/testing/guestbin/swan-prep --x509 Preparing X.509 files road # certutil -D -n road -d sql:/etc/ipsec.d 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 # restorecon -R /etc/ipsec.d 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 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 # # wait on OE IKE negotiation road # sleep 1 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 192.1.3.209/32 dst 192.1.2.253/32 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,, west P,, west-ec P,, road # iptables -t nat -L -n Chain PREROUTING (policy ACCEPT) target prot opt source destination Chain INPUT (policy ACCEPT) target prot opt source destination Chain OUTPUT (policy ACCEPT) target prot opt source destination Chain POSTROUTING (policy ACCEPT) target prot opt source destination 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 # # you should see both RSA and NULL road # grep IKEv2_AUTH_ /tmp/pluto.log | auth method: IKEv2_AUTH_NULL (0xd) | 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