0.0.1:8030;
75 protocol smtp; 75 protocol smtp;
76 resolver 127.0.0.1:%%PORT_8085_UDP%%; 76 resolver 127.0.0.1:%%PORT_8985_UDP%%;
77 } 77 }
78 78
79 server { 79 server {
80 listen 127.0.0.1:8031; 80 listen 127.0.0.1:8031;
81 protocol smtp; 81 protocol smtp;
82 resolver 127.0.0.1:%%PORT_8086_UDP%%; 82 resolver 127.0.0.1:%%PORT_8986_UDP%%;
83 resolver_timeout 1s; 83 resolver_timeout 1s;
84 } 84 }
85 85
86 server { 86 server {
87 listen 127.0.0.1:8032; 87 listen 127.0.0.1:8032;
88 protocol smtp; 88 protocol smtp;
89 resolver 127.0.0.1:%%PORT_8087_UDP%%; 89 resolver 127.0.0.1:%%PORT_8987_UDP%%;
90 } 90 }
91 91
92 } 92 }
93 93
94 http { 94 http {
114 } 114 }
115 115
116 EOF 116 EOF
117 117
118 $t->run_daemon(\&Test::Nginx::SMTP::smtp_test_daemon); 118 $t->run_daemon(\&Test::Nginx::SMTP::smtp_test_daemon);
119 $t->run_daemon(\&dns_daemon, port($_), $t) foreach (8081 .. 8087); 119 $t->run_daemon(\&dns_daemon, port($_), $t) foreach (8981 .. 8987);
120 120
121 $t->run(); 121 $t->run();
122 122
123 $t->waitforsocket('127.0.0.1:' . port(8026)); 123 $t->waitforsocket('127.0.0.1:' . port(8026));
124 $t->waitforfile($t->testdir . '/' . port($_)) foreach (8081 .. 8087); 124 $t->waitforfile($t->testdir . '/' . port($_)) foreach (8981 .. 8987);
125 125
126 ############################################################################### 126 ###############################################################################
127 127
128 # PTR 128 # PTR
129 129
138 $s->ok('PTR'); 138 $s->ok('PTR');
139 139
140 $s->send('QUIT'); 140 $s->send('QUIT');
141 $s->read(); 141 $s->read();
142 142
143 # Cached PTR prevents from querying bad ns on port 8083 143 # Cached PTR prevents from querying bad ns on port 8983
144 144
145 $s = Test::Nginx::SMTP->new(); 145 $s = Test::Nginx::SMTP->new();
146 $s->read(); 146 $s->read();
147 $s->send('EHLO example.com'); 147 $s->send('EHLO example.com');
148 $s->read(); 148 $s->read();
287 my $name = join('.', @name); 287 my $name = join('.', @name);
288 if ($name eq 'a.example.net' && $type == A) { 288 if ($name eq 'a.example.net' && $type == A) {
289 push @rdata, rd_addr($ttl, '127.0.0.1'); 289 push @rdata, rd_addr($ttl, '127.0.0.1');
290 290
291 } elsif ($name eq '1.0.0.127.in-addr.arpa' && $type == PTR) { 291 } elsif ($name eq '1.0.0.127.in-addr.arpa' && $type == PTR) {
292 if ($port == port(8081)) { 292 if ($port == port(8981)) {
293 push @rdata, rd_name(PTR, $ttl, 'a.example.net'); 293 push @rdata, rd_name(PTR, $ttl, 'a.example.net');
294 294
295 } elsif ($port == port(8082)) { 295 } elsif ($port == port(8982)) {
296 $rcode = SERVFAIL; 296 $rcode = SERVFAIL;
297 297
298 } elsif ($port == port(8083)) { 298 } elsif ($port == port(8983)) {
299 # zero length RDATA 299 # zero length RDATA
300 300
301 push @rdata, pack("n3N n", 0xc00c, PTR, IN, $ttl, 0); 301 push @rdata, pack("n3N n", 0xc00c, PTR, IN, $ttl, 0);
302 302
303 } elsif ($port == port(8084)) { 303 } elsif ($port == port(8984)) {
304 # PTR answered with CNAME 304 # PTR answered with CNAME
305 305
306 push @rdata, rd_name(CNAME, $ttl, 306 push @rdata, rd_name(CNAME, $ttl,
307 '1.1.0.0.127.in-addr.arpa'); 307 '1.1.0.0.127.in-addr.arpa');
308 308
309 } elsif ($port == port(8085)) { 309 } elsif ($port == port(8985)) {
310 # uncompressed answer 310 # uncompressed answer
311 311
312 push @rdata, pack("(C/a*)6x n2N n(C/a*)3x", 312 push @rdata, pack("(C/a*)6x n2N n(C/a*)3x",
313 ('1', '0', '0', '127', 'in-addr', 'arpa'), 313 ('1', '0', '0', '127', 'in-addr', 'arpa'),
314 PTR, IN, $ttl, 15, ('a', 'example', 'net')); 314 PTR, IN, $ttl, 15, ('a', 'example', 'net'));
315 315
316 } elsif ($port == port(8086)) { 316 } elsif ($port == port(8986)) {
317 push @rdata, rd_name(DNAME, $ttl, 'a.example.net'); 317 push @rdata, rd_name(DNAME, $ttl, 'a.example.net');
318 318
319 } elsif ($port == port(8087)) { 319 } elsif ($port == port(8987)) {
320 # PTR answered with CNAME+PTR 320 # PTR answered with CNAME+PTR
321 321
322 push @rdata, rd_name(CNAME, $ttl, 322 push @rdata, rd_name(CNAME, $ttl,
323 '1.1.0.0.127.in-addr.arpa'); 323 '1.1.0.0.127.in-addr.arpa');
324 push @rdata, pack("n3N n(C/a*)3 x", 0xc034, 324 push @rdata, pack("n3N n(C/a*)3 x", 0xc034,