From nobody Tue Nov 1 07:38:53 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 5DA601297C5 for ; Tue, 1 Nov 2016 07:38:51 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.717 X-Spam-Level: X-Spam-Status: No, score=-5.717 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id IZrF05rABfvP for ; Tue, 1 Nov 2016 07:38:49 -0700 (PDT) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id B60A112957D 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h=mime-version:in-reply-to:references:from:date:message-id:subject:to :cc; bh=UEquobPRPC5tLDbixbsOqoFwVUbSqJv1ziy0r//PR24=; b=e87QpwyMUPXdaOUCi7Clcj+fj+cK33dT3CMd26yLtjSAOQipjL0BF25oEGxosskiAG HlMDe2P9h8trayVGiN6zkI/wC4F6UfCNDg5ef+uJtX3xJmEZuNMKTYAFCSXA+3pfefBP JSaEvxqP07MDLD/afXwilYY9HPZmBI8SXw3rmJTNdi7YqLCMnYv1roo3Uwptryxq/KVz orhKf8gjpB5dM4ss9YW4eRPGMU+HixTbkjsyYOJDEC6ntsr1J6RY1yo6e4CmQiyozWXR zywJIznAy2EViQA2hRCw7FmFPja6EwPSlJwk9VY0rr5wTfLujrMyR1pQ59rmhldHVfAm 0nMQ== X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=1e100.net; s=20130820; h=x-gm-message-state:mime-version:in-reply-to:references:from:date :message-id:subject:to:cc; bh=UEquobPRPC5tLDbixbsOqoFwVUbSqJv1ziy0r//PR24=; b=Uln1qCNBtt3+mVpLX/yF+juNHcqbs0FdyB14KdT+ECncYCKdsvPAa6wrYSPTK14r+z +uulel8XxbSU6DXVT/evRKavYWqkL0aaTS5nZ7jj3lTmwCkEhKOMshi1o5pXvT7D1at4 RyHrFQNAxgDfp98+4d7DyLypKPD1hGvSET5CO5Ywfypdq5ocFWQaQschsXj9CFsrPqL4 mP9ZvJv2tA0V79dA0LaJmyt/y1Ztgt4Fu02/SObX3qJWVssxqQnFa/F9YuEbOjv1k12e 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X-List-Received-Date: Wed, 02 Nov 2016 12:06:13 -0000 --94eb2c1b30c2ed9d3b0540504302 Content-Type: text/plain; charset=UTF-8 Content-Transfer-Encoding: quoted-printable Femi, Hi! Apologize for the delayed response (your email somehow got buried in my vacation pile). Thanks for the feedback. Responses inline (prefixed VPB). Regards, -Pavan On Fri, Sep 23, 2016 at 11:33 AM, Olufemi Komolafe wrote: > Pavan, > > > > Some initial feedback on this pretty interesting draft: > > > > Arguably the time in which an RSVP node is likely to receive the greatest > number of messages within a short period is during the recovery period in > graceful restart, as per RFC 3473 and RFC 5063. I think this draft shoul= d > at least describe how the proposals would operate during graceful restart > and any associated advantages/disadvantages. > [VPB] The focus here (as stated in the draft) is to enhance RSVP-TE scalability by making a couple of subtle changes to the basic protocol operation ( via Refresh-Refresh Independence and Per-Peer Flow Control). We (the authors of this draft) aren't aiming to look at each individual RSVP feature (ever defined) and update its scalability considerations. There are (as you say) some RSVP features where the procedures involve heavy exchange of trigger messages. Bypass-FRR is one such feature -- there are some efforts (draft discussed in the MPLS WG) underway that address this. RSVP-GR is another feature -- someone someday may propose some enhancements for it as well (this current draft wouldn't be the one to do so). > > > Section 2.1.3: I think you should justify your proposal here. And, also, > how long do you keep retransmitting the Path/Resv messages in the absence > of an Ack? Indefinitely? And isn't this potentially just re-introducing > refresh messages surreptitiously, something the draft discourages? > [VPB] The retransmission is done indefinitely (in the absence of an Ack) -- until a signaling adjacency failure is detected or the user (or some head-end procedure) intervenes. The basic idea is to revert (in the absence of an ack) to the conventional refresh-rate (short refresh interval -- 30 second interval recommended) for that piece of "RSVP state". > > > (In fact, generally, I think the draft could benefit from some more/bette= r > justification for the key changes that are proposed in several places.) > > > There are no RSVP "Tear/Err" messages ;-) While I think I know what you > mean, I think you should list the complete message types each time or > explicitly define what you mean by "Tear/Err" messages the first time you > use this term. > [VPB] The reader of this draft is expected to be familiar with the basic RSVP message types (expected to be familiar with terminology from the base RSVP RFCs). > > > Section 2.1.1: "Must support retransmit of" > > > > Lastly, the following paper is an excellent analysis of the relative > merits of soft state vs hard state protocols etc and the conclusions may = be > of interest: > > "A Comparison of Hard-State and Soft-State Signaling Protocols", P. Ji, Z= . > Ge, J. Kurose. D.Towsley, ACM SIGCOMM 2003 > > http://conferences.sigcomm.org/sigcomm/2003/papers/p251-ji.pdf > [VPB] Thanks for the pointer to the paper. I don't see anything in the conclusions that would contradict what is being advocated by this draft. Increasing the value of the refresh-interval in a soft-state protocol is bound to provide linear improvement on transmission overhead. The draft proposes sufficient recommendations (see recommendations for state removal) to make sure that there is no loss of functionality incurred by increasing the value of the refresh interval. > > > Regards, > > Femi > > > > > > *From:* Teas [mailto:teas-bounces@ietf.org] *On Behalf Of *Vishnu Pavan > Beeram > *Sent:* Thursday, September 22, 2016 2:47 AM > *To:* internet-drafts@ietf.org > *Cc:* teas@ietf.org; i-d-announce@ietf.org > *Subject:* Re: [Teas] I-D Action: draft-ietf-teas-rsvp-te- > scaling-rec-02.txt > > > > Folks, Hi! > > We just submitted a new revision to keep the draft active. We intend to > submit another version next month addressing the open issues. > > Regards, > > - Pavan (on behalf of the authors) > > > > On Wed, Sep 21, 2016 at 9:41 PM, wrote: > > > A New Internet-Draft is available from the on-line Internet-Drafts > directories. > This draft is a work item of the Traffic Engineering Architecture and > Signaling of the IETF. > > Title : Implementation Recommendations to Improve the > Scalability of RSVP-TE Deployments > Authors : Vishnu Pavan Beeram > Ina Minei > Rob Shakir > Dante Pacella > Tarek Saad > Filename : draft-ietf-teas-rsvp-te-scaling-rec-02.txt > Pages : 11 > Date : 2016-09-21 > > Abstract: > The scale at which RSVP-TE Label Switched Paths (LSPs) get deployed > is growing continually and the onus is on RSVP-TE implementations > across the board to keep up with this increasing demand. > > This document makes a set of implementation recommendations to help > RSVP-TE deployments push the envelope on scaling and advocates the > use of a couple of techniques - "Refresh Interval Independent RSVP > (RI-RSVP)" and "Per-Peer flow-control" - for improving scaling. > > > > The IETF datatracker status page for this draft is: > https://datatracker.ietf.org/doc/draft-ietf-teas-rsvp-te-scaling-rec/ > > > There's also a htmlized version available at: > https://tools.ietf.org/html/draft-ietf-teas-rsvp-te-scaling-rec-02 > > > A diff from the previous version is available at: > https://www.ietf.org/rfcdiff?url2=3Ddraft-ietf-teas-rsvp-te-scaling-rec-0= 2 > > > > Please note that it may take a couple of minutes from the time of > submission > until the htmlized version and diff are available at tools.ietf.org > > . > > Internet-Drafts are also available by anonymous FTP at: > ftp://ftp.ietf.org/internet-drafts/ > > > _______________________________________________ > Teas mailing list > Teas@ietf.org > https://www.ietf.org/mailman/listinfo/teas > > > > --94eb2c1b30c2ed9d3b0540504302 Content-Type: text/html; charset=UTF-8 Content-Transfer-Encoding: quoted-printable
Femi, Hi!

Apologize for t= he delayed response (your email somehow got buried in my vacation pile).
Thanks for the feedback. Responses inline (prefixed VPB).
Regards,
-Pavan
On Fri, Sep 23, 2016 at 11:33 AM, Olufemi Komo= lafe <okomolaf@brocade.com> wrote:

Pavan,

=C2=A0

Some initial feedback on this pr= etty interesting draft:

=C2=A0

Arguably the time in which an RS= VP node is likely to receive the greatest number of messages within a short= period is during the recovery period in graceful restart, as per RFC 3473 and RFC 5063.=C2=A0 I think this draft should at least des= cribe how the proposals would operate during graceful restart and any assoc= iated advantages/disadvantages.

[VPB] The focus here (as stated in the draft) is to enhance RSV= P-TE scalability by making a couple of subtle changes to the basic protocol= operation ( via Refresh-Refresh Independence and Per-Peer Flow Control). W= e (the authors of this draft) aren't aiming to look at each individual = RSVP feature (ever defined) and update its scalability considerations. Ther= e are (as you say) some RSVP features where the procedures involve heavy ex= change of trigger messages. Bypass-FRR is one such feature -- there are som= e efforts (draft discussed in the MPLS WG) underway that address this. RSVP= -GR is another feature -- someone someday may propose some enhancements for= it as well (this current draft wouldn't be the one to do so).
=C2= =A0

=C2=A0

Section 2.1.3: I think you shoul= d justify your proposal here.=C2=A0 And, also, how long do you keep retrans= mitting the Path/Resv messages in the absence of an Ack?=C2=A0 Indefinitely?=C2=A0 And isn't this potentially just re-introducing ref= resh messages surreptitiously, something the draft discourages?


[VPB] The retransmi= ssion is done indefinitely (in the absence of an Ack) -- until a signaling = adjacency failure is detected or the user (or some head-end procedure) inte= rvenes. The basic idea is to revert (in the absence of an ack) to the conve= ntional refresh-rate (short refresh interval -- 30 second interval recommen= ded) for that piece of "RSVP state".
=C2=A0

=C2=A0

(In fact, generally, I think the= draft could benefit from some more/better justification for the key change= s that are proposed in several places.)=C2=A0

=C2=A0

There are no RSVP "Tear/Err= " messages ;-)=C2=A0 While I think I know what you mean, I think you s= hould list the complete message types each time or explicitly define what you mean by "Tear/Err" messages the first time you use this= term.


[VPB] The rea= der of this draft is expected to be familiar with the basic RSVP message ty= pes (expected to be familiar with terminology from the base RSVP RFCs).
=

=C2=A0

Section 2.1.1: "Must suppor= t retransmit of"

=C2=A0

Lastly, the following paper is a= n excellent analysis of the relative merits of soft state vs hard state pro= tocols etc and the conclusions may be of interest:

"A Comparison of Hard-State= and Soft-State Signaling Protocols", P. Ji, Z. Ge, J. Kurose. D.Towsl= ey,=C2=A0 ACM SIGCOMM 2003

http://confere= nces.sigcomm.org/sigcomm/2003/papers/p251-ji.pdf


[VPB] Thanks for the pointer to = the paper. I don't see anything in the conclusions that would contradic= t what is being advocated by this draft. Increasing the value of the refres= h-interval in a soft-state protocol is bound to provide linear improvement = on transmission overhead. The draft proposes sufficient recommendations (se= e recommendations for state removal) to make sure that there is no loss of = functionality incurred by increasing the value of the refresh interval.
= =C2=A0

=C2=A0

Regards,

Femi

=C2=A0

=C2=A0

From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Vishnu Pavan Beeram
Sent: Thursday, September 22, 2016 2:47 AM
To: in= ternet-drafts@ietf.org
Cc: teas@ietf.org= ; i-d-announ= ce@ietf.org
Subject: Re: [Teas] I-D Action: draft-ietf-teas-rsvp-te-scaling= -rec-02.txt

=C2=A0

Folks, Hi!

We just submitted a new= revision to keep the draft active. We intend to submit another version nex= t month addressing the open issues.

Regards,

- Pavan (on behalf of the authors)

=C2=A0

On Wed, Sep 21, 2016 at 9:41 PM, <internet-drafts@ietf.org= > wrote:


A New Internet-Draft is available from the on-line Internet-Drafts director= ies.
This draft is a work item of the Traffic Engineering Architecture and Signa= ling of the IETF.

=C2=A0 =C2=A0 =C2=A0 =C2=A0 Title=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0:= Implementation Recommendations to Improve the Scalability of RSVP-TE Deplo= yments
=C2=A0 =C2=A0 =C2=A0 =C2=A0 Authors=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0: Vish= nu Pavan Beeram
=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2= =A0 =C2=A0 =C2=A0 Ina Minei
=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2= =A0 =C2=A0 =C2=A0 Rob Shakir
=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2= =A0 =C2=A0 =C2=A0 Dante Pacella
=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2= =A0 =C2=A0 =C2=A0 Tarek Saad
=C2=A0 =C2=A0 =C2=A0 =C2=A0 Filename=C2=A0 =C2=A0 =C2=A0 =C2=A0 : draft-iet= f-teas-rsvp-te-scaling-rec-02.txt
=C2=A0 =C2=A0 =C2=A0 =C2=A0 Pages=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0:= 11
=C2=A0 =C2=A0 =C2=A0 =C2=A0 Date=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 := 2016-09-21

Abstract:
=C2=A0 =C2=A0 The scale at which RSVP-TE Label Switched Paths (LSPs) get de= ployed
=C2=A0 =C2=A0 is growing continually and the onus is on RSVP-TE implementat= ions
=C2=A0 =C2=A0 across the board to keep up with this increasing demand.

=C2=A0 =C2=A0 This document makes a set of implementation recommendations t= o help
=C2=A0 =C2=A0 RSVP-TE deployments push the envelope on scaling and advocate= s the
=C2=A0 =C2=A0 use of a couple of techniques - "Refresh Interval Indepe= ndent RSVP
=C2=A0 =C2=A0 (RI-RSVP)" and "Per-Peer flow-control" - for i= mproving scaling.



The IETF datatracker status page for this draft is:
https= ://datatracker.ietf.org/doc/draft-ietf-teas-rsvp-te-scaling-rec/<= /a>

There's also a htmlized version available at:
https:= //tools.ietf.org/html/draft-ietf-teas-rsvp-te-scaling-rec-02<= br>
A diff from the previous version is available at:
https://www.ietf.org/rfcdiff?url2=3Ddraft-ietf-teas-rsvp-te-s= caling-rec-02


Please note that it may take a couple of minutes from the time of submissio= n
until the htmlized version and diff are available at tools.ietf.org.

Internet-Drafts are also available by anonymous FTP at:
ftp://ftp.ietf.org/internet-drafts/

_______________________________________________
Teas mailing list
Teas@ietf.org
https://www.ietf.org/mailman/listinfo/t= eas

=C2=A0


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FPR:; SPF:None; PTR:InfoNoRecords; A:1; MX:1; LANG:en; received-spf: None (protection.outlook.com: ericsson.com does not designate permitted sender hosts) spamdiagnosticoutput: 1:99 spamdiagnosticmetadata: NSPM Content-Type: multipart/alternative; boundary="_000_AM2PR07MB09943987D6E27931F8C7CF3EF0A30AM2PR07MB0994eurp_" MIME-Version: 1.0 X-MS-Exchange-CrossTenant-originalarrivaltime: 03 Nov 2016 09:13:14.6140 (UTC) X-MS-Exchange-CrossTenant-fromentityheader: Hosted X-MS-Exchange-CrossTenant-id: 92e84ceb-fbfd-47ab-be52-080c6b87953f X-MS-Exchange-Transport-CrossTenantHeadersStamped: AM2PR07MB0995 X-OriginatorOrg: ericsson.com X-Brightmail-Tracker: H4sIAAAAAAAAA02Se0hTcRTH+e3ebXerwc8587Rp6MrezUqJKdELyiCLoqAhUc28OHNO3TVJ IZiSYaPIV6jLcDLNRz4iFEdv18NMy0wzsdaYD7IsAivUNM3rneB/n3O+38M5XzgUIa3ny6k4 QwptNGj1SoGYLNY0r9lUOyvXbO4a8VIPlfSR6v6Kar4609UnVGdN2Mld5P7y8kneYRQl3h5D 6+NSaWPwjtNiXV722qTrivOFRa2kCdnAjEQU4FCY7RggzEhMSXE9grEmm6doRfCz0y5kCxJf JeBSZi2PU/J5kGF2kVzxHMFwY/vcDEUJcDgMOSLZvgxbEPxruilkl3izSx71INYjw2HwtN/A tmVYBS+vdJEsk3gVZEya5lmCT8Dka9v8KMLLYPwVu1hEEdgX+odKedzdGMofdBIc+8DXwRk+ 54+Ghiy7xxMIb2ssHj4IN95VIfY2wFYC/jiHPcI+uOae8HA8NPUWCDgOh+zcVj43YEeQOV6E OMEPqtqGBZyQIQDzlzvzZ0sxDZV1WYhLLAdnz2UP+8HIp4d8LkIiPGsa8MT0grbiITIHrbYs SmdZZLMssnH9jWC9PybgeAPcKhslFrjjySBvcd+KhDXIh6GZ6ITYrSEq2hh3hmESDSoDnXIX zX1RS+NUkB11f9/tQJhCyqWSpNnlGilfm8qkJTgQUIRSJimakWukkhhtWjptTDxlPKenGQdS UKTSV7Kt2nVcimO1KXQ8TSfRxgWVR4nkJiT/9aHRLrut+5tT4vT+diQi0dTy24rt4Q1pBen+ udP5yXvpJffWtdiiuoJ1Ky401KzUK+rUH0fMoYdOqvSKCr9g/973YS5T1kX3lDvCeTRyz868 5hpV8o/pqoDM9rLC7hfpjs9n34w+PhCQH+jNjziGQhpK3UylUzwpDhINtDYrSUan3bKeMDLa /3RePOJBAwAA Archived-At: Subject: [Teas] CCAMP and JOINT YANG session agenda @IETF97 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 03 Nov 2016 09:13:26 -0000 --_000_AM2PR07MB09943987D6E27931F8C7CF3EF0A30AM2PR07MB0994eurp_ Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable Hi all, the first version of the agenda for the CCAMP session and the Joint YANG se= ssion is available at the following link. https://www.ietf.org/proceedings/97/agenda/agenda-97-ccamp-01 Please let us have your comments Thanks MPLS, PCE, TEAS and CCAMP (chairs and secretaries) --_000_AM2PR07MB09943987D6E27931F8C7CF3EF0A30AM2PR07MB0994eurp_ Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable

Hi all,

 

the first version of the agenda= for the CCAMP session and the Joint YANG session is available at the follo= wing link.

 

https://www.ietf.org/proceedings= /97/agenda/agenda-97-ccamp-01

 

Please let us have your comment= s

 

Thanks

MPLS, PCE, TEAS and CCAMP (chai= rs and secretaries)

--_000_AM2PR07MB09943987D6E27931F8C7CF3EF0A30AM2PR07MB0994eurp_-- From nobody Thu Nov 3 06:15:21 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id F10D2129552; Thu, 3 Nov 2016 06:15:15 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.717 X-Spam-Level: X-Spam-Status: No, score=-5.717 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id AD3ZzVziRcbK; Thu, 3 Nov 2016 06:15:12 -0700 (PDT) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 4F4CC1288B8; Thu, 3 Nov 2016 06:15:11 -0700 (PDT) Received: from 172.18.7.190 (EHLO lhreml701-cah.china.huawei.com) ([172.18.7.190]) by lhrrg01-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id CZP79636; Thu, 03 Nov 2016 13:15:08 +0000 (GMT) Received: from DFWEML701-CAH.china.huawei.com (10.193.5.175) by lhreml701-cah.china.huawei.com (10.201.5.93) with Microsoft SMTP Server (TLS) id 14.3.235.1; Thu, 3 Nov 2016 13:15:05 +0000 Received: from DFWEML501-MBX.china.huawei.com ([10.193.5.178]) by dfweml701-cah.china.huawei.com ([10.193.5.175]) with mapi id 14.03.0235.001; Thu, 3 Nov 2016 06:15:00 -0700 From: Igor Bryskin To: Daniele Ceccarelli , "CCAMP (ccamp@ietf.org)" , "pce@ietf.org" , "TEAS WG (teas@ietf.org)" , "mpls@ietf.org" Thread-Topic: draft-zhang-ccamp-transport-yang-gap-analysis-01 Thread-Index: AQHSNdRH8wTxiplTbUanpuZ0BVNtuQ== Date: Thu, 3 Nov 2016 13:15:00 +0000 Message-ID: <0C72C38E7EBC34499E8A9E7DD007863908F0EF03@dfweml501-mbx> References: In-Reply-To: Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.212.254.206] Content-Type: multipart/alternative; boundary="_000_0C72C38E7EBC34499E8A9E7DD007863908F0EF03dfweml501mbx_" MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A020205.581B385D.0137, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: 59cd424c08fea7caa8e897acb20a402a Archived-At: Subject: [Teas] draft-zhang-ccamp-transport-yang-gap-analysis-01 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 03 Nov 2016 13:15:16 -0000 --_000_0C72C38E7EBC34499E8A9E7DD007863908F0EF03dfweml501mbx_ Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable Hi, In the 4.4. Function Summary and Related YANG Models, I rea= d: +-------------+-----------------------+-----------------------+ |Path Comp. | Path Computation pre | | | | service provisioning | NONE | +-------------+-----------------------+-----------------------+ I disagree with this assessment. TE tunnel model defines the COMPUTE_ONLY m= ode explicitly designed to be used to support Path computation NBI. Cheers, Igor From: Pce [mailto:pce-bounces@ietf.org] On Behalf Of Daniele Ceccarelli Sent: Thursday, November 03, 2016 5:13 AM To: CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@iet= f.org Subject: [Pce] CCAMP and JOINT YANG session agenda @IETF97 Hi all, the first version of the agenda for the CCAMP session and the Joint YANG se= ssion is available at the following link. https://www.ietf.org/proceedings/97/agenda/agenda-97-ccamp-01 Please let us have your comments Thanks MPLS, PCE, TEAS and CCAMP (chairs and secretaries) --_000_0C72C38E7EBC34499E8A9E7DD007863908F0EF03dfweml501mbx_ Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable

Hi,<= /p>

 

In the 4.4.  Function Su= mmary and Related YANG Models, I read:

 

+-------------+-----------------------&= #43;-----------------------+

        = ; |Path Comp.   | Path Computation pre  |   &= nbsp;           &nbs= p;       |

        = ; |             = ;| service provisioning  |      NONE &nb= sp;           |

        = ; +-------------+-----------------------+----------------------= -+

 

I disagree with thi= s assessment. TE tunnel model defines the COMPUTE_ONLY mode explicitly desi= gned to be used  to support Path computation NBI.

 

Cheers,<= /span>

Igor

 

 

From: Pce [mai= lto:pce-bounces@ietf.org] On Behalf Of Daniele Ceccarelli
Sent: Thursday, November 03, 2016 5:13 AM
To: CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); m= pls@ietf.org
Subject: [Pce] CCAMP and JOINT YANG session agenda @IETF97

 

Hi all,

 

the first version of the agenda for the CCAMP sessio= n and the Joint YANG session is available at the following link.=

 

https://www.ietf.org/proceedings/97/agenda/agenda-97-= ccamp-01

 

Please let us have your comments

 

Thanks

MPLS, PCE, TEAS and CCAMP (chairs and secretaries)

--_000_0C72C38E7EBC34499E8A9E7DD007863908F0EF03dfweml501mbx_-- From nobody Thu Nov 3 06:35:21 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 9FBD91295D0; Thu, 3 Nov 2016 06:35:09 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.717 X-Spam-Level: X-Spam-Status: No, score=-5.717 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id AE9MlkbZRE0Y; Thu, 3 Nov 2016 06:35:07 -0700 (PDT) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 880E11299CD; Thu, 3 Nov 2016 06:35:06 -0700 (PDT) Received: from 172.18.7.190 (EHLO lhreml701-cah.china.huawei.com) ([172.18.7.190]) by lhrrg02-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id CUL31645; Thu, 03 Nov 2016 13:35:02 +0000 (GMT) Received: from DFWEML703-CAH.china.huawei.com (10.193.5.177) by lhreml701-cah.china.huawei.com (10.201.5.93) with Microsoft SMTP Server (TLS) id 14.3.235.1; Thu, 3 Nov 2016 13:34:11 +0000 Received: from DFWEML501-MBX.china.huawei.com ([10.193.5.178]) by DFWEML703-CAH.china.huawei.com ([10.193.5.177]) with mapi id 14.03.0235.001; Thu, 3 Nov 2016 06:34:05 -0700 From: Igor Bryskin To: Daniele Ceccarelli , "CCAMP (ccamp@ietf.org)" , "pce@ietf.org" , "TEAS WG (teas@ietf.org)" , "mpls@ietf.org" Thread-Topic: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 Thread-Index: AQHSNdbxqovpH1S/M0ui/wYWAHL6uQ== Date: Thu, 3 Nov 2016 13:34:04 +0000 Message-ID: <0C72C38E7EBC34499E8A9E7DD007863908F0EF32@dfweml501-mbx> References: In-Reply-To: Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.212.254.206] Content-Type: multipart/alternative; boundary="_000_0C72C38E7EBC34499E8A9E7DD007863908F0EF32dfweml501mbx_" MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A020201.581B3D07.045A, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: 528c19965a08031a827385632939270e Archived-At: Subject: [Teas] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 03 Nov 2016 13:35:09 -0000 --_000_0C72C38E7EBC34499E8A9E7DD007863908F0EF32dfweml501mbx_ Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_0C72C38E7EBC34499E8A9E7DD007863908F0EF32dfweml501mbx_ Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable

Hi,<= /p>

 

From the draft:

 

6.    YANG Model for requesting Path Computation

 =

 =

  = ; Work on extending the TE Tunnel YANG model to support the need to

  = ; request path computation has recently started also in the context of=

  = ; the [TE-TUNNEL] draft.

 =

  = ; It is possible to request path computation by configuring a

  = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

  = ; LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL].

 =

  = ; This is a stateful solution since the state of each created

  = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

  = ; underlying network conditions change.

 =

  = ; The need also for a stateless solution, based on an RPC, has been

  = ; recognized.

 =

 =

  = ; The YANG model to support stateless RPC is for further study.<= /span>

 =

 =

 =

 =

 =

IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

 

Cheers,

Igor

 

--_000_0C72C38E7EBC34499E8A9E7DD007863908F0EF32dfweml501mbx_-- From nobody Thu Nov 3 06:37:41 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 05FF21299E4; Thu, 3 Nov 2016 06:37:34 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.901 X-Spam-Level: X-Spam-Status: No, score=-6.901 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_HI=-5, RCVD_IN_MSPIKE_H2=-0.001, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id pkSzwzzBS2A0; Thu, 3 Nov 2016 06:37:32 -0700 (PDT) Received: from smtp-fr.alcatel-lucent.com (fr-hpida-esg-02.alcatel-lucent.com [135.245.210.21]) (using TLSv1.2 with cipher ECDHE-RSA-AES256-GCM-SHA384 (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id C0FF81299E5; Thu, 3 Nov 2016 06:37:19 -0700 (PDT) Received: from fr712umx4.dmz.alcatel-lucent.com (unknown [135.245.210.45]) by Websense Email Security Gateway with ESMTPS id 256112E3F227D; Thu, 3 Nov 2016 13:37:15 +0000 (GMT) Received: from fr712usmtp2.zeu.alcatel-lucent.com (fr712usmtp2.zeu.alcatel-lucent.com [135.239.2.42]) by fr712umx4.dmz.alcatel-lucent.com (GMO-o) with ESMTP id uA3DbF1a022116 (version=TLSv1/SSLv3 cipher=DHE-RSA-AES256-SHA bits=256 verify=OK); Thu, 3 Nov 2016 13:37:17 GMT Received: from FR712WXCHHUB03.zeu.alcatel-lucent.com (fr712wxchhub03.zeu.alcatel-lucent.com [135.239.2.74]) by fr712usmtp2.zeu.alcatel-lucent.com (GMO) with ESMTP id uA3Da2vL020937 (version=TLSv1/SSLv3 cipher=AES128-SHA bits=128 verify=FAIL); Thu, 3 Nov 2016 14:37:12 +0100 Received: from FR711WXCHMBA05.zeu.alcatel-lucent.com ([169.254.1.62]) by FR712WXCHHUB03.zeu.alcatel-lucent.com ([135.239.2.74]) with mapi id 14.03.0301.000; Thu, 3 Nov 2016 14:36:22 +0100 From: "Belotti, Sergio (Nokia - IT)" To: Igor Bryskin , Daniele Ceccarelli , "CCAMP (ccamp@ietf.org)" , "pce@ietf.org" , "TEAS WG (teas@ietf.org)" , "mpls@ietf.org" Thread-Topic: [Teas] draft-zhang-ccamp-transport-yang-gap-analysis-01 Thread-Index: AQHSNdRYPr/r9zO8ikuUMQHj9hfS3aDHQPzw Date: Thu, 3 Nov 2016 13:36:21 +0000 Message-ID: References: <0C72C38E7EBC34499E8A9E7DD007863908F0EF03@dfweml501-mbx> In-Reply-To: <0C72C38E7EBC34499E8A9E7DD007863908F0EF03@dfweml501-mbx> Accept-Language: it-IT, en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [135.239.27.41] Content-Type: multipart/alternative; boundary="_000_B9FEE68CE3A78C41A2B3C67549A96F48B775ACBCFR711WXCHMBA05z_" MIME-Version: 1.0 Archived-At: Cc: "Zhangxian \(Xian\)" , "Sharma, Anurag 6. \(EXT - IN\)" Subject: Re: [Teas] draft-zhang-ccamp-transport-yang-gap-analysis-01 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 03 Nov 2016 13:37:34 -0000 --_000_B9FEE68CE3A78C41A2B3C67549A96F48B775ACBCFR711WXCHMBA05z_ Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable Igor, you probably have an older version: +-------------+-----------------------+---------------------------+ |Path Comp. | Path Computation pre | = | | | service provisioning | ietf-te.yang = | +-------------+-----------------------+------------------------- Moreover in 5.2 : " For path computation, [I-D.busibel-teas-yang-path-com= putation] presents now only use cases but YANG model work is also under consideration to provide statelss path computation RPC. There is currently ongoing discussions on how to provide such a function using the TE tunnel model defined in [I-D.ietf-teas-yang-te] as a base." There is no explicit mention of the compute_only solution , since , as you = know, also RPC solution will be supported together with compute_only. We did not provide specific details. Thanks Sergio (as co-author) From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:15 PM To: Daniele Ceccarelli ; CCAMP (ccamp@ietf= .org) ; pce@ietf.org; TEAS WG (teas@ietf.org) ; mpls@ietf.org Subject: [Teas] draft-zhang-ccamp-transport-yang-gap-analysis-01 Hi, In the 4.4. Function Summary and Related YANG Models, I rea= d: +-------------+-----------------------+-----------------------+ |Path Comp. | Path Computation pre | | | | service provisioning | NONE | +-------------+-----------------------+-----------------------+ I disagree with this assessment. TE tunnel model defines the COMPUTE_ONLY m= ode explicitly designed to be used to support Path computation NBI. Cheers, Igor From: Pce [mailto:pce-bounces@ietf.org] On Behalf Of Daniele Ceccarelli Sent: Thursday, November 03, 2016 5:13 AM To: CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: [Pce] CCAMP and JOINT YANG session agenda @IETF97 Hi all, the first version of the agenda for the CCAMP session and the Joint YANG se= ssion is available at the following link. https://www.ietf.org/proceedings/97/agenda/agenda-97-ccamp-01 Please let us have your comments Thanks MPLS, PCE, TEAS and CCAMP (chairs and secretaries) --_000_B9FEE68CE3A78C41A2B3C67549A96F48B775ACBCFR711WXCHMBA05z_ Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable

Igor, you probably have an older version:=

 

+-------------+-----------------------+-= --------------------------+
         |Path Comp.   | = Path Computation pre  |        = ;            &n= bsp;      |
         |    &= nbsp;        | service provisioning = ; |     ietf-te.yang      = ;    |
         +-------------+---= --------------------+-------------------------

 

Moreover in 5.2 : “   For path compu= tation, [I-D.busibel-teas-yang-path-computation]
   presents now only use cases but YANG model work is also under<= br>    consideration to provide statelss path computation RPC.  = There is
   currently ongoing discussions on how to provide such a functio= n using
   the TE tunnel model defined in [I-D.ietf-teas-yang-te] as a ba= se.”

 

There is no explicit mention of the compute_only sol= ution , since , as you know, also RPC solution will be supported together w= ith compute_only.

We did not provide specific details.

 

Thanks

Sergio (as co-author)

 

 

 

From: Teas [mailto:teas-bounces@ietf.org] = On Behalf Of Igor Bryskin
Sent: Thursday, November 03, 2016 2:15 PM
To: Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAM= P (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf= .org) <teas@ietf.org>; mpls@ietf.org
Subject: [Teas] draft-zhang-ccamp-transport-yang-gap-analysis-01

 

Hi,<= /p>

 

In the 4.4.  Function Su= mmary and Related YANG Models, I read:

 

+-------------+-----------------------&= #43;-----------------------+

        = ; |Path Comp.   | Path Computation pre  |   &= nbsp;           &nbs= p;       |

        = ; |             = ;| service provisioning  |      NONE &nb= sp;           |

        = ; +-------------+-----------------------+----------------------= -+

 

I disagree with thi= s assessment. TE tunnel model defines the COMPUTE_ONLY mode explicitly desi= gned to be used  to support Path computation NBI.

 

Cheers,<= /span>

Igor

 

 

From: Pce [mailto:pce-bounces@ietf.org] On Behalf Of Daniele Ceccarelli
Sent: Thursday, November 03, 2016 5:13 AM
To: CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: [Pce] CCAMP and JOINT YANG session agenda @IETF97

 

Hi all,

 

the first version of the agenda for the CCAMP sessio= n and the Joint YANG session is available at the following link.=

 

https://www.ietf.org/proceedings/97/agenda/agenda-97-= ccamp-01

 

Please let us have your comments

 

Thanks

MPLS, PCE, TEAS and CCAMP (chairs and secretaries)

--_000_B9FEE68CE3A78C41A2B3C67549A96F48B775ACBCFR711WXCHMBA05z_-- From nobody Thu Nov 3 06:45:29 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id CA7221299E1; Thu, 3 Nov 2016 06:45:17 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.901 X-Spam-Level: X-Spam-Status: No, score=-6.901 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_HI=-5, RCVD_IN_MSPIKE_H2=-0.001, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id KqN30VaULo2H; Thu, 3 Nov 2016 06:45:15 -0700 (PDT) Received: from smtp-fr.alcatel-lucent.com (fr-hpida-esg-02.alcatel-lucent.com [135.245.210.21]) (using TLSv1.2 with cipher ECDHE-RSA-AES256-GCM-SHA384 (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 21573129522; Thu, 3 Nov 2016 06:45:14 -0700 (PDT) Received: from fr712umx3.dmz.alcatel-lucent.com (unknown [135.245.210.42]) by Websense Email Security Gateway with ESMTPS id 6846FB83E63C8; Thu, 3 Nov 2016 13:45:10 +0000 (GMT) Received: from fr711usmtp1.zeu.alcatel-lucent.com (fr711usmtp1.zeu.alcatel-lucent.com [135.239.2.122]) by fr712umx3.dmz.alcatel-lucent.com (GMO-o) with ESMTP id uA3DjC8r003520 (version=TLSv1/SSLv3 cipher=DHE-RSA-AES256-SHA bits=256 verify=OK); Thu, 3 Nov 2016 13:45:13 GMT Received: from FR712WXCHHUB03.zeu.alcatel-lucent.com (fr712wxchhub03.zeu.alcatel-lucent.com [135.239.2.74]) by fr711usmtp1.zeu.alcatel-lucent.com (GMO) with ESMTP id uA3Dj8wu005751 (version=TLSv1/SSLv3 cipher=AES128-SHA bits=128 verify=FAIL); Thu, 3 Nov 2016 14:45:12 +0100 Received: from FR712WXCHMBA15.zeu.alcatel-lucent.com ([169.254.7.251]) by FR712WXCHHUB03.zeu.alcatel-lucent.com ([135.239.2.74]) with mapi id 14.03.0301.000; Thu, 3 Nov 2016 14:44:54 +0100 From: "Scharf, Michael (Nokia - DE)" To: Igor Bryskin , Daniele Ceccarelli , "CCAMP (ccamp@ietf.org)" , "pce@ietf.org" , "TEAS WG (teas@ietf.org)" , "mpls@ietf.org" Thread-Topic: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 Thread-Index: AQHSNdciiwbM2GAvW0axSr1lXYwl+KDHRCFw Date: Thu, 3 Nov 2016 13:44:54 +0000 Message-ID: <655C07320163294895BBADA28372AF5D48B5BB53@FR712WXCHMBA15.zeu.alcatel-lucent.com> References: <0C72C38E7EBC34499E8A9E7DD007863908F0EF32@dfweml501-mbx> In-Reply-To: <0C72C38E7EBC34499E8A9E7DD007863908F0EF32@dfweml501-mbx> Accept-Language: de-DE, en-US Content-Language: de-DE X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [135.239.27.40] Content-Type: multipart/alternative; boundary="_000_655C07320163294895BBADA28372AF5D48B5BB53FR712WXCHMBA15z_" MIME-Version: 1.0 Archived-At: Subject: Re: [Teas] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 03 Nov 2016 13:45:18 -0000 --_000_655C07320163294895BBADA28372AF5D48B5BB53FR712WXCHMBA15z_ Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas= @ietf.org); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_655C07320163294895BBADA28372AF5D48B5BB53FR712WXCHMBA15z_ Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable

We have= discussed this before. From an implementer’s perspective, the two cl= ean solutions to the problem seem to either stateful „compute-only= 220; tunnels or a stateless RPC.

&n= bsp;

Michael=

&n= bsp;

&n= bsp;

From: mpls [ma= ilto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin
Sent: Thursday, November 03, 2016 2:34 PM
To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS W= G (teas@ietf.org); mpls@ietf.org
Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-y= ang-path-computation-00

 

Hi,

&n= bsp;

From th= e draft:

&n= bsp;

6.    YANG Model for requesting Path Computation

 =

 =

  = ; Work on extending the TE Tunnel YANG model to support the need to

  = ; request path computation has recently started also in the context of=

  = ; the [TE-TUNNEL] draft.

 =

  = ; It is possible to request path computation by configuring a

  = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

  = ; LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL].

 =

  = ; This is a stateful solution since the state of each created

  = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

  = ; underlying network conditions change.

 =

  = ; The need also for a stateless solution, based on an RPC, has been

  = ; recognized.

 =

 =

  = ; The YANG model to support stateless RPC is for further study.<= /span>

 =

 =

 =

 =

 =

IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

 

Cheers,

Igor

&n= bsp;

--_000_655C07320163294895BBADA28372AF5D48B5BB53FR712WXCHMBA15z_-- From nobody Thu Nov 3 06:50:12 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id E44451299E9; Thu, 3 Nov 2016 06:49:45 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -4.22 X-Spam-Level: X-Spam-Status: No, score=-4.22 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (1024-bit key) header.d=ericsson.onmicrosoft.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id txepo0hc_7Kz; Thu, 3 Nov 2016 06:49:43 -0700 (PDT) Received: from sesbmg22.ericsson.net (sesbmg22.ericsson.net [193.180.251.48]) (using TLSv1.2 with cipher ECDHE-RSA-AES256-GCM-SHA384 (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 65FDD129A00; 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DIR:OUT; SFP:1101; SCL:1; SRVR:AM2PR07MB0996; H:AM2PR07MB0994.eurprd07.prod.outlook.com; FPR:; SPF:None; PTR:InfoNoRecords; MX:1; A:1; LANG:en; received-spf: None (protection.outlook.com: ericsson.com does not designate permitted sender hosts) spamdiagnosticoutput: 1:99 spamdiagnosticmetadata: NSPM Content-Type: multipart/alternative; boundary="_000_AM2PR07MB0994C0B4EB099666B97844C0F0A30AM2PR07MB0994eurp_" MIME-Version: 1.0 X-MS-Exchange-CrossTenant-originalarrivaltime: 03 Nov 2016 13:49:20.5642 (UTC) X-MS-Exchange-CrossTenant-fromentityheader: Hosted X-MS-Exchange-CrossTenant-id: 92e84ceb-fbfd-47ab-be52-080c6b87953f X-MS-Exchange-Transport-CrossTenantHeadersStamped: AM2PR07MB0996 X-OriginatorOrg: ericsson.com X-Brightmail-Tracker: H4sIAAAAAAAAA03Sa0iTURgHcM57ma/S4LQ0nzY/5DATTVOTGCMvZZlUplHRiKJmvnjfZJum 0geTpkyyTA3UghS85C3zUg1U1FGEKWiWYUuxUjG1EiJviVrvjoHffs//eTiH83A4WtLNSrl4 jYHXadRJcpEDU6p6ccw7PkSm8p3t8FVMPhxhFGu9foqVt54Ka1Utq8geH7FTGJfNTIgo/NbL H2x4ZeUKFT5mHaKi6IsOh2L4pPg0Xrc/6KpDXGtOP5vSYELpLV+/oCw0nJmHOA5wAFgnTuYh B06CnyAofrrMkOI1go0+KysUDM6n4dnyOk06RRQsFn2mSPEKwXxVLS2cJcJKmLScEnJHfJOC np+/7PKQPbcDn4eutnpGsCM+B0vG53bESliz9ogEM9gNBmqzbRbjS/C7pIklF8wieFdeQQkN e3wZPg1u0IIR3glLbxpsOY2dwTr5yGbAGCo7BmhiJ5iZWGfJfDQ0Gc2bM64wWFdGkQVEQPNA unAX4HIaOkxZLJkJg/l7VkScCLmmic08ARZK/oiIzQgqCj2IXeBx79RmXiOC4f5wwRLMQ02j EZFFSGHsvWnTLvBttJMtQB5lW55ArIWF3CFRmW0X26G3dJIhuQ+M3C8WEXtBdcUcTewNJesW ZmtejuzqkJOe10cnx/r7+/C6+Gt6vVbjo+ENLejfv+ppW/U1o5npwxaEOSTfJk7Z2KWSsOo0 fUayBQFHyx3Fo8EylUQco87I5HXaK7rUJF5vQTKOkTuLD9aOX5DgWLWBT+T5FF73v0tx9tIs dFc2mpT6UJmjHHV1z23tbYxoXprqUg8WGPZ6BLef7VT7liY3D02FRi5KLftinOpDKilx5Fw3 tGbfCbr+ISosP0g6kXCgbTAQTxealOlnPp4IvuGY+L1PEbonWeV+VHx7Snvcs9Vfdrq6sX23 mzbQNfdIVHZmwIMBjasBqrxWjXJGH6f286R1evVfuArvoVMDAAA= Archived-At: Subject: Re: [Teas] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 03 Nov 2016 13:49:46 -0000 --_000_AM2PR07MB0994C0B4EB099666B97844C0F0A30AM2PR07MB0994eurp_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin ; Daniele Ceccarelli ; CCAMP (ccamp@ietf.org) ; pce@ietf.or= g; TEAS WG (teas@ietf.org) ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_AM2PR07MB0994C0B4EB099666B97844C0F0A30AM2PR07MB0994eurp_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

Can you please explain what the “stateful compute-only” s= tands for I don’t understand what is stateful in a path computation r= equest only.

IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute = a path and then forget about it or I ask to compute and provision it. I don= ’t understand the value of asking for it and remembering about it.

 

BR
Daniele 

 

From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
Sent: gioved=EC 3 novembre 2016 14:45
To: Igor Bryskin <Igor.Bryskin@huawei.com>; Daniele Ceccarelli= <daniele.ceccarelli@ericsson.com>; CCAMP (ccamp@ietf.org) <ccamp@= ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; = mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00

 

We have= discussed this before. From an implementer’s perspective, the two cl= ean solutions to the problem seem to either stateful „compute-only= 220; tunnels or a stateless RPC.

&n= bsp;

Michael=

&n= bsp;

&n= bsp;

From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin
Sent: Thursday, November 03, 2016 2:34 PM
To: Daniele Ceccarelli; CCAMP (cca= mp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibe= l-teas-yang-path-computation-00

 

Hi,

&n= bsp;

From th= e draft:

&n= bsp;

6.    YANG Model for requesting Path Computation

 =

 =

  = ; Work on extending the TE Tunnel YANG model to support the need to

  = ; request path computation has recently started also in the context of=

  = ; the [TE-TUNNEL] draft.

 =

  = ; It is possible to request path computation by configuring a

  = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

  = ; LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL].

 =

  = ; This is a stateful solution since the state of each created

  = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

  = ; underlying network conditions change.

 =

  = ; The need also for a stateless solution, based on an RPC, has been

  = ; recognized.

 =

 =

  = ; The YANG model to support stateless RPC is for further study.<= /span>

 =

 =

 =

 =

 =

IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

 

Cheers,

Igor

&n= bsp;

--_000_AM2PR07MB0994C0B4EB099666B97844C0F0A30AM2PR07MB0994eurp_-- From nobody Thu Nov 3 06:50:31 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id E739D129A0E; Thu, 3 Nov 2016 06:49:48 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.717 X-Spam-Level: X-Spam-Status: No, score=-5.717 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id HJ4Lg9H6oppD; Thu, 3 Nov 2016 06:49:46 -0700 (PDT) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 7B2921299FB; Thu, 3 Nov 2016 06:49:35 -0700 (PDT) Received: from 172.18.7.190 (EHLO lhreml701-cah.china.huawei.com) ([172.18.7.190]) by lhrrg02-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id CUL33957; Thu, 03 Nov 2016 13:49:33 +0000 (GMT) Received: from DFWEML703-CAH.china.huawei.com (10.193.5.177) by lhreml701-cah.china.huawei.com (10.201.5.93) with Microsoft SMTP Server (TLS) id 14.3.235.1; Thu, 3 Nov 2016 13:49:32 +0000 Received: from DFWEML501-MBX.china.huawei.com ([10.193.5.178]) by DFWEML703-CAH.china.huawei.com ([10.193.5.177]) with mapi id 14.03.0235.001; Thu, 3 Nov 2016 06:49:28 -0700 From: Igor Bryskin To: "Scharf, Michael (Nokia - DE)" , "Daniele Ceccarelli" , "CCAMP (ccamp@ietf.org)" , "pce@ietf.org" , "TEAS WG (teas@ietf.org)" , "mpls@ietf.org" Thread-Topic: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 Thread-Index: AQHSNdbxqovpH1S/M0ui/wYWAHL6uaDHupQA//+LfxA= Date: Thu, 3 Nov 2016 13:49:27 +0000 Message-ID: <0C72C38E7EBC34499E8A9E7DD007863908F0EF66@dfweml501-mbx> References: <0C72C38E7EBC34499E8A9E7DD007863908F0EF32@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5BB53@FR712WXCHMBA15.zeu.alcatel-lucent.com> In-Reply-To: <655C07320163294895BBADA28372AF5D48B5BB53@FR712WXCHMBA15.zeu.alcatel-lucent.com> Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.212.254.206] Content-Type: multipart/alternative; boundary="_000_0C72C38E7EBC34499E8A9E7DD007863908F0EF66dfweml501mbx_" MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A020205.581B406D.0245, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: 757543bd283f5f15f63d24868614daf9 Archived-At: Subject: Re: [Teas] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 03 Nov 2016 13:49:49 -0000 --_000_0C72C38E7EBC34499E8A9E7DD007863908F0EF66dfweml501mbx_ Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable Michael, Yang 1.1 action is a form of RPC. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Scharf, Michael (Nok= ia - DE) Sent: Thursday, November 03, 2016 9:45 AM To: Igor Bryskin; Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@ietf.org;= TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [Teas] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas= @ietf.org); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_0C72C38E7EBC34499E8A9E7DD007863908F0EF66dfweml501mbx_ Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable

Michael,

 

Yang 1.1 action is a f= orm of RPC.

 

Igor=

 

From: Teas [ma= ilto:teas-bounces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
Sent: Thursday, November 03, 2016 9:45 AM
To: Igor Bryskin; Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@ie= tf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: Re: [Teas] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00

 

We have discussed this= before. From an implementer’s perspective, the two clean solutions t= o the problem seem to either stateful „compute-only“ tunnels or= a stateless RPC.

 

Michael

 

 

From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin
Sent: Thursday, November 03, 2016 2:34 PM
To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS W= G (teas@ietf.org); mpls@ietf.org
Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-y= ang-path-computation-00

 

Hi,<= /p>

 

From the draft:

 

6.    YANG Model for requesting Path Computation

 =

 =

  = ; Work on extending the TE Tunnel YANG model to support the need to

  = ; request path computation has recently started also in the context of=

  = ; the [TE-TUNNEL] draft.

 =

  = ; It is possible to request path computation by configuring a

  = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

  = ; LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL].

 =

  = ; This is a stateful solution since the state of each created

  = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

  = ; underlying network conditions change.

 =

  = ; The need also for a stateless solution, based on an RPC, has been

  = ; recognized.

 =

 =

  = ; The YANG model to support stateless RPC is for further study.<= /span>

 =

 =

 =

 =

 =

IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

 

Cheers,

Igor

 

--_000_0C72C38E7EBC34499E8A9E7DD007863908F0EF66dfweml501mbx_-- From nobody Thu Nov 3 06:58:18 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id B549A129633; Thu, 3 Nov 2016 06:58:03 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.901 X-Spam-Level: X-Spam-Status: No, score=-6.901 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_HI=-5, RCVD_IN_MSPIKE_H2=-0.001, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id TCOQKf8GbR2r; Thu, 3 Nov 2016 06:58:01 -0700 (PDT) Received: from smtp-fr.alcatel-lucent.com (fr-hpida-esg-02.alcatel-lucent.com [135.245.210.21]) (using TLSv1.2 with cipher ECDHE-RSA-AES256-GCM-SHA384 (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id CE3FC1295F5; Thu, 3 Nov 2016 06:58:00 -0700 (PDT) Received: from fr712umx4.dmz.alcatel-lucent.com (unknown [135.245.210.45]) by Websense Email Security Gateway with ESMTPS id 381DFE923939F; Thu, 3 Nov 2016 13:57:56 +0000 (GMT) Received: from fr712usmtp2.zeu.alcatel-lucent.com (fr712usmtp2.zeu.alcatel-lucent.com [135.239.2.42]) by fr712umx4.dmz.alcatel-lucent.com (GMO-o) with ESMTP id uA3Dvwj0021959 (version=TLSv1/SSLv3 cipher=DHE-RSA-AES256-SHA bits=256 verify=OK); Thu, 3 Nov 2016 13:57:58 GMT Received: from FR711WXCHHUB02.zeu.alcatel-lucent.com (fr711wxchhub02.zeu.alcatel-lucent.com [135.239.2.112]) by fr712usmtp2.zeu.alcatel-lucent.com (GMO) with ESMTP id uA3DvsIh022252 (version=TLSv1/SSLv3 cipher=AES128-SHA bits=128 verify=FAIL); Thu, 3 Nov 2016 14:57:56 +0100 Received: from FR712WXCHMBA15.zeu.alcatel-lucent.com ([169.254.7.251]) by FR711WXCHHUB02.zeu.alcatel-lucent.com ([135.239.2.112]) with mapi id 14.03.0301.000; Thu, 3 Nov 2016 14:57:41 +0100 From: "Scharf, Michael (Nokia - DE)" To: Daniele Ceccarelli , Igor Bryskin , "CCAMP (ccamp@ietf.org)" , "pce@ietf.org" , "TEAS WG (teas@ietf.org)" , "mpls@ietf.org" Thread-Topic: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 Thread-Index: AQHSNdciiwbM2GAvW0axSr1lXYwl+KDHRCFw///xlACAABFawA== Date: Thu, 3 Nov 2016 13:57:40 +0000 Message-ID: <655C07320163294895BBADA28372AF5D48B5BC01@FR712WXCHMBA15.zeu.alcatel-lucent.com> References: <0C72C38E7EBC34499E8A9E7DD007863908F0EF32@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5BB53@FR712WXCHMBA15.zeu.alcatel-lucent.com> In-Reply-To: Accept-Language: de-DE, en-US Content-Language: de-DE X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [135.239.27.40] Content-Type: multipart/alternative; boundary="_000_655C07320163294895BBADA28372AF5D48B5BC01FR712WXCHMBA15z_" MIME-Version: 1.0 Archived-At: Subject: Re: [Teas] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 03 Nov 2016 13:58:04 -0000 --_000_655C07320163294895BBADA28372AF5D48B5BC01FR712WXCHMBA15z_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Maybe I miss something, but to me, the domain controller either computes a = path stateless, which can be modeled in YANG in an RPC. Or the domain contr= oller computes a path, stores state, and provides access to the result in t= he YANG datastore. In the latter case, whether resources are allocated, or = whether the NEs get actually provisioned, is an orthogonal question. As a side note, I am not sure of I would call a domain controller or an NMS= a PCE. Path computation is only a subset of the functions of a domain cont= roller. Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce= @ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_655C07320163294895BBADA28372AF5D48B5BC01FR712WXCHMBA15z_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

Maybe I= miss something, but to me, the domain controller either computes a path st= ateless, which can be modeled in YANG in an RPC. Or the domain controller c= omputes a path, stores state, and provides access to the result in the YANG datastore. In the latter case, whether re= sources are allocated, or whether the NEs get actually provisioned, is an o= rthogonal question.

&n= bsp;

As a si= de note, I am not sure of I would call a domain controller or an NMS a PCE.= Path computation is only a subset of the functions of a domain controller.=

&n= bsp;

Michael=

&n= bsp;

&n= bsp;

From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsso= n.com]
Sent: Thursday, November 03, 2016 2:49 PM
To: Scharf, Michael (Nokia - DE); Igor Bryskin; C= CAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org=
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00

 

Can you please explain what the= “stateful compute-only” stands for I don’t understand wh= at is stateful in a path computation request only.

IMHO either I ask the PCE (SDN = controller, NMS, whatever) to compute a path and then forget about it or I = ask to compute and provision it. I don’t understand the value of aski= ng for it and remembering about it.

 =

BR
Daniele 

 =

From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
Sent: gioved=EC 3 novembre 2016 14:45
To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

 

We have= discussed this before. From an implementer’s perspective, the two cl= ean solutions to the problem seem to either stateful „compute-only= 220; tunnels or a stateless RPC.=

 <= /span>

Michael=

 <= /span>

 <= /span>

From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin
Sent: Thursday, November 03, 2016 2:34 PM
To: Daniele Ceccarelli; CCAMP (cca= mp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibe= l-teas-yang-path-computation-00

 

Hi,

 <= /span>

From th= e draft:

 <= /span>

6.    YANG Model for requesting Path Computation

 

 

  = ; Work on extending the TE Tunnel YANG model to support the need to<= span lang=3D"IT">

  = ; request path computation has recently started also in the context of

  = ; the [TE-TUNNEL] draft.

 

  = ; It is possible to request path computation by configuring a

  = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

  = ; LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL].=

 

  = ; This is a stateful solution since the state of each created

  = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

  = ; underlying network conditions change.=

 

  = ; The need also for a stateless solution, based on an RPC, has been<= span lang=3D"IT">

  = ; recognized.

 

 

  = ; The YANG model to support stateless RPC is for further study.

 

 

 

 

 

IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

 

Cheers,

Igor

 <= /span>

--_000_655C07320163294895BBADA28372AF5D48B5BC01FR712WXCHMBA15z_-- From nobody Thu Nov 3 07:04:01 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 28682129A1B; Thu, 3 Nov 2016 07:03:47 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.717 X-Spam-Level: X-Spam-Status: No, score=-5.717 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id bdPSAlr1qOk9; Thu, 3 Nov 2016 07:03:44 -0700 (PDT) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 0E92412962E; Thu, 3 Nov 2016 07:03:42 -0700 (PDT) Received: from 172.18.7.190 (EHLO lhreml708-cah.china.huawei.com) ([172.18.7.190]) by lhrrg01-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id CZP87813; Thu, 03 Nov 2016 14:03:40 +0000 (GMT) Received: from DFWEML702-CAH.china.huawei.com (10.193.5.176) by lhreml708-cah.china.huawei.com (10.201.5.202) with Microsoft SMTP Server (TLS) id 14.3.235.1; Thu, 3 Nov 2016 14:03:40 +0000 Received: from DFWEML501-MBX.china.huawei.com ([10.193.5.178]) by dfweml702-cah.china.huawei.com ([10.193.5.176]) with mapi id 14.03.0235.001; Thu, 3 Nov 2016 07:03:36 -0700 From: Igor Bryskin To: Daniele Ceccarelli , "Scharf, Michael (Nokia - DE)" , "CCAMP (ccamp@ietf.org)" , "pce@ietf.org" , "TEAS WG (teas@ietf.org)" , "mpls@ietf.org" Thread-Topic: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 Thread-Index: AQHSNdbxqovpH1S/M0ui/wYWAHL6uaDHupQAgAABPgD//4thsA== Date: Thu, 3 Nov 2016 14:03:35 +0000 Message-ID: <0C72C38E7EBC34499E8A9E7DD007863908F0EF96@dfweml501-mbx> References: <0C72C38E7EBC34499E8A9E7DD007863908F0EF32@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5BB53@FR712WXCHMBA15.zeu.alcatel-lucent.com> In-Reply-To: Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.212.254.206] Content-Type: multipart/alternative; boundary="_000_0C72C38E7EBC34499E8A9E7DD007863908F0EF96dfweml501mbx_" MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A090202.581B43BD.0115, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: 751c6e382f2a2d19dfac81b40374c626 Archived-At: Subject: Re: [Teas] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 03 Nov 2016 14:03:47 -0000 --_000_0C72C38E7EBC34499E8A9E7DD007863908F0EF96dfweml501mbx_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable HI Daniele, A client may ask for a path not to be used immediately (e.g. to present as = an abstract link to its own client, in some failure restoration scheme or a= s a part of disaster recovery network topology re-configuration). In this c= ase the client would want to know at least if/when the path has stopped be= ing feasible any longer or (ideally) a better path is available. Igor From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 9:49 AM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce= @ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin ; Daniele Ceccarelli ; CCAMP (ccamp@ietf.org) ; pce@ietf.or= g; TEAS WG (teas@ietf.org) ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_0C72C38E7EBC34499E8A9E7DD007863908F0EF96dfweml501mbx_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

HI Daniele,=

 

A client may ask for a= path not to be used immediately (e.g. to present as an abstract link to it= s own client, in some failure restoration scheme or as a part of disaster r= ecovery network topology re-configuration). In this case the client would want to know at least  if/when the path= has stopped being feasible any longer or (ideally) a better path is availa= ble.

 

Igor=

 

From: Daniele = Ceccarelli [mailto:daniele.ceccarelli@ericsson.com]
Sent: Thursday, November 03, 2016 9:49 AM
To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.or= g); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00

 

Can you please explain what the “stateful comp= ute-only” stands for I don’t understand what is stateful in a p= ath computation request only.

