Off-link (host)

[Interoperability Test Scenario]

Last Update: February 26, 2000

This scenario verifies interoperability when the target HOST is attached to the model network.

Subjects:
Verification of on-link and off-link communication with router.
Verification Points:

- Address auto configuration check

with link-local address.
with site-local address.
with global address.

- On-link communication

with link-local address.
with site-local address.
with global address.
whether the source address is correct.

- Off-link communication

with site-local address.
with global address.
whether the source address is correct.
Physical Network Configuration:

            HOST-4
              |
    -+--------+---------------------- (Net-y)(Prefix 3ffe:501:481d:f002::/64)
     |                                       (Prefix fec0:0:0:f002::/64)
     | (I/F-y)
  ROUTER-1
     | (I/F-z)
     |
    -+--------+---------+--------+--- (Net-z)(Prefix 3ffe:501:481d:f001::/64)
              |         |        |           (Prefix fec0:0:0:f001::/64)
            HOST-1    HOST-2   HOST-3

Network	Prefix	Network media
Net-y	3ffe:501:481d:f002::/64 fec0:0:0:f002::/64	Ethernet 10BASE-T
Net-z	3ffe:501:481d:f001::/64 fec0:0:0:f001::/64	Ethernet 10BASE-T

Test Machine:

Machine Comments Initial status Configuration

HOST-4 Reference Machine Is attached to Net-y with power turned off. -

ROUTER-1 Reference Machine Power is turned off. I/F-z is attached to Net-z while I/F-y is attached to Net-y. Sends RA to Net-z and Net-y.
Doesn't send and receive RIP.

HOST-1 Target Machine Is attached to Net-z with power turned off. -

HOST-2 Reference Machine Is attached to Net-z with power turned off. -

HOST-3 Reference Machine Is attached to Net-z with power turned off. -

Using Application:
Interoperability is checked using Ping6, UDP echo and ftp application program.

NOTE: We select these applications, as typical application for each protocol (ICMP/UDP/TCP).
In this scenario, it is not a subject to verify each application in detail.
Multicast is also, we have other subject to verify multicast in detail.

Interoperability check

No Action Criteria Comments

Address auto configuration check.

1 Boot ROUTER-1. - Router-1 should transmit NS for
DAD (link-local/site-local/global),
and RA/MLDR (AllRouter/RipRouter
/OwnSolicietd/SubnetRouterSolicited).

2 Boot HOST-1. *HOST-1 transmits RS.
*HOST-1 recieves RA.
*HOST-1 transmits NS for DAD (link-local/site-local/global).
*HOST-1 transmits MLDR (It's own solicited address.).
HOST-1 should transmit NS for
DAD (link-local/site-local/global)
and MLDR/RS, and receive RA.

3 Boot HOST-2. - HOST-2 should transmit NS for
DAD (link-local/site-local/global)
and MLDR/RS, and receive RA.

4 Boot HOST-3. - HOST-3 should transmit NS for
DAD (link-local/site-local/global)
and MLDR/RS, and receive RA.

5 Boot HOST-4. - HOST-3 should transmit NS for
DAD (link-local/site-local/global)
and MLDR/RS, and receive RA.

Unicast address communication.

6 At HOST-1, run "ping" to HOST-2's global address.
Repeat 10 times, with 16 bytes ICMP payload, interval 1 second.
Ex) # ping6 -I ed0 -s 16 -i 1 -c 10 HOST-2. *HOST-1 sends ICMP Echo Request to HOST-2 (global).
*HOST-1 receives ICMP Echo Reply from HOST-2 (global).
*Both HOSTS select global address as Source Address. On-link communication with global address.
They communicate with protocols ICMP with non Fragment/Fragment packet.

7 At HOST-1, run "ping" to HOST-2's global address.
Repeat 10 times, with 1452 bytes ICMP payload, interval 1 second.
Ex) # ping6 -I ed0 -s 16 -i 1 -c 10 HOST-2. *HOST-1 sends ICMP Echo Request to HOST-2 (global).
*HOST-1 receives ICMP Echo Reply from HOST-2 (global).
*Both HOSTS select global address as Source Address. On-link communication with global address.
They communicate with protocols ICMP with non Fragment/Fragment packet.

8 At HOST-1, run "ping" to HOST-2's global address.
Repeat 10 times, with 2888 bytes ICMP payload, interval 1 second.
Ex) # ping6 -I ed0 -s 16 -i 1 -c 10 HOST-2. *HOST-1 sends ICMP Echo Request to HOST-2 (global).
*HOST-1 receives ICMP Echo Reply from HOST-2 (global).
*Both HOSTS select global address as Source Address. On-link communication with global address.
They communicate with protocols ICMP with non Fragment/Fragment packet.

9 At HOST-1, run UDP echo program to communicate with HOST-2's global address.
Repeat 10 times, with 16 bytes UDP payload, interval 1 second.
Ex) # echo6c -I ed0 -s 16 -i 1 -c 10 HOST-2. *HOST-1 sends UDP Echo Request to HOST-2 (global).
*HOST-1 receives UDP Echo Reply from HOST-2 (global).
*Both HOSTS select global address as Source Address. They communicate with protocols UDP with non Fragment/Fragment packet.

10 At HOST-1, run UDP echo program to communicate with HOST-2's global address.
Repeat 10 times, with 1452 bytes UDP payload, interval 1 second.
Ex) # echo6c -I ed0 -s 16 -i 1 -c 10 HOST-2. *HOST-1 sends UDP Echo Request to HOST-2 (global).
*HOST-1 receives UDP Echo Reply from HOST-2 (global).
*Both HOSTS select global address as Source Address. They communicate with protocols UDP with non Fragment/Fragment packet.

11 At HOST-1, run UDP echo program to communicate with HOST-2's global address.
Repeat 10 times, with 2888 bytes UDP payload, interval 1 second.
Ex) # echo6c -I ed0 -s 16 -i 1 -c 10 HOST-2. *HOST-1 sends UDP Echo Request to HOST-2 (global).
*HOST-1 receives UDP Echo Reply from HOST-2 (global).
*Both HOSTS select global address as Source Address. They communicate with protocols UDP with non Fragment/Fragment packet.

12 At HOST-1, run "ftp" to HOST-2's global address.
Get 1m bytes file. *HOST-1 downloads file correctly from HOST-2.
*Both HOSTS select global address as Source Address. They communicate with protocols TCP with non Fragment/Fragment packet.

13 At HOST-1, run "ping" to HOST-4's global address.
Repeat 10 times, with 16bytes ICMP payload, interval 1 second.
Ex) # ping6 -I ed0 -s 16 -i 1 -c 10 HOST-4. *HOST-1 sends ICMP Echo Request to
HOST-4 (global).
*HOST-1 receives ICMP Echo Reply from
HOST-4 (global).
*Both HOSTS select global address as Source Address. Off-link communication with global address
They communicate with protocols ICMP with non Fragment/Fragment packet.

14 At HOST-1, run "ping" to HOST-4's global address.
Repeat 10 times, with 16bytes ICMP payload, interval 1 second.
Ex) # ping6 -I ed0 -s 1452 -i 1 -c 10 HOST-4. *HOST-1 sends ICMP Echo Request to
HOST-4 (global).
*HOST-1 receives ICMP Echo Reply from
HOST-4 (global).
*Both HOSTS select global address as Source Address. Off-link communication with global address
They communicate with protocols ICMP with non Fragment/Fragment packet.

15 At HOST-1, run "ping" to HOST-4's global address.
Repeat 10 times, with 16bytes ICMP payload, interval 1 second.
Ex) # ping6 -I ed0 -s 2888 -i 1 -c 10 HOST-4. *HOST-1 sends ICMP Echo Request to
HOST-4 (global).
*HOST-1 receives ICMP Echo Reply from
HOST-4 (global).
*Both HOSTS select global address as Source Address. Off-link communication with global address
They communicate with protocols ICMP with non Fragment/Fragment packet.

16 At HOST-1, run UDP echo program*1 to communicate with HOST-4's global address.
Repeat 10 times, with 16bytes UDP payload, interval 1 second.
Ex) # echo6c -I ed0 -s 16 -i 1 -c 10 HOST-4. *HOST-1 sends UDP Echo Request to HOST-4 (global).
*HOST-1 receives UDP Echo Reply from HOST-4 (global).
*Both HOSTS select global address as Source Address. They communicate with protocols UDP with non Fragment/Fragment packet.

17 At HOST-1, run UDP echo program*1 to communicate with HOST-4's global address.
Repeat 10 times, with 16bytes UDP payload, interval 1 second.
Ex) # echo6c -I ed0 -s 1452 -i 1 -c 10 HOST-4. *HOST-1 sends UDP Echo Request to HOST-4 (global).
*HOST-1 receives UDP Echo Reply from HOST-4 (global).
*Both HOSTS select global address as Source Address. They communicate with protocols UDP with non Fragment/Fragment packet.

18 At HOST-1, run UDP echo program*1 to communicate with HOST-4's global address.
Repeat 10 times, with 16bytes UDP payload, interval 1 second.
Ex) # echo6c -I ed0 -s 2888 -i 1 -c 10 HOST-4. *HOST-1 sends UDP Echo Request to HOST-4 (global).
*HOST-1 receives UDP Echo Reply from HOST-4 (global).
*Both HOSTS select global address as Source Address. They communicate with protocols UDP with non Fragment/Fragment packet.

19 At HOST-1, run "ftp" to HOST-4's global address.
Get 1m bytes file. *HOST-1 downloads file correctly from HOST-4.
*Both HOSTS select global address as Source Address. They communicate with protocols TCP with non Fragment/Fragment packet.

20 At HOST-1, run "ping" to HOST-2's site-local address.
Repeat 10 times, with 16 bytes ICMP payload, interval 1 second.
Ex) # ping6 -I ed0 -s 16 -i 1 -c 10 HOST-2. *HOST-1 sends ICMP Echo Request to HOST-2 (site-local).
*HOST-1 receives ICMP Echo Reply from HOST-2 (site-local).
*Both HOSTS select site-local address as Source Address. On-link communication with site-local address
They communicate with protocols ICMP with non Fragment/Fragment packet.

21 At HOST-1, run "ping" to HOST-2's site-local address.
Repeat 10 times, with 1452 bytes ICMP payload, interval 1 second.
Ex) # ping6 -I ed0 -s 16 -i 1 -c 10 HOST-2. *HOST-1 sends ICMP Echo Request to HOST-2 (site-local).
*HOST-1 receives ICMP Echo Reply from HOST-2 (site-local).
*Both HOSTS select site-local address as Source Address. On-link communication with site-local address
They communicate with protocols ICMP with non Fragment/Fragment packet.

22 At HOST-1, run "ping" to HOST-2's site-local address.
Repeat 10 times, with 2888 bytes ICMP payload, interval 1 second.
Ex) # ping6 -I ed0 -s 16 -i 1 -c 10 HOST-2. *HOST-1 sends ICMP Echo Request to HOST-2 (site-local).
*HOST-1 receives ICMP Echo Reply from HOST-2 (site-local).
*Both HOSTS select site-local address as Source Address. On-link communication with site-local address
They communicate with protocols ICMP with non Fragment/Fragment packet.

23 At HOST-1, run UDP echo program*1 to communicate with HOST-2's site-local address.
Repeat 10 times, with 16 bytes UDP payload, interval 1 second.
Ex) # echo6c -I ed0 -s 16 -i 1 -c 10 HOST-2. *HOST-1 sends UDP Echo Request to HOST-2 (site-local).
*HOST-1 receives UDP Echo Reply from HOST-2 (site-local).
*Both HOSTS select site-local address as Source Address. They communicate with protocols UDP with non Fragment/Fragment packet.

24 At HOST-1, run UDP echo program*1 to communicate with HOST-2's site-local address.
Repeat 10 times, with 1452 bytes UDP payload, interval 1 second.
Ex) # echo6c -I ed0 -s 16 -i 1 -c 10 HOST-2. *HOST-1 sends UDP Echo Request to HOST-2 (site-local).
*HOST-1 receives UDP Echo Reply from HOST-2 (site-local).
*Both HOSTS select site-local address as Source Address. They communicate with protocols UDP with non Fragment/Fragment packet.

25 At HOST-1, run UDP echo program*1 to communicate with HOST-2's site-local address.
Repeat 10 times, with 2888 bytes UDP payload, interval 1 second.
Ex) # echo6c -I ed0 -s 16 -i 1 -c 10 HOST-2. *HOST-1 sends UDP Echo Request to HOST-2 (site-local).
*HOST-1 receives UDP Echo Reply from HOST-2 (site-local).
*Both HOSTS select site-local address as Source Address. They communicate with protocols UDP with non Fragment/Fragment packet.

26 At HOST-1, run "ftp" to HOST-2's site-local address.
Get 1m byte file. *HOST-1 downloads file correctly from HOST-2.
*Both HOSTS select site-local address as Source Address. They communicate with protocols TCP with non Fragment/Fragment packet.

27 At HOST-1, run "ping" to HOST-4's site-local address.
Repeat 10 times, with 16 bytes ICMP payload, interval 1 second.
Ex) # ping6 -I ed0 -s 16 -i 1 -c 10 HOST-4. *HOST-1 sends ICMP Echo Request to HOST-4 (site-local).
*HOST-1 receives ICMP Echo Reply from HOST-4 (site-local).
*Both HOSTS select site-local address as Source Address. Onlink communication with site-local address
They Communicate with protocols ICMP with non Fragment/Fragment packet.

28 At HOST-1, run "ping" to HOST-4's site-local address.
Repeat 10 times, with 1452 bytes ICMP payload, interval 1 second.
Ex) # ping6 -I ed0 -s 16 -i 1 -c 10 HOST-4. *HOST-1 sends ICMP Echo Request to HOST-4 (site-local).
*HOST-1 receives ICMP Echo Reply from HOST-4 (site-local).
*Both HOSTS select site-local address as Source Address. Onlink communication with site-local address
They Communicate with protocols ICMP with non Fragment/Fragment packet.

29 At HOST-1, run "ping" to HOST-4's site-local address.
Repeat 10 times, with 2888 bytes ICMP payload, interval 1 second.
Ex) # ping6 -I ed0 -s 16 -i 1 -c 10 HOST-4. *HOST-1 sends ICMP Echo Request to HOST-4 (site-local).
*HOST-1 receives ICMP Echo Reply from HOST-4 (site-local).
*Both HOSTS select site-local address as Source Address. Onlink communication with site-local address
They Communicate with protocols ICMP with non Fragment/Fragment packet.

30 At HOST-1, run UDP echo program*1 to communicate with HOST-4's site-local address.
Repeat 10 times, with 16 bytes UDP payload, interval 1 second.
Ex) # echo6c -I ed0 -s 16 -i 1 -c 10 HOST-4. *HOST-1 sends UDP Echo Request to HOST-4 (site-local).
*HOST-1 receives UDP Echo Reply from HOST-4 (site-local).
*Both HOSTS select site-local address as Source Address. They communicate with protocols UDP with non Fragment/Fragment packet.

31 At HOST-1, run UDP echo program*1 to communicate with HOST-4's site-local address.
Repeat 10 times, with 1452 bytes UDP payload, interval 1 second.
Ex) # echo6c -I ed0 -s 16 -i 1 -c 10 HOST-4. *HOST-1 sends UDP Echo Request to HOST-4 (site-local).
*HOST-1 receives UDP Echo Reply from HOST-4 (site-local).
*Both HOSTS select site-local address as Source Address. They communicate with protocols UDP with non Fragment/Fragment packet.

32 At HOST-1, run UDP echo program*1 to communicate with HOST-4's site-local address.
Repeat 10 times, with 2888 bytes UDP payload, interval 1 second.
Ex) # echo6c -I ed0 -s 16 -i 1 -c 10 HOST-4. *HOST-1 sends UDP Echo Request to HOST-4 (site-local).
*HOST-1 receives UDP Echo Reply from HOST-4 (site-local).
*Both HOSTS select site-local address as Source Address. They communicate with protocols UDP with non Fragment/Fragment packet.

33 At HOST-1, run "ftp" to HOST-4's site-local address.
Get 1m bytes file. *HOST-1 downloads file correctly from HOST-4.
*Both HOSTS select site-local address as Source Address. They communicate with protocols TCP with non Fragment/Fragment packet.

34 At HOST-1, run "ping" to HOST-2's link-local address.
Repeat 10 times, with 16 bytes ICMP payload, interval 1 second.
Ex) # ping6 -I ed0 -s 16 -i 1 -c 10 HOST-2. *HOST-1 sends ICMP Echo Request to HOST-2 (link-local).
*HOST-1 receives ICMP Echo Reply from HOST-2 (link-local).
*Both HOSTS select link-local address as Source Address. Onlink communication with link-local address
They Communicate with protocols ICMP with non Fragment/Fragment packet.

35 At HOST-1, run "ping" to HOST-2's link-local address.
Repeat 10 times, with 1452 bytes ICMP payload, interval 1 second.
Ex) # ping6 -I ed0 -s 16 -i 1 -c 10 HOST-2. *HOST-1 sends ICMP Echo Request to HOST-2 (link-local).
*HOST-1 receives ICMP Echo Reply from HOST-2 (link-local).
*Both HOSTS select link-local address as Source Address. Onlink communication with link-local address
They Communicate with protocols ICMP with non Fragment/Fragment packet.

36 At HOST-1, run "ping" to HOST-2's link-local address.
Repeat 10 times, with 2888 bytes ICMP payload, interval 1 second.
Ex) # ping6 -I ed0 -s 16 -i 1 -c 10 HOST-2. *HOST-1 sends ICMP Echo Request to HOST-2 (link-local).
*HOST-1 receives ICMP Echo Reply from HOST-2 (link-local).
*Both HOSTS select link-local address as Source Address. Onlink communication with link-local address
They Communicate with protocols ICMP with non Fragment/Fragment packet.

37 At HOST-1, run UDP echo program*1 to communicate with HOST-2's link-local address.
Repeat 10 times, with 16 bytes UDP payload, interval 1 second.
Ex) # echo6c -I ed0 -s 16 -i 1 -c 10 HOST-2. *HOST-1 sends UDP Echo Request to HOST-2 (link-local).
*HOST-1 receives UDP Echo Reply from HOST-2 (link-local).
*Both HOSTS select link-local address as Source Address. They communicate with protocols UDP with non Fragment/Fragment packet.

38 At HOST-1, run UDP echo program*1 to communicate with HOST-2's link-local address.
Repeat 10 times, with 1452 bytes UDP payload, interval 1 second.
Ex) # echo6c -I ed0 -s 16 -i 1 -c 10 HOST-2. *HOST-1 sends UDP Echo Request to HOST-2 (link-local).
*HOST-1 receives UDP Echo Reply from HOST-2 (link-local).
*Both HOSTS select link-local address as Source Address. They communicate with protocols UDP with non Fragment/Fragment packet.

39 At HOST-1, run UDP echo program*1 to communicate with HOST-2's link-local address.
Repeat 10 times, with 2888 bytes UDP payload, interval 1 second.
Ex) # echo6c -I ed0 -s 16 -i 1 -c 10 HOST-2. *HOST-1 sends UDP Echo Request to HOST-2 (link-local).
*HOST-1 receives UDP Echo Reply from HOST-2 (link-local).
*Both HOSTS select link-local address as Source Address. They communicate with protocols UDP with non Fragment/Fragment packet.

40 At HOST-1, run "ftp" to HOST-2's link-local address.
Get 1m bytes file with passive mode. *HOST-1 downloads file correctly from HOST-2.
*Both HOSTS select link-local address as Source Address. They communicate with protocols TCP with non Fragment/Fragment packet.

Multicast address communication.

41 At HOST-1, run Multicast Client Program, MulticastGroup(ff0e::1111).
Run to receive 20 times at port 8000 multicast group ff0e::1111.
Ex) # mcast6c -I ed0 -c 20 8000 ff0e::1111 *HOST-1 should transmit MLDR. Runs to receive 20 Messages.

42 At HOST-2, run Multicast Client Program, MulticastGroup(ff0e::1111).
Run to receive 10 times at port 8000 multicast group ff0e::1111.
Ex) # mcast6c -I ed0 -c 10 8000 ff0e::1111 - Runs to receive 10 Messages.
HOST-2 should transmit MLDR.

43 At HOST-3, transmit Packet to Multicast Group(ff0e::1111) using Multicast Server Program (HOP-Limit = 2).
Run to send 20 times to port 8000 multicast group ff0e::1111 with 2888 bytes UDP payload, 1 second interval .
Ex) # mcast6s -I ed0 -c 10 -i 1 -s 2888 -h 2 8000 ff02::1111 *HOST-3 transmits Multicast Messages 20 times.
*HOST-2 receives Multicast Messages 10 times.
*HOST-1 receives Multicast Messages 20 times, and then transmits MLDdone. -

44 At HOST-2, run Multicast Client Program, Multicast Group(ff0e::2222).
Run to receive 10 times at port 8000 multicast group ff0e::2222.
Ex) # mcast6c -I ed0 -c 10 8000 ff0e::2222 - Runs to receive 10 Messages.
HOST-2 should transmit MLDR.

45 At HOST-4, run Multicast Client Program, Multicast Group(ff0e::2222).
Run to receive 10 times at port 8000 multicast group ff0e::2222.
Ex) # mcast6c -I ed0 -c 10 8000 ff0e::2222 - Runs to receive 10 Messages.
HOST-4 should transmit MLDR.

46 At HOST-1, transmit Packet to Multicast Group(ff0e::2222) using Multicast Server Program (HOP-Limit = 2).
Run to send 10 times to port 8000 multicast group ff0e::2222 with 2888 bytes UDP payload, 1 second interval .
Ex) # mcast6s -I ed0 -c 10 -i 1 -s 2888 -h 2 8000 ff02::2222 *HOST-1 transmits Multicast Messages 10 times.
*HOST-2 receives Multicast Messages 10 times.
*HOST-4 receives Multicast Messages 10 times. -

47 At HOST-1, run "ping" to ff02::1.
Repeat 10 times, with 1452 bytes ICMP payload, interval 1 second.
Ex) # ping6 -I ed0 -s 2888 -i 1 -c 10 ff02::1 *HOST-1 sends ICMP Echo Request to ff02::1.
*HOTS-1 receives ICMP Echo Reply from all nodes at the same link. Availability confirmation.
link-local-AllNodeMulticast.

48 At HOST-1, run "ping" to ff02::1.
Repeat 10 times, with 2888 bytes ICMP payload, interval 1 second.
Ex) # ping6 -I ed0 -s 2888 -i 1 -c 10 ff02::1 *HOST-1 sends ICMP Echo Request to ff02::1.
*HOTS-1 receives ICMP Echo Reply from all nodes at the same link. Availability confirmation.
link-local-AllNodeMulticast.

49 At HOST-1, run "ping" to ff02::2.
Repeat 10 times, with 1452 bytes ICMP payload, interval 1 second.
Ex) # ping6 -I ed0 -s 1452 -i 1 -c 10 ff02::2 *HOST-1 sends ICMP Echo Request to ff02::2.
*HOTS-1 receives ICMP Echo Reply from all routers at the same link. Availability confirmation.
link-local-AllRouterMulticast.

50 At HOST-1, run "ping" to ff02::2.
Repeat 10 times, with 2888 bytes ICMP payload, interval 1 second.
Ex) # ping6 -I ed0 -s 2888 -i 1 -c 10 ff02::2 *HOST-1 sends ICMP Echo Request to ff02::2.
*HOTS-1 receives ICMP Echo Reply from all routers at the same link. Availability confirmation.
link-local-AllRouterMulticast.

Anycast address communication.

51 Assign with Anycast address (3ffe:501:481d:f001::1111) to HOST-2. - Global scope.

52 Assign with Anycast address (3ffe:501:481d:f001::1111) to HOST-3. - Global scope.

53 At HOST-1, run "ping" to 3ffe:501:481d:f001::1111 (Anycast address).
Repeat 10 times, with 1452 bytes ICMP payload, interval 1 second.
Ex) # ping6 -I ed0 -s 1452 -i 1 -c 10 3ffe:501:481d:f001::1111 *HOST-1 sends ICMP Echo Request to 3ffe:501:481d:f001::1111.
*HOST-1 receives ICMP Echo Reply from HOST-2 or HOST-3. Global scope.
HOST-1 sends ICMP Echo Request to the host who's NS was received earlier and receives. ICMP Echo Reply from it.

54 At HOST-1, run "ping" to 3ffe:501:481d:f001::1111 (Anycast address).
Repeat 10 times, with 2888 bytes ICMP payload, interval 1 second.
Ex) # ping6 -I ed0 -s 2888 -i 1 -c 10 3ffe:501:481d:f001::1111 *HOST-1 sends ICMP Echo Request to 3ffe:501:481d:f001::1111.
*HOST-1 receives ICMP Echo Reply from HOST-2 or HOST-3. Global scope.
HOST-1 sends ICMP Echo Request to the host who's NS was received earlier and receives. ICMP Echo Reply from it.

55 Assign with Anycast address (fec0:0:0:f001::1111) to HOST-2. - Site-local scope.

56 Assign with Anycast address (fec0:0:0:f001::1111) to HOST-3. - Site-local scope.

57 At HOST-1, run "ping" to fec0:0:0:f001::1111 (Anycast address).
Repeat 10 times, with 1452 bytes ICMP payload, interval 1 second.
Ex) # ping6 -I ed0 -s 1452 -i 1 -c 10 fec0:0:0:f001::1111 *HOST-1 sends ICMP Echo Request to fec0:0:0:f001::1111.
*HOST-1 receives ICMP Echo Reply from HOST-2 or HOST-3. Site-local scope.
HOST-1 sends ICMP Echo Request to the host who's NS was received earlier, and receives ICMP Echo Reply from it.

58 At HOST-1, run "ping" to fec0:0:0:f001::1111 (Anycast address).
Repeat 10 times, with 2888 bytes ICMP payload, interval 1 second.
Ex) # ping6 -I ed0 -s 2888 -i 1 -c 10 fec0:0:0:f001::1111 *HOST-1 sends ICMP Echo Request to fec0:0:0:f001::1111.
*HOST-1 receives ICMP Echo Reply from HOST-2 or HOST-3. Site-local scope.
HOST-1 sends ICMP Echo Request to the host who's NS was received earlier, and receives ICMP Echo Reply from it.

59 Assign with Anycast address (3ffe:501:481d:f001::2222) to HOST-1. *HOST-1 can be assigned with Anycast address. Global scope.
HOST-1 should not transmit NS (for DAD).

60 At HOST-2, run "ping" to 3ffe:501:481d:f001::2222 (Anycast address).
Repeat 10 times, with 1452 bytes ICMP payload, interval 1 second.
Ex) # ping6 -I ed0 -s 1452 -i 1 -c 10 3ffe:501:481d:f001::2222 *HOST-2 sends ICMP Echo Request to 3ffe:501:481d:f001::2222.
*HOST-2 receives ICMP Echo Reply from HOST-1. The NS from HOST-1 for 3ffe:501:481d:f001::2222
with OverrideFlag=0.

61 At HOST-2, run "ping" to 3ffe:501:481d:f001::2222 (Anycast address).
Repeat 10 times, with 2888 bytes ICMP payload, interval 1 second.
Ex) # ping6 -I ed0 -s 2888 -i 1 -c 10 3ffe:501:481d:f001::2222 *HOST-2 sends ICMP Echo Request to 3ffe:501:481d:f001::2222.
*HOST-2 receives ICMP Echo Reply from HOST-1. The NS from HOST-1 for 3ffe:501:481d:f001::2222
with OverrideFlag=0.

62 Assign with Anycast address (fec0:0:0:f001::2222) to HOST-1. *HOST-1 can be assigned with Anycast address. Site-local scope.
HOST-1 should not transmit NS (for DAD).

63 At HOST-2, run "ping" to fec0:0:0:f001::2222 (Anycast address).
Repeat 10 times, with 1452 bytes ICMP payload, interval 1 second.
Ex) # ping6 -I ed0 -s 1452 -i 1 -c 10 fec0:0:0:f001::2222 *HOST-2 sends ICMP Echo Request to fec0:0:0:f001::2222.
*HOST-2 receives ICMP Echo Reply from HOST-1. The NS from HOST-1 for fec0:0:0:f001::2222
with OverrideFlag=0.

64 At HOST-2, run "ping" to fec0:0:0:f001::2222 (Anycast address).
Repeat 10 times, with 2888 bytes ICMP payload, interval 1 second.
Ex) # ping6 -I ed0 -s 2888 -i 1 -c 10 fec0:0:0:f001::2222 *HOST-2 sends ICMP Echo Request to fec0:0:0:f001::2222.
*HOST-2 receives ICMP Echo Reply from HOST-1. The NS from HOST-1 for fec0:0:0:f001::2222
with OverrideFlag=0.

Duplicated Address Detection (DAD)
Source Address Selection (SAS)
Multicast Listener Discovery Report (MLDR)
Neighbor Unreachability Detection (NUD)
Mark"*"with no number means that we are going to judge that subject.

No	Action	Criteria	Comments
Address auto configuration check.
1	Boot ROUTER-1.	-	Router-1 should transmit NS for DAD (link-local/site-local/global), and RA/MLDR (AllRouter/RipRouter /OwnSolicietd/SubnetRouterSolicited).
2	Boot HOST-1.	HOST-1 transmits RS. HOST-1 recieves RA. HOST-1 transmits NS for DAD (link-local/site-local/global). HOST-1 transmits MLDR (It's own solicited address.).	HOST-1 should transmit NS for DAD (link-local/site-local/global) and MLDR/RS, and receive RA.
3	Boot HOST-2.	-	HOST-2 should transmit NS for DAD (link-local/site-local/global) and MLDR/RS, and receive RA.
4	Boot HOST-3.	-	HOST-3 should transmit NS for DAD (link-local/site-local/global) and MLDR/RS, and receive RA.
5	Boot HOST-4.	-	HOST-3 should transmit NS for DAD (link-local/site-local/global) and MLDR/RS, and receive RA.
Unicast address communication.
6	At HOST-1, run "ping" to HOST-2's global address. Repeat 10 times, with 16 bytes ICMP payload, interval 1 second. Ex) # ping6 -I ed0 -s 16 -i 1 -c 10 HOST-2.	HOST-1 sends ICMP Echo Request to HOST-2 (global). HOST-1 receives ICMP Echo Reply from HOST-2 (global). *Both HOSTS select global address as Source Address.	On-link communication with global address. They communicate with protocols ICMP with non Fragment/Fragment packet.
7	At HOST-1, run "ping" to HOST-2's global address. Repeat 10 times, with 1452 bytes ICMP payload, interval 1 second. Ex) # ping6 -I ed0 -s 16 -i 1 -c 10 HOST-2.	HOST-1 sends ICMP Echo Request to HOST-2 (global). HOST-1 receives ICMP Echo Reply from HOST-2 (global). *Both HOSTS select global address as Source Address.	On-link communication with global address. They communicate with protocols ICMP with non Fragment/Fragment packet.
8	At HOST-1, run "ping" to HOST-2's global address. Repeat 10 times, with 2888 bytes ICMP payload, interval 1 second. Ex) # ping6 -I ed0 -s 16 -i 1 -c 10 HOST-2.	HOST-1 sends ICMP Echo Request to HOST-2 (global). HOST-1 receives ICMP Echo Reply from HOST-2 (global). *Both HOSTS select global address as Source Address.	On-link communication with global address. They communicate with protocols ICMP with non Fragment/Fragment packet.
9	At HOST-1, run UDP echo program to communicate with HOST-2's global address. Repeat 10 times, with 16 bytes UDP payload, interval 1 second. Ex) # echo6c -I ed0 -s 16 -i 1 -c 10 HOST-2.	HOST-1 sends UDP Echo Request to HOST-2 (global). HOST-1 receives UDP Echo Reply from HOST-2 (global). *Both HOSTS select global address as Source Address.	They communicate with protocols UDP with non Fragment/Fragment packet.
10	At HOST-1, run UDP echo program to communicate with HOST-2's global address. Repeat 10 times, with 1452 bytes UDP payload, interval 1 second. Ex) # echo6c -I ed0 -s 16 -i 1 -c 10 HOST-2.	HOST-1 sends UDP Echo Request to HOST-2 (global). HOST-1 receives UDP Echo Reply from HOST-2 (global). *Both HOSTS select global address as Source Address.	They communicate with protocols UDP with non Fragment/Fragment packet.
11	At HOST-1, run UDP echo program to communicate with HOST-2's global address. Repeat 10 times, with 2888 bytes UDP payload, interval 1 second. Ex) # echo6c -I ed0 -s 16 -i 1 -c 10 HOST-2.	HOST-1 sends UDP Echo Request to HOST-2 (global). HOST-1 receives UDP Echo Reply from HOST-2 (global). *Both HOSTS select global address as Source Address.	They communicate with protocols UDP with non Fragment/Fragment packet.
12	At HOST-1, run "ftp" to HOST-2's global address. Get 1m bytes file.	HOST-1 downloads file correctly from HOST-2. Both HOSTS select global address as Source Address.	They communicate with protocols TCP with non Fragment/Fragment packet.
13	At HOST-1, run "ping" to HOST-4's global address. Repeat 10 times, with 16bytes ICMP payload, interval 1 second. Ex) # ping6 -I ed0 -s 16 -i 1 -c 10 HOST-4.	HOST-1 sends ICMP Echo Request to HOST-4 (global). HOST-1 receives ICMP Echo Reply from HOST-4 (global). *Both HOSTS select global address as Source Address.	Off-link communication with global address They communicate with protocols ICMP with non Fragment/Fragment packet.
14	At HOST-1, run "ping" to HOST-4's global address. Repeat 10 times, with 16bytes ICMP payload, interval 1 second. Ex) # ping6 -I ed0 -s 1452 -i 1 -c 10 HOST-4.	HOST-1 sends ICMP Echo Request to HOST-4 (global). HOST-1 receives ICMP Echo Reply from HOST-4 (global). *Both HOSTS select global address as Source Address.	Off-link communication with global address They communicate with protocols ICMP with non Fragment/Fragment packet.
15	At HOST-1, run "ping" to HOST-4's global address. Repeat 10 times, with 16bytes ICMP payload, interval 1 second. Ex) # ping6 -I ed0 -s 2888 -i 1 -c 10 HOST-4.	HOST-1 sends ICMP Echo Request to HOST-4 (global). HOST-1 receives ICMP Echo Reply from HOST-4 (global). *Both HOSTS select global address as Source Address.	Off-link communication with global address They communicate with protocols ICMP with non Fragment/Fragment packet.
16	At HOST-1, run UDP echo program*1 to communicate with HOST-4's global address. Repeat 10 times, with 16bytes UDP payload, interval 1 second. Ex) # echo6c -I ed0 -s 16 -i 1 -c 10 HOST-4.	HOST-1 sends UDP Echo Request to HOST-4 (global). HOST-1 receives UDP Echo Reply from HOST-4 (global). *Both HOSTS select global address as Source Address.	They communicate with protocols UDP with non Fragment/Fragment packet.
17	At HOST-1, run UDP echo program*1 to communicate with HOST-4's global address. Repeat 10 times, with 16bytes UDP payload, interval 1 second. Ex) # echo6c -I ed0 -s 1452 -i 1 -c 10 HOST-4.	HOST-1 sends UDP Echo Request to HOST-4 (global). HOST-1 receives UDP Echo Reply from HOST-4 (global). *Both HOSTS select global address as Source Address.	They communicate with protocols UDP with non Fragment/Fragment packet.
18	At HOST-1, run UDP echo program*1 to communicate with HOST-4's global address. Repeat 10 times, with 16bytes UDP payload, interval 1 second. Ex) # echo6c -I ed0 -s 2888 -i 1 -c 10 HOST-4.	HOST-1 sends UDP Echo Request to HOST-4 (global). HOST-1 receives UDP Echo Reply from HOST-4 (global). *Both HOSTS select global address as Source Address.	They communicate with protocols UDP with non Fragment/Fragment packet.
19	At HOST-1, run "ftp" to HOST-4's global address. Get 1m bytes file.	HOST-1 downloads file correctly from HOST-4. Both HOSTS select global address as Source Address.	They communicate with protocols TCP with non Fragment/Fragment packet.
20	At HOST-1, run "ping" to HOST-2's site-local address. Repeat 10 times, with 16 bytes ICMP payload, interval 1 second. Ex) # ping6 -I ed0 -s 16 -i 1 -c 10 HOST-2.	HOST-1 sends ICMP Echo Request to HOST-2 (site-local). HOST-1 receives ICMP Echo Reply from HOST-2 (site-local). *Both HOSTS select site-local address as Source Address.	On-link communication with site-local address They communicate with protocols ICMP with non Fragment/Fragment packet.
21	At HOST-1, run "ping" to HOST-2's site-local address. Repeat 10 times, with 1452 bytes ICMP payload, interval 1 second. Ex) # ping6 -I ed0 -s 16 -i 1 -c 10 HOST-2.	HOST-1 sends ICMP Echo Request to HOST-2 (site-local). HOST-1 receives ICMP Echo Reply from HOST-2 (site-local). *Both HOSTS select site-local address as Source Address.	On-link communication with site-local address They communicate with protocols ICMP with non Fragment/Fragment packet.
22	At HOST-1, run "ping" to HOST-2's site-local address. Repeat 10 times, with 2888 bytes ICMP payload, interval 1 second. Ex) # ping6 -I ed0 -s 16 -i 1 -c 10 HOST-2.	HOST-1 sends ICMP Echo Request to HOST-2 (site-local). HOST-1 receives ICMP Echo Reply from HOST-2 (site-local). *Both HOSTS select site-local address as Source Address.	On-link communication with site-local address They communicate with protocols ICMP with non Fragment/Fragment packet.
23	At HOST-1, run UDP echo program*1 to communicate with HOST-2's site-local address. Repeat 10 times, with 16 bytes UDP payload, interval 1 second. Ex) # echo6c -I ed0 -s 16 -i 1 -c 10 HOST-2.	HOST-1 sends UDP Echo Request to HOST-2 (site-local). HOST-1 receives UDP Echo Reply from HOST-2 (site-local). *Both HOSTS select site-local address as Source Address.	They communicate with protocols UDP with non Fragment/Fragment packet.
24	At HOST-1, run UDP echo program*1 to communicate with HOST-2's site-local address. Repeat 10 times, with 1452 bytes UDP payload, interval 1 second. Ex) # echo6c -I ed0 -s 16 -i 1 -c 10 HOST-2.	HOST-1 sends UDP Echo Request to HOST-2 (site-local). HOST-1 receives UDP Echo Reply from HOST-2 (site-local). *Both HOSTS select site-local address as Source Address.	They communicate with protocols UDP with non Fragment/Fragment packet.
25	At HOST-1, run UDP echo program*1 to communicate with HOST-2's site-local address. Repeat 10 times, with 2888 bytes UDP payload, interval 1 second. Ex) # echo6c -I ed0 -s 16 -i 1 -c 10 HOST-2.	HOST-1 sends UDP Echo Request to HOST-2 (site-local). HOST-1 receives UDP Echo Reply from HOST-2 (site-local). *Both HOSTS select site-local address as Source Address.	They communicate with protocols UDP with non Fragment/Fragment packet.
26	At HOST-1, run "ftp" to HOST-2's site-local address. Get 1m byte file.	HOST-1 downloads file correctly from HOST-2. Both HOSTS select site-local address as Source Address.	They communicate with protocols TCP with non Fragment/Fragment packet.
27	At HOST-1, run "ping" to HOST-4's site-local address. Repeat 10 times, with 16 bytes ICMP payload, interval 1 second. Ex) # ping6 -I ed0 -s 16 -i 1 -c 10 HOST-4.	HOST-1 sends ICMP Echo Request to HOST-4 (site-local). HOST-1 receives ICMP Echo Reply from HOST-4 (site-local). *Both HOSTS select site-local address as Source Address.	Onlink communication with site-local address They Communicate with protocols ICMP with non Fragment/Fragment packet.
28	At HOST-1, run "ping" to HOST-4's site-local address. Repeat 10 times, with 1452 bytes ICMP payload, interval 1 second. Ex) # ping6 -I ed0 -s 16 -i 1 -c 10 HOST-4.	HOST-1 sends ICMP Echo Request to HOST-4 (site-local). HOST-1 receives ICMP Echo Reply from HOST-4 (site-local). *Both HOSTS select site-local address as Source Address.	Onlink communication with site-local address They Communicate with protocols ICMP with non Fragment/Fragment packet.
29	At HOST-1, run "ping" to HOST-4's site-local address. Repeat 10 times, with 2888 bytes ICMP payload, interval 1 second. Ex) # ping6 -I ed0 -s 16 -i 1 -c 10 HOST-4.	HOST-1 sends ICMP Echo Request to HOST-4 (site-local). HOST-1 receives ICMP Echo Reply from HOST-4 (site-local). *Both HOSTS select site-local address as Source Address.	Onlink communication with site-local address They Communicate with protocols ICMP with non Fragment/Fragment packet.
30	At HOST-1, run UDP echo program*1 to communicate with HOST-4's site-local address. Repeat 10 times, with 16 bytes UDP payload, interval 1 second. Ex) # echo6c -I ed0 -s 16 -i 1 -c 10 HOST-4.	HOST-1 sends UDP Echo Request to HOST-4 (site-local). HOST-1 receives UDP Echo Reply from HOST-4 (site-local). *Both HOSTS select site-local address as Source Address.	They communicate with protocols UDP with non Fragment/Fragment packet.
31	At HOST-1, run UDP echo program*1 to communicate with HOST-4's site-local address. Repeat 10 times, with 1452 bytes UDP payload, interval 1 second. Ex) # echo6c -I ed0 -s 16 -i 1 -c 10 HOST-4.	HOST-1 sends UDP Echo Request to HOST-4 (site-local). HOST-1 receives UDP Echo Reply from HOST-4 (site-local). *Both HOSTS select site-local address as Source Address.	They communicate with protocols UDP with non Fragment/Fragment packet.
32	At HOST-1, run UDP echo program*1 to communicate with HOST-4's site-local address. Repeat 10 times, with 2888 bytes UDP payload, interval 1 second. Ex) # echo6c -I ed0 -s 16 -i 1 -c 10 HOST-4.	HOST-1 sends UDP Echo Request to HOST-4 (site-local). HOST-1 receives UDP Echo Reply from HOST-4 (site-local). *Both HOSTS select site-local address as Source Address.	They communicate with protocols UDP with non Fragment/Fragment packet.
33	At HOST-1, run "ftp" to HOST-4's site-local address. Get 1m bytes file.	HOST-1 downloads file correctly from HOST-4. Both HOSTS select site-local address as Source Address.	They communicate with protocols TCP with non Fragment/Fragment packet.
34	At HOST-1, run "ping" to HOST-2's link-local address. Repeat 10 times, with 16 bytes ICMP payload, interval 1 second. Ex) # ping6 -I ed0 -s 16 -i 1 -c 10 HOST-2.	HOST-1 sends ICMP Echo Request to HOST-2 (link-local). HOST-1 receives ICMP Echo Reply from HOST-2 (link-local). *Both HOSTS select link-local address as Source Address.	Onlink communication with link-local address They Communicate with protocols ICMP with non Fragment/Fragment packet.
35	At HOST-1, run "ping" to HOST-2's link-local address. Repeat 10 times, with 1452 bytes ICMP payload, interval 1 second. Ex) # ping6 -I ed0 -s 16 -i 1 -c 10 HOST-2.	HOST-1 sends ICMP Echo Request to HOST-2 (link-local). HOST-1 receives ICMP Echo Reply from HOST-2 (link-local). *Both HOSTS select link-local address as Source Address.	Onlink communication with link-local address They Communicate with protocols ICMP with non Fragment/Fragment packet.
36	At HOST-1, run "ping" to HOST-2's link-local address. Repeat 10 times, with 2888 bytes ICMP payload, interval 1 second. Ex) # ping6 -I ed0 -s 16 -i 1 -c 10 HOST-2.	HOST-1 sends ICMP Echo Request to HOST-2 (link-local). HOST-1 receives ICMP Echo Reply from HOST-2 (link-local). *Both HOSTS select link-local address as Source Address.	Onlink communication with link-local address They Communicate with protocols ICMP with non Fragment/Fragment packet.
37	At HOST-1, run UDP echo program*1 to communicate with HOST-2's link-local address. Repeat 10 times, with 16 bytes UDP payload, interval 1 second. Ex) # echo6c -I ed0 -s 16 -i 1 -c 10 HOST-2.	HOST-1 sends UDP Echo Request to HOST-2 (link-local). HOST-1 receives UDP Echo Reply from HOST-2 (link-local). *Both HOSTS select link-local address as Source Address.	They communicate with protocols UDP with non Fragment/Fragment packet.
38	At HOST-1, run UDP echo program*1 to communicate with HOST-2's link-local address. Repeat 10 times, with 1452 bytes UDP payload, interval 1 second. Ex) # echo6c -I ed0 -s 16 -i 1 -c 10 HOST-2.	HOST-1 sends UDP Echo Request to HOST-2 (link-local). HOST-1 receives UDP Echo Reply from HOST-2 (link-local). *Both HOSTS select link-local address as Source Address.	They communicate with protocols UDP with non Fragment/Fragment packet.
39	At HOST-1, run UDP echo program*1 to communicate with HOST-2's link-local address. Repeat 10 times, with 2888 bytes UDP payload, interval 1 second. Ex) # echo6c -I ed0 -s 16 -i 1 -c 10 HOST-2.	HOST-1 sends UDP Echo Request to HOST-2 (link-local). HOST-1 receives UDP Echo Reply from HOST-2 (link-local). *Both HOSTS select link-local address as Source Address.	They communicate with protocols UDP with non Fragment/Fragment packet.
40	At HOST-1, run "ftp" to HOST-2's link-local address. Get 1m bytes file with passive mode.	HOST-1 downloads file correctly from HOST-2. Both HOSTS select link-local address as Source Address.	They communicate with protocols TCP with non Fragment/Fragment packet.
Multicast address communication.
41	At HOST-1, run Multicast Client Program, MulticastGroup(ff0e::1111). Run to receive 20 times at port 8000 multicast group ff0e::1111. Ex) # mcast6c -I ed0 -c 20 8000 ff0e::1111	*HOST-1 should transmit MLDR.	Runs to receive 20 Messages.
42	At HOST-2, run Multicast Client Program, MulticastGroup(ff0e::1111). Run to receive 10 times at port 8000 multicast group ff0e::1111. Ex) # mcast6c -I ed0 -c 10 8000 ff0e::1111	-	Runs to receive 10 Messages. HOST-2 should transmit MLDR.
43	At HOST-3, transmit Packet to Multicast Group(ff0e::1111) using Multicast Server Program (HOP-Limit = 2). Run to send 20 times to port 8000 multicast group ff0e::1111 with 2888 bytes UDP payload, 1 second interval . Ex) # mcast6s -I ed0 -c 10 -i 1 -s 2888 -h 2 8000 ff02::1111	HOST-3 transmits Multicast Messages 20 times. HOST-2 receives Multicast Messages 10 times. *HOST-1 receives Multicast Messages 20 times, and then transmits MLDdone.	-
44	At HOST-2, run Multicast Client Program, Multicast Group(ff0e::2222). Run to receive 10 times at port 8000 multicast group ff0e::2222. Ex) # mcast6c -I ed0 -c 10 8000 ff0e::2222	-	Runs to receive 10 Messages. HOST-2 should transmit MLDR.
45	At HOST-4, run Multicast Client Program, Multicast Group(ff0e::2222). Run to receive 10 times at port 8000 multicast group ff0e::2222. Ex) # mcast6c -I ed0 -c 10 8000 ff0e::2222	-	Runs to receive 10 Messages. HOST-4 should transmit MLDR.
46	At HOST-1, transmit Packet to Multicast Group(ff0e::2222) using Multicast Server Program (HOP-Limit = 2). Run to send 10 times to port 8000 multicast group ff0e::2222 with 2888 bytes UDP payload, 1 second interval . Ex) # mcast6s -I ed0 -c 10 -i 1 -s 2888 -h 2 8000 ff02::2222	HOST-1 transmits Multicast Messages 10 times. HOST-2 receives Multicast Messages 10 times. *HOST-4 receives Multicast Messages 10 times.	-
47	At HOST-1, run "ping" to ff02::1. Repeat 10 times, with 1452 bytes ICMP payload, interval 1 second. Ex) # ping6 -I ed0 -s 2888 -i 1 -c 10 ff02::1	HOST-1 sends ICMP Echo Request to ff02::1. HOTS-1 receives ICMP Echo Reply from all nodes at the same link.	Availability confirmation. link-local-AllNodeMulticast.
48	At HOST-1, run "ping" to ff02::1. Repeat 10 times, with 2888 bytes ICMP payload, interval 1 second. Ex) # ping6 -I ed0 -s 2888 -i 1 -c 10 ff02::1	HOST-1 sends ICMP Echo Request to ff02::1. HOTS-1 receives ICMP Echo Reply from all nodes at the same link.	Availability confirmation. link-local-AllNodeMulticast.
49	At HOST-1, run "ping" to ff02::2. Repeat 10 times, with 1452 bytes ICMP payload, interval 1 second. Ex) # ping6 -I ed0 -s 1452 -i 1 -c 10 ff02::2	HOST-1 sends ICMP Echo Request to ff02::2. HOTS-1 receives ICMP Echo Reply from all routers at the same link.	Availability confirmation. link-local-AllRouterMulticast.
50	At HOST-1, run "ping" to ff02::2. Repeat 10 times, with 2888 bytes ICMP payload, interval 1 second. Ex) # ping6 -I ed0 -s 2888 -i 1 -c 10 ff02::2	HOST-1 sends ICMP Echo Request to ff02::2. HOTS-1 receives ICMP Echo Reply from all routers at the same link.	Availability confirmation. link-local-AllRouterMulticast.
Anycast address communication.
51	Assign with Anycast address (3ffe:501:481d:f001::1111) to HOST-2.	-	Global scope.
52	Assign with Anycast address (3ffe:501:481d:f001::1111) to HOST-3.	-	Global scope.
53	At HOST-1, run "ping" to 3ffe:501:481d:f001::1111 (Anycast address). Repeat 10 times, with 1452 bytes ICMP payload, interval 1 second. Ex) # ping6 -I ed0 -s 1452 -i 1 -c 10 3ffe:501:481d:f001::1111	HOST-1 sends ICMP Echo Request to 3ffe:501:481d:f001::1111. HOST-1 receives ICMP Echo Reply from HOST-2 or HOST-3.	Global scope. HOST-1 sends ICMP Echo Request to the host who's NS was received earlier and receives. ICMP Echo Reply from it.
54	At HOST-1, run "ping" to 3ffe:501:481d:f001::1111 (Anycast address). Repeat 10 times, with 2888 bytes ICMP payload, interval 1 second. Ex) # ping6 -I ed0 -s 2888 -i 1 -c 10 3ffe:501:481d:f001::1111	HOST-1 sends ICMP Echo Request to 3ffe:501:481d:f001::1111. HOST-1 receives ICMP Echo Reply from HOST-2 or HOST-3.	Global scope. HOST-1 sends ICMP Echo Request to the host who's NS was received earlier and receives. ICMP Echo Reply from it.
55	Assign with Anycast address (fec0:0:0:f001::1111) to HOST-2.	-	Site-local scope.
56	Assign with Anycast address (fec0:0:0:f001::1111) to HOST-3.	-	Site-local scope.
57	At HOST-1, run "ping" to fec0:0:0:f001::1111 (Anycast address). Repeat 10 times, with 1452 bytes ICMP payload, interval 1 second. Ex) # ping6 -I ed0 -s 1452 -i 1 -c 10 fec0:0:0:f001::1111	HOST-1 sends ICMP Echo Request to fec0:0:0:f001::1111. HOST-1 receives ICMP Echo Reply from HOST-2 or HOST-3.	Site-local scope. HOST-1 sends ICMP Echo Request to the host who's NS was received earlier, and receives ICMP Echo Reply from it.
58	At HOST-1, run "ping" to fec0:0:0:f001::1111 (Anycast address). Repeat 10 times, with 2888 bytes ICMP payload, interval 1 second. Ex) # ping6 -I ed0 -s 2888 -i 1 -c 10 fec0:0:0:f001::1111	HOST-1 sends ICMP Echo Request to fec0:0:0:f001::1111. HOST-1 receives ICMP Echo Reply from HOST-2 or HOST-3.	Site-local scope. HOST-1 sends ICMP Echo Request to the host who's NS was received earlier, and receives ICMP Echo Reply from it.
59	Assign with Anycast address (3ffe:501:481d:f001::2222) to HOST-1.	*HOST-1 can be assigned with Anycast address.	Global scope. HOST-1 should not transmit NS (for DAD).
60	At HOST-2, run "ping" to 3ffe:501:481d:f001::2222 (Anycast address). Repeat 10 times, with 1452 bytes ICMP payload, interval 1 second. Ex) # ping6 -I ed0 -s 1452 -i 1 -c 10 3ffe:501:481d:f001::2222	HOST-2 sends ICMP Echo Request to 3ffe:501:481d:f001::2222. HOST-2 receives ICMP Echo Reply from HOST-1.	The NS from HOST-1 for 3ffe:501:481d:f001::2222 with OverrideFlag=0.
61	At HOST-2, run "ping" to 3ffe:501:481d:f001::2222 (Anycast address). Repeat 10 times, with 2888 bytes ICMP payload, interval 1 second. Ex) # ping6 -I ed0 -s 2888 -i 1 -c 10 3ffe:501:481d:f001::2222	HOST-2 sends ICMP Echo Request to 3ffe:501:481d:f001::2222. HOST-2 receives ICMP Echo Reply from HOST-1.	The NS from HOST-1 for 3ffe:501:481d:f001::2222 with OverrideFlag=0.
62	Assign with Anycast address (fec0:0:0:f001::2222) to HOST-1.	*HOST-1 can be assigned with Anycast address.	Site-local scope. HOST-1 should not transmit NS (for DAD).
63	At HOST-2, run "ping" to fec0:0:0:f001::2222 (Anycast address). Repeat 10 times, with 1452 bytes ICMP payload, interval 1 second. Ex) # ping6 -I ed0 -s 1452 -i 1 -c 10 fec0:0:0:f001::2222	HOST-2 sends ICMP Echo Request to fec0:0:0:f001::2222. HOST-2 receives ICMP Echo Reply from HOST-1.	The NS from HOST-1 for fec0:0:0:f001::2222 with OverrideFlag=0.
64	At HOST-2, run "ping" to fec0:0:0:f001::2222 (Anycast address). Repeat 10 times, with 2888 bytes ICMP payload, interval 1 second. Ex) # ping6 -I ed0 -s 2888 -i 1 -c 10 fec0:0:0:f001::2222	HOST-2 sends ICMP Echo Request to fec0:0:0:f001::2222. HOST-2 receives ICMP Echo Reply from HOST-1.	The NS from HOST-1 for fec0:0:0:f001::2222 with OverrideFlag=0.

Machine	Comments	Initial status	Configuration
HOST-4	Reference Machine	Is attached to Net-y with power turned off.	-
ROUTER-1	Reference Machine	Power is turned off. I/F-z is attached to Net-z while I/F-y is attached to Net-y.	Sends RA to Net-z and Net-y. Doesn't send and receive RIP.
HOST-1	Target Machine	Is attached to Net-z with power turned off.	-
HOST-2	Reference Machine	Is attached to Net-z with power turned off.	-
HOST-3	Reference Machine	Is attached to Net-z with power turned off.	-