/testing/guestbin/swan-prep --x509 Preparing X.509 files road # certutil -D -n east -d sql:/etc/ipsec.d road # cp road-ikev2-oe.conf /etc/ipsec.d/ikev2-oe.conf road # cp policies/* /etc/ipsec.d/policies/ road # echo "192.1.2.0/24" >> /etc/ipsec.d/policies/private-or-clear road # ipsec start Redirecting to: [initsystem] road # /testing/pluto/bin/wait-until-pluto-started road # ipsec whack --impair suppress-retransmits road # # ensure for tests acquires expire before our failureshunt=2m road # echo 30 > /proc/sys/net/core/xfrm_acq_expires road # # give OE policies time to load road # sleep 5 road # ip -s xfrm monitor > /tmp/xfrm-monitor.out & [x] PID road # echo "initdone" initdone road # # one packet, which gets eaten by XFRM, so east does not initiate road # ping -n -c 1 -I 192.1.3.209 192.1.2.23 PING 192.1.2.23 (192.1.2.23) from 192.1.3.209 : 56(84) bytes of data. --- 192.1.2.23 ping statistics --- 1 packets transmitted, 0 received, 100% packet loss, time XXXX road # # wait on OE retransmits and rekeying road # sleep 5 road # # should show established tunnel and no bare shunts road # ipsec whack --trafficstatus road # ipsec whack --shuntstatus 000 Bare Shunt list: 000 road # ../../pluto/bin/ipsec-look.sh road NOW XFRM state: src 192.1.2.23 dst 192.1.3.209 proto esp spi 0xSPISPI reqid REQID mode tunnel replay-window 0 sel src 192.1.2.23/32 dst 192.1.3.209/32 src 192.1.3.209 dst 192.1.2.23 proto esp spi 0xSPISPI reqid REQID mode transport replay-window 0 sel src 192.1.3.209/32 dst 192.1.2.23/32 proto icmp type 8 code 0 dev eth0 XFRM policy: src 192.1.2.253/32 dst 192.1.3.209/32 dir fwd priority 1564639 ptype main src 192.1.2.253/32 dst 192.1.3.209/32 dir in priority 1564639 ptype main src 192.1.2.254/32 dst 192.1.3.209/32 dir fwd priority 1564639 ptype main src 192.1.2.254/32 dst 192.1.3.209/32 dir in priority 1564639 ptype main src 192.1.3.209/32 dst 192.1.2.253/32 dir out priority 1564639 ptype main src 192.1.3.209/32 dst 192.1.2.254/32 dir out priority 1564639 ptype main src 192.1.3.209/32 dst 192.1.3.253/32 dir out priority 1564639 ptype main src 192.1.3.209/32 dst 192.1.3.254/32 dir out priority 1564639 ptype main src 192.1.3.253/32 dst 192.1.3.209/32 dir fwd priority 1564639 ptype main src 192.1.3.253/32 dst 192.1.3.209/32 dir in priority 1564639 ptype main src 192.1.3.254/32 dst 192.1.3.209/32 dir fwd priority 1564639 ptype main src 192.1.3.254/32 dst 192.1.3.209/32 dir in priority 1564639 ptype main src 192.1.3.209/32 dst 192.1.2.0/24 dir out priority 1564647 ptype main tmpl src 0.0.0.0 dst 0.0.0.0 proto esp reqid REQID mode transport src 192.1.3.209/32 dst 192.1.2.23/32 dir out priority 1564647 ptype main XFRM done IPSEC mangle TABLES NEW_IPSEC_CONN mangle TABLES ROUTING TABLES default via 192.1.3.254 dev eth0 192.1.3.0/24 dev eth0 proto kernel scope link src 192.1.3.209 NSS_CERTIFICATES Certificate Nickname Trust Attributes SSL,S/MIME,JAR/XPI Libreswan test CA for mainca - Libreswan CT,, east-ec P,, hashsha1 P,, nic P,, north P,, road u,u,u west P,, west-ec P,, road # killall ip > /dev/null 2> /dev/null road # cp /tmp/xfrm-monitor.out OUTPUT/road.xfrm-monitor.txt road # # ping should succeed through tunnel road # ping -n -c 2 -I 192.1.3.209 192.1.2.23 PING 192.1.2.23 (192.1.2.23) from 192.1.3.209 : 56(84) bytes of data. --- 192.1.2.23 ping statistics --- 2 packets transmitted, 0 received, 100% packet loss, time XXXX road # echo done done road # # A tunnel should have established with non-zero byte counters road # ipsec whack --trafficstatus road # grep "negotiated connection" /tmp/pluto.log road # # you should see both RSA and NULL road # grep IKEv2_AUTH_ OUTPUT/*pluto.log OUTPUT/east.pluto.log:| auth method: IKEv2_AUTH_RSA (0x1) OUTPUT/road.pluto.log:| auth method: IKEv2_AUTH_RSA (0x1) road # road # ../bin/check-for-core.sh road # if [ -f /sbin/ausearch ]; then ausearch -r -m avc -ts recent ; fi