NAME

MN-4-1-2-2-006 - Receiving the packets (link-local address)


TARGET

Host


TOPOLOGY

                    
                                  |
                                  R       CN0
                                  |        |
                     -----+-------+--------+---------------- LinkZ
                          |
                          R2                      NUTY
                          |                         |
                     -----+-------+-----------------+------- LinkY
                                  |
                                  R1              NUTX
                                  |                 |
                     -----+-------+-----------------+------- LinkX
                          |
                         HA0             Node0    NUT0
                          |               |         |
    ----------------------+---------------+---------+------- Link0
                    
Link0 3ffe:501:ffff:100::/64 home link
LinkX 3ffe:501:ffff:102::/64  
LinkY 3ffe:501:ffff:103::/64  
LinkZ 3ffe:501:ffff:104::/64  
HA0(Link0) 3ffe:501:ffff:100:200:ff:fe00:a0a0  
Node0(Link0) 3ffe:501:ffff:100:200:ff:fe00:a3a3  
R1(LinkX) 3ffe:501:ffff:102:200:ff:fe00:a4a4  
R2(LinkY) 3ffe:501:ffff:103:200:ff:fe00:a6a6  
CN0(LinkZ) 3ffe:501:ffff:104:200:ff:fe00:a8a8  


INITIALIZATION

 1. Selection Option
    - none.
 2. Position of Mobile Node
    - none.


TEST PROCEDURE

                    
       HA0     NUT0     R1      R2      CN0
        |       |       |       |        |
        | ----> |       |       |        | 1.Router Advertisement
        |       |       |       |        |
        |      NUTX     |       |        |
        |       |       |       |        |
        |       | <---- |       |        | 2.Router Advertisement
        |       |       |       |        |
        | <---- |       |       |        | 3.Neighbor Solicitations
        |       |       |       |        | 4.(no reply:3 seconds)
        |       |       |       |        |
        | <---- |       |       |        | 5.Binding Update
        | ----> |       |       |        | 6.Binding Acknowledgement
        |       |       |       |        |
        |       |       |       |        |
        |       | <---- |       |        | 7.ICMP Echo Request
        |       | ----> |       |        | 8.ICMP Echo Reply (*1)
        |       |       |       |        |
                    
        1. Send Router Advertisement. (HA0 -> HA0_allnode_multi)
        2. Send Router Advertisement. (R1 -> R1_allnode_multi)
        3. Receive Neighbor Solicitations. (NUT0 -> HA0)
        4. (no reply)
            # Wait during a maximum of 3 seconds(RFC2461).
        5. Receive Binding Update to HA0. (NUTX -> HA0)
        6. Send Binding Acknowledgement. (HA0 -> NUTX)
        7. Send ICMP Echo Request. (R1_link_local->NUTX_link_local)
            # The Destination Address is set to link-local address(care-of address).
            # The type2 routing header is not included.
        8. Receive ICMP Echo Reply. (NUTX_link_local->R1_link_local)
                    
        Packet Format is:
          7.ICMP Echo Request Data is:
            IPv6 header (source = link local address(R1),
                         destination = link local address(care-of address))
            ICMPv6 Echo Request
                    


JUDGEMENT

 (*1) PASS: R1 receives ICMP Echo Reply.
            Then, check whether this packet fills all of the following.
             - The Source Address is not set to home address.


REFERENCE

                    
(draft-ietf-mobileip-ipv6-24.txt)
                    
11.3.1 Sending Packets While Away from Home
                    
(snip)
                    
   For packets sent by a mobile node while it is at home, no special
   Mobile IPv6 processing is required.  Likewise, if the mobile node
   uses any address other than any of its home addresses as the source
   of a packet sent while away from home no special Mobile IPv6
   processing is required.  In either case, the packet is simply
   addressed and transmitted in the same way as any normal IPv6 packet.