A Discrete-Event Network Simulator
API
test-epc-tft-classifier.cc
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1/*
2 * Copyright (c) 2011-2018 Centre Tecnologic de Telecomunicacions de Catalunya (CTTC)
3 *
4 * This program is free software; you can redistribute it and/or modify
5 * it under the terms of the GNU General Public License version 2 as
6 * published by the Free Software Foundation;
7 *
8 * This program is distributed in the hope that it will be useful,
9 * but WITHOUT ANY WARRANTY; without even the implied warranty of
10 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
11 * GNU General Public License for more details.
12 *
13 * You should have received a copy of the GNU General Public License
14 * along with this program; if not, write to the Free Software
15 * Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
16 *
17 * Authors: Nicola Baldo <nbaldo@cttc.es>
18 * Manuel Requena <manuel.requena@cttc.es>
19 */
20
21#include "ns3/epc-tft-classifier.h"
22#include "ns3/ipv4-header.h"
23#include "ns3/ipv4-l3-protocol.h"
24#include "ns3/ipv6-header.h"
25#include "ns3/ipv6-l3-protocol.h"
26#include "ns3/log.h"
27#include "ns3/packet.h"
28#include "ns3/tcp-header.h"
29#include "ns3/tcp-l4-protocol.h"
30#include "ns3/test.h"
31#include "ns3/udp-header.h"
32#include "ns3/udp-l4-protocol.h"
33
34#include <iomanip>
35
36using namespace ns3;
37
38NS_LOG_COMPONENT_DEFINE("TestEpcTftClassifier");
39
49{
50 public:
67 std::string sa,
68 std::string da,
69 uint16_t sp,
70 uint16_t dp,
71 uint8_t tos,
72 uint32_t tftId,
73 bool useIpv6);
74
76
77 private:
80 uint8_t m_tftId;
81 bool m_useIpv6;
86
101 static std::string BuildNameString(Ptr<EpcTftClassifier> c,
103 std::string sa,
104 std::string da,
105 uint16_t sp,
106 uint16_t dp,
107 uint8_t tos,
108 uint32_t tftId,
109 bool useIpv6);
110
111 void DoRun() override;
112};
113
116 std::string sa,
117 std::string da,
118 uint16_t sp,
119 uint16_t dp,
120 uint8_t tos,
121 uint32_t tftId,
122 bool useIpv6)
123 : TestCase(BuildNameString(c, d, sa, da, sp, dp, tos, tftId, useIpv6)),
124 m_c(c),
125 m_d(d),
126 m_tftId(tftId),
127 m_useIpv6(useIpv6)
128{
129 NS_LOG_FUNCTION(this << c << d << sa << da << sp << dp << tos << tftId << useIpv6);
130
131 if (m_useIpv6)
132 {
133 m_ipv6Header.SetSource(Ipv6Address::MakeIpv4MappedAddress(Ipv4Address(sa.c_str())));
134 m_ipv6Header.SetDestination(Ipv6Address::MakeIpv4MappedAddress(Ipv4Address(da.c_str())));
136 m_ipv6Header.SetPayloadLength(8); // Full UDP header
137 m_ipv6Header.SetNextHeader(UdpL4Protocol::PROT_NUMBER);
138 }
139 else
140 {
141 m_ipHeader.SetSource(Ipv4Address(sa.c_str()));
143 m_ipHeader.SetTos(tos);
144 m_ipHeader.SetPayloadSize(8); // Full UDP header
