t_gif.sh revision 1.3
1 # $NetBSD: t_gif.sh,v 1.3 2015/12/08 05:56:18 knakahara Exp $ 2 # 3 # Copyright (c) 2015 Internet Initiative Japan Inc. 4 # All rights reserved. 5 # 6 # Redistribution and use in source and binary forms, with or without 7 # modification, are permitted provided that the following conditions 8 # are met: 9 # 1. Redistributions of source code must retain the above copyright 10 # notice, this list of conditions and the following disclaimer. 11 # 2. Redistributions in binary form must reproduce the above copyright 12 # notice, this list of conditions and the following disclaimer in the 13 # documentation and/or other materials provided with the distribution. 14 # 15 # THIS SOFTWARE IS PROVIDED BY THE NETBSD FOUNDATION, INC. AND CONTRIBUTORS 16 # ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED 17 # TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR 18 # PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE FOUNDATION OR CONTRIBUTORS 19 # BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR 20 # CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF 21 # SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS 22 # INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN 23 # CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) 24 # ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE 25 # POSSIBILITY OF SUCH DAMAGE. 26 # 27 28 server="rump_server -v -lrumpnet -lrumpnet_net -lrumpnet_netinet \ 29 -lrumpnet_netinet6 -lrumpnet_shmif -lrumpnet_gif" 30 HIJACKING="env LD_PRELOAD=/usr/lib/librumphijack.so RUMPHIJACK=sysctl=yes" 31 32 SOCK1=unix://commsock1 # for ROUTER1 33 SOCK2=unix://commsock2 # for ROUTER2 34 ROUTER1_LANIP=192.168.1.1 35 ROUTER1_LANNET=192.168.1.0/24 36 ROUTER1_WANIP=10.0.0.1 37 ROUTER1_GIFIP=172.16.1.1 38 ROUTER1_WANIP_DUMMY=10.0.0.11 39 ROUTER1_GIFIP_DUMMY=172.16.11.1 40 ROUTER1_GIFIP_RECURSIVE1=172.16.101.1 41 ROUTER1_GIFIP_RECURSIVE2=172.16.201.1 42 ROUTER2_LANIP=192.168.2.1 43 ROUTER2_LANNET=192.168.2.0/24 44 ROUTER2_WANIP=10.0.0.2 45 ROUTER2_GIFIP=172.16.2.1 46 ROUTER2_WANIP_DUMMY=10.0.0.12 47 ROUTER2_GIFIP_DUMMY=172.16.12.1 48 ROUTER2_GIFIP_RECURSIVE1=172.16.102.1 49 ROUTER2_GIFIP_RECURSIVE2=172.16.202.1 50 51 ROUTER1_LANIP6=fc00:1::1 52 ROUTER1_LANNET6=fc00:1::/64 53 ROUTER1_WANIP6=fc00::1 54 ROUTER1_GIFIP6=fc00:3::1 55 ROUTER1_WANIP6_DUMMY=fc00::11 56 ROUTER1_GIFIP6_DUMMY=fc00:13::1 57 ROUTER1_GIFIP6_RECURSIVE1=fc00:103::1 58 ROUTER1_GIFIP6_RECURSIVE2=fc00:203::1 59 ROUTER2_LANIP6=fc00:2::1 60 ROUTER2_LANNET6=fc00:2::/64 61 ROUTER2_WANIP6=fc00::2 62 ROUTER2_GIFIP6=fc00:4::1 63 ROUTER2_WANIP6_DUMMY=fc00::12 64 ROUTER2_GIFIP6_DUMMY=fc00:14::1 65 ROUTER2_GIFIP6_RECURSIVE1=fc00:104::1 66 ROUTER2_GIFIP6_RECURSIVE2=fc00:204::1 67 68 TIMEOUT=5 69 70 atf_test_case basicv4overv4 cleanup 71 atf_test_case basicv4overv6 cleanup 72 atf_test_case basicv6overv4 cleanup 73 atf_test_case basicv6overv6 cleanup 74 atf_test_case ioctlv4overv4 cleanup 75 atf_test_case ioctlv4overv6 cleanup 76 atf_test_case ioctlv6overv4 cleanup 77 atf_test_case ioctlv6overv6 cleanup 78 atf_test_case recursivev4overv4 