TAHI IPv6 Test Scenario for Interoperability
with Sample Network

We are developing the below-listed scenarios.
These scenarios are for the test of the target node that is attached to the sample network.
The sample network is limited, controlled environments.
We define roles of the target node through these scenarios.
Therefore, we prepare the scenarios for HOST and for ROUTER separately.

Last updated : February 21, 2001

IPv6 Basic Specifications

Security

Routing

Multicast

Name Service

Management

TCP Layer Issues

Other Application Layer Issues

Performance

Interoperability Test with Multi Implementations.

On-link

• Host
  • Basic action of host at on-link (English/Japanese)
    (Last updated: February 26, 2000)

Off-link Basic

• Router
  • Basic behavior of router at off-link (English/Japanese)
    Verify on-link and off-link communication with link-local/site-local/global address, unicast/multicast/anycast address, and packet forwarding.
    (Last updated: February 26, 2000)
    
• Host
  • Basic behavior of host at off-link (English/Japanese)
    Verify on-link and off-link communication with link-local/site-local/global address,
    unicast/multicast/anycast address.
    (Last updated: February 26, 2000)
    

Redirect

• Router
  • Routers have static routing entry (English/Japanese)
    (Last updated: February 26, 2000)
  • Routers exchange routing information with RIPng sample network (English/Japanese)
    (Last updated: February 26, 2000)
• Host
  • Host's behavior when it receives redirect message (English/Japanese)
    (Last updated: February 26, 2000)

Router Lifetime=0

• Host 
  • Processing received RA with RouterLifetime=0 (English/Japanese)
    (Last updated: February 26, 2000)
  • Host's behavior when RouterLifetime expired (English/Japanese)
    (Last updated: July 27, 2000)

Source Routing

• Router
  • Processing received routing extension header (English/Japanese)
    (Last updated: February 26, 2000)
• Host
       BEING DISCUSSED.

Path MTU

• BEING DISCUSSED.

Switch Router/Host

• BEING DISCUSSED.

RA Mismatch

• BEING DISCUSSED.

Tunnel

• Router 
  • Tunneling IPv6 over IPv6 and IPv4 over IPv6 (English/Japanese)
    (Last updated: February 26, 2000)
  • Tunneling IPv6 over IPv4 and IPv4 over IPv4 (English/Japanese)
    (Last updated: February 26, 2000)

IPsec

• ROUTER (Security Gateway)
  • Tunnel mode AH. (English)
    • [IP2][AH][IP1]
       (Last updated: February 26, 2000)
  • Tunnel mode ESP. (English)
    • [IP2][ESP][IP1]
       (Last updated: February 26, 2000)
  • Dual tunnel with different Security Gateway. (English)
    • [IP3][AH][IP2][AH][IP1]
    • [IP3][AH][IP2][ESP][IP1]
    • [IP3][ESP][IP2][AH][IP1]
    • [IP3][ESP][IP2][ESP][IP1]
       (Last updated: February 26, 2000)
  • Transport mode AH with Tunnel mode ESP. (English)
    • [IP2][AH][ESP][IP1]
       (Last updated: February 26, 2000)

• HOST
  • Transport mode AH. (English)
    • [IP][AH]
       (Last updated: February 26, 2000)
  • Transport mode ESP. (English)
    • [IP][ESP]
       (Last updated: February 26, 2000)
  • Transport mode AH and ESP. (English)
    • [IP][AH][ESP]
       (Last updated: February 26, 2000)
  • Tunnel mode AH. (English)
    • [IP2][AH][IP1]
       (Last updated: February 26, 2000)
  • Tunnel mode ESP. (English)
    • [IP2][ESP][IP1]
       (Last updated: February 26, 2000)
  • Transport mode AH to tunnel mode ESP with a peer. (English)
    • [IP2][AH][ESP][IP1]
       (Last updated: February 26, 2000)
  • Tunnel mode (AH or ESP) transport mode (AH or ESP). (English)
    with different peers.
    • [IP2][AH][IP1][AH]
    • [IP2][AH][IP1][ESP]
    • [IP2][ESP][IP1][AH]
    • [IP2][ESP][IP1][ESP]
       (Last updated: February 26, 2000)