IMHO either I ask the PCE (SDN controller, NMS, what= ever) to compute a path and then forget about it or I ask to compute and pr= ovision it. I don’t understand the value of asking for it and remembe= ring about it.

 

BR
Daniele 

 

From: Scharf, Michael (Nokia - DE) [mailto:mi= chael.scharf@nokia.com]
Sent: gioved=EC 3 novembre 2016 14:45
To: Igor Bryskin <Igor.Bryskin@huawei.com>; Daniele Ceccarelli= <daniele.ceccarelli@ericsson.com>; CCAMP (ccamp@ietf.org) <ccamp@= ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; = mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00

 

We have discussed this= before. From an implementer’s perspective, the two clean solutions t= o the problem seem to either stateful „compute-only“ tunnels or= a stateless RPC.

 

Michael

 

 

From: mpls [mailto:mpls-= bounces@ietf.org] On Behalf Of Igor Bryskin
Sent: Thursday, November 03, 2016 2:34 PM
To: Daniele Ceccarelli; CCAMP (cca= mp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibe= l-teas-yang-path-computation-00

 

Hi,

 

From the draft:=

 

6.    YANG Model for requesting Path Computation

 

 

  = ; Work on extending the TE Tunnel YANG model to support the need to<= span lang=3D"IT">

  = ; request path computation has recently started also in the context of

  = ; the [TE-TUNNEL] draft.

 

  = ; It is possible to request path computation by configuring a

  = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

  = ; LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL].=

 

  = ; This is a stateful solution since the state of each created

  = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

  = ; underlying network conditions change.=

 

  = ; The need also for a stateless solution, based on an RPC, has been<= span lang=3D"IT">

  = ; recognized.

 

 

  = ; The YANG model to support stateless RPC is for further study.

 

 

 

 

 

IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

 

Cheers,

Igor

 

--_000_0C72C38E7EBC34499E8A9E7DD007863908F0EF96dfweml501mbx_-- From nobody Thu Nov 3 07:19:44 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 82B95129644; Thu, 3 Nov 2016 07:19:27 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -4.22 X-Spam-Level: X-Spam-Status: No, score=-4.22 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (1024-bit key) header.d=ericsson.onmicrosoft.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 9pAQuu_Z0XXZ; Thu, 3 Nov 2016 07:19:20 -0700 (PDT) Received: from sesbmg22.ericsson.net (sesbmg22.ericsson.net [193.180.251.48]) (using TLSv1.2 with cipher ECDHE-RSA-AES256-GCM-SHA384 (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 1B271129406; 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DIR:OUT; SFP:1101; SCL:1; SRVR:AM2PR07MB0994; H:AM2PR07MB0994.eurprd07.prod.outlook.com; FPR:; SPF:None; PTR:InfoNoRecords; A:1; MX:1; LANG:en; received-spf: None (protection.outlook.com: ericsson.com does not designate permitted sender hosts) spamdiagnosticoutput: 1:99 spamdiagnosticmetadata: NSPM Content-Type: multipart/alternative; boundary="_000_AM2PR07MB0994F166F428A91D580356A3F0A30AM2PR07MB0994eurp_" MIME-Version: 1.0 X-MS-Exchange-CrossTenant-originalarrivaltime: 03 Nov 2016 14:19:13.3478 (UTC) X-MS-Exchange-CrossTenant-fromentityheader: Hosted X-MS-Exchange-CrossTenant-id: 92e84ceb-fbfd-47ab-be52-080c6b87953f X-MS-Exchange-Transport-CrossTenantHeadersStamped: AM2PR07MB0994 X-OriginatorOrg: ericsson.com X-Brightmail-Tracker: H4sIAAAAAAAAA02Se0hTYRjG/c45247DwdfSfJ1SOkpC8V4xREL/0AwUioxEIpt5vKRusqlk kGg6QSmVmHilNOwyb5VIrrTUg1ETzJVdxEtqeUnLEFTmMrW2s8D/ft/zPt/78L68NClmeRI6 VZHFqBTydClfSNXEdoX7JJ5wjfWf/rNfNls/Ssm2DAEy8zsv2dg9HU92fWpUINNs6KlQfmTR wDIvsqnJTEROjr0nTpFxwpBEJj01h1H5Hb8oTBksMJKZwyy6slnUz89Hn9pQKbKnAR8BTUut oBQJaTFuR1BvNpLc4zUCs65KYHFR+CYJ0yuhXEFLwMhnrfW7GL9C8LbudCmiaT4Ohlk2yuJx xAUErLeXUBbPXnwWejtbrOyIY8CkeSrgOAIMnQ0UF3AQhkq6rD1F+DyMl3XwuLANAn6uNVpN 9jgcjEs1PAsjvA9Mg62EhUnsDGOzdwhuHgxNPcMkx06w+G3b5k+ARxq9zeMBxuZaG0dD+eqM dX7ADSTorcmWQgT0da/ZlpQGfSXdNv0yrFf/5nOsRzD3huHYDR4a5vhcoyd8GDAtEdyKGHjQ pkHcKiQw+aHExm7wfeIFrwIdrt01BMdKKB6ZsbII7wFDzSzF6b4wWqnlc+wN9xt/kBz7QPU2 S+3WG5CgGTmpGXVCRnJgoC+jSr2kVisVvgomqwP9u6z+zk1/PVpcCGMRppHUQZS54xIr5slz 1LkZLAKalDqKqiJcY8WiRHnuVUaljFdlpzNqFrnSlNRZdEw3dU6Mk+VZTBrDZDKq/1WCtpfk o7tsW7nHR39tXoOyca1pcDpuorxPP1/w7JZdcMjOn94Zz6LNtqDCyqQNd5nnSnGMyRwVOqRj /eafS77eiA66MLHlIfFyT/jlosimiDN5MbkVX4ze1Y+Tlh3GqtxbF04G5OnGD00eXT1gjPeK XyzTTvZ0mzJeSu2uhc3UFRYk3m6RUuoUeYAXqVLL/wKoF71FVQMAAA== Archived-At: Subject: Re: [Teas] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 03 Nov 2016 14:19:27 -0000 --_000_AM2PR07MB0994F166F428A91D580356A3F0A30AM2PR07MB0994eurp_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Hi Igor, Understood the concept. It is clear but I'm still struggling with its usefu= lness. What you call statefull and stateless is with respect to the domain = controller, but I see the statefullness and stateless of the paths an highe= r level controller issue and fair enough to have the stateless concept in t= he domain controller. In other words if the higer level controller wants to keep the state of the= path why doesn't it simply do that instead of demanding it to the domain c= ontroller? Because if should be made available also to someone else? Cheers Daniele From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: gioved=EC 3 novembre 2016 15:04 To: Daniele Ceccarelli ; Scharf, Michael (= Nokia - DE) ; CCAMP (ccamp@ietf.org) ; pce@ietf.org; TEAS WG (teas@ietf.org) ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 HI Daniele, A client may ask for a path not to be used immediately (e.g. to present as = an abstract link to its own client, in some failure restoration scheme or a= s a part of disaster recovery network topology re-configuration). In this c= ase the client would want to know at least if/when the path has stopped be= ing feasible any longer or (ideally) a better path is available. Igor From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 9:49 AM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_AM2PR07MB0994F166F428A91D580356A3F0A30AM2PR07MB0994eurp_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

Hi Igor,

 

Understood the concept. It is clear but I’m still struggling wi= th its usefulness. What you call statefull and stateless is with respect to= the domain controller, but I see the statefullness and stateless of the paths an higher level controller issue and fair enoug= h to have the stateless concept in the domain controller.=

In other words if the higer level controller wants to keep the state = of the path why doesn’t it simply do that instead of demanding it to = the domain controller? Because if should be made available also to someone else?

 

Cheers

Daniele 

 

 

From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
Sent: gioved=EC 3 novembre 2016 15:04
To: Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; Scha= rf, Michael (Nokia - DE) <michael.scharf@nokia.com>; CCAMP (ccamp@iet= f.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <te= as@ietf.org>; mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00

 

HI Dani= ele,

&n= bsp;

A clien= t may ask for a path not to be used immediately (e.g. to present as an abst= ract link to its own client, in some failure restoration scheme or as a par= t of disaster recovery network topology re-configuration). In this case the client would want to know at least &nb= sp;if/when the path has stopped being feasible any longer or (ideally) a be= tter path is available.

&n= bsp;

Igor

&n= bsp;

From: Da= niele Ceccarelli [mailto= :daniele.ceccarelli@ericsson.com]
Sent: Thursday, November 03, 2016 9:49 AM
To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

Can you please explain what the= “stateful compute-only” stands for I don’t understand wh= at is stateful in a path computation request only.

IMHO either I ask the PCE (SDN = controller, NMS, whatever) to compute a path and then forget about it or I = ask to compute and provision it. I don’t understand the value of aski= ng for it and remembering about it.

 

BR
Daniele 

 

From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
Sent: gioved=EC 3 novembre 2016 14:45
To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

 

We have= discussed this before. From an implementer’s perspective, the two cl= ean solutions to the problem seem to either stateful „compute-only= 220; tunnels or a stateless RPC.

 <= /span>

Michael=

 <= /span>

 <= /span>

From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin
Sent: Thursday, November 03, 2016 2:34 PM
To: Daniele Ceccarelli; CCAMP (cca= mp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibe= l-teas-yang-path-computation-00

 

Hi,

 <= /span>

From th= e draft:

 <= /span>

6.    YANG Model for requesting Path Computation

 

 

  = ; Work on extending the TE Tunnel YANG model to support the need to<= o:p>

  = ; request path computation has recently started also in the context of

  = ; the [TE-TUNNEL] draft.

 

  = ; It is possible to request path computation by configuring a

  = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

  = ; LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL].

 

  = ; This is a stateful solution since the state of each created

  = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

  = ; underlying network conditions change.

 

  = ; The need also for a stateless solution, based on an RPC, has been<= o:p>

  = ; recognized.

 

 

  = ; The YANG model to support stateless RPC is for further study.=

 

 

 

 

 

IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

 

Cheers,

Igor

 <= /span>

--_000_AM2PR07MB0994F166F428A91D580356A3F0A30AM2PR07MB0994eurp_-- From nobody Thu Nov 3 07:24:57 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 4B1C3129A3D; Thu, 3 Nov 2016 07:24:56 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.901 X-Spam-Level: X-Spam-Status: No, score=-6.901 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_HI=-5, RCVD_IN_MSPIKE_H2=-0.001, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id xChB27rdT30z; Thu, 3 Nov 2016 07:24:53 -0700 (PDT) Received: from smtp-fr.alcatel-lucent.com (fr-hpida-esg-02.alcatel-lucent.com [135.245.210.21]) (using TLSv1.2 with cipher ECDHE-RSA-AES256-GCM-SHA384 (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 45D3D129669; Thu, 3 Nov 2016 07:24:53 -0700 (PDT) Received: from fr712umx4.dmz.alcatel-lucent.com (unknown [135.245.210.45]) by Websense Email Security Gateway with ESMTPS id 458121ECD4DA; Thu, 3 Nov 2016 14:24:48 +0000 (GMT) Received: from fr712usmtp2.zeu.alcatel-lucent.com (fr712usmtp2.zeu.alcatel-lucent.com [135.239.2.42]) by fr712umx4.dmz.alcatel-lucent.com (GMO-o) with ESMTP id uA3EOoFb030903 (version=TLSv1/SSLv3 cipher=DHE-RSA-AES256-SHA bits=256 verify=OK); Thu, 3 Nov 2016 14:24:51 GMT Received: from FR712WXCHHUB03.zeu.alcatel-lucent.com (fr712wxchhub03.zeu.alcatel-lucent.com [135.239.2.74]) by fr712usmtp2.zeu.alcatel-lucent.com (GMO) with ESMTP id uA3EOlTV001216 (version=TLSv1/SSLv3 cipher=AES128-SHA bits=128 verify=FAIL); Thu, 3 Nov 2016 15:24:49 +0100 Received: from FR711WXCHMBA05.zeu.alcatel-lucent.com ([169.254.1.62]) by FR712WXCHHUB03.zeu.alcatel-lucent.com ([135.239.2.74]) with mapi id 14.03.0301.000; Thu, 3 Nov 2016 15:24:32 +0100 From: "Belotti, Sergio (Nokia - IT)" To: Igor Bryskin , "Scharf, Michael (Nokia - DE)" , Daniele Ceccarelli , "CCAMP (ccamp@ietf.org)" , "pce@ietf.org" , "TEAS WG (teas@ietf.org)" , "mpls@ietf.org" Thread-Topic: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 Thread-Index: AQHSNdcdFm7Ey8mkl0SoOXT6dUSe8qDHNHgAgAABRYCAABkugA== Date: Thu, 3 Nov 2016 14:24:32 +0000 Message-ID: References: <0C72C38E7EBC34499E8A9E7DD007863908F0EF32@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5BB53@FR712WXCHMBA15.zeu.alcatel-lucent.com> <0C72C38E7EBC34499E8A9E7DD007863908F0EF66@dfweml501-mbx> In-Reply-To: <0C72C38E7EBC34499E8A9E7DD007863908F0EF66@dfweml501-mbx> Accept-Language: it-IT, en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [135.239.27.41] Content-Type: multipart/alternative; boundary="_000_B9FEE68CE3A78C41A2B3C67549A96F48B775ADDBFR711WXCHMBA05z_" MIME-Version: 1.0 Archived-At: Subject: Re: [Teas] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 03 Nov 2016 14:24:56 -0000 --_000_B9FEE68CE3A78C41A2B3C67549A96F48B775ADDBFR711WXCHMBA05z_ Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable Igor, this is correct. But if I remember well last weekly tunnel model discussion, action proposal= to support stateless solution is still in alternative to a normal RPC. I guess in the new module Tarek has already created "arrangement" for both. Thanks Sergio From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE) ; Daniele Ceccar= elli ; CCAMP (ccamp@ietf.org) ; pce@ietf.org; TEAS WG (teas@ietf.org) ; mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Michael, Yang 1.1 action is a form of RPC. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Scharf, Michael (Nok= ia - DE) Sent: Thursday, November 03, 2016 9:45 AM To: Igor Bryskin; Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [Teas] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_B9FEE68CE3A78C41A2B3C67549A96F48B775ADDBFR711WXCHMBA05z_ Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable

Igor, this is correct.

But if I remember well last weekly tunnel model disc= ussion, action proposal to support stateless solution is still in alternati= ve to a normal RPC.

I guess in the new module Tarek has already created = “arrangement” for both.

 

Thanks

Sergio

 

 

From: CCAMP [mailto:ccamp-bounces@ietf.org] <= b>On Behalf Of Igor Bryskin
Sent: Thursday, November 03, 2016 2:49 PM
To: Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; D= aniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP (ccamp@iet= f.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <te= as@ietf.org>; mpls@ietf.org
Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-y= ang-path-computation-00

 

Michael,

 

Yang 1.1 action is a f= orm of RPC.

 

Igor=

 

From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
Sent: Thursday, November 03, 2016 9:45 AM
To: Igor Bryskin; Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: Re: [Teas] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

We have discussed this= before. From an implementer’s perspective, the two clean solutions t= o the problem seem to either stateful „compute-only“ tunnels or= a stateless RPC.

 

Michael

 

 

From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin
Sent: Thursday, November 03, 2016 2:34 PM
To: Daniele Ceccarelli; CCAMP (cca= mp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibe= l-teas-yang-path-computation-00

 

Hi,<= /p>

 

From the draft:

 

6.    YANG Model for requesting Path Computation

 =

 =

  = ; Work on extending the TE Tunnel YANG model to support the need to

  = ; request path computation has recently started also in the context of=

  = ; the [TE-TUNNEL] draft.

 =

  = ; It is possible to request path computation by configuring a

  = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

  = ; LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL].

 =

  = ; This is a stateful solution since the state of each created

  = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

  = ; underlying network conditions change.

 =

  = ; The need also for a stateless solution, based on an RPC, has been

  = ; recognized.

 =

 =

  = ; The YANG model to support stateless RPC is for further study.<= /span>

 =

 =

 =

 =

 =

IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

 

Cheers,

Igor

 

--_000_B9FEE68CE3A78C41A2B3C67549A96F48B775ADDBFR711WXCHMBA05z_-- From nobody Thu Nov 3 07:29:21 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id AD39F129660; Thu, 3 Nov 2016 07:29:19 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.717 X-Spam-Level: X-Spam-Status: No, score=-5.717 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id g6QeP5nToXK8; Thu, 3 Nov 2016 07:29:16 -0700 (PDT) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 076B112950B; Thu, 3 Nov 2016 07:29:14 -0700 (PDT) Received: from 172.18.7.190 (EHLO lhreml704-cah.china.huawei.com) ([172.18.7.190]) by lhrrg02-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id CUL40185; Thu, 03 Nov 2016 14:29:11 +0000 (GMT) Received: from DFWEML701-CAH.china.huawei.com (10.193.5.175) by lhreml704-cah.china.huawei.com (10.201.5.130) with Microsoft SMTP Server (TLS) id 14.3.235.1; Thu, 3 Nov 2016 14:29:11 +0000 Received: from DFWEML501-MBX.china.huawei.com ([10.193.5.178]) by dfweml701-cah.china.huawei.com ([10.193.5.175]) with mapi id 14.03.0235.001; Thu, 3 Nov 2016 07:29:07 -0700 From: Igor Bryskin To: "Belotti, Sergio (Nokia - IT)" , "Scharf, Michael (Nokia - DE)" , Daniele Ceccarelli , "CCAMP (ccamp@ietf.org)" , "pce@ietf.org" , "TEAS WG (teas@ietf.org)" , "mpls@ietf.org" Thread-Topic: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 Thread-Index: AQHSNdbxqovpH1S/M0ui/wYWAHL6uaDHupQA//+LfxCAAH+UAP//izag Date: Thu, 3 Nov 2016 14:29:06 +0000 Message-ID: <0C72C38E7EBC34499E8A9E7DD007863908F0EFD1@dfweml501-mbx> References: <0C72C38E7EBC34499E8A9E7DD007863908F0EF32@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5BB53@FR712WXCHMBA15.zeu.alcatel-lucent.com> <0C72C38E7EBC34499E8A9E7DD007863908F0EF66@dfweml501-mbx> In-Reply-To: Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.212.254.206] Content-Type: multipart/alternative; boundary="_000_0C72C38E7EBC34499E8A9E7DD007863908F0EFD1dfweml501mbx_" MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A090202.581B49B8.0202, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: 757543bd283f5f15f63d24868614daf9 Archived-At: Subject: Re: [Teas] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 03 Nov 2016 14:29:20 -0000 --_000_0C72C38E7EBC34499E8A9E7DD007863908F0EFD1dfweml501mbx_ Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable IMHO we do not need both global and action RPC. The latter is more elegant = but essentially the same as the former. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Belotti, Sergio (Nok= ia - IT) Sent: Thursday, November 03, 2016 10:25 AM To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [Teas] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Igor, this is correct. But if I remember well last weekly tunnel model discussion, action proposal= to support stateless solution is still in alternative to a normal RPC. I guess in the new module Tarek has already created "arrangement" for both. Thanks Sergio From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE) ; Daniele Ceccar= elli ; CCAMP (ccamp@ietf.org) ; pce@ietf.org; TEAS WG (teas@ietf.org) ; mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Michael, Yang 1.1 action is a form of RPC. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Scharf, Michael (Nok= ia - DE) Sent: Thursday, November 03, 2016 9:45 AM To: Igor Bryskin; Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [Teas] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_0C72C38E7EBC34499E8A9E7DD007863908F0EFD1dfweml501mbx_ Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable

IMHO we do not need bo= th global and action RPC. The latter is more elegant but essentially the sa= me as the former.

 

Igor=

 

From: Teas [ma= ilto:teas-bounces@ietf.org] On Behalf Of Belotti, Sergio (Nokia - IT)
Sent: Thursday, November 03, 2016 10:25 AM
To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.or= g
Subject: Re: [Teas] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00

 

Igor, this is correct.

But if I remember well last weekly tunnel model disc= ussion, action proposal to support stateless solution is still in alternati= ve to a normal RPC.

I guess in the new module Tarek has already created = “arrangement” for both.

 

Thanks

Sergio

 

 

From: CCAMP [mailto:ccamp-bounces@ietf.org] <= b>On Behalf Of Igor Bryskin
Sent: Thursday, November 03, 2016 2:49 PM
To: Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; D= aniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP (ccamp@iet= f.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <te= as@ietf.org>; mpls@ietf.org
Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-y= ang-path-computation-00

 

Michael,

 

Yang 1.1 action is a f= orm of RPC.

 

Igor=

 

From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
Sent: Thursday, November 03, 2016 9:45 AM
To: Igor Bryskin; Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: Re: [Teas] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

We have discussed this= before. From an implementer’s perspective, the two clean solutions t= o the problem seem to either stateful „compute-only“ tunnels or= a stateless RPC.

 

Michael

 

 

From: mpls [mailto:mpls-= bounces@ietf.org] On Behalf Of Igor Bryskin
Sent: Thursday, November 03, 2016 2:34 PM
To: Daniele Ceccarelli; CCAMP (cca= mp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibe= l-teas-yang-path-computation-00

 

Hi,<= /p>

 

From the draft:

 

6.    YANG Model for requesting Path Computation

 =

 =

  = ; Work on extending the TE Tunnel YANG model to support the need to

  = ; request path computation has recently started also in the context of=

  = ; the [TE-TUNNEL] draft.

 =

  = ; It is possible to request path computation by configuring a

  = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

  = ; LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL].

 =

  = ; This is a stateful solution since the state of each created

  = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

  = ; underlying network conditions change.

 =

  = ; The need also for a stateless solution, based on an RPC, has been

  = ; recognized.

 =

 =

  = ; The YANG model to support stateless RPC is for further study.<= /span>

 =

 =

 =

 =

 =

IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

 

Cheers,

Igor

 

--_000_0C72C38E7EBC34499E8A9E7DD007863908F0EFD1dfweml501mbx_-- From nobody Thu Nov 3 07:35:27 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id B9A0C129658; Thu, 3 Nov 2016 07:35:10 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.717 X-Spam-Level: X-Spam-Status: No, score=-5.717 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id I7f70RW9Hlwh; Thu, 3 Nov 2016 07:35:03 -0700 (PDT) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id A51FB129A3D; Thu, 3 Nov 2016 07:34:54 -0700 (PDT) Received: from 172.18.7.190 (EHLO lhreml708-cah.china.huawei.com) ([172.18.7.190]) by lhrrg02-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id CUL41023; Thu, 03 Nov 2016 14:34:52 +0000 (GMT) Received: from DFWEML703-CAH.china.huawei.com (10.193.5.177) by lhreml708-cah.china.huawei.com (10.201.5.202) with Microsoft SMTP Server (TLS) id 14.3.235.1; Thu, 3 Nov 2016 14:34:52 +0000 Received: from DFWEML501-MBX.china.huawei.com ([10.193.5.178]) by DFWEML703-CAH.china.huawei.com ([10.193.5.177]) with mapi id 14.03.0235.001; Thu, 3 Nov 2016 07:34:46 -0700 From: Igor Bryskin To: Daniele Ceccarelli , "Scharf, Michael (Nokia - DE)" , "CCAMP (ccamp@ietf.org)" , "pce@ietf.org" , "TEAS WG (teas@ietf.org)" , "mpls@ietf.org" Thread-Topic: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 Thread-Index: AQHSNdbxqovpH1S/M0ui/wYWAHL6uaDHupQAgAABPgD//4thsIAAfPiA//+LybA= Date: Thu, 3 Nov 2016 14:34:46 +0000 Message-ID: <0C72C38E7EBC34499E8A9E7DD007863908F0EFE3@dfweml501-mbx> References: <0C72C38E7EBC34499E8A9E7DD007863908F0EF32@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5BB53@FR712WXCHMBA15.zeu.alcatel-lucent.com> <0C72C38E7EBC34499E8A9E7DD007863908F0EF96@dfweml501-mbx> In-Reply-To: Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.212.254.206] Content-Type: multipart/alternative; boundary="_000_0C72C38E7EBC34499E8A9E7DD007863908F0EFE3dfweml501mbx_" MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A090205.581B4B0D.0040, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: 757543bd283f5f15f63d24868614daf9 Archived-At: Subject: Re: [Teas] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 03 Nov 2016 14:35:11 -0000 --_000_0C72C38E7EBC34499E8A9E7DD007863908F0EFE3dfweml501mbx_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable For the client to keep returned by the provider path state means requesting= from the provider periodic path re-computations. Provider can re-evaluate= previously returned path in an event driven way (e.g. reacting on TED chan= ge affecting one of the path's links). From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 10:19 AM To: Igor Bryskin; Scharf, Michael (Nokia - DE); CCAMP (ccamp@ietf.org); pce= @ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Hi Igor, Understood the concept. It is clear but I'm still struggling with its usefu= lness. What you call statefull and stateless is with respect to the domain = controller, but I see the statefullness and stateless of the paths an highe= r level controller issue and fair enough to have the stateless concept in t= he domain controller. In other words if the higer level controller wants to keep the state of the= path why doesn't it simply do that instead of demanding it to the domain c= ontroller? Because if should be made available also to someone else? Cheers Daniele From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: gioved=EC 3 novembre 2016 15:04 To: Daniele Ceccarelli ; Scharf, Michael (= Nokia - DE) ; CCAMP (ccamp@ietf.org) ; pce@ietf.org; TEAS WG (teas@ietf.org) ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 HI Daniele, A client may ask for a path not to be used immediately (e.g. to present as = an abstract link to its own client, in some failure restoration scheme or a= s a part of disaster recovery network topology re-configuration). In this c= ase the client would want to know at least if/when the path has stopped be= ing feasible any longer or (ideally) a better path is available. Igor From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 9:49 AM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_0C72C38E7EBC34499E8A9E7DD007863908F0EFE3dfweml501mbx_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

For the client to keep= returned by the provider path state means requesting from the provider per= iodic path re-computations.  Provider can re-evaluate previously retur= ned path in an event driven way (e.g. reacting on TED change affecting one of the path’s links).  <= /span>

 

From: Daniele = Ceccarelli [mailto:daniele.ceccarelli@ericsson.com]
Sent: Thursday, November 03, 2016 10:19 AM
To: Igor Bryskin; Scharf, Michael (Nokia - DE); CCAMP (ccamp@ietf.or= g); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00

 

Hi Igor,

 

Understood the concept. It is clear but I’m st= ill struggling with its usefulness. What you call statefull and stateless i= s with respect to the domain controller, but I see the statefullness and st= ateless of the paths an higher level controller issue and fair enough to have the stateless concept in the domain controll= er.

In other words if the higer level controller wants t= o keep the state of the path why doesn’t it simply do that instead of= demanding it to the domain controller? Because if should be made available= also to someone else?

 

Cheers

Daniele 

 

 

From: Igor Bryskin [mailto:Igor.Bryskin@huawe= i.com]
Sent: gioved=EC 3 novembre 2016 15:04
To: Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; Scha= rf, Michael (Nokia - DE) <michael.scharf@nokia.com>; CCAMP (ccamp@iet= f.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <te= as@ietf.org>; mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00

 

HI Daniele,=

 

A client may ask for a= path not to be used immediately (e.g. to present as an abstract link to it= s own client, in some failure restoration scheme or as a part of disaster r= ecovery network topology re-configuration). In this case the client would want to know at least  if/when the path= has stopped being feasible any longer or (ideally) a better path is availa= ble.

 

Igor=

 

From: Daniele = Ceccarelli [mailto:danie= le.ceccarelli@ericsson.com]
Sent: Thursday, November 03, 2016 9:49 AM
To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

Can you please explain what the “stateful comp= ute-only” stands for I don’t understand what is stateful in a p= ath computation request only.

IMHO either I ask the PCE (SDN controller, NMS, what= ever) to compute a path and then forget about it or I ask to compute and pr= ovision it. I don’t understand the value of asking for it and remembe= ring about it.

 

BR
Daniele 

 

From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
Sent: gioved=EC 3 novembre 2016 14:45
To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= span lang=3D"IT">

 

We have discussed this= before. From an implementer’s perspective, the two clean solutions t= o the problem seem to either stateful „compute-only“ tunnels or= a stateless RPC.

 

Michael

 

 

From: mpls [mailto:mpls-= bounces@ietf.org] On Behalf Of Igor Bryskin
Sent: Thursday, November 03, 2016 2:34 PM
To: Daniele Ceccarelli; CCAMP (cca= mp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibe= l-teas-yang-path-computation-00

 

Hi,

 

From the draft:=

 

6.    YANG Model for requesting Path Computation

 

 

  = ; Work on extending the TE Tunnel YANG model to support the need to<= span lang=3D"IT">

  = ; request path computation has recently started also in the context of

  = ; the [TE-TUNNEL] draft.

 

  = ; It is possible to request path computation by configuring a

  = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

  = ; LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL].=

 

  = ; This is a stateful solution since the state of each created

  = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

  = ; underlying network conditions change.=

 

  = ; The need also for a stateless solution, based on an RPC, has been<= span lang=3D"IT">

  = ; recognized.

 

 

  = ; The YANG model to support stateless RPC is for further study.

 

 

 

 

 

IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

 

Cheers,

Igor

 

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DIR:OUT; SFP:1101; SCL:1; SRVR:AM2PR07MB0996; H:AM2PR07MB0994.eurprd07.prod.outlook.com; FPR:; SPF:None; PTR:InfoNoRecords; MX:1; A:1; LANG:en; received-spf: None (protection.outlook.com: ericsson.com does not designate permitted sender hosts) spamdiagnosticoutput: 1:99 spamdiagnosticmetadata: NSPM Content-Type: multipart/alternative; boundary="_000_AM2PR07MB0994A71F7FD6A771C23853A4F0A30AM2PR07MB0994eurp_" MIME-Version: 1.0 X-MS-Exchange-CrossTenant-originalarrivaltime: 03 Nov 2016 14:42:10.3054 (UTC) X-MS-Exchange-CrossTenant-fromentityheader: Hosted X-MS-Exchange-CrossTenant-id: 92e84ceb-fbfd-47ab-be52-080c6b87953f X-MS-Exchange-Transport-CrossTenantHeadersStamped: AM2PR07MB0996 X-OriginatorOrg: ericsson.com X-Brightmail-Tracker: H4sIAAAAAAAAA02Se0hTYRjG+845Ox5Hg6+l+Xr5x3VBjJlmxLoXpglpCamZBDbz4H0bm4n6 R2k5TSm0qaESqTGzzTISKYlUmpqXqKUuvCUazijzVmGmpuZ2Fvjf7/meh+/93oePIYWtPBcm XpbCKmXSJBHNp8oiXriLh4NcI7yLbh6QmO8NUJKVLh/JYo+nZKhax5NcHx2wk6j/NFLH6cDs tmleoFa7SASODPUSIWQk/3AMmxSfyir3HL3Ej+utNSLF+E+U1jf3i8pEc4MoH9kzgPdBd+0y mY/4jBDXIdBOaxAnOtbF3H3KIih8m4SVwWaKc4oIGFt6y+NEO4KWYQ2djxiGxgfBbAiynDvg LALm6/Ioy5CtOAxaGmqt7IBDYUH93I7jcDB8HrY+hMI7wJA1Zs0I8EVYMzUQ3IAcCop7OkmL YY/9oWOynrAwwttgofuxlUnsBEPmCoLbCIP2lZHk2BG+ja/yuHw0PFU32jLu8EFfbuNgmHmg tq4GuJKEtr/9dpwRALN3hmw1JUJFgdHGCTBfukRz3IigSuPBsRs86pqguYue0VC20GmdLMQs 1DxRI64KFxgx5dnYDb5+auIVIo/yDUuUrzdJYjn01gSXW8vYAl1lZoqLeMFASTHN8W54WPWd 5FgMpasGauN5JbLTI0cVq4pOjt3r68Uq4y+rVHKZl4xNqUfrX+t1w/LORtQ3dcKAMINEmwWK NecIIU+aqkpPNiBgSJGDoOm0a4RQECNNz2CV8ijllSRWZUCuDCVyEuzXjZ4X4lhpCpvIsgpW +d8lGHuXTBR4rSTBlDoVWjDmdu5G16ZmU60ud2E2TNHj7jlhPEImr32J7jmWrN+VIQ7puJqm i/QP/jh31k+6nNt0Urv9TP+h9tZ5Q1IsrY6qHjRnvwtf1Gx5c6FJJ5+5tdavZ3BW5GRGQE5I uKYuUfzyd/xdn/eY0Cukp/yUpPeq83Ch7w8RpYqT+niSSpX0H6voKp5WAwAA Archived-At: Subject: Re: [Teas] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 03 Nov 2016 14:42:41 -0000 --_000_AM2PR07MB0994A71F7FD6A771C23853A4F0A30AM2PR07MB0994eurp_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Makes sense. Cheers Daniele From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: gioved=EC 3 novembre 2016 15:35 To: Daniele Ceccarelli ; Scharf, Michael (= Nokia - DE) ; CCAMP (ccamp@ietf.org) ; pce@ietf.org; TEAS WG (teas@ietf.org) ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 For the client to keep returned by the provider path state means requesting= from the provider periodic path re-computations. Provider can re-evaluate= previously returned path in an event driven way (e.g. reacting on TED chan= ge affecting one of the path's links). From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 10:19 AM To: Igor Bryskin; Scharf, Michael (Nokia - DE); CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Hi Igor, Understood the concept. It is clear but I'm still struggling with its usefu= lness. What you call statefull and stateless is with respect to the domain = controller, but I see the statefullness and stateless of the paths an highe= r level controller issue and fair enough to have the stateless concept in t= he domain controller. In other words if the higer level controller wants to keep the state of the= path why doesn't it simply do that instead of demanding it to the domain c= ontroller? Because if should be made available also to someone else? Cheers Daniele From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: gioved=EC 3 novembre 2016 15:04 To: Daniele Ceccarelli >; Scharf, Michael (Nokia - DE) >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG (teas@ietf.org) >; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 HI Daniele, A client may ask for a path not to be used immediately (e.g. to present as = an abstract link to its own client, in some failure restoration scheme or a= s a part of disaster recovery network topology re-configuration). In this c= ase the client would want to know at least if/when the path has stopped be= ing feasible any longer or (ideally) a better path is available. Igor From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 9:49 AM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_AM2PR07MB0994A71F7FD6A771C23853A4F0A30AM2PR07MB0994eurp_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

Makes sense.

 

Cheers

Daniele 

 

From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
Sent: gioved=EC 3 novembre 2016 15:35
To: Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; Scha= rf, Michael (Nokia - DE) <michael.scharf@nokia.com>; CCAMP (ccamp@iet= f.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <te= as@ietf.org>; mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00

 

For the= client to keep returned by the provider path state means requesting from t= he provider periodic path re-computations.  Provider can re-evaluate p= reviously returned path in an event driven way (e.g. reacting on TED change affecting one of the path’s links).=  

 <= /span>

From: Da= niele Ceccarelli [mailto= :daniele.ceccarelli@ericsson.com]
Sent: Thursday, November 03, 2016 10:19 AM
To: Igor Bryskin; Scharf, Michael (Nokia - DE); CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

 

Hi Igor,

 

Understood the concept. It is c= lear but I’m still struggling with its usefulness. What you call stat= efull and stateless is with respect to the domain controller, but I see the= statefullness and stateless of the paths an higher level controller issue and fair enough to have the stateless con= cept in the domain controller.

In other words if the higer lev= el controller wants to keep the state of the path why doesn’t it simp= ly do that instead of demanding it to the domain controller? Because if sho= uld be made available also to someone else?

 

Cheers

Daniele 

 

 

From: Igor Bryskin [mailto= :Igor.Bryskin@huawei.com]
Sent: gioved=EC 3 novembre 2016 15:04
To: Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; Scharf, Michael (Nokia -= DE) <michael.scharf@nokia.c= om>; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

HI Dani= ele,

 <= /span>

A clien= t may ask for a path not to be used immediately (e.g. to present as an abst= ract link to its own client, in some failure restoration scheme or as a par= t of disaster recovery network topology re-configuration). In this case the client would want to know at least &nb= sp;if/when the path has stopped being feasible any longer or (ideally) a be= tter path is available.

 <= /span>

Igor

 <= /span>

From: Da= niele Ceccarelli [mailto= :daniele.ceccarelli@ericsson.com]
Sent: Thursday, November 03, 2016 9:49 AM
To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

 

Can you please explain what the= “stateful compute-only” stands for I don’t understand wh= at is stateful in a path computation request only.

IMHO either I ask the PCE (SDN = controller, NMS, whatever) to compute a path and then forget about it or I = ask to compute and provision it. I don’t understand the value of aski= ng for it and remembering about it.

 

BR
Daniele 

 

From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
Sent: gioved=EC 3 novembre 2016 14:45
To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

We have= discussed this before. From an implementer’s perspective, the two cl= ean solutions to the problem seem to either stateful „compute-only= 220; tunnels or a stateless RPC.

 <= /span>

Michael=

 <= /span>

 <= /span>

From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin
Sent: Thursday, November 03, 2016 2:34 PM
To: Daniele Ceccarelli; CCAMP (cca= mp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibe= l-teas-yang-path-computation-00<= /span>

 =

Hi,

 <= /span>

From th= e draft:

 <= /span>

6.    YANG Model for requesting Path Computation

 

 

  = ; Work on extending the TE Tunnel YANG model to support the need to<= span lang=3D"EN-US">

  = ; request path computation has recently started also in the context of

  = ; the [TE-TUNNEL] draft.

 

  = ; It is possible to request path computation by configuring a

  = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

  = ; LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL].

 

  = ; This is a stateful solution since the state of each created

  = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

  = ; underlying network conditions change.

 

  = ; The need also for a stateless solution, based on an RPC, has been<= span lang=3D"EN-US">

  = ; recognized.

 

 

  = ; The YANG model to support stateless RPC is for further study.

 

 

 

 

 

IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

 

Cheers,

Igor

 <= /span>

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(protection.outlook.com: ericsson.com does not designate permitted sender hosts) spamdiagnosticoutput: 1:99 spamdiagnosticmetadata: NSPM Content-Type: text/plain; charset="utf-8" Content-Transfer-Encoding: base64 MIME-Version: 1.0 X-MS-Exchange-CrossTenant-originalarrivaltime: 03 Nov 2016 16:46:30.5898 (UTC) X-MS-Exchange-CrossTenant-fromentityheader: Hosted X-MS-Exchange-CrossTenant-id: 92e84ceb-fbfd-47ab-be52-080c6b87953f X-MS-Exchange-Transport-CrossTenantHeadersStamped: AM2PR07MB0996 X-OriginatorOrg: ericsson.com X-Brightmail-Tracker: H4sIAAAAAAAAA+NgFprCKsWRmVeSWpSXmKPExsUyM2K7tO7rTOkIgyuH5CyW7tjEZPFkzg0W i8td3ewWM/vmsli0/tjB4sDq8bJ/DqPHkiU/mQKYorhsUlJzMstSi/TtErgyzhxYxlRwQLLi 9o6XjA2MbyS6GDk5JARMJA43vWXpYuTiEBJYxyjR/eUZK0hCSOA4o0TDcT+QBItAL7PEr/PP WSGqJjNJtJ/8zgbhHAVq2TOPvYuRg4NNwEriySEfkG4RgSqJ68tfgDUwC6xglDg4exU7SEJY IEVi2boeNoiiVInfX55C2VYSR9ffA1vNIqAiMfXzOTCbVyBG4uPW61DL5jJKPJk3HayBUyBK YvPGDiYQm1FATOL7qTVgNrOAuMStJ/OZIJ4TkFiy5zwzhC0q8fLxP1aI+iSJ9a07oGoUJS6s 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aGluZzo6UmV2aXNlZCBJLUQgTmVlZGVkIGZyb20gSUVTRw0KPiA+IEV2YWx1YXRpb24gSUQgVHJh Y2tlciBVUkw6DQo+ID4gaHR0cHM6Ly9kYXRhdHJhY2tlci5pZXRmLm9yZy9kb2MvZHJhZnQtaWV0 Zi1jY2FtcC1vc3BmLQ0KPiA+IGF2YWlsYWJpbGl0eS1leHRlbnNpb24vDQoNCg== From nobody Thu Nov 3 11:49:36 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 38E79129570; Thu, 3 Nov 2016 11:49:28 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.716 X-Spam-Level: X-Spam-Status: No, score=-5.716 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HK_RANDOM_ENVFROM=0.001, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id NGHk6Nc3ezoa; Thu, 3 Nov 2016 11:49:24 -0700 (PDT) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 208701293EB; Thu, 3 Nov 2016 11:49:21 -0700 (PDT) Received: from 172.18.7.190 (EHLO lhreml703-cah.china.huawei.com) ([172.18.7.190]) by lhrrg02-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id CUL71260; Thu, 03 Nov 2016 18:49:18 +0000 (GMT) Received: from DFWEML701-CAH.china.huawei.com (10.193.5.175) by lhreml703-cah.china.huawei.com (10.201.5.104) with Microsoft SMTP Server (TLS) id 14.3.235.1; Thu, 3 Nov 2016 18:49:18 +0000 Received: from DFWEML501-MBX.china.huawei.com ([10.193.5.178]) by dfweml701-cah.china.huawei.com ([10.193.5.175]) with mapi id 14.03.0235.001; Thu, 3 Nov 2016 11:49:08 -0700 From: Leeyoung To: "Scharf, Michael (Nokia - DE)" , "Daniele Ceccarelli" , Igor Bryskin , "CCAMP (ccamp@ietf.org)" , "pce@ietf.org" , "TEAS WG (teas@ietf.org)" , "mpls@ietf.org" Thread-Topic: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 Thread-Index: AQHSNdctiq61/EtmPkOM+rTQF01xh6DHupQAgAABPQCAAAJUAP//2oaA Date: Thu, 3 Nov 2016 18:49:07 +0000 Message-ID: <7AEB3D6833318045B4AE71C2C87E8E172A8CC9D2@dfweml501-mbx> References: <0C72C38E7EBC34499E8A9E7DD007863908F0EF32@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5BB53@FR712WXCHMBA15.zeu.alcatel-lucent.com> <655C07320163294895BBADA28372AF5D48B5BC01@FR712WXCHMBA15.zeu.alcatel-lucent.com> In-Reply-To: <655C07320163294895BBADA28372AF5D48B5BC01@FR712WXCHMBA15.zeu.alcatel-lucent.com> Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.218.137.249] Content-Type: multipart/alternative; boundary="_000_7AEB3D6833318045B4AE71C2C87E8E172A8CC9D2dfweml501mbx_" MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A0B0205.581B86AF.00D9, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: 757543bd283f5f15f63d24868614daf9 Archived-At: Subject: Re: [Teas] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 03 Nov 2016 18:49:28 -0000 --_000_7AEB3D6833318045B4AE71C2C87E8E172A8CC9D2dfweml501mbx_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Hi Michael, I think I am with you on your point. If we use rpc, it is clear. On the oth= er hand, if we were to use "stateful compute-only" it seems that the system= /controller has to keep the state of the paths somewhere which is not YANG = datastore. My understanding is that YANG datastore is updated only when the= path is signaled and resource is allocated. Would this give the system/con= troller additional burden to keep the "interim" state? Young From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (N= okia - DE) Sent: Thursday, November 03, 2016 8:58 AM To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org;= TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Maybe I miss something, but to me, the domain controller either computes a = path stateless, which can be modeled in YANG in an RPC. Or the domain contr= oller computes a path, stores state, and provides access to the result in t= he YANG datastore. In the latter case, whether resources are allocated, or = whether the NEs get actually provisioned, is an orthogonal question. As a side note, I am not sure of I would call a domain controller or an NMS= a PCE. Path computation is only a subset of the functions of a domain cont= roller. Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_7AEB3D6833318045B4AE71C2C87E8E172A8CC9D2dfweml501mbx_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

Hi Michael,=

 

I think I am with you = on your point. If we use rpc, it is clear. On the other hand, if we were to= use “stateful compute-only” it seems that the system/controlle= r has to keep the state of the paths somewhere which is not YANG datastore. My understanding is that YANG datastore is updated = only when the path is signaled and resource is allocated. Would this give t= he system/controller additional burden to keep the “interim” st= ate?

 

Young

 

From: CCAMP [m= ailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
Sent: Thursday, November 03, 2016 8:58 AM
To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ie= tf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-y= ang-path-computation-00

 

Maybe I miss something= , but to me, the domain controller either computes a path stateless, which = can be modeled in YANG in an RPC. Or the domain controller computes a path,= stores state, and provides access to the result in the YANG datastore. In the latter case, whether resources ar= e allocated, or whether the NEs get actually provisioned, is an orthogonal = question.

 

As a side note, I am n= ot sure of I would call a domain controller or an NMS a PCE. Path computati= on is only a subset of the functions of a domain controller.

 

Michael

 

 

 

From: Daniele = Ceccarelli [mailto:danie= le.ceccarelli@ericsson.com]
Sent: Thursday, November 03, 2016 2:49 PM
To: Scharf, Michael (Nokia - DE); Igo= r Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

Can you please explain what the “stateful comp= ute-only” stands for I don’t understand what is stateful in a p= ath computation request only.

IMHO either I ask the PCE (SDN controller, NMS, what= ever) to compute a path and then forget about it or I ask to compute and pr= ovision it. I don’t understand the value of asking for it and remembe= ring about it.

 

BR
Daniele 

 

From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
Sent: gioved=EC 3 novembre 2016 14:45
To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= span lang=3D"IT">

 

We have discussed this= before. From an implementer’s perspective, the two clean solutions t= o the problem seem to either stateful „compute-only“ tunnels or= a stateless RPC.

 

Michael

 

 

From: mpls [mailto:mpls-= bounces@ietf.org] On Behalf Of Igor Bryskin
Sent: Thursday, November 03, 2016 2:34 PM
To: Daniele Ceccarelli; CCAMP (cca= mp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibe= l-teas-yang-path-computation-00

 

Hi,

 

From the draft:=

 

6.    YANG Model for requesting Path Computation

 

 

  = ; Work on extending the TE Tunnel YANG model to support the need to<= span lang=3D"IT">

  = ; request path computation has recently started also in the context of

  = ; the [TE-TUNNEL] draft.

 

  = ; It is possible to request path computation by configuring a

  = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

  = ; LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL].=

 

  = ; This is a stateful solution since the state of each created

  = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

  = ; underlying network conditions change.=

 

  = ; The need also for a stateless solution, based on an RPC, has been<= span lang=3D"IT">

  = ; recognized.

 

 

  = ; The YANG model to support stateless RPC is for further study.

 

 

 

 

 

IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

 

Cheers,

Igor

 

--_000_7AEB3D6833318045B4AE71C2C87E8E172A8CC9D2dfweml501mbx_-- From nobody Thu Nov 3 12:16:51 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 9D3A11296A5; Thu, 3 Nov 2016 12:16:45 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.901 X-Spam-Level: X-Spam-Status: No, score=-6.901 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_HI=-5, RCVD_IN_MSPIKE_H2=-0.001, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id B5eoBhYaRY2F; Thu, 3 Nov 2016 12:16:41 -0700 (PDT) Received: from smtp-fr.alcatel-lucent.com (fr-hpida-esg-02.alcatel-lucent.com [135.245.210.21]) (using TLSv1.2 with cipher ECDHE-RSA-AES256-GCM-SHA384 (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id A4DD1129617; Thu, 3 Nov 2016 12:16:40 -0700 (PDT) Received: from fr712umx4.dmz.alcatel-lucent.com (unknown [135.245.210.45]) by Websense Email Security Gateway with ESMTPS id EF8C6B420E913; Thu, 3 Nov 2016 19:16:34 +0000 (GMT) Received: from fr712usmtp2.zeu.alcatel-lucent.com (fr712usmtp2.zeu.alcatel-lucent.com [135.239.2.42]) by fr712umx4.dmz.alcatel-lucent.com (GMO-o) with ESMTP id uA3JGbLl015847 (version=TLSv1/SSLv3 cipher=DHE-RSA-AES256-SHA bits=256 verify=OK); Thu, 3 Nov 2016 19:16:38 GMT Received: from FR711WXCHHUB02.zeu.alcatel-lucent.com (fr711wxchhub02.zeu.alcatel-lucent.com [135.239.2.112]) by fr712usmtp2.zeu.alcatel-lucent.com (GMO) with ESMTP id uA3JGbg0007164 (version=TLSv1/SSLv3 cipher=AES128-SHA bits=128 verify=FAIL); Thu, 3 Nov 2016 20:16:37 +0100 Received: from FR712WXCHMBA15.zeu.alcatel-lucent.com ([169.254.7.251]) by FR711WXCHHUB02.zeu.alcatel-lucent.com ([135.239.2.112]) with mapi id 14.03.0301.000; Thu, 3 Nov 2016 20:16:37 +0100 From: "Scharf, Michael (Nokia - DE)" To: Leeyoung , Daniele Ceccarelli , Igor Bryskin , "CCAMP (ccamp@ietf.org)" , "pce@ietf.org" , "TEAS WG (teas@ietf.org)" , "mpls@ietf.org" Thread-Topic: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 Thread-Index: AQHSNdciiwbM2GAvW0axSr1lXYwl+KDHRCFw///xlACAABFawIAAQmiAgAAWg9A= Date: Thu, 3 Nov 2016 19:16:36 +0000 Message-ID: <655C07320163294895BBADA28372AF5D48B5C82F@FR712WXCHMBA15.zeu.alcatel-lucent.com> References: <0C72C38E7EBC34499E8A9E7DD007863908F0EF32@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5BB53@FR712WXCHMBA15.zeu.alcatel-lucent.com> <655C07320163294895BBADA28372AF5D48B5BC01@FR712WXCHMBA15.zeu.alcatel-lucent.com> <7AEB3D6833318045B4AE71C2C87E8E172A8CC9D2@dfweml501-mbx> In-Reply-To: <7AEB3D6833318045B4AE71C2C87E8E172A8CC9D2@dfweml501-mbx> Accept-Language: de-DE, en-US Content-Language: de-DE X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [135.239.27.40] Content-Type: multipart/alternative; boundary="_000_655C07320163294895BBADA28372AF5D48B5C82FFR712WXCHMBA15z_" MIME-Version: 1.0 Archived-At: Subject: Re: [Teas] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 03 Nov 2016 19:16:46 -0000 --_000_655C07320163294895BBADA28372AF5D48B5C82FFR712WXCHMBA15z_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Isn't the intention of defining "compute-only tunnels" to create state in t= he controller, but not to signal them? If the tunnel should be signaled and= resources shall be allocated, why not just configure a vanilla tunnel? Use= s cases seem to exist for both variants, and both can be encoded in YANG. I= s there anything I miss here? Michael From: Leeyoung [mailto:leeyoung@huawei.com] Sent: Thursday, November 03, 2016 7:49 PM To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; CCAMP (= ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Hi Michael, I think I am with you on your point. If we use rpc, it is clear. On the oth= er hand, if we were to use "stateful compute-only" it seems that the system= /controller has to keep the state of the paths somewhere which is not YANG = datastore. My understanding is that YANG datastore is updated only when the= path is signaled and resource is allocated. Would this give the system/con= troller additional burden to keep the "interim" state? Young From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (N= okia - DE) Sent: Thursday, November 03, 2016 8:58 AM To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Maybe I miss something, but to me, the domain controller either computes a = path stateless, which can be modeled in YANG in an RPC. Or the domain contr= oller computes a path, stores state, and provides access to the result in t= he YANG datastore. In the latter case, whether resources are allocated, or = whether the NEs get actually provisioned, is an orthogonal question. As a side note, I am not sure of I would call a domain controller or an NMS= a PCE. Path computation is only a subset of the functions of a domain cont= roller. Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_655C07320163294895BBADA28372AF5D48B5C82FFR712WXCHMBA15z_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

IsnR= 17;t the intention of defining „compute-only tunnels“ to create= state in the controller, but not to signal them? If the tunnel should be s= ignaled and resources shall be allocated, why not just configure a vanilla tunnel? Uses cases seem to exist for both variants, and both can= be encoded in YANG. Is there anything I miss here?

&n= bsp;

Michael=

&n= bsp;

&n= bsp;

From: Leeyoung= [mailto:leeyoung@huawei.com]
Sent: Thursday, November 03, 2016 7:49 PM
To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.or= g
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00

 

Hi Mich= ael,

&n= bsp;

I think= I am with you on your point. If we use rpc, it is clear. On the other hand= , if we were to use “stateful compute-only” it seems that the s= ystem/controller has to keep the state of the paths somewhere which is not YANG datastore. My understanding is that YANG datas= tore is updated only when the path is signaled and resource is allocated. W= ould this give the system/controller additional burden to keep the “i= nterim” state?

&n= bsp;

Young

&n= bsp;

From: CCAMP [mail= to:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
Sent: Thursday, November 03, 2016 8:58 AM
To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

Maybe I= miss something, but to me, the domain controller either computes a path st= ateless, which can be modeled in YANG in an RPC. Or the domain controller c= omputes a path, stores state, and provides access to the result in the YANG datastore. In the latter case, whether re= sources are allocated, or whether the NEs get actually provisioned, is an o= rthogonal question.

&n= bsp;

As a si= de note, I am not sure of I would call a domain controller or an NMS a PCE.= Path computation is only a subset of the functions of a domain controller.=

&n= bsp;

Michael=

&n= bsp;

&n= bsp;

&n= bsp;

From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com]
Sent: Thursday, November 03, 2016 2:49 PM
To: Scharf, Michael (Nokia - DE); Igor Bryskin; C= CAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

Can you please explain what the= “stateful compute-only” stands for I don’t understand wh= at is stateful in a path computation request only.

IMHO either I ask the PCE (SDN = controller, NMS, whatever) to compute a path and then forget about it or I = ask to compute and provision it. I don’t understand the value of aski= ng for it and remembering about it.

 =

BR
Daniele 

 =

From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
Sent: gioved=EC 3 novembre 2016 14:45
To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

 

We have= discussed this before. From an implementer’s perspective, the two cl= ean solutions to the problem seem to either stateful „compute-only= 220; tunnels or a stateless RPC.=

 <= /span>

Michael=

 <= /span>

 <= /span>

From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin
Sent: Thursday, November 03, 2016 2:34 PM
To: Daniele Ceccarelli; CCAMP (cca= mp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibe= l-teas-yang-path-computation-00

 

Hi,

 <= /span>

From th= e draft:

 <= /span>

6.    YANG Model for requesting Path Computation

 

 

  = ; Work on extending the TE Tunnel YANG model to support the need to<= span lang=3D"IT">

  = ; request path computation has recently started also in the context of

  = ; the [TE-TUNNEL] draft.

 

  = ; It is possible to request path computation by configuring a

  = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

  = ; LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL].=

 

  = ; This is a stateful solution since the state of each created

  = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

  = ; underlying network conditions change.=

 

  = ; The need also for a stateless solution, based on an RPC, has been<= span lang=3D"IT">

  = ; recognized.

 

 

  = ; The YANG model to support stateless RPC is for further study.

 

 

 

 

 

IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

 

Cheers,

Igor

 <= /span>

--_000_655C07320163294895BBADA28372AF5D48B5C82FFR712WXCHMBA15z_-- From nobody Thu Nov 3 12:33:57 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id D36E3129675; Thu, 3 Nov 2016 12:33:55 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.717 X-Spam-Level: X-Spam-Status: No, score=-5.717 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id rH_jzhkaif0q; Thu, 3 Nov 2016 12:33:52 -0700 (PDT) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 34AF51296C2; Thu, 3 Nov 2016 12:33:49 -0700 (PDT) Received: from 172.18.7.190 (EHLO lhreml708-cah.china.huawei.com) ([172.18.7.190]) by lhrrg02-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id CUL74804; Thu, 03 Nov 2016 19:33:47 +0000 (GMT) Received: from DFWEML703-CAH.china.huawei.com (10.193.5.177) by lhreml708-cah.china.huawei.com (10.201.5.202) with Microsoft SMTP Server (TLS) id 14.3.235.1; Thu, 3 Nov 2016 19:33:46 +0000 Received: from DFWEML501-MBX.china.huawei.com ([10.193.5.178]) by DFWEML703-CAH.china.huawei.com ([10.193.5.177]) with mapi id 14.03.0235.001; Thu, 3 Nov 2016 12:33:39 -0700 From: Igor Bryskin To: "Scharf, Michael (Nokia - DE)" , Leeyoung , Daniele Ceccarelli , "CCAMP (ccamp@ietf.org)" , "pce@ietf.org" , "TEAS WG (teas@ietf.org)" , "mpls@ietf.org" Thread-Topic: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 Thread-Index: AQHSNdbxqovpH1S/M0ui/wYWAHL6uaDHupQAgAABPgCAAAJUAIAAUW6AgAAHrQD//43VoA== Date: Thu, 3 Nov 2016 19:33:38 +0000 Message-ID: <0C72C38E7EBC34499E8A9E7DD007863908F0F10B@dfweml501-mbx> References: <0C72C38E7EBC34499E8A9E7DD007863908F0EF32@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5BB53@FR712WXCHMBA15.zeu.alcatel-lucent.com> <655C07320163294895BBADA28372AF5D48B5BC01@FR712WXCHMBA15.zeu.alcatel-lucent.com> <7AEB3D6833318045B4AE71C2C87E8E172A8CC9D2@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5C82F@FR712WXCHMBA15.zeu.alcatel-lucent.com> In-Reply-To: <655C07320163294895BBADA28372AF5D48B5C82F@FR712WXCHMBA15.zeu.alcatel-lucent.com> Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.212.254.206] Content-Type: multipart/alternative; boundary="_000_0C72C38E7EBC34499E8A9E7DD007863908F0F10Bdfweml501mbx_" MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A020204.581B911B.030E, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: 757543bd283f5f15f63d24868614daf9 Archived-At: Subject: Re: [Teas] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 03 Nov 2016 19:33:56 -0000 --_000_0C72C38E7EBC34499E8A9E7DD007863908F0F10Bdfweml501mbx_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Michael, You are exactly right. The purpose of the "compute-only" TE tunnel is to cr= eate/maintain the normal TE tunnel state and (re-)compute TE paths for the = TE tunnel connections/LSPs but not signal/provision the LSPs. Igor From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: Thursday, November 03, 2016 3:17 PM To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce= @ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Isn't the intention of defining "compute-only tunnels" to create state in t= he controller, but not to signal them? If the tunnel should be signaled and= resources shall be allocated, why not just configure a vanilla tunnel? Use= s cases seem to exist for both variants, and both can be encoded in YANG. I= s there anything I miss here? Michael From: Leeyoung [mailto:leeyoung@huawei.com] Sent: Thursday, November 03, 2016 7:49 PM To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; CCAMP (= ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Hi Michael, I think I am with you on your point. If we use rpc, it is clear. On the oth= er hand, if we were to use "stateful compute-only" it seems that the system= /controller has to keep the state of the paths somewhere which is not YANG = datastore. My understanding is that YANG datastore is updated only when the= path is signaled and resource is allocated. Would this give the system/con= troller additional burden to keep the "interim" state? Young From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (N= okia - DE) Sent: Thursday, November 03, 2016 8:58 AM To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Maybe I miss something, but to me, the domain controller either computes a = path stateless, which can be modeled in YANG in an RPC. Or the domain contr= oller computes a path, stores state, and provides access to the result in t= he YANG datastore. In the latter case, whether resources are allocated, or = whether the NEs get actually provisioned, is an orthogonal question. As a side note, I am not sure of I would call a domain controller or an NMS= a PCE. Path computation is only a subset of the functions of a domain cont= roller. Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_0C72C38E7EBC34499E8A9E7DD007863908F0F10Bdfweml501mbx_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

Michael,

You are exactly right.= The purpose of the “compute-only” TE tunnel is to create/maint= ain the normal TE tunnel state and (re-)compute TE paths for the TE tunnel = connections/LSPs but not signal/provision the LSPs.