cleanup 79 atf_test_case recursivev4overv6 cleanup 80 atf_test_case recursivev6overv4 cleanup 81 atf_test_case recursivev6overv6 cleanup 82 83 basicv4overv4_head() 84 { 85 atf_set "descr" "Does IPv4 over IPv4 if_gif basic tests" 86 atf_set "require.progs" "rump_server" 87 } 88 89 basicv4overv6_head() 90 { 91 atf_set "descr" "Does IPv4 over IPv6 if_gif basic tests" 92 atf_set "require.progs" "rump_server" 93 } 94 95 basicv6overv4_head() 96 { 97 atf_set "descr" "Does IPv6 over IPv4 if_gif basic tests" 98 atf_set "require.progs" "rump_server" 99 } 100 101 basicv6overv6_head() 102 { 103 atf_set "descr" "Does IPv6 over IPv6 if_gif basic tests" 104 atf_set "require.progs" "rump_server" 105 } 106 107 ioctlv4overv4_head() 108 { 109 atf_set "descr" "Does IPv4 over IPv4 if_gif ioctl tests" 110 atf_set "require.progs" "rump_server" 111 } 112 113 ioctlv4overv6_head() 114 { 115 atf_set "descr" "Does IPv4 over IPv6 if_gif ioctl tests" 116 atf_set "require.progs" "rump_server" 117 } 118 119 ioctlv6overv4_head() 120 { 121 atf_set "descr" "Does IPv6 over IPv4 if_gif ioctl tests" 122 atf_set "require.progs" "rump_server" 123 } 124 125 ioctlv6overv6_head() 126 { 127 atf_set "descr" "Does IPv6 over IPv6 if_gif ioctl tests" 128 atf_set "require.progs" "rump_server" 129 } 130 131 recursivev4overv4_head() 132 { 133 atf_set "descr" "Does IPv4 over IPv4 if_gif recursive check tests" 134 atf_set "require.progs" "rump_server" 135 } 136 137 recursivev4overv6_head() 138 { 139 atf_set "descr" "Does IPv4 over IPv6 if_gif recursive check tests" 140 atf_set "require.progs" "rump_server" 141 } 142 143 recursivev6overv4_head() 144 { 145 atf_set "descr" "Does IPv6 over IPv4 if_gif recursive check tests" 146 atf_set "require.progs" "rump_server" 147 } 148 149 recursivev6overv6_head() 150 { 151 atf_set "descr" "Does IPv6 over IPv6 if_gif recursive check tests" 152 atf_set "require.progs" "rump_server" 153 } 154 155 setup_router() 156 { 157 sock=${1} 158 lan=${2} 159 lan_mode=${3} 160 wan=${4} 161 wan_mode=${5} 162 163 export RUMP_SERVER=${sock} 164 atf_check -s exit:0 rump.ifconfig shmif0 create 165 atf_check -s exit:0 rump.ifconfig shmif0 linkstr bus0 166 if [ ${lan_mode} = "ipv6" ]; then 167 atf_check -s exit:0 rump.ifconfig shmif0 inet6 ${lan} 168 else 169 atf_check -s exit:0 rump.ifconfig shmif0 inet ${lan} netmask 0xffffff00 170 fi 171 atf_check -s exit:0 rump.ifconfig shmif0 up 172 rump.ifconfig shmif0 173 174 atf_check -s exit:0 rump.ifconfig shmif1 create 175 atf_check -s exit:0 rump.ifconfig shmif1 linkstr bus1 176 if [ ${wan_mode} = "ipv6" ]; then 177 atf_check -s exit:0 rump.ifconfig shmif1 inet6 ${wan} 178 else 179 atf_check -s exit:0 rump.ifconfig shmif1 inet ${wan} netmask 0xff000000 180 fi 181 atf_check -s exit:0 rump.ifconfig shmif1 up 182 rump.ifconfig shmif1 183 } 184 185 test_router() 186 { 187 sock=${1} 188 lan=${2} 189 lan_mode=${3} 190 wan=${4} 191 wan_mode=${5} 192 193 export RUMP_SERVER=${sock} 194 atf_check -s exit:0 -o match:shmif0 rump.ifconfig 195 if [ ${lan_mode} = "ipv6" ]; then 196 atf_check -s exit:0 -o ignore rump.ping6 -n -c 1 -X $TIMEOUT ${lan} 197 else 198 atf_check -s exit:0 -o ignore rump.ping -n -c 1 -w $TIMEOUT ${lan} 199 fi 200 201 atf_check -s exit:0 -o match:shmif1 rump.ifconfig 202 if [ ${wan_mode} = "ipv6" ]; then 203 atf_check -s exit:0 -o ignore rump.ping6 -n -c 1 -X $TIMEOUT ${wan} 204 else 205 atf_check -s exit:0 -o ignore rump.ping -n -c 1 -w $TIMEOUT ${wan} 206 fi 207 } 208 209 setup() 210 { 211 inner=${1} 212 outer=${2} 213 214 atf_check -s exit:0 ${server} $SOCK1 215 atf_check -s exit:0 ${server} $SOCK2 216 217 router1_lan="" 218 router1_lan_mode="" 219 router2_lan="" 220 router2_lan_mode="" 221 if [ ${inner} = "ipv6" ]; then 222 router1_lan=$ROUTER1_LANIP6 223 router1_lan_mode="ipv6" 224 router2_lan=$ROUTER2_LANIP6 225 router2_lan_mode="ipv6" 226 else 227 router1_lan=$ROUTER1_LANIP 228 router1_lan_mode="ipv4" 229 router2_lan=$ROUTER2_LANIP 230 router2_lan_mode="ipv4" 231 fi 232 233 if [ ${outer} = "ipv6" ]; then 234 setup_router $SOCK1 ${router1_lan} ${router1_lan_mode} \ 235 $ROUTER1_WANIP6 ipv6 236 setup_router $SOCK2 ${router2_lan} ${router2_lan_mode} \ 237 $ROUTER2_WANIP6 ipv6 238 else 239 setup_router $SOCK1 ${router1_lan} ${router1_lan_mode} \ 240 $ROUTER1_WANIP ipv4 241 setup_router $SOCK2 ${router2_lan} ${router2_lan_mode} \ 242 $ROUTER2_WANIP ipv4 243 fi 244 } 245 246 test_setup() 247 { 248 inner=${1} 249 outer=${2} 250 251 router1_lan="" 252 router1_lan_mode="" 253 router2_lan="" 254 router2_lan_mode="" 255 if [ ${inner} = "ipv6" ]; then 256 router1_lan=$ROUTER1_LANIP6 257 router1_lan_mode="ipv6" 258 router2_lan=$ROUTER2_LANIP6 259 router2_lan_mode="ipv6" 260 else 261 router1_lan=$ROUTER1_LANIP 262 router1_lan_mode="ipv4" 263 router2_lan=$ROUTER2_LANIP 264 router2_lan_mode="ipv4" 265 fi 266 if [ ${outer} = "ipv6" ]; then 267 test_router $SOCK1 ${router1_lan} ${router1_lan_mode} \ 268 $ROUTER1_WANIP6 ipv6 269 test_router $SOCK2 ${router2_lan} ${router2_lan_mode} \ 270 $ROUTER2_WANIP6 ipv6 271 else 272 test_router $SOCK1 ${router1_lan} ${router1_lan_mode} \ 273 $ROUTER1_WANIP ipv4 274 test_router $SOCK2 ${router2_lan} ${router2_lan_mode} \ 275 $ROUTER2_WANIP ipv4 276 fi 277 } 278 279 setup_if_gif() 280 { 281 sock=${1} 282 addr=${2} 283 remote=${3} 284 inner=${4} 285 src=${5} 286 dst=${6} 287 peernet=${7} 288 289 export RUMP_SERVER=${sock} 290 atf_check -s exit:0 rump.ifconfig gif0 create 291 atf_check -s exit:0 rump.ifconfig gif0 tunnel ${src} ${dst} 292 if [ ${inner} = "ipv6" ]; then 293 atf_check -s exit:0 rump.ifconfig gif0 inet6 ${addr}/128 ${remote} 294 atf_check -s exit:0 -o ignore rump.route add -inet6 ${peernet} ${addr} 295 else 296 atf_check -s exit:0 rump.ifconfig gif0 inet ${addr}/32 ${remote} 297 atf_check -s exit:0 -o ignore rump.route add -inet ${peernet} ${addr} 298 fi 299 300 rump.ifconfig gif0 301 rump.route -nL show 302 } 303 304 setup_tunnel() 305 { 306 inner=${1} 307 outer=${2} 308 309 addr="" 310 remote="" 311 src="" 312 dst="" 313 peernet="" 314 315 if [ ${inner} = "ipv6" ]; then 316 addr=$ROUTER1_GIFIP6 317 remote=$ROUTER2_GIFIP6 318 peernet=$ROUTER2_LANNET6 319 else 320 addr=$ROUTER1_GIFIP 321 remote=$ROUTER2_GIFIP 