Question on LMP Adjacency

Hi, ccampers

I've a question on the LMP adjacency.

In the LMP draft, the definition is as follows:

   An "LMP adjacency" is formed between two nodes when at least one bi-
   directional control channel is established between them. Multiple
   control channels may be active simultaneously for each adjacency;
   control channel parameters, however, MUST be individually negotiated
   for each control channel.

Then, my question is this.

For an example,

we assume a sample network consisting of Node#1, Node#2, and Node#3. Node#1 is directly connected to Node#2, and Node#2 is directly connected to Node#3.

This means there is no direct connection between Node#1 and Node#3 in the sample network.

In this situation, we assume that an EoS channel(EoS#1) between Node#1 and Node#2 is terminated, but another EoS channel(EoS#2) between Node#1 and Node#3 is terminated through Node#2.

Here, I think that in case of the EoS#1, LMP adjacent nodes are Node#1 and Node#2, but in case of the EoS#2, LMP adjacent nodes are Node#1 and Node#3. In addition, I think that the type of data link for EoS#1 and EoS#2 is a component link and the link connection verification of EoS#2 between Node#1 and Node#3 could be performed. The only condition is, of course, is to observe the definition of the LMP adjacency above.

Node#1 Node#2 Node#3

|-----EoS#1----| |

|------------EoS#2------------|

Could you help me if my understanding is short ?

Thanks,

Young.