 

Igor=

 

From: Scharf, = Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
Sent: Thursday, November 03, 2016 3:17 PM
To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.or= g); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00

 

Isn’t the intent= ion of defining „compute-only tunnels“ to create state in the c= ontroller, but not to signal them? If the tunnel should be signaled and res= ources shall be allocated, why not just configure a vanilla tunnel? Uses cases seem to exist for both variants, and both can be encode= d in YANG. Is there anything I miss here?

 

Michael

 

 

From: Leeyoung [mailto:leeyoung@huawei.com]
Sent: Thursday, November 03, 2016 7:49 PM
To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.or= g
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00

 

Hi Michael,=

 

I think I am with you = on your point. If we use rpc, it is clear. On the other hand, if we were to= use “stateful compute-only” it seems that the system/controlle= r has to keep the state of the paths somewhere which is not YANG datastore. My understanding is that YANG datastore is updated = only when the path is signaled and resource is allocated. Would this give t= he system/controller additional burden to keep the “interim” st= ate?

 

Young

 

From: CCAMP [<= a href=3D"mailto:ccamp-bounces@ietf.org">mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
Sent: Thursday, November 03, 2016 8:58 AM
To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

Maybe I miss something= , but to me, the domain controller either computes a path stateless, which = can be modeled in YANG in an RPC. Or the domain controller computes a path,= stores state, and provides access to the result in the YANG datastore. In the latter case, whether resources ar= e allocated, or whether the NEs get actually provisioned, is an orthogonal = question.

 

As a side note, I am n= ot sure of I would call a domain controller or an NMS a PCE. Path computati= on is only a subset of the functions of a domain controller.

 

Michael

 

 

 

From: Daniele = Ceccarelli [mailto:danie= le.ceccarelli@ericsson.com]
Sent: Thursday, November 03, 2016 2:49 PM
To: Scharf, Michael (Nokia - DE); Igo= r Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

Can you please explain what the “stateful comp= ute-only” stands for I don’t understand what is stateful in a p= ath computation request only.

IMHO either I ask the PCE (SDN controller, NMS, what= ever) to compute a path and then forget about it or I ask to compute and pr= ovision it. I don’t understand the value of asking for it and remembe= ring about it.

 

BR
Daniele 

 

From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
Sent: gioved=EC 3 novembre 2016 14:45
To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= span lang=3D"IT">

 

We have discussed this= before. From an implementer’s perspective, the two clean solutions t= o the problem seem to either stateful „compute-only“ tunnels or= a stateless RPC.

 

Michael

 

 

From: mpls [mailto:mpls-= bounces@ietf.org] On Behalf Of Igor Bryskin
Sent: Thursday, November 03, 2016 2:34 PM
To: Daniele Ceccarelli; CCAMP (cca= mp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibe= l-teas-yang-path-computation-00

 

Hi,

 

From the draft:=

 

6.    YANG Model for requesting Path Computation

 

 

  = ; Work on extending the TE Tunnel YANG model to support the need to<= span lang=3D"IT">

  = ; request path computation has recently started also in the context of

  = ; the [TE-TUNNEL] draft.

 

  = ; It is possible to request path computation by configuring a

  = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

  = ; LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL].=

 

  = ; This is a stateful solution since the state of each created

  = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

  = ; underlying network conditions change.=

 

  = ; The need also for a stateless solution, based on an RPC, has been<= span lang=3D"IT">

  = ; recognized.

 

 

  = ; The YANG model to support stateless RPC is for further study.

 

 

 

 

 

IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

 

Cheers,

Igor

 

--_000_0C72C38E7EBC34499E8A9E7DD007863908F0F10Bdfweml501mbx_-- From nobody Thu Nov 3 12:42:19 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 8E55A1296B7; Thu, 3 Nov 2016 12:42:04 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.716 X-Spam-Level: X-Spam-Status: No, score=-5.716 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HK_RANDOM_ENVFROM=0.001, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id XZC02QuPPWLB; Thu, 3 Nov 2016 12:42:02 -0700 (PDT) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id B27A51296F6; Thu, 3 Nov 2016 12:42:00 -0700 (PDT) Received: from 172.18.7.190 (EHLO lhreml701-cah.china.huawei.com) ([172.18.7.190]) by lhrrg02-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id CUL75453; Thu, 03 Nov 2016 19:41:58 +0000 (GMT) Received: from DFWEML701-CAH.china.huawei.com (10.193.5.175) by lhreml701-cah.china.huawei.com (10.201.5.93) with Microsoft SMTP Server (TLS) id 14.3.235.1; Thu, 3 Nov 2016 19:41:58 +0000 Received: from DFWEML501-MBX.china.huawei.com ([10.193.5.178]) by dfweml701-cah.china.huawei.com ([10.193.5.175]) with mapi id 14.03.0235.001; Thu, 3 Nov 2016 12:41:48 -0700 From: Leeyoung To: Igor Bryskin , "Scharf, Michael (Nokia - DE)" , Daniele Ceccarelli , "CCAMP (ccamp@ietf.org)" , "pce@ietf.org" , "TEAS WG (teas@ietf.org)" , "mpls@ietf.org" Thread-Topic: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 Thread-Index: AQHSNdctiq61/EtmPkOM+rTQF01xh6DHupQAgAABPQCAAAJUAP//2oaAgAB+lgCAAATCAP//jJXQ Date: Thu, 3 Nov 2016 19:41:47 +0000 Message-ID: <7AEB3D6833318045B4AE71C2C87E8E172A8CCA51@dfweml501-mbx> References: <0C72C38E7EBC34499E8A9E7DD007863908F0EF32@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5BB53@FR712WXCHMBA15.zeu.alcatel-lucent.com> <655C07320163294895BBADA28372AF5D48B5BC01@FR712WXCHMBA15.zeu.alcatel-lucent.com> <7AEB3D6833318045B4AE71C2C87E8E172A8CC9D2@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5C82F@FR712WXCHMBA15.zeu.alcatel-lucent.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F10B@dfweml501-mbx> In-Reply-To: <0C72C38E7EBC34499E8A9E7DD007863908F0F10B@dfweml501-mbx> Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.218.137.249] Content-Type: multipart/alternative; boundary="_000_7AEB3D6833318045B4AE71C2C87E8E172A8CCA51dfweml501mbx_" MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A020203.581B9307.016A, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: 757543bd283f5f15f63d24868614daf9 Archived-At: Subject: Re: [Teas] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 03 Nov 2016 19:42:04 -0000 --_000_7AEB3D6833318045B4AE71C2C87E8E172A8CCA51dfweml501mbx_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Igor, In such case, would the YANG datastore be updated? I guess not. If not, the= n the system/controller has to keep this interim state, would it? Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Michael, You are exactly right. The purpose of the "compute-only" TE tunnel is to cr= eate/maintain the normal TE tunnel state and (re-)compute TE paths for the = TE tunnel connections/LSPs but not signal/provision the LSPs. Igor From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: Thursday, November 03, 2016 3:17 PM To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Isn't the intention of defining "compute-only tunnels" to create state in t= he controller, but not to signal them? If the tunnel should be signaled and= resources shall be allocated, why not just configure a vanilla tunnel? Use= s cases seem to exist for both variants, and both can be encoded in YANG. I= s there anything I miss here? Michael From: Leeyoung [mailto:leeyoung@huawei.com] Sent: Thursday, November 03, 2016 7:49 PM To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Hi Michael, I think I am with you on your point. If we use rpc, it is clear. On the oth= er hand, if we were to use "stateful compute-only" it seems that the system= /controller has to keep the state of the paths somewhere which is not YANG = datastore. My understanding is that YANG datastore is updated only when the= path is signaled and resource is allocated. Would this give the system/con= troller additional burden to keep the "interim" state? Young From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (N= okia - DE) Sent: Thursday, November 03, 2016 8:58 AM To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Maybe I miss something, but to me, the domain controller either computes a = path stateless, which can be modeled in YANG in an RPC. Or the domain contr= oller computes a path, stores state, and provides access to the result in t= he YANG datastore. In the latter case, whether resources are allocated, or = whether the NEs get actually provisioned, is an orthogonal question. As a side note, I am not sure of I would call a domain controller or an NMS= a PCE. Path computation is only a subset of the functions of a domain cont= roller. Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_7AEB3D6833318045B4AE71C2C87E8E172A8CCA51dfweml501mbx_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

Igor,

 

In such case, would th= e YANG datastore be updated? I guess not. If not, then the system/controlle= r has to keep this interim state, would it?

 

Thanks.

Young

 

From: Igor Bry= skin
Sent: Thursday, November 03, 2016 2:34 PM
To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00

 

Michael,

You are exactly right.= The purpose of the “compute-only” TE tunnel is to create/maint= ain the normal TE tunnel state and (re-)compute TE paths for the TE tunnel = connections/LSPs but not signal/provision the LSPs.

 

Igor=

 

From: Scharf, = Michael (Nokia - DE) [mailto:mi= chael.scharf@nokia.com]
Sent: Thursday, November 03, 2016 3:17 PM
To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

Isn’t the intent= ion of defining „compute-only tunnels“ to create state in the c= ontroller, but not to signal them? If the tunnel should be signaled and res= ources shall be allocated, why not just configure a vanilla tunnel? Uses cases seem to exist for both variants, and both can be encode= d in YANG. Is there anything I miss here?

 

Michael

 

 

From: Leeyoung [mailto:lee= young@huawei.com]
Sent: Thursday, November 03, 2016 7:49 PM
To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

Hi Michael,=

 

I think I am with you = on your point. If we use rpc, it is clear. On the other hand, if we were to= use “stateful compute-only” it seems that the system/controlle= r has to keep the state of the paths somewhere which is not YANG datastore. My understanding is that YANG datastore is updated = only when the path is signaled and resource is allocated. Would this give t= he system/controller additional burden to keep the “interim” st= ate?

 

Young

 

From: CCAMP [<= a href=3D"mailto:ccamp-bounces@ietf.org">mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
Sent: Thursday, November 03, 2016 8:58 AM
To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

Maybe I miss something= , but to me, the domain controller either computes a path stateless, which = can be modeled in YANG in an RPC. Or the domain controller computes a path,= stores state, and provides access to the result in the YANG datastore. In the latter case, whether resources ar= e allocated, or whether the NEs get actually provisioned, is an orthogonal = question.

 

As a side note, I am n= ot sure of I would call a domain controller or an NMS a PCE. Path computati= on is only a subset of the functions of a domain controller.

 

Michael

 

 

 

From: Daniele = Ceccarelli [mailto:danie= le.ceccarelli@ericsson.com]
Sent: Thursday, November 03, 2016 2:49 PM
To: Scharf, Michael (Nokia - DE); Igo= r Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

Can you please explain what the “stateful comp= ute-only” stands for I don’t understand what is stateful in a p= ath computation request only.

IMHO either I ask the PCE (SDN controller, NMS, what= ever) to compute a path and then forget about it or I ask to compute and pr= ovision it. I don’t understand the value of asking for it and remembe= ring about it.

 

BR
Daniele 

 

From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
Sent: gioved=EC 3 novembre 2016 14:45
To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= span lang=3D"IT">

 

We have discussed this= before. From an implementer’s perspective, the two clean solutions t= o the problem seem to either stateful „compute-only“ tunnels or= a stateless RPC.

 

Michael

 

 

From: mpls [mailto:mpls-= bounces@ietf.org] On Behalf Of Igor Bryskin
Sent: Thursday, November 03, 2016 2:34 PM
To: Daniele Ceccarelli; CCAMP (cca= mp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibe= l-teas-yang-path-computation-00

 

Hi,

 

From the draft:=

 

6.    YANG Model for requesting Path Computation

 

 

  = ; Work on extending the TE Tunnel YANG model to support the need to<= span lang=3D"IT">

  = ; request path computation has recently started also in the context of

  = ; the [TE-TUNNEL] draft.

 

  = ; It is possible to request path computation by configuring a

  = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

  = ; LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL].=

 

  = ; This is a stateful solution since the state of each created

  = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

  = ; underlying network conditions change.=

 

  = ; The need also for a stateless solution, based on an RPC, has been<= span lang=3D"IT">

  = ; recognized.

 

 

  = ; The YANG model to support stateless RPC is for further study.

 

 

 

 

 

IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

 

Cheers,

Igor

 

--_000_7AEB3D6833318045B4AE71C2C87E8E172A8CCA51dfweml501mbx_-- From nobody Thu Nov 3 13:02:46 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id E4857129431; Thu, 3 Nov 2016 13:02:40 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.717 X-Spam-Level: X-Spam-Status: No, score=-5.717 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id sb47fUC09Y6j; Thu, 3 Nov 2016 13:02:37 -0700 (PDT) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 223801296F6; Thu, 3 Nov 2016 13:02:35 -0700 (PDT) Received: from 172.18.7.190 (EHLO lhreml703-cah.china.huawei.com) ([172.18.7.190]) by lhrrg01-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id CZQ31552; Thu, 03 Nov 2016 20:02:33 +0000 (GMT) Received: from DFWEML701-CAH.china.huawei.com (10.193.5.175) by lhreml703-cah.china.huawei.com (10.201.5.104) with Microsoft SMTP Server (TLS) id 14.3.235.1; Thu, 3 Nov 2016 20:02:32 +0000 Received: from DFWEML501-MBX.china.huawei.com ([10.193.5.178]) by dfweml701-cah.china.huawei.com ([10.193.5.175]) with mapi id 14.03.0235.001; Thu, 3 Nov 2016 13:02:21 -0700 From: Igor Bryskin To: Leeyoung , "Scharf, Michael (Nokia - DE)" , Daniele Ceccarelli , "CCAMP (ccamp@ietf.org)" , "pce@ietf.org" , "TEAS WG (teas@ietf.org)" , "mpls@ietf.org" Thread-Topic: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 Thread-Index: AQHSNdbxqovpH1S/M0ui/wYWAHL6uaDHupQAgAABPgCAAAJUAIAAUW6AgAAHrQD//43VoIAAeTWA//+O+kA= Date: Thu, 3 Nov 2016 20:02:20 +0000 Message-ID: <0C72C38E7EBC34499E8A9E7DD007863908F0F12D@dfweml501-mbx> References: <0C72C38E7EBC34499E8A9E7DD007863908F0EF32@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5BB53@FR712WXCHMBA15.zeu.alcatel-lucent.com> <655C07320163294895BBADA28372AF5D48B5BC01@FR712WXCHMBA15.zeu.alcatel-lucent.com> <7AEB3D6833318045B4AE71C2C87E8E172A8CC9D2@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5C82F@FR712WXCHMBA15.zeu.alcatel-lucent.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F10B@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA51@dfweml501-mbx> In-Reply-To: <7AEB3D6833318045B4AE71C2C87E8E172A8CCA51@dfweml501-mbx> Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.212.254.206] Content-Type: multipart/alternative; boundary="_000_0C72C38E7EBC34499E8A9E7DD007863908F0F12Ddfweml501mbx_" MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A090202.581B97D9.02E6, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: 751c6e382f2a2d19dfac81b40374c626 Archived-At: Subject: Re: [Teas] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 03 Nov 2016 20:02:41 -0000 --_000_0C72C38E7EBC34499E8A9E7DD007863908F0F12Ddfweml501mbx_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Young, >From the provider controller point of view COMPUTE_ONLY TE tunnels will hav= e exactly the same state as "normal" (COMPUTE_ADN_PROVISION) TE tunnels. Igor From: Leeyoung Sent: Thursday, November 03, 2016 3:42 PM To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Igor, In such case, would the YANG datastore be updated? I guess not. If not, the= n the system/controller has to keep this interim state, would it? Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Michael, You are exactly right. The purpose of the "compute-only" TE tunnel is to cr= eate/maintain the normal TE tunnel state and (re-)compute TE paths for the = TE tunnel connections/LSPs but not signal/provision the LSPs. Igor From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: Thursday, November 03, 2016 3:17 PM To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Isn't the intention of defining "compute-only tunnels" to create state in t= he controller, but not to signal them? If the tunnel should be signaled and= resources shall be allocated, why not just configure a vanilla tunnel? Use= s cases seem to exist for both variants, and both can be encoded in YANG. I= s there anything I miss here? Michael From: Leeyoung [mailto:leeyoung@huawei.com] Sent: Thursday, November 03, 2016 7:49 PM To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Hi Michael, I think I am with you on your point. If we use rpc, it is clear. On the oth= er hand, if we were to use "stateful compute-only" it seems that the system= /controller has to keep the state of the paths somewhere which is not YANG = datastore. My understanding is that YANG datastore is updated only when the= path is signaled and resource is allocated. Would this give the system/con= troller additional burden to keep the "interim" state? Young From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (N= okia - DE) Sent: Thursday, November 03, 2016 8:58 AM To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Maybe I miss something, but to me, the domain controller either computes a = path stateless, which can be modeled in YANG in an RPC. Or the domain contr= oller computes a path, stores state, and provides access to the result in t= he YANG datastore. In the latter case, whether resources are allocated, or = whether the NEs get actually provisioned, is an orthogonal question. As a side note, I am not sure of I would call a domain controller or an NMS= a PCE. Path computation is only a subset of the functions of a domain cont= roller. Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_0C72C38E7EBC34499E8A9E7DD007863908F0F12Ddfweml501mbx_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

Young,

 

From the provider cont= roller point of view COMPUTE_ONLY TE tunnels will have exactly the same sta= te as “normal” (COMPUTE_ADN_PROVISION) TE tunnels.

 

Igor=

 

From: Leeyoung
Sent: Thursday, November 03, 2016 3:42 PM
To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.or= g
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00

 

Igor,

 

In such case, would th= e YANG datastore be updated? I guess not. If not, then the system/controlle= r has to keep this interim state, would it?

 

Thanks.

Young

 

From: Igor Bry= skin
Sent: Thursday, November 03, 2016 2:34 PM
To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00

 

Michael,

You are exactly right.= The purpose of the “compute-only” TE tunnel is to create/maint= ain the normal TE tunnel state and (re-)compute TE paths for the TE tunnel = connections/LSPs but not signal/provision the LSPs.

 

Igor=

 

From: Scharf, = Michael (Nokia - DE) [mailto:mi= chael.scharf@nokia.com]
Sent: Thursday, November 03, 2016 3:17 PM
To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

Isn’t the intent= ion of defining „compute-only tunnels“ to create state in the c= ontroller, but not to signal them? If the tunnel should be signaled and res= ources shall be allocated, why not just configure a vanilla tunnel? Uses cases seem to exist for both variants, and both can be encode= d in YANG. Is there anything I miss here?

 

Michael

 

 

From: Leeyoung [mailto:lee= young@huawei.com]
Sent: Thursday, November 03, 2016 7:49 PM
To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

Hi Michael,=

 

I think I am with you = on your point. If we use rpc, it is clear. On the other hand, if we were to= use “stateful compute-only” it seems that the system/controlle= r has to keep the state of the paths somewhere which is not YANG datastore. My understanding is that YANG datastore is updated = only when the path is signaled and resource is allocated. Would this give t= he system/controller additional burden to keep the “interim” st= ate?

 

Young

 

From: CCAMP [<= a href=3D"mailto:ccamp-bounces@ietf.org">mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
Sent: Thursday, November 03, 2016 8:58 AM
To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

Maybe I miss something= , but to me, the domain controller either computes a path stateless, which = can be modeled in YANG in an RPC. Or the domain controller computes a path,= stores state, and provides access to the result in the YANG datastore. In the latter case, whether resources ar= e allocated, or whether the NEs get actually provisioned, is an orthogonal = question.

 

As a side note, I am n= ot sure of I would call a domain controller or an NMS a PCE. Path computati= on is only a subset of the functions of a domain controller.

 

Michael

 

 

 

From: Daniele = Ceccarelli [mailto:danie= le.ceccarelli@ericsson.com]
Sent: Thursday, November 03, 2016 2:49 PM
To: Scharf, Michael (Nokia - DE); Igo= r Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

Can you please explain what the “stateful comp= ute-only” stands for I don’t understand what is stateful in a p= ath computation request only.

IMHO either I ask the PCE (SDN controller, NMS, what= ever) to compute a path and then forget about it or I ask to compute and pr= ovision it. I don’t understand the value of asking for it and remembe= ring about it.

 

BR
Daniele 

 

From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
Sent: gioved=EC 3 novembre 2016 14:45
To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= span lang=3D"IT">

 

We have discussed this= before. From an implementer’s perspective, the two clean solutions t= o the problem seem to either stateful „compute-only“ tunnels or= a stateless RPC.

 

Michael

 

 

From: mpls [mailto:mpls-= bounces@ietf.org] On Behalf Of Igor Bryskin
Sent: Thursday, November 03, 2016 2:34 PM
To: Daniele Ceccarelli; CCAMP (cca= mp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibe= l-teas-yang-path-computation-00

 

Hi,

 

From the draft:=

 

6.    YANG Model for requesting Path Computation

 

 

  = ; Work on extending the TE Tunnel YANG model to support the need to<= span lang=3D"IT">

  = ; request path computation has recently started also in the context of

  = ; the [TE-TUNNEL] draft.

 

  = ; It is possible to request path computation by configuring a

  = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

  = ; LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL].=

 

  = ; This is a stateful solution since the state of each created

  = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

  = ; underlying network conditions change.=

 

  = ; The need also for a stateless solution, based on an RPC, has been<= span lang=3D"IT">

  = ; recognized.

 

 

  = ; The YANG model to support stateless RPC is for further study.

 

 

 

 

 

IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

 

Cheers,

Igor

 

--_000_0C72C38E7EBC34499E8A9E7DD007863908F0F12Ddfweml501mbx_-- From nobody Thu Nov 3 13:12:53 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 8835B129762; Thu, 3 Nov 2016 13:12:38 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.716 X-Spam-Level: X-Spam-Status: No, score=-5.716 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HK_RANDOM_ENVFROM=0.001, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id WgB0rUaAecaB; Thu, 3 Nov 2016 13:12:35 -0700 (PDT) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id C4D7912973D; Thu, 3 Nov 2016 13:12:27 -0700 (PDT) Received: from 172.18.7.190 (EHLO lhreml705-cah.china.huawei.com) ([172.18.7.190]) by lhrrg01-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id CZQ32363; Thu, 03 Nov 2016 20:12:25 +0000 (GMT) Received: from DFWEML702-CAH.china.huawei.com (10.193.5.176) by lhreml705-cah.china.huawei.com (10.201.5.168) with Microsoft SMTP Server (TLS) id 14.3.235.1; Thu, 3 Nov 2016 20:12:24 +0000 Received: from DFWEML501-MBX.china.huawei.com ([10.193.5.178]) by dfweml702-cah.china.huawei.com ([10.193.5.176]) with mapi id 14.03.0235.001; Thu, 3 Nov 2016 13:12:14 -0700 From: Leeyoung To: Igor Bryskin , "Scharf, Michael (Nokia - DE)" , Daniele Ceccarelli , "CCAMP (ccamp@ietf.org)" , "pce@ietf.org" , "TEAS WG (teas@ietf.org)" , "mpls@ietf.org" Thread-Topic: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 Thread-Index: AQHSNdctiq61/EtmPkOM+rTQF01xh6DHupQAgAABPQCAAAJUAP//2oaAgAB+lgCAAATCAP//jJXQgAB7cAD//4r10A== Date: Thu, 3 Nov 2016 20:12:14 +0000 Message-ID: <7AEB3D6833318045B4AE71C2C87E8E172A8CCA9B@dfweml501-mbx> References: <0C72C38E7EBC34499E8A9E7DD007863908F0EF32@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5BB53@FR712WXCHMBA15.zeu.alcatel-lucent.com> <655C07320163294895BBADA28372AF5D48B5BC01@FR712WXCHMBA15.zeu.alcatel-lucent.com> <7AEB3D6833318045B4AE71C2C87E8E172A8CC9D2@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5C82F@FR712WXCHMBA15.zeu.alcatel-lucent.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F10B@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA51@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F12D@dfweml501-mbx> In-Reply-To: <0C72C38E7EBC34499E8A9E7DD007863908F0F12D@dfweml501-mbx> Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.218.137.249] Content-Type: multipart/alternative; boundary="_000_7AEB3D6833318045B4AE71C2C87E8E172A8CCA9Bdfweml501mbx_" MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A090205.581B9A2A.00FA, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: 751c6e382f2a2d19dfac81b40374c626 Archived-At: Subject: Re: [Teas] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 03 Nov 2016 20:12:38 -0000 --_000_7AEB3D6833318045B4AE71C2C87E8E172A8CCA9Bdfweml501mbx_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Igor, When you say "state", are you referring to the YANG datastore or some other= "interim" state of those paths that are calculated but not instantiated as= LSPs? If we were to update the YANG datastore for this, I would think that= we may have some issue when the customer decided not to instantiate the TE= tunnel (after the path compute request). Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 3:02 PM To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Young, >From the provider controller point of view COMPUTE_ONLY TE tunnels will hav= e exactly the same state as "normal" (COMPUTE_ADN_PROVISION) TE tunnels. Igor From: Leeyoung Sent: Thursday, November 03, 2016 3:42 PM To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Igor, In such case, would the YANG datastore be updated? I guess not. If not, the= n the system/controller has to keep this interim state, would it? Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Michael, You are exactly right. The purpose of the "compute-only" TE tunnel is to cr= eate/maintain the normal TE tunnel state and (re-)compute TE paths for the = TE tunnel connections/LSPs but not signal/provision the LSPs. Igor From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: Thursday, November 03, 2016 3:17 PM To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Isn't the intention of defining "compute-only tunnels" to create state in t= he controller, but not to signal them? If the tunnel should be signaled and= resources shall be allocated, why not just configure a vanilla tunnel? Use= s cases seem to exist for both variants, and both can be encoded in YANG. I= s there anything I miss here? Michael From: Leeyoung [mailto:leeyoung@huawei.com] Sent: Thursday, November 03, 2016 7:49 PM To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Hi Michael, I think I am with you on your point. If we use rpc, it is clear. On the oth= er hand, if we were to use "stateful compute-only" it seems that the system= /controller has to keep the state of the paths somewhere which is not YANG = datastore. My understanding is that YANG datastore is updated only when the= path is signaled and resource is allocated. Would this give the system/con= troller additional burden to keep the "interim" state? Young From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (N= okia - DE) Sent: Thursday, November 03, 2016 8:58 AM To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Maybe I miss something, but to me, the domain controller either computes a = path stateless, which can be modeled in YANG in an RPC. Or the domain contr= oller computes a path, stores state, and provides access to the result in t= he YANG datastore. In the latter case, whether resources are allocated, or = whether the NEs get actually provisioned, is an orthogonal question. As a side note, I am not sure of I would call a domain controller or an NMS= a PCE. Path computation is only a subset of the functions of a domain cont= roller. Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_7AEB3D6833318045B4AE71C2C87E8E172A8CCA9Bdfweml501mbx_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

Igor,

 

When you say “st= ate”, are you referring to the YANG datastore or some other “in= terim” state of those paths that are calculated but not instantiated = as LSPs? If we were to update the YANG datastore for this, I would think that we may have some issue when the customer decided not to i= nstantiate the TE tunnel (after the path compute request).

 

Thanks.

Young

 

 

From: Igor Bry= skin
Sent: Thursday, November 03, 2016 3:02 PM
To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00

 

Young,

 

From the provider cont= roller point of view COMPUTE_ONLY TE tunnels will have exactly the same sta= te as “normal” (COMPUTE_ADN_PROVISION) TE tunnels.

 

Igor=

 

From: Leeyoung
Sent: Thursday, November 03, 2016 3:42 PM
To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

Igor,

 

In such case, would th= e YANG datastore be updated? I guess not. If not, then the system/controlle= r has to keep this interim state, would it?

 

Thanks.

Young

 

From: Igor Bry= skin
Sent: Thursday, November 03, 2016 2:34 PM
To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

Michael,

You are exactly right.= The purpose of the “compute-only” TE tunnel is to create/maint= ain the normal TE tunnel state and (re-)compute TE paths for the TE tunnel = connections/LSPs but not signal/provision the LSPs.

 

Igor=

 

From: Scharf, = Michael (Nokia - DE) [mailto:mi= chael.scharf@nokia.com]
Sent: Thursday, November 03, 2016 3:17 PM
To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

Isn’t the intent= ion of defining „compute-only tunnels“ to create state in the c= ontroller, but not to signal them? If the tunnel should be signaled and res= ources shall be allocated, why not just configure a vanilla tunnel? Uses cases seem to exist for both variants, and both can be encode= d in YANG. Is there anything I miss here?

 

Michael

 

 

From: Leeyoung [mailto:lee= young@huawei.com]
Sent: Thursday, November 03, 2016 7:49 PM
To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

Hi Michael,=

 

I think I am with you = on your point. If we use rpc, it is clear. On the other hand, if we were to= use “stateful compute-only” it seems that the system/controlle= r has to keep the state of the paths somewhere which is not YANG datastore. My understanding is that YANG datastore is updated = only when the path is signaled and resource is allocated. Would this give t= he system/controller additional burden to keep the “interim” st= ate?

 

Young

 

From: CCAMP [<= a href=3D"mailto:ccamp-bounces@ietf.org">mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
Sent: Thursday, November 03, 2016 8:58 AM
To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

Maybe I miss something= , but to me, the domain controller either computes a path stateless, which = can be modeled in YANG in an RPC. Or the domain controller computes a path,= stores state, and provides access to the result in the YANG datastore. In the latter case, whether resources ar= e allocated, or whether the NEs get actually provisioned, is an orthogonal = question.

 

As a side note, I am n= ot sure of I would call a domain controller or an NMS a PCE. Path computati= on is only a subset of the functions of a domain controller.

 

Michael

 

 

 

From: Daniele = Ceccarelli [mailto:danie= le.ceccarelli@ericsson.com]
Sent: Thursday, November 03, 2016 2:49 PM
To: Scharf, Michael (Nokia - DE); Igo= r Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

Can you please explain what the “stateful comp= ute-only” stands for I don’t understand what is stateful in a p= ath computation request only.

IMHO either I ask the PCE (SDN controller, NMS, what= ever) to compute a path and then forget about it or I ask to compute and pr= ovision it. I don’t understand the value of asking for it and remembe= ring about it.

 

BR
Daniele 

 

From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
Sent: gioved=EC 3 novembre 2016 14:45
To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= span lang=3D"IT">

 

We have discussed this= before. From an implementer’s perspective, the two clean solutions t= o the problem seem to either stateful „compute-only“ tunnels or= a stateless RPC.

 

Michael

 

 

From: mpls [mailto:mpls-= bounces@ietf.org] On Behalf Of Igor Bryskin
Sent: Thursday, November 03, 2016 2:34 PM
To: Daniele Ceccarelli; CCAMP (cca= mp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibe= l-teas-yang-path-computation-00

 

Hi,

 

From the draft:=

 

6.    YANG Model for requesting Path Computation

 

 

  = ; Work on extending the TE Tunnel YANG model to support the need to<= span lang=3D"IT">

  = ; request path computation has recently started also in the context of

  = ; the [TE-TUNNEL] draft.

 

  = ; It is possible to request path computation by configuring a

  = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

  = ; LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL].=

 

  = ; This is a stateful solution since the state of each created

  = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

  = ; underlying network conditions change.=

 

  = ; The need also for a stateless solution, based on an RPC, has been<= span lang=3D"IT">

  = ; recognized.

 

 

  = ; The YANG model to support stateless RPC is for further study.

 

 

 

 

 

IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

 

Cheers,

Igor

 

--_000_7AEB3D6833318045B4AE71C2C87E8E172A8CCA9Bdfweml501mbx_-- From nobody Thu Nov 3 15:27:42 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id E7741129453; Thu, 3 Nov 2016 15:27:35 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.901 X-Spam-Level: X-Spam-Status: No, score=-6.901 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_HI=-5, RCVD_IN_MSPIKE_H2=-0.001, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id cYNAR96yepYT; Thu, 3 Nov 2016 15:27:33 -0700 (PDT) Received: from smtp-fr.alcatel-lucent.com (fr-hpida-esg-02.alcatel-lucent.com [135.245.210.21]) (using TLSv1.2 with cipher ECDHE-RSA-AES256-GCM-SHA384 (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id A331E129975; Thu, 3 Nov 2016 15:27:32 -0700 (PDT) Received: from fr712umx4.dmz.alcatel-lucent.com (unknown [135.245.210.45]) by Websense Email Security Gateway with ESMTPS id F0FB410E0B51C; Thu, 3 Nov 2016 22:27:25 +0000 (GMT) Received: from fr712usmtp2.zeu.alcatel-lucent.com (fr712usmtp2.zeu.alcatel-lucent.com [135.239.2.42]) by fr712umx4.dmz.alcatel-lucent.com (GMO-o) with ESMTP id uA3MRTVg010253 (version=TLSv1/SSLv3 cipher=DHE-RSA-AES256-SHA bits=256 verify=OK); Thu, 3 Nov 2016 22:27:30 GMT Received: from FR711WXCHHUB01.zeu.alcatel-lucent.com (fr711wxchhub01.zeu.alcatel-lucent.com [135.239.2.111]) by fr712usmtp2.zeu.alcatel-lucent.com (GMO) with ESMTP id uA3MRTuK011396 (version=TLSv1/SSLv3 cipher=AES128-SHA bits=128 verify=FAIL); Thu, 3 Nov 2016 23:27:29 +0100 Received: from FR711WXCHMBA07.zeu.alcatel-lucent.com ([169.254.3.36]) by FR711WXCHHUB01.zeu.alcatel-lucent.com ([135.239.2.111]) with mapi id 14.03.0301.000; Thu, 3 Nov 2016 23:27:28 +0100 From: "Beller, Dieter (Nokia - DE)" To: Young Lee Thread-Topic: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 Thread-Index: AQHSNiF1aOOcuqLRzEGcGyhR2xJLlw== Date: Thu, 3 Nov 2016 22:27:28 +0000 Message-ID: References: <0C72C38E7EBC34499E8A9E7DD007863908F0EF32@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5BB53@FR712WXCHMBA15.zeu.alcatel-lucent.com> <655C07320163294895BBADA28372AF5D48B5BC01@FR712WXCHMBA15.zeu.alcatel-lucent.com> <7AEB3D6833318045B4AE71C2C87E8E172A8CC9D2@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5C82F@FR712WXCHMBA15.zeu.alcatel-lucent.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F10B@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA51@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F12D@dfweml501-mbx>, <7AEB3D6833318045B4AE71C2C87E8E172A8CCA9B@dfweml501-mbx> In-Reply-To: <7AEB3D6833318045B4AE71C2C87E8E172A8CCA9B@dfweml501-mbx> Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: Content-Type: multipart/alternative; boundary="_000_slkuudfq6hfpvsvrdv85tj8f1478211220486emailandroidcom_" MIME-Version: 1.0 Archived-At: Cc: Igor Bryskin , "mpls@ietf.org" , "CCAMP \(ccamp@ietf.org\)" , "Scharf, Michael \(Nokia - DE\)" , "TEAS WG \(teas@ietf.org\)" , "pce@ietf.org" , Daniele Ceccarelli Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 03 Nov 2016 22:27:36 -0000 --_000_slkuudfq6hfpvsvrdv85tj8f1478211220486emailandroidcom_ Content-Type: text/plain; charset="Windows-1252" Content-Transfer-Encoding: quoted-printable Hi all, when we talk about the stateful path computation use case, it means IMHO th= at when a path has been calculated successfully in response to a request, a= new path object is created in the data store. This does only make sense if= the resources have been allocated in the TED of the PCE irrespective of th= e fact whether the connection along this path will be established right awa= y or at a later point in time. This will prevent further path computation r= equests from assuming that the resources are still available. As the TED of= the PCE also has to reflect the network state, I would assume that the net= work resources can be in one of the following three states: available, allo= catedButNotInUse, allocatedAndInUse. The path objects also need state info= rmation reflecting for example the alarm state of the allocated resources. = The path calculated earlier may become (temporarily) invalid due to a link = failure affecting the path. Does this make sense? Thanks, Dieter Sent from my tablet Leeyoung wrote: Igor, When you say =93state=94, are you referring to the YANG datastore or some o= ther =93interim=94 state of those paths that are calculated but not instant= iated as LSPs? If we were to update the YANG datastore for this, I would th= ink that we may have some issue when the customer decided not to instantiat= e the TE tunnel (after the path compute request). Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 3:02 PM To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Young, >From the provider controller point of view COMPUTE_ONLY TE tunnels will hav= e exactly the same state as =93normal=94 (COMPUTE_ADN_PROVISION) TE tunnels= . Igor From: Leeyoung Sent: Thursday, November 03, 2016 3:42 PM To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Igor, In such case, would the YANG datastore be updated? I guess not. If not, the= n the system/controller has to keep this interim state, would it? Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Michael, You are exactly right. The purpose of the =93compute-only=94 TE tunnel is t= o create/maintain the normal TE tunnel state and (re-)compute TE paths for = the TE tunnel connections/LSPs but not signal/provision the LSPs. Igor From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: Thursday, November 03, 2016 3:17 PM To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Isn=92t the intention of defining =84compute-only tunnels=93 to create stat= e in the controller, but not to signal them? If the tunnel should be signal= ed and resources shall be allocated, why not just configure a vanilla tunne= l? Uses cases seem to exist for both variants, and both can be encoded in Y= ANG. Is there anything I miss here? Michael From: Leeyoung [mailto:leeyoung@huawei.com] Sent: Thursday, November 03, 2016 7:49 PM To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Hi Michael, I think I am with you on your point. If we use rpc, it is clear. On the oth= er hand, if we were to use =93stateful compute-only=94 it seems that the sy= stem/controller has to keep the state of the paths somewhere which is not Y= ANG datastore. My understanding is that YANG datastore is updated only when= the path is signaled and resource is allocated. Would this give the system= /controller additional burden to keep the =93interim=94 state? Young From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (N= okia - DE) Sent: Thursday, November 03, 2016 8:58 AM To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Maybe I miss something, but to me, the domain controller either computes a = path stateless, which can be modeled in YANG in an RPC. Or the domain contr= oller computes a path, stores state, and provides access to the result in t= he YANG datastore. In the latter case, whether resources are allocated, or = whether the NEs get actually provisioned, is an orthogonal question. As a side note, I am not sure of I would call a domain controller or an NMS= a PCE. Path computation is only a subset of the functions of a domain cont= roller. Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the =93stateful compute-only=94 stands for I do= n=92t understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don=92t u= nderstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer=92s perspective, the two= clean solutions to the problem seem to either stateful =84compute-only=93 = tunnels or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_slkuudfq6hfpvsvrdv85tj8f1478211220486emailandroidcom_ Content-Type: text/html; charset="Windows-1252" Content-Transfer-Encoding: quoted-printable 
Hi all, =0A=
=0A=
when we talk about the stateful path computation use case, it means IMHO th=
at when a path has been calculated successfully in response to a request, a=
 new path object is created in the data store. This does only make sense if=
 the resources have been allocated in the TED of the PCE irrespective of th=
e fact whether the connection along this path will be established right awa=
y or at a later point in time. This will prevent further path computation r=
equests from assuming that the resources are still available. As the TED of=
 the PCE also has to reflect the network state, I would assume that the net=
work resources can be in one of the following three states: available, allo=
catedButNotInUse,  allocatedAndInUse. The path objects also need state info=
rmation reflecting for example the alarm state of the allocated resources. =
The path calculated earlier may become (temporarily) invalid due to a link =
failure affecting the path. =0A=
=0A=
Does this make sense? =0A=
=0A=
=0A=
Thanks, =0A=
Dieter=0A=
=0A=
Sent from my tablet=0A=
=0A=
Leeyoung <leeyoung@huawei.com> wrote:=0A=
=0A=

Igor,

 

When you say =93state= =94, are you referring to the YANG datastore or some other =93interim=94 st= ate of those paths that are calculated but not instantiated as LSPs? If we = were to update the YANG datastore for this, I would think that we may have some issue when the customer decided not to i= nstantiate the TE tunnel (after the path compute request).

 

Thanks.

Young

 

 

From: Igor B= ryskin
Sent: Thursday, November 03, 2016 3:02 PM
To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00

 

Young,

 

From the provider cont= roller point of view COMPUTE_ONLY TE tunnels will have exactly the same sta= te as =93normal=94 (COMPUTE_ADN_PROVISION) TE tunnels.

 

Igor

 

From: Leeyou= ng
Sent: Thursday, November 03, 2016 3:42 PM
To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

 

Igor,

 

In such case, would th= e YANG datastore be updated? I guess not. If not, then the system/controlle= r has to keep this interim state, would it?

 

Thanks.

Young

 

From: Igor B= ryskin
Sent: Thursday, November 03, 2016 2:34 PM
To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

 

Michael,

You are exactly right.= The purpose of the =93compute-only=94 TE tunnel is to create/maintain the = normal TE tunnel state and (re-)compute TE paths for the TE tunnel connecti= ons/LSPs but not signal/provision the LSPs.

 

Igor

 

From: Scharf= , Michael (Nokia - DE) [mailto:= michael.scharf@nokia.com]
Sent: Thursday, November 03, 2016 3:17 PM
To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

 

Isn=92t the intention = of defining =84compute-only tunnels=93 to create state in the controller, b= ut not to signal them? If the tunnel should be signaled and resources shall= be allocated, why not just configure a vanilla tunnel? Uses cases seem to exist for both variants, and both can be encode= d in YANG. Is there anything I miss here?

 

Michael

 

 

From: Leeyoung [mailto:l= eeyoung@huawei.com]
Sent: Thursday, November 03, 2016 7:49 PM
To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

 

Hi Michael,

 

I think I am with you = on your point. If we use rpc, it is clear. On the other hand, if we were to= use =93stateful compute-only=94 it seems that the system/controller has to= keep the state of the paths somewhere which is not YANG datastore. My understanding is that YANG datastore is updated = only when the path is signaled and resource is allocated. Would this give t= he system/controller additional burden to keep the =93interim=94 state?

 

Young

 

 

Maybe I miss something= , but to me, the domain controller either computes a path stateless, which = can be modeled in YANG in an RPC. Or the domain controller computes a path,= stores state, and provides access to the result in the YANG datastore. In the latter case, whether resources ar= e allocated, or whether the NEs get actually provisioned, is an orthogonal = question.

 

As a side note, I am n= ot sure of I would call a domain controller or an NMS a PCE. Path computati= on is only a subset of the functions of a domain controller.

 

Michael

 

 

 

From: Daniel= e Ceccarelli [mailto:dan= iele.ceccarelli@ericsson.com]
Sent: Thursday, November 03, 2016 2:49 PM
To: Scharf, Michael (Nokia - DE); Ig= or Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

 

Can you please explain what the =93stateful compute-= only=94 stands for I don=92t understand what is stateful in a path computat= ion request only.

IMHO either I ask the PCE (SDN controller, NMS, what= ever) to compute a path and then forget about it or I ask to compute and pr= ovision it. I don=92t understand the value of asking for it and remembering= about it.

 

BR
Daniele 

 

From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
Sent: gioved=EC 3 novembre 2016 14:45
To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= span lang=3D"IT">

 

We have discussed this= before. From an implementer=92s perspective, the two clean solutions to th= e problem seem to either stateful =84compute-only=93 tunnels or a stateless= RPC.

 

Michael

 

 

From: mpls [mailto:mpl= s-bounces@ietf.org] On Behalf Of Igor Bryskin
Sent: Thursday, November 03, 2016 2:34 PM
To: Daniele Ceccarelli; CCAMP (cca= mp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibe= l-teas-yang-path-computation-00

 

Hi,

 

From the draft:=

 

6. = ;   YANG Model for requesting Path Computation

 

 

 &nbs= p; Work on extending the TE Tunnel YANG model to support the need to=

 &nbs= p; request path computation has recently started also in the context of

 &nbs= p; the [TE-TUNNEL] draft.

 

 &nbs= p; It is possible to request path computation by configuring a

 &nbs= p; "compute-only" TE tunnel and retrieving the computed path(s) i= n the

 &nbs= p; LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL].

 

 &nbs= p; This is a stateful solution since the state of each created

 &nbs= p; "compute-only" TE tunnel needs to be maintained and updated, w= hen

 &nbs= p; underlying network conditions change.

 

 &nbs= p; The need also for a stateless solution, based on an RPC, has been=

 &nbs= p; recognized.

 

 

 &nbs= p; The YANG model to support stateless RPC is for further study.

 

 

 

 

 

IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

 

Cheers,

Igor

 

--_000_slkuudfq6hfpvsvrdv85tj8f1478211220486emailandroidcom_-- From nobody Thu Nov 3 15:51:31 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 8351C1296F0; Thu, 3 Nov 2016 15:51:11 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.716 X-Spam-Level: X-Spam-Status: No, score=-5.716 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HK_RANDOM_ENVFROM=0.001, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 2BJXsoOefljo; Thu, 3 Nov 2016 15:51:08 -0700 (PDT) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id EC15B1296DE; Thu, 3 Nov 2016 15:51:06 -0700 (PDT) Received: from 172.18.7.190 (EHLO lhreml703-cah.china.huawei.com) ([172.18.7.190]) by lhrrg01-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id CZQ46250; Thu, 03 Nov 2016 22:51:03 +0000 (GMT) Received: from DFWEML702-CAH.china.huawei.com (10.193.5.176) by lhreml703-cah.china.huawei.com (10.201.5.104) with Microsoft SMTP Server (TLS) id 14.3.235.1; Thu, 3 Nov 2016 22:51:02 +0000 Received: from DFWEML501-MBX.china.huawei.com ([10.193.5.178]) by dfweml702-cah.china.huawei.com ([10.193.5.176]) with mapi id 14.03.0235.001; Thu, 3 Nov 2016 15:50:50 -0700 From: Leeyoung To: "Beller, Dieter (Nokia - DE)" Thread-Topic: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 Thread-Index: AQHSNdctiq61/EtmPkOM+rTQF01xh6DHupQAgAABPQCAAAJUAP//2oaAgAB+lgCAAATCAP//jJXQgAB7cAD//4r10AATswsAAA5+WSA= Date: Thu, 3 Nov 2016 22:50:50 +0000 Message-ID: <7AEB3D6833318045B4AE71C2C87E8E172A8CCBA9@dfweml501-mbx> References: <0C72C38E7EBC34499E8A9E7DD007863908F0EF32@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5BB53@FR712WXCHMBA15.zeu.alcatel-lucent.com> <655C07320163294895BBADA28372AF5D48B5BC01@FR712WXCHMBA15.zeu.alcatel-lucent.com> <7AEB3D6833318045B4AE71C2C87E8E172A8CC9D2@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5C82F@FR712WXCHMBA15.zeu.alcatel-lucent.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F10B@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA51@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F12D@dfweml501-mbx>, <7AEB3D6833318045B4AE71C2C87E8E172A8CCA9B@dfweml501-mbx> In-Reply-To: Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.218.137.249] Content-Type: multipart/alternative; boundary="_000_7AEB3D6833318045B4AE71C2C87E8E172A8CCBA9dfweml501mbx_" MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A020205.581BBF58.0286, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: bee9e4788904c3a2f3d547c3eaf515ee Archived-At: Cc: Igor Bryskin , "mpls@ietf.org" , "CCAMP \(ccamp@ietf.org\)" , "Scharf, Michael \(Nokia - DE\)" , "TEAS WG \(teas@ietf.org\)" , "pce@ietf.org" , Daniele Ceccarelli Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 03 Nov 2016 22:51:11 -0000 --_000_7AEB3D6833318045B4AE71C2C87E8E172A8CCBA9dfweml501mbx_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Hi Dieter, Thanks for your clear explanation on this issue. I have no problem with tha= t. However, my real concern of the Tunnel mode with "compute only" is the a= ssumption people are making. That is, The tunnel mode with "compute only" w= ill make sense to me only when the requests turn into instantiation of tunn= els (the paths are signaled and resource allocated in the network) immediat= ely following the request. But what assures that this always happens? If th= e path computation request would not turn into instantiation right away the= n the "resource allocated but not in use" would turn out to be wasteful. I still think the stateless RPC mechanism for path compute would make sense= s to the situations where the aforementioned assumption does not hold. What= do you think? Thanks. Young From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com] Sent: Thursday, November 03, 2016 5:27 PM To: Leeyoung Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi all, when we talk about the stateful path computation use case, it means IMHO th= at when a path has been calculated successfully in response to a request, a= new path object is created in the data store. This does only make sense if= the resources have been allocated in the TED of the PCE irrespective of th= e fact whether the connection along this path will be established right awa= y or at a later point in time. This will prevent further path computation r= equests from assuming that the resources are still available. As the TED of= the PCE also has to reflect the network state, I would assume that the net= work resources can be in one of the following three states: available, allo= catedButNotInUse, allocatedAndInUse. The path objects also need state info= rmation reflecting for example the alarm state of the allocated resources. = The path calculated earlier may become (temporarily) invalid due to a link = failure affecting the path. Does this make sense? Thanks, Dieter Sent from my tablet Leeyoung > wrote: Igor, When you say "state", are you referring to the YANG datastore or some other= "interim" state of those paths that are calculated but not instantiated as= LSPs? If we were to update the YANG datastore for this, I would think that= we may have some issue when the customer decided not to instantiate the TE= tunnel (after the path compute request). Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 3:02 PM To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Young, >From the provider controller point of view COMPUTE_ONLY TE tunnels will hav= e exactly the same state as "normal" (COMPUTE_ADN_PROVISION) TE tunnels. Igor From: Leeyoung Sent: Thursday, November 03, 2016 3:42 PM To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Igor, In such case, would the YANG datastore be updated? I guess not. If not, the= n the system/controller has to keep this interim state, would it? Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Michael, You are exactly right. The purpose of the "compute-only" TE tunnel is to cr= eate/maintain the normal TE tunnel state and (re-)compute TE paths for the = TE tunnel connections/LSPs but not signal/provision the LSPs. Igor From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: Thursday, November 03, 2016 3:17 PM To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Isn't the intention of defining "compute-only tunnels" to create state in t= he controller, but not to signal them? If the tunnel should be signaled and= resources shall be allocated, why not just configure a vanilla tunnel? Use= s cases seem to exist for both variants, and both can be encoded in YANG. I= s there anything I miss here? Michael From: Leeyoung [mailto:leeyoung@huawei.com] Sent: Thursday, November 03, 2016 7:49 PM To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Hi Michael, I think I am with you on your point. If we use rpc, it is clear. On the oth= er hand, if we were to use "stateful compute-only" it seems that the system= /controller has to keep the state of the paths somewhere which is not YANG = datastore. My understanding is that YANG datastore is updated only when the= path is signaled and resource is allocated. Would this give the system/con= troller additional burden to keep the "interim" state? Young From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (N= okia - DE) Sent: Thursday, November 03, 2016 8:58 AM To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Maybe I miss something, but to me, the domain controller either computes a = path stateless, which can be modeled in YANG in an RPC. Or the domain contr= oller computes a path, stores state, and provides access to the result in t= he YANG datastore. In the latter case, whether resources are allocated, or = whether the NEs get actually provisioned, is an orthogonal question. As a side note, I am not sure of I would call a domain controller or an NMS= a PCE. Path computation is only a subset of the functions of a domain cont= roller. Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_7AEB3D6833318045B4AE71C2C87E8E172A8CCBA9dfweml501mbx_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

Hi Dieter,<= /span>

 

Thanks for your clear = explanation on this issue. I have no problem with that. However, my real co= ncern of the Tunnel mode with “compute only” is the assumption = people are making. That is, The tunnel mode with “compute only” will make sense to me only when the requests tu= rn into instantiation of tunnels (the paths are signaled and resource alloc= ated in the network) immediately following the request. But what assures th= at this always happens? If the path computation request would not turn into instantiation right away then the “resou= rce allocated but not in use” would turn out to be wasteful.

 

I still think the stat= eless RPC mechanism for path compute would make senses to the situations wh= ere the aforementioned assumption does not hold. What do you think?  <= o:p>

 

Thanks.

Young

 

 

 

From: Beller, = Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com]
Sent: Thursday, November 03, 2016 5:27 PM
To: Leeyoung
Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.or= g
Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00

 

Hi all, 
 
when we talk about the stateful path computati=
on use case, it means IMHO that when a path has been calculated successfull=
y in response to a request, a new path object is created in the data store.=
 This does only make sense if the resources have been allocated in the TED =
of the PCE irrespective of the fact whether the connection along this path =
will be established right away or at a later point in time. This will preve=
nt further path computation requests from assuming that the resources are s=
till available. As the TED of the PCE also has to reflect the network state=
, I would assume that the network resources can be in one of the following =
three states: available, allocatedButNotInUse,  allocatedAndInUse. The=
 path objects also need state information reflecting for example the alarm =
state of the allocated resources. The path calculated earlier may become (t=
emporarily) invalid due to a link failure affecting the path. 
 
Does this make sense? 
 
 
Thanks, 
Dieter
 
Sent from my tablet
 
Leeyoung <leeyoung@huawei.com> wrote:
 

Igor,

 

When you say “st= ate”, are you referring to the YANG datastore or some other “in= terim” state of those paths that are calculated but not instantiated = as LSPs? If we were to update the YANG datastore for this, I would think that we may have some issue when the customer decided not to i= nstantiate the TE tunnel (after the path compute request).

 

Thanks.

Young

 

 

From: Igor Bry= skin
Sent: Thursday, November 03, 2016 3:02 PM
To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

 

Young,

 

From the provider cont= roller point of view COMPUTE_ONLY TE tunnels will have exactly the same sta= te as “normal” (COMPUTE_ADN_PROVISION) TE tunnels.<= /o:p>

 

Igor=

 

From: Leeyoung
Sent: Thursday, November 03, 2016 3:42 PM
To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

 

Igor,

 

In such case, would th= e YANG datastore be updated? I guess not. If not, then the system/controlle= r has to keep this interim state, would it?

 

Thanks.

Young

 

From: Igor Bry= skin
Sent: Thursday, November 03, 2016 2:34 PM
To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

 

Michael,

You are exactly right.= The purpose of the “compute-only” TE tunnel is to create/maint= ain the normal TE tunnel state and (re-)compute TE paths for the TE tunnel = connections/LSPs but not signal/provision the LSPs.

 

Igor=

 

From: Scharf, = Michael (Nokia - DE) [mailto:mi= chael.scharf@nokia.com]
Sent: Thursday, November 03, 2016 3:17 PM
To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

 

Isn’t the intent= ion of defining „compute-only tunnels“ to create state in the c= ontroller, but not to signal them? If the tunnel should be signaled and res= ources shall be allocated, why not just configure a vanilla tunnel? Uses cases seem to exist for both variants, and both can be encode= d in YANG. Is there anything I miss here?

 

Michael

 

 

From: Leeyoung [mailto:lee= young@huawei.com]
Sent: Thursday, November 03, 2016 7:49 PM
To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

 

Hi Michael,

 

I think I am with you = on your point. If we use rpc, it is clear. On the other hand, if we were to= use “stateful compute-only” it seems that the system/controlle= r has to keep the state of the paths somewhere which is not YANG datastore. My understanding is that YANG datastore is updated = only when the path is signaled and resource is allocated. Would this give t= he system/controller additional burden to keep the “interim” st= ate?

 

Young

 

From: CCAMP [<= a href=3D"mailto:ccamp-bounces@ietf.org">mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
Sent: Thursday, November 03, 2016 8:58 AM
To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

 

Maybe I miss something= , but to me, the domain controller either computes a path stateless, which = can be modeled in YANG in an RPC. Or the domain controller computes a path,= stores state, and provides access to the result in the YANG datastore. In the latter case, whether resources ar= e allocated, or whether the NEs get actually provisioned, is an orthogonal = question.

 

As a side note, I am n= ot sure of I would call a domain controller or an NMS a PCE. Path computati= on is only a subset of the functions of a domain controller.

 

Michael

 

 

 

From: Daniele = Ceccarelli [mailto:danie= le.ceccarelli@ericsson.com]
Sent: Thursday, November 03, 2016 2:49 PM
To: Scharf, Michael (Nokia - DE); Igo= r Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

 

Can you please explain what the “stateful comp= ute-only” stands for I don’t understand what is stateful in a p= ath computation request only.

IMHO either I ask the PCE (SDN controller, NMS, what= ever) to compute a path and then forget about it or I ask to compute and pr= ovision it. I don’t understand the value of asking for it and remembe= ring about it.

 

BR
Daniele 

 

From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
Sent: gioved=EC 3 novembre 2016 14:45
To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

We have discussed this= before. From an implementer’s perspective, the two clean solutions t= o the problem seem to either stateful „compute-only“ tunnels or= a stateless RPC.

 

Michael

 

 

From: mpls [mailto:mpls-= bounces@ietf.org] On Behalf Of Igor Bryskin
Sent: Thursday, November 03, 2016 2:34 PM
To: Daniele Ceccarelli; CCAMP (cca= mp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibe= l-teas-yang-path-computation-00

 

Hi,<= /p>

 

From the draft:=

 

6. =    YANG Model for requesting Path Computation

 

 

  = ; Work on extending the TE Tunnel YANG model to support the need to<= o:p>

  = ; request path computation has recently started also in the context of

  = ; the [TE-TUNNEL] draft.

 

  = ; It is possible to request path computation by configuring a

  = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

  = ; LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL].

 

  = ; This is a stateful solution since the state of each created

  = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

  = ; underlying network conditions change.

 

  = ; The need also for a stateless solution, based on an RPC, has been<= o:p>

  = ; recognized.