322 peernet=$ROUTER2_LANNET 323 fi 324 if [ ${outer} = "ipv6" ]; then 325 src=$ROUTER1_WANIP6 326 dst=$ROUTER2_WANIP6 327 else 328 src=$ROUTER1_WANIP 329 dst=$ROUTER2_WANIP 330 fi 331 setup_if_gif $SOCK1 ${addr} ${remote} ${inner} \ 332 ${src} ${dst} ${peernet} 333 334 if [ $inner = "ipv6" ]; then 335 addr=$ROUTER2_GIFIP6 336 remote=$ROUTER1_GIFIP6 337 peernet=$ROUTER1_LANNET6 338 else 339 addr=$ROUTER2_GIFIP 340 remote=$ROUTER1_GIFIP 341 peernet=$ROUTER1_LANNET 342 fi 343 if [ $outer = "ipv6" ]; then 344 src=$ROUTER2_WANIP6 345 dst=$ROUTER1_WANIP6 346 else 347 src=$ROUTER2_WANIP 348 dst=$ROUTER1_WANIP 349 fi 350 setup_if_gif $SOCK2 ${addr} ${remote} ${inner} \ 351 ${src} ${dst} ${peernet} 352 } 353 354 test_setup_tunnel() 355 { 356 mode=${1} 357 358 peernet="" 359 opt="" 360 if [ ${mode} = "ipv6" ]; then 361 peernet=$ROUTER2_LANNET6 362 opt="-inet6" 363 else 364 peernet=$ROUTER2_LANNET 365 opt="-inet" 366 fi 367 export RUMP_SERVER=$SOCK1 368 atf_check -s exit:0 -o match:gif0 rump.ifconfig 369 atf_check -s exit:0 -o match:gif0 rump.route -nL get ${opt} ${peernet} 370 371 if [ ${mode} = "ipv6" ]; then 372 peernet=$ROUTER1_LANNET6 373 opt="-inet6" 374 else 375 peernet=$ROUTER1_LANNET 376 opt="-inet" 377 fi 378 export RUMP_SERVER=$SOCK2 379 atf_check -s exit:0 -o match:gif0 rump.ifconfig 380 atf_check -s exit:0 -o match:gif0 rump.route -nL get ${opt} ${peernet} 381 } 382 383 teardown_tunnel() 384 { 385 export RUMP_SERVER=$SOCK1 386 atf_check -s exit:0 rump.ifconfig gif0 deletetunnel 387 atf_check -s exit:0 rump.ifconfig gif0 destroy 388 389 export RUMP_SERVER=$SOCK2 390 atf_check -s exit:0 rump.ifconfig gif0 deletetunnel 391 atf_check -s exit:0 rump.ifconfig gif0 destroy 392 } 393 394 setup_dummy_if_gif() 395 { 396 sock=${1} 397 addr=${2} 398 remote=${3} 399 inner=${4} 400 src=${5} 401 dst=${6} 402 403 export RUMP_SERVER=${sock} 404 atf_check -s exit:0 rump.ifconfig gif1 create 405 atf_check -s exit:0 rump.ifconfig gif1 tunnel ${src} ${dst} 406 if [ ${inner} = "ipv6" ]; then 407 atf_check -s exit:0 rump.ifconfig gif1 inet6 ${addr}/128 ${remote} 408 else 409 atf_check -s exit:0 rump.ifconfig gif1 inet ${addr}/32 ${remote} 410 fi 411 412 rump.ifconfig gif1 413 } 414 415 setup_dummy_tunnel() 416 { 417 inner=${1} 418 outer=${2} 419 420 addr="" 421 remote="" 422 src="" 423 dst="" 424 425 if [ ${inner} = "ipv6" ]; then 426 addr=$ROUTER1_GIFIP6_DUMMY 427 remote=$ROUTER2_GIFIP6_DUMMY 428 else 429 addr=$ROUTER1_GIFIP_DUMMY 430 remote=$ROUTER2_GIFIP_DUMMY 431 fi 432 if [ ${outer} = "ipv6" ]; then 433 src=$ROUTER1_WANIP6_DUMMY 434 dst=$ROUTER2_WANIP6_DUMMY 435 else 436 src=$ROUTER1_WANIP_DUMMY 437 dst=$ROUTER2_WANIP_DUMMY 438 fi 439 setup_dummy_if_gif $SOCK1 ${addr} ${remote} ${inner} \ 440 ${src} ${dst} 441 442 if [ $inner = "ipv6" ]; then 443 addr=$ROUTER2_GIFIP6_DUMMY 444 remote=$ROUTER1_GIFIP6_DUMMY 445 else 446 addr=$ROUTER2_GIFIP_DUMMY 447 remote=$ROUTER1_GIFIP_DUMMY 448 fi 449 if [ $outer = "ipv6" ]; then 450 src=$ROUTER2_WANIP6_DUMMY 451 dst=$ROUTER1_WANIP6_DUMMY 452 else 453 src=$ROUTER2_WANIP_DUMMY 454 dst=$ROUTER1_WANIP_DUMMY 455 fi 456 setup_dummy_if_gif $SOCK2 ${addr} ${remote} ${inner} \ 457 ${src} ${dst} 458 } 459 460 test_setup_dummy_tunnel() 461 { 462 export RUMP_SERVER=$SOCK1 463 atf_check -s exit:0 -o match:gif1 rump.ifconfig 464 465 export RUMP_SERVER=$SOCK2 466 atf_check -s exit:0 -o match:gif1 rump.ifconfig 467 } 468 469 teardown_dummy_tunnel() 470 { 471 export RUMP_SERVER=$SOCK1 472 atf_check -s exit:0 rump.ifconfig gif1 deletetunnel 473 atf_check -s exit:0 rump.ifconfig gif1 destroy 474 475 export RUMP_SERVER=$SOCK2 476 atf_check -s exit:0 rump.ifconfig gif1 deletetunnel 477 atf_check -s exit:0 rump.ifconfig gif1 destroy 478 } 479 480 setup_recursive_if_gif() 481 { 482 sock=${1} 483 gif=${2} 484 addr=${3} 485 remote=${4} 486 inner=${5} 487 src=${6} 488 dst=${7} 489 490 export RUMP_SERVER=${sock} 491 atf_check -s exit:0 rump.ifconfig ${gif} create 492 atf_check -s exit:0 rump.ifconfig ${gif} tunnel ${src} ${dst} 493 if [ ${inner} = "ipv6" ]; then 494 atf_check -s exit:0 rump.ifconfig ${gif} inet6 ${addr}/128 ${remote} 495 else 496 atf_check -s exit:0 rump.ifconfig ${gif} inet ${addr}/32 ${remote} 497 fi 498 499 rump.ifconfig ${gif} 500 } 501 502 # test in ROUTER1 only 503 setup_recursive_tunnels() 504 { 505 mode=${1} 506 507 addr="" 508 remote="" 509 src="" 510 dst="" 511 512 if [ ${mode} = "ipv6" ]; then 513 addr=$ROUTER1_GIFIP6_RECURSIVE1 514 remote=$ROUTER2_GIFIP6_RECURSIVE1 515 src=$ROUTER1_GIFIP6 516 dst=$ROUTER2_GIFIP6 517 else 518 addr=$ROUTER1_GIFIP_RECURSIVE1 519 remote=$ROUTER2_GIFIP_RECURSIVE1 520 src=$ROUTER1_GIFIP 521 dst=$ROUTER2_GIFIP 522 fi 523 setup_recursive_if_gif $SOCK1 gif1 ${addr} ${remote} ${mode} \ 524 ${src} ${dst} 525 526 if [ ${mode} = "ipv6" ]; then 527 addr=$ROUTER1_GIFIP6_RECURSIVE2 528 remote=$ROUTER2_GIFIP6_RECURSIVE2 529 src=$ROUTER1_GIFIP6_RECURSIVE1 530 dst=$ROUTER2_GIFIP6_RECURSIVE1 531 else 532 addr=$ROUTER1_GIFIP_RECURSIVE2 533 remote=$ROUTER2_GIFIP_RECURSIVE2 534 src=$ROUTER1_GIFIP_RECURSIVE1 535 dst=$ROUTER2_GIFIP_RECURSIVE1 536 fi 537 setup_recursive_if_gif $SOCK1 gif2 ${addr} ${remote} ${mode} \ 538 ${src} ${dst} 539 } 540 541 # test in router1 only 542 test_recursive_check() 543 { 544 mode=$1 545 546 export RUMP_SERVER=$SOCK1 547 if [ ${mode} = "ipv6" ]; then 548 atf_check -s not-exit:0 -o ignore -e ignore \ 549 rump.ping6 -n -X $TIMEOUT -c 1 $ROUTER2_GIFIP6_RECURSIVE2 550 else 551 atf_check -s not-exit:0 -o ignore -e ignore \ 552 rump.ping -n -w $TIMEOUT -c 1 $ROUTER2_GIFIP_RECURSIVE2 553 fi 554 555 atf_check -o match:'gif0: recursively called too many times' \ 556 -x "$HIJACKING dmesg" 557 558 $HIJACKING dmesg 559 } 560 561 teardown_recursive_tunnels() 562 { 563 export RUMP_SERVER=$SOCK1 564 atf_check -s exit:0 rump.ifconfig gif1 deletetunnel 565 atf_check -s exit:0 rump.ifconfig gif1 destroy 566 atf_check -s exit:0 rump.ifconfig gif2 deletetunnel 567 atf_check -s exit:0 rump.ifconfig gif2 destroy 568 } 569 570 cleanup() 571 { 572 env RUMP_SERVER=$SOCK1 rump.halt 573 env RUMP_SERVER=$SOCK2 rump.halt 574 } 575 576 dump_bus() 577 { 578 /usr/bin/shmif_dumpbus -p - bus0 2>/dev/null| /usr/sbin/tcpdump -n -e -r - 579 /usr/bin/shmif_dumpbus -p - bus1 2>/dev/null| /usr/sbin/tcpdump -n -e -r - 580 } 581 582 test_ping_failure() 583 { 584 mode=$1 585 586 export RUMP_SERVER=$SOCK1 587 if [ ${mode} = "ipv6" ]; then 588 atf_check -s not-exit:0 -o ignore -e ignore \ 589 rump.ping6 -n -X $TIMEOUT -c 1 -S $ROUTER1_LANIP6 \ 590 $ROUTER2_LANIP6 591 else 592 atf_check -s not-exit:0 -o ignore -e ignore \ 593 rump.ping -n -w $TIMEOUT -c 1 -I $ROUTER1_LANIP \ 594 $ROUTER2_LANIP 595 fi 596 597 export RUMP_SERVER=$SOCK2 598 if [ ${mode} = "ipv6" ]; then 599 atf_check -s not-exit:0 -o ignore -e ignore \ 600 rump.ping6 -n -X $TIMEOUT -c 1 -S $ROUTER2_LANIP6 \ 601 $ROUTER1_LANIP6 602 else 603 atf_check -s not-exit:0 -o ignore -e ignore \ 604 rump.ping -n -w $TIMEOUT -c 1 -I $ROUTER1_LANIP \ 605 $ROUTER2_LANIP 606 fi 607 } 608 609 test_ping_success() 610 { 611 mode=$1 612 613 export RUMP_SERVER=$SOCK1 614 rump.ifconfig -v gif0 615 if [ ${mode} = "ipv6" ]; then 616 # XXX 617 # rump.ping6 rarely fails with the message that 618 # "failed to get receiving hop limit". 619 # This is a known issue being analyzed. 620 atf_check -s exit:0 -o ignore \ 621 rump.ping6 -n -X $TIMEOUT -c 1 -S $ROUTER1_LANIP6 \ 622 $ROUTER2_LANIP6 623 else 624 atf_check -s exit:0 -o ignore \ 625 rump.ping -n -w $TIMEOUT -c 1 -I $ROUTER1_LANIP \ 626 $ROUTER2_LANIP 627 fi 628 rump.ifconfig -v gif0 629 630 export RUMP_SERVER=$SOCK2 631 rump.ifconfig -v gif0 632 if [ ${mode} = "ipv6" ]; then 633 atf_check -s exit:0 -o ignore \ 634 rump.ping6 -n -X $TIMEOUT -c 1 -S $ROUTER2_LANIP6 \ 635 $ROUTER1_LANIP6 636 else 637 atf_check -s exit:0 -o ignore \ 638 rump.ping -n -w $TIMEOUT -c 1 -I $ROUTER2_LANIP \ 639 $ROUTER1_LANIP 640 fi 641 rump.ifconfig -v gif0 642 } 643 644 test_change_tunnel_duplicate() 645 { 646 mode=$1 647 648 newsrc="" 649 newdst="" 650 if [ ${mode} = "ipv6" ]; then 651 newsrc=$ROUTER1_WANIP6_DUMMY 652 newdst=$ROUTER2_WANIP6_DUMMY 653 else 654 newsrc=$ROUTER1_WANIP_DUMMY 655 newdst=$ROUTER2_WANIP_DUMMY 656 fi 657 export RUMP_SERVER=$SOCK1 658 rump.ifconfig -v gif0 659 rump.ifconfig -v gif1 660 atf_check -s exit:0 -e match:SIOCSLIFPHYADDR \ 661 rump.ifconfig gif0 tunnel ${newsrc} ${newdst} 662 rump.ifconfig -v gif0 663 rump.ifconfig -v gif1 664 665 if [ ${mode} = "ipv6" ]; then 666 newsrc=$ROUTER2_WANIP6_DUMMY 667 newdst=$ROUTER1_WANIP6_DUMMY 668 else 669 newsrc=$ROUTER2_WANIP_DUMMY 670 newdst=$ROUTER1_WANIP_DUMMY 671 fi 672 export RUMP_SERVER=$SOCK2 673 rump.ifconfig -v gif0 674 rump.ifconfig -v gif1 675 atf_check -s exit:0 -e match:SIOCSLIFPHYADDR \ 676 rump.ifconfig gif0 tunnel ${newsrc} ${newdst} 677 rump.ifconfig -v gif0 678 rump.ifconfig -v gif1 679 } 680 681 test_change_tunnel_success() 682 { 683 mode=$1 684 685 newsrc="" 686 newdst="" 687 if [ ${mode} = "ipv6" ]; then 688 newsrc=$ROUTER1_WANIP6_DUMMY 689 newdst=$ROUTER2_WANIP6_DUMMY 690 else 691 newsrc=$ROUTER1_WANIP_DUMMY 692 newdst=$ROUTER2_WANIP_DUMMY 693 fi 694 export RUMP_SERVER=$SOCK1 695 rump.ifconfig -v gif0 696 atf_check -s exit:0 \ 697 rump.ifconfig gif0 tunnel ${newsrc} ${newdst} 698 rump.ifconfig -v gif0 699 700 if [ ${mode} = "ipv6" ]; then 701 newsrc=$ROUTER2_WANIP6_DUMMY 702 newdst=$ROUTER1_WANIP6_DUMMY 703 else 704 newsrc=$ROUTER2_WANIP_DUMMY 705 newdst=$ROUTER1_WANIP_DUMMY 706 fi 707 export RUMP_SERVER=$SOCK2 708 rump.ifconfig -v gif0 709 atf_check -s exit:0 \ 710 rump.ifconfig gif0 tunnel ${newsrc} ${newdst} 711 rump.ifconfig -v gif0 712 } 713 714 basicv4overv4_body() 715 { 716 setup ipv4 ipv4 717 test_setup ipv4 ipv4 718 719 # Enable once PR kern/49219 is fixed 720 #test_ping_failure 721 722 setup_tunnel ipv4 ipv4 723 sleep 1 724 test_setup_tunnel ipv4 725 test_ping_success ipv4 726 727 teardown_tunnel 728 test_ping_failure ipv4 729 } 730 731 basicv4overv6_body() 732 { 733 setup ipv4 ipv6 734 test_setup ipv4 ipv6 735 736 # Enable once PR kern/49219 is fixed 737 #test_ping_failure 738 739 setup_tunnel ipv4 ipv6 740 sleep 1 741 test_setup_tunnel ipv4 742 test_ping_success ipv4 743 744 teardown_tunnel 745 test_ping_failure ipv4 746 } 747 748 basicv6overv4_body() 749 { 750 setup ipv6 ipv4 751 test_setup ipv6 ipv4 752 753 # Enable once PR kern/49219 is fixed 754 #test_ping_failure 755 756 setup_tunnel ipv6 ipv4 757 sleep 1 758 test_setup_tunnel ipv6 759 test_ping_success ipv6 760 761 teardown_tunnel 762 test_ping_failure ipv6 763 } 764 765 basicv6overv6_body() 766 { 767 setup ipv6 ipv6 768 test_setup ipv6 ipv6 769 770 # Enable once PR kern/49219 is fixed 771 #test_ping_failure 772 773 setup_tunnel ipv6 ipv6 774 sleep 1 775 test_setup_tunnel ipv6 776 test_ping_success ipv6 777 778 teardown_tunnel 779 test_ping_failure ipv6 780 } 781 782 basicv4overv4_cleanup() 783 { 784 dump_bus 785 cleanup 786 } 787 788 basicv4overv6_cleanup() 789 { 790 dump_bus 791 cleanup 792 } 793 794 basicv6overv4_cleanup() 795 { 796 dump_bus 797 cleanup 798 } 799 800 basicv6overv6_cleanup() 801 { 802 dump_bus 803 cleanup 804 } 805 806 ioctlv4overv4_body() 807 { 808 setup ipv4 ipv4 809 test_setup ipv4 ipv4 810 811 # Enable once PR kern/49219 is fixed 812 #test_ping_failure 813 814 setup_tunnel ipv4 ipv4 815 setup_dummy_tunnel ipv4 ipv4 816 sleep 1 817 test_setup_tunnel ipv4 818 test_setup_dummy_tunnel 819 test_ping_success ipv4 820 821 test_change_tunnel_duplicate ipv4 822 823 teardown_dummy_tunnel 824 test_change_tunnel_success ipv4 825 826 teardown_tunnel 827 test_ping_failure ipv4 828 } 829 830 ioctlv4overv6_body() 831 { 832 setup ipv4 ipv6 833 test_setup ipv4 ipv6 834 835 # Enable once PR kern/49219 is fixed 836 #test_ping_failure 837 838 setup_tunnel ipv4 ipv6 839 setup_dummy_tunnel ipv4 ipv6 840 sleep 1 841 test_setup_tunnel ipv4 842 test_setup_dummy_tunnel 843 test_ping_success ipv4 844 845 test_change_tunnel_duplicate ipv6 846 847 teardown_dummy_tunnel 848 test_change_tunnel_success ipv6 849 850 teardown_tunnel 851 test_ping_failure ipv4 852 } 853 854 ioctlv6overv4_body() 855 { 856 setup ipv6 ipv4 857 test_setup ipv6 ipv4 858 859 # Enable once PR kern/49219 is fixed 860 #test_ping_failure 861 862 setup_tunnel ipv6 ipv4 863 setup_dummy_tunnel ipv6 ipv4 864 sleep 1 865 test_setup_tunnel ipv6 866 test_setup_dummy_tunnel 867 test_ping_success ipv6 868 869 test_change_tunnel_duplicate ipv4 870 871 teardown_dummy_tunnel 872 test_change_tunnel_success ipv4 873 874 teardown_tunnel 875 test_ping_failure ipv6 876 } 877 878 ioctlv6overv6_body() 879 { 880 setup ipv6 ipv6 881 test_setup ipv6 ipv6 882 883 # Enable once PR kern/49219 is fixed 884 #test_ping_failure 885 886 setup_tunnel ipv6 ipv6 887 setup_dummy_tunnel ipv6 ipv6 888 sleep 1 889 test_setup_tunnel ipv6 890 test_setup_dummy_tunnel 891 test_ping_success ipv6 892 893 test_change_tunnel_duplicate ipv6 894 895 teardown_dummy_tunnel 896 test_change_tunnel_success ipv6 897 898 teardown_tunnel 899 test_ping_failure ipv6 900 } 901 902 ioctlv4overv4_cleanup() 903 { 904 dump_bus 905 cleanup 906 } 907 908 ioctlv4overv6_cleanup() 909 { 910 dump_bus 911 cleanup 912 } 913 914 ioctlv6overv4_cleanup() 915 { 916 dump_bus 917 cleanup 918 } 919 920 ioctlv6overv6_cleanup() 921 { 922 dump_bus 923 cleanup 924 } 925 926 recursivev4overv4_body() 927 { 928 setup ipv4 ipv4 929 test_setup ipv4 ipv4 930 931 # Enable once PR kern/49219 is fixed 932 #test_ping_failure 933 934 setup_tunnel ipv4 ipv4 935 setup_recursive_tunnels ipv4 936 sleep 1 937 938 test_recursive_check ipv4 939 940 teardown_recursive_tunnels 941 teardown_tunnel 942 } 943 944 recursivev4overv6_body() 945 { 946 setup ipv4 ipv6 947 test_setup ipv4 ipv6 948 949 # Enable once PR kern/49219 is fixed 950 #test_ping_failure 951 952 setup_tunnel ipv4 ipv6 953 setup_recursive_tunnels ipv4 954 sleep 1 955 956 test_recursive_check ipv4 957 958 teardown_recursive_tunnels 959 teardown_tunnel 960 } 961 962 recursivev6overv4_body() 963 { 964 setup ipv6 ipv4 965 test_setup ipv6 ipv4 966 967 # Enable once PR kern/49219 is fixed 968 #test_ping_failure 969 970 setup_tunnel ipv6 ipv4 971 setup_recursive_tunnels ipv6 972 sleep 1 973 974 test_recursive_check ipv6 975 976 teardown_recursive_tunnels 977 teardown_tunnel 978 } 979 980 recursivev6overv6_body() 981 { 982 setup ipv6 ipv6 983 test_setup ipv6 ipv6 984 985 # Enable once PR kern/49219 is fixed 986 #test_ping_failure 987 988 setup_tunnel ipv6 ipv6 989 setup_recursive_tunnels ipv6 990 sleep 1 991 992 test_recursive_check ipv6 993 994 teardown_recursive_tunnels 995 teardown_tunnel 996 test_ping_failure ipv6 997 } 998 999 recursivev4overv4_cleanup() 1000 { 1001 dump_bus 1002 cleanup 1003 } 1004 1005 recursivev4overv6_cleanup() 1006 { 1007 dump_bus 1008 cleanup 1009 } 1010 1011 recursivev6overv4_cleanup() 1012 { 1013 dump_bus 1014 cleanup 1015 } 1016 1017 recursivev6overv6_cleanup() 1018 { 1019 dump_bus 1020 cleanup 1021 } 1022 1023 atf_init_test_cases() 1024 { 1025 atf_add_test_case basicv4overv4 1026 atf_add_test_case basicv4overv6 1027 atf_add_test_case basicv6overv4 1028 atf_add_test_case basicv6overv6 1029 1030 atf_add_test_case ioctlv4overv4 1031 atf_add_test_case ioctlv4overv6 1032 atf_add_test_case ioctlv6overv4 1033 atf_add_test_case ioctlv6overv6 1034 1035 atf_add_test_case recursivev4overv4 1036 atf_add_test_case recursivev4overv6 1037 atf_add_test_case recursivev6overv4 1038 atf_add_test_case recursivev6overv6 1039 } 1040
Indexes created Sun Oct 12 02:09:55 GMT 2025