Hi Jeff

My point was the Yang Model for L3 (as presented) seemed to outline L3, Service 
and Optical and missed L2 totally.  (Not saying this is one document but one 
architecture as presented).  Then the L2 Presentation had some L2 but missed 
several L2 capabilities. (VPLS, EVPN, VXLAN, PBB etc.)

If you look at this more generically each layer (l3,l2,l1) has:
Data path, Tunneling/Multiplexor/Virtual network, Topology, Topology data base, 
TE extensions, Control Plane
Each layer can and may use IS-IS or OSPF (and even BGP) for some address 
distribution VPN information, connection coordination, TE information, within 
the context of an Instance/VPN.
Each layer can and may offer a service, p2p, p2mp, mp2mp,(some type of 
persistent connection or set of connections that may have their own resiliency 
mechanisms) at the layer or up to a higher layer.

Layers can be skipped and upper layers may be unaware of lower layers.
HTH Cheers,
Don


From: i2rs [mailto:[email protected]] On Behalf Of Jeffrey Haas
Sent: Tuesday, December 16, 2014 11:44 AM
To: [email protected]
Subject: [i2rs] Draft minutes for December 16, 2014 interim

Two specific callouts:
Don, please clarify which documents could use further hamornization?

With regard to transport and subscription decoupling, this was a topic that had 
received some discussion at the NYC netmod interim.  It was agreed that this 
was potentially useful work and while this was a netmod interim, given the 
crossover of attendees with netmod vs. netconf it was suggested that I2RS 
should make a proposal as to how such a decoupled mechanism should be 
represented in netconf.  To this point, Alex Clemm, it may be worthwhile 
expanding your proposal to contain that feature.

Please review the minutes and please forgive some unusual typos.  I realized 
that Apple auto-correct was running for a while and I may have failed to catch 
some of the incorrect substitutions.

-- Jeff
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