 

 

  = ; The YANG model to support stateless RPC is for further study.=

 

 

 

 

 

IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

 

Cheers,

Igor

 

--_000_7AEB3D6833318045B4AE71C2C87E8E172A8CCBA9dfweml501mbx_-- From nobody Thu Nov 3 18:16:05 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 4C7BB12949C; Thu, 3 Nov 2016 18:15:52 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.717 X-Spam-Level: X-Spam-Status: No, score=-5.717 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 7jatPbAw4Gp7; Thu, 3 Nov 2016 18:15:49 -0700 (PDT) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id BA221129408; Thu, 3 Nov 2016 18:15:48 -0700 (PDT) Received: from 172.18.7.190 (EHLO lhreml702-cah.china.huawei.com) ([172.18.7.190]) by lhrrg02-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id CUM00547; Fri, 04 Nov 2016 01:15:46 +0000 (GMT) Received: from SZXEMA417-HUB.china.huawei.com (10.82.72.34) by lhreml702-cah.china.huawei.com (10.201.5.99) with Microsoft SMTP Server (TLS) id 14.3.235.1; Fri, 4 Nov 2016 01:15:44 +0000 Received: from SZXEMA512-MBS.china.huawei.com ([169.254.8.52]) by SZXEMA417-HUB.china.huawei.com ([10.82.72.34]) with mapi id 14.03.0235.001; Fri, 4 Nov 2016 09:15:36 +0800 From: "Zhangxian (Xian)" To: Igor Bryskin , Daniele Ceccarelli , "CCAMP (ccamp@ietf.org)" , "pce@ietf.org" , "TEAS WG (teas@ietf.org)" , "mpls@ietf.org" Thread-Topic: [Teas] draft-zhang-ccamp-transport-yang-gap-analysis-01 Thread-Index: AQHSNdRhXq9GHGb5y06beM5s18Fn46DIBX2g Date: Fri, 4 Nov 2016 01:15:35 +0000 Message-ID: References: <0C72C38E7EBC34499E8A9E7DD007863908F0EF03@dfweml501-mbx> In-Reply-To: <0C72C38E7EBC34499E8A9E7DD007863908F0EF03@dfweml501-mbx> Accept-Language: zh-CN, en-US Content-Language: zh-CN X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.63.139.68] Content-Type: multipart/alternative; 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charset="gb2312" Content-Transfer-Encoding: quoted-printable

Hi, Igor,

 

      Thank you. But you are disagreeing= with a old version of this draft. At that time, it was indeed no IETF mode= l providing this functionality, J.

 

The latest version (01) version of t= his draft states:

 

         +-----------= --+-----------------------+---------------------------+

         |Path Comp. = ;  | Path Computation pre  |      &= nbsp;           &nbs= p;        |

         |  &nb= sp;          | service provisi= oning  |     ietf-te.yang    &= nbsp;     |

         +-----------= --+-----------------------+---------------------------+

 

   However,  The draft also notes ongoing online/o= ffline discussions as below:

=A1=B0

  For path computation, [I-D.busibel-teas-yang-path-computat= ion]

   presents now only use cases but YANG model work is a= lso under

   consideration to provide statelss path computation R= PC.  There is

   currently ongoing discussions on how to provide such= a function using

   the TE tunnel model defined in [I-D.ietf-teas-yang-t= e] as a base.

=A1=B0

 

Cheers,

Xian

 

=B7=A2=BC=FE=C8=CB: Teas [mailto:teas-bou= nces@ietf.org] =B4=FA=B1=ED = Igor Bryskin
=B7=A2=CB=CD= =CA=B1=BC=E4: 2016=C4=EA11=D4=C2= 3=C8=D5 21:15
=CA=D5=BC=FE=C8=CB: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
=D6=F7=CC=E2: [Teas] draft-zhang-ccamp-transport-yang-gap-analysis-01=

 

Hi,

&n= bsp;

In the = 4.4.  Function Summary and= Related YANG Models, I read:

 

+-------------+---------= --------------+-----------------------+

     &n= bsp;   |Path Comp.   | Path Computation pre  |&nbs= p;            &= nbsp;         |

     &n= bsp;   |         &nb= sp;   | service provisioning  |     = ; NONE           &nb= sp; |

     &n= bsp;   +-------------+-----------------------+-------= ----------------+

 

I di= sagree with this assessment. TE tunnel model defines the COMPUTE_ONLY mode = explicitly designed to be used  to support Path computation NBI.<= /o:p>

 

Chee= rs,

Igor=

&n= bsp;

&n= bsp;

From: Pce [mailto:p= ce-bounces@ietf.org] On Behalf Of Daniele Ceccarelli
Sent: Thursday, November 03, 2016 5:13 AM
To: CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: [Pce] CCAMP and JOINT YANG session agenda @IETF97

 

Hi all,

 

the first version of the agenda= for the CCAMP session and the Joint YANG session is available at the follo= wing link.

 

https://www.ietf.org/proceedings= /97/agenda/agenda-97-ccamp-01

 

Please let us have your comment= s

 

Thanks

MPLS, PCE, TEAS and CCAMP (chai= rs and secretaries)

--_000_C636AF2FA540124E9B9ACB5A6BECCE6B7DF4F5B1SZXEMA512MBSchi_-- From nobody Thu Nov 3 21:36:37 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 6D973129785; Thu, 3 Nov 2016 21:36:12 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.717 X-Spam-Level: X-Spam-Status: No, score=-5.717 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 1IF3QVxWZAzh; Thu, 3 Nov 2016 21:36:08 -0700 (PDT) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 499C2129705; Thu, 3 Nov 2016 21:36:07 -0700 (PDT) Received: from 172.18.7.190 (EHLO lhreml703-cah.china.huawei.com) ([172.18.7.190]) by lhrrg02-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id CUM18041; Fri, 04 Nov 2016 04:36:04 +0000 (GMT) Received: from BLREML406-HUB.china.huawei.com (10.20.4.43) by lhreml703-cah.china.huawei.com (10.201.5.104) with Microsoft SMTP Server (TLS) id 14.3.235.1; Fri, 4 Nov 2016 04:36:02 +0000 Received: from BLREML501-MBX.china.huawei.com ([10.20.5.198]) by BLREML406-HUB.china.huawei.com ([10.20.4.43]) with mapi id 14.03.0235.001; Fri, 4 Nov 2016 10:05:53 +0530 From: Dhruv Dhody To: Leeyoung , "Beller, Dieter (Nokia - DE)" Thread-Topic: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 Thread-Index: AQHSNdcs+kr+YSyrQ0+M0PsTNtuTxqDG6QgAgAABPQCAAAJUAIAAUW6AgAAHrgCAAATCAIAAAkeAgAAFvgCAAALEAIAAJckAgAAGhwCAALoV8A== Date: Fri, 4 Nov 2016 04:35:52 +0000 Message-ID: <23CE718903A838468A8B325B80962F9B8C9C3331@blreml501-mbx> References: <0C72C38E7EBC34499E8A9E7DD007863908F0EF32@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5BB53@FR712WXCHMBA15.zeu.alcatel-lucent.com> <655C07320163294895BBADA28372AF5D48B5BC01@FR712WXCHMBA15.zeu.alcatel-lucent.com> <7AEB3D6833318045B4AE71C2C87E8E172A8CC9D2@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5C82F@FR712WXCHMBA15.zeu.alcatel-lucent.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F10B@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA51@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F12D@dfweml501-mbx>, <7AEB3D6833318045B4AE71C2C87E8E172A8CCA9B@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCBA9@dfweml501-mbx> In-Reply-To: <7AEB3D6833318045B4AE71C2C87E8E172A8CCBA9@dfweml501-mbx> Accept-Language: en-GB, zh-CN, en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.18.244.252] Content-Type: multipart/alternative; boundary="_000_23CE718903A838468A8B325B80962F9B8C9C3331blreml501mbx_" MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A090201.581C1035.00B6, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: 722aff6d616c510e0ca958addbcaa3a0 Archived-At: Cc: Igor Bryskin , "mpls@ietf.org" , "CCAMP \(ccamp@ietf.org\)" , "Scharf, Michael \(Nokia - DE\)" , "TEAS WG \(teas@ietf.org\)" , "pce@ietf.org" Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 04 Nov 2016 04:36:12 -0000 --_000_23CE718903A838468A8B325B80962F9B8C9C3331blreml501mbx_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Hi All, As an implementer who would like to implement a simple path computation req= uest, the rpc is the way to go. Doing this via tunnel creation would require 3 operations. (1) POST to crea= te tunnel with "compute-only"; (2) GET to get the path; (3) DELETE tunnel. Which is an overkill to say the least. We can further debate the usefulness of Stateful compute-only mode separate= ly. Regards, Dhruv From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Leeyoung Sent: 04 November 2016 04:21 To: Beller, Dieter (Nokia - DE) Cc: Igor Bryskin ; mpls@ietf.org; CCAMP (ccamp@iet= f.org) ; Scharf, Michael (Nokia - DE) ; TEAS WG (teas@ietf.org) ; pce@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Dieter, Thanks for your clear explanation on this issue. I have no problem with tha= t. However, my real concern of the Tunnel mode with "compute only" is the a= ssumption people are making. That is, The tunnel mode with "compute only" w= ill make sense to me only when the requests turn into instantiation of tunn= els (the paths are signaled and resource allocated in the network) immediat= ely following the request. But what assures that this always happens? If th= e path computation request would not turn into instantiation right away the= n the "resource allocated but not in use" would turn out to be wasteful. I still think the stateless RPC mechanism for path compute would make sense= s to the situations where the aforementioned assumption does not hold. What= do you think? Thanks. Young From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com] Sent: Thursday, November 03, 2016 5:27 PM To: Leeyoung Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi all, when we talk about the stateful path computation use case, it means IMHO th= at when a path has been calculated successfully in response to a request, a= new path object is created in the data store. This does only make sense if= the resources have been allocated in the TED of the PCE irrespective of th= e fact whether the connection along this path will be established right awa= y or at a later point in time. This will prevent further path computation r= equests from assuming that the resources are still available. As the TED of= the PCE also has to reflect the network state, I would assume that the net= work resources can be in one of the following three states: available, allo= catedButNotInUse, allocatedAndInUse. The path objects also need state info= rmation reflecting for example the alarm state of the allocated resources. = The path calculated earlier may become (temporarily) invalid due to a link = failure affecting the path. Does this make sense? Thanks, Dieter Sent from my tablet Leeyoung > wrote: Igor, When you say "state", are you referring to the YANG datastore or some other= "interim" state of those paths that are calculated but not instantiated as= LSPs? If we were to update the YANG datastore for this, I would think that= we may have some issue when the customer decided not to instantiate the TE= tunnel (after the path compute request). Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 3:02 PM To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Young, >From the provider controller point of view COMPUTE_ONLY TE tunnels will hav= e exactly the same state as "normal" (COMPUTE_ADN_PROVISION) TE tunnels. Igor From: Leeyoung Sent: Thursday, November 03, 2016 3:42 PM To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Igor, In such case, would the YANG datastore be updated? I guess not. If not, the= n the system/controller has to keep this interim state, would it? Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Michael, You are exactly right. The purpose of the "compute-only" TE tunnel is to cr= eate/maintain the normal TE tunnel state and (re-)compute TE paths for the = TE tunnel connections/LSPs but not signal/provision the LSPs. Igor From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: Thursday, November 03, 2016 3:17 PM To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Isn't the intention of defining "compute-only tunnels" to create state in t= he controller, but not to signal them? If the tunnel should be signaled and= resources shall be allocated, why not just configure a vanilla tunnel? Use= s cases seem to exist for both variants, and both can be encoded in YANG. I= s there anything I miss here? Michael From: Leeyoung [mailto:leeyoung@huawei.com] Sent: Thursday, November 03, 2016 7:49 PM To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Hi Michael, I think I am with you on your point. If we use rpc, it is clear. On the oth= er hand, if we were to use "stateful compute-only" it seems that the system= /controller has to keep the state of the paths somewhere which is not YANG = datastore. My understanding is that YANG datastore is updated only when the= path is signaled and resource is allocated. Would this give the system/con= troller additional burden to keep the "interim" state? Young From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (N= okia - DE) Sent: Thursday, November 03, 2016 8:58 AM To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Maybe I miss something, but to me, the domain controller either computes a = path stateless, which can be modeled in YANG in an RPC. Or the domain contr= oller computes a path, stores state, and provides access to the result in t= he YANG datastore. In the latter case, whether resources are allocated, or = whether the NEs get actually provisioned, is an orthogonal question. As a side note, I am not sure of I would call a domain controller or an NMS= a PCE. Path computation is only a subset of the functions of a domain cont= roller. Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_23CE718903A838468A8B325B80962F9B8C9C3331blreml501mbx_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

Hi All,

 

As an implementer who would like to implement a simple= path computation request, the rpc is the way to go.

Doing this via tunnel creation would require 3 operati= ons. (1) POST to create tunnel with “compute-only”; (2) GET to = get the path; (3) DELETE tunnel.

Which is an overkill to say the least.

 

We can further debate the usefulness of Stateful compu= te-only mode separately.

 

Regards,

Dhruv

 

From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Leeyoung
Sent: 04 November 2016 04:21
To: Beller, Dieter (Nokia - DE) <dieter.beller@nokia.com>
Cc: Igor Bryskin <Igor.Bryskin@huawei.com>; mpls@ietf.org; CCA= MP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) &l= t;michael.scharf@nokia.com>; TEAS WG (teas@ietf.org) <teas@ietf.org&g= t;; pce@ietf.org
Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00

 

Hi Diet= er,

&n= bsp;

Thanks = for your clear explanation on this issue. I have no problem with that. Howe= ver, my real concern of the Tunnel mode with “compute only” is = the assumption people are making. That is, The tunnel mode with “compute only” will make sense to me only when the r= equests turn into instantiation of tunnels (the paths are signaled and reso= urce allocated in the network) immediately following the request. But what = assures that this always happens? If the path computation request would not turn into instantiation right away then the = “resource allocated but not in use” would turn out to be wastef= ul.

&n= bsp;

I still= think the stateless RPC mechanism for path compute would make senses to th= e situations where the aforementioned assumption does not hold. What do you= think?  

&n= bsp;

Thanks.=

Young

&n= bsp;

&n= bsp;

&n= bsp;

From: Be= ller, Dieter (Nokia - DE) [mailt= o:dieter.beller@nokia.com]
Sent: Thursday, November 03, 2016 5:27 PM
To: Leeyoung
Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

Hi all, 
 
when we talk about the stateful path comput=
ation use case, it means IMHO that when a path has been calculated successf=
ully in response to a request, a new path object is created in the data sto=
re. This does only make sense if the resources have been allocated in the T=
ED of the PCE irrespective of the fact whether the connection along this pa=
th will be established right away or at a later point in time. This will pr=
event further path computation requests from assuming that the resources ar=
e still available. As the TED of the PCE also has to reflect the network st=
ate, I would assume that the network resources can be in one of the followi=
ng three states: available, allocatedButNotInUse,  allocatedAndInUse. =
The path objects also need state information reflecting for example the ala=
rm state of the allocated resources. The path calculated earlier may become=
 (temporarily) invalid due to a link failure affecting the path. 
 
Does this make sense? 

 


 


Thanks, 


Dieter


 


Sent from my tablet


 


Leeyoung <leeyoung@huawei.com> wrote:


 






Igor,


 <=
/span>


When yo=
u say “state”, are you referring to the YANG datastore or some =
other “interim” state of those paths that are calculated but no=
t instantiated as LSPs? If we were to update the YANG datastore
 for this, I would think that we may have some issue when the customer deci=
ded not to instantiate the TE tunnel (after the path compute request).



 <=
/span>


Thanks.=



Young


 <=
/span>


 <=
/span>






From: Ig=
or Bryskin


Sent: Thursday, November 03, 2016 3:02 PM

To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM=
P (ccamp@ietf.org);
pce@ietf.org; TEAS WG (teas@ietf.org);
mpls@ietf.org

Subject: RE: 
http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<=
/span>






 


Young,<=
/span>


 <=
/span>


From th=
e provider controller point of view COMPUTE_ONLY TE tunnels will have exact=
ly the same state as “normal” (COMPUTE_ADN_PROVISION) TE tunnel=
s.


 <=
/span>


Igor


 <=
/span>






From: Le=
eyoung


Sent: Thursday, November 03, 2016 3:42 PM

To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; =
CCAMP (ccamp@ietf.org);
pce@ietf.org; TEAS WG (teas@ietf.org);
mpls@ietf.org

Subject: RE: 
http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<=
/span>






 


Igor,


 <=
/span>


In such=
 case, would the YANG datastore be updated? I guess not. If not, then the s=
ystem/controller has to keep this interim state, would it?



 <=
/span>


Thanks.=



Young


 <=
/span>






From: Ig=
or Bryskin


Sent: Thursday, November 03, 2016 2:34 PM

To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAM=
P (ccamp@ietf.org);
pce@ietf.org; TEAS WG (teas@ietf.org);
mpls@ietf.org

Subject: RE: 
http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<=
/span>






 


Michael=
,


You are=
 exactly right. The purpose of the “compute-only” TE tunnel is =
to create/maintain the normal TE tunnel state and (re-)compute TE paths for=
 the TE tunnel connections/LSPs but not signal/provision
 the LSPs.


 <=
/span>


Igor


 <=
/span>






From: Sc=
harf, Michael (Nokia - DE) [mai=
lto:michael.scharf@nokia.com]


Sent: Thursday, November 03, 2016 3:17 PM

To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org);
pce@ietf.org; TEAS WG (teas@ietf.org);
mpls@ietf.org

Subject: RE: 
http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<=
/span>






 


IsnR=
17;t the intention of defining „compute-only tunnels“ to create=
 state in the controller, but not to signal them? If the tunnel should be s=
ignaled and resources shall be allocated, why not just configure
 a vanilla tunnel? Uses cases seem to exist for both variants, and both can=
 be encoded in YANG. Is there anything I miss here?


 <=
/span>


Michael=



 <=
/span>


 <=
/span>








From: Leeyoung=
 [mailto:leeyoung@huawei.com]


Sent: Thursday, November 03, 2016 7:49 PM

To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; =
CCAMP (ccamp@ietf.org);
pce@ietf.org; TEAS WG (teas@ietf.org);
mpls@ietf.org

Subject: RE: 
http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<=
/span>






 =



Hi Mich=
ael,


 <=
/span>


I think=
 I am with you on your point. If we use rpc, it is clear. On the other hand=
, if we were to use “stateful compute-only” it seems that the s=
ystem/controller has to keep the state of the paths
 somewhere which is not YANG datastore. My understanding is that YANG datas=
tore is updated only when the path is signaled and resource is allocated. W=
ould this give the system/controller additional burden to keep the “i=
nterim” state?



 <=
/span>


Young


 <=
/span>






From: CC=
AMP [mailto:ccamp-bounces@ietf.or=
g]
On Behalf Of Scharf, Michael (Nokia - DE)

Sent: Thursday, November 03, 2016 8:58 AM

To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org);
pce@ietf.org; TEAS WG (teas@ietf.org);
mpls@ietf.org

Subject: Re: [CCAMP] 
http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<=
/span>






 


Maybe I=
 miss something, but to me, the domain controller either computes a path st=
ateless, which can be modeled in YANG in an RPC. Or the domain controller c=
omputes a path, stores state, and provides
 access to the result in the YANG datastore. In the latter case, whether re=
sources are allocated, or whether the NEs get actually provisioned, is an o=
rthogonal question.


 <=
/span>


As a si=
de note, I am not sure of I would call a domain controller or an NMS a PCE.=
 Path computation is only a subset of the functions of a domain controller.=



 <=
/span>


Michael=



 <=
/span>


 <=
/span>


 <=
/span>








From: Da=
niele Ceccarelli [mailto=
:daniele.ceccarelli@ericsson.com]


Sent: Thursday, November 03, 2016 2:49 PM

To: Scharf, Michael (Nokia - DE); Igor Bryskin; C=
CAMP (ccamp@ietf.org);
pce@ietf.org; TEAS WG (teas@ietf.org);
mpls@ietf.org

Subject: RE: 
http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<=
/span>






 =



Can you please explain what the=
 “stateful compute-only” stands for I don’t understand wh=
at is stateful in a path computation request only.



IMHO either I ask the PCE (SDN =
controller, NMS, whatever) to compute a path and then forget about it or I =
ask to compute and provision it. I don’t understand the value of aski=
ng for it and remembering about it.


 


BR

Daniele  


 








From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]


Sent: gioved=EC 3 novembre 2016 14:45

To: Igor Bryskin <Igor=
.Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP =
(ccamp@ietf.org)
 <ccamp@ietf.org>; 
pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>;
mpls@ietf.org

Subject: RE: 
http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<=
o:p>






 =



We have=
 discussed this before. From an implementer’s perspective, the two cl=
ean solutions to the problem seem to either stateful „compute-only=
220; tunnels or a stateless RPC.


 <=
/span>


Michael=



 <=
/span>


 <=
/span>








From: mpls [mailto:mpls-bounces@ietf.org]
On Behalf Of Igor Bryskin

Sent: Thursday, November 03, 2016 2:34 PM

To: Daniele Ceccarelli; CCAMP (cca=
mp@ietf.org);
pce@ietf.org; TEAS WG (teas@ietf.org);
mpls@ietf.org

Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibe=
l-teas-yang-path-computation-00<=
/span>






 =



Hi,


 <=
/span>


From th=
e draft:


 <=
/span>


6. =
   YANG Model for requesting Path Computation


 


 


  =
; Work on extending the TE Tunnel YANG model to support the need to<=
span lang=3D"EN-US">


  =
; request path computation has recently started also in the context of


  =
; the [TE-TUNNEL]
 draft.


 


  =
; It is possible to request path computation by configuring a


  =
; "compute-only" TE tunnel and retrieving the computed path(s) in=
 the


  =
; LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL].


 


  =
; This is a stateful solution since the state of each created


  =
; "compute-only" TE tunnel needs to be maintained and updated, wh=
en


  =
; underlying network conditions change.


 


  =
; The need also for a stateless solution, based on an RPC, has been<=
span lang=3D"EN-US">


  =
; recognized.


 


 


  =
; The YANG model to support stateless RPC is for further study.


 


 


 


 


 


IB>>
Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO=
RGET mode. We also consider the concept of path computation action to be de=
fined under the TE tunnel node. All this is to facilitate stateless path co=
mputations.


 


Cheers,


Igor


 <=
/span>
--_000_23CE718903A838468A8B325B80962F9B8C9C3331blreml501mbx_-- From nobody Thu Nov 3 22:54:57 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id BFFE112948E; Thu, 3 Nov 2016 22:54:55 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.718 X-Spam-Level: X-Spam-Status: No, score=-5.718 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id fL7fqikBgpWS; Thu, 3 Nov 2016 22:54:52 -0700 (PDT) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 41E2812940F; Thu, 3 Nov 2016 22:54:51 -0700 (PDT) Received: from 172.18.7.190 (EHLO lhreml705-cah.china.huawei.com) ([172.18.7.190]) by lhrrg02-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id CUM24723; Fri, 04 Nov 2016 05:54:49 +0000 (GMT) Received: from SZXEMA411-HUB.china.huawei.com (10.82.72.70) by lhreml705-cah.china.huawei.com (10.201.5.168) with Microsoft SMTP Server (TLS) id 14.3.235.1; Fri, 4 Nov 2016 05:54:48 +0000 Received: from SZXEMA506-MBS.china.huawei.com ([169.254.4.3]) by szxema411-hub.china.huawei.com ([10.82.72.70]) with mapi id 14.03.0235.001; Fri, 4 Nov 2016 13:54:42 +0800 From: "Yemin (Amy)" To: Daniele Ceccarelli , "BRUNGARD, DEBORAH A" , "ccamp@ietf.org" , "TEAS WG (teas@ietf.org)" Thread-Topic: ID Tracker State Update Notice: Thread-Index: AQHSNdpEBzCW8YF0cUiB6IAIYbKiGKDG5XmAgAAMXQCAAV/cUA== Date: Fri, 4 Nov 2016 05:54:40 +0000 Message-ID: <9C5FD3EFA72E1740A3D41BADDE0B461F9CE2270E@szxema506-mbs.china.huawei.com> References: 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FPR:; SPF:None; PTR:InfoNoRecords; MX:1; A:1; LANG:en; received-spf: None (protection.outlook.com: ericsson.com does not designate permitted sender hosts) spamdiagnosticoutput: 1:99 spamdiagnosticmetadata: NSPM Content-Type: multipart/alternative; boundary="_000_AM4PR07MB152109CAC2B9B02FA7ADBF6E96A20AM4PR07MB1521eurp_" MIME-Version: 1.0 X-MS-Exchange-CrossTenant-originalarrivaltime: 04 Nov 2016 10:07:19.1997 (UTC) X-MS-Exchange-CrossTenant-fromentityheader: Hosted X-MS-Exchange-CrossTenant-id: 92e84ceb-fbfd-47ab-be52-080c6b87953f X-MS-Exchange-Transport-CrossTenantHeadersStamped: AM4PR07MB1523 X-OriginatorOrg: ericsson.com X-Brightmail-Tracker: H4sIAAAAAAAAA02SeUhUURTGuW+ZeVpT13E7qCUOFqSpbdhrwYwyBmmRaBEx65UPFXWUGZNU QtGUHAnNVMy9GjVFxdJoQtEcBHNL0yAbFKUxSVzbyIUkZ94Y/vc73/2+w/ngMqS0n3ZgIhRx vFLBRclEltTjwNdBHttDnAL3VbfvZidLRig2+3kfxTZoRim2oMyPXf7gxuora2g2dXxEzKYv aSlfRn6vc46WazTLhHxMP0QEkEGWx0P5qIh4Xunlc8MyXFvlH9vym7xTOf+QSEG/dKQaWTCA 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X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 04 Nov 2016 10:17:54 -0000 --_000_AM4PR07MB152109CAC2B9B02FA7ADBF6E96A20AM4PR07MB1521eurp_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable What happens in case the requested controller or PCE cannot or doesn't want= to send an explicit ERO ? In that case the path key mechanism is foreseen; the controller returns a p= ath key identifier which can be used eventually to implement the requested = path. Here something must be stored inside the controller in order to understand = the path key and translate it to the relevant route as needed. I would stor= e the path and probably would keep also reserved the relevant resources, un= til eventual operation or expiration of the path key. This cannot be avoide= d. I am wondering whether this is a completely diffent case or should be harmo= nized with the case under discussion. Regards, Francesco From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Dhruv Dhody Sent: 04 November, 2016 5:36 AM To: Leeyoung ; Beller, Dieter (Nokia - DE) Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) ; Scharf, Michael= (Nokia - DE) ; TEAS WG (teas@ietf.org) ; pce@ietf.org Subject: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel-teas-y= ang-path-computation-00 Hi All, As an implementer who would like to implement a simple path computation req= uest, the rpc is the way to go. Doing this via tunnel creation would require 3 operations. (1) POST to crea= te tunnel with "compute-only"; (2) GET to get the path; (3) DELETE tunnel. Which is an overkill to say the least. We can further debate the usefulness of Stateful compute-only mode separate= ly. Regards, Dhruv From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Leeyoung Sent: 04 November 2016 04:21 To: Beller, Dieter (Nokia - DE) > Cc: Igor Bryskin >;= mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia - = DE) >; TEAS WG (t= eas@ietf.org) >; = pce@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Dieter, Thanks for your clear explanation on this issue. I have no problem with tha= t. However, my real concern of the Tunnel mode with "compute only" is the a= ssumption people are making. That is, The tunnel mode with "compute only" w= ill make sense to me only when the requests turn into instantiation of tunn= els (the paths are signaled and resource allocated in the network) immediat= ely following the request. But what assures that this always happens? If th= e path computation request would not turn into instantiation right away the= n the "resource allocated but not in use" would turn out to be wasteful. I still think the stateless RPC mechanism for path compute would make sense= s to the situations where the aforementioned assumption does not hold. What= do you think? Thanks. Young From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com] Sent: Thursday, November 03, 2016 5:27 PM To: Leeyoung Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi all, when we talk about the stateful path computation use case, it means IMHO th= at when a path has been calculated successfully in response to a request, a= new path object is created in the data store. This does only make sense if= the resources have been allocated in the TED of the PCE irrespective of th= e fact whether the connection along this path will be established right awa= y or at a later point in time. This will prevent further path computation r= equests from assuming that the resources are still available. As the TED of= the PCE also has to reflect the network state, I would assume that the net= work resources can be in one of the following three states: available, allo= catedButNotInUse, allocatedAndInUse. The path objects also need state info= rmation reflecting for example the alarm state of the allocated resources. = The path calculated earlier may become (temporarily) invalid due to a link = failure affecting the path. Does this make sense? Thanks, Dieter Sent from my tablet Leeyoung > wrote: Igor, When you say "state", are you referring to the YANG datastore or some other= "interim" state of those paths that are calculated but not instantiated as= LSPs? If we were to update the YANG datastore for this, I would think that= we may have some issue when the customer decided not to instantiate the TE= tunnel (after the path compute request). Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 3:02 PM To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Young, >From the provider controller point of view COMPUTE_ONLY TE tunnels will hav= e exactly the same state as "normal" (COMPUTE_ADN_PROVISION) TE tunnels. Igor From: Leeyoung Sent: Thursday, November 03, 2016 3:42 PM To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Igor, In such case, would the YANG datastore be updated? I guess not. If not, the= n the system/controller has to keep this interim state, would it? Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Michael, You are exactly right. The purpose of the "compute-only" TE tunnel is to cr= eate/maintain the normal TE tunnel state and (re-)compute TE paths for the = TE tunnel connections/LSPs but not signal/provision the LSPs. Igor From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: Thursday, November 03, 2016 3:17 PM To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Isn't the intention of defining "compute-only tunnels" to create state in t= he controller, but not to signal them? If the tunnel should be signaled and= resources shall be allocated, why not just configure a vanilla tunnel? Use= s cases seem to exist for both variants, and both can be encoded in YANG. I= s there anything I miss here? Michael From: Leeyoung [mailto:leeyoung@huawei.com] Sent: Thursday, November 03, 2016 7:49 PM To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Hi Michael, I think I am with you on your point. If we use rpc, it is clear. On the oth= er hand, if we were to use "stateful compute-only" it seems that the system= /controller has to keep the state of the paths somewhere which is not YANG = datastore. My understanding is that YANG datastore is updated only when the= path is signaled and resource is allocated. Would this give the system/con= troller additional burden to keep the "interim" state? Young From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (N= okia - DE) Sent: Thursday, November 03, 2016 8:58 AM To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Maybe I miss something, but to me, the domain controller either computes a = path stateless, which can be modeled in YANG in an RPC. Or the domain contr= oller computes a path, stores state, and provides access to the result in t= he YANG datastore. In the latter case, whether resources are allocated, or = whether the NEs get actually provisioned, is an orthogonal question. As a side note, I am not sure of I would call a domain controller or an NMS= a PCE. Path computation is only a subset of the functions of a domain cont= roller. Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_AM4PR07MB152109CAC2B9B02FA7ADBF6E96A20AM4PR07MB1521eurp_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

What happens in case the requested controller or PCE= cannot or doesn’t want to send an explicit ERO ?

In that case the path key mechanism is foreseen; the= controller returns a path key identifier which can be used eventually to i= mplement the requested path.

Here something must be stored inside the controller = in order to understand the path key and translate it to the relevant route = as needed. I would store the path and probably would keep also reserved the= relevant resources, until eventual operation or expiration of the path key. This cannot be avoided.

I am wondering whether this is a completely diffent = case or should be harmonized with the case under discussion.

Regards,

Francesco

 

From: CCAMP [mailto:ccamp-bounces@ietf.org] <= b>On Behalf Of Dhruv Dhody
Sent: 04 November, 2016 5:36 AM
To: Leeyoung <leeyoung@huawei.com>; Beller, Dieter (Nokia - DE= ) <dieter.beller@nokia.com>
Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Sc= harf, Michael (Nokia - DE) <michael.scharf@nokia.com>; TEAS WG (teas@= ietf.org) <teas@ietf.org>; pce@ietf.org
Subject: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel= -teas-yang-path-computation-00

 

Hi All,

 

As an implementer who would like to implem= ent a simple path computation request, the rpc is the way to go.

Doing this via tunnel creation would requi= re 3 operations. (1) POST to create tunnel with “compute-only”;= (2) GET to get the path; (3) DELETE tunnel.

Which is an overkill to say the least.

 

We can further debate the usefulness of St= ateful compute-only mode separately.

 

Regards,

Dhruv

 

From:<= /span> mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Leeyoung
Sent: 04 November 2016 04:21
To: Beller, Dieter (Nokia - DE) <dieter.beller@nokia.com>
Cc: Igor Bryskin <Igor= .Bryskin@huawei.com>; mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; TEAS WG (teas@ietf.org) <teas@ietf.org>; pce@ietf.org
Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

&nbs= p;

Hi Dieter,

 

Thanks for your clear explanation on this issue. I have no problem wit= h that. However, my real concern of the Tunnel mode with “compute onl= y” is the assumption people are making. That is, The tunnel mode with “compute only” will make sense to me = only when the requests turn into instantiation of tunnels (the paths are si= gnaled and resource allocated in the network) immediately following the req= uest. But what assures that this always happens? If the path computation request would not turn into instantiation right aw= ay then the “resource allocated but not in use” would turn out = to be wasteful.

 

I still think the stateless RPC mechanism for path compute would make = senses to the situations where the aforementioned assumption does not hold.= What do you think?  

 

Thanks.

Young

 

 

 

From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com]
Sent: Thursday, November 03, 2016 5:27 PM
To: Leeyoung
Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

&nbs= p;

Hi all, 

 


when we talk about the stateful=
 path computation use case, it means IMHO that when a path has been calcula=
ted successfully in response to a request, a new path object is created in =
the data store. This does only make sense if the resources have been alloca=
ted in the TED of the PCE irrespective of the fact whether the connection a=
long this path will be established right away or at a later point in time. =
This will prevent further path computation requests from assuming that the =
resources are still available. As the TED of the PCE also has to reflect th=
e network state, I would assume that the network resources can be in one of=
 the following three states: available, allocatedButNotInUse,  allocat=
edAndInUse. The path objects also need state information reflecting for exa=
mple the alarm state of the allocated resources. The path calculated earlie=
r may become (temporarily) invalid due to a link failure affecting the path=
. 


 


Does this make sense? 


 


 


Thanks, 

Dieter


 


Sent from my tablet<=
/span>


 


Leeyoung <leeyoung@huawei.com> wrote:

 






Igor,


 


When you say “state”, are you referring to the YANG datast=
ore or some other “interim” state of those paths that are calcu=
lated but not instantiated as LSPs? If we were to update the
 YANG datastore for this, I would think that we may have some issue when th=
e customer decided not to instantiate the TE tunnel (after the path compute=
 request).



 


Thanks.


Young


 


 






From: Igor Bryskin


Sent: Thursday, November 03, 2016 3:02 PM

To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM=
P (ccamp@ietf.org);
pce@ietf.org; TEAS WG (teas@ietf.org);
mpls@ietf.org

Subject: RE: 
http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<=
/span>






 


Young,


 


From the provider controller point of view COMPUTE_ONLY TE tunnels wil=
l have exactly the same state as “normal” (COMPUTE_ADN_PROVISIO=
N) TE tunnels.=



 


Igor


 






From: Leeyoung


Sent: Thursday, November 03, 2016 3:42 PM

To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; =
CCAMP (ccamp@ietf.org);
pce@ietf.org; TEAS WG (teas@ietf.org);
mpls@ietf.org

Subject: RE: 
http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<=
/span>






 


Igor,


 


In such case, would the YANG datastore be updated? I guess not. If not=
, then the system/controller has to keep this interim state, would it?



 


Thanks.


Young


 






From: Igor Bryskin


Sent: Thursday, November 03, 2016 2:34 PM

To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAM=
P (ccamp@ietf.org);
pce@ietf.org; TEAS WG (teas@ietf.org);
mpls@ietf.org

Subject: RE: 
http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<=
/span>






 


Michael,<=
/span>


You are exactly right. The purpose of the “compute-only” T=
E tunnel is to create/maintain the normal TE tunnel state and (re-)compute =
TE paths for the TE tunnel connections/LSPs but
 not signal/provision the LSPs.


 


Igor


 






From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]


Sent: Thursday, November 03, 2016 3:17 PM

To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org);
pce@ietf.org; TEAS WG (teas@ietf.org);
mpls@ietf.org

Subject: RE: 
http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<=
/span>






 


Isn’t the intention of defining „compute-only tunnels̶=
0; to create state in the controller, but not to signal them? If the tunnel=
 should be signaled and resources shall be allocated,
 why not just configure a vanilla tunnel? Uses cases seem to exist for both=
 variants, and both can be encoded in YANG. Is there anything I miss here?<=
/span>


 


Michael


 


 








From: Leeyoung [mailto:leeyoung@huawei.com]


Sent: Thursday, November 03, 2016 7:49 PM

To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; =
CCAMP (ccamp@ietf.org);
pce@ietf.org; TEAS WG (teas@ietf.org);
mpls@ietf.org

Subject: RE: 
http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<=
/span>






 


Hi Michael,


 


I think I am with you on your point. If we use rpc, it is clear. On th=
e other hand, if we were to use “stateful compute-only” it seem=
s that the system/controller has to keep the state
 of the paths somewhere which is not YANG datastore. My understanding is th=
at YANG datastore is updated only when the path is signaled and resource is=
 allocated. Would this give the system/controller additional burden to keep=
 the “interim” state?



 


Young


 






From: CCAMP [mail=
to:ccamp-bounces@ietf.org]
On Behalf Of Scharf, Michael (Nokia - DE)

Sent: Thursday, November 03, 2016 8:58 AM

To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org);
pce@ietf.org; TEAS WG (teas@ietf.org);
mpls@ietf.org

Subject: Re: [CCAMP] 
http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<=
/span>






 


Maybe I miss something, but to me, the domain controller either comput=
es a path stateless, which can be modeled in YANG in an RPC. Or the domain =
controller computes a path, stores state,
 and provides access to the result in the YANG datastore. In the latter cas=
e, whether resources are allocated, or whether the NEs get actually provisi=
oned, is an orthogonal question.


 


As a side note, I am not sure of I would call a domain controller or a=
n NMS a PCE. Path computation is only a subset of the functions of a domain=
 controller.


 


Michael


 


 


 








From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com]


Sent: Thursday, November 03, 2016 2:49 PM

To: Scharf, Michael (N=
okia - DE); Igor Bryskin; CCAMP (ccamp@ie=
tf.org);
pce@ietf.org; TEAS WG (teas@ietf.org);
mpls@ietf.org

Subject: RE: 
http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<=
/span>






 


Can you p=
lease explain what the “stateful compute-only” stands for I don=
’t understand what is stateful in a path computation request only.



IMHO eith=
er I ask the PCE (SDN controller, NMS, whatever) to compute a path and then=
 forget about it or I ask to compute and provision it. I don’t unders=
tand the value of asking for it and remembering
 about it.


 


BR

Daniele  


 








From:<=
/span> Scharf, Michael (Noki=
a - DE) [mailto:michael.scharf@=
nokia.com]


Sent: gioved=EC 3 novembre 2016 14:45

To: Igor Bryskin <Igor=
.Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP =
(ccamp@ietf.org)
 <ccamp@ietf.org>; 
pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>;
mpls@ietf.org

Subject: RE: 
http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<=
o:p>






 


We have discussed this before. From an implementer’s perspective=
, the two clean solutions to the problem seem to either stateful „com=
pute-only“ tunnels or a stateless RPC.


 


Michael


 


 








From: mpls [mailto:mpls-bounces@ietf.org]
On Behalf Of Igor Bryskin

Sent: Thursday, November 03, 2016 2:34 PM

To: Daniele Ceccarelli; CCAMP (cca=
mp@ietf.org);
pce@ietf.org; TEAS WG (teas@ietf.org);
mpls@ietf.org

Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibe=
l-teas-yang-path-computation-00






 


Hi,


 


From the draft:=



 


6.    YANG Model for requesting Path Comp=
utation


 


 


   Work on extending the TE Tunnel YANG model to =
support the need to<=
/o:p>


   request path computation has recently started =
also in the context of


   the [TE-TUN=
NEL]
 draft.=



 


   It is possible to request path computation by =
configuring a<=
/span>


   "compute-only" TE tunnel and retriev=
ing the computed path(s) in the


   LSP(s) Record-Route Object (RRO) list as descr=
ibed in [TE-TUNNEL].


 


   This is a stateful solution since the state of=
 each created<=
/span>


   "compute-only" TE tunnel needs to be=
 maintained and updated, when


   underlying network conditions change.


 


   The need also for a stateless solution, based =
on an RPC, has been<=
/o:p>


   recognized.


 


 


   The YANG model to support stateless RPC is for=
 further study.


 


 


 


 


 


IB>>
Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO=
RGET mode. We also consider the concept of path computation action to be de=
fined under the TE tunnel node. All this is to facilitate stateless path co=
mputations.


 


Cheers,


Igor


 
--_000_AM4PR07MB152109CAC2B9B02FA7ADBF6E96A20AM4PR07MB1521eurp_-- From nobody Fri Nov 4 03:44:58 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 26F19129BF6; Fri, 4 Nov 2016 03:44:56 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.717 X-Spam-Level: X-Spam-Status: No, score=-5.717 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id JzsgDkDLVynx; Fri, 4 Nov 2016 03:44:50 -0700 (PDT) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id BCF28129BF2; Fri, 4 Nov 2016 03:44:49 -0700 (PDT) Received: from 172.18.7.190 (EHLO lhreml703-cah.china.huawei.com) ([172.18.7.190]) by lhrrg01-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id CZR38048; Fri, 04 Nov 2016 10:44:46 +0000 (GMT) Received: from BLREML405-HUB.china.huawei.com (10.20.4.41) by lhreml703-cah.china.huawei.com (10.201.5.104) with Microsoft SMTP Server (TLS) id 14.3.235.1; Fri, 4 Nov 2016 10:44:44 +0000 Received: from BLREML501-MBX.china.huawei.com ([10.20.5.198]) by BLREML405-HUB.china.huawei.com ([10.20.4.41]) with mapi id 14.03.0235.001; Fri, 4 Nov 2016 16:14:33 +0530 From: Dhruv Dhody To: Francesco Lazzeri , Leeyoung , "Beller, Dieter (Nokia - DE)" Thread-Topic: Path-key and Path Computation API (was RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00) Thread-Index: AdI2iGjPLAgKTtx+Suil5G4QyXxIsA== Date: Fri, 4 Nov 2016 10:44:33 +0000 Message-ID: <23CE718903A838468A8B325B80962F9B8C9C3703@blreml501-mbx> Accept-Language: en-GB, zh-CN, en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.18.244.252] Content-Type: multipart/alternative; boundary="_000_23CE718903A838468A8B325B80962F9B8C9C3703blreml501mbx_" MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A090206.581C669F.0117, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: 321b99776f2aded90bd4f66f79673d65 Archived-At: Cc: "Scharf, Michael \(Nokia - DE\)" , "pce@ietf.org" , "TEAS WG \(teas@ietf.org\)" Subject: [Teas] Path-key and Path Computation API (was RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00) X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 04 Nov 2016 10:44:56 -0000 --_000_23CE718903A838468A8B325B80962F9B8C9C3703blreml501mbx_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Hi Francesco, Interesting case. Starting a new thread and limiting to PCE and TEAS WG. IMHO I would shy away from storing path-key and its confidential path segme= nt (cps) as tunnels with "compute-only". In PCEP Yang, we do store path-keys in the operational data store of PCEP. = [https://datatracker.ietf.org/doc/draft-ietf-pce-pcep-yang/?include_text= =3D1] +--ro path-keys {path-key}? | +--ro path-keys* [path-key] | +--ro path-key uint16 | +--ro cps | | +--ro explicit-route-objects* [index] | | +--ro index uint8 | | +--ro explicit-route-usage? identityref | | +--ro (type)? | | +--:(ipv4-address) | | | +--ro v4-address? inet:ipv4-address | | | +--ro v4-prefix-length? uint8 | | | +--ro v4-loose? boolean | | +--:(ipv6-address) | | | +--ro v6-address? inet:ipv6-address | | | +--ro v6-prefix-length? uint8 | | | +--ro v6-loose? boolean | | +--:(as-number) | | | +--ro as-number? uint16 | | +--:(unnumbered-link) | | | +--ro router-id? inet:ip-address | | | +--ro interface-id? uint32 | | +--:(label) | | +--ro value? uint32 | +--ro pcc-original? -> /pcep-state/entity/peers/peer/addr | +--ro req-id? uint32 | +--ro retrieved? boolean | +--ro pcc-retrieved? -> /pcep-state/entity/peers/peer/addr | +--ro creation-time? yang:timestamp | +--ro discard-time? uint32 | +--ro reuse-time? uint32 Perhaps we need to decide if there is a need to make this generic? Regards, Dhruv From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com] Sent: 04 November 2016 15:37 To: Dhruv Dhody ; Leeyoung ; B= eller, Dieter (Nokia - DE) Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) ; Scharf, Michael= (Nokia - DE) ; TEAS WG (teas@ietf.org) ; pce@ietf.org Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 What happens in case the requested controller or PCE cannot or doesn't want= to send an explicit ERO ? In that case the path key mechanism is foreseen; the controller returns a p= ath key identifier which can be used eventually to implement the requested = path. Here something must be stored inside the controller in order to understand = the path key and translate it to the relevant route as needed. I would stor= e the path and probably would keep also reserved the relevant resources, un= til eventual operation or expiration of the path key. This cannot be avoide= d. I am wondering whether this is a completely diffent case or should be harmo= nized with the case under discussion. Regards, Francesco From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Dhruv Dhody Sent: 04 November, 2016 5:36 AM To: Leeyoung >; Beller, Die= ter (Nokia - DE) > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; TEAS WG= (teas@ietf.org) = >; pce@ietf.org Subject: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel-teas-y= ang-path-computation-00 Hi All, As an implementer who would like to implement a simple path computation req= uest, the rpc is the way to go. Doing this via tunnel creation would require 3 operations. (1) POST to crea= te tunnel with "compute-only"; (2) GET to get the path; (3) DELETE tunnel. Which is an overkill to say the least. We can further debate the usefulness of Stateful compute-only mode separate= ly. Regards, Dhruv From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Leeyoung Sent: 04 November 2016 04:21 To: Beller, Dieter (Nokia - DE) > Cc: Igor Bryskin >;= mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia - = DE) >; TEAS WG (t= eas@ietf.org) >; = pce@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Dieter, Thanks for your clear explanation on this issue. I have no problem with tha= t. However, my real concern of the Tunnel mode with "compute only" is the a= ssumption people are making. That is, The tunnel mode with "compute only" w= ill make sense to me only when the requests turn into instantiation of tunn= els (the paths are signaled and resource allocated in the network) immediat= ely following the request. But what assures that this always happens? If th= e path computation request would not turn into instantiation right away the= n the "resource allocated but not in use" would turn out to be wasteful. I still think the stateless RPC mechanism for path compute would make sense= s to the situations where the aforementioned assumption does not hold. What= do you think? Thanks. Young From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com] Sent: Thursday, November 03, 2016 5:27 PM To: Leeyoung Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi all, when we talk about the stateful path computation use case, it means IMHO th= at when a path has been calculated successfully in response to a request, a= new path object is created in the data store. This does only make sense if= the resources have been allocated in the TED of the PCE irrespective of th= e fact whether the connection along this path will be established right awa= y or at a later point in time. This will prevent further path computation r= equests from assuming that the resources are still available. As the TED of= the PCE also has to reflect the network state, I would assume that the net= work resources can be in one of the following three states: available, allo= catedButNotInUse, allocatedAndInUse. The path objects also need state info= rmation reflecting for example the alarm state of the allocated resources. = The path calculated earlier may become (temporarily) invalid due to a link = failure affecting the path. Does this make sense? Thanks, Dieter Sent from my tablet Leeyoung > wrote: Igor, When you say "state", are you referring to the YANG datastore or some other= "interim" state of those paths that are calculated but not instantiated as= LSPs? If we were to update the YANG datastore for this, I would think that= we may have some issue when the customer decided not to instantiate the TE= tunnel (after the path compute request). Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 3:02 PM To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Young, >From the provider controller point of view COMPUTE_ONLY TE tunnels will hav= e exactly the same state as "normal" (COMPUTE_ADN_PROVISION) TE tunnels. Igor From: Leeyoung Sent: Thursday, November 03, 2016 3:42 PM To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Igor, In such case, would the YANG datastore be updated? I guess not. If not, the= n the system/controller has to keep this interim state, would it? Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Michael, You are exactly right. The purpose of the "compute-only" TE tunnel is to cr= eate/maintain the normal TE tunnel state and (re-)compute TE paths for the = TE tunnel connections/LSPs but not signal/provision the LSPs. Igor From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: Thursday, November 03, 2016 3:17 PM To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Isn't the intention of defining "compute-only tunnels" to create state in t= he controller, but not to signal them? If the tunnel should be signaled and= resources shall be allocated, why not just configure a vanilla tunnel? Use= s cases seem to exist for both variants, and both can be encoded in YANG. I= s there anything I miss here? Michael From: Leeyoung [mailto:leeyoung@huawei.com] Sent: Thursday, November 03, 2016 7:49 PM To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Hi Michael, I think I am with you on your point. If we use rpc, it is clear. On the oth= er hand, if we were to use "stateful compute-only" it seems that the system= /controller has to keep the state of the paths somewhere which is not YANG = datastore. My understanding is that YANG datastore is updated only when the= path is signaled and resource is allocated. Would this give the system/con= troller additional burden to keep the "interim" state? Young From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (N= okia - DE) Sent: Thursday, November 03, 2016 8:58 AM To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Maybe I miss something, but to me, the domain controller either computes a = path stateless, which can be modeled in YANG in an RPC. Or the domain contr= oller computes a path, stores state, and provides access to the result in t= he YANG datastore. In the latter case, whether resources are allocated, or = whether the NEs get actually provisioned, is an orthogonal question. As a side note, I am not sure of I would call a domain controller or an NMS= a PCE. Path computation is only a subset of the functions of a domain cont= roller. Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_23CE718903A838468A8B325B80962F9B8C9C3703blreml501mbx_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

Hi Francesco,

 

Interesting case. Starting a new thread and limiting t= o PCE and TEAS WG.

 

IMHO I would shy away from storing path-key and its co= nfidential path segment (cps) as tunnels with “compute-only”.

 

In PCEP Yang, we do store path-keys in the operational= data store of PCEP.  [https://datatracker.ietf.org/doc/draft-ietf-pce= -pcep-yang/?include_text=3D1]

+--ro path-keys {path-key}?

         |&nbs= p; +--ro path-keys* [path-key]

         |&nbs= p;    +--ro path-key      =    uint16

         |&nbs= p;    +--ro cps

         |&nbs= p;    |  +--ro explicit-route-objects* [index]=

         |&nbs= p;    |     +--ro index  &= nbsp;           &nbs= p;    uint8

         |&nbs= p;    |     +--ro explicit-route-usa= ge?   identityref

         |&nbs= p;    |     +--ro (type)?=

         |&nbs= p;    |        +--:(i= pv4-address)

         |&nbs= p;    |        |  &#= 43;--ro v4-address?         &n= bsp;   inet:ipv4-address

         |&nbs= p;    |        |  &#= 43;--ro v4-prefix-length?       uint8

         |&nbs= p;    |        |  &#= 43;--ro v4-loose?         &nbs= p;     boolean

         |&nbs= p;    |        +--:(i= pv6-address)

         |&nbs= p;    |        |  &#= 43;--ro v6-address?         &n= bsp;   inet:ipv6-address

         |&nbs= p;    |        |  &#= 43;--ro v6-prefix-length?       uint8

         |&nbs= p;    |        |  &#= 43;--ro v6-loose?         &nbs= p;     boolean

         |&nbs= p;    |        +--:(a= s-number)

         |&nbs= p;    |        |  &#= 43;--ro as-number?         &nb= sp;    uint16

         |&nbs= p;    |        +--:(u= nnumbered-link)

         |&nbs= p;    |        |  &#= 43;--ro router-id?         &nb= sp;    inet:ip-address

         |&nbs= p;    |        |  &#= 43;--ro interface-id?         =   uint32

         |&nbs= p;    |        +--:(l= abel)

         |&nbs= p;    |         = ;  +--ro value?        &nb= sp;         uint32

         |&nbs= p;    +--ro pcc-original?    -> /pcep-= state/entity/peers/peer/addr

         |&nbs= p;    +--ro req-id?      &= nbsp;   uint32

         |&nbs= p;    +--ro retrieved?     &nbs= p; boolean

         |&nbs= p;    +--ro pcc-retrieved?   -> /pcep-state= /entity/peers/peer/addr

         |&nbs= p;    +--ro creation-time?   yang:timestamp

         |&nbs= p;    +--ro discard-time?    uint32<= /o:p>

         |&nbs= p;    +--ro reuse-time?      ui= nt32

 

Perhaps we need to decide if there is a need to make t= his generic?

 

Regards,

Dhruv

 

From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com]
Sent: 04 November 2016 15:37
To: Dhruv Dhody <dhruv.dhody@huawei.com>; Leeyoung <leeyoun= g@huawei.com>; Beller, Dieter (Nokia - DE) <dieter.beller@nokia.com&g= t;
Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Sc= harf, Michael (Nokia - DE) <michael.scharf@nokia.com>; TEAS WG (teas@= ietf.org) <teas@ietf.org>; pce@ietf.org
Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00

 

What happens in case the reques= ted controller or PCE cannot or doesn’t want to send an explicit ERO = ?

In that case the path key mecha= nism is foreseen; the controller returns a path key identifier which can be= used eventually to implement the requested path.

Here something must be stored i= nside the controller in order to understand the path key and translate it t= o the relevant route as needed. I would store the path and probably would k= eep also reserved the relevant resources, until eventual operation or expiration of the path key. This cannot be avo= ided.

I am wondering whether this is = a completely diffent case or should be harmonized with the case under discu= ssion.

Regards,

Francesco

 

From: CCAMP [mailto:ccamp-b= ounces@ietf.org] On Behalf Of Dhruv Dhody
Sent: 04 November, 2016 5:36 AM
To: Leeyoung <leeyoung@hua= wei.com>; Beller, Dieter (Nokia - DE) <dieter.beller@nokia.com>
Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; TEAS WG (teas@ietf.org) <teas@ietf.org>; pce@ietf.org
Subject: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

Hi All,

 

As an implementer who would like to implement a simple= path computation request, the rpc is the way to go.

Doing this via tunnel creation would require 3 operati= ons. (1) POST to create tunnel with “compute-only”; (2) GET to = get the path; (3) DELETE tunnel.

Which is an overkill to say the least.

 

We can further debate the usefulness of Stateful compu= te-only mode separately.

 

Regards,

Dhruv

 

From: mpls [mailto:mpls-boun= ces@ietf.org] On Behalf Of Leeyoung
Sent: 04 November 2016 04:21
To: Beller, Dieter (Nokia - DE) <dieter.beller@nokia.com>
Cc: Igor Bryskin <Igor= .Bryskin@huawei.com>; mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; TEAS WG (teas@ietf.org) <teas@ietf.org>; pce@ietf.org
Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

Hi Diet= er,

&n= bsp;

Thanks = for your clear explanation on this issue. I have no problem with that. Howe= ver, my real concern of the Tunnel mode with “compute only” is = the assumption people are making. That is, The tunnel mode with “compute only” will make sense to me only when the r= equests turn into instantiation of tunnels (the paths are signaled and reso= urce allocated in the network) immediately following the request. But what = assures that this always happens? If the path computation request would not turn into instantiation right away then the = “resource allocated but not in use” would turn out to be wastef= ul.

&n= bsp;

I still= think the stateless RPC mechanism for path compute would make senses to th= e situations where the aforementioned assumption does not hold. What do you= think?  

&n= bsp;

Thanks.=

Young

&n= bsp;

&n= bsp;

&n= bsp;

From: Be= ller, Dieter (Nokia - DE) [mailt= o:dieter.beller@nokia.com]
Sent: Thursday, November 03, 2016 5:27 PM
To: Leeyoung
Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

Hi all, 
 
when we talk about the stateful path comput=
ation use case, it means IMHO that when a path has been calculated successf=
ully in response to a request, a new path object is created in the data sto=
re. This does only make sense if the resources have been allocated in the T=
ED of the PCE irrespective of the fact whether the connection along this pa=
th will be established right away or at a later point in time. This will pr=
event further path computation requests from assuming that the resources ar=
e still available. As the TED of the PCE also has to reflect the network st=
ate, I would assume that the network resources can be in one of the followi=
ng three states: available, allocatedButNotInUse,  allocatedAndInUse. =
The path objects also need state information reflecting for example the ala=
rm state of the allocated resources. The path calculated earlier may become=
 (temporarily) invalid due to a link failure affecting the path. 
 
Does this make sense? 

 


 


Thanks, 


Dieter


 


Sent from my tablet


 


Leeyoung <leeyoung@huawei.com> wrote:


 






Igor,


 <=
/span>


When yo=
u say “state”, are you referring to the YANG datastore or some =
other “interim” state of those paths that are calculated but no=
t instantiated as LSPs? If we were to update the YANG datastore
 for this, I would think that we may have some issue when the customer deci=
ded not to instantiate the TE tunnel (after the path compute request).



 <=
/span>


Thanks.=



Young


 <=
/span>


 <=
/span>






From: Ig=
or Bryskin


Sent: Thursday, November 03, 2016 3:02 PM

To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM=
P (ccamp@ietf.org);
pce@ietf.org; TEAS WG (teas@ietf.org);
mpls@ietf.org

Subject: RE: 
http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<=
/span>






 


Young,<=
/span>


 <=
/span>


From th=
e provider controller point of view COMPUTE_ONLY TE tunnels will have exact=
ly the same state as “normal” (COMPUTE_ADN_PROVISION) TE tunnel=
s.


 <=
/span>


Igor


 <=
/span>






From: Le=
eyoung


Sent: Thursday, November 03, 2016 3:42 PM

To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; =
CCAMP (ccamp@ietf.org);
pce@ietf.org; TEAS WG (teas@ietf.org);
mpls@ietf.org

Subject: RE: 
http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<=
/span>






 


Igor,


 <=
/span>


In such=
 case, would the YANG datastore be updated? I guess not. If not, then the s=
ystem/controller has to keep this interim state, would it?



 <=
/span>


Thanks.=



Young


 <=
/span>






From: Ig=
or Bryskin


Sent: Thursday, November 03, 2016 2:34 PM

To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAM=
P (ccamp@ietf.org);
pce@ietf.org; TEAS WG (teas@ietf.org);
mpls@ietf.org

Subject: RE: 
http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<=
/span>






 


Michael=
,


You are=
 exactly right. The purpose of the “compute-only” TE tunnel is =
to create/maintain the normal TE tunnel state and (re-)compute TE paths for=
 the TE tunnel connections/LSPs but not signal/provision
 the LSPs.


 <=
/span>


Igor


 <=
/span>






From: Sc=
harf, Michael (Nokia - DE) [mai=
lto:michael.scharf@nokia.com]


Sent: Thursday, November 03, 2016 3:17 PM

To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org);
pce@ietf.org; TEAS WG (teas@ietf.org);
mpls@ietf.org

Subject: RE: 
http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<=
/span>






 


IsnR=
17;t the intention of defining „compute-only tunnels“ to create=
 state in the controller, but not to signal them? If the tunnel should be s=
ignaled and resources shall be allocated, why not just configure
 a vanilla tunnel? Uses cases seem to exist for both variants, and both can=
 be encoded in YANG. Is there anything I miss here?


