Raymond,
> Hi Jim and Ed,
>
> Happy new year !
>
> The following emails were sent to both of you nearly a month ago. I am
not
> sure if you are having problem receiving email again so I am copying Bert
> and posting to the list also.
>
> The -03 version of the draft
>
(http://www.ietf.org/internet-drafts/draft-ietf-tewg-interas-mpls-te-req-03.t
xt)
> is ready for last call as per our minutes from the Minneapolis meeting.
I think that the latest version of the draft still require few
changes/updates.
1. The document should state up front the following:
This document doesn't make any claims with respect to whether
it is possible to have a practical solution that meets all the
requirements listed in this document.
(That point have been discussed before, and I thought the authors
agreed to include the above in the text, but I wasn't able to find
it in the -03 version).
2. From 5.1.5 ("Re-optimization"):
Once an inter-AS TE LSP has been established and should there be any
resource or other changes inside anyone of transiting ASes, the
solution MUST be able to re-optimize the LSP accordingly and
non-disruptively, either upon expiration of a configurable timer or
triggered by a network event or a manual request at the TE tunnel
Head-end.
The solution SHOULD provide an option for the Head-End LSRs to
control if re-optimizing or not should there exist a more optimal
path in one of the transit ASes along the inter-AS TE LSP path.
The above it too restrictive, as it restricts re-optimization to
only the case where resource changes are in the set of ASs (currently)
transited by the LSP. To remove this restriction I'd like to propose the
following replacement:
Once an inter-AS TE LSP has been established and should there be any
resource or other changes inside anyone of the ASes, the
solution MUST be able to re-optimize the LSP accordingly and
non-disruptively, either upon expiration of a configurable timer or
triggered by a network event or a manual request at the TE tunnel
Head-end.
The solution SHOULD provide an option for the Head-End LSRs to
control if re-optimizing or not should there exist a more optimal
path in one of the ASes.