IKE

• ROUTER (Security Gateway)
  • TBD.
• HOST
  • Hash algorithm. (English)
    • IKE hash=MD5   [IP][AH]
      
    • IKE hash=SHA1  [IP][AH]
      
    • IKE hash=MD5   [IP2][AH][IP1]
      
    • IKE hash=SHA1  [IP2][AH][IP1]
       (Last updated: February 21, 2001)
  • Encryption algorithm. (English)
    • IKE encryption=DES  [IP][AH]
      
    • IKE encryption=3DES [IP][AH]
      
    • IKE encryption=Rijndeal [IP][AH]
      
    • IKE encryption=DES  [IP2][AH][IP1]
      
    • IKE encryption=3DES [IP2][AH][IP1]
      
    • IKE encryption=Rijndeal [IP2][AH][IP1]
       (Last updated: February 21, 2001)
  • Identifier. (English)
    • IKE ID=IP address    [IP][AH]
      
    • IKE ID=FQDN          [IP][AH]
      
    • IKE ID=Mail address   [IP][AH]
       (Last updated: February 21, 2001)
  • Lifetime. (English)
    • IKE lifetime by time  [IP][AH]
      
    • IKE lifetime by size  [IP][AH]
      
    • IKE lifetime by time  [IP1][AH][IP2]
      
    • IKE lifetime by size  [IP1][AH][IP2]
       (Last updated: February 23, 2001)

Firewall.

• TBD.

RIPng Basic

• Router
  • Basic function of RIPng (English/Japanese)
    Verify cost calculation with intentional changes of cost, and network accident detection,
    (Last updated: February 26, 2000)

BGP4+

• NON-TRANSIT AS

• SINGLE HOME

• MULTI HOME to SINGLE AS with SINGLE ROUTER
• MULTI HOME to SINGLE AS with MULTI ROUTERS
• MULTI HOME to MULTI ASs with SINGLE ROUTER
  • Router
    • Basic function of BGP with RIPng as IGP (English/Japanese)
      Verify exporting routing information learned with RIPng to peer EBGP speaker,
      and Importing routing information learned with EBGP to RIPng cloud including aggregation.
      (Last updated: February 26, 2000)
    • Basic function of BGP (English/Japanese)
      Verify cost calculation and  network accident detection.
      (Last updated: February 26, 2000)

• MULTI HOME to MULTI ASs with MULTI ROUTERS
  • Router
    • Basic function of BGP with IBGP as IGP (English/Japanese)
      Verify cost calculation and network accident detection.
      (Last updated : February 26, 2000)

• TRANSIT AS

• MULTI HOME to MULTI ASs with SINGLE ROUTER
  • Router
    • Basic function of BGP (English/Japanese)
      Verify cost calculation.
      (Last updated: February 26, 2000)
• MULTI HOME to MULTI ASs with MULTI ROUTERS
  • Router
    • Basic function of BGP with IBGP as IGP (English/Japanese)
      Verify cost calculation.
      (Last updated : February 26, 2000)

• IBGP Route Reflector

• Router
  • Route Reflector function of IBGP (English/Japanese)
    Verify exporting routing information learned with IBGP to other IBGP client.
    (Last updated: June 9, 2000)
  • Route Reflector with a cluster function of IBGP (English/Japanese)
    Verify exporting routing information learned with IBGP to other IBGP client, and not exporting routing information from a IBGP non-client peer to other IBGP non-client peers.
    (Last updated: June 9, 2000)

• MED

• Router
  • MED attribute (English/Japanese)
    Verify dealing with the received MED attribute and sending the all route or some route with the MED attribute.
    (Last updated: September 1, 2000)
  • MED attribute with IBGP (English/Japanese)
    Verify dealing with the received MED attribute and sending the all route or some route with the MED attribute, exchanging the MED attribute between the router within same AS.
    (Last updated: September 1, 2000)

Proxy

• TBD.

HTTPD

• TBD.

FTP

• ftp performance test of IPv4 & IPv6 (English /Japanese)
  Verification of node's ftp performance.
  (Last updated : May 22, 2000)

• Router
  • Benchmarking : Basic
    • Throughput, Frame loss rate (English/Japanese)
      Packet forwarding of ROUTER under most simple conditions
      (Last updated : November 29, 1999)

  • Benchmarking : Neighbor Cache
    • Throughput, Frame loss rate (English/Japanese)
      Packet forwarding of ROUTER which has many "Neighbor Cache" entries
      (Last updated : December 2, 1999)

  • Benchmarking : Routing table
    • Throughput, Frame loss rate (English/Japanese)
      Packet forwarding of ROUTER which has many "Routing table" entries
      (Last updated : December 2, 1999)

  • Benchmarking : IPv4 Tunnel
    • Throughput, Frame loss rate (English/Japanese)
      Packet forwarding of ROUTER with tunneling IPv6 over IPv4
      (Last updated : November 29, 1999)

  • Benchmarking : IPsec
    • AH Tunnel mode
      • Throughput, Frame loss rate (English/Japanese)
        Packet forwarding of ROUTER with AH Tunnel mode
        The authentication algorithm is HMAC-MD5.
        (Last updated : November 29, 1999)

      • Throughput, Frame loss rate (English/Japanese)
        Packet forwarding of ROUTER with AH Tunnel mode
        The authentication algorithm is HMAC-SHA1.
        (Last updated : November 29, 1999)

    • ESP Tunnel mode
      • Throughput, Frame loss rate (English/Japanese)
        Packet forwarding of ROUTER with ESP Tunnel mode
        The encryption algorithm is SIMPLE.
        (Last updated : November 29, 1999)

      • Throughput, Frame loss rate (English/Japanese)
        Packet forwarding of ROUTER with ESP Tunnel mode
        The encryption algorithm is 3DES-CBC.
        (Last updated : November 29, 1999)

Redirect

• Router
  • Routers exchange routing information with RIPng sample network (English/Japanese)
    (Last updated: November 22, 1999)

Source Routing

• Router
  • Processing received routing extension header (English/Japanese)
    (Last updated: November 24, 1999)

Tunnel

• Router 
  • Tunneling IPv6 over IPv6 and IPv4 over IPv6 (English/Japanese)
    (Last updated: November 22, 1999)
  • Tunneling IPv6 over IPv4 and IPv4 over IPv4 (English/Japanese)
    (Last updated: November 22, 1999)

RIPng Basic

• Router
  • Basic function of RIPng (English/Japanese)
    Verify cost calculation with intentional changes of cost, and network accident detection,
    (Last updated: November 24, 1999)

BGP4+

• NON-TRANSIT AS

• MULTI HOME to MULTI ASs with SINGLE ROUTER
  • Router
    • Basic function of BGP with RIPng as IGP. (Scenario 1 , Scenario 2 The main different of two scenario are target machine's position.)
      Verify exporting routing information learned with RIPng to peer EBGP speaker,
      and Importing routing information learned with EBGP to RIPng cloud including aggregation.
      (Last updated: November 24, 1999)
    • Basic function of BGP (English/Japanese)
      Verify cost calculation and  network accident detection.
      (Last updated: November 22, 1999)

• MULTI HOME to MULTI ASs with MULTI ROUTERS
  • Router
    • Basic function of BGP with IBGP as IGP (English/Japanese)
      Verify cost calculation and network accident detection.
      (Last updated : November 22, 1999)

• TRANSIT AS

• MULTI HOME to MULTI ASs with SINGLE ROUTER
  • Router
    • Basic function of BGP (English/Japanese)
      Verify cost calculation.
      (Last updated: November 22, 1999)
• MULTI HOME to MULTI ASs with MULTI ROUTERS
  • Router
    • Basic function of BGP with IBGP as IGP
      (Scenario 1 (Last updated : November 22, 1999) ,
      Scenario 2 (Last updated : November 24, 1999).
      The main different of two scenario are target machine's position.)
      Verify cost calculation.
      

IBGP Route Reflector

• Router
  • Route Reflector function of IBGP (English/Japanese)
    Verify exporting routing information learned with IBGP to other IBGP client.
    (Last updated: November 22, 1999)

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