 <=
/span>


Michael=



 <=
/span>


 <=
/span>








From: Leeyoung=
 [mailto:leeyoung@huawei.com]


Sent: Thursday, November 03, 2016 7:49 PM

To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; =
CCAMP (ccamp@ietf.org);
pce@ietf.org; TEAS WG (teas@ietf.org);
mpls@ietf.org

Subject: RE: 
http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<=
/span>






 =



Hi Mich=
ael,


 <=
/span>


I think=
 I am with you on your point. If we use rpc, it is clear. On the other hand=
, if we were to use “stateful compute-only” it seems that the s=
ystem/controller has to keep the state of the paths
 somewhere which is not YANG datastore. My understanding is that YANG datas=
tore is updated only when the path is signaled and resource is allocated. W=
ould this give the system/controller additional burden to keep the “i=
nterim” state?



 <=
/span>


Young


 <=
/span>






From: CC=
AMP [mailto:ccamp-bounces@ietf.or=
g]
On Behalf Of Scharf, Michael (Nokia - DE)

Sent: Thursday, November 03, 2016 8:58 AM

To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org);
pce@ietf.org; TEAS WG (teas@ietf.org);
mpls@ietf.org

Subject: Re: [CCAMP] 
http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<=
/span>






 


Maybe I=
 miss something, but to me, the domain controller either computes a path st=
ateless, which can be modeled in YANG in an RPC. Or the domain controller c=
omputes a path, stores state, and provides
 access to the result in the YANG datastore. In the latter case, whether re=
sources are allocated, or whether the NEs get actually provisioned, is an o=
rthogonal question.


 <=
/span>


As a si=
de note, I am not sure of I would call a domain controller or an NMS a PCE.=
 Path computation is only a subset of the functions of a domain controller.=



 <=
/span>


Michael=



 <=
/span>


 <=
/span>


 <=
/span>








From: Da=
niele Ceccarelli [mailto=
:daniele.ceccarelli@ericsson.com]


Sent: Thursday, November 03, 2016 2:49 PM

To: Scharf, Michael (Nokia - DE); Igor Bryskin; C=
CAMP (ccamp@ietf.org);
pce@ietf.org; TEAS WG (teas@ietf.org);
mpls@ietf.org

Subject: RE: 
http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<=
/span>






 =



Can you please explain what the=
 “stateful compute-only” stands for I don’t understand wh=
at is stateful in a path computation request only.



IMHO either I ask the PCE (SDN =
controller, NMS, whatever) to compute a path and then forget about it or I =
ask to compute and provision it. I don’t understand the value of aski=
ng for it and remembering about it.


 


BR

Daniele  


 








From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]


Sent: gioved=EC 3 novembre 2016 14:45

To: Igor Bryskin <Igor=
.Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP =
(ccamp@ietf.org)
 <ccamp@ietf.org>; 
pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>;
mpls@ietf.org

Subject: RE: 
http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<=
o:p>






 =



We have=
 discussed this before. From an implementer’s perspective, the two cl=
ean solutions to the problem seem to either stateful „compute-only=
220; tunnels or a stateless RPC.


 <=
/span>


Michael=



 <=
/span>


 <=
/span>








From: mpls [mailto:mpls-bounces@ietf.org]
On Behalf Of Igor Bryskin

Sent: Thursday, November 03, 2016 2:34 PM

To: Daniele Ceccarelli; CCAMP (cca=
mp@ietf.org);
pce@ietf.org; TEAS WG (teas@ietf.org);
mpls@ietf.org

Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibe=
l-teas-yang-path-computation-00<=
/span>






 =



Hi,


 <=
/span>


From th=
e draft:


 <=
/span>


6. =
   YANG Model for requesting Path Computation


 


 


  =
; Work on extending the TE Tunnel YANG model to support the need to<=
span lang=3D"EN-US">


  =
; request path computation has recently started also in the context of


  =
; the [TE-TUNNEL]
 draft.


 


  =
; It is possible to request path computation by configuring a


  =
; "compute-only" TE tunnel and retrieving the computed path(s) in=
 the


  =
; LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL].


 


  =
; This is a stateful solution since the state of each created


  =
; "compute-only" TE tunnel needs to be maintained and updated, wh=
en


  =
; underlying network conditions change.


 


  =
; The need also for a stateless solution, based on an RPC, has been<=
span lang=3D"EN-US">


  =
; recognized.


 


 


  =
; The YANG model to support stateless RPC is for further study.


 


 


 


 


 


IB>>
Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO=
RGET mode. We also consider the concept of path computation action to be de=
fined under the TE tunnel node. All this is to facilitate stateless path co=
mputations.


 


Cheers,


Igor


 <=
/span>
--_000_23CE718903A838468A8B325B80962F9B8C9C3703blreml501mbx_-- From nobody Fri Nov 4 06:07:41 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 8BA1E12940C; Fri, 4 Nov 2016 06:07:14 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.717 X-Spam-Level: X-Spam-Status: No, score=-5.717 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 6kqWe-a0wqYI; Fri, 4 Nov 2016 06:07:10 -0700 (PDT) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 4FF811293DF; Fri, 4 Nov 2016 06:07:09 -0700 (PDT) Received: from 172.18.7.190 (EHLO lhreml708-cah.china.huawei.com) ([172.18.7.190]) by lhrrg01-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id CZR58228; Fri, 04 Nov 2016 13:07:06 +0000 (GMT) Received: from DFWEML702-CAH.china.huawei.com (10.193.5.176) by lhreml708-cah.china.huawei.com (10.201.5.202) with Microsoft SMTP Server (TLS) id 14.3.235.1; Fri, 4 Nov 2016 13:07:05 +0000 Received: from DFWEML501-MBX.china.huawei.com ([10.193.5.178]) by dfweml702-cah.china.huawei.com ([10.193.5.176]) with mapi id 14.03.0235.001; Fri, 4 Nov 2016 06:06:50 -0700 From: Igor Bryskin To: Leeyoung , "Scharf, Michael (Nokia - DE)" , Daniele Ceccarelli , "CCAMP (ccamp@ietf.org)" , "pce@ietf.org" , "TEAS WG (teas@ietf.org)" , "mpls@ietf.org" Thread-Topic: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 Thread-Index: AQHSNdbxqovpH1S/M0ui/wYWAHL6uaDHupQAgAABPgCAAAJUAIAAUW6AgAAHrQD//43VoIAAeTWA//+O+kCAAHmIAIAAnsUA Date: Fri, 4 Nov 2016 13:06:49 +0000 Message-ID: <0C72C38E7EBC34499E8A9E7DD007863908F0F1C9@dfweml501-mbx> References: <0C72C38E7EBC34499E8A9E7DD007863908F0EF32@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5BB53@FR712WXCHMBA15.zeu.alcatel-lucent.com> <655C07320163294895BBADA28372AF5D48B5BC01@FR712WXCHMBA15.zeu.alcatel-lucent.com> <7AEB3D6833318045B4AE71C2C87E8E172A8CC9D2@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5C82F@FR712WXCHMBA15.zeu.alcatel-lucent.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F10B@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA51@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F12D@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA9B@dfweml501-mbx> In-Reply-To: <7AEB3D6833318045B4AE71C2C87E8E172A8CCA9B@dfweml501-mbx> Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.212.254.206] Content-Type: multipart/alternative; boundary="_000_0C72C38E7EBC34499E8A9E7DD007863908F0F1C9dfweml501mbx_" MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A020205.581C87FB.0211, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: 751c6e382f2a2d19dfac81b40374c626 Archived-At: Subject: Re: [Teas] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 04 Nov 2016 13:07:14 -0000 --_000_0C72C38E7EBC34499E8A9E7DD007863908F0F1C9dfweml501mbx_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Hi Young, If the client does not want to keep a COMPUTE_ONLY TE tunnel state it can a= lways delete the state. Besides it will be possible to configure TE tunnel = in COMPUTE_AND_FORGET mode, in which the provider will automatically remove= the state as soon as it delivers the tunnel path computation results to th= e client. Furthermore, YANG global/action RPC makes sense when the path computation r= esults could be returned synchronously. If this is not possible or cannot b= e guaranteed for whatever reason (e.g. path computation takes some time, ne= eds to be requested from remote controller or PCE, etc.) RPC will also work= , but this will not be much different from configuring a TE tunnel in COMPU= TE_AND_FORGET mode, because the results will have to be delivered asynchron= ously using the regular client subscription (for the TE tunnel) notificati= on. Igor From: Leeyoung Sent: Thursday, November 03, 2016 4:12 PM To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Igor, When you say "state", are you referring to the YANG datastore or some other= "interim" state of those paths that are calculated but not instantiated as= LSPs? If we were to update the YANG datastore for this, I would think that= we may have some issue when the customer decided not to instantiate the TE= tunnel (after the path compute request). Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 3:02 PM To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Young, >From the provider controller point of view COMPUTE_ONLY TE tunnels will hav= e exactly the same state as "normal" (COMPUTE_ADN_PROVISION) TE tunnels. Igor From: Leeyoung Sent: Thursday, November 03, 2016 3:42 PM To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Igor, In such case, would the YANG datastore be updated? I guess not. If not, the= n the system/controller has to keep this interim state, would it? Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Michael, You are exactly right. The purpose of the "compute-only" TE tunnel is to cr= eate/maintain the normal TE tunnel state and (re-)compute TE paths for the = TE tunnel connections/LSPs but not signal/provision the LSPs. Igor From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: Thursday, November 03, 2016 3:17 PM To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Isn't the intention of defining "compute-only tunnels" to create state in t= he controller, but not to signal them? If the tunnel should be signaled and= resources shall be allocated, why not just configure a vanilla tunnel? Use= s cases seem to exist for both variants, and both can be encoded in YANG. I= s there anything I miss here? Michael From: Leeyoung [mailto:leeyoung@huawei.com] Sent: Thursday, November 03, 2016 7:49 PM To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Hi Michael, I think I am with you on your point. If we use rpc, it is clear. On the oth= er hand, if we were to use "stateful compute-only" it seems that the system= /controller has to keep the state of the paths somewhere which is not YANG = datastore. My understanding is that YANG datastore is updated only when the= path is signaled and resource is allocated. Would this give the system/con= troller additional burden to keep the "interim" state? Young From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (N= okia - DE) Sent: Thursday, November 03, 2016 8:58 AM To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Maybe I miss something, but to me, the domain controller either computes a = path stateless, which can be modeled in YANG in an RPC. Or the domain contr= oller computes a path, stores state, and provides access to the result in t= he YANG datastore. In the latter case, whether resources are allocated, or = whether the NEs get actually provisioned, is an orthogonal question. As a side note, I am not sure of I would call a domain controller or an NMS= a PCE. Path computation is only a subset of the functions of a domain cont= roller. Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_0C72C38E7EBC34499E8A9E7DD007863908F0F1C9dfweml501mbx_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

Hi Young,

 

If the client does not= want to keep a COMPUTE_ONLY TE tunnel state it can always delete the state= . Besides it will be possible to configure TE tunnel in COMPUTE_AND_FORGET = mode, in which the provider will automatically remove the state as soon as it delivers the tunnel path computation result= s to the client.

Furthermore, YANG glob= al/action RPC makes sense when the path computation results could be return= ed synchronously. If this is not possible or cannot be guaranteed for w= hatever reason (e.g. path computation takes some time, needs to be requeste= d from remote controller or PCE, etc.) RPC will also work, but this will no= t be much different from configuring a TE tunnel in COMPUTE_AND_FORGET mode, because the results will have to b= e delivered asynchronously using the regular client subscription (for the T= E tunnel)  notification.

 

 

Igor=

 

 

From: Leeyoung
Sent: Thursday, November 03, 2016 4:12 PM
To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.or= g
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00

 

Igor,

 

When you say “st= ate”, are you referring to the YANG datastore or some other “in= terim” state of those paths that are calculated but not instantiated = as LSPs? If we were to update the YANG datastore for this, I would think that we may have some issue when the customer decided not to i= nstantiate the TE tunnel (after the path compute request).

 

Thanks.

Young

 

 

From: Igor Bry= skin
Sent: Thursday, November 03, 2016 3:02 PM
To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00

 

Young,

 

From the provider cont= roller point of view COMPUTE_ONLY TE tunnels will have exactly the same sta= te as “normal” (COMPUTE_ADN_PROVISION) TE tunnels.

 

Igor=

 

From: Leeyoung
Sent: Thursday, November 03, 2016 3:42 PM
To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

Igor,

 

In such case, would th= e YANG datastore be updated? I guess not. If not, then the system/controlle= r has to keep this interim state, would it?

 

Thanks.

Young

 

From: Igor Bry= skin
Sent: Thursday, November 03, 2016 2:34 PM
To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

Michael,

You are exactly right.= The purpose of the “compute-only” TE tunnel is to create/maint= ain the normal TE tunnel state and (re-)compute TE paths for the TE tunnel = connections/LSPs but not signal/provision the LSPs.

 

Igor=

 

From: Scharf, = Michael (Nokia - DE) [mailto:mi= chael.scharf@nokia.com]
Sent: Thursday, November 03, 2016 3:17 PM
To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

Isn’t the intent= ion of defining „compute-only tunnels“ to create state in the c= ontroller, but not to signal them? If the tunnel should be signaled and res= ources shall be allocated, why not just configure a vanilla tunnel? Uses cases seem to exist for both variants, and both can be encode= d in YANG. Is there anything I miss here?

 

Michael

 

 

From: Leeyoung [mailto:lee= young@huawei.com]
Sent: Thursday, November 03, 2016 7:49 PM
To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

Hi Michael,=

 

I think I am with you = on your point. If we use rpc, it is clear. On the other hand, if we were to= use “stateful compute-only” it seems that the system/controlle= r has to keep the state of the paths somewhere which is not YANG datastore. My understanding is that YANG datastore is updated = only when the path is signaled and resource is allocated. Would this give t= he system/controller additional burden to keep the “interim” st= ate?

 

Young

 

From: CCAMP [<= a href=3D"mailto:ccamp-bounces@ietf.org">mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
Sent: Thursday, November 03, 2016 8:58 AM
To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

Maybe I miss something= , but to me, the domain controller either computes a path stateless, which = can be modeled in YANG in an RPC. Or the domain controller computes a path,= stores state, and provides access to the result in the YANG datastore. In the latter case, whether resources ar= e allocated, or whether the NEs get actually provisioned, is an orthogonal = question.

 

As a side note, I am n= ot sure of I would call a domain controller or an NMS a PCE. Path computati= on is only a subset of the functions of a domain controller.

 

Michael

 

 

 

From: Daniele = Ceccarelli [mailto:danie= le.ceccarelli@ericsson.com]
Sent: Thursday, November 03, 2016 2:49 PM
To: Scharf, Michael (Nokia - DE); Igo= r Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

Can you please explain what the “stateful comp= ute-only” stands for I don’t understand what is stateful in a p= ath computation request only.

IMHO either I ask the PCE (SDN controller, NMS, what= ever) to compute a path and then forget about it or I ask to compute and pr= ovision it. I don’t understand the value of asking for it and remembe= ring about it.

 

BR
Daniele 

 

From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
Sent: gioved=EC 3 novembre 2016 14:45
To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= span lang=3D"IT">

 

We have discussed this= before. From an implementer’s perspective, the two clean solutions t= o the problem seem to either stateful „compute-only“ tunnels or= a stateless RPC.

 

Michael

 

 

From: mpls [mailto:mpls-= bounces@ietf.org] On Behalf Of Igor Bryskin
Sent: Thursday, November 03, 2016 2:34 PM
To: Daniele Ceccarelli; CCAMP (cca= mp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibe= l-teas-yang-path-computation-00

 

Hi,

 

From the draft:=

 

6.    YANG Model for requesting Path Computation

 

 

  = ; Work on extending the TE Tunnel YANG model to support the need to<= span lang=3D"IT">

  = ; request path computation has recently started also in the context of

  = ; the [TE-TUNNEL] draft.

 

  = ; It is possible to request path computation by configuring a

  = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

  = ; LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL].=

 

  = ; This is a stateful solution since the state of each created

  = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

  = ; underlying network conditions change.=

 

  = ; The need also for a stateless solution, based on an RPC, has been<= span lang=3D"IT">

  = ; recognized.

 

 

  = ; The YANG model to support stateless RPC is for further study.

 

 

 

 

 

IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

 

Cheers,

Igor

 

 

 

--_000_0C72C38E7EBC34499E8A9E7DD007863908F0F1C9dfweml501mbx_-- From nobody Fri Nov 4 06:26:26 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id BAFBF129470; Fri, 4 Nov 2016 06:25:54 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.717 X-Spam-Level: X-Spam-Status: No, score=-5.717 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id sOpHIkngV-Bm; Fri, 4 Nov 2016 06:25:49 -0700 (PDT) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 0A7EF1294F2; Fri, 4 Nov 2016 06:25:47 -0700 (PDT) Received: from 172.18.7.190 (EHLO lhreml702-cah.china.huawei.com) ([172.18.7.190]) by lhrrg02-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id CUM96569; Fri, 04 Nov 2016 13:25:45 +0000 (GMT) Received: from DFWEML702-CAH.china.huawei.com (10.193.5.176) by lhreml702-cah.china.huawei.com (10.201.5.99) with Microsoft SMTP Server (TLS) id 14.3.235.1; Fri, 4 Nov 2016 13:25:43 +0000 Received: from DFWEML501-MBX.china.huawei.com ([10.193.5.178]) by dfweml702-cah.china.huawei.com ([10.193.5.176]) with mapi id 14.03.0235.001; Fri, 4 Nov 2016 06:25:30 -0700 From: Igor Bryskin To: "Beller, Dieter (Nokia - DE)" , Leeyoung Thread-Topic: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 Thread-Index: AQHSNdbxqovpH1S/M0ui/wYWAHL6uaDHupQAgAABPgCAAAJUAIAAUW6AgAAHrQD//43VoIAAeTWA//+O+kCAAHmIAIAAJcgAgACAujA= Date: Fri, 4 Nov 2016 13:25:30 +0000 Message-ID: <0C72C38E7EBC34499E8A9E7DD007863908F0F1E1@dfweml501-mbx> References: <0C72C38E7EBC34499E8A9E7DD007863908F0EF32@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5BB53@FR712WXCHMBA15.zeu.alcatel-lucent.com> <655C07320163294895BBADA28372AF5D48B5BC01@FR712WXCHMBA15.zeu.alcatel-lucent.com> <7AEB3D6833318045B4AE71C2C87E8E172A8CC9D2@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5C82F@FR712WXCHMBA15.zeu.alcatel-lucent.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F10B@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA51@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F12D@dfweml501-mbx>, <7AEB3D6833318045B4AE71C2C87E8E172A8CCA9B@dfweml501-mbx> In-Reply-To: Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.212.254.206] Content-Type: multipart/alternative; boundary="_000_0C72C38E7EBC34499E8A9E7DD007863908F0F1E1dfweml501mbx_" MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A020202.581C8C59.02FA, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: 722aff6d616c510e0ca958addbcaa3a0 Archived-At: Cc: "mpls@ietf.org" , "CCAMP \(ccamp@ietf.org\)" , "Scharf, Michael \(Nokia - DE\)" , "TEAS WG \(teas@ietf.org\)" , "pce@ietf.org" , Daniele Ceccarelli Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 04 Nov 2016 13:25:55 -0000 --_000_0C72C38E7EBC34499E8A9E7DD007863908F0F1E1dfweml501mbx_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Hi Dieter, A provider may compute path(s) for a TE tunnel, and then (without any resou= rce allocation) may start monitoring/ensuring the path validity/optimality = by re-computing them in an event driven manner. For example, it can trigger= the re-computation of the path(s) when detecting a change in a state of a = TE link the current path(s) are going through. Depending on the results ad= ditional notifications may be sent to the client. Note that this is in addition to the reasons you correctly identified for i= mplementing stateful path computation (such as compute_and_reserve). Cheers, Igor From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com] Sent: Thursday, November 03, 2016 6:27 PM To: Leeyoung Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi all, when we talk about the stateful path computation use case, it means IMHO th= at when a path has been calculated successfully in response to a request, a= new path object is created in the data store. This does only make sense if= the resources have been allocated in the TED of the PCE irrespective of th= e fact whether the connection along this path will be established right awa= y or at a later point in time. This will prevent further path computation r= equests from assuming that the resources are still available. As the TED of= the PCE also has to reflect the network state, I would assume that the net= work resources can be in one of the following three states: available, allo= catedButNotInUse, allocatedAndInUse. The path objects also need state info= rmation reflecting for example the alarm state of the allocated resources. = The path calculated earlier may become (temporarily) invalid due to a link = failure affecting the path. Does this make sense? Thanks, Dieter Sent from my tablet Leeyoung wrote: Igor, When you say "state", are you referring to the YANG datastore or some other= "interim" state of those paths that are calculated but not instantiated as= LSPs? If we were to update the YANG datastore for this, I would think that= we may have some issue when the customer decided not to instantiate the TE= tunnel (after the path compute request). Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 3:02 PM To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Young, >From the provider controller point of view COMPUTE_ONLY TE tunnels will hav= e exactly the same state as "normal" (COMPUTE_ADN_PROVISION) TE tunnels. Igor From: Leeyoung Sent: Thursday, November 03, 2016 3:42 PM To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Igor, In such case, would the YANG datastore be updated? I guess not. If not, the= n the system/controller has to keep this interim state, would it? Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Michael, You are exactly right. The purpose of the "compute-only" TE tunnel is to cr= eate/maintain the normal TE tunnel state and (re-)compute TE paths for the = TE tunnel connections/LSPs but not signal/provision the LSPs. Igor From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: Thursday, November 03, 2016 3:17 PM To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Isn't the intention of defining "compute-only tunnels" to create state in t= he controller, but not to signal them? If the tunnel should be signaled and= resources shall be allocated, why not just configure a vanilla tunnel? Use= s cases seem to exist for both variants, and both can be encoded in YANG. I= s there anything I miss here? Michael From: Leeyoung [mailto:leeyoung@huawei.com] Sent: Thursday, November 03, 2016 7:49 PM To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Hi Michael, I think I am with you on your point. If we use rpc, it is clear. On the oth= er hand, if we were to use "stateful compute-only" it seems that the system= /controller has to keep the state of the paths somewhere which is not YANG = datastore. My understanding is that YANG datastore is updated only when the= path is signaled and resource is allocated. Would this give the system/con= troller additional burden to keep the "interim" state? Young From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (N= okia - DE) Sent: Thursday, November 03, 2016 8:58 AM To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Maybe I miss something, but to me, the domain controller either computes a = path stateless, which can be modeled in YANG in an RPC. Or the domain contr= oller computes a path, stores state, and provides access to the result in t= he YANG datastore. In the latter case, whether resources are allocated, or = whether the NEs get actually provisioned, is an orthogonal question. As a side note, I am not sure of I would call a domain controller or an NMS= a PCE. Path computation is only a subset of the functions of a domain cont= roller. Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_0C72C38E7EBC34499E8A9E7DD007863908F0F1E1dfweml501mbx_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

Hi Dieter,<= /span>

 

A provider may compute= path(s) for a TE tunnel, and then (without any resource allocation) may st= art monitoring/ensuring the path validity/optimality by re-computing them i= n an event driven manner. For example, it can trigger the re-computation of the path(s) when detecting a change i= n a state of a TE link the current path(s) are going through.  Dependi= ng on the results additional notifications may be sent to the client.<= /o:p>

 

Note that this is in a= ddition to the reasons you correctly identified for implementing stateful p= ath computation (such as compute_and_reserve).

 

Cheers,

Igor=

 

 

From: Beller, = Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com]
Sent: Thursday, November 03, 2016 6:27 PM
To: Leeyoung
Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.or= g
Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00

 

Hi all, 
 
when we talk about the stateful path computati=
on use case, it means IMHO that when a path has been calculated successfull=
y in response to a request, a new path object is created in the data store.=
 This does only make sense if the resources have been allocated in the TED =
of the PCE irrespective of the fact whether the connection along this path =
will be established right away or at a later point in time. This will preve=
nt further path computation requests from assuming that the resources are s=
till available. As the TED of the PCE also has to reflect the network state=
, I would assume that the network resources can be in one of the following =
three states: available, allocatedButNotInUse,  allocatedAndInUse. The=
 path objects also need state information reflecting for example the alarm =
state of the allocated resources. The path calculated earlier may become (t=
emporarily) invalid due to a link failure affecting the path. 
 
Does this make sense? 
 
 
Thanks, 
Dieter
 
Sent from my tablet
 
Leeyoung <leeyoung@huawei.com> wrote:
 

Igor,

 

When you say “st= ate”, are you referring to the YANG datastore or some other “in= terim” state of those paths that are calculated but not instantiated = as LSPs? If we were to update the YANG datastore for this, I would think that we may have some issue when the customer decided not to i= nstantiate the TE tunnel (after the path compute request).

 

Thanks.

Young

 

 

From: Igor Bry= skin
Sent: Thursday, November 03, 2016 3:02 PM
To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00

 

Young,

 

From the provider cont= roller point of view COMPUTE_ONLY TE tunnels will have exactly the same sta= te as “normal” (COMPUTE_ADN_PROVISION) TE tunnels.<= /o:p>

 

Igor=

 

From: Leeyoung
Sent: Thursday, November 03, 2016 3:42 PM
To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

 

Igor,

 

In such case, would th= e YANG datastore be updated? I guess not. If not, then the system/controlle= r has to keep this interim state, would it?

 

Thanks.

Young

 

From: Igor Bry= skin
Sent: Thursday, November 03, 2016 2:34 PM
To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

 

Michael,

You are exactly right.= The purpose of the “compute-only” TE tunnel is to create/maint= ain the normal TE tunnel state and (re-)compute TE paths for the TE tunnel = connections/LSPs but not signal/provision the LSPs.

 

Igor=

 

From: Scharf, = Michael (Nokia - DE) [mailto:mi= chael.scharf@nokia.com]
Sent: Thursday, November 03, 2016 3:17 PM
To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

 

Isn’t the intent= ion of defining „compute-only tunnels“ to create state in the c= ontroller, but not to signal them? If the tunnel should be signaled and res= ources shall be allocated, why not just configure a vanilla tunnel? Uses cases seem to exist for both variants, and both can be encode= d in YANG. Is there anything I miss here?

 

Michael

 

 

From: Leeyoung [mailto:lee= young@huawei.com]
Sent: Thursday, November 03, 2016 7:49 PM
To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

 

Hi Michael,

 

I think I am with you = on your point. If we use rpc, it is clear. On the other hand, if we were to= use “stateful compute-only” it seems that the system/controlle= r has to keep the state of the paths somewhere which is not YANG datastore. My understanding is that YANG datastore is updated = only when the path is signaled and resource is allocated. Would this give t= he system/controller additional burden to keep the “interim” st= ate?

 

Young

 

From: CCAMP [<= a href=3D"mailto:ccamp-bounces@ietf.org">mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
Sent: Thursday, November 03, 2016 8:58 AM
To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

 

Maybe I miss something= , but to me, the domain controller either computes a path stateless, which = can be modeled in YANG in an RPC. Or the domain controller computes a path,= stores state, and provides access to the result in the YANG datastore. In the latter case, whether resources ar= e allocated, or whether the NEs get actually provisioned, is an orthogonal = question.

 

As a side note, I am n= ot sure of I would call a domain controller or an NMS a PCE. Path computati= on is only a subset of the functions of a domain controller.

 

Michael

 

 

 

From: Daniele = Ceccarelli [mailto:danie= le.ceccarelli@ericsson.com]
Sent: Thursday, November 03, 2016 2:49 PM
To: Scharf, Michael (Nokia - DE); Igo= r Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

 

Can you please explain what the “stateful comp= ute-only” stands for I don’t understand what is stateful in a p= ath computation request only.

IMHO either I ask the PCE (SDN controller, NMS, what= ever) to compute a path and then forget about it or I ask to compute and pr= ovision it. I don’t understand the value of asking for it and remembe= ring about it.

 

BR
Daniele 

 

From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
Sent: gioved=EC 3 novembre 2016 14:45
To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

We have discussed this= before. From an implementer’s perspective, the two clean solutions t= o the problem seem to either stateful „compute-only“ tunnels or= a stateless RPC.

 

Michael

 

 

From: mpls [mailto:mpls-= bounces@ietf.org] On Behalf Of Igor Bryskin
Sent: Thursday, November 03, 2016 2:34 PM
To: Daniele Ceccarelli; CCAMP (cca= mp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibe= l-teas-yang-path-computation-00

 

Hi,<= /p>

 

From the draft:=

 

6. =    YANG Model for requesting Path Computation

 

 

  = ; Work on extending the TE Tunnel YANG model to support the need to<= o:p>

  = ; request path computation has recently started also in the context of

  = ; the [TE-TUNNEL] draft.

 

  = ; It is possible to request path computation by configuring a

  = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

  = ; LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL].

 

  = ; This is a stateful solution since the state of each created

  = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

  = ; underlying network conditions change.

 

  = ; The need also for a stateless solution, based on an RPC, has been<= o:p>

  = ; recognized.

 

 

  = ; The YANG model to support stateless RPC is for further study.=

 

 

 

 

 

IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

 

Cheers,

Igor

 

 

 

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Nov 2016 18:48:33 +0100 To: Igor Bryskin References: <0C72C38E7EBC34499E8A9E7DD007863908F0EF32@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5BB53@FR712WXCHMBA15.zeu.alcatel-lucent.com> <655C07320163294895BBADA28372AF5D48B5BC01@FR712WXCHMBA15.zeu.alcatel-lucent.com> <7AEB3D6833318045B4AE71C2C87E8E172A8CC9D2@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5C82F@FR712WXCHMBA15.zeu.alcatel-lucent.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F10B@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA51@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F12D@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA9B@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F1E1@dfweml501-mbx> From: Dieter Beller Organization: Nokia Message-ID: <9762bdb8-e73c-7653-3243-f7add7a9ce7c@nokia.com> Date: Fri, 4 Nov 2016 18:48:31 +0100 User-Agent: Mozilla/5.0 (Windows NT 6.1; WOW64; rv:45.0) Gecko/20100101 Thunderbird/45.4.0 MIME-Version: 1.0 In-Reply-To: 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L2Rpdj4NCiAgICAgIDwvZGl2Pg0KICAgIDwvYmxvY2txdW90ZT4NCiAgICA8YnI+DQogIDwv Ym9keT4NCjwvaHRtbD4NCg== From nobody Fri Nov 4 11:12:30 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 0F3981295FB; Fri, 4 Nov 2016 11:12:19 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.707 X-Spam-Level: X-Spam-Status: No, score=-5.707 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001, T_KAM_HTML_FONT_INVALID=0.01] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id Z1p3l84WWSvF; Fri, 4 Nov 2016 11:12:15 -0700 (PDT) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id F2332129446; Fri, 4 Nov 2016 11:12:13 -0700 (PDT) Received: from 172.18.7.190 (EHLO lhreml703-cah.china.huawei.com) ([172.18.7.190]) by lhrrg02-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id CUN29582; Fri, 04 Nov 2016 18:12:11 +0000 (GMT) Received: from DFWEML701-CAH.china.huawei.com (10.193.5.175) by lhreml703-cah.china.huawei.com (10.201.5.104) with Microsoft SMTP Server (TLS) id 14.3.235.1; Fri, 4 Nov 2016 18:12:10 +0000 Received: from DFWEML501-MBX.china.huawei.com ([10.193.5.178]) by dfweml701-cah.china.huawei.com ([10.193.5.175]) with mapi id 14.03.0235.001; Fri, 4 Nov 2016 11:12:00 -0700 From: Igor Bryskin To: Dieter Beller Thread-Topic: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 Thread-Index: AQHSNdbxqovpH1S/M0ui/wYWAHL6uaDHupQAgAABPgCAAAJUAIAAUW6AgAAHrQD//43VoIAAeTWA//+O+kCAAHmIAIAAJcgAgACAujCAAMOrgP//jARQ Date: Fri, 4 Nov 2016 18:11:59 +0000 Message-ID: <0C72C38E7EBC34499E8A9E7DD007863908F0F242@dfweml501-mbx> References: <0C72C38E7EBC34499E8A9E7DD007863908F0EF32@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5BB53@FR712WXCHMBA15.zeu.alcatel-lucent.com> <655C07320163294895BBADA28372AF5D48B5BC01@FR712WXCHMBA15.zeu.alcatel-lucent.com> <7AEB3D6833318045B4AE71C2C87E8E172A8CC9D2@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5C82F@FR712WXCHMBA15.zeu.alcatel-lucent.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F10B@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA51@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F12D@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA9B@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F1E1@dfweml501-mbx> <9762bdb8-e73c-7653-3243-f7add7a9ce7c@nokia.com> In-Reply-To: <9762bdb8-e73c-7653-3243-f7add7a9ce7c@nokia.com> Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.212.254.206] Content-Type: multipart/alternative; boundary="_000_0C72C38E7EBC34499E8A9E7DD007863908F0F242dfweml501mbx_" MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A020203.581CCF7C.0062, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: 722aff6d616c510e0ca958addbcaa3a0 Archived-At: Cc: "mpls@ietf.org" , "CCAMP \(ccamp@ietf.org\)" , "Scharf, Michael \(Nokia - DE\)" , "TEAS WG \(teas@ietf.org\)" , Leeyoung , "pce@ietf.org" , Daniele Ceccarelli Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 04 Nov 2016 18:12:19 -0000 --_000_0C72C38E7EBC34499E8A9E7DD007863908F0F242dfweml501mbx_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Dieter, A client may ask for a path not to be used immediately (e.g. to present as = an abstract TE link to its own client, in some failure restoration scheme o= r as a part of disaster recovery network topology re-configuration) without= committing any network resources. In this case the client would want to kn= ow at least if/when the path has stopped being feasible any longer or (ide= ally) a better path is available. This is similar to exposing to a client an abstract TE topology with an unc= ommitted abstract TE link (i.e. TE link that does not have a committed TE t= unnel supporting it and advertises potentiality). Once such link is provide= d, the provider is expected to send updates when/if the TE link attributes = change. For uncommitted/potential TE link such updates could be provided ba= sed on event driven re-computation of the potentiality the TE link represen= ts. The point is that an uncommitted abstract TE link and COMPUTE_ONLY TE tunne= l can represent (each in its own way) the same network potentiality Cheers, Igor From: Dieter Beller [mailto:Dieter.Beller@nokia.com] Sent: Friday, November 04, 2016 1:49 PM To: Igor Bryskin Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Igor, could you please clarify how useful a stateful path without resource alloca= tion is. I can't see the benefits of this use case. Thanks, Dieter On 04.11.2016 14:25, Igor Bryskin wrote: Hi Dieter, A provider may compute path(s) for a TE tunnel, and then (without any resou= rce allocation) may start monitoring/ensuring the path validity/optimality = by re-computing them in an event driven manner. For example, it can trigger= the re-computation of the path(s) when detecting a change in a state of a = TE link the current path(s) are going through. Depending on the results ad= ditional notifications may be sent to the client. Note that this is in addition to the reasons you correctly identified for i= mplementing stateful path computation (such as compute_and_reserve). Cheers, Igor From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com] Sent: Thursday, November 03, 2016 6:27 PM To: Leeyoung Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi all, when we talk about the stateful path computation use case, it means IMHO th= at when a path has been calculated successfully in response to a request, a= new path object is created in the data store. This does only make sense if= the resources have been allocated in the TED of the PCE irrespective of th= e fact whether the connection along this path will be established right awa= y or at a later point in time. This will prevent further path computation r= equests from assuming that the resources are still available. As the TED of= the PCE also has to reflect the network state, I would assume that the net= work resources can be in one of the following three states: available, allo= catedButNotInUse, allocatedAndInUse. The path objects also need state info= rmation reflecting for example the alarm state of the allocated resources. = The path calculated earlier may become (temporarily) invalid due to a link = failure affecting the path. Does this make sense? Thanks, Dieter Sent from my tablet Leeyoung wrote: Igor, When you say "state", are you referring to the YANG datastore or some other= "interim" state of those paths that are calculated but not instantiated as= LSPs? If we were to update the YANG datastore for this, I would think that= we may have some issue when the customer decided not to instantiate the TE= tunnel (after the path compute request). Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 3:02 PM To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Young, >From the provider controller point of view COMPUTE_ONLY TE tunnels will hav= e exactly the same state as "normal" (COMPUTE_ADN_PROVISION) TE tunnels. Igor From: Leeyoung Sent: Thursday, November 03, 2016 3:42 PM To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Igor, In such case, would the YANG datastore be updated? I guess not. If not, the= n the system/controller has to keep this interim state, would it? Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Michael, You are exactly right. The purpose of the "compute-only" TE tunnel is to cr= eate/maintain the normal TE tunnel state and (re-)compute TE paths for the = TE tunnel connections/LSPs but not signal/provision the LSPs. Igor From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: Thursday, November 03, 2016 3:17 PM To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Isn't the intention of defining "compute-only tunnels" to create state in t= he controller, but not to signal them? If the tunnel should be signaled and= resources shall be allocated, why not just configure a vanilla tunnel? Use= s cases seem to exist for both variants, and both can be encoded in YANG. I= s there anything I miss here? Michael From: Leeyoung [mailto:leeyoung@huawei.com] Sent: Thursday, November 03, 2016 7:49 PM To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Hi Michael, I think I am with you on your point. If we use rpc, it is clear. On the oth= er hand, if we were to use "stateful compute-only" it seems that the system= /controller has to keep the state of the paths somewhere which is not YANG = datastore. My understanding is that YANG datastore is updated only when the= path is signaled and resource is allocated. Would this give the system/con= troller additional burden to keep the "interim" state? Young From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (N= okia - DE) Sent: Thursday, November 03, 2016 8:58 AM To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Maybe I miss something, but to me, the domain controller either computes a = path stateless, which can be modeled in YANG in an RPC. Or the domain contr= oller computes a path, stores state, and provides access to the result in t= he YANG datastore. In the latter case, whether resources are allocated, or = whether the NEs get actually provisioned, is an orthogonal question. As a side note, I am not sure of I would call a domain controller or an NMS= a PCE. Path computation is only a subset of the functions of a domain cont= roller. Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_0C72C38E7EBC34499E8A9E7DD007863908F0F242dfweml501mbx_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

Dieter,

 

A client may ask for a= path not to be used immediately (e.g. to present as an abstract TE link to= its own client, in some failure restoration scheme or as a part of disaste= r recovery network topology re-configuration) without committing any network resources. In this case the client would wa= nt to know at least  if/when the path has stopped being feasible any l= onger or (ideally) a better path is available.

 

This is similar to exp= osing to a client an abstract TE topology with an uncommitted abstract TE l= ink (i.e. TE link that does not have a committed TE tunnel supporting it an= d advertises potentiality). Once such link is provided, the provider is expected to send updates when/if the TE = link attributes change. For uncommitted/potential TE link such updates coul= d be provided based on event driven re-computation of the potentiality the = TE link represents.

The point is that an u= ncommitted abstract TE link and COMPUTE_ONLY TE tunnel can represent (each = in its own way) the same network potentiality

 

Cheers,

Igor=

 

 

 

From: Dieter Beller [mailto:Dieter.Beller@nokia.com]
Sent: Friday, November 04, 2016 1:49 PM
To: Igor Bryskin
Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00

 

Hi Igor,

could you please clarify how useful a stateful path without resource all= ocation is. I can't see the benefits of this use case.


Thanks,
Dieter

On 04.11.2016 14:25, Igor Bryskin wrote:<= /p>

Hi Dieter,=

 

A provider may compute= path(s) for a TE tunnel, and then (without any resource allocation) may st= art monitoring/ensuring the path validity/optimality by re-computing them i= n an event driven manner. For example, it can trigger the re-computation of the path(s) when detecting a change i= n a state of a TE link the current path(s) are going through.  Dependi= ng on the results additional notifications may be sent to the client.

 

Note that this is in a= ddition to the reasons you correctly identified for implementing stateful p= ath computation (such as compute_and_reserve).

 

Cheers,

Igor=

 

 

From: Beller, = Dieter (Nokia - DE) [mailto:diet= er.beller@nokia.com]
Sent: Thursday, November 03, 2016 6:27 PM
To: Leeyoung
Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

 

Hi all, 
 
when we talk about the stateful path computation use case,=
 it means IMHO that when a path has been calculated successfully in respons=
e to a request, a new path object is created in the data store. This does o=
nly make sense if the resources have been allocated in the TED of the PCE i=
rrespective of the fact whether the connection along this path will be esta=
blished right away or at a later point in time. This will prevent further p=
ath computation requests from assuming that the resources are still availab=
le. As the TED of the PCE also has to reflect the network state, I would as=
sume that the network resources can be in one of the following three states=
: available, allocatedButNotInUse,  allocatedAndInUse. The path object=
s also need state information reflecting for example the alarm state of the=
 allocated resources. The path calculated earlier may become (temporarily) =
invalid due to a link failure affecting the path. 
 
Does this make sense? 
 
 
Thanks, 
Dieter
 
Sent from my tablet
 
Leeyoung <leeyou=
ng@huawei.com> wrote:
 

Igor,

 

When you say “st= ate”, are you referring to the YANG datastore or some other “in= terim” state of those paths that are calculated but not instantiated = as LSPs? If we were to update the YANG datastore for this, I would think that we may have some issue when the customer decided not to i= nstantiate the TE tunnel (after the path compute request).

 

Thanks.

Young

 

 

From: Igor Bry= skin
Sent: Thursday, November 03, 2016 3:02 PM
To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

 

Young,

 

From the provider cont= roller point of view COMPUTE_ONLY TE tunnels will have exactly the same sta= te as “normal” (COMPUTE_ADN_PROVISION) TE tunnels.<= /o:p>

 

Igor=

 

From: Leeyoung
Sent: Thursday, November 03, 2016 3:42 PM
To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

 

Igor,

 

In such case, would th= e YANG datastore be updated? I guess not. If not, then the system/controlle= r has to keep this interim state, would it?

 

Thanks.

Young

 

From: Igor Bry= skin
Sent: Thursday, November 03, 2016 2:34 PM
To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

 

Michael,

You are exactly right.= The purpose of the “compute-only” TE tunnel is to create/maint= ain the normal TE tunnel state and (re-)compute TE paths for the TE tunnel = connections/LSPs but not signal/provision the LSPs.

 

Igor=

 

From: Scharf, = Michael (Nokia - DE) [mailto:mi= chael.scharf@nokia.com]
Sent: Thursday, November 03, 2016 3:17 PM
To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

 

Isn’t the intent= ion of defining „compute-only tunnels“ to create state in the c= ontroller, but not to signal them? If the tunnel should be signaled and res= ources shall be allocated, why not just configure a vanilla tunnel? Uses cases seem to exist for both variants, and both can be encode= d in YANG. Is there anything I miss here?

 

Michael

 

 

From: Leeyoung [mailto:lee= young@huawei.com]
Sent: Thursday, November 03, 2016 7:49 PM
To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

 

Hi Michael,

 

I think I am with you = on your point. If we use rpc, it is clear. On the other hand, if we were to= use “stateful compute-only” it seems that the system/controlle= r has to keep the state of the paths somewhere which is not YANG datastore. My understanding is that YANG datastore is updated = only when the path is signaled and resource is allocated. Would this give t= he system/controller additional burden to keep the “interim” st= ate?

 

Young

 

From: CCAMP [<= a href=3D"mailto:ccamp-bounces@ietf.org">mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
Sent: Thursday, November 03, 2016 8:58 AM
To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

 

Maybe I miss something= , but to me, the domain controller either computes a path stateless, which = can be modeled in YANG in an RPC. Or the domain controller computes a path,= stores state, and provides access to the result in the YANG datastore. In the latter case, whether resources ar= e allocated, or whether the NEs get actually provisioned, is an orthogonal = question.

 

As a side note, I am n= ot sure of I would call a domain controller or an NMS a PCE. Path computati= on is only a subset of the functions of a domain controller.

 

Michael

 

 

 

From: Daniele = Ceccarelli [mailto:danie= le.ceccarelli@ericsson.com]
Sent: Thursday, November 03, 2016 2:49 PM
To: Scharf, Michael (Nokia - DE); Igo= r Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

 

Can you please explain what the “stateful comp= ute-only” stands for I don’t understand what is stateful in a p= ath computation request only.

IMHO either I ask the PCE (SDN controller, NMS, what= ever) to compute a path and then forget about it or I ask to compute and pr= ovision it. I don’t understand the value of asking for it and remembe= ring about it.

 

BR
Daniele 

 

From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
Sent: gioved=EC 3 novembre 2016 14:45
To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

We have discussed this= before. From an implementer’s perspective, the two clean solutions t= o the problem seem to either stateful „compute-only“ tunnels or= a stateless RPC.

 

Michael

 

 

From: mpls [mailto:mpls-= bounces@ietf.org] On Behalf Of Igor Bryskin
Sent: Thursday, November 03, 2016 2:34 PM
To: Daniele Ceccarelli; CCAMP (cca= mp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibe= l-teas-yang-path-computation-00

 

Hi,<= /p>

 

From the draft:=

 

6.    YANG Model for requesting Path Computation

 

 

   Work on extending the TE Tunnel YANG model to support t= he need to

   request path computation has recently started also in t= he context of

   the [TE-TUNN= EL] draft.

 

   It is possible to request path computation by configuri= ng a

   "compute-only" TE tunnel and retrieving the c= omputed path(s) in the

   LSP(s) Record-Route Object (RRO) list as described in [= TE-TUNN= EL].

 

   This is a stateful solution since the state of each cre= ated

   "compute-only" TE tunnel needs to be maintain= ed and updated, when

   underlying network conditions change.=

 

   The need also for a stateless solution, based on an RPC= , has been

   recognized.

 

 

   The YANG model to support stateless RPC is for further = study.

 

 

 

 

 

IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

 

Cheers,

Igor

 

 

 

 

--_000_0C72C38E7EBC34499E8A9E7DD007863908F0F242dfweml501mbx_-- From nobody Sat Nov 5 05:34:20 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 9CEB0129891; Sat, 5 Nov 2016 05:34:18 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.698 X-Spam-Level: X-Spam-Status: No, score=-2.698 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, DKIM_VALID_AU=-0.1, FREEMAIL_FROM=0.001, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_LOW=-0.7, SPF_PASS=-0.001, WEIRD_PORT=0.001] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (2048-bit key) header.d=gmail.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id x4K7C1TElHSR; Sat, 5 Nov 2016 05:34:17 -0700 (PDT) Received: from mail-vk0-x234.google.com (mail-vk0-x234.google.com [IPv6:2607:f8b0:400c:c05::234]) (using TLSv1.2 with cipher ECDHE-RSA-AES128-GCM-SHA256 (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id C3B2C129888; Sat, 5 Nov 2016 05:34:16 -0700 (PDT) Received: by mail-vk0-x234.google.com with SMTP id w194so88005206vkw.2; Sat, 05 Nov 2016 05:34:16 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=20120113; h=mime-version:from:date:message-id:subject:to; bh=vLNMCslyuti0H8eNaEHnH8/8DezAZYwColr+SNj+Dxo=; b=i5/CecvgDTuLJq7JkhCs2FDfShSEaOxaVmtXDAmgsOGZuDp5RhNNbsEUEIjnO2/sjt C9iaFnk+2A/hNNIdFQg9+7nilj3SZT7fKVuRuyg0wK5ay8KSYl2YaGKeS+gmN2OAVRq3 6ryU/aeYVRPGaQcwHpnQphaZO4vHjUTyGOzwF0TA9YwSnsYJRbR9G8KvVeMsJrIcHeyu /iuAs3uVwU/UvIE7FlS7+6bOKe3QD1irRszeVTkHDTT+2rWSVPGZoyYbkT0FhY8Cq1fn HBUG8ZxTryfKpZqMDDhovNhBmK+31vnsxHA00M5BWIFHyEJfhGHQQ8Jzl8Hkb3oyxtGs sjOQ== X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=1e100.net; s=20130820; h=x-gm-message-state:mime-version:from:date:message-id:subject:to; bh=vLNMCslyuti0H8eNaEHnH8/8DezAZYwColr+SNj+Dxo=; b=jPoAcyhBzeZGx7s6Vb2b21tKazPPkJYAlOLc5IVWl3XGLc8yyxspdtsCQ64gHBophj N4HAlaeaPdPdKKvJT2OZO6uEyY1wUGXp6OkwMIRYfxwYobt45cMl8FjbEl00pJbUm1b8 VyzVB67Irgbt721M8Yil/62J5WJlD8a5Ko7ZXb7ZuGho1sbDGTT8IQ6/hELLs+c6XSUS Ij+b+B8Yr99X1aQ4RtFOQONjPSjb2ceAYffcgKUx8g6QJAcYZM933cj7mzoyI9WvjSnN RydTL2axlA8GiwmupRhyEPOqfGhqya2GUFdoFfnb8Kvgs4sNybLcQuSgFt7DFuCgnbym hYTQ== X-Gm-Message-State: ABUngvfb4OwtTmP8rhzwm+IsgKKxTFfz5URp9FpADOkeQloLLVDvPYIxGIfnc0uOrhkd6FGb27K8qf9228NJXw== X-Received: by 10.31.120.194 with SMTP id t185mr14719855vkc.125.1478349255780; Sat, 05 Nov 2016 05:34:15 -0700 (PDT) MIME-Version: 1.0 Received: by 10.31.63.130 with HTTP; Sat, 5 Nov 2016 05:34:15 -0700 (PDT) From: Vishnu Pavan Beeram Date: Sat, 5 Nov 2016 08:34:15 -0400 Message-ID: To: "teas@ietf.org" , TEAS WG Chairs Content-Type: multipart/alternative; boundary=94eb2c19c6c23eb09805408d0269 Archived-At: Subject: [Teas] Seoul Meeting: Agenda Update X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Sat, 05 Nov 2016 12:34:18 -0000 --94eb2c19c6c23eb09805408d0269 Content-Type: text/plain; charset=UTF-8 Folks, Hi! Agenda for next week's TEAS WG Session: https://www.ietf.org/proceedings/97/agenda/agenda-97-teas-01.html Monday, Nov 14, 2016, 0930 - 1200 Grand Ballroom 3 Agenda for Joint WG YANG Session (CCAMP/MPLS/PCE/TEAS): https://www.ietf.org/proceedings/97/agenda/agenda-97-ccamp-01 Monday, Nov 14, 2016, 1550-1750 Park Ballroom 2 Please note that has been slotted in both the sessions. In the morning session, the authors of this draft will focus solely on open-questions and a few specific items that need more discussion time. In the evening session, the authors will give an overall update on the progress of the draft. Other logistics: We will as always be using etherpad for collaborative note taking. The etherpad link is http://etherpad.tools.ietf.org:9000/p/notes-ietf-97-teas? useMonospaceFont=true Links to audio streams, meetecho and jabber can be found at https://tools.ietf.org/agenda/97/#97-mon-0930-teas https://tools.ietf.org/agenda/97/#97-mon-1550-ccamp Please note that WG Draft authors who aren't presenting should send status to the list prior to the WG meeting. Please send your status update by Thursday, Nov 10th. Status includes review of: any recent changes, any open discussions or issues, and planned next steps. For all drafts that have a slot in the agenda on Nov 14th, we need the presentation-slides sent out to us by Friday, Nov 11th. Cheers, Pavan and Lou. --94eb2c19c6c23eb09805408d0269 Content-Type: text/html; charset=UTF-8 Content-Transfer-Encoding: quoted-printable
Folks, Hi!
=
Monday, Nov 14, 2016, 0930 - 1200
Grand Ballroom 3

Agenda for Joint WG YANG Session (CCAMP/MPLS/PCE/= TEAS):
https://www.ietf.org/proceedings/97/agenda/agenda-97-ccamp-0= 1
Monday, Nov 14, 2016, 1550-1750
Pa= rk Ballroom 2

Please note that <draft-i= etf-teas-yang-te> h= as been slotted in both the sessions.=C2=A0 In the morning session, the authors of this draft will focus solely on ope= n-questions and a few specific items that=20 need more discussion time. In the evening session, the authors will give an overall update on the progress of the draft.

O= ther logistics:

We will as always be using etherpad for collaborativ= e note taking.

The etherpad link is
http://etherpad= .tools.ietf.org:9000/p/notes-ietf-97-teas?useMonospaceFont=3Dtrue=

Links to audio streams, meetecho=C2=A0 and jabber can be found at
= https://tools.ietf.org/agenda/97/#97-mon-0930-teas
https= ://tools.ietf.org/agenda/97/#97-mon-1550-ccamp


Please note that WG Draft authors who aren't presenting should send=20 status to the list prior to the WG meeting. Please send your status update = by Thursday, Nov 10th. Status includes=20 review of: any recent changes, any open discussions or issues, and=20 planned next steps.

For all drafts that have a slot in the agenda on Nov 14th, we need the pres= entation-slides sent out to us by Friday, Nov 11th.

Cheers,
Pavan and Lou.

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ietfa.amsl.com (Postfix) with ESMTP id B499F1297CE for ; Sun, 6 Nov 2016 06:42:47 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.22 X-Spam-Level: X-Spam-Status: No, score=-1.22 tagged_above=-999 required=5 tests=[BAYES_05=-0.5, RCVD_IN_DNSWL_LOW=-0.7, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 7OgraKoTtxac for ; Sun, 6 Nov 2016 06:42:46 -0800 (PST) Received: from asmtp4.iomartmail.com (asmtp4.iomartmail.com [62.128.201.175]) (using TLSv1 with cipher DHE-RSA-AES256-SHA (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id DDEC01297CD for ; Sun, 6 Nov 2016 06:42:45 -0800 (PST) Received: from asmtp4.iomartmail.com (localhost.localdomain [127.0.0.1]) by asmtp4.iomartmail.com (8.13.8/8.13.8) with ESMTP id uA6Eghpw012972 for ; Sun, 6 Nov 2016 14:42:43 GMT Received: from 950129200 (248.206.189.80.dyn.plus.net [80.189.206.248]) (authenticated bits=0) by asmtp4.iomartmail.com (8.13.8/8.13.8) with ESMTP id uA6EggeJ012962 (version=TLSv1/SSLv3 cipher=AES256-SHA bits=256 verify=NO) for ; Sun, 6 Nov 2016 14:42:43 GMT From: "Adrian Farrel" To: Date: Sun, 6 Nov 2016 14:42:42 -0000 Message-ID: <018801d2383c$0858b470$190a1d50$@olddog.co.uk> MIME-Version: 1.0 Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: 7bit X-Mailer: Microsoft Outlook 14.0 Thread-Index: AdI4O+7X4jgaPaezQQOO3mhvFjBadg== Content-Language: en-gb X-TM-AS-MML: disable X-TM-AS-Product-Ver: IMSS-7.1.0.1679-8.0.0.1202-22684.000 X-TM-AS-Result: No--5.808-10.0-31-10 X-imss-scan-details: No--5.808-10.0-31-10 X-TMASE-MatchedRID: 4CED1H6rIArM4Jo9tQxVRL420LFuMF+GVy1Gqc+su4HfUZT83lbkEPHu aO28ZQcQpFTGo5GT3uskNvFYHk0DuCtg+qZmq1X/BfKxbfcZgykZMrfQmeij5R+ZGcvxEG4EcUP QjSOUQN3YF9iJSZ8zah9l1zPMOb+6TX7PJ/OU3vL+xOhjarOnHmrz/G/ZSbVq+gtHj7OwNO3Ppn Y29Yuj8KnnR/wnKDoVlBEVEwU2+HZOgStQrcXE4EXPRIhRjIOfVlxr1FJij9s= Archived-At: Subject: [Teas] Status update on X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list Reply-To: adrian@olddog.co.uk List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Sun, 06 Nov 2016 14:42:48 -0000 Hi, Quick update... Adopted as WG draft and -00 posted at start of September. Not a whole lot of discussion on the list since. Various solution use-case documents exist and don't seem to have generated feedback into this document. While document could use a careful re-reading, and more WG review. Editor's working copy contains fixes for a few minor typos etc. Otherwise, the authors suspect the document may already be cooked. Adrian From nobody Sun Nov 6 16:48:08 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 419AD129625 for ; Sun, 6 Nov 2016 16:48:07 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.699 X-Spam-Level: X-Spam-Status: No, score=-2.699 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, DKIM_VALID_AU=-0.1, FREEMAIL_FROM=0.001, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_LOW=-0.7, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (2048-bit key) header.d=gmail.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id Vtn5UrXktbVs for ; Sun, 6 Nov 2016 16:48:06 -0800 (PST) Received: from mail-vk0-x231.google.com (mail-vk0-x231.google.com [IPv6:2607:f8b0:400c:c05::231]) (using TLSv1.2 with cipher ECDHE-RSA-AES128-GCM-SHA256 (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id ED709127071 for ; Sun, 6 Nov 2016 16:48:05 -0800 (PST) Received: by mail-vk0-x231.google.com with SMTP id w194so109081281vkw.2 for ; Sun, 06 Nov 2016 16:48:05 -0800 (PST) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=20120113; h=mime-version:from:date:message-id:subject:to; bh=3AhhBQh65zlE3YLwxAlVjPpfiberdgRpa9/5/HhAzdg=; b=TgfR46nW5EWWyYobRc8zM+m1IsysyOw/bDOYjnoFN4hKU5xOOSWE5ca/7M3Xd+jSjy 0VVR2sIuA+632T7dL5yhWskpPf9hLD2baqteYyfUQ0btQ06+5eDLKTL2RWxrcHmagXC9 S7MooGD9GbEKd3lhFy2KF5oE5QY0qciumk/VcMxqf0PU9yoTMI3wxZ46uOfzLUWczkdG U4bgTLMHrFF6sA6qlhNgOpjTNJS0uwJhU2qT7p2OIg2DkBJzP28xMEkUXzLT836mVWj2 OR1F1cbUlRhXmw/CeObFQKmv4sqvukacgrmxDZ5WQk+ZvTOFB1dwbgsfj6AFlin0w0Mc QCbw== X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=1e100.net; s=20130820; h=x-gm-message-state:mime-version:from:date:message-id:subject:to; bh=3AhhBQh65zlE3YLwxAlVjPpfiberdgRpa9/5/HhAzdg=; b=MnTYgs25IzzlowK8c5DfnKObsFSX/wAlGymqRfnU7A0bGGOPY6RJ+3wEfogoMcGdQX L04RUjAUuPcFOVXI9O+MF9uhLBzil9bf+fDWBYlArK/Ot3q2bHKLO1dOgtwqVkqbjSBx xegVwntXCjcxRSkYzF/rNz1/Pt9Tu8njPt+m8Gxu9N+Op+hQjoOfuczRx2P6tTYvLhtB QK6yPhkAy2U0e4DrpW2My27TifFQ0x/YgHOFNu8G+Os81Frp8R14Ex78wdeBeShgrFTw NhsHtRCs/uED66TMpcWCPjR+dfEmG06BT5D5or77CLLAH6cTlT+B8A7tbmvIsgzBSAgU Fxvg== X-Gm-Message-State: ABUngvdxlyiuw5EzSEXYZLcXJ/1tbuDwOA+8PGS9Aj9lFzteyHQA8S5VK3lwSKh04S1SC7tU4k295z05zEag2g== X-Received: by 10.31.230.66 with SMTP id d63mr2487978vkh.118.1478479684898; Sun, 06 Nov 2016 16:48:04 -0800 (PST) MIME-Version: 1.0 Received: by 10.31.63.130 with HTTP; Sun, 6 Nov 2016 16:48:04 -0800 (PST) From: Vishnu Pavan Beeram Date: Sun, 6 Nov 2016 19:48:04 -0500 Message-ID: To: "teas@ietf.org" Content-Type: multipart/alternative; boundary=94eb2c095f846d15930540ab60c8 Archived-At: Subject: [Teas] Publication requested for draft-ietf-teas-p2mp-loose-path-reopt X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 07 Nov 2016 00:48:07 -0000 --94eb2c095f846d15930540ab60c8 Content-Type: text/plain; charset=UTF-8 WG, The publication request for this document has been submitted. The The document's state can be verified at https://datatracker.ietf.org/doc/draft-ietf-teas-p2mp-loose-path-reopt/ Regards, -Pavan --94eb2c095f846d15930540ab60c8 Content-Type: text/html; charset=UTF-8 Content-Transfer-Encoding: quoted-printable
WG,

The publica= tion request for this document has been submitted. The The document&= #39;s state can be verified at https://datatracker.ietf.org/doc/dr= aft-ietf-teas-p2mp-loose-path-reopt/

Regards,
-Pavan
--94eb2c095f846d15930540ab60c8-- From nobody Sun Nov 6 17:56:07 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 4C5A3129A74; Sun, 6 Nov 2016 17:56:06 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.699 X-Spam-Level: X-Spam-Status: No, score=-2.699 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, DKIM_VALID_AU=-0.1, FREEMAIL_FROM=0.001, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_LOW=-0.7, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (2048-bit key) header.d=gmail.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 3awYxlVDK89i; Sun, 6 Nov 2016 17:56:05 -0800 (PST) Received: from mail-vk0-x22f.google.com (mail-vk0-x22f.google.com [IPv6:2607:f8b0:400c:c05::22f]) (using TLSv1.2 with cipher ECDHE-RSA-AES128-GCM-SHA256 (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 3EAE6129ABF; Sun, 6 Nov 2016 17:56:02 -0800 (PST) Received: by mail-vk0-x22f.google.com with SMTP id p9so109946243vkd.3; Sun, 06 Nov 2016 17:56:02 -0800 (PST) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=20120113; h=mime-version:from:date:message-id:subject:to; bh=Cp2u4Jbq7PW7zPD28gZZYpl/7vZtPzz2F1O2wOH8e64=; b=A+cuXhYoPGgJaPfPeeTQ+Hnve/pdKc07mxgCzmxHcpXcZqaIMtcmBh4rINJiZX3STE gjzGILuuuaK73r+KjY1dL8FV0U0AnvBzEyKkY7SxMxYZoIMDibmynePHCNw9IC7cW4oI MZPClKHkgFNNIEmlefsnSFH68Jzd/rIiBmZvlrm3+TN5J9zAwclORSucZ5f9J4nRfNK6 NJIkfJZDX69cTDXaHbHSsAnYkQvmQ5abDk5G+RRfEso2uRDsqvnehtYab5hmB7B+8lPU ic97WfBP4T3VI+FO8MqOwZ5wMPjV7Zxf8s3+4+VSMlYMEWGI68bpjsiy8S9t8AmwU1mC poSg== X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=1e100.net; s=20130820; h=x-gm-message-state:mime-version:from:date:message-id:subject:to; bh=Cp2u4Jbq7PW7zPD28gZZYpl/7vZtPzz2F1O2wOH8e64=; b=MflqLxeiGvKxAw1aYcYchBvBHHfo0jh9vbPnVI1i+2MpP5GriZEMdZuExQQK4WWSJk Op7Ksotpqe+FdhgMrUrtywYRaL5puxxI+/cXX4d0Dyf5yDwFKRg9Ou/BiuZc5f5bB5CM GNXjmzqQ2QrZ4qZ/LLRTe5kwzTGNllmQcYxw6PMIQKRxLjT2tFUW55lZ5XFdDrsxP+zB vc4Tj7WoEMKFtd92LNWQc2XSkXpMamyUEJ5l826KfFuH4qwGCdLwgy09IIZgKD9cF2lL Ijz33tx9IIJguTcUttVG5tjZ61LYiZx8eMhRifOpJtIHD+n4Twd7QUx3YON52i+eqCje m+1g== X-Gm-Message-State: ABUngvcfYds8XxEc0axeRCNZVH+/emiIQ9Z03mahf5Nk5bYAOG9yGHLJqF2tl2nBy2FrHyNFXVqGkA+aiDs6Zw== X-Received: by 10.31.84.130 with SMTP id i124mr2074705vkb.66.1478483761172; Sun, 06 Nov 2016 17:56:01 -0800 (PST) MIME-Version: 1.0 Received: by 10.31.63.130 with HTTP; Sun, 6 Nov 2016 17:56:00 -0800 (PST) From: Vishnu Pavan Beeram Date: Sun, 6 Nov 2016 20:56:00 -0500 Message-ID: To: "teas@ietf.org" , draft-ietf-teas-network-assigned-upstream-label@ietf.org, TEAS WG Chairs Content-Type: multipart/alternative; boundary=001a114e5bfc6419eb0540ac53ec Archived-At: Subject: [Teas] Status Update: X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 07 Nov 2016 01:56:06 -0000 --001a114e5bfc6419eb0540ac53ec Content-Type: text/plain; charset=UTF-8 WG, Hi! The following is a short update on this WG draft: - Current Status: - No changes to the draft since the last IETF meeting. - Open Issues: - None. - Next Steps: - Authors believe that the draft is ready for LC. Regards, -Pavan (On behalf of the authors/contributors) --001a114e5bfc6419eb0540ac53ec Content-Type: text/html; charset=UTF-8 Content-Transfer-Encoding: quoted-printable
WG, Hi!