145 m_ipHeader.SetProtocol(UdpL4Protocol::PROT_NUMBER);
146 }
147
150}
151
153{
154}
155
156std::string
159 std::string sa,
160 std::string da,
161 uint16_t sp,
162 uint16_t dp,
163 uint8_t tos,
164 uint32_t tftId,
165 bool useIpv6)
166{
167 std::ostringstream oss;
168 oss << c << " d = " << d;
169 if (useIpv6)
170 {
171 oss << ", sa = " << Ipv6Address::MakeIpv4MappedAddress(Ipv4Address(sa.c_str()))
172 << ", da = " << Ipv6Address::MakeIpv4MappedAddress(Ipv4Address(da.c_str()));
173 }
174 else
175 {
176 oss << ", sa = " << sa << ", da = " << da;
177 }
178 oss << ", sp = " << sp << ", dp = " << dp << ", tos = 0x" << std::hex << (int)tos
179 << " --> tftId = " << tftId;
180 return oss.str();
181}
182
183void
185{
187
188 Ptr<Packet> udpPacket = Create<Packet>();
189 udpPacket->AddHeader(m_udpHeader);
190 if (m_useIpv6)
191 {
192 udpPacket->AddHeader(m_ipv6Header);
193 }
194 else
195 {
196 udpPacket->AddHeader(m_ipHeader);
197 }
198 NS_LOG_LOGIC(this << *udpPacket);
199 uint32_t obtainedTftId =
200 m_c->Classify(udpPacket,
201 m_d,
202 m_useIpv6 ? Ipv6L3Protocol::PROT_NUMBER : Ipv4L3Protocol::PROT_NUMBER);
203 NS_TEST_ASSERT_MSG_EQ(obtainedTftId, (uint16_t)m_tftId, "bad classification of UDP packet");
204}
205
212{
213 public:
215};
216
222
224 : TestSuite("eps-tft-classifier", UNIT)
225{
226 NS_LOG_FUNCTION(this);
227
229 // Same testcases using IPv4 and IPv6 addresses
230 // IPv6 addresses are IPv4 mapped addresses, i.e. 1.2.3.4 -> 0::ffff:1.2.3.4
231 // Currently, we use the format '0::ffff:0102:0304' because
232 // the format '0::ffff:1.2.3.4' is not supported by the Ipv6Address class
234
235 for (bool useIpv6 : {false, true})
236 {
238 // check some TFT matches
240
241 Ptr<EpcTftClassifier> c1 = Create<EpcTftClassifier>();
242
243 Ptr<EpcTft> tft1_1 = Create<EpcTft>();
244
245 EpcTft::PacketFilter pf1_1_1;
246 if (useIpv6)
247 {
248 pf1_1_1.remoteIpv6Address.Set("0::ffff:0100:0000");
249 pf1_1_1.remoteIpv6Prefix = Ipv6Prefix(96 + 8);
250 pf1_1_1.localIpv6Address.Set("0::ffff:0200:0000");
251 pf1_1_1.localIpv6Prefix = Ipv6Prefix(96 + 8);
252 }
253 else
254 {
255 pf1_1_1.remoteAddress.Set("1.0.0.0");
256 pf1_1_1.remoteMask.Set(0xff000000);
257 pf1_1_1.localAddress.Set("2.0.0.0");
258 pf1_1_1.localMask.Set(0xff000000);
259 }
260 tft1_1->Add(pf1_1_1);
261
262 EpcTft::PacketFilter pf1_1_2;
263 if (useIpv6)
264 {
265 pf1_1_2.remoteIpv6Address.Set("0::ffff:0303:0300");
266 pf1_1_2.remoteIpv6Prefix = Ipv6Prefix(96 + 24);
267 pf1_1_2.localIpv6Address.Set("0::ffff:0404:0400");
268 pf1_1_2.localIpv6Prefix = Ipv6Prefix(96 + 24);
269 }
270 else
271 {
272 pf1_1_2.remoteAddress.Set("3.3.3.0");
273 pf1_1_2.remoteMask.Set(0xffffff00);
274 pf1_1_2.localAddress.Set("4.4.4.0");
275 pf1_1_2.localMask.Set(0xffffff00);
276 }
277 tft1_1->Add(pf1_1_2);
278
279 c1->Add(tft1_1, 1);
280
281 Ptr<EpcTft> tft1_2 = Create<EpcTft>();
282
283 EpcTft::PacketFilter pf1_2_1;
284 pf1_2_1.remotePortStart = 1024;
285 pf1_2_1.remotePortEnd = 1035;
286 tft1_2->Add(pf1_2_1);
287
288 EpcTft::PacketFilter pf1_2_2;
289 pf1_2_2.localPortStart = 3456;
290 pf1_2_2.localPortEnd = 3489;
291 tft1_2->Add(pf1_2_2);
292
293 EpcTft::PacketFilter pf1_2_3;
294 pf1_2_3.localPortStart = 7895;
295 pf1_2_3.localPortEnd = 7895;
296 tft1_2->Add(pf1_2_3);
297
298 EpcTft::PacketFilter pf1_2_4;
299 pf1_2_4.remotePortStart = 5897;
300 pf1_2_4.remotePortEnd = 5897;
301 tft1_2->Add(pf1_2_4);
302
303 c1->Add(tft1_2, 2);
304
305 // --------------------------------classifier----direction-------src_addr---dst_addr--src_port--dst_port--ToS--TFT_id
306
307 // test IP addresses
309 EpcTft::UPLINK,
310 "2.2.3.4",
311 "1.1.1.1",
312 4,
313 1234,
314 0,
315 1,
316 useIpv6),
317 TestCase::QUICK);
319 EpcTft::UPLINK,
320 "2.2.3.4",
321 "1.0.0.0",
322 2,
323 123,
324 5,
325 1,
326 useIpv6),
327 TestCase::QUICK);
329 EpcTft::UPLINK,
330 "6.2.3.4",
331 "1.1.1.1",
332 4,
333 1234,
334 0,
335 0,
336 useIpv6),
337 TestCase::QUICK);
339 EpcTft::DOWNLINK,
340 "3.3.3.4",
341 "4.4.4.1",
342 4,
343 1234,
344 0,
345 1,
346 useIpv6),
347 TestCase::QUICK);
349 EpcTft::DOWNLINK,
350 "3.3.4.4",
351 "4.4.4.1",
352 4,
353 1234,
354 0,
355 0,
356 useIpv6),
357 TestCase::QUICK);
359 EpcTft::UPLINK,
360 "3.3.3.4",
361 "4.4.2.1",
362 4,
363 1234,
364 0,
365 0,
366 useIpv6),
367 TestCase::QUICK);
368
369 // test remote port
371 EpcTft::UPLINK,
372 "9.1.1.1",
373 "8.1.1.1",
374 4,
375 1024,
376 0,
377 2,
378 useIpv6),
379 TestCase::QUICK);
381 EpcTft::UPLINK,
382 "9.1.1.1",
383 "8.1.1.1",
384 4,
385 1025,
386 0,
387 2,
388 useIpv6),
389 TestCase::QUICK);
391 EpcTft::UPLINK,
392 "9.1.1.1",
393 "8.1.1.1",
394 4,
395 1035,
396 0,
397 2,
398 useIpv6),
399 TestCase::QUICK);
401 EpcTft::UPLINK,
402 "9.1.1.1",
403 "8.1.1.1",
404 4,
405 1234,
406 0,
407 0,
408 useIpv6),
409 TestCase::QUICK);
411 EpcTft::DOWNLINK,
412 "9.1.1.1",
413 "8.1.1.1",
414 4,
415 1024,
416 0,
417 0,
418 useIpv6),
419 TestCase::QUICK);
421 EpcTft::DOWNLINK,
422 "9.1.1.1",
423 "8.1.1.1",
424 4,
425 1025,
426 0,
427 0,
428 useIpv6),
429 TestCase::QUICK);
431 EpcTft::DOWNLINK,
432 "9.1.1.1",
433 "8.1.1.1",
434 4,
435 1035,
436 0,
437 0,
438 useIpv6),
439 TestCase::QUICK);
440
441 // test local port
443 EpcTft::UPLINK,
444 "9.1.1.1",
445 "8.1.1.1",
446 4,
447 3456,
448 0,
449 0,
450 useIpv6),
451 TestCase::QUICK);
453 EpcTft::UPLINK,
454 "9.1.1.1",
455 "8.1.1.1",
456 4,
457 3457,
458 0,
459 0,
460 useIpv6),
461 TestCase::QUICK);
463 EpcTft::UPLINK,
464 "9.1.1.1",
465 "8.1.1.1",
466 4,
467 3489,
468 0,
469 0,
470 useIpv6),
471 TestCase::QUICK);
473 EpcTft::UPLINK,
474 "9.1.1.1",
475 "8.1.1.1",
476 3456,
477 6,
478 0,
479 2,
480 useIpv6),
481 TestCase::QUICK);
483 EpcTft::DOWNLINK,
484 "9.1.1.1",
485 "8.1.1.1",
486 3461,
487 3461,
488 0,
489 2,
490 useIpv6),
491 TestCase::QUICK);
493 EpcTft::DOWNLINK,
494 "9.1.1.1",
495 "8.1.1.1",
496 9,
497 3489,
498 0,
499 2,
500 useIpv6),
501 TestCase::QUICK);
503 EpcTft::DOWNLINK,
504 "9.1.1.1",
505 "8.1.1.1",
506 9,
507 7895,
508 0,
509 2,
510 useIpv6),
511 TestCase::QUICK);
513 EpcTft::UPLINK,
514 "9.1.1.1",
515 "8.1.1.1",
516 7895,
517 10,
518 0,
519 2,
520 useIpv6),
521 TestCase::QUICK);
523 EpcTft::UPLINK,
524 "9.1.1.1",
525 "8.1.1.1",
526 9,
527 5897,
528 0,
529 2,
530 useIpv6),
531 TestCase::QUICK);
533 EpcTft::DOWNLINK,
534 "9.1.1.1",
535 "8.1.1.1",
536 5897,
537 10,
538 0,
539 2,
540 useIpv6),
541 TestCase::QUICK);
542
544 // check default TFT
546
547 Ptr<EpcTftClassifier> c2 = Create<EpcTftClassifier>();
548 c2->Add(EpcTft::Default(), 1);
549
550 // --------------------------------classifier---direction--------src_addr---dst_addr--src_port--dst_port--ToS--TFT
551 // id
552
553 // test IP addresses
555 EpcTft::UPLINK,
556 "2.2.3.4",
557 "1.1.1.1",
558 4,
559 1234,
560 0,
561 1,
562 useIpv6),
563 TestCase::QUICK);
565 EpcTft::UPLINK,
566 "2.2.3.4",
567 "1.0.0.0",
568 2,
569 123,
570 5,
571 1,
572 useIpv6),
573 TestCase::QUICK);
575 EpcTft::UPLINK,
576 "6.2.3.4",
577 "1.1.1.1",
578 4,
579 1234,
580 0,
581 1,
582 useIpv6),
583 TestCase::QUICK);
585 EpcTft::DOWNLINK,
586 "3.3.3.4",
587 "4.4.4.1",
588 4,
589 1234,
590 0,
591 1,
592 useIpv6),
593 TestCase::QUICK);
595 EpcTft::DOWNLINK,
596 "3.3.4.4",
597 "4.4.4.1",
598 4,
599 1234,
600 0,
601 1,
602 useIpv6),
603 TestCase::QUICK);
605 EpcTft::UPLINK,
606 "3.3.3.4",
607 "4.4.2.1",
608 4,
609 1234,
610 0,
611 1,
612 useIpv6),
613 TestCase::QUICK);
614
615 // test remote port
617 EpcTft::UPLINK,
618 "9.1.1.1",
619 "8.1.1.1",
620 4,
621 1024,
622 0,
623 1,
624 useIpv6),
625 TestCase::QUICK);
627 EpcTft::UPLINK,
628 "9.1.1.1",
629 "8.1.1.1",
630 4,
631 1025,
632 0,
633 1,
634 useIpv6),
635 TestCase::QUICK);
637 EpcTft::UPLINK,
638 "9.1.1.1",
639 "8.1.1.1",
640 4,
641 1035,
642 0,
643 1,
644 useIpv6),
645 TestCase::QUICK);
647 EpcTft::UPLINK,
648 "9.1.1.1",
649 "8.1.1.1",
650 4,
651 1234,
652 0,
653 1,
654 useIpv6),
655 TestCase::QUICK);
657 EpcTft::DOWNLINK,
658 "9.1.1.1",
659 "8.1.1.1",
660 4,
661 1024,
662 0,
663 1,
664 useIpv6),
665 TestCase::QUICK);
667 EpcTft::DOWNLINK,
668 "9.1.1.1",
669 "8.1.1.1",
670 4,
671 1025,
672 0,
673 1,
674 useIpv6),
675 TestCase::QUICK);
677 EpcTft::DOWNLINK,
678 "9.1.1.1",
679 "8.1.1.1",
680 4,
681 1035,
682 0,
683 1,
684 useIpv6),
685 TestCase::QUICK);
686
687 // test local port
689 EpcTft::UPLINK,
690 "9.1.1.1",
691 "8.1.1.1",
692 4,
693 3456,
694 0,
695 1,
696 useIpv6),
697 TestCase::QUICK);
699 EpcTft::UPLINK,
700 "9.1.1.1",
701 "8.1.1.1",
702 4,
703 3457,
704 0,
705 1,
706 useIpv6),
707 TestCase::QUICK);
709 EpcTft::UPLINK,
710 "9.1.1.1",
711 "8.1.1.1",
712 4,
713 3489,
714 0,
715 1,
716 useIpv6),
717 TestCase::QUICK);
719 EpcTft::UPLINK,
720 "9.1.1.1",
721 "8.1.1.1",
722 3456,
723 6,
724 0,
725 1,
726 useIpv6),
727 TestCase::QUICK);
729 EpcTft::DOWNLINK,
730 "9.1.1.1",
731 "8.1.1.1",
732 3461,
733 3461,
734 0,
735 1,
736 useIpv6),
737 TestCase::QUICK);
739 EpcTft::DOWNLINK,
740 "9.1.1.1",
741 "8.1.1.1",
742 9,
743 3489,
744 0,
745 1,
746 useIpv6),
747 TestCase::QUICK);
748
750 // check default TFT plus dedicated ones
752
753 Ptr<EpcTftClassifier> c3 = Create<EpcTftClassifier>();
754 c3->Add(EpcTft::Default(), 1);
755 c3->Add(tft1_1, 2);
756 c3->Add(tft1_2, 3);
757
758 // --------------------------------classifier---direction--------src_addr---dst_addr---src_port--dst_port--ToS--TFT_id
759
760 // test IP addresses
762 EpcTft::UPLINK,
763 "2.2.3.4",
764 "1.1.1.1",
765 4,
766 1234,
767 0,
768 2,
769 useIpv6),
770 TestCase::QUICK);
772 EpcTft::UPLINK,
773 "2.2.3.4",
774 "1.0.0.0",
775 2,
776 123,
777 5,
778 2,
779 useIpv6),
780 TestCase::QUICK);
782 EpcTft::UPLINK,
783 "6.2.3.4",
784 "1.1.1.1",
785 4,
786 1234,
787 0,
788 1,
789 useIpv6),
790 TestCase::QUICK);
792 EpcTft::DOWNLINK,
793 "3.3.3.4",
794 "4.4.4.1",
795 4,
796 1234,
797 0,
798 2,
799 useIpv6),
800 TestCase::QUICK);
802 EpcTft::DOWNLINK,
803 "3.3.4.4",
804 "4.4.4.1",
805 4,
806 1234,
807 0,
808 1,
809 useIpv6),
810 TestCase::QUICK);
812 EpcTft::UPLINK,
813 "3.3.3.4",
814 "4.4.2.1",
815 4,
816 1234,
817 0,
818 1,
819 useIpv6),
820 TestCase::QUICK);
821
822 // test remote port
824 EpcTft::UPLINK,
825 "9.1.1.1",
826 "8.1.1.1",
827 4,
828 1024,
829 0,
830 3,
831 useIpv6),
832 TestCase::QUICK);
834 EpcTft::UPLINK,
835 "9.1.1.1",
836 "8.1.1.1",
837 4,
838 1025,
839 0,
840 3,
841 useIpv6),
842 TestCase::QUICK);
844 EpcTft::UPLINK,
845 "9.1.1.1",
846 "8.1.1.1",
847 4,
848 1035,
849 0,
850 3,
851 useIpv6),
852 TestCase::QUICK);
854 EpcTft::UPLINK,
855 "9.1.1.1",
856 "8.1.1.1",
857 4,
858 1234,
859 0,
860 1,
861 useIpv6),
862 TestCase::QUICK);
864 EpcTft::DOWNLINK,
865 "9.1.1.1",
866 "8.1.1.1",
867 4,
868 1024,
869 0,
870 1,
871 useIpv6),
872 TestCase::QUICK);
874 EpcTft::DOWNLINK,
875 "9.1.1.1",
876 "8.1.1.1",
877 4,
878 1025,
879 0,
880 1,
881 useIpv6),
882 TestCase::QUICK);
884 EpcTft::DOWNLINK,
885 "9.1.1.1",
886 "8.1.1.1",
887 4,
888 1035,
889 0,
890 1,
891 useIpv6),
892 TestCase::QUICK);
893
894 // test local port
896 EpcTft::UPLINK,
897 "9.1.1.1",
898 "8.1.1.1",
899 4,
900 3456,
901 0,
902 1,
903 useIpv6),
904 TestCase::QUICK);
906 EpcTft::UPLINK,
907 "9.1.1.1",
908 "8.1.1.1",
909 4,
910 3457,
911 0,
912 1,
913 useIpv6),
914 TestCase::QUICK);
916 EpcTft::UPLINK,
917 "9.1.1.1",
918 "8.1.1.1",
919 4,
920 3489,
921 0,
922 1,
923 useIpv6),
924 TestCase::QUICK);
926 EpcTft::UPLINK,
927 "9.1.1.1",
928 "8.1.1.1",
929 3456,
930 6,
931 0,
932 3,
933 useIpv6),
934 TestCase::QUICK);
936 EpcTft::DOWNLINK,
937 "9.1.1.1",
938 "8.1.1.1",
939 3461,
940 3461,
941 0,
942 3,
943 useIpv6),
944 TestCase::QUICK);
946 EpcTft::DOWNLINK,
947 "9.1.1.1",
948 "8.1.1.1",
949 9,
950 3489,
951 0,
952 3,
953 useIpv6),
954 TestCase::QUICK);
955
957 // check two TFTs with different ports
959
960 Ptr<EpcTftClassifier> c4 = Create<EpcTftClassifier>();
961 Ptr<EpcTft> tft4_1 = Create<EpcTft>();
962 tft4_1->Add(pf1_2_3);
963 c4->Add(tft4_1, 1);
964 Ptr<EpcTft> tft4_2 = Create<EpcTft>();
965 tft4_2->Add(pf1_2_4);
966 c4->Add(tft4_2, 2);
968 EpcTft::DOWNLINK,
969 "9.1.1.1",
970 "8.1.1.1",
971 9,
972 3489,
973 0,
974 0,
975 useIpv6),
976 TestCase::QUICK);
978 EpcTft::DOWNLINK,
979 "9.1.1.1",
980 "8.1.1.1",
981 9,
982 7895,
983 0,
984 1,
985 useIpv6),
986 TestCase::QUICK);
988 EpcTft::UPLINK,
989 "9.1.1.1",
990 "8.1.1.1",
991 7895,
992 10,
993 0,
994 1,
995 useIpv6),
996 TestCase::QUICK);
998 EpcTft::UPLINK,
999 "9.1.1.1",
1000 "8.1.1.1",
1001 9,
1002 5897,
1003 0,
1004 2,
1005 useIpv6),
1006 TestCase::QUICK);
1008 EpcTft::DOWNLINK,
1009 "9.1.1.1",
1010 "8.1.1.1",
1011 5897,
1012 10,
1013 0,
1014 2,
1015 useIpv6),
1016 TestCase::QUICK);
1017 }
1018}
Test case to check the functionality of the Tft Classifier.
Ipv4Header m_ipHeader
the IPv4 header
TcpHeader m_tcpHeader
the TCP header
Ptr< EpcTftClassifier > m_c
the EPC TFT classifier
static std::string BuildNameString(Ptr< EpcTftClassifier > c, EpcTft::Direction d, std::string sa, std::string da, uint16_t sp, uint16_t dp, uint8_t tos, uint32_t tftId, bool useIpv6)
Build name string.
bool m_useIpv6
use IPv4 or IPv6 header/addresses
EpcTftClassifierTestCase(Ptr< EpcTftClassifier > c, EpcTft::Direction d, std::string sa, std::string da, uint16_t sp, uint16_t dp, uint8_t tos, uint32_t tftId, bool useIpv6)
Constructor.
void DoRun() override
Implementation to actually run this TestCase.
UdpHeader m_udpHeader
the UDP header
EpcTft::Direction m_d
the EPC TFT direction
Ipv6Header m_ipv6Header
the IPv6 header
Epc Tft Classifier Test Suite.
uint32_t Classify(Ptr< Packet > p, EpcTft::Direction direction, uint16_t protocolNumber)
classify an IP packet
void Add(Ptr< EpcTft > tft, uint32_t id)
add a TFT to the Classifier
Direction
Indicates the direction of the traffic that is to be classified.
Definition: epc-tft.h:51
Ipv4 addresses are stored in host order in this class.
Definition: ipv4-address.h:43
void Set(uint32_t address)
input address is in host order.
Packet header for IPv4.
Definition: ipv4-header.h:34
void SetDestination(Ipv4Address destination)
Definition: ipv4-header.cc:309
void SetPayloadSize(uint16_t size)
Definition: ipv4-header.cc:57
void SetProtocol(uint8_t num)
Definition: ipv4-header.cc:288
void SetTos(uint8_t tos)
Definition: ipv4-header.cc:85
void SetSource(Ipv4Address source)
Definition: ipv4-header.cc:295
void Set(uint32_t mask)
input mask is in host order.
Definition: ipv4-address.cc:98
void Set(const char *address)
Sets an Ipv6Address by parsing the input C-string.
Packet header for IPv6.
Definition: ipv6-header.h:36
void SetDestination(Ipv6Address dst)
Set the "Destination address" field.
Definition: ipv6-header.cc:118
void SetSource(Ipv6Address src)
Set the "Source address" field.
Definition: ipv6-header.cc:106
void SetPayloadLength(uint16_t len)
Set the "Payload length" field.
Definition: ipv6-header.cc:70
void SetTrafficClass(uint8_t traffic)
Set the "Traffic class" field.
Definition: ipv6-header.cc:46
void SetNextHeader(uint8_t next)
Set the "Next header" field.
Definition: ipv6-header.cc:82
Describes an IPv6 prefix.
Definition: ipv6-address.h:456
void AddHeader(const Header &header)
Add header to this packet.
Definition: packet.cc:268
static void Enable()
Enable the packet metadata.
Header for the Transmission Control Protocol.
Definition: tcp-header.h:46
encapsulates test code
Definition: test.h:1060
void AddTestCase(TestCase *testCase, TestDuration duration=QUICK)
Add an individual child TestCase to this test suite.
Definition: test.cc:305
A suite of tests to run.
Definition: test.h:1256
Packet header for UDP packets.
Definition: udp-header.h:41
void SetSourcePort(uint16_t port)
Definition: udp-header.cc:63
void SetDestinationPort(uint16_t port)
Definition: udp-header.cc:57
#define NS_LOG_COMPONENT_DEFINE(name)
Define a Log component with a specific name.
Definition: log.h:202
#define NS_LOG_LOGIC(msg)
Use NS_LOG to output a message of level LOG_LOGIC.
Definition: log.h:282
#define NS_LOG_FUNCTION(parameters)
If log level LOG_FUNCTION is enabled, this macro will output all input parameters separated by ",...
static EpcTftClassifierTestSuite g_lteTftClassifierTestSuite
Static variable for test initialization.
#define NS_TEST_ASSERT_MSG_EQ(actual, limit, msg)
Test that an actual and expected (limit) value are equal and report and abort if not.
Definition: test.h:144
Every class exported by the ns3 library is enclosed in the ns3 namespace.
Implement the data structure representing a TrafficFlowTemplate Packet Filter.
Definition: epc-tft.h:71
Ipv4Address localAddress
IPv4 address of the UE.
Definition: epc-tft.h:121
Ipv6Prefix localIpv6Prefix
IPv6 address prefix of the UE.
Definition: epc-tft.h:127
uint16_t localPortEnd
end of the port number range of the UE
Definition: epc-tft.h:132
Ipv4Mask localMask
IPv4 address mask of the UE.
Definition: epc-tft.h:122
uint16_t remotePortEnd
end of the port number range of the remote host
Definition: epc-tft.h:130
Ipv6Address remoteIpv6Address
IPv6 address of the remote host.
Definition: epc-tft.h:124
Ipv4Mask remoteMask
IPv4 address mask of the remote host.
Definition: epc-tft.h:120
uint16_t remotePortStart
start of the port number range of the remote host
Definition: epc-tft.h:129
Ipv6Address localIpv6Address
IPv6 address of the UE.
Definition: epc-tft.h:126
Ipv4Address remoteAddress
IPv4 address of the remote host.
Definition: epc-tft.h:119
Ipv6Prefix remoteIpv6Prefix
IPv6 address prefix of the remote host.
Definition: epc-tft.h:125
uint16_t localPortStart
start of the port number range of the UE
Definition: epc-tft.h:131