# IPv6 Conformance Test

Tool Version : | REL_2_1_1
Test Program Version : | REL_2_1_1

Start: | 2003/06/11 20:01:15
End : | 2003/06/11 20:01:16

No. | Title | Result | Log | Script | Packet | Dump (bin)
--- | --- | --- | --- | --- | --- | ---
| Initializing the NUT |  |  |  |  |
1 | Initialization | PASS | X | X | - | Link0
| 1. Neighbor Discovery |  |  |  |  |
| 1.1. Sending NS (Host/Router) |  |  |  |  |
2 | Verify that the NUT send NSs (link-local ==> link-local) | PASS | X | X | X | Link0
3 | Verify that the NUT send NSs (global ==> global) | PASS | X | X | X | Link0
4 | Verify that the NUT send NSs (link-local ==> global) | PASS | X | X | X | Link0
5 | Verify that the NUT send NSs (global ==> link-local) | PASS | X | X | X | Link0
6 | Multicast NS w/ Default Config. | PASS | X | X | X | Link0
7 | Multicast NS w/ RetransTimer=3sec. | PASS | X | X | X | Link0
8 | Unicast NS w/ Default Config. | PASS | X | X | X | Link0
9 | Unicast NS w/ RetransTimer=3sec. | PASS | X | X | X | Link0
10 | Address Resolution Queue (one entry for an address ?) | PASS | X | X | X | Link0
11 | Address Resolution Queue (more then one entry for an address ?) | PASS | X | X | X | Link0
12 | Address Resolution Queue (one entry per an address ?) | PASS | X | X | X | Link0
| 1.2. Receiving NS (Host/Router) |  |  |  |  |
13 | Receiving valid NSs | PASS | X | X | X | Link0
14 | Receiving invalid NSs | PASS | X | X | X | Link0
15 | NS vs. IsRouter flag | PASS | X | X | X | Link0
16 | NS vs. NONCE | PASS | X | X | X | Link0
17 | NS; NS vs. INCOMPLETE | PASS | X | X | X | Link0
18 | NS; NS vs. REACHABLE | PASS | X | X | X | Link0
19 | NS; NS vs. STALE | PASS | X | X | X | Link0
20 | NS; NS vs. PROBE | PASS | X | X | X | Link0
| 1.3. Sending NA (Host/Router) |  |  |  |  |
| 1.4. Receiving NA (Host/Router) |  |  |  |  |
21 | R flag vs. IsRouter flag | PASS | X | X | X | Link0
22 | NA vs. NONCE | PASS | X | X | X | Link0
23 | NA vs. INCOMPLETE | PASS | X | X | X | Link0
24 | NA vs. REACHABLE | PASS | X | X | X | Link0
25 | NA vs. STALE | PASS | X | X | X | Link0
26 | NA vs. PROBE | PASS | X | X | X | Link0
| 2. Router Discovery |  |  |  |  |
| 2.1. Sending RS (Host Only) |  |  |  |  |
27 | Sending RS; | PASS | X | X | X | Link0
28 | Sending RS after receiving unsolicited RA | PASS | X | X | X | Link0
29 | Not sending RS after receiving solicited RA | PASS | X | X | X | Link0
| 2.2. Receiving RS (Host Only) |  |  |  |  |
30 | Ignoring RS; | PASS | X | X | X | Link0
| 2.3. Sending RA (Host Only) |  |  |  |  |
| 2.4. Receiving RA (Host Only) |  |  |  |  |
31 | RA set IsRouter flag | PASS | X | X | X | Link0
32 | Receiving multiple RAs #1 | PASS | X | X | X | Link0
33 | Receiving multiple RAs #2 | PASS | X | X | X | Link0
34 | Ignoring invalid RAs | PASS | X | X | X | Link0
35 | ReachableTime vs BaseReachableTime | PASS | X | X | X | Link0
36 | RouterLifetime=0 | PASS | X | X | X | Link0
37 | RouterLifetime=5 | PASS | X | X | X | Link0
38 | Next-hop Determination | PASS | X | X | X | Link0
39 | The Default Router List vs Unreachability Detection | PASS | X | X | X | Link0
40 | RA vs NONCE | PASS | X | X | X | Link0
41 | RA vs INCOMPLETE | PASS | X | X | X | Link0
42 | RA vs REACHABLE | PASS | X | X | X | Link0
43 | RA vs STALE | PASS | X | X | X | Link0
44 | RA vs PROBE | PASS | X | X | X | Link0
| See Also |  |  |  |  |
| Tests about MTU option are covered by Path MTU Discovery. |  |  |  |  |
| Tests about A flag (Prefix option) are covered by Stateless Address Autoconf. |  |  |  |  |
| Tests about Preferred Lifetime (Prefix option) are covered by Stateless Address Autoconf. |  |  |  |  |
| Tests about Valid Lifetime (Prefix option) are covered by Stateless Address Autoconf. |  |  |  |  |
| Tests about Preferred Lifetime (Prefix option) are covered by Stateless Address Autoconf. |  |  |  |  |
| Tests about Prefix Length (Prefix option) are covered by Stateless Address Autoconf. |  |  |  |  |
| Tests about Prefix Address (Prefix option) are covered by Stateless Address Autoconf. |  |  |  |  |
| 2.5. Sending RS (Router Only) |  |  |  |  |
| 2.6. Receiving RS (Router Only) |  |  |  |  |
45 | Start to advertise the default RA | PASS | X | X | - | Link0
46 | Receiving RS vs Sending RA | PASS | X | X | X | Link0
47 | Invalid RS vs NC | PASS | X | X | X | Link0
48 | RS vs. NONCE | PASS | X | X | X | Link0
49 | RS vs. INCOMPLETE | PASS | X | X | X | Link0
50 | RS vs. REACHABLE | PASS | X | X | X | Link0
51 | RS vs. STALE | PASS | X | X | X | Link0
52 | RS vs. PROBE | PASS | X | X | X | Link0
| 2.7. Sending RA (Router Only) |  |  |  |  |
53 | Sending Unsolicited RA Intervals (interval = 16sec) | PASS | X | X | X | Link0
54 | Sending Unsolicited RA Intervals (7sec < interval < 10sec) | PASS | X | X | X | Link0
55 | Sending Solicited RA Intervals | PASS | X | X | X | Link0
56 | Sending Unsolicited RA (min values) | PASS | X | X | X | Link0
57 | Sending Unsolicited RA (max values) | PASS | X | X | X | Link0
| 2.8. Receiving RA (Router Only) |  |  |  |  |
58 | Ignoring RA | PASS | X | X | X | Link0
59 | Stop to advertise the RA | PASS | X | X | - | Link0
| 3. Redirect |  |  |  |  |
| 3.1. Sending Redirect (Host Only) |  |  |  |  |
| 3.2. Receiving Redirect (Host Only) |  |  |  |  |
60 | Redirect vs NONCE | PASS | X | X | X | Link0
61 | Redirect vs INCOMPLETE | PASS | X | X | X | Link0
62 | Redirect vs REACHABLE | PASS | X | X | X | Link0
63 | Redirect vs STALE | PASS | X | X | X | Link0
64 | Redirect vs PROBE | PASS | X | X | X | Link0
65 | Invalid Redirect vs Neighbor Cache State | PASS | X | X | X | Link0
66 | Redirect vs Destination Cache; Redirect to a host | PASS | X | X | X | Link0
67 | Redirect vs Destination Cache; Redirect to a better router | PASS | X | X | X | Link0
68 | Redirect vs Neighbor Unreachability Detection; Redirect to a host | PASS | X | X | X | Link0
69 | Redirect vs Neighbor Unreachability Detection; Redirect to a better router | PASS | X | X | X | Link0
70 | Redirect vs NA w/ RFlag=0 #1 | PASS | X | X | X | Link0
71 | Redirect vs NA w/ RFlag=0 #2 | PASS | X | X | X | Link0
72 | Redirect vs RA w/ RouterLifetime=0 #1 | PASS | X | X | X | Link0
73 | Redirect vs RA w/ RouterLifetime=0 #2 | PASS | X | X | X | Link0
74 | Redirect vs NONCE | PASS | X | X | X | Link0
| 3.3. Sending Redirect (Router Only) |  |  |  |  |
75 | Setup env #1 for redirect tests | PASS | X | X | X | Link0
76 | Redirect to a better router | PASS | X | X | X | Link0
77 | Redirect to a host | PASS | X | X | X | Link0
78 | Clear env #1 for redirect tests | PASS | X | X | - | Link0
79 | Setup env #2 for redirect tests | PASS | X | X | X | Link0
80 | Redirect to the better router | PASS | X | X | X | Link0
81 | Clear env #2 for redirect tests | PASS | X | X | - | Link0
| 3.4. Receiving Redirect (Router Only) |  |  |  |  |

Index

- IPv6 Specification
- ICMPv6 for IPv6 Specification
- Neighbor Discovery
- IPv6 Stateless Address Autoconfiguration
- IPv6 Path MTU Discovery
- Default Router Preferences, More-Specific Routes, and Load Sharing
- IPSec AH and ESP for IPv6
- IPSec ESP for IPv6(UDP)
- IPSec AH and ESP for IPv4
- IPSec AH and ESP for IPv4(UDP)
- Mobility Support in IPv6 (ID-20) - Correspondent Node
- Mobility Support in IPv6 (ID-20) - Home Agent
- Mobility Support in IPv6 (ID-20) - Mobile Node
- Default Address Selection for Internet Protocol version 6 (IPv6)
- DNS discovery
- Prefix delegation
- IPv6 over IPv4 Tunnel
- NAT-PT
- Robustness

- Up
- TAHI Project

This Report was generated by TAHI IPv6 Conformance Test Suite