The following is a sho= rt update on this WG draft:
  • Current Status:
    • No= changes to the draft since the last IETF meeting.
  • Open Issues= :
    • None.
  • Next Steps:
    • Authors believe th= at the draft is ready for LC.

Regards,
-Pavan (On behalf of the authors/contributors)
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boundary="_000_AM4PR07MB1521420400F50B015E91AA5796A70AM4PR07MB1521eurp_" MIME-Version: 1.0 X-MS-Exchange-CrossTenant-originalarrivaltime: 07 Nov 2016 08:50:08.0414 (UTC) X-MS-Exchange-CrossTenant-fromentityheader: Hosted X-MS-Exchange-CrossTenant-id: 92e84ceb-fbfd-47ab-be52-080c6b87953f X-MS-Exchange-Transport-CrossTenantHeadersStamped: AM4PR07MB1524 X-OriginatorOrg: ericsson.com X-Brightmail-Tracker: H4sIAAAAAAAAA02SaUhUURTHue+9mXmaE9dR86BSOiSYoaVGPTHCFsMPSdKmSC5DPtxHnWeS UeCSQ5mlUy45KhmMhfuKCUroaJZCZmEq41qaWhqJhGtKzjwlv/3u+f/uPfdcLk1K3gus6Ah5 AquQy6KlQmOqwP/1Gaeznrb+Rx+vWTBTRUMUU60ZoZiNbhdm9ZMjoystEzCp40MiJn2lmfIU ed/r/CXw1mhWCe9R3WfClwwwPhnKRkcksoojp0KMw1OWa4Vxda3kLfWslkhGK/fJDGREAz4G TSqlKAMZ0xJcjeDP0k9DIMHvEJRXB+oDCj8iQZVeTPBWHgElyrT/1qgO6VmIGVjrLKT0bI6v Qk1tEdJvIPEgguKnI4IMRNNm+Dr0Kk15JxByJxoofdkcu8JoVoi+TOGD0NZbbDhGvGXnDy8K +b4LIkhXzRj6GmEvKJ8pNPRFeB8s91QSeiaxJeimnhP8aBg0rR+3x7SAH5ObAt6XQZ1Gve3Y QV/5DvvAsCZVoG8GuISE370d28F5aP8yK+I5Cmb7NgheykDw5msmxS+aESxO9gt5ywbmSqa2 rS4hVCg1iH8vFl5VpRvYDFvBaP8DlI0OqXddnedYyF9OJdWGNzCF7oIpiq87w1BujpDnw/Dy xRzJsxM829RSu+slSFSOLDiW42LCXN2cWUXEDY6LlTvL2YR6tPW/2hvXnZpRxdxpLcI0kpqI 47wO+EsEskQuKUaLgCal5mIPD1t/iThUlnSbVcQGK25Gs5wWWdOU1FJ8vGzcT4LDZAlsFMvG sYqdlKCNrJJR5EC1bVCiiaqqkXnY6ffNM6hB1RS0pymvZ7BFnVKV5Us/WZSesL6T7aZczyt2 KrrgILrsQS5MKzeCakzquyoVl9Lu5gQ3fo+fCEiYj4zM6RqLaplO+Su8eCW1Jm26a/85+1If G69498xr+Tpir8OSvCrPfX62jeoYeGtnP/ZhyU1KceEyF0dSwcn+ASST6thbAwAA Archived-At: Cc: "mpls@ietf.org" , "CCAMP \(ccamp@ietf.org\)" , "Scharf, Michael \(Nokia - DE\)" , "pce@ietf.org" , "TEAS WG \(teas@ietf.org\)" Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 07 Nov 2016 08:50:18 -0000 --_000_AM4PR07MB1521420400F50B015E91AA5796A70AM4PR07MB1521eurp_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable The point here is for how long the provider should keep the computed path a= nd its request parameters (in fact if we want to have a possibly better pat= h, at any change inside provider topology, resource status and usage, the p= rovider should check if the computed path is still feasible and/or redo pat= h computation to find a better path). This could be an overhead, in my view= . Furthermore, I can't see how the provider could export the abstract TE-link= , as this is inside the client topology; in fact, if the client is asking f= or a path between A and B (A and B inside provider topology), having A' (in= client topology) connected to A and B' (in client topology) connected to B= , the relevant abstract TE link (the forwarding adjacency) should be built = between A' and B', that is in the client topology; therefore the client sho= uld be in charge of managing it, as the provider is not aware of A' and B'. BR Francesco From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: 04 November, 2016 7:12 PM To: Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) ; Scharf, Michael= (Nokia - DE) ; TEAS WG (teas@ietf.org) ; pce@ietf.org Subject: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel-teas-y= ang-path-computation-00 Dieter, A client may ask for a path not to be used immediately (e.g. to present as = an abstract TE link to its own client, in some failure restoration scheme o= r as a part of disaster recovery network topology re-configuration) without= committing any network resources. In this case the client would want to kn= ow at least if/when the path has stopped being feasible any longer or (ide= ally) a better path is available. This is similar to exposing to a client an abstract TE topology with an unc= ommitted abstract TE link (i.e. TE link that does not have a committed TE t= unnel supporting it and advertises potentiality). Once such link is provide= d, the provider is expected to send updates when/if the TE link attributes = change. For uncommitted/potential TE link such updates could be provided ba= sed on event driven re-computation of the potentiality the TE link represen= ts. The point is that an uncommitted abstract TE link and COMPUTE_ONLY TE tunne= l can represent (each in its own way) the same network potentiality Cheers, Igor From: Dieter Beller [mailto:Dieter.Beller@nokia.com] Sent: Friday, November 04, 2016 1:49 PM To: Igor Bryskin Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Igor, could you please clarify how useful a stateful path without resource alloca= tion is. I can't see the benefits of this use case. Thanks, Dieter On 04.11.2016 14:25, Igor Bryskin wrote: Hi Dieter, A provider may compute path(s) for a TE tunnel, and then (without any resou= rce allocation) may start monitoring/ensuring the path validity/optimality = by re-computing them in an event driven manner. For example, it can trigger= the re-computation of the path(s) when detecting a change in a state of a = TE link the current path(s) are going through. Depending on the results ad= ditional notifications may be sent to the client. Note that this is in addition to the reasons you correctly identified for i= mplementing stateful path computation (such as compute_and_reserve). Cheers, Igor From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com] Sent: Thursday, November 03, 2016 6:27 PM To: Leeyoung Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi all, when we talk about the stateful path computation use case, it means IMHO th= at when a path has been calculated successfully in response to a request, a= new path object is created in the data store. This does only make sense if= the resources have been allocated in the TED of the PCE irrespective of th= e fact whether the connection along this path will be established right awa= y or at a later point in time. This will prevent further path computation r= equests from assuming that the resources are still available. As the TED of= the PCE also has to reflect the network state, I would assume that the net= work resources can be in one of the following three states: available, allo= catedButNotInUse, allocatedAndInUse. The path objects also need state info= rmation reflecting for example the alarm state of the allocated resources. = The path calculated earlier may become (temporarily) invalid due to a link = failure affecting the path. Does this make sense? Thanks, Dieter Sent from my tablet Leeyoung wrote: Igor, When you say "state", are you referring to the YANG datastore or some other= "interim" state of those paths that are calculated but not instantiated as= LSPs? If we were to update the YANG datastore for this, I would think that= we may have some issue when the customer decided not to instantiate the TE= tunnel (after the path compute request). Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 3:02 PM To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Young, >From the provider controller point of view COMPUTE_ONLY TE tunnels will hav= e exactly the same state as "normal" (COMPUTE_ADN_PROVISION) TE tunnels. Igor From: Leeyoung Sent: Thursday, November 03, 2016 3:42 PM To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Igor, In such case, would the YANG datastore be updated? I guess not. If not, the= n the system/controller has to keep this interim state, would it? Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Michael, You are exactly right. The purpose of the "compute-only" TE tunnel is to cr= eate/maintain the normal TE tunnel state and (re-)compute TE paths for the = TE tunnel connections/LSPs but not signal/provision the LSPs. Igor From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: Thursday, November 03, 2016 3:17 PM To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Isn't the intention of defining "compute-only tunnels" to create state in t= he controller, but not to signal them? If the tunnel should be signaled and= resources shall be allocated, why not just configure a vanilla tunnel? Use= s cases seem to exist for both variants, and both can be encoded in YANG. I= s there anything I miss here? Michael From: Leeyoung [mailto:leeyoung@huawei.com] Sent: Thursday, November 03, 2016 7:49 PM To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Hi Michael, I think I am with you on your point. If we use rpc, it is clear. On the oth= er hand, if we were to use "stateful compute-only" it seems that the system= /controller has to keep the state of the paths somewhere which is not YANG = datastore. My understanding is that YANG datastore is updated only when the= path is signaled and resource is allocated. Would this give the system/con= troller additional burden to keep the "interim" state? Young From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (N= okia - DE) Sent: Thursday, November 03, 2016 8:58 AM To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Maybe I miss something, but to me, the domain controller either computes a = path stateless, which can be modeled in YANG in an RPC. Or the domain contr= oller computes a path, stores state, and provides access to the result in t= he YANG datastore. In the latter case, whether resources are allocated, or = whether the NEs get actually provisioned, is an orthogonal question. As a side note, I am not sure of I would call a domain controller or an NMS= a PCE. Path computation is only a subset of the functions of a domain cont= roller. Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_AM4PR07MB1521420400F50B015E91AA5796A70AM4PR07MB1521eurp_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

 

The point here is f= or how long the provider should keep the computed path and its request para= meters (in fact if we want to have a possibly better path, at any change in= side provider topology, resource status and usage, the provider should check if the computed path is still feasibl= e and/or redo path computation to find a better path). This could be an ove= rhead, in my view.

 

Furthermore, I can&= #8217;t see how the provider could export the abstract TE-link, as this is = inside the client topology; in fact, if the client is asking for a path bet= ween A and B (A and B inside provider topology), having A’ (in client topology) connected to A and B’ (in clien= t topology) connected to B, the relevant abstract TE link (the forwarding a= djacency) should be built between A’ and B’, that is in the cli= ent topology; therefore the client should be in charge of managing it, as the provider is not aware of A’ and B’.

 

BR

Francesco

 

From:= CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin
Sent: 04 November, 2016 7:12 PM
To: Dieter Beller <Dieter.Beller@nokia.com>
Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Sc= harf, Michael (Nokia - DE) <michael.scharf@nokia.com>; TEAS WG (teas@= ietf.org) <teas@ietf.org>; pce@ietf.org
Subject: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel= -teas-yang-path-computation-00

 

Dieter,

 

A client may ask for a= path not to be used immediately (e.g. to present as an abstract TE link to= its own client, in some failure restoration scheme or as a part of disaste= r recovery network topology re-configuration) without committing any network resources. In this case the client would wa= nt to know at least  if/when the path has stopped being feasible any l= onger or (ideally) a better path is available.

 

This is similar to exp= osing to a client an abstract TE topology with an uncommitted abstract TE l= ink (i.e. TE link that does not have a committed TE tunnel supporting it an= d advertises potentiality). Once such link is provided, the provider is expected to send updates when/if the TE = link attributes change. For uncommitted/potential TE link such updates coul= d be provided based on event driven re-computation of the potentiality the = TE link represents.

The point is that an u= ncommitted abstract TE link and COMPUTE_ONLY TE tunnel can represent (each = in its own way) the same network potentiality

 

Cheers,

Igor=

 

 

 

From: Dieter Beller [mailto:Dieter.B= eller@nokia.com]
Sent: Friday, November 04, 2016 1:49 PM
To: Igor Bryskin
Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

Hi Igor,

could you please clarify how useful a stateful path without resource all= ocation is. I can't see the benefits of this use case.


Thanks,
Dieter

On 04.11.2016 14:25, Igor Bryskin wrote:<= /p>

Hi Dieter,=

 

A provider may compute= path(s) for a TE tunnel, and then (without any resource allocation) may st= art monitoring/ensuring the path validity/optimality by re-computing them i= n an event driven manner. For example, it can trigger the re-computation of the path(s) when detecting a change i= n a state of a TE link the current path(s) are going through.  Dependi= ng on the results additional notifications may be sent to the client.

 

Note that this is in a= ddition to the reasons you correctly identified for implementing stateful p= ath computation (such as compute_and_reserve).

 

Cheers,

Igor=

 

 

From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com]
Sent: Thursday, November 03, 2016 6:27 PM
To: Leeyoung
Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

 

Hi all, 
 
when we talk about the stateful path computation use case, it means IM=
HO that when a path has been calculated successfully in response to a reque=
st, a new path object is created in the data store. This does only make sen=
se if the resources have been allocated in the TED of the PCE irrespective =
of the fact whether the connection along this path will be established righ=
t away or at a later point in time. This will prevent further path computat=
ion requests from assuming that the resources are still available. As the T=
ED of the PCE also has to reflect the network state, I would assume that th=
e network resources can be in one of the following three states: available,=
 allocatedButNotInUse,  allocatedAndInUse. The path objects also need =
state information reflecting for example the alarm state of the allocated r=
esources. The path calculated earlier may become (temporarily) invalid due =
to a link failure affecting the path. 
 
Does this make sense? 
 
 
Thanks, 
Dieter
 
Sent from my tablet
 
Leeyoung <leeyoung@huawei.co=
m> wrote:
 

Igor,

 

When you say “st= ate”, are you referring to the YANG datastore or some other “in= terim” state of those paths that are calculated but not instantiated = as LSPs? If we were to update the YANG datastore for this, I would think that we may have some issue when the customer decided not to i= nstantiate the TE tunnel (after the path compute request).

 

Thanks.

Young

 

 

From: Igor Bryskin
Sent: Thursday, November 03, 2016 3:02 PM
To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

 

Young,

 

From the provider cont= roller point of view COMPUTE_ONLY TE tunnels will have exactly the same sta= te as “normal” (COMPUTE_ADN_PROVISION) TE tunnels.<= /o:p>

 

Igor=

 

From: Leeyoung
Sent: Thursday, November 03, 2016 3:42 PM
To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

 

Igor,

 

In such case, would th= e YANG datastore be updated? I guess not. If not, then the system/controlle= r has to keep this interim state, would it?

 

Thanks.

Young

 

From: Igor Bryskin
Sent: Thursday, November 03, 2016 2:34 PM
To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

 

Michael,

You are exactly right.= The purpose of the “compute-only” TE tunnel is to create/maint= ain the normal TE tunnel state and (re-)compute TE paths for the TE tunnel = connections/LSPs but not signal/provision the LSPs.

 

Igor=

 

From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
Sent: Thursday, November 03, 2016 3:17 PM
To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

 

Isn’t the intent= ion of defining „compute-only tunnels“ to create state in the c= ontroller, but not to signal them? If the tunnel should be signaled and res= ources shall be allocated, why not just configure a vanilla tunnel? Uses cases seem to exist for both variants, and both can be encode= d in YANG. Is there anything I miss here?

 

Michael

 

 

From: Leeyoung= [mailto:leeyoung@huawei.com]
Sent: Thursday, November 03, 2016 7:49 PM
To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

 

Hi Michael,

 

I think I am with you = on your point. If we use rpc, it is clear. On the other hand, if we were to= use “stateful compute-only” it seems that the system/controlle= r has to keep the state of the paths somewhere which is not YANG datastore. My understanding is that YANG datastore is updated = only when the path is signaled and resource is allocated. Would this give t= he system/controller additional burden to keep the “interim” st= ate?

 

Young

 

From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
Sent: Thursday, November 03, 2016 8:58 AM
To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

 

Maybe I miss something= , but to me, the domain controller either computes a path stateless, which = can be modeled in YANG in an RPC. Or the domain controller computes a path,= stores state, and provides access to the result in the YANG datastore. In the latter case, whether resources ar= e allocated, or whether the NEs get actually provisioned, is an orthogonal = question.

 

As a side note, I am n= ot sure of I would call a domain controller or an NMS a PCE. Path computati= on is only a subset of the functions of a domain controller.

 

Michael

 

 

 

From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.c= om]
Sent: Thursday, November 03, 2016 2:49 PM
To: Scharf, Michael (Nokia - DE); Igor Bryskin; C= CAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

 

Can you please explain what the “stateful comp= ute-only” stands for I don’t understand what is stateful in a p= ath computation request only.

IMHO either I ask the PCE (SDN controller, NMS, what= ever) to compute a path and then forget about it or I ask to compute and pr= ovision it. I don’t understand the value of asking for it and remembe= ring about it.

 

BR
Daniele 

 

From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
Sent: gioved=EC 3 novembre 2016 14:45
To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

 

We have discussed this= before. From an implementer’s perspective, the two clean solutions t= o the problem seem to either stateful „compute-only“ tunnels or= a stateless RPC.

 

Michael

 

 

From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin
Sent: Thursday, November 03, 2016 2:34 PM
To: Daniele Ceccarelli; CCAMP (cca= mp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibe= l-teas-yang-path-computation-00

 

Hi,<= /p>

 

From the draft:=

 

6.=     YANG Model for requesting Path Computation

 = ;

 = ;

 = ;  Work on extending the TE Tunnel YANG model to support the need to

 = ;  request path computation has recently started also in the context o= f

 = ;  the [TE-TUNN= EL] draft.

 = ;

 = ;  It is possible to request path computation by configuring a<= o:p>

 = ;  "compute-only" TE tunnel and retrieving the computed path= (s) in the

 = ;  LSP(s) Record-Route Object (RRO) list as described in [TE-TUNN= EL].

 = ;

 = ;  This is a stateful solution since the state of each created<= o:p>

 = ;  "compute-only" TE tunnel needs to be maintained and updat= ed, when

 = ;  underlying network conditions change.

 = ;

 = ;  The need also for a stateless solution, based on an RPC, has been

 = ;  recognized.

 = ;

 = ;

 = ;  The YANG model to support stateless RPC is for further study.

 = ;

 = ;

 = ;

 = ;

 = ;

IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

 

Cheers,

Igor

 

 

 

 

--_000_AM4PR07MB1521420400F50B015E91AA5796A70AM4PR07MB1521eurp_-- From nobody Mon Nov 7 03:59:14 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 8FBF51297CE; Mon, 7 Nov 2016 03:59:12 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.699 X-Spam-Level: X-Spam-Status: No, score=-2.699 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, DKIM_VALID_AU=-0.1, FREEMAIL_FROM=0.001, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_LOW=-0.7, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (2048-bit key) header.d=gmail.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id ONWalTVQEsaJ; Mon, 7 Nov 2016 03:59:11 -0800 (PST) Received: from mail-vk0-x22b.google.com (mail-vk0-x22b.google.com [IPv6:2607:f8b0:400c:c05::22b]) (using TLSv1.2 with cipher ECDHE-RSA-AES128-GCM-SHA256 (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id C0B051297CD; Mon, 7 Nov 2016 03:59:07 -0800 (PST) Received: by mail-vk0-x22b.google.com with SMTP id w194so118718565vkw.2; Mon, 07 Nov 2016 03:59:07 -0800 (PST) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=20120113; h=mime-version:from:date:message-id:subject:to; bh=MnYvGaehSIbRhd+Om5CRYK/uYWOcFWgslNrXAfdmnNQ=; b=KpaDp4NKPAXsMASKLoKivLYYve32kE9jWm5sVkB/j4RFuhSt+DOaxrOSGqEs+X/CBW 9MsGCJPXmxabv0NR1N2dRkHnJoYhBpAWM7NfifYrKYBiqD9DIJVCjk51Q1nykHaYyawp XCkh43DVOAWCkNw16KcELS/ijL+ePESdiIxe7lB2+H2XQwBZnztJ+ySzb+anovXvLmCX Hf8kO9uXKpflh2QKLBKTIhs/fufP6YJb/T7fg+rZxxFwt9AoA5+9aU46+mb3mkP+XZLO 9xn4WqNo5OO8T0EOtZmnQeN6aZuq6Z5g7tVP5ULdFnYaMQoERJwmswcFFbqjNxS+E7Be PFGg== X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=1e100.net; s=20130820; h=x-gm-message-state:mime-version:from:date:message-id:subject:to; bh=MnYvGaehSIbRhd+Om5CRYK/uYWOcFWgslNrXAfdmnNQ=; b=dI/7JvoFMkHhPSj3NTtYKW+UWoqLBSx/howz3Cuh1tUtbU1wHH50pWOIUBi4pcVZuY Gl3tLgY5fdHt0GsPw7Xsc8saMk5FPCz0toon0ud2tYCUENib47+7+V2CI6JFAnYSK5ja H9td1SBozbt8blewlGiC0JPwYiBpBd0reyy+TZQmBP/ndp5qrCQFBEg+mLxO0LxdxZSN W0426p0hqeWtI/xlDh0R0ZYQQqn+TUcGcQB9yDa5i8pC92djpBiRFO23geWjLJRRf6ev Eyv9pUR57afcmVGqrW5878vXzBbwvI9SAZ2FA+3AiV67Gg5zrsqHSTvm3n85H5An4yg3 vTJg== X-Gm-Message-State: ABUngvfsmAZLOEWZfrIVDiVNCDaQ12fAy/t3CdVSMEnUre1nlk1y70pmcUqHBozZoGigkA2ryY+oBZI/JBNBUQ== X-Received: by 10.31.242.74 with SMTP id q71mr3573677vkh.46.1478519946739; Mon, 07 Nov 2016 03:59:06 -0800 (PST) MIME-Version: 1.0 Received: by 10.31.63.130 with HTTP; Mon, 7 Nov 2016 03:59:06 -0800 (PST) From: Vishnu Pavan Beeram Date: Mon, 7 Nov 2016 06:59:06 -0500 Message-ID: To: "teas@ietf.org" , draft-ietf-teas-rsvp-te-scaling-rec@ietf.org, TEAS WG Chairs Content-Type: multipart/alternative; boundary=94eb2c14bc9a3803620540b4c0a6 Archived-At: Subject: [Teas] Status Update: X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 07 Nov 2016 11:59:12 -0000 --94eb2c14bc9a3803620540b4c0a6 Content-Type: text/plain; charset=UTF-8 WG, Hi! The following is a short update on this WG draft: - Changes (since the last IETF meeting): - Published new rev (-03) - Removed references to [RI-RSVP-FRR] and [SUMMARY-FRR] drafts. - Open Issue: - Should the document be split? (needs discussion). - Next Steps: - Address the open issue and request WG LC. Regards, -Pavan (On behalf of the authors/contributors) --94eb2c14bc9a3803620540b4c0a6 Content-Type: text/html; charset=UTF-8 Content-Transfer-Encoding: quoted-printable
WG, Hi!

The following is a sho= rt update on this WG draft:
  • Changes (since the last IETF m= eeting):
    • Published new rev (-03)
      • Removed references= to [RI-RSVP-FRR] and [SUMMARY-FRR] drafts.
  • Open Issu= e:
    • Should the document be split? (needs discussion).
    <= li>Next Steps:
      • Address the open issue and request = WG LC.

    Regards,
    -Pavan (On behalf= of the authors/contributors)
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10:14:53 -0800 (PST) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=20120113; h=mime-version:in-reply-to:references:from:date:message-id:subject:to; bh=sGJfLogbf0K7necQ2qOO6//XwUBUTEpaClz1vik81YI=; b=vYODFJ1rf8dw3rZP8dwKHMmj8QFLjRaMMQotswC3tGYHwQmIYET+gPbyuXBYoUTW09 ptJFhzFLO4VzUDsR3t3sZWihCKuiC8VKU3i7T+tA/ojHNy5yO/2i5rLEGZo7dgUObmfb /Do3XhN63ZCBVcRmqIKTDySKmW+YuW3ahHpob1wsHoAsoPy6ExPRN/osfrVmJWLwBSsw CfSUjAOo5fYH60avoFmYrASNpDmHbPmn2qdpw/e6x+J7xkNj43Ns9lKdhhVwwKO8qLtE w6FGq+PfZ5JAU157DCEk4F9FHk4TAPvvR+nqqyE2/DgZc7chpijcksAPzB34X4fU8buC +sWw== X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=1e100.net; s=20130820; h=x-gm-message-state:mime-version:in-reply-to:references:from:date :message-id:subject:to; bh=sGJfLogbf0K7necQ2qOO6//XwUBUTEpaClz1vik81YI=; b=mVywP0nVt1uk8AKKgdoTD7HjAZnwTMlO4pUzDGReFjNlLLCwcWBCS9+1i7/CeNRwzr 1SJ9Dud2R1lkpjZLvD01MnP5DiHTA4cjTrudooPGA2+YYnB5cHIVYdTd7mnKre80J92w 7bqhhs8Ir3TlHsjCH/wFRMGqrAvJcTkoAzhPXzkbf7KKiJY5ln2Dky+zHJiIP5q3Le1y O4SRoNej328A0IGOrhIGlMe0EmAHdOxFt0w2VtArkHWZGrUJOd83GKrQVbz3fn9GHxKY kmpnPbejS9AxGVQnfxIXwZgCNiuyI/XAgd+LOOwHetzTa74B8hSTejMin13QWLCQX3da sSrA== X-Gm-Message-State: ABUngvcXBYhzi70w8gYsd7wyumdXaP9vbH8zym0QBieqgi7bNEqpLgPj+T2NIPuyyO+2g1wbnUZAkVX2fShUrQ== X-Received: by 10.159.48.65 with SMTP id i1mr9041624uab.12.1478628892302; Tue, 08 Nov 2016 10:14:52 -0800 (PST) MIME-Version: 1.0 Received: by 10.31.63.130 with HTTP; Tue, 8 Nov 2016 10:14:51 -0800 (PST) In-Reply-To: References: From: Vishnu Pavan Beeram Date: Tue, 8 Nov 2016 13:14:51 -0500 Message-ID: To: "teas@ietf.org" , TEAS WG Chairs Content-Type: multipart/alternative; boundary=f403045e2abee166010540ce1d83 Archived-At: Subject: Re: [Teas] WG adoption poll - draft-zhuang-teas-scheduled-resources X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 08 Nov 2016 18:22:51 -0000 --f403045e2abee166010540ce1d83 Content-Type: text/plain; charset=UTF-8 All, The WG poll is closed. Authors, Please republish (when draft submission gets allowed) draft-zhuang-teas-scheduled-resources-03 as draft-ietf-teas-scheduled-resources-00 with only the date and file name changed. Thanks, - Pavan and Lou. On Mon, Oct 17, 2016 at 3:43 AM, Vishnu Pavan Beeram wrote: > All, > > This is start of a two week poll on making > draft-zhuang-teas-scheduled-resources-03 a working group document. Please > send email to the list indicating "yes/support" or "no/do not > support". If indicating no, please state your reservations with the > document. If yes, please also feel free to provide comments you'd > like to see addressed once the document is a WG document. > > The poll ends October 31. > > Thanks, > Pavan and Lou. > --f403045e2abee166010540ce1d83 Content-Type: text/html; charset=UTF-8 Content-Transfer-Encoding: quoted-printable
    All,
    =C2=A0 =C2=A0 The WG poll is closed.

    Authors,
    =C2=A0 =C2=A0 Please republish (when draft s= ubmission gets allowed) draft-zhuang-teas-scheduled-resources= -03 as
    draft-ietf-teas-scheduled-reso= urces-00 with only the date and file name changed.

    Thanks,
    - Pavan and Lou= .

    On Mon, Oc= t 17, 2016 at 3:43 AM, Vishnu Pavan Beeram <vishnupavan@gmail.com&= gt; wrote:
    All,
    This is start of a two week = poll on making
    draft-zhuang-teas-scheduled-resources-03 a working group document. Ple= ase
    send email to the list indicating "yes/support" or "no/do no= t
    support".=C2=A0 If indicating no, please state your reservations with = the
    document.=C2=A0 If yes, please also feel free to provide comments you'd=
    like to see addressed once the document is a WG document.

    The poll ends October= 31.

    Thanks,
    Pavan and Lou.

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localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 431D5129D91; Tue, 8 Nov 2016 10:56:31 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.619 X-Spam-Level: X-Spam-Status: No, score=-2.619 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_LOW=-0.7, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id GL9GIexTouuW; Tue, 8 Nov 2016 10:56:27 -0800 (PST) Received: from asmtp4.iomartmail.com (asmtp4.iomartmail.com [62.128.201.175]) (using TLSv1 with cipher DHE-RSA-AES256-SHA (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id A3E35129D9B; Tue, 8 Nov 2016 10:56:26 -0800 (PST) Received: from asmtp4.iomartmail.com (localhost.localdomain [127.0.0.1]) by asmtp4.iomartmail.com (8.13.8/8.13.8) with ESMTP id uA8IuNZf002991; Tue, 8 Nov 2016 18:56:24 GMT Received: from 950129200 (248.206.189.80.dyn.plus.net [80.189.206.248]) (authenticated bits=0) by asmtp4.iomartmail.com (8.13.8/8.13.8) with ESMTP id uA8IuMI9002970 (version=TLSv1/SSLv3 cipher=AES256-SHA bits=256 verify=NO); Tue, 8 Nov 2016 18:56:23 GMT From: "Adrian Farrel" To: "'Vishnu Pavan Beeram'" , , "'TEAS WG Chairs'" References: In-Reply-To: Date: Tue, 8 Nov 2016 18:56:21 -0000 Message-ID: <053701d239f1$cc356a80$64a03f80$@olddog.co.uk> MIME-Version: 1.0 Content-Type: multipart/alternative; boundary="----=_NextPart_000_0538_01D239F1.CC44D3D0" X-Mailer: Microsoft Outlook 14.0 Thread-Index: AQGUIeklpSoSeVcaM6bhHo+csWDCHgJSfui5oTkLVcA= Content-Language: en-gb X-TM-AS-MML: disable X-TM-AS-Product-Ver: IMSS-7.1.0.1679-8.0.0.1202-22688.001 X-TM-AS-Result: No--20.955-10.0-31-10 X-imss-scan-details: No--20.955-10.0-31-10 X-TMASE-MatchedRID: 0lhM5bBmjEOnykMun0J1wvv+//lqU1h6TJDl9FKHbrmabNoYojBQdqiZ aOZUGVmqMelH7qhnqUE/0YJS2+Uc1rRgLeduNs8xwgzEIaHq7pclUwMLwz1Qz142zm1Zi+MJjGN BdWf39CLutiMqNIaz7WfG5e+XZcKmHuQjlO3TQsK8coKUcaOOvSseSAhqf1rRyAm/eZWEOkoydp 3CPQG+RfzWsjh29VQ4EfNcAuqmIF8zwJ7ADkakn8rT39PoDNtWuoYFb0nRiqM5yqWxi+AoVR1Jo ihHQvV2NtrqBJtuOX6BWjWj7hCG0qoO96Tfmapcndu3heVAxaMP4vBWNr0zgSA6eO+NDmAxJZ3D 0zKPh7H10yQNuo1OJZfucML7iAp6c1BeS/J6aN9dMrg609R9BKO4XjVpMlFdn+lpJmYuEaN7ltq yJvHgp/JOjUaxKXKqGSKDIgjU9nky499dCbQy8IoLoibgjVEX1WPYxCHVrqdgHzfrfdHEt4c0B5 OUL/u1M5qWMflCo4dwtismKfx+71mKiy1F9pgLupDIC9422DrTMQ/93vE8XUbaqUVvLFsimpFVm GA1607MDEuDg15grA26ehZuKFNX/jM1WnqKv0WlhD9Iy+IVwyIEB/X0tggGlThwL2cA6F1R18Qp zXStTjhEMZsHJG9bERIFEmVIRRZTovWuZWqWkZ1U1lojafr/uacNrbMY+LT2CSbxI1C15yxZV2X dhwOwcLcR9bfeYZ9OYCDDesGQl5cFdomgH0lnFEUknJ/kEl5ZDL1gLmoa/GDtghTFNbDXeSC65C ityAzsL5Dfh2Ogty9JLwGsPoGW1cDLyK48nHfsRCn8eexEEn7cGd19dSFd Archived-At: Subject: Re: [Teas] WG adoption poll - draft-zhuang-teas-scheduled-resources X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list Reply-To: adrian@olddog.co.uk List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 08 Nov 2016 18:56:31 -0000 This is a multipart message in MIME format. ------=_NextPart_000_0538_01D239F1.CC44D3D0 Content-Type: text/plain; charset="utf-8" Content-Transfer-Encoding: quoted-printable Thanks Pavan, =20 The XML is ready to go... =20 Adrian -- Support an author and your imagination. Tales from the Wood - Eighteen new fairy tales. More Tales from the Wood - Eighteen MORE new fairy tales. https://www.feedaread.com/profiles/8604/ http://www.amazon.co.uk/Tales-Wood-Adrian-Farrel/dp/1786100924 Or buy from me direct. =20 =20 =20 From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Vishnu Pavan = Beeram Sent: 08 November 2016 18:15 To: teas@ietf.org; TEAS WG Chairs Subject: Re: [Teas] WG adoption poll - = draft-zhuang-teas-scheduled-resources =20 All, The WG poll is closed. Authors, Please republish (when draft submission gets allowed) = draft-zhuang-teas-scheduled-resources-03 as draft-ietf-teas-scheduled-resources-00 with only the date and file name = changed. =20 Thanks, - Pavan and Lou. =20 On Mon, Oct 17, 2016 at 3:43 AM, Vishnu Pavan Beeram = wrote: All, This is start of a two week poll on making draft-zhuang-teas-scheduled-resources-03 a working group document. = Please send email to the list indicating "yes/support" or "no/do not support". If indicating no, please state your reservations with the document. If yes, please also feel free to provide comments you'd like to see addressed once the document is a WG document. The poll ends October 31. Thanks, Pavan and Lou. =20 ------=_NextPart_000_0538_01D239F1.CC44D3D0 Content-Type: text/html; charset="utf-8" Content-Transfer-Encoding: quoted-printable

    Thanks = Pavan,

     

    The XML is ready to = go...

     

    Adrian

    --

    Support an author and your = imagination.

    Tales from the Wood - Eighteen = new fairy tales.

    More Tales from the Wood - = Eighteen MORE new fairy tales.

    https://www.feedaread.com/profiles= /8604/

    http://www.amazon.co.uk/Tales-Wood= -Adrian-Farrel/dp/1786100924

    Or buy from me = direct.

     

     

     

    From: Teas = [mailto:teas-bounces@ietf.org] On Behalf Of Vishnu Pavan = Beeram
    Sent: 08 November 2016 18:15
    To: = teas@ietf.org; TEAS WG Chairs
    Subject: Re: [Teas] WG adoption = poll - = draft-zhuang-teas-scheduled-resources

     

    All,
        The WG poll is = closed.

    Authors,
        Please republish (when draft submission gets allowed) = draft-zhuang-teas-scheduled-resources-03 as
    draft-ietf-teas-scheduled-resources-00 with only = the date and file name changed.

     

    Thanks,

    - = Pavan and Lou.

     

    On Mon, = Oct 17, 2016 at 3:43 AM, Vishnu Pavan Beeram <vishnupavan@gmail.com> = wrote:

    All,

    This is start = of a two week poll on = making
    draft-zhuang-teas-scheduled-resources-03 a working group = document. Please
    send email to the list indicating = "yes/support" or "no/do not
    support".  If = indicating no, please state your reservations with = the
    document.  If yes, please also feel free to provide comments = you'd
    like to see addressed once the document is a WG = document.

    The poll ends October = 31.

    Thanks,
    Pavan and Lou.

     

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13:21:11 -0600 From: "Giovanni Martinelli (giomarti)" To: "Yemin (Amy)" Thread-Topic: [Teas] ID Tracker State Update Notice: Thread-Index: AQHSNdpDvvAiNyDLrkGHzPfc/ozSdqDHaMXwgABi/wCAANw2AIAHO2oA Date: Tue, 8 Nov 2016 19:21:11 +0000 Message-ID: <6D0D45C8-771F-440A-A81E-F93065ED3D0B@cisco.com> References: <147818146209.22755.6255303719663691627.idtracker@ietfa.amsl.com> <9C5FD3EFA72E1740A3D41BADDE0B461F9CE2270E@szxema506-mbs.china.huawei.com> In-Reply-To: <9C5FD3EFA72E1740A3D41BADDE0B461F9CE2270E@szxema506-mbs.china.huawei.com> Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-ms-exchange-messagesentrepresentingtype: 1 x-ms-exchange-transport-fromentityheader: Hosted x-originating-ip: [10.61.249.13] Content-Type: text/plain; charset="utf-8" Content-ID: <90692E0B676DAD4F8F45D5949FBA8E94@emea.cisco.com> Content-Transfer-Encoding: base64 MIME-Version: 1.0 Archived-At: Cc: "ccamp-chairs@ietf.org" , "BRUNGARD, DEBORAH A" , "draft-ietf-ccamp-ospf-availability-extension@ietf.org" , "ccamp@ietf.org" , "TEAS WG \(teas@ietf.org\)" , Daniele Ceccarelli Subject: Re: [Teas] ID Tracker State Update Notice: X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 08 Nov 2016 19:21:15 -0000 c291bmRzIGdvb2QgdG8gbWUsIEkgYWxzbyBzdXBwb3J0IGdlbmVyYWxpemVkIFNDU0kuDQoNCihz b3JyeSBmb3IgYmVpbmcgc28gc2lsZW50IG9uIGZvcm1lciBkaXNjdXNzaW9uKSANCg0KQ2hlZXJz DQpHDQoNCj4gT24gMDQgTm92IDIwMTYsIGF0IDA2OjU0LCBZZW1pbiAoQW15KSA8YW15LnllbWlu QGh1YXdlaS5jb20+IHdyb3RlOg0KPiANCj4gSSBzdXBwb3J0IHRoZSBhcHByb2FjaCB0byBkZWZp bmUgYSBnZW5lcmFsaXplZCBTQ1NJLiANCj4gV2l0aCB0aGUgZ2VuZXJhbGl6ZWQgU0NTSSAsIGlm IGEgbmV3IFRMViBjYW4gYmUgYXBwbGllZCB0byBtdWx0aXBsZSB0ZWNobm9sb2dpZXMsIHRoZXJl J3Mgbm8gbmVlZCB0byBkZWZpbmUgdGhlIHR5cGUgdW5kZXIgZWFjaCB0ZWNobm9sb2dpZXMgc3Bl 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<0C72C38E7EBC34499E8A9E7DD007863908F0F242@dfweml501-mbx> In-Reply-To: Accept-Language: zh-CN, en-US Content-Language: zh-CN X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.74.162.94] Content-Type: multipart/alternative; boundary="_000_F82A4B6D50F9464B8EBA55651F541CF8817AC188SZXEMA504MBSchi_" MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A090201.5822F65A.0200, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=169.254.8.10, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: 858c711f7d5f14af3a2a303e368a3663 Archived-At: Cc: "mpls@ietf.org" , "CCAMP \(ccamp@ietf.org\)" , "Scharf, Michael \(Nokia - DE\)" , "pce@ietf.org" , "TEAS WG \(teas@ietf.org\)" Subject: [Teas] =?gb2312?b?tPC4tDogW21wbHNdIGh0dHA6Ly90b29scy5pZXRmLm9y?= =?gb2312?b?Zy9odG1sL2RyYWZ0LWJ1c2liZWwtdGVhcy15YW5nLXBhdGgtY29tcHV0YXRp?= =?gb2312?b?b24tMDA=?= X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list 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    Hi all,

     

    I share the same understanding as Dieter and Francesco.

     

    I don=A1=AFt see much value of the stateful path computation, bec= ause the computed path cannot be guaranteed and it brings much overhead as = Francesco pointed.

     

    I think it makes sense if the resource of the stateful path shoul= d be reserved (or allocatedButNotInUse used by Dieter).

    &n= bsp;

    &n= bsp;

    &n= bsp;

    &n= bsp;

    Thanks<= o:p>

    &n= bsp;

    Fatai

     

    =B7=A2=BC=FE=C8=CB:<= /b> CCAMP [mailto:ccamp-bounces@ietf.org] =B4=FA=B1=ED Francesco Lazzeri
    =B7=A2=CB=CD=CA=B1=BC=E4: 2016=C4=EA11=D4=C27=C8=D5 16:50
    =CA=D5=BC=FE=C8=CB: Igor Bryskin; Dieter Beller
    =B3=AD=CB=CD: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@= ietf.org; TEAS WG (teas@ietf.org)
    =D6=F7=CC=E2: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00

     

     

    The = point here is for how long the provider should keep the computed path and i= ts request parameters (in fact if we want to have a possibly better path, a= t any change inside provider topology, resource status and usage, the provider should check if the computed path = is still feasible and/or redo path computation to find a better path). This= could be an overhead, in my view.

     

    Furt= hermore, I can=A1=AFt see how the provider could export the abstract TE-lin= k, as this is inside the client topology; in fact, if the client is asking = for a path between A and B (A and B inside provider topology), having A=A1=AF (in client topology) connected to A and= B=A1=AF (in client topology) connected to B, the relevant abstract TE link= (the forwarding adjacency) should be built between A=A1=AF and B=A1=AF, th= at is in the client topology; therefore the client should be in charge of managing it, as the provider is not aware of A=A1=AF and B= =A1=AF.

     

    BR

    Fran= cesco

     

    F= rom: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: 04 November, 2016 7:12 PM
    To: Dieter Beller <Die= ter.Beller@nokia.com>
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; TEAS WG (teas@ietf.org) <teas@ietf.org>; pce@ietf.org
    Subject: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Dieter,=

    &n= bsp;

    A clien= t may ask for a path not to be used immediately (e.g. to present as an abst= ract TE link to its own client, in some failure restoration scheme or as a = part of disaster recovery network topology re-configuration) without committing any network resources. In this case t= he client would want to know at least  if/when the path has stopped be= ing feasible any longer or (ideally) a better path is available.=

    &n= bsp;

    This is= similar to exposing to a client an abstract TE topology with an uncommitte= d abstract TE link (i.e. TE link that does not have a committed TE tunnel s= upporting it and advertises potentiality). Once such link is provided, the provider is expected to send updates when/= if the TE link attributes change. For uncommitted/potential TE link such up= dates could be provided based on event driven re-computation of the potenti= ality the TE link represents.

    The poi= nt is that an uncommitted abstract TE link and COMPUTE_ONLY TE tunnel can r= epresent (each in its own way) the same network potentiality

    &n= bsp;

    Cheers,=

    Igor

    &n= bsp;

    &n= bsp;

    &n= bsp;

    From:= Dieter Beller [mailto:Dieter.Beller@nokia.com]
    Sent: Friday, November 04, 2016 1:49 PM
    To: Igor Bryskin
    Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    = Hi Igor,

    could you please clarify how useful a stateful path without resource all= ocation is. I can't see the benefits of this use case.


    Thanks,
    Dieter

    On 04.11.2016 14:25, Igor Brysk= in wrote:

    Hi Diet= er,

     <= /span>

    A provi= der may compute path(s) for a TE tunnel, and then (without any resource all= ocation) may start monitoring/ensuring the path validity/optimality by re-c= omputing them in an event driven manner. For example, it can trigger the re-computation of the path(s) when detecti= ng a change in a state of a TE link the current path(s) are going through.&= nbsp; Depending on the results additional notifications may be sent to the = client.

     <= /span>

    Note th= at this is in addition to the reasons you correctly identified for implemen= ting stateful path computation (such as compute_and_reserve).

     <= /span>

    Cheers,=

    Igor

     <= /span>

     <= /span>

    From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com]
    Sent: Thursday, November 03, 2016 6:27 PM
    To: Leeyoung
    Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Hi all, 
     
    when we talk about the stateful path comput=
ation use case, it means IMHO that when a path has been calculated successf=
ully in response to a request, a new path object is created in the data sto=
re. This does only make sense if the resources have been allocated in the T=
ED of the PCE irrespective of the fact whether the connection along this pa=
th will be established right away or at a later point in time. This will pr=
event further path computation requests from assuming that the resources ar=
e still available. As the TED of the PCE also has to reflect the network st=
ate, I would assume that the network resources can be in one of the followi=
ng three states: available, allocatedButNotInUse,  allocatedAndInUse. =
The path objects also need state information reflecting for example the ala=
rm state of the allocated resources. The path calculated earlier may become=
 (temporarily) invalid due to a link failure affecting the path. 
     
    Does this make sense? 
     
     
    Thanks, 
    Dieter
     
    Sent from my tablet
     
    Leeyoung <leeyoung@huawei.com> wrote:
     

    Igor,

     <= /span>

    When yo= u say =A1=B0state=A1=B1, are you referring to the YANG datastore or some ot= her =A1=B0interim=A1=B1 state of those paths that are calculated but not in= stantiated as LSPs? If we were to update the YANG datastore for this, I would think that we may have some issue when the customer deci= ded not to instantiate the TE tunnel (after the path compute request).

     <= /span>

    Thanks.=

    Young

     <= /span>

     <= /span>

    From: Igor Bryskin
    Sent: Thursday, November 03, 2016 3:02 PM
    To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Young,<= /span>

     <= /span>

    From th= e provider controller point of view COMPUTE_ONLY TE tunnels will have exact= ly the same state as =A1=B0normal=A1=B1 (COMPUTE_ADN_PROVISION) TE tunnels.=

     <= /span>

    Igor

     <= /span>

    From: Leeyoung
    Sent: Thursday, November 03, 2016 3:42 PM
    To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Igor,

     <= /span>

    In such= case, would the YANG datastore be updated? I guess not. If not, then the s= ystem/controller has to keep this interim state, would it?

     <= /span>

    Thanks.=

    Young

     <= /span>

    From: Igor Bryskin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Michael= ,

    You are= exactly right. The purpose of the =A1=B0compute-only=A1=B1 TE tunnel is to= create/maintain the normal TE tunnel state and (re-)compute TE paths for t= he TE tunnel connections/LSPs but not signal/provision the LSPs.

     <= /span>

    Igor

     <= /span>

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: Thursday, November 03, 2016 3:17 PM
    To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Isn=A1= =AFt the intention of defining „compute-only tunnels=A1=B0 to create = state in the controller, but not to signal them? If the tunnel should be si= gnaled and resources shall be allocated, why not just configure a vanilla tunnel? Uses cases seem to exist for both variants, and both can= be encoded in YANG. Is there anything I miss here?

     <= /span>

    Michael=

     <= /span>

     <= /span>

    From: Leeyoung [mailto:lee= young@huawei.com]
    Sent: Thursday, November 03, 2016 7:49 PM
    To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     =

    Hi Mich= ael,

     <= /span>

    I think= I am with you on your point. If we use rpc, it is clear. On the other hand= , if we were to use =A1=B0stateful compute-only=A1=B1 it seems that the sys= tem/controller has to keep the state of the paths somewhere which is not YANG datastore. My understanding is that YANG datas= tore is updated only when the path is signaled and resource is allocated. W= ould this give the system/controller additional burden to keep the =A1=B0in= terim=A1=B1 state?

     <= /span>

    Young

     <= /span>

    From: CCAMP [mail= to:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
    Sent: Thursday, November 03, 2016 8:58 AM
    To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Maybe I= miss something, but to me, the domain controller either computes a path st= ateless, which can be modeled in YANG in an RPC. Or the domain controller c= omputes a path, stores state, and provides access to the result in the YANG datastore. In the latter case, whether re= sources are allocated, or whether the NEs get actually provisioned, is an o= rthogonal question.

     <= /span>

    As a si= de note, I am not sure of I would call a domain controller or an NMS a PCE.= Path computation is only a subset of the functions of a domain controller.=

     <= /span>

    Michael=

     <= /span>

     <= /span>

     <= /span>

    From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com]
    Sent: Thursday, November 03, 2016 2:49 PM
    To: Scharf, Michael     (Nokia - DE); Igo= r Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     =

    Can you please explain what the= =A1=B0stateful compute-only=A1=B1 stands for I don=A1=AFt understand what = is stateful in a path computation request only.

    IMHO either I ask the PCE (SDN = controller, NMS, whatever) to compute a path and then forget about it or I = ask to compute and provision it. I don=A1=AFt understand the value of askin= g for it and remembering about it.

     

    BR
    Daniele 

     

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: gioved=A8=AC 3 novembre 2016 14:45
    To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     =

    We have= discussed this before. From an implementer=A1=AFs perspective, the two cle= an solutions to the problem seem to either stateful „compute-only=A1= =B0 tunnels or a stateless RPC.

     <= /span>

    Michael=

     <= /span>

     <= /span>

    From: mpls [mailto:mpls-= bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Daniele Ceccarelli; CCAMP (cca= mp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibe= l-teas-yang-path-computation-00    <= /span>

     =

    Hi,

     <= /span>

    From th= e draft:

     <= /span>

    6.    YANG Model for requesting Path Computation

     

     

       Work on extending the TE Tunnel YANG model to support t= he need to

       request path computation has recently started also in t= he context of

       the [TE-TUNN= EL] draft.

     

       It is possible to request path computation by configuri= ng a

       "compute-only" TE tunnel and retrieving the c= omputed path(s) in the

       LSP(s) Record-Route Object (RRO) list as described in [= TE-TUNN= EL].

     

       This is a stateful solution since the state of each cre= ated

       "compute-only" TE tunnel needs to be maintain= ed and updated, when

       underlying network conditions change.

     

       The need also for a stateless solution, based on an RPC= , has been

       recognized.

     

     

       The YANG model to support stateless RPC is for further = study.

     

     

     

     

     

    IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

     

    Cheers,

    Igor

     <= /span>

     

     <= /span>

     

    --_000_F82A4B6D50F9464B8EBA55651F541CF8817AC188SZXEMA504MBSchi_-- From nobody Wed Nov 9 05:48:54 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 3EAF1129499; Wed, 9 Nov 2016 05:48:49 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.707 X-Spam-Level: X-Spam-Status: No, score=-5.707 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001, T_KAM_HTML_FONT_INVALID=0.01] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id DIGnODFFZrrj; Wed, 9 Nov 2016 05:48:44 -0800 (PST) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 550EB12944D; Wed, 9 Nov 2016 05:48:43 -0800 (PST) Received: from 172.18.7.190 (EHLO lhreml708-cah.china.huawei.com) ([172.18.7.190]) by lhrrg01-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id DAA75170; Wed, 09 Nov 2016 13:48:40 +0000 (GMT) Received: from DFWEML702-CAH.china.huawei.com (10.193.5.176) by lhreml708-cah.china.huawei.com (10.201.5.202) with Microsoft SMTP Server (TLS) id 14.3.235.1; Wed, 9 Nov 2016 13:48:39 +0000 Received: from DFWEML501-MBX.china.huawei.com ([10.193.5.178]) by dfweml702-cah.china.huawei.com ([10.193.5.176]) with mapi id 14.03.0235.001; Wed, 9 Nov 2016 05:48:29 -0800 From: Igor Bryskin To: Fatai Zhang , Francesco Lazzeri , Dieter Beller Thread-Topic: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 Thread-Index: AQHSNdbxqovpH1S/M0ui/wYWAHL6uaDHupQAgAABPgCAAAJUAIAAUW6AgAAHrQD//43VoIAAeTWA//+O+kCAAHmIAIAAJcgAgACAujCAAMOrgP//jARQAJSqJ4AAZ2q+AAAKEkOA Date: Wed, 9 Nov 2016 13:48:29 +0000 Message-ID: <0C72C38E7EBC34499E8A9E7DD007863908F0F747@dfweml501-mbx> References: <0C72C38E7EBC34499E8A9E7DD007863908F0EF32@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5BB53@FR712WXCHMBA15.zeu.alcatel-lucent.com> <655C07320163294895BBADA28372AF5D48B5BC01@FR712WXCHMBA15.zeu.alcatel-lucent.com> <7AEB3D6833318045B4AE71C2C87E8E172A8CC9D2@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5C82F@FR712WXCHMBA15.zeu.alcatel-lucent.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F10B@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA51@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F12D@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA9B@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F1E1@dfweml501-mbx> <9762bdb8-e73c-7653-3243-f7add7a9ce7c@nokia.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F242@dfweml501-mbx> In-Reply-To: Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.212.254.206] Content-Type: multipart/alternative; boundary="_000_0C72C38E7EBC34499E8A9E7DD007863908F0F747dfweml501mbx_" MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A090202.58232939.0173, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: bee9e4788904c3a2f3d547c3eaf515ee Archived-At: Cc: "mpls@ietf.org" , "CCAMP \(ccamp@ietf.org\)" , "Scharf, Michael \(Nokia - DE\)" , "pce@ietf.org" , "TEAS WG \(teas@ietf.org\)" Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 09 Nov 2016 13:48:49 -0000 --_000_0C72C38E7EBC34499E8A9E7DD007863908F0F747dfweml501mbx_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Hi Francesco, Please, see in-line. Cheers, Igor The point here is for how long the provider should keep the computed path a= nd its request parameters IB>> As far as the provider is concerned, the requested path and its parame= ters is a TE tunnel (albeit computed but not provisioned). So it keeps the = state until the client removes the TE tunnel. (in fact if we want to have a possibly better path, at any change inside pr= ovider topology, resource status and usage, the provider should check if th= e computed path is still feasible and/or redo path computation to find a be= tter path). This could be an overhead, in my view. IB>> For example, if provider is to ensure the path's feasibility, all it n= eeds is to detect a change in a TE link the path is going through and make = sure that the change does not make the path unfeasible. Only in the latter= case the path re-computation needs to be scheduled and performed in a back= ground thread. Furthermore, I can't see how the provider could export the abstract TE-link= , as this is inside the client topology; IB>> The abstract link is a part of the abstract topology "cooked" (customi= zed) for the client, which is supported by the computed path in the underla= y topology, which is the provider's topology. in fact, if the client is asking for a path between A and B (A and B inside= provider topology), having A' (in client topology) connected to A and B' (= in client topology) connected to B, the relevant abstract TE link (the forw= arding adjacency) should be built between A' and B', that is in the client = topology; therefore the client should be in charge of managing it, as the p= rovider is not aware of A' and B'. IB>> This is correct, but note that the two topologies (underlay and overla= y) according to the TE topology model have independent and unrelated name s= paces for node, link and SRLG IDs. So it is perfectly Ok. IB>> Also note that according to TE topology model one important attribut= e of a TE node (especially abstract composite node) is connectivity matrix,= which is nothing but a set of stateful paths computed, re-computed and con= stantly monitored (but not reserved) over the TE topology the node encapsul= ates. This means that stateful unreserved paths play already a very import= ant part in supporting TE topologies with asymmetrical blocking abstract TE= nodes. Igor BR Francesco From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: 04 November, 2016 7:12 PM To: Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; TEAS WG= (teas@ietf.org) = >; pce@ietf.org Subject: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel-teas-y= ang-path-computation-00 Dieter, A client may ask for a path not to be used immediately (e.g. to present as = an abstract TE link to its own client, in some failure restoration scheme o= r as a part of disaster recovery network topology re-configuration) without= committing any network resources. In this case the client would want to kn= ow at least if/when the path has stopped being feasible any longer or (ide= ally) a better path is available. This is similar to exposing to a client an abstract TE topology with an unc= ommitted abstract TE link (i.e. TE link that does not have a committed TE t= unnel supporting it and advertises potentiality). Once such link is provide= d, the provider is expected to send updates when/if the TE link attributes = change. For uncommitted/potential TE link such updates could be provided ba= sed on event driven re-computation of the potentiality the TE link represen= ts. The point is that an uncommitted abstract TE link and COMPUTE_ONLY TE tunne= l can represent (each in its own way) the same network potentiality Cheers, Igor From: Dieter Beller [mailto:Dieter.Beller@nokia.com] Sent: Friday, November 04, 2016 1:49 PM To: Igor Bryskin Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Igor, could you please clarify how useful a stateful path without resource alloca= tion is. I can't see the benefits of this use case. Thanks, Dieter On 04.11.2016 14:25, Igor Bryskin wrote: Hi Dieter, A provider may compute path(s) for a TE tunnel, and then (without any resou= rce allocation) may start monitoring/ensuring the path validity/optimality = by re-computing them in an event driven manner. For example, it can trigger= the re-computation of the path(s) when detecting a change in a state of a = TE link the current path(s) are going through. Depending on the results ad= ditional notifications may be sent to the client. Note that this is in addition to the reasons you correctly identified for i= mplementing stateful path computation (such as compute_and_reserve). Cheers, Igor From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com] Sent: Thursday, November 03, 2016 6:27 PM To: Leeyoung Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi all, when we talk about the stateful path computation use case, it means IMHO th= at when a path has been calculated successfully in response to a request, a= new path object is created in the data store. This does only make sense if= the resources have been allocated in the TED of the PCE irrespective of th= e fact whether the connection along this path will be established right awa= y or at a later point in time. This will prevent further path computation r= equests from assuming that the resources are still available. As the TED of= the PCE also has to reflect the network state, I would assume that the net= work resources can be in one of the following three states: available, allo= catedButNotInUse, allocatedAndInUse. The path objects also need state info= rmation reflecting for example the alarm state of the allocated resources. = The path calculated earlier may become (temporarily) invalid due to a link = failure affecting the path. Does this make sense? Thanks, Dieter Sent from my tablet Leeyoung wrote: Igor, When you say "state", are you referring to the YANG datastore or some other= "interim" state of those paths that are calculated but not instantiated as= LSPs? If we were to update the YANG datastore for this, I would think that= we may have some issue when the customer decided not to instantiate the TE= tunnel (after the path compute request). Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 3:02 PM To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Young, >From the provider controller point of view COMPUTE_ONLY TE tunnels will hav= e exactly the same state as "normal" (COMPUTE_ADN_PROVISION) TE tunnels. Igor From: Leeyoung Sent: Thursday, November 03, 2016 3:42 PM To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Igor, In such case, would the YANG datastore be updated? I guess not. If not, the= n the system/controller has to keep this interim state, would it? Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Michael, You are exactly right. The purpose of the "compute-only" TE tunnel is to cr= eate/maintain the normal TE tunnel state and (re-)compute TE paths for the = TE tunnel connections/LSPs but not signal/provision the LSPs. Igor From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: Thursday, November 03, 2016 3:17 PM To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Isn't the intention of defining "compute-only tunnels" to create state in t= he controller, but not to signal them? If the tunnel should be signaled and= resources shall be allocated, why not just configure a vanilla tunnel? Use= s cases seem to exist for both variants, and both can be encoded in YANG. I= s there anything I miss here? Michael From: Leeyoung [mailto:leeyoung@huawei.com] Sent: Thursday, November 03, 2016 7:49 PM To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Hi Michael, I think I am with you on your point. If we use rpc, it is clear. On the oth= er hand, if we were to use "stateful compute-only" it seems that the system= /controller has to keep the state of the paths somewhere which is not YANG = datastore. My understanding is that YANG datastore is updated only when the= path is signaled and resource is allocated. Would this give the system/con= troller additional burden to keep the "interim" state? Young From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (N= okia - DE) Sent: Thursday, November 03, 2016 8:58 AM To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Maybe I miss something, but to me, the domain controller either computes a = path stateless, which can be modeled in YANG in an RPC. Or the domain contr= oller computes a path, stores state, and provides access to the result in t= he YANG datastore. In the latter case, whether resources are allocated, or = whether the NEs get actually provisioned, is an orthogonal question. As a side note, I am not sure of I would call a domain controller or an NMS= a PCE. Path computation is only a subset of the functions of a domain cont= roller. Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_0C72C38E7EBC34499E8A9E7DD007863908F0F747dfweml501mbx_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

    Hi Francesco,

     

    Please, see in-line= .

     

    Cheers,<= /span>

    Igor

     

    The point here is f= or how long the provider should keep the computed path and its request para= meters

     

    IB>> As far as t= he provider is concerned, the requested path and its parameters is a TE tun= nel (albeit computed but not provisioned). So it keeps the state until the = client removes the TE tunnel.

     

    (in fact if we want= to have a possibly better path, at any change inside provider topology, re= source status and usage, the provider should check if the computed path is = still feasible and/or redo path computation to find a better path). This could be an overhead, in my view.<= /span>

     

    IB>> For example= , if provider is to ensure the path’s feasibility, all it needs is to= detect a change in a TE link the path is going through and make sure that = the  change does not make the path unfeasible. Only in the latter case the path re-computation needs to be scheduled and perfo= rmed in a background thread.

     

    Furthermore, I can&= #8217;t see how the provider could export the abstract TE-link, as this is = inside the client topology;

    IB>> The abstrac= t link is a part of the abstract topology “cooked” (customized)= for the client, which is supported by the computed path in the underlay to= pology, which is the provider’s topology.

     

    in fact, if the cli= ent is asking for a path between A and B (A and B inside provider topology)= , having A’ (in client topology) connected to A and B’ (in clie= nt topology) connected to B, the relevant abstract TE link (the forwarding adjacency) should be built between A’ and B&= #8217;, that is in the client topology; therefore the client should be in c= harge of managing it, as the provider is not aware of A’ and B’= .

     

    IB>> This is cor= rect, but note that the two topologies (underlay and overlay) according to = the TE topology model have independent and unrelated name spaces for node, = link and SRLG IDs. So it is perfectly Ok.

     

    IB>> Also note t= hat according  to TE topology model  one important attribute of a= TE node (especially abstract composite node) is connectivity matrix, which is nothing but a set of stateful paths computed, re-computed and c= onstantly monitored (but not reserved) over the TE topology the node encaps= ulates.  This means that stateful unreserved paths play already a very imp= ortant part in supporting TE topologies with asymmetrical blocking abstract= TE nodes.

     

    Igor

     

     

     

     

    BR

    Francesco

     

    From:= CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: 04 November, 2016 7:12 PM
    To: Dieter Beller <Die= ter.Beller@nokia.com>
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; TEAS WG (teas@ietf.org) <teas@ietf.org>; pce@ietf.org
    Subject: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Dieter,

     

    A client may ask for a= path not to be used immediately (e.g. to present as an abstract TE link to= its own client, in some failure restoration scheme or as a part of disaste= r recovery network topology re-configuration) without committing any network resources. In this case the client would wa= nt to know at least  if/when the path has stopped being feasible any l= onger or (ideally) a better path is available.

     

    This is similar to exp= osing to a client an abstract TE topology with an uncommitted abstract TE l= ink (i.e. TE link that does not have a committed TE tunnel supporting it an= d advertises potentiality). Once such link is provided, the provider is expected to send updates when/if the TE = link attributes change. For uncommitted/potential TE link such updates coul= d be provided based on event driven re-computation of the potentiality the = TE link represents.

    The point is that an u= ncommitted abstract TE link and COMPUTE_ONLY TE tunnel can represent (each = in its own way) the same network potentiality

     

    Cheers,

    Igor=

     

     

     

    From: Dieter Beller [mailto:Dieter.Beller@nokia.com]
    Sent: Friday, November 04, 2016 1:49 PM
    To: Igor Bryskin
    Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Hi Igor,

    could you please clarify how useful a stateful path without resource all= ocation is. I can't see the benefits of this use case.


    Thanks,
    Dieter

    On 04.11.2016 14:25, Igor Bryskin wrote:<= /p>

    Hi Dieter,=

     

    A provider may compute= path(s) for a TE tunnel, and then (without any resource allocation) may st= art monitoring/ensuring the path validity/optimality by re-computing them i= n an event driven manner. For example, it can trigger the re-computation of the path(s) when detecting a change i= n a state of a TE link the current path(s) are going through.  Dependi= ng on the results additional notifications may be sent to the client.

     

    Note that this is in a= ddition to the reasons you correctly identified for implementing stateful p= ath computation (such as compute_and_reserve).

     

    Cheers,

    Igor=

     

     

    From: Beller, = Dieter (Nokia - DE) [mailto:diet= er.beller@nokia.com]
    Sent: Thursday, November 03, 2016 6:27 PM
    To: Leeyoung
    Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Hi all, 
     
    when we talk about the stateful path computation use case,=
 it means IMHO that when a path has been calculated successfully in respons=
e to a request, a new path object is created in the data store. This does o=
nly make sense if the resources have been allocated in the TED of the PCE i=
rrespective of the fact whether the connection along this path will be esta=
blished right away or at a later point in time. This will prevent further p=
ath computation requests from assuming that the resources are still availab=
le. As the TED of the PCE also has to reflect the network state, I would as=
sume that the network resources can be in one of the following three states=
: available, allocatedButNotInUse,  allocatedAndInUse. The path object=
s also need state information reflecting for example the alarm state of the=
 allocated resources. The path calculated earlier may become (temporarily) =
invalid due to a link failure affecting the path. 
     
    Does this make sense? 
     
     
    Thanks, 
    Dieter
     
    Sent from my tablet
     
    Leeyoung <leeyou=
ng@huawei.com> wrote:
     

    Igor,

     

    When you say “st= ate”, are you referring to the YANG datastore or some other “in= terim” state of those paths that are calculated but not instantiated = as LSPs? If we were to update the YANG datastore for this, I would think that we may have some issue when the customer decided not to i= nstantiate the TE tunnel (after the path compute request).

     

    Thanks.

    Young

     

     

    From: Igor Bry= skin
    Sent: Thursday, November 03, 2016 3:02 PM
    To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Young,

     

    From the provider cont= roller point of view COMPUTE_ONLY TE tunnels will have exactly the same sta= te as “normal” (COMPUTE_ADN_PROVISION) TE tunnels.<= /o:p>

     

    Igor=

     

    From: Leeyoung
    Sent: Thursday, November 03, 2016 3:42 PM
    To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Igor,

     

    In such case, would th= e YANG datastore be updated? I guess not. If not, then the system/controlle= r has to keep this interim state, would it?

     

    Thanks.

    Young

     

    From: Igor Bry= skin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Michael,

    You are exactly right.= The purpose of the “compute-only” TE tunnel is to create/maint= ain the normal TE tunnel state and (re-)compute TE paths for the TE tunnel = connections/LSPs but not signal/provision the LSPs.

     

    Igor=

     

    From: Scharf, = Michael (Nokia - DE) [mailto:mi= chael.scharf@nokia.com]
    Sent: Thursday, November 03, 2016 3:17 PM
    To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Isn’t the intent= ion of defining „compute-only tunnels“ to create state in the c= ontroller, but not to signal them? If the tunnel should be signaled and res= ources shall be allocated, why not just configure a vanilla tunnel? Uses cases seem to exist for both variants, and both can be encode= d in YANG. Is there anything I miss here?

     

    Michael

     

     

    From: Leeyoung [mailto:lee= young@huawei.com]
    Sent: Thursday, November 03, 2016 7:49 PM
    To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Hi Michael,

     

    I think I am with you = on your point. If we use rpc, it is clear. On the other hand, if we were to= use “stateful compute-only” it seems that the system/controlle= r has to keep the state of the paths somewhere which is not YANG datastore. My understanding is that YANG datastore is updated = only when the path is signaled and resource is allocated. Would this give t= he system/controller additional burden to keep the “interim” st= ate?

     

    Young

     

    From: CCAMP [<= a href=3D"mailto:ccamp-bounces@ietf.org">mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
    Sent: Thursday, November 03, 2016 8:58 AM
    To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Maybe I miss something= , but to me, the domain controller either computes a path stateless, which = can be modeled in YANG in an RPC. Or the domain controller computes a path,= stores state, and provides access to the result in the YANG datastore. In the latter case, whether resources ar= e allocated, or whether the NEs get actually provisioned, is an orthogonal = question.

     

    As a side note, I am n= ot sure of I would call a domain controller or an NMS a PCE. Path computati= on is only a subset of the functions of a domain controller.

     

    Michael

     

     

     

    From: Daniele = Ceccarelli [mailto:danie= le.ceccarelli@ericsson.com]
    Sent: Thursday, November 03, 2016 2:49 PM
    To: Scharf, Michael     (Nokia - DE); Igo= r Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Can you please explain what the “stateful comp= ute-only” stands for I don’t understand what is stateful in a p= ath computation request only.

    IMHO either I ask the PCE (SDN controller, NMS, what= ever) to compute a path and then forget about it or I ask to compute and pr= ovision it. I don’t understand the value of asking for it and remembe= ring about it.

     

    BR
    Daniele 

     

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: gioved=EC 3 novembre 2016 14:45
    To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    We have discussed this= before. From an implementer’s perspective, the two clean solutions t= o the problem seem to either stateful „compute-only“ tunnels or= a stateless RPC.

     

    Michael

     

     

    From: mpls [mailto:mpls-= bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Daniele Ceccarelli; CCAMP (cca= mp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibe= l-teas-yang-path-computation-00

     

    Hi,<= /p>

     

    From the draft:=

     

    6. =    YANG Model for requesting Path Computation

     

     

      = ; Work on extending the TE Tunnel YANG model to support the need to<= o:p>

      = ; request path computation has recently started also in the context of

      = ; the [TE-TUNN= EL] draft.

     

      = ; It is possible to request path computation by configuring a

      = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

      = ; LSP(s) Record-Route Object (RRO) list as described in [TE-TUNN= EL].

     

      = ; This is a stateful solution since the state of each created

      = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

      = ; underlying network conditions change.

     

      = ; The need also for a stateless solution, based on an RPC, has been<= o:p>

      = ; recognized.

     

     

      = ; The YANG model to support stateless RPC is for further study.=

     

     

     

     

     

    IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

     

    Cheers,

    Igor

     

     

     

     

     

     

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charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Igor, IMHO simplicity pays back. Instead than maintaining all these states, notif= ying clients all the times something changes, and repeating path-computatio= n as needed, isn't better for a client (and provider) to ask what is needed= when it's needed, and get the best result back at that moment ? Regarding the abstract link in the overlay topology, I still can't see what= the provider will advertise. If it's a new link representing the forwardin= g adjacency between A' and B', how it will be represented by the provider ? BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 2:48 PM To: Fatai Zhang ; Francesco Lazzeri ; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) ; Scharf, Michael= (Nokia - DE) ; pce@ietf.org; TEAS WG (teas@ietf.= org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Francesco, Please, see in-line. Cheers, Igor The point here is for how long the provider should keep the computed path a= nd its request parameters IB>> As far as the provider is concerned, the requested path and its parame= ters is a TE tunnel (albeit computed but not provisioned). So it keeps the = state until the client removes the TE tunnel. (in fact if we want to have a possibly better path, at any change inside pr= ovider topology, resource status and usage, the provider should check if th= e computed path is still feasible and/or redo path computation to find a be= tter path). This could be an overhead, in my view. IB>> For example, if provider is to ensure the path's feasibility, all it n= eeds is to detect a change in a TE link the path is going through and make = sure that the change does not make the path unfeasible. Only in the latter= case the path re-computation needs to be scheduled and performed in a back= ground thread. Furthermore, I can't see how the provider could export the abstract TE-link= , as this is inside the client topology; IB>> The abstract link is a part of the abstract topology "cooked" (customi= zed) for the client, which is supported by the computed path in the underla= y topology, which is the provider's topology. in fact, if the client is asking for a path between A and B (A and B inside= provider topology), having A' (in client topology) connected to A and B' (= in client topology) connected to B, the relevant abstract TE link (the forw= arding adjacency) should be built between A' and B', that is in the client = topology; therefore the client should be in charge of managing it, as the p= rovider is not aware of A' and B'. IB>> This is correct, but note that the two topologies (underlay and overla= y) according to the TE topology model have independent and unrelated name s= paces for node, link and SRLG IDs. So it is perfectly Ok. IB>> Also note that according to TE topology model one important attribut= e of a TE node (especially abstract composite node) is connectivity matrix,= which is nothing but a set of stateful paths computed, re-computed and con= stantly monitored (but not reserved) over the TE topology the node encapsul= ates. This means that stateful unreserved paths play already a very import= ant part in supporting TE topologies with asymmetrical blocking abstract TE= nodes. Igor BR Francesco From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: 04 November, 2016 7:12 PM To: Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; TEAS WG= (teas@ietf.org) = >; pce@ietf.org Subject: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel-teas-y= ang-path-computation-00 Dieter, A client may ask for a path not to be used immediately (e.g. to present as = an abstract TE link to its own client, in some failure restoration scheme o= r as a part of disaster recovery network topology re-configuration) without= committing any network resources. In this case the client would want to kn= ow at least if/when the path has stopped being feasible any longer or (ide= ally) a better path is available. This is similar to exposing to a client an abstract TE topology with an unc= ommitted abstract TE link (i.e. TE link that does not have a committed TE t= unnel supporting it and advertises potentiality). Once such link is provide= d, the provider is expected to send updates when/if the TE link attributes = change. For uncommitted/potential TE link such updates could be provided ba= sed on event driven re-computation of the potentiality the TE link represen= ts. The point is that an uncommitted abstract TE link and COMPUTE_ONLY TE tunne= l can represent (each in its own way) the same network potentiality Cheers, Igor From: Dieter Beller [mailto:Dieter.Beller@nokia.com] Sent: Friday, November 04, 2016 1:49 PM To: Igor Bryskin Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Igor, could you please clarify how useful a stateful path without resource alloca= tion is. I can't see the benefits of this use case. Thanks, Dieter On 04.11.2016 14:25, Igor Bryskin wrote: Hi Dieter, A provider may compute path(s) for a TE tunnel, and then (without any resou= rce allocation) may start monitoring/ensuring the path validity/optimality = by re-computing them in an event driven manner. For example, it can trigger= the re-computation of the path(s) when detecting a change in a state of a = TE link the current path(s) are going through. Depending on the results ad= ditional notifications may be sent to the client. Note that this is in addition to the reasons you correctly identified for i= mplementing stateful path computation (such as compute_and_reserve). Cheers, Igor From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com] Sent: Thursday, November 03, 2016 6:27 PM To: Leeyoung Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi all, when we talk about the stateful path computation use case, it means IMHO th= at when a path has been calculated successfully in response to a request, a= new path object is created in the data store. This does only make sense if= the resources have been allocated in the TED of the PCE irrespective of th= e fact whether the connection along this path will be established right awa= y or at a later point in time. This will prevent further path computation r= equests from assuming that the resources are still available. As the TED of= the PCE also has to reflect the network state, I would assume that the net= work resources can be in one of the following three states: available, allo= catedButNotInUse, allocatedAndInUse. The path objects also need state info= rmation reflecting for example the alarm state of the allocated resources. = The path calculated earlier may become (temporarily) invalid due to a link = failure affecting the path. Does this make sense? Thanks, Dieter Sent from my tablet Leeyoung wrote: Igor, When you say "state", are you referring to the YANG datastore or some other= "interim" state of those paths that are calculated but not instantiated as= LSPs? If we were to update the YANG datastore for this, I would think that= we may have some issue when the customer decided not to instantiate the TE= tunnel (after the path compute request). Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 3:02 PM To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Young, >From the provider controller point of view COMPUTE_ONLY TE tunnels will hav= e exactly the same state as "normal" (COMPUTE_ADN_PROVISION) TE tunnels. Igor From: Leeyoung Sent: Thursday, November 03, 2016 3:42 PM To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Igor, In such case, would the YANG datastore be updated? I guess not. If not, the= n the system/controller has to keep this interim state, would it? Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Michael, You are exactly right. The purpose of the "compute-only" TE tunnel is to cr= eate/maintain the normal TE tunnel state and (re-)compute TE paths for the = TE tunnel connections/LSPs but not signal/provision the LSPs. Igor From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: Thursday, November 03, 2016 3:17 PM To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Isn't the intention of defining "compute-only tunnels" to create state in t= he controller, but not to signal them? If the tunnel should be signaled and= resources shall be allocated, why not just configure a vanilla tunnel? Use= s cases seem to exist for both variants, and both can be encoded in YANG. I= s there anything I miss here? Michael From: Leeyoung [mailto:leeyoung@huawei.com] Sent: Thursday, November 03, 2016 7:49 PM To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Hi Michael, I think I am with you on your point. If we use rpc, it is clear. On the oth= er hand, if we were to use "stateful compute-only" it seems that the system= /controller has to keep the state of the paths somewhere which is not YANG = datastore. My understanding is that YANG datastore is updated only when the= path is signaled and resource is allocated. Would this give the system/con= troller additional burden to keep the "interim" state? Young From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (N= okia - DE) Sent: Thursday, November 03, 2016 8:58 AM To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Maybe I miss something, but to me, the domain controller either computes a = path stateless, which can be modeled in YANG in an RPC. Or the domain contr= oller computes a path, stores state, and provides access to the result in t= he YANG datastore. In the latter case, whether resources are allocated, or = whether the NEs get actually provisioned, is an orthogonal question. As a side note, I am not sure of I would call a domain controller or an NMS= a PCE. Path computation is only a subset of the functions of a domain cont= roller. Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_AM4PR07MB1521754E4B30DF2F386DFB7196B90AM4PR07MB1521eurp_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

    Igor,

    IMHO simplicity pay= s back. Instead than maintaining all these states, notifying clients all th= e times something changes, and repeating path-computation as needed, isn= 217;t better for a client (and provider) to ask what is needed when it’s needed, and get the best result back at= that moment ?

    Regarding the abstr= act link in the overlay topology, I still can’t see what the provider= will advertise. If it’s a new link representing the forwarding adjac= ency between A’ and B’, how it will be represented by the provider ?

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.= com]
    Sent: 09 November, 2016 2:48 PM
    To: Fatai Zhang <zhangfatai@huawei.com>; Francesco Lazzeri <= ;francesco.lazzeri@ericsson.com>; Dieter Beller <Dieter.Beller@nokia.= com>
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Sc= harf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; = TEAS WG (teas@ietf.org) <teas@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00

     

    Hi Francesco,

     <= /o:p>

    Please, see in-line= .

     <= /o:p>

    Cheers,=

    Igor

     <= /o:p>

    The point here is f= or how long the provider should keep the computed path and its request para= meters

     <= /o:p>

    IB>> As far as t= he provider is concerned, the requested path and its parameters is a TE tun= nel (albeit computed but not provisioned). So it keeps the state until the = client removes the TE tunnel.

     <= /o:p>

    (in fact if we want= to have a possibly better path, at any change inside provider topology, re= source status and usage, the provider should check if the computed path is = still feasible and/or redo path computation to find a better path). This could be an overhead, in my view.=

     <= /o:p>

    IB>> For example= , if provider is to ensure the path’s feasibility, all it needs is to= detect a change in a TE link the path is going through and make sure that = the  change does not make the path unfeasible. Only in the latter case the path re-computation needs to be scheduled and perfo= rmed in a background thread.

     <= /o:p>

    Furthermore, I can&= #8217;t see how the provider could export the abstract TE-link, as this is = inside the client topology;

    IB>> The abstrac= t link is a part of the abstract topology “cooked” (customized)= for the client, which is supported by the computed path in the underlay to= pology, which is the provider’s topology.

     <= /o:p>

    in fact, if the cli= ent is asking for a path between A and B (A and B inside provider topology)= , having A’ (in client topology) connected to A and B’ (in clie= nt topology) connected to B, the relevant abstract TE link (the forwarding adjacency) should be built between A’ and B&= #8217;, that is in the client topology; therefore the client should be in c= harge of managing it, as the provider is not aware of A’ and B’= .

     <= /o:p>

    IB>> This is cor= rect, but note that the two topologies (underlay and overlay) according to = the TE topology model have independent and unrelated name spaces for node, = link and SRLG IDs. So it is perfectly Ok.

     

    IB>> Also note t= hat according  to TE topology model  one important attribute of a= TE node (especially abstract composite node) is connectivity matrix, which is nothing but a set of stateful paths computed, re-computed and c= onstantly monitored (but not reserved) over the TE topology the node encaps= ulates.  This means that stateful unreserved paths play already a very imp= ortant part in supporting TE topologies with asymmetrical blocking abstract= TE nodes.

     

    Igor

     <= /o:p>

     <= /o:p>

     <= /o:p>

     <= /o:p>

    BR

    Francesco

     <= /o:p>

    From:= CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: 04 November, 2016 7:12 PM
    To: Dieter Beller <Die= ter.Beller@nokia.com>
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; TEAS WG (teas@ietf.org) <teas@ietf.org>; pce@ietf.org
    Subject: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Dieter,

     

    A client may ask for a= path not to be used immediately (e.g. to present as an abstract TE link to= its own client, in some failure restoration scheme or as a part of disaste= r recovery network topology re-configuration) without committing any network resources. In this case the client would wa= nt to know at least  if/when the path has stopped being feasible any l= onger or (ideally) a better path is available.

     

    This is similar to exp= osing to a client an abstract TE topology with an uncommitted abstract TE l= ink (i.e. TE link that does not have a committed TE tunnel supporting it an= d advertises potentiality). Once such link is provided, the provider is expected to send updates when/if the TE = link attributes change. For uncommitted/potential TE link such updates coul= d be provided based on event driven re-computation of the potentiality the = TE link represents.

    The point is that an u= ncommitted abstract TE link and COMPUTE_ONLY TE tunnel can represent (each = in its own way) the same network potentiality

     

    Cheers,

    Igor=

     

     

     

    From: Dieter Beller [mailto:Dieter.B= eller@nokia.com]
    Sent: Friday, November 04, 2016 1:49 PM
    To: Igor Bryskin
    Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Hi Igor,

    could you please clarify how useful a stateful path without resource all= ocation is. I can't see the benefits of this use case.


    Thanks,
    Dieter

    On 04.11.2016 14:25, Igor Bryskin wrote:<= /p>

    Hi Dieter,=

     

    A provider may compute= path(s) for a TE tunnel, and then (without any resource allocation) may st= art monitoring/ensuring the path validity/optimality by re-computing them i= n an event driven manner. For example, it can trigger the re-computation of the path(s) when detecting a change i= n a state of a TE link the current path(s) are going through.  Dependi= ng on the results additional notifications may be sent to the client.

     

    Note that this is in a= ddition to the reasons you correctly identified for implementing stateful p= ath computation (such as compute_and_reserve).

     

    Cheers,

    Igor=

     

     

    From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com]
    Sent: Thursday, November 03, 2016 6:27 PM
    To: Leeyoung
    Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Hi all, 
     
    when we talk about the stateful path computation use case, it means IM=
HO that when a path has been calculated successfully in response to a reque=
st, a new path object is created in the data store. This does only make sen=
se if the resources have been allocated in the TED of the PCE irrespective =
of the fact whether the connection along this path will be established righ=
t away or at a later point in time. This will prevent further path computat=
ion requests from assuming that the resources are still available. As the T=
ED of the PCE also has to reflect the network state, I would assume that th=
e network resources can be in one of the following three states: available,=
 allocatedButNotInUse,  allocatedAndInUse. The path objects also need =
state information reflecting for example the alarm state of the allocated r=
esources. The path calculated earlier may become (temporarily) invalid due =
to a link failure affecting the path. 
     
    Does this make sense? 
     
     
    Thanks, 
    Dieter
     
    Sent from my tablet
     
    Leeyoung <leeyoung@huawei.co=
m> wrote:
     

    Igor,

     

    When you say “st= ate”, are you referring to the YANG datastore or some other “in= terim” state of those paths that are calculated but not instantiated = as LSPs? If we were to update the YANG datastore for this, I would think that we may have some issue when the customer decided not to i= nstantiate the TE tunnel (after the path compute request).

     

    Thanks.

    Young

     

     

    From: Igor Bryskin
    Sent: Thursday, November 03, 2016 3:02 PM
    To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Young,

     

    From the provider cont= roller point of view COMPUTE_ONLY TE tunnels will have exactly the same sta= te as “normal” (COMPUTE_ADN_PROVISION) TE tunnels.<= /o:p>

     

    Igor=

     

    From: Leeyoung
    Sent: Thursday, November 03, 2016 3:42 PM
    To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Igor,

     

    In such case, would th= e YANG datastore be updated? I guess not. If not, then the system/controlle= r has to keep this interim state, would it?

     

    Thanks.

    Young

     

    From: Igor Bryskin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Michael,

    You are exactly right.= The purpose of the “compute-only” TE tunnel is to create/maint= ain the normal TE tunnel state and (re-)compute TE paths for the TE tunnel = connections/LSPs but not signal/provision the LSPs.

     

    Igor=

     

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: Thursday, November 03, 2016 3:17 PM
    To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Isn’t the intent= ion of defining „compute-only tunnels“ to create state in the c= ontroller, but not to signal them? If the tunnel should be signaled and res= ources shall be allocated, why not just configure a vanilla tunnel? Uses cases seem to exist for both variants, and both can be encode= d in YANG. Is there anything I miss here?

     

    Michael

     

     

    From: Leeyoung= [mailto:leeyoung@huawei.com]
    Sent: Thursday, November 03, 2016 7:49 PM
    To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Hi Michael,

     

    I think I am with you = on your point. If we use rpc, it is clear. On the other hand, if we were to= use “stateful compute-only” it seems that the system/controlle= r has to keep the state of the paths somewhere which is not YANG datastore. My understanding is that YANG datastore is updated = only when the path is signaled and resource is allocated. Would this give t= he system/controller additional burden to keep the “interim” st= ate?

     

    Young

     

    From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
    Sent: Thursday, November 03, 2016 8:58 AM
    To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Maybe I miss something= , but to me, the domain controller either computes a path stateless, which = can be modeled in YANG in an RPC. Or the domain controller computes a path,= stores state, and provides access to the result in the YANG datastore. In the latter case, whether resources ar= e allocated, or whether the NEs get actually provisioned, is an orthogonal = question.

     

    As a side note, I am n= ot sure of I would call a domain controller or an NMS a PCE. Path computati= on is only a subset of the functions of a domain controller.

     

    Michael

     

     

     

    From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.c= om]
    Sent: Thursday, November 03, 2016 2:49 PM
    To: Scharf, Michael     (Nokia - DE); Igor Bryskin; C= CAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Can you please explain what the “stateful comp= ute-only” stands for I don’t understand what is stateful in a p= ath computation request only.

    IMHO either I ask the PCE (SDN controller, NMS, what= ever) to compute a path and then forget about it or I ask to compute and pr= ovision it. I don’t understand the value of asking for it and remembe= ring about it.

     

    BR
    Daniele 

     

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: gioved=EC 3 novembre 2016 14:45
    To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    We have discussed this= before. From an implementer’s perspective, the two clean solutions t= o the problem seem to either stateful „compute-only“ tunnels or= a stateless RPC.

     

    Michael

     

     

    From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Daniele Ceccarelli; CCAMP (cca= mp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibe= l-teas-yang-path-computation-00

     

    Hi,<= /p>

     

    From the draft:=

     

    6. =    YANG Model for requesting Path Computation

     

     

      = ; Work on extending the TE Tunnel YANG model to support the need to<= o:p>

      = ; request path computation has recently started also in the context of

      = ; the [TE-TUNN= EL] draft.

     

      = ; It is possible to request path computation by configuring a

      = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

      = ; LSP(s) Record-Route Object (RRO) list as described in [TE-TUNN= EL].

     

      = ; This is a stateful solution since the state of each created

      = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

      = ; underlying network conditions change.

     

      = ; The need also for a stateless solution, based on an RPC, has been<= o:p>

      = ; recognized.

     

     

      = ; The YANG model to support stateless RPC is for further study.=

     

     

     

     

     

    IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

     

    Cheers,

    Igor

     

     

     

     

     

     

    --_000_AM4PR07MB1521754E4B30DF2F386DFB7196B90AM4PR07MB1521eurp_-- From nobody Wed Nov 9 06:47:46 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id C2E6412955D; Wed, 9 Nov 2016 06:47:25 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.707 X-Spam-Level: X-Spam-Status: No, score=-5.707 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001, T_KAM_HTML_FONT_INVALID=0.01] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id VES09S_pl2QU; Wed, 9 Nov 2016 06:47:20 -0800 (PST) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id F170A1294F4; Wed, 9 Nov 2016 06:47:18 -0800 (PST) Received: from 172.18.7.190 (EHLO lhreml708-cah.china.huawei.com) ([172.18.7.190]) by lhrrg02-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id CUV75684; Wed, 09 Nov 2016 14:47:15 +0000 (GMT) Received: from DFWEML701-CAH.china.huawei.com (10.193.5.175) by lhreml708-cah.china.huawei.com (10.201.5.202) with Microsoft SMTP Server (TLS) id 14.3.235.1; Wed, 9 Nov 2016 14:47:15 +0000 Received: from DFWEML501-MBX.china.huawei.com ([10.193.5.178]) by dfweml701-cah.china.huawei.com ([10.193.5.175]) with mapi id 14.03.0235.001; Wed, 9 Nov 2016 06:47:04 -0800 From: Igor Bryskin To: Francesco Lazzeri , Fatai Zhang , Dieter Beller Thread-Topic: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 Thread-Index: AQHSNdbxqovpH1S/M0ui/wYWAHL6uaDHupQAgAABPgCAAAJUAIAAUW6AgAAHrQD//43VoIAAeTWA//+O+kCAAHmIAIAAJcgAgACAujCAAMOrgP//jARQAJSqJ4AAZ2q+AAAKEkOA///2foCAAIT9oA== Date: Wed, 9 Nov 2016 14:47:03 +0000 Message-ID: <0C72C38E7EBC34499E8A9E7DD007863908F0F774@dfweml501-mbx> References: <0C72C38E7EBC34499E8A9E7DD007863908F0EF32@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5BB53@FR712WXCHMBA15.zeu.alcatel-lucent.com> <655C07320163294895BBADA28372AF5D48B5BC01@FR712WXCHMBA15.zeu.alcatel-lucent.com> <7AEB3D6833318045B4AE71C2C87E8E172A8CC9D2@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5C82F@FR712WXCHMBA15.zeu.alcatel-lucent.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F10B@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA51@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F12D@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA9B@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F1E1@dfweml501-mbx> <9762bdb8-e73c-7653-3243-f7add7a9ce7c@nokia.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F242@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F747@dfweml501-mbx> In-Reply-To: Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.212.254.206] Content-Type: multipart/alternative; boundary="_000_0C72C38E7EBC34499E8A9E7DD007863908F0F774dfweml501mbx_" MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A090204.582336F5.0059, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: 722aff6d616c510e0ca958addbcaa3a0 Archived-At: Cc: "mpls@ietf.org" , "CCAMP \(ccamp@ietf.org\)" , "Scharf, Michael \(Nokia - DE\)" , "pce@ietf.org" , "TEAS WG \(teas@ietf.org\)" Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 09 Nov 2016 14:47:26 -0000 --_000_0C72C38E7EBC34499E8A9E7DD007863908F0F774dfweml501mbx_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Francesco, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. Igor From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com] Sent: Wednesday, November 09, 2016 9:26 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pc= e@ietf.org; TEAS WG (teas@ietf.org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Igor, IMHO simplicity pays back. Instead than maintaining all these states, notif= ying clients all the times something changes, and repeating path-computatio= n as needed, isn't better for a client (and provider) to ask what is needed= when it's needed, and get the best result back at that moment ? Regarding the abstract link in the overlay topology, I still can't see what= the provider will advertise. If it's a new link representing the forwardin= g adjacency between A' and B', how it will be represented by the provider ? BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 2:48 PM To: Fatai Zhang ; Francesco Lazzeri ; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) ; Scharf, Michael= (Nokia - DE) ; pce@ietf.org; TEAS WG (teas@ietf.= org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Francesco, Please, see in-line. Cheers, Igor The point here is for how long the provider should keep the computed path a= nd its request parameters IB>> As far as the provider is concerned, the requested path and its parame= ters is a TE tunnel (albeit computed but not provisioned). So it keeps the = state until the client removes the TE tunnel. (in fact if we want to have a possibly better path, at any change inside pr= ovider topology, resource status and usage, the provider should check if th= e computed path is still feasible and/or redo path computation to find a be= tter path). This could be an overhead, in my view. IB>> For example, if provider is to ensure the path's feasibility, all it n= eeds is to detect a change in a TE link the path is going through and make = sure that the change does not make the path unfeasible. Only in the latter= case the path re-computation needs to be scheduled and performed in a back= ground thread. Furthermore, I can't see how the provider could export the abstract TE-link= , as this is inside the client topology; IB>> The abstract link is a part of the abstract topology "cooked" (customi= zed) for the client, which is supported by the computed path in the underla= y topology, which is the provider's topology. in fact, if the client is asking for a path between A and B (A and B inside= provider topology), having A' (in client topology) connected to A and B' (= in client topology) connected to B, the relevant abstract TE link (the forw= arding adjacency) should be built between A' and B', that is in the client = topology; therefore the client should be in charge of managing it, as the p= rovider is not aware of A' and B'. IB>> This is correct, but note that the two topologies (underlay and overla= y) according to the TE topology model have independent and unrelated name s= paces for node, link and SRLG IDs. So it is perfectly Ok. IB>> Also note that according to TE topology model one important attribut= e of a TE node (especially abstract composite node) is connectivity matrix,= which is nothing but a set of stateful paths computed, re-computed and con= stantly monitored (but not reserved) over the TE topology the node encapsul= ates. This means that stateful unreserved paths play already a very import= ant part in supporting TE topologies with asymmetrical blocking abstract TE= nodes. Igor BR Francesco From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: 04 November, 2016 7:12 PM To: Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; TEAS WG= (teas@ietf.org) = >; pce@ietf.org Subject: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel-teas-y= ang-path-computation-00 Dieter, A client may ask for a path not to be used immediately (e.g. to present as = an abstract TE link to its own client, in some failure restoration scheme o= r as a part of disaster recovery network topology re-configuration) without= committing any network resources. In this case the client would want to kn= ow at least if/when the path has stopped being feasible any longer or (ide= ally) a better path is available. This is similar to exposing to a client an abstract TE topology with an unc= ommitted abstract TE link (i.e. TE link that does not have a committed TE t= unnel supporting it and advertises potentiality). Once such link is provide= d, the provider is expected to send updates when/if the TE link attributes = change. For uncommitted/potential TE link such updates could be provided ba= sed on event driven re-computation of the potentiality the TE link represen= ts. The point is that an uncommitted abstract TE link and COMPUTE_ONLY TE tunne= l can represent (each in its own way) the same network potentiality Cheers, Igor From: Dieter Beller [mailto:Dieter.Beller@nokia.com] Sent: Friday, November 04, 2016 1:49 PM To: Igor Bryskin Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Igor, could you please clarify how useful a stateful path without resource alloca= tion is. I can't see the benefits of this use case. Thanks, Dieter On 04.11.2016 14:25, Igor Bryskin wrote: Hi Dieter, A provider may compute path(s) for a TE tunnel, and then (without any resou= rce allocation) may start monitoring/ensuring the path validity/optimality = by re-computing them in an event driven manner. For example, it can trigger= the re-computation of the path(s) when detecting a change in a state of a = TE link the current path(s) are going through. Depending on the results ad= ditional notifications may be sent to the client. Note that this is in addition to the reasons you correctly identified for i= mplementing stateful path computation (such as compute_and_reserve). Cheers, Igor From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com] Sent: Thursday, November 03, 2016 6:27 PM To: Leeyoung Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi all, when we talk about the stateful path computation use case, it means IMHO th= at when a path has been calculated successfully in response to a request, a= new path object is created in the data store. This does only make sense if= the resources have been allocated in the TED of the PCE irrespective of th= e fact whether the connection along this path will be established right awa= y or at a later point in time. This will prevent further path computation r= equests from assuming that the resources are still available. As the TED of= the PCE also has to reflect the network state, I would assume that the net= work resources can be in one of the following three states: available, allo= catedButNotInUse, allocatedAndInUse. The path objects also need state info= rmation reflecting for example the alarm state of the allocated resources. = The path calculated earlier may become (temporarily) invalid due to a link = failure affecting the path. Does this make sense? Thanks, Dieter Sent from my tablet Leeyoung wrote: Igor, When you say "state", are you referring to the YANG datastore or some other= "interim" state of those paths that are calculated but not instantiated as= LSPs? If we were to update the YANG datastore for this, I would think that= we may have some issue when the customer decided not to instantiate the TE= tunnel (after the path compute request). Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 3:02 PM To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Young, >From the provider controller point of view COMPUTE_ONLY TE tunnels will hav= e exactly the same state as "normal" (COMPUTE_ADN_PROVISION) TE tunnels. Igor From: Leeyoung Sent: Thursday, November 03, 2016 3:42 PM To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Igor, In such case, would the YANG datastore be updated? I guess not. If not, the= n the system/controller has to keep this interim state, would it? Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Michael, You are exactly right. The purpose of the "compute-only" TE tunnel is to cr= eate/maintain the normal TE tunnel state and (re-)compute TE paths for the = TE tunnel connections/LSPs but not signal/provision the LSPs. Igor From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: Thursday, November 03, 2016 3:17 PM To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Isn't the intention of defining "compute-only tunnels" to create state in t= he controller, but not to signal them? If the tunnel should be signaled and= resources shall be allocated, why not just configure a vanilla tunnel? Use= s cases seem to exist for both variants, and both can be encoded in YANG. I= s there anything I miss here? Michael From: Leeyoung [mailto:leeyoung@huawei.com] Sent: Thursday, November 03, 2016 7:49 PM To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Hi Michael, I think I am with you on your point. If we use rpc, it is clear. On the oth= er hand, if we were to use "stateful compute-only" it seems that the system= /controller has to keep the state of the paths somewhere which is not YANG = datastore. My understanding is that YANG datastore is updated only when the= path is signaled and resource is allocated. Would this give the system/con= troller additional burden to keep the "interim" state? Young From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (N= okia - DE) Sent: Thursday, November 03, 2016 8:58 AM To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Maybe I miss something, but to me, the domain controller either computes a = path stateless, which can be modeled in YANG in an RPC. Or the domain contr= oller computes a path, stores state, and provides access to the result in t= he YANG datastore. In the latter case, whether resources are allocated, or = whether the NEs get actually provisioned, is an orthogonal question. As a side note, I am not sure of I would call a domain controller or an NMS= a PCE. Path computation is only a subset of the functions of a domain cont= roller. Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_0C72C38E7EBC34499E8A9E7DD007863908F0F774dfweml501mbx_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

    Francesco,<= /span>

     

    1)      IMHO simpli= city pays back. Instead than maintaining all these states, notifying client= s all the times something changes, and repeating path-computation as needed= , isn’t better for a client (and provider) to ask what is needed when it’s needed, and get the best result back= at that moment ?

    IB>> What happens it the provider at this moment says: ̶= 0; No, I have nothing for you” ?  What if the path was relied up= on by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

     <= /o:p>

     <= /o:p>

    2)      Regarding t= he abstract link in the overlay topology, I still can’t see what the = provider will advertise. If it’s a new link representing the forwardi= ng adjacency between A’ and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link A̵= 7;B’ points to the underlay (provider) TE topology where the path is = computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

     

     

    Igor

     

     

    From: Francesco Lazzeri [mailto:francesco.lazzeri@erics= son.com]
    Sent: Wednesday, November 09, 2016 9:26 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00

     

    Igor,

    IMHO simplicity pay= s back. Instead than maintaining all these states, notifying clients all th= e times something changes, and repeating path-computation as needed, isn= 217;t better for a client (and provider) to ask what is needed when it’s needed, and get the best result back at= that moment ?

    Regarding the abstr= act link in the overlay topology, I still can’t see what the provider= will advertise. If it’s a new link representing the forwarding adjac= ency between A’ and B’, how it will be represented by the provider ?

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.= com]
    Sent: 09 November, 2016 2:48 PM
    To: Fatai Zhang <zhangfatai@huawei.com>; Francesco Lazzeri <= ;francesco.lazzeri@ericsson.com>; Dieter Beller <Dieter.Beller@nokia.= com>
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Sc= harf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; = TEAS WG (teas@ietf.org) <teas@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00

     

    Hi Francesco,

     <= /o:p>

    Please, see in-line= .

     <= /o:p>

    Cheers,=

    Igor

     <= /o:p>

    The point here is f= or how long the provider should keep the computed path and its request para= meters

     <= /o:p>

    IB>> As far as t= he provider is concerned, the requested path and its parameters is a TE tun= nel (albeit computed but not provisioned). So it keeps the state until the = client removes the TE tunnel.

     <= /o:p>

    (in fact if we want= to have a possibly better path, at any change inside provider topology, re= source status and usage, the provider should check if the computed path is = still feasible and/or redo path computation to find a better path). This could be an overhead, in my view.=

     <= /o:p>

    IB>> For example= , if provider is to ensure the path’s feasibility, all it needs is to= detect a change in a TE link the path is going through and make sure that = the  change does not make the path unfeasible. Only in the latter case the path re-computation needs to be scheduled and perfo= rmed in a background thread.

     <= /o:p>

    Furthermore, I can&= #8217;t see how the provider could export the abstract TE-link, as this is = inside the client topology;

    IB>> The abstrac= t link is a part of the abstract topology “cooked” (customized)= for the client, which is supported by the computed path in the underlay to= pology, which is the provider’s topology.

     <= /o:p>

    in fact, if the cli= ent is asking for a path between A and B (A and B inside provider topology)= , having A’ (in client topology) connected to A and B’ (in clie= nt topology) connected to B, the relevant abstract TE link (the forwarding adjacency) should be built between A’ and B&= #8217;, that is in the client topology; therefore the client should be in c= harge of managing it, as the provider is not aware of A’ and B’= .

     <= /o:p>

    IB>> This is cor= rect, but note that the two topologies (underlay and overlay) according to = the TE topology model have independent and unrelated name spaces for node, = link and SRLG IDs. So it is perfectly Ok.

     

    IB>> Also note t= hat according  to TE topology model  one important attribute of a= TE node (especially abstract composite node) is connectivity matrix, which is nothing but a set of stateful paths computed, re-computed and c= onstantly monitored (but not reserved) over the TE topology the node encaps= ulates.  This means that stateful unreserved paths play already a very imp= ortant part in supporting TE topologies with asymmetrical blocking abstract= TE nodes.

     

    Igor

     <= /o:p>

     <= /o:p>

     <= /o:p>

     <= /o:p>

    BR

    Francesco

     <= /o:p>

    From:= CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: 04 November, 2016 7:12 PM
    To: Dieter Beller <Die= ter.Beller@nokia.com>
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; TEAS WG (teas@ietf.org) <teas@ietf.org>; pce@ietf.org
    Subject: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Dieter,

     

    A client may ask for a= path not to be used immediately (e.g. to present as an abstract TE link to= its own client, in some failure restoration scheme or as a part of disaste= r recovery network topology re-configuration) without committing any network resources. In this case the client would wa= nt to know at least  if/when the path has stopped being feasible any l= onger or (ideally) a better path is available.

     

    This is similar to exp= osing to a client an abstract TE topology with an uncommitted abstract TE l= ink (i.e. TE link that does not have a committed TE tunnel supporting it an= d advertises potentiality). Once such link is provided, the provider is expected to send updates when/if the TE = link attributes change. For uncommitted/potential TE link such updates coul= d be provided based on event driven re-computation of the potentiality the = TE link represents.

    The point is that an u= ncommitted abstract TE link and COMPUTE_ONLY TE tunnel can represent (each = in its own way) the same network potentiality

     

    Cheers,

    Igor=

     

     

     

    From: Dieter Beller [mailto:Dieter.Beller@nokia.com]
    Sent: Friday, November 04, 2016 1:49 PM
    To: Igor Bryskin
    Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Hi Igor,

    could you please clarify how useful a stateful path without resource all= ocation is. I can't see the benefits of this use case.


    Thanks,
    Dieter

    On 04.11.2016 14:25, Igor Bryskin wrote:<= /p>

    Hi Dieter,=

     

    A provider may compute= path(s) for a TE tunnel, and then (without any resource allocation) may st= art monitoring/ensuring the path validity/optimality by re-computing them i= n an event driven manner. For example, it can trigger the re-computation of the path(s) when detecting a change i= n a state of a TE link the current path(s) are going through.  Dependi= ng on the results additional notifications may be sent to the client.

     

    Note that this is in a= ddition to the reasons you correctly identified for implementing stateful p= ath computation (such as compute_and_reserve).

     

    Cheers,

    Igor=

     

     

    From: Beller, = Dieter (Nokia - DE) [mailto:diet= er.beller@nokia.com]
    Sent: Thursday, November 03, 2016 6:27 PM
    To: Leeyoung
    Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Hi all, 
     
    when we talk about the stateful path computation use case,=
 it means IMHO that when a path has been calculated successfully in respons=
e to a request, a new path object is created in the data store. This does o=
nly make sense if the resources have been allocated in the TED of the PCE i=
rrespective of the fact whether the connection along this path will be esta=
blished right away or at a later point in time. This will prevent further p=
ath computation requests from assuming that the resources are still availab=
le. As the TED of the PCE also has to reflect the network state, I would as=
sume that the network resources can be in one of the following three states=
: available, allocatedButNotInUse,  allocatedAndInUse. The path object=
s also need state information reflecting for example the alarm state of the=
 allocated resources. The path calculated earlier may become (temporarily) =
invalid due to a link failure affecting the path. 
     
    Does this make sense? 
     
     
    Thanks, 
    Dieter
     
    Sent from my tablet
     
    Leeyoung <leeyou=
ng@huawei.com> wrote:
     

    Igor,

     

    When you say “st= ate”, are you referring to the YANG datastore or some other “in= terim” state of those paths that are calculated but not instantiated = as LSPs? If we were to update the YANG datastore for this, I would think that we may have some issue when the customer decided not to i= nstantiate the TE tunnel (after the path compute request).

     

    Thanks.

    Young

     

     

    From: Igor Bry= skin
    Sent: Thursday, November 03, 2016 3:02 PM
    To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Young,

     

    From the provider cont= roller point of view COMPUTE_ONLY TE tunnels will have exactly the same sta= te as “normal” (COMPUTE_ADN_PROVISION) TE tunnels.<= /o:p>

     

    Igor=

     

    From: Leeyoung
    Sent: Thursday, November 03, 2016 3:42 PM
    To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Igor,

     

    In such case, would th= e YANG datastore be updated? I guess not. If not, then the system/controlle= r has to keep this interim state, would it?

     

    Thanks.

    Young

     

    From: Igor Bry= skin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Michael,

    You are exactly right.= The purpose of the “compute-only” TE tunnel is to create/maint= ain the normal TE tunnel state and (re-)compute TE paths for the TE tunnel = connections/LSPs but not signal/provision the LSPs.

     

    Igor=

     

    From: Scharf, = Michael (Nokia - DE) [mailto:mi= chael.scharf@nokia.com]
    Sent: Thursday, November 03, 2016 3:17 PM
    To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Isn’t the intent= ion of defining „compute-only tunnels“ to create state in the c= ontroller, but not to signal them? If the tunnel should be signaled and res= ources shall be allocated, why not just configure a vanilla tunnel? Uses cases seem to exist for both variants, and both can be encode= d in YANG. Is there anything I miss here?

     

    Michael

     

     

    From: Leeyoung [mailto:lee= young@huawei.com]
    Sent: Thursday, November 03, 2016 7:49 PM
    To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Hi Michael,

     

    I think I am with you = on your point. If we use rpc, it is clear. On the other hand, if we were to= use “stateful compute-only” it seems that the system/controlle= r has to keep the state of the paths somewhere which is not YANG datastore. My understanding is that YANG datastore is updated = only when the path is signaled and resource is allocated. Would this give t= he system/controller additional burden to keep the “interim” st= ate?

     

    Young

     

    From: CCAMP [<= a href=3D"mailto:ccamp-bounces@ietf.org">mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
    Sent: Thursday, November 03, 2016 8:58 AM
    To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Maybe I miss something= , but to me, the domain controller either computes a path stateless, which = can be modeled in YANG in an RPC. Or the domain controller computes a path,= stores state, and provides access to the result in the YANG datastore. In the latter case, whether resources ar= e allocated, or whether the NEs get actually provisioned, is an orthogonal = question.

     

    As a side note, I am n= ot sure of I would call a domain controller or an NMS a PCE. Path computati= on is only a subset of the functions of a domain controller.

     

    Michael

     

     

     

    From: Daniele = Ceccarelli [mailto:danie= le.ceccarelli@ericsson.com]
    Sent: Thursday, November 03, 2016 2:49 PM
    To: Scharf, Michael     (Nokia - DE); Igo= r Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Can you please explain what the “stateful comp= ute-only” stands for I don’t understand what is stateful in a p= ath computation request only.

    IMHO either I ask the PCE (SDN controller, NMS, what= ever) to compute a path and then forget about it or I ask to compute and pr= ovision it. I don’t understand the value of asking for it and remembe= ring about it.

     

    BR
    Daniele 

     

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: gioved=EC 3 novembre 2016 14:45
    To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    We have discussed this= before. From an implementer’s perspective, the two clean solutions t= o the problem seem to either stateful „compute-only“ tunnels or= a stateless RPC.

     

    Michael

     

     

    From: mpls [mailto:mpls-= bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Daniele Ceccarelli; CCAMP (cca= mp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibe= l-teas-yang-path-computation-00

     

    Hi,<= /p>

     

    From the draft:=

     

    6. =    YANG Model for requesting Path Computation

     

     

      = ; Work on extending the TE Tunnel YANG model to support the need to<= o:p>

      = ; request path computation has recently started also in the context of

      = ; the [TE-TUNN= EL] draft.

     

      = ; It is possible to request path computation by configuring a

      = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

      = ; LSP(s) Record-Route Object (RRO) list as described in [TE-TUNN= EL].

     

      = ; This is a stateful solution since the state of each created

      = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

      = ; underlying network conditions change.

     

      = ; The need also for a stateless solution, based on an RPC, has been<= o:p>

      = ; recognized.

     

     

      = ; The YANG model to support stateless RPC is for further study.=

     

     

     

     

     

    IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

     

    Cheers,

    Igor

     

     

     

     

     

     

     

     

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charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Igor, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? FL>> Probably the same in case the provider notifies "Hey, I have no= longer anything for you". If there is no (more) path, there is no path. Th= e client could only try and crankback looking for some different path or re= port an alarm. The scenario that seems more applicable to your proposal is a pre-planned r= estoration mechanism where we have a worker path in-service and a protectio= n path just computed (but not reserving network resources, in order to shar= e them among several protection paths), in a multi-domain network. In that = case, reserving te-tunnels like you suggest, could give an advantage, as th= e end-to-end cranckback could occur when the notification with "no-path" is= triggered by the provider (that means the protection path or some of its s= egments is no longer valid) and not when the path deployment is triggered b= y the client (that means the worker path is gone and we need the protection= immediately). Is this the case you are considering ? In other cases, as when used during an end-to-end path computation with imm= ediate deployment to reduce the possibility of conflicts among concurrent p= rocedures, it seems to me less important or applicable, as all these proced= ures will likely be orchestrated by the same entity, which could well avoid= conflicts. 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. FL>> This means that the provider just sends the reply to the path computat= ion request and doesn't advertise any new TE link to the client ? This is a= ctually what I would expect: the task to manage TE-links in the overlay top= ology is with the client. Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 3:47 PM To: Francesco Lazzeri ; Fatai Zhang ; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) ; Scharf, Michael= (Nokia - DE) ; pce@ietf.org; TEAS WG (teas@ietf.= org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. Igor From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com] Sent: Wednesday, November 09, 2016 9:26 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Igor, IMHO simplicity pays back. Instead than maintaining all these states, notif= ying clients all the times something changes, and repeating path-computatio= n as needed, isn't better for a client (and provider) to ask what is needed= when it's needed, and get the best result back at that moment ? Regarding the abstract link in the overlay topology, I still can't see what= the provider will advertise. If it's a new link representing the forwardin= g adjacency between A' and B', how it will be represented by the provider ? BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 2:48 PM To: Fatai Zhang >; Fran= cesco Lazzeri >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Francesco, Please, see in-line. Cheers, Igor The point here is for how long the provider should keep the computed path a= nd its request parameters IB>> As far as the provider is concerned, the requested path and its parame= ters is a TE tunnel (albeit computed but not provisioned). So it keeps the = state until the client removes the TE tunnel. (in fact if we want to have a possibly better path, at any change inside pr= ovider topology, resource status and usage, the provider should check if th= e computed path is still feasible and/or redo path computation to find a be= tter path). This could be an overhead, in my view. IB>> For example, if provider is to ensure the path's feasibility, all it n= eeds is to detect a change in a TE link the path is going through and make = sure that the change does not make the path unfeasible. Only in the latter= case the path re-computation needs to be scheduled and performed in a back= ground thread. Furthermore, I can't see how the provider could export the abstract TE-link= , as this is inside the client topology; IB>> The abstract link is a part of the abstract topology "cooked" (customi= zed) for the client, which is supported by the computed path in the underla= y topology, which is the provider's topology. in fact, if the client is asking for a path between A and B (A and B inside= provider topology), having A' (in client topology) connected to A and B' (= in client topology) connected to B, the relevant abstract TE link (the forw= arding adjacency) should be built between A' and B', that is in the client = topology; therefore the client should be in charge of managing it, as the p= rovider is not aware of A' and B'. IB>> This is correct, but note that the two topologies (underlay and overla= y) according to the TE topology model have independent and unrelated name s= paces for node, link and SRLG IDs. So it is perfectly Ok. IB>> Also note that according to TE topology model one important attribut= e of a TE node (especially abstract composite node) is connectivity matrix,= which is nothing but a set of stateful paths computed, re-computed and con= stantly monitored (but not reserved) over the TE topology the node encapsul= ates. This means that stateful unreserved paths play already a very import= ant part in supporting TE topologies with asymmetrical blocking abstract TE= nodes. Igor BR Francesco From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: 04 November, 2016 7:12 PM To: Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; TEAS WG= (teas@ietf.org) = >; pce@ietf.org Subject: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel-teas-y= ang-path-computation-00 Dieter, A client may ask for a path not to be used immediately (e.g. to present as = an abstract TE link to its own client, in some failure restoration scheme o= r as a part of disaster recovery network topology re-configuration) without= committing any network resources. In this case the client would want to kn= ow at least if/when the path has stopped being feasible any longer or (ide= ally) a better path is available. This is similar to exposing to a client an abstract TE topology with an unc= ommitted abstract TE link (i.e. TE link that does not have a committed TE t= unnel supporting it and advertises potentiality). Once such link is provide= d, the provider is expected to send updates when/if the TE link attributes = change. For uncommitted/potential TE link such updates could be provided ba= sed on event driven re-computation of the potentiality the TE link represen= ts. The point is that an uncommitted abstract TE link and COMPUTE_ONLY TE tunne= l can represent (each in its own way) the same network potentiality Cheers, Igor From: Dieter Beller [mailto:Dieter.Beller@nokia.com] Sent: Friday, November 04, 2016 1:49 PM To: Igor Bryskin Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Igor, could you please clarify how useful a stateful path without resource alloca= tion is. I can't see the benefits of this use case. Thanks, Dieter On 04.11.2016 14:25, Igor Bryskin wrote: Hi Dieter, A provider may compute path(s) for a TE tunnel, and then (without any resou= rce allocation) may start monitoring/ensuring the path validity/optimality = by re-computing them in an event driven manner. For example, it can trigger= the re-computation of the path(s) when detecting a change in a state of a = TE link the current path(s) are going through. Depending on the results ad= ditional notifications may be sent to the client. Note that this is in addition to the reasons you correctly identified for i= mplementing stateful path computation (such as compute_and_reserve). Cheers, Igor From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com] Sent: Thursday, November 03, 2016 6:27 PM To: Leeyoung Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi all, when we talk about the stateful path computation use case, it means IMHO th= at when a path has been calculated successfully in response to a request, a= new path object is created in the data store. This does only make sense if= the resources have been allocated in the TED of the PCE irrespective of th= e fact whether the connection along this path will be established right awa= y or at a later point in time. This will prevent further path computation r= equests from assuming that the resources are still available. As the TED of= the PCE also has to reflect the network state, I would assume that the net= work resources can be in one of the following three states: available, allo= catedButNotInUse, allocatedAndInUse. The path objects also need state info= rmation reflecting for example the alarm state of the allocated resources. = The path calculated earlier may become (temporarily) invalid due to a link = failure affecting the path. Does this make sense? Thanks, Dieter Sent from my tablet Leeyoung wrote: Igor, When you say "state", are you referring to the YANG datastore or some other= "interim" state of those paths that are calculated but not instantiated as= LSPs? If we were to update the YANG datastore for this, I would think that= we may have some issue when the customer decided not to instantiate the TE= tunnel (after the path compute request). Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 3:02 PM To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Young, >From the provider controller point of view COMPUTE_ONLY TE tunnels will hav= e exactly the same state as "normal" (COMPUTE_ADN_PROVISION) TE tunnels. Igor From: Leeyoung Sent: Thursday, November 03, 2016 3:42 PM To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Igor, In such case, would the YANG datastore be updated? I guess not. If not, the= n the system/controller has to keep this interim state, would it? Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Michael, You are exactly right. The purpose of the "compute-only" TE tunnel is to cr= eate/maintain the normal TE tunnel state and (re-)compute TE paths for the = TE tunnel connections/LSPs but not signal/provision the LSPs. Igor From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: Thursday, November 03, 2016 3:17 PM To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Isn't the intention of defining "compute-only tunnels" to create state in t= he controller, but not to signal them? If the tunnel should be signaled and= resources shall be allocated, why not just configure a vanilla tunnel? Use= s cases seem to exist for both variants, and both can be encoded in YANG. I= s there anything I miss here? Michael From: Leeyoung [mailto:leeyoung@huawei.com] Sent: Thursday, November 03, 2016 7:49 PM To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Hi Michael, I think I am with you on your point. If we use rpc, it is clear. On the oth= er hand, if we were to use "stateful compute-only" it seems that the system= /controller has to keep the state of the paths somewhere which is not YANG = datastore. My understanding is that YANG datastore is updated only when the= path is signaled and resource is allocated. Would this give the system/con= troller additional burden to keep the "interim" state? Young From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (N= okia - DE) Sent: Thursday, November 03, 2016 8:58 AM To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Maybe I miss something, but to me, the domain controller either computes a = path stateless, which can be modeled in YANG in an RPC. Or the domain contr= oller computes a path, stores state, and provides access to the result in t= he YANG datastore. In the latter case, whether resources are allocated, or = whether the NEs get actually provisioned, is an orthogonal question. As a side note, I am not sure of I would call a domain controller or an NMS= a PCE. Path computation is only a subset of the functions of a domain cont= roller. Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_AM4PR07MB15214CB0075CBB583A96B82B96B90AM4PR07MB1521eurp_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

    Igor,

     

    1)      IMHO simpli= city pays back. Instead than maintaining all these states, notifying client= s all the times something changes, and repeating path-computation as needed= , isn’t better for a client (and provider) to ask what is needed when it’s needed, and get the best result back= at that moment ?

    IB>> What happens it the provider at this moment says: ̶= 0; No, I have nothing for you” ?  What if the path was relied up= on by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

           FL>> Probably the sam= e in case the provider notifies “Hey, I have no longer anything for y= ou”. If there is no (more) path, there is no path. The client could only try an= d crankback looking for some different path or report an alarm.

    The scenario that seems more applicable to your proposal is a pr= e-planned restoration mechanism where we have a worker path in-service and a protection path just computed (but = not reserving network resources, in order to share them among several prote= ction paths), in a multi-domain network. In that case, reserving te-tunnels= like you suggest, could give an advantage, as the end-to-end cranckback could occur when the notification = with “no-path” is triggered by the provider (that means the pro= tection path or some of its segments is no longer valid) and not when the p= ath deployment is triggered by the client (that means the worker path is gone and we need the protection immediately). Is = this the case you are considering ?

    In other cases, as when used during an end-to-end path computati= on with immediate deployment to reduce the possibility of conflicts among concurrent procedures, it seems to me l= ess important or applicable, as all these procedures will likely be orchest= rated by the same entity, which could well avoid conflicts.

     

     <= /o:p>

    2)      Regarding t= he abstract link in the overlay topology, I still can’t see what the = provider will advertise. If it’s a new link representing the forwardi= ng adjacency between A’ and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link A̵= 7;B’ points to the underlay (provider) TE topology where the path is = computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

    FL>> This means that the provi= der just sends the reply to the path computation request and doesn’t advertise any new TE link to the client ? This i= s actually what I would expect: the task to manage TE-links in the overlay = topology is with the client.

     

    Francesco

    &n= bsp;

    &n= bsp;

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.= com]
    Sent: 09 November, 2016 3:47 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai = Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter.Beller@nokia.= com>
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Sc= harf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; = TEAS WG (teas@ietf.org) <teas@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00

     

    Francesco,<= /span>

     

    1)      IMHO simpli= city pays back. Instead than maintaining all these states, notifying client= s all the times something changes, and repeating path-computation as needed= , isn’t better for a client (and provider) to ask what is needed when it’s needed, and get the best result back= at that moment ?

    IB>> What happens it the provider at this moment says: ̶= 0; No, I have nothing for you” ?  What if the path was relied up= on by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

     <= /o:p>

     <= /o:p>

    2)      Regarding t= he abstract link in the overlay topology, I still can’t see what the = provider will advertise. If it’s a new link representing the forwardi= ng adjacency between A’ and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link A̵= 7;B’ points to the underlay (provider) TE topology where the path is = computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

     

     

    Igor

     

     

    From: Francesco Lazzeri [mail= to:francesco.lazzeri@ericsson.com]
    Sent: Wednesday, November 09, 2016 9:26 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Igor,

    IMHO simplicity pay= s back. Instead than maintaining all these states, notifying clients all th= e times something changes, and repeating path-computation as needed, isn= 217;t better for a client (and provider) to ask what is needed when it’s needed, and get the best result back at= that moment ?

    Regarding the abstr= act link in the overlay topology, I still can’t see what the provider= will advertise. If it’s a new link representing the forwarding adjac= ency between A’ and B’, how it will be represented by the provider ?

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 2:48 PM
    To: Fatai Zhang <zhangfa= tai@huawei.com>; Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Dieter Beller = <Dieter.Beller@nokia.com&= gt;
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; TEAS WG (teas@ietf.org) <te= as@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Hi Francesco,

     <= /o:p>

    Please, see in-line= .

     <= /o:p>

    Cheers,=

    Igor

     <= /o:p>

    The point here is f= or how long the provider should keep the computed path and its request para= meters

     <= /o:p>

    IB>> As far as t= he provider is concerned, the requested path and its parameters is a TE tun= nel (albeit computed but not provisioned). So it keeps the state until the = client removes the TE tunnel.

     <= /o:p>

    (in fact if we want= to have a possibly better path, at any change inside provider topology, re= source status and usage, the provider should check if the computed path is = still feasible and/or redo path computation to find a better path). This could be an overhead, in my view.=

     <= /o:p>

    IB>> For example= , if provider is to ensure the path’s feasibility, all it needs is to= detect a change in a TE link the path is going through and make sure that = the  change does not make the path unfeasible. Only in the latter case the path re-computation needs to be scheduled and perfo= rmed in a background thread.

     <= /o:p>

    Furthermore, I can&= #8217;t see how the provider could export the abstract TE-link, as this is = inside the client topology;

    IB>> The abstrac= t link is a part of the abstract topology “cooked” (customized)= for the client, which is supported by the computed path in the underlay to= pology, which is the provider’s topology.

     <= /o:p>

    in fact, if the cli= ent is asking for a path between A and B (A and B inside provider topology)= , having A’ (in client topology) connected to A and B’ (in clie= nt topology) connected to B, the relevant abstract TE link (the forwarding adjacency) should be built between A’ and B&= #8217;, that is in the client topology; therefore the client should be in c= harge of managing it, as the provider is not aware of A’ and B’= .

     <= /o:p>

    IB>> This is cor= rect, but note that the two topologies (underlay and overlay) according to = the TE topology model have independent and unrelated name spaces for node, = link and SRLG IDs. So it is perfectly Ok.

     

    IB>> Also note t= hat according  to TE topology model  one important attribute of a= TE node (especially abstract composite node) is connectivity matrix, which is nothing but a set of stateful paths computed, re-computed and c= onstantly monitored (but not reserved) over the TE topology the node encaps= ulates.  This means that stateful unreserved paths play already a very imp= ortant part in supporting TE topologies with asymmetrical blocking abstract= TE nodes.

     

    Igor

     <= /o:p>

     <= /o:p>

     <= /o:p>

     <= /o:p>

    BR

    Francesco

     <= /o:p>

    From:= CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: 04 November, 2016 7:12 PM
    To: Dieter Beller <Die= ter.Beller@nokia.com>
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; TEAS WG (teas@ietf.org) <teas@ietf.org>; pce@ietf.org
    Subject: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Dieter,

     

    A client may ask for a= path not to be used immediately (e.g. to present as an abstract TE link to= its own client, in some failure restoration scheme or as a part of disaste= r recovery network topology re-configuration) without committing any network resources. In this case the client would wa= nt to know at least  if/when the path has stopped being feasible any l= onger or (ideally) a better path is available.

     

    This is similar to exp= osing to a client an abstract TE topology with an uncommitted abstract TE l= ink (i.e. TE link that does not have a committed TE tunnel supporting it an= d advertises potentiality). Once such link is provided, the provider is expected to send updates when/if the TE = link attributes change. For uncommitted/potential TE link such updates coul= d be provided based on event driven re-computation of the potentiality the = TE link represents.

    The point is that an u= ncommitted abstract TE link and COMPUTE_ONLY TE tunnel can represent (each = in its own way) the same network potentiality

     

    Cheers,

    Igor=

     

     

     

    From: Dieter Beller [mailto:Dieter.B= eller@nokia.com]
    Sent: Friday, November 04, 2016 1:49 PM
    To: Igor Bryskin
    Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Hi Igor,

    could you please clarify how useful a stateful path without resource all= ocation is. I can't see the benefits of this use case.


    Thanks,
    Dieter

    On 04.11.2016 14:25, Igor Bryskin wrote:<= /p>

    Hi Dieter,=

     

    A provider may compute= path(s) for a TE tunnel, and then (without any resource allocation) may st= art monitoring/ensuring the path validity/optimality by re-computing them i= n an event driven manner. For example, it can trigger the re-computation of the path(s) when detecting a change i= n a state of a TE link the current path(s) are going through.  Dependi= ng on the results additional notifications may be sent to the client.

     

    Note that this is in a= ddition to the reasons you correctly identified for implementing stateful p= ath computation (such as compute_and_reserve).

     

    Cheers,

    Igor=

     

     

    From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com]
    Sent: Thursday, November 03, 2016 6:27 PM
    To: Leeyoung
    Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Hi all, 
     
    when we talk about the stateful path computation use case, it means IM=
HO that when a path has been calculated successfully in response to a reque=
st, a new path object is created in the data store. This does only make sen=
se if the resources have been allocated in the TED of the PCE irrespective =
of the fact whether the connection along this path will be established righ=
t away or at a later point in time. This will prevent further path computat=
ion requests from assuming that the resources are still available. As the T=
ED of the PCE also has to reflect the network state, I would assume that th=
e network resources can be in one of the following three states: available,=
 allocatedButNotInUse,  allocatedAndInUse. The path objects also need =
state information reflecting for example the alarm state of the allocated r=
esources. The path calculated earlier may become (temporarily) invalid due =
to a link failure affecting the path. 
     
    Does this make sense? 
     
     
    Thanks, 
    Dieter
     
    Sent from my tablet
     
    Leeyoung <leeyoung@huawei.co=
m> wrote:
     

    Igor,

     

    When you say “st= ate”, are you referring to the YANG datastore or some other “in= terim” state of those paths that are calculated but not instantiated = as LSPs? If we were to update the YANG datastore for this, I would think that we may have some issue when the customer decided not to i= nstantiate the TE tunnel (after the path compute request).

     

    Thanks.

    Young

     

     

    From: Igor Bryskin
    Sent: Thursday, November 03, 2016 3:02 PM
    To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Young,

     

    From the provider cont= roller point of view COMPUTE_ONLY TE tunnels will have exactly the same sta= te as “normal” (COMPUTE_ADN_PROVISION) TE tunnels.<= /o:p>

     

    Igor=

     

    From: Leeyoung
    Sent: Thursday, November 03, 2016 3:42 PM
    To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Igor,

     

    In such case, would th= e YANG datastore be updated? I guess not. If not, then the system/controlle= r has to keep this interim state, would it?

     

    Thanks.

    Young

     

    From: Igor Bryskin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Michael,

    You are exactly right.= The purpose of the “compute-only” TE tunnel is to create/maint= ain the normal TE tunnel state and (re-)compute TE paths for the TE tunnel = connections/LSPs but not signal/provision the LSPs.

     

    Igor=

     

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: Thursday, November 03, 2016 3:17 PM
    To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Isn’t the intent= ion of defining „compute-only tunnels“ to create state in the c= ontroller, but not to signal them? If the tunnel should be signaled and res= ources shall be allocated, why not just configure a vanilla tunnel? Uses cases seem to exist for both variants, and both can be encode= d in YANG. Is there anything I miss here?

     

    Michael

     

     

    From: Leeyoung= [mailto:leeyoung@huawei.com]
    Sent: Thursday, November 03, 2016 7:49 PM
    To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Hi Michael,

     

    I think I am with you = on your point. If we use rpc, it is clear. On the other hand, if we were to= use “stateful compute-only” it seems that the system/controlle= r has to keep the state of the paths somewhere which is not YANG datastore. My understanding is that YANG datastore is updated = only when the path is signaled and resource is allocated. Would this give t= he system/controller additional burden to keep the “interim” st= ate?

     

    Young

     

    From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
    Sent: Thursday, November 03, 2016 8:58 AM
    To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Maybe I miss something= , but to me, the domain controller either computes a path stateless, which = can be modeled in YANG in an RPC. Or the domain controller computes a path,= stores state, and provides access to the result in the YANG datastore. In the latter case, whether resources ar= e allocated, or whether the NEs get actually provisioned, is an orthogonal = question.

     

    As a side note, I am n= ot sure of I would call a domain controller or an NMS a PCE. Path computati= on is only a subset of the functions of a domain controller.

     

    Michael

     

     

     

    From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.c= om]
    Sent: Thursday, November 03, 2016 2:49 PM
    To: Scharf, Michael     (Nokia - DE); Igor Bryskin; C= CAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Can you please explain what the “stateful comp= ute-only” stands for I don’t understand what is stateful in a p= ath computation request only.

    IMHO either I ask the PCE (SDN controller, NMS, what= ever) to compute a path and then forget about it or I ask to compute and pr= ovision it. I don’t understand the value of asking for it and remembe= ring about it.

     

    BR
    Daniele 

     

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: gioved=EC 3 novembre 2016 14:45
    To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    We have discussed this= before. From an implementer’s perspective, the two clean solutions t= o the problem seem to either stateful „compute-only“ tunnels or= a stateless RPC.

     

    Michael

     

     

    From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Daniele Ceccarelli; CCAMP (cca= mp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibe= l-teas-yang-path-computation-00

     

    Hi,<= /p>

     

    From the draft:=

     

    6. =    YANG Model for requesting Path Computation

     

     

      = ; Work on extending the TE Tunnel YANG model to support the need to<= o:p>

      = ; request path computation has recently started also in the context of

      = ; the [TE-TUNN= EL] draft.

     

      = ; It is possible to request path computation by configuring a

      = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

      = ; LSP(s) Record-Route Object (RRO) list as described in [TE-TUNN= EL].

     

      = ; This is a stateful solution since the state of each created

      = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

      = ; underlying network conditions change.

     

      = ; The need also for a stateless solution, based on an RPC, has been<= o:p>

      = ; recognized.

     

     

      = ; The YANG model to support stateless RPC is for further study.=

     

     

     

     

     

    IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

     

    Cheers,

    Igor

     

     

     

     

     

     

     

     

    --_000_AM4PR07MB15214CB0075CBB583A96B82B96B90AM4PR07MB1521eurp_-- From nobody Wed Nov 9 07:57:39 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 65153129541; Wed, 9 Nov 2016 07:57:33 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.707 X-Spam-Level: X-Spam-Status: No, score=-5.707 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001, T_KAM_HTML_FONT_INVALID=0.01] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 1I88WuR2CuXU; Wed, 9 Nov 2016 07:57:27 -0800 (PST) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 6F9751295C0; Wed, 9 Nov 2016 07:57:25 -0800 (PST) Received: from 172.18.7.190 (EHLO lhreml703-cah.china.huawei.com) ([172.18.7.190]) by lhrrg02-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id CUV85396; Wed, 09 Nov 2016 15:57:22 +0000 (GMT) Received: from DFWEML703-CAH.china.huawei.com (10.193.5.177) by lhreml703-cah.china.huawei.com (10.201.5.104) with Microsoft SMTP Server (TLS) id 14.3.235.1; Wed, 9 Nov 2016 15:56:27 +0000 Received: from DFWEML501-MBX.china.huawei.com ([10.193.5.178]) by DFWEML703-CAH.china.huawei.com ([10.193.5.177]) with mapi id 14.03.0235.001; Wed, 9 Nov 2016 07:56:17 -0800 From: Igor Bryskin To: Francesco Lazzeri , Fatai Zhang , Dieter Beller Thread-Topic: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 Thread-Index: AQHSNdbxqovpH1S/M0ui/wYWAHL6uaDHupQAgAABPgCAAAJUAIAAUW6AgAAHrQD//43VoIAAeTWA//+O+kCAAHmIAIAAJcgAgACAujCAAMOrgP//jARQAJSqJ4AAZ2q+AAAKEkOA///2foCAAIT9oP//jDMAgACEpnA= Date: Wed, 9 Nov 2016 15:56:16 +0000 Message-ID: <0C72C38E7EBC34499E8A9E7DD007863908F0F7CA@dfweml501-mbx> References: <0C72C38E7EBC34499E8A9E7DD007863908F0EF32@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5BB53@FR712WXCHMBA15.zeu.alcatel-lucent.com> <655C07320163294895BBADA28372AF5D48B5BC01@FR712WXCHMBA15.zeu.alcatel-lucent.com> <7AEB3D6833318045B4AE71C2C87E8E172A8CC9D2@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5C82F@FR712WXCHMBA15.zeu.alcatel-lucent.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F10B@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA51@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F12D@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA9B@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F1E1@dfweml501-mbx> <9762bdb8-e73c-7653-3243-f7add7a9ce7c@nokia.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F242@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F747@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F774@dfweml501-mbx> In-Reply-To: Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.212.254.206] Content-Type: multipart/alternative; boundary="_000_0C72C38E7EBC34499E8A9E7DD007863908F0F7CAdfweml501mbx_" MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A090203.58234763.00E8, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: 722aff6d616c510e0ca958addbcaa3a0 Archived-At: Cc: "mpls@ietf.org" , "CCAMP \(ccamp@ietf.org\)" , "Scharf, Michael \(Nokia - DE\)" , "pce@ietf.org" , "TEAS WG \(teas@ietf.org\)" Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 09 Nov 2016 15:57:33 -0000 --_000_0C72C38E7EBC34499E8A9E7DD007863908F0F7CAdfweml501mbx_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Francesco, Please, see in-line. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Wednesday, November 09, 2016 10:27 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pc= e@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? FL>> Probably the same in case the provider notifies "Hey, I have no= longer anything for you". IB>> But this would be a bit too late, wouldn't it? Wouldn't it be better i= f the client has learnt about the previously returned path unfeasibility ah= ead of time, so that it could re-plan it's failure recovery scheme? If there is no (more) path, there is no path. The client could only try and= crankback looking for some different path or report an alarm. IB>> Relying on crankbaks in an unpredictable way is not exactly a good sol= ution, right? The scenario that seems more applicable to your proposal is a pre-planned r= estoration mechanism where we have a worker path in-service and a protectio= n path just computed (but not reserving network resources, in order to shar= e them among several protection paths), in a multi-domain network. In that = case, reserving te-tunnels like you suggest, could give an advantage, as th= e end-to-end cranckback could occur when the notification with "no-path" is= triggered by the provider (that means the protection path or some of its s= egments is no longer valid) and not when the path deployment is triggered b= y the client (that means the worker path is gone and we need the protection= immediately). Is this the case you are considering ? IB>> Exactly. All the scenarios you can think of where you don't know when = and where a problem may happen and you want to maintain flexibility and sha= re the network resources to protect as much as you can In other cases, as when used during an end-to-end path computation with imm= ediate deployment to reduce the possibility of conflicts among concurrent p= rocedures, it seems to me less important or applicable, as all these proced= ures will likely be orchestrated by the same entity, which could well avoid= conflicts. IB>> All cases where the provider wants to expose a potentiality without co= mmitting resources to cover for the client multiple use cases and provide a= t the same time some degree (albeit not perfect) predictability. 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. FL>> This means that the provider just sends the reply to the path computat= ion request and doesn't advertise any new TE link to the client ? This is a= ctually what I would expect: the task to manage TE-links in the overlay top= ology is with the client. IB>> Overlay TE topology manager advertises a TE link that is supported not= by a provisioned in a server layer TE tunnel (connection), rather, by a co= mputed and monitored path. This way the overlay TE topology manger can adve= rtise multiple abstract TE links mapped onto the same network resources Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 3:47 PM To: Francesco Lazzeri ; Fatai Zhang ; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) ; Scharf, Michael= (Nokia - DE) ; pce@ietf.org; TEAS WG (teas@ietf.= org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. Igor From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com] Sent: Wednesday, November 09, 2016 9:26 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Igor, IMHO simplicity pays back. Instead than maintaining all these states, notif= ying clients all the times something changes, and repeating path-computatio= n as needed, isn't better for a client (and provider) to ask what is needed= when it's needed, and get the best result back at that moment ? Regarding the abstract link in the overlay topology, I still can't see what= the provider will advertise. If it's a new link representing the forwardin= g adjacency between A' and B', how it will be represented by the provider ? BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 2:48 PM To: Fatai Zhang >; Fran= cesco Lazzeri >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Francesco, Please, see in-line. Cheers, Igor The point here is for how long the provider should keep the computed path a= nd its request parameters IB>> As far as the provider is concerned, the requested path and its parame= ters is a TE tunnel (albeit computed but not provisioned). So it keeps the = state until the client removes the TE tunnel. (in fact if we want to have a possibly better path, at any change inside pr= ovider topology, resource status and usage, the provider should check if th= e computed path is still feasible and/or redo path computation to find a be= tter path). This could be an overhead, in my view. IB>> For example, if provider is to ensure the path's feasibility, all it n= eeds is to detect a change in a TE link the path is going through and make = sure that the change does not make the path unfeasible. Only in the latter= case the path re-computation needs to be scheduled and performed in a back= ground thread. Furthermore, I can't see how the provider could export the abstract TE-link= , as this is inside the client topology; IB>> The abstract link is a part of the abstract topology "cooked" (customi= zed) for the client, which is supported by the computed path in the underla= y topology, which is the provider's topology. in fact, if the client is asking for a path between A and B (A and B inside= provider topology), having A' (in client topology) connected to A and B' (= in client topology) connected to B, the relevant abstract TE link (the forw= arding adjacency) should be built between A' and B', that is in the client = topology; therefore the client should be in charge of managing it, as the p= rovider is not aware of A' and B'. IB>> This is correct, but note that the two topologies (underlay and overla= y) according to the TE topology model have independent and unrelated name s= paces for node, link and SRLG IDs. So it is perfectly Ok. IB>> Also note that according to TE topology model one important attribut= e of a TE node (especially abstract composite node) is connectivity matrix,= which is nothing but a set of stateful paths computed, re-computed and con= stantly monitored (but not reserved) over the TE topology the node encapsul= ates. This means that stateful unreserved paths play already a very import= ant part in supporting TE topologies with asymmetrical blocking abstract TE= nodes. Igor BR Francesco From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: 04 November, 2016 7:12 PM To: Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; TEAS WG= (teas@ietf.org) = >; pce@ietf.org Subject: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel-teas-y= ang-path-computation-00 Dieter, A client may ask for a path not to be used immediately (e.g. to present as = an abstract TE link to its own client, in some failure restoration scheme o= r as a part of disaster recovery network topology re-configuration) without= committing any network resources. In this case the client would want to kn= ow at least if/when the path has stopped being feasible any longer or (ide= ally) a better path is available. This is similar to exposing to a client an abstract TE topology with an unc= ommitted abstract TE link (i.e. TE link that does not have a committed TE t= unnel supporting it and advertises potentiality). Once such link is provide= d, the provider is expected to send updates when/if the TE link attributes = change. For uncommitted/potential TE link such updates could be provided ba= sed on event driven re-computation of the potentiality the TE link represen= ts. The point is that an uncommitted abstract TE link and COMPUTE_ONLY TE tunne= l can represent (each in its own way) the same network potentiality Cheers, Igor From: Dieter Beller [mailto:Dieter.Beller@nokia.com] Sent: Friday, November 04, 2016 1:49 PM To: Igor Bryskin Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Igor, could you please clarify how useful a stateful path without resource alloca= tion is. I can't see the benefits of this use case. Thanks, Dieter On 04.11.2016 14:25, Igor Bryskin wrote: Hi Dieter, A provider may compute path(s) for a TE tunnel, and then (without any resou= rce allocation) may start monitoring/ensuring the path validity/optimality = by re-computing them in an event driven manner. For example, it can trigger= the re-computation of the path(s) when detecting a change in a state of a = TE link the current path(s) are going through. Depending on the results ad= ditional notifications may be sent to the client. Note that this is in addition to the reasons you correctly identified for i= mplementing stateful path computation (such as compute_and_reserve). Cheers, Igor From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com] Sent: Thursday, November 03, 2016 6:27 PM To: Leeyoung Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi all, when we talk about the stateful path computation use case, it means IMHO th= at when a path has been calculated successfully in response to a request, a= new path object is created in the data store. This does only make sense if= the resources have been allocated in the TED of the PCE irrespective of th= e fact whether the connection along this path will be established right awa= y or at a later point in time. This will prevent further path computation r= equests from assuming that the resources are still available. As the TED of= the PCE also has to reflect the network state, I would assume that the net= work resources can be in one of the following three states: available, allo= catedButNotInUse, allocatedAndInUse. The path objects also need state info= rmation reflecting for example the alarm state of the allocated resources. = The path calculated earlier may become (temporarily) invalid due to a link = failure affecting the path. Does this make sense? Thanks, Dieter Sent from my tablet Leeyoung wrote: Igor, When you say "state", are you referring to the YANG datastore or some other= "interim" state of those paths that are calculated but not instantiated as= LSPs? If we were to update the YANG datastore for this, I would think that= we may have some issue when the customer decided not to instantiate the TE= tunnel (after the path compute request). Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 3:02 PM To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Young, >From the provider controller point of view COMPUTE_ONLY TE tunnels will hav= e exactly the same state as "normal" (COMPUTE_ADN_PROVISION) TE tunnels. Igor From: Leeyoung Sent: Thursday, November 03, 2016 3:42 PM To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Igor, In such case, would the YANG datastore be updated? I guess not. If not, the= n the system/controller has to keep this interim state, would it? Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Michael, You are exactly right. The purpose of the "compute-only" TE tunnel is to cr= eate/maintain the normal TE tunnel state and (re-)compute TE paths for the = TE tunnel connections/LSPs but not signal/provision the LSPs. Igor From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: Thursday, November 03, 2016 3:17 PM To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Isn't the intention of defining "compute-only tunnels" to create state in t= he controller, but not to signal them? If the tunnel should be signaled and= resources shall be allocated, why not just configure a vanilla tunnel? Use= s cases seem to exist for both variants, and both can be encoded in YANG. I= s there anything I miss here? Michael From: Leeyoung [mailto:leeyoung@huawei.com] Sent: Thursday, November 03, 2016 7:49 PM To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Hi Michael, I think I am with you on your point. If we use rpc, it is clear. On the oth= er hand, if we were to use "stateful compute-only" it seems that the system= /controller has to keep the state of the paths somewhere which is not YANG = datastore. My understanding is that YANG datastore is updated only when the= path is signaled and resource is allocated. Would this give the system/con= troller additional burden to keep the "interim" state? Young From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (N= okia - DE) Sent: Thursday, November 03, 2016 8:58 AM To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Maybe I miss something, but to me, the domain controller either computes a = path stateless, which can be modeled in YANG in an RPC. Or the domain contr= oller computes a path, stores state, and provides access to the result in t= he YANG datastore. In the latter case, whether resources are allocated, or = whether the NEs get actually provisioned, is an orthogonal question. As a side note, I am not sure of I would call a domain controller or an NMS= a PCE. Path computation is only a subset of the functions of a domain cont= roller. Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_0C72C38E7EBC34499E8A9E7DD007863908F0F7CAdfweml501mbx_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

    Francesco,<= /span>

     

    Please, see in-line.

     

    Igor=

     

     

     

    From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Wednesday, November 09, 2016 10:27 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-= teas-yang-path-computation-00

     

    Igor,

     

    1)   = ;   IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn’t better for= a client (and provider) to ask what is needed when it’s needed, and get the best result back at that moment= ?

    IB>> What happens it the provider at this moment says: ̶= 0; No, I have nothing for you” ?  What if the path was relied up= on by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

       &= nbsp;   FL>> Probably the same in case the provider notifie= s “Hey, I have no longer anything for you”.

     

    IB>> But this would = be a bit too late, wouldn’t it? Wouldn’t it be better if the cl= ient has learnt about the previously returned path unfeasibility ahead of t= ime, so that it could re-plan it’s failure recovery scheme?

     

    If there is no (mor= e) path, there is no path. The client could only try and crankback looking = for some different path or report an alarm.

     

    IB>> Relying on cran= kbaks in an unpredictable way is not exactly a good solution, right?

    <= /p>

    The scenario that s= eems more applicable to your proposal is a pre-planned restoration mechanis= m where we have a worker path in-service and a protection path just compute= d (but not reserving network resources, in order to share them among several protection paths), in a multi-domain = network. In that case, reserving te-tunnels like you suggest, could give an= advantage, as the end-to-end cranckback could occur when the notification = with “no-path” is triggered by the provider (that means the protection path or some of its segments is no lon= ger valid) and not when the path deployment is triggered by the client (tha= t means the worker path is gone and we need the protection immediately). Is= this the case you are considering ?

     

    IB>> Exactly. All th= e scenarios you can think of where you don’t know when and where a pr= oblem may happen and you want to maintain flexibility and share the network= resources to protect as much as you can

     

    In other cases, as = when used during an end-to-end path computation with immediate deployment t= o reduce the possibility of conflicts among concurrent procedures, it seems= to me less important or applicable, as all these procedures will likely be orchestrated by the same entity, wh= ich could well avoid conflicts.

     

    IB>> All cases where= the provider wants to expose a potentiality without committing resources t= o cover for the client multiple use cases and provide at the same time some= degree (albeit not perfect) predictability.

     

     <= /o:p>

    2)   = ;   Regarding the abstract link in the = overlay topology, I still can’t see what the provider will advertise.= If it’s a new link representing the forwarding adjacency between A&#= 8217; and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link A̵= 7;B’ points to the underlay (provider) TE topology where the path is = computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

    FL>> This means that the provider just sends the reply to th= e path computation request and doesn’t advertise any new TE link to t= he client ? This is actually what I would expect: the task to manage TE-links in the overlay topology is with the client.

     

    IB>> Overlay TE topology manager advertises a TE link that is suppo= rted not by a provisioned in a server layer TE tunnel (connection), rather,= by a computed and monitored path. This way the overlay TE topology manger can advertise multiple abstract TE links ma= pped onto the same network resources 

     

    Francesco

    &n= bsp;

    &n= bsp;

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.= com]
    Sent: 09 November, 2016 3:47 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai = Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter.Beller@nokia.= com>
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Sc= harf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; = TEAS WG (teas@ietf.org) <teas@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00

     

    Francesco,<= /span>

     

    1)   = ;   IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn’t better for= a client (and provider) to ask what is needed when it’s needed, and get the best result back at that moment= ?

    IB>> What happens it the provider at this moment says: ̶= 0; No, I have nothing for you” ?  What if the path was relied up= on by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

     <= /o:p>

     <= /o:p>

    2)   = ;   Regarding the abstract link in the = overlay topology, I still can’t see what the provider will advertise.= If it’s a new link representing the forwarding adjacency between A&#= 8217; and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link A̵= 7;B’ points to the underlay (provider) TE topology where the path is = computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

     

     

    Igor

     

     

    From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com]
    Sent: Wednesday, November 09, 2016 9:26 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Igor,

    IMHO simplicity pay= s back. Instead than maintaining all these states, notifying clients all th= e times something changes, and repeating path-computation as needed, isn= 217;t better for a client (and provider) to ask what is needed when it’s needed, and get the best result back at= that moment ?

    Regarding the abstr= act link in the overlay topology, I still can’t see what the provider= will advertise. If it’s a new link representing the forwarding adjac= ency between A’ and B’, how it will be represented by the provider ?

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 2:48 PM
    To: Fatai Zhang <zhangfa= tai@huawei.com>; Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Dieter Beller = <Dieter.Beller@nokia.com&= gt;
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; TEAS WG (teas@ietf.org) <te= as@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Hi Francesco,

     <= /o:p>

    Please, see in-line= .

     <= /o:p>

    Cheers,=

    Igor

     <= /o:p>

    The point here is f= or how long the provider should keep the computed path and its request para= meters

     <= /o:p>

    IB>> As far as t= he provider is concerned, the requested path and its parameters is a TE tun= nel (albeit computed but not provisioned). So it keeps the state until the = client removes the TE tunnel.

     <= /o:p>

    (in fact if we want= to have a possibly better path, at any change inside provider topology, re= source status and usage, the provider should check if the computed path is = still feasible and/or redo path computation to find a better path). This could be an overhead, in my view.=

     <= /o:p>

    IB>> For example= , if provider is to ensure the path’s feasibility, all it needs is to= detect a change in a TE link the path is going through and make sure that = the  change does not make the path unfeasible. Only in the latter case the path re-computation needs to be scheduled and perfo= rmed in a background thread.

     <= /o:p>

    Furthermore, I can&= #8217;t see how the provider could export the abstract TE-link, as this is = inside the client topology;

    IB>> The abstrac= t link is a part of the abstract topology “cooked” (customized)= for the client, which is supported by the computed path in the underlay to= pology, which is the provider’s topology.

     <= /o:p>

    in fact, if the cli= ent is asking for a path between A and B (A and B inside provider topology)= , having A’ (in client topology) connected to A and B’ (in clie= nt topology) connected to B, the relevant abstract TE link (the forwarding adjacency) should be built between A’ and B&= #8217;, that is in the client topology; therefore the client should be in c= harge of managing it, as the provider is not aware of A’ and B’= .

     <= /o:p>

    IB>> This is cor= rect, but note that the two topologies (underlay and overlay) according to = the TE topology model have independent and unrelated name spaces for node, = link and SRLG IDs. So it is perfectly Ok.

     

    IB>> Also note t= hat according  to TE topology model  one important attribute of a= TE node (especially abstract composite node) is connectivity matrix, which is nothing but a set of stateful paths computed, re-computed and c= onstantly monitored (but not reserved) over the TE topology the node encaps= ulates.  This means that stateful unreserved paths play already a very imp= ortant part in supporting TE topologies with asymmetrical blocking abstract= TE nodes.

     

    Igor

     <= /o:p>

     <= /o:p>

     <= /o:p>

     <= /o:p>

    BR

    Francesco

     <= /o:p>

    From:= CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: 04 November, 2016 7:12 PM
    To: Dieter Beller <Die= ter.Beller@nokia.com>
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; TEAS WG (teas@ietf.org) <teas@ietf.org>; pce@ietf.org
    Subject: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Dieter,

     

    A client may ask for a= path not to be used immediately (e.g. to present as an abstract TE link to= its own client, in some failure restoration scheme or as a part of disaste= r recovery network topology re-configuration) without committing any network resources. In this case the client would wa= nt to know at least  if/when the path has stopped being feasible any l= onger or (ideally) a better path is available.

     

    This is similar to exp= osing to a client an abstract TE topology with an uncommitted abstract TE l= ink (i.e. TE link that does not have a committed TE tunnel supporting it an= d advertises potentiality). Once such link is provided, the provider is expected to send updates when/if the TE = link attributes change. For uncommitted/potential TE link such updates coul= d be provided based on event driven re-computation of the potentiality the = TE link represents.

    The point is that an u= ncommitted abstract TE link and COMPUTE_ONLY TE tunnel can represent (each = in its own way) the same network potentiality

     

    Cheers,

    Igor=

     

     

     

    From: Dieter Beller [mailto:Dieter.Beller@nokia.com]
    Sent: Friday, November 04, 2016 1:49 PM
    To: Igor Bryskin
    Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Hi Igor,

    could you please clarify how useful a stateful path without resource all= ocation is. I can't see the benefits of this use case.


    Thanks,
    Dieter

    On 04.11.2016 14:25, Igor Bryskin wrote:<= /p>

    Hi Dieter,=

     

    A provider may compute= path(s) for a TE tunnel, and then (without any resource allocation) may st= art monitoring/ensuring the path validity/optimality by re-computing them i= n an event driven manner. For example, it can trigger the re-computation of the path(s) when detecting a change i= n a state of a TE link the current path(s) are going through.  Dependi= ng on the results additional notifications may be sent to the client.

     

    Note that this is in a= ddition to the reasons you correctly identified for implementing stateful p= ath computation (such as compute_and_reserve).

     

    Cheers,

    Igor=

     

     

    From: Beller, = Dieter (Nokia - DE) [mailto:diet= er.beller@nokia.com]
    Sent: Thursday, November 03, 2016 6:27 PM
    To: Leeyoung
    Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Hi all, 
     
    when we talk about the stateful path computation use case,=
 it means IMHO that when a path has been calculated successfully in respons=
e to a request, a new path object is created in the data store. This does o=
nly make sense if the resources have been allocated in the TED of the PCE i=
rrespective of the fact whether the connection along this path will be esta=
blished right away or at a later point in time. This will prevent further p=
ath computation requests from assuming that the resources are still availab=
le. As the TED of the PCE also has to reflect the network state, I would as=
sume that the network resources can be in one of the following three states=
: available, allocatedButNotInUse,  allocatedAndInUse. The path object=
s also need state information reflecting for example the alarm state of the=
 allocated resources. The path calculated earlier may become (temporarily) =
invalid due to a link failure affecting the path. 
     
    Does this make sense? 
     
     
    Thanks, 
    Dieter
     
    Sent from my tablet
     
    Leeyoung <leeyou=
ng@huawei.com> wrote:
     

    Igor,

     

    When you say “st= ate”, are you referring to the YANG datastore or some other “in= terim” state of those paths that are calculated but not instantiated = as LSPs? If we were to update the YANG datastore for this, I would think that we may have some issue when the customer decided not to i= nstantiate the TE tunnel (after the path compute request).

     

    Thanks.

    Young

     

     

    From: Igor Bry= skin
    Sent: Thursday, November 03, 2016 3:02 PM
    To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Young,

     

    From the provider cont= roller point of view COMPUTE_ONLY TE tunnels will have exactly the same sta= te as “normal” (COMPUTE_ADN_PROVISION) TE tunnels.<= /o:p>

     

    Igor=

     

    From: Leeyoung
    Sent: Thursday, November 03, 2016 3:42 PM
    To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Igor,

     

    In such case, would th= e YANG datastore be updated? I guess not. If not, then the system/controlle= r has to keep this interim state, would it?

     

    Thanks.

    Young

     

    From: Igor Bry= skin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Michael,

    You are exactly right.= The purpose of the “compute-only” TE tunnel is to create/maint= ain the normal TE tunnel state and (re-)compute TE paths for the TE tunnel = connections/LSPs but not signal/provision the LSPs.

     

    Igor=

     

    From: Scharf, = Michael (Nokia - DE) [mailto:mi= chael.scharf@nokia.com]
    Sent: Thursday, November 03, 2016 3:17 PM
    To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Isn’t the intent= ion of defining „compute-only tunnels“ to create state in the c= ontroller, but not to signal them? If the tunnel should be signaled and res= ources shall be allocated, why not just configure a vanilla tunnel? Uses cases seem to exist for both variants, and both can be encode= d in YANG. Is there anything I miss here?

     

    Michael

     

     

    From: Leeyoung [mailto:lee= young@huawei.com]
    Sent: Thursday, November 03, 2016 7:49 PM
    To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Hi Michael,

     

    I think I am with you = on your point. If we use rpc, it is clear. On the other hand, if we were to= use “stateful compute-only” it seems that the system/controlle= r has to keep the state of the paths somewhere which is not YANG datastore. My understanding is that YANG datastore is updated = only when the path is signaled and resource is allocated. Would this give t= he system/controller additional burden to keep the “interim” st= ate?

     

    Young

     

    From: CCAMP [<= a href=3D"mailto:ccamp-bounces@ietf.org">mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
    Sent: Thursday, November 03, 2016 8:58 AM
    To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Maybe I miss something= , but to me, the domain controller either computes a path stateless, which = can be modeled in YANG in an RPC. Or the domain controller computes a path,= stores state, and provides access to the result in the YANG datastore. In the latter case, whether resources ar= e allocated, or whether the NEs get actually provisioned, is an orthogonal = question.

     

    As a side note, I am n= ot sure of I would call a domain controller or an NMS a PCE. Path computati= on is only a subset of the functions of a domain controller.

     

    Michael

     

     

     

    From: Daniele = Ceccarelli [mailto:danie= le.ceccarelli@ericsson.com]
    Sent: Thursday, November 03, 2016 2:49 PM
    To: Scharf, Michael     (Nokia - DE); Igo= r Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Can you please explain what the “stateful comp= ute-only” stands for I don’t understand what is stateful in a p= ath computation request only.

    IMHO either I ask the PCE (SDN controller, NMS, what= ever) to compute a path and then forget about it or I ask to compute and pr= ovision it. I don’t understand the value of asking for it and remembe= ring about it.

     

    BR
    Daniele 

     

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: gioved=EC 3 novembre 2016 14:45
    To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    We have discussed this= before. From an implementer’s perspective, the two clean solutions t= o the problem seem to either stateful „compute-only“ tunnels or= a stateless RPC.

     

    Michael

     

     

    From: mpls [mailto:mpls-= bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Daniele Ceccarelli; CCAMP (cca= mp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibe= l-teas-yang-path-computation-00

     

    Hi,<= /p>

     

    From the draft:=

     

    6. =    YANG Model for requesting Path Computation

     

     

      = ; Work on extending the TE Tunnel YANG model to support the need to<= o:p>

      = ; request path computation has recently started also in the context of

      = ; the [TE-TUNN= EL] draft.

     

      = ; It is possible to request path computation by configuring a

      = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

      = ; LSP(s) Record-Route Object (RRO) list as described in [TE-TUNN= EL].

     

      = ; This is a stateful solution since the state of each created

      = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

      = ; underlying network conditions change.

     

      = ; The need also for a stateless solution, based on an RPC, has been<= o:p>

      = ; recognized.

     

     

      = ; The YANG model to support stateless RPC is for further study.=

     

     

     

     

     

    IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

     

    Cheers,

    Igor

     

     

     

     

     

     

     

     

     

     

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charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Well, I know implementations of both the "flavours", and I would say that t= he most complex are the pre-planned ones. So, it could be an interesting use case, but we need to be aware that it co= mes with a price. Take also into account that the path recomputation inside the provider coul= d not necessarily offer an optimal solution end-to-end, and the client (the= MDSC actually) should anyway check whether the end-to-end path, when a cha= nge happens on a segment, is still in compliance with its constraints (e.g.= if there is a latency constraint on the end-to-end path, it may happen tha= t the recomputed segment has a longer latency that leads to exceeding the c= onstraint on the end to end path : but the provider only sees that single s= egment of the end-to-end path and taking into account the end-to-end constr= aints could be really difficult). Regarding the TE-link, I was actually interested on what the provider (that= is the PNC) advertises to the client (MDSC) when reservation occurs. It ca= nnot advertise A'B' as it knows only A and B, but advertising AB seems to m= e not correct. BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 4:56 PM To: Francesco Lazzeri ; Fatai Zhang ; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) ; Scharf, Michael= (Nokia - DE) ; pce@ietf.org; TEAS WG (teas@ietf.= org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, Please, see in-line. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Wednesday, November 09, 2016 10:27 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? FL>> Probably the same in case the provider notifies "Hey, I have no= longer anything for you". IB>> But this would be a bit too late, wouldn't it? Wouldn't it be better i= f the client has learnt about the previously returned path unfeasibility ah= ead of time, so that it could re-plan it's failure recovery scheme? If there is no (more) path, there is no path. The client could only try and= crankback looking for some different path or report an alarm. IB>> Relying on crankbaks in an unpredictable way is not exactly a good sol= ution, right? The scenario that seems more applicable to your proposal is a pre-planned r= estoration mechanism where we have a worker path in-service and a protectio= n path just computed (but not reserving network resources, in order to shar= e them among several protection paths), in a multi-domain network. In that = case, reserving te-tunnels like you suggest, could give an advantage, as th= e end-to-end cranckback could occur when the notification with "no-path" is= triggered by the provider (that means the protection path or some of its s= egments is no longer valid) and not when the path deployment is triggered b= y the client (that means the worker path is gone and we need the protection= immediately). Is this the case you are considering ? IB>> Exactly. All the scenarios you can think of where you don't know when = and where a problem may happen and you want to maintain flexibility and sha= re the network resources to protect as much as you can In other cases, as when used during an end-to-end path computation with imm= ediate deployment to reduce the possibility of conflicts among concurrent p= rocedures, it seems to me less important or applicable, as all these proced= ures will likely be orchestrated by the same entity, which could well avoid= conflicts. IB>> All cases where the provider wants to expose a potentiality without co= mmitting resources to cover for the client multiple use cases and provide a= t the same time some degree (albeit not perfect) predictability. 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. FL>> This means that the provider just sends the reply to the path computat= ion request and doesn't advertise any new TE link to the client ? This is a= ctually what I would expect: the task to manage TE-links in the overlay top= ology is with the client. IB>> Overlay TE topology manager advertises a TE link that is supported not= by a provisioned in a server layer TE tunnel (connection), rather, by a co= mputed and monitored path. This way the overlay TE topology manger can adve= rtise multiple abstract TE links mapped onto the same network resources Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 3:47 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. Igor From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com] Sent: Wednesday, November 09, 2016 9:26 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Igor, IMHO simplicity pays back. Instead than maintaining all these states, notif= ying clients all the times something changes, and repeating path-computatio= n as needed, isn't better for a client (and provider) to ask what is needed= when it's needed, and get the best result back at that moment ? Regarding the abstract link in the overlay topology, I still can't see what= the provider will advertise. If it's a new link representing the forwardin= g adjacency between A' and B', how it will be represented by the provider ? BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 2:48 PM To: Fatai Zhang >; Fran= cesco Lazzeri >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Francesco, Please, see in-line. Cheers, Igor The point here is for how long the provider should keep the computed path a= nd its request parameters IB>> As far as the provider is concerned, the requested path and its parame= ters is a TE tunnel (albeit computed but not provisioned). So it keeps the = state until the client removes the TE tunnel. (in fact if we want to have a possibly better path, at any change inside pr= ovider topology, resource status and usage, the provider should check if th= e computed path is still feasible and/or redo path computation to find a be= tter path). This could be an overhead, in my view. IB>> For example, if provider is to ensure the path's feasibility, all it n= eeds is to detect a change in a TE link the path is going through and make = sure that the change does not make the path unfeasible. Only in the latter= case the path re-computation needs to be scheduled and performed in a back= ground thread. Furthermore, I can't see how the provider could export the abstract TE-link= , as this is inside the client topology; IB>> The abstract link is a part of the abstract topology "cooked" (customi= zed) for the client, which is supported by the computed path in the underla= y topology, which is the provider's topology. in fact, if the client is asking for a path between A and B (A and B inside= provider topology), having A' (in client topology) connected to A and B' (= in client topology) connected to B, the relevant abstract TE link (the forw= arding adjacency) should be built between A' and B', that is in the client = topology; therefore the client should be in charge of managing it, as the p= rovider is not aware of A' and B'. IB>> This is correct, but note that the two topologies (underlay and overla= y) according to the TE topology model have independent and unrelated name s= paces for node, link and SRLG IDs. So it is perfectly Ok. IB>> Also note that according to TE topology model one important attribut= e of a TE node (especially abstract composite node) is connectivity matrix,= which is nothing but a set of stateful paths computed, re-computed and con= stantly monitored (but not reserved) over the TE topology the node encapsul= ates. This means that stateful unreserved paths play already a very import= ant part in supporting TE topologies with asymmetrical blocking abstract TE= nodes. Igor BR Francesco From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: 04 November, 2016 7:12 PM To: Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; TEAS WG= (teas@ietf.org) = >; pce@ietf.org Subject: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel-teas-y= ang-path-computation-00 Dieter, A client may ask for a path not to be used immediately (e.g. to present as = an abstract TE link to its own client, in some failure restoration scheme o= r as a part of disaster recovery network topology re-configuration) without= committing any network resources. In this case the client would want to kn= ow at least if/when the path has stopped being feasible any longer or (ide= ally) a better path is available. This is similar to exposing to a client an abstract TE topology with an unc= ommitted abstract TE link (i.e. TE link that does not have a committed TE t= unnel supporting it and advertises potentiality). Once such link is provide= d, the provider is expected to send updates when/if the TE link attributes = change. For uncommitted/potential TE link such updates could be provided ba= sed on event driven re-computation of the potentiality the TE link represen= ts. The point is that an uncommitted abstract TE link and COMPUTE_ONLY TE tunne= l can represent (each in its own way) the same network potentiality Cheers, Igor From: Dieter Beller [mailto:Dieter.Beller@nokia.com] Sent: Friday, November 04, 2016 1:49 PM To: Igor Bryskin Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Igor, could you please clarify how useful a stateful path without resource alloca= tion is. I can't see the benefits of this use case. Thanks, Dieter On 04.11.2016 14:25, Igor Bryskin wrote: Hi Dieter, A provider may compute path(s) for a TE tunnel, and then (without any resou= rce allocation) may start monitoring/ensuring the path validity/optimality = by re-computing them in an event driven manner. For example, it can trigger= the re-computation of the path(s) when detecting a change in a state of a = TE link the current path(s) are going through. Depending on the results ad= ditional notifications may be sent to the client. Note that this is in addition to the reasons you correctly identified for i= mplementing stateful path computation (such as compute_and_reserve). Cheers, Igor From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com] Sent: Thursday, November 03, 2016 6:27 PM To: Leeyoung Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi all, when we talk about the stateful path computation use case, it means IMHO th= at when a path has been calculated successfully in response to a request, a= new path object is created in the data store. This does only make sense if= the resources have been allocated in the TED of the PCE irrespective of th= e fact whether the connection along this path will be established right awa= y or at a later point in time. This will prevent further path computation r= equests from assuming that the resources are still available. As the TED of= the PCE also has to reflect the network state, I would assume that the net= work resources can be in one of the following three states: available, allo= catedButNotInUse, allocatedAndInUse. The path objects also need state info= rmation reflecting for example the alarm state of the allocated resources. = The path calculated earlier may become (temporarily) invalid due to a link = failure affecting the path. Does this make sense? Thanks, Dieter Sent from my tablet Leeyoung wrote: Igor, When you say "state", are you referring to the YANG datastore or some other= "interim" state of those paths that are calculated but not instantiated as= LSPs? If we were to update the YANG datastore for this, I would think that= we may have some issue when the customer decided not to instantiate the TE= tunnel (after the path compute request). Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 3:02 PM To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Young, >From the provider controller point of view COMPUTE_ONLY TE tunnels will hav= e exactly the same state as "normal" (COMPUTE_ADN_PROVISION) TE tunnels. Igor From: Leeyoung Sent: Thursday, November 03, 2016 3:42 PM To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Igor, In such case, would the YANG datastore be updated? I guess not. If not, the= n the system/controller has to keep this interim state, would it? Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Michael, You are exactly right. The purpose of the "compute-only" TE tunnel is to cr= eate/maintain the normal TE tunnel state and (re-)compute TE paths for the = TE tunnel connections/LSPs but not signal/provision the LSPs. Igor From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: Thursday, November 03, 2016 3:17 PM To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Isn't the intention of defining "compute-only tunnels" to create state in t= he controller, but not to signal them? If the tunnel should be signaled and= resources shall be allocated, why not just configure a vanilla tunnel? Use= s cases seem to exist for both variants, and both can be encoded in YANG. I= s there anything I miss here? Michael From: Leeyoung [mailto:leeyoung@huawei.com] Sent: Thursday, November 03, 2016 7:49 PM To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Hi Michael, I think I am with you on your point. If we use rpc, it is clear. On the oth= er hand, if we were to use "stateful compute-only" it seems that the system= /controller has to keep the state of the paths somewhere which is not YANG = datastore. My understanding is that YANG datastore is updated only when the= path is signaled and resource is allocated. Would this give the system/con= troller additional burden to keep the "interim" state? Young From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (N= okia - DE) Sent: Thursday, November 03, 2016 8:58 AM To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Maybe I miss something, but to me, the domain controller either computes a = path stateless, which can be modeled in YANG in an RPC. Or the domain contr= oller computes a path, stores state, and provides access to the result in t= he YANG datastore. In the latter case, whether resources are allocated, or = whether the NEs get actually provisioned, is an orthogonal question. As a side note, I am not sure of I would call a domain controller or an NMS= a PCE. Path computation is only a subset of the functions of a domain cont= roller. Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_AM4PR07MB1521A6A7B62AFD21D0F0BAAD96B90AM4PR07MB1521eurp_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

    Well, I know implem= entations of both the “flavours”, and I would say that the most= complex are the pre-planned ones.

    So, it could be an = interesting use case, but we need to be aware that it comes with a price.

    Take also into acco= unt that the path recomputation inside the provider could not necessarily o= ffer an optimal solution end-to-end, and the client (the MDSC actually) sho= uld anyway check whether the end-to-end path, when a change happens on a segment, is still in compliance with its = constraints (e.g. if there is a latency constraint on the end-to-end path, = it may happen that the recomputed segment has a longer latency that leads t= o exceeding the constraint on the end to end path : but the provider only sees that single segment of the en= d-to-end path and taking into account the end-to-end constraints could be r= eally difficult).

     

    Regarding the TE-li= nk, I was actually interested on what the provider (that is the PNC) advert= ises to the client (MDSC) when reservation occurs. It cannot advertise A= 217;B’ as it knows only A and B, but advertising AB seems to me not correct.

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.= com]
    Sent: 09 November, 2016 4:56 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai = Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter.Beller@nokia.= com>
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Sc= harf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; = TEAS WG (teas@ietf.org) <teas@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00

     

    Francesco,<= /span>

     

    Please, see in-line.

     

    Igor=

     

     

     

    From: Teas [mailto:teas-bounces= @ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Wednesday, November 09, 2016 10:27 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.org= ; CCAMP (ccamp@ie= tf.org); Scharf, Michael (Nokia - DE); pce@i= etf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls]     http://tools.ietf.org/html= /draft-busibel-teas-yang-path-computation-00

     

    Igor,

     

    1)     = ; IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn’t better for= a client (and provider) to ask what is needed when it’s needed, and get the best result back at that moment= ?

    IB>> What happens it the provider at this moment says: ̶= 0; No, I have nothing for you” ?  What if the path was relied up= on by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

       &= nbsp;   FL>> Probably the same in case the provider notifie= s “Hey, I have no longer anything for you”.

     

    IB>> But this would = be a bit too late, wouldn’t it? Wouldn’t it be better if the cl= ient has learnt about the previously returned path unfeasibility ahead of t= ime, so that it could re-plan it’s failure recovery scheme?

     

    If there is no (mor= e) path, there is no path. The client could only try and crankback looking = for some different path or report an alarm.

     

    IB>> Relying on cran= kbaks in an unpredictable way is not exactly a good solution, right?

     

    The scenario that s= eems more applicable to your proposal is a pre-planned restoration mechanis= m where we have a worker path in-service and a protection path just compute= d (but not reserving network resources, in order to share them among several protection paths), in a multi-domain = network. In that case, reserving te-tunnels like you suggest, could give an= advantage, as the end-to-end cranckback could occur when the notification = with “no-path” is triggered by the provider (that means the protection path or some of its segments is no lon= ger valid) and not when the path deployment is triggered by the client (tha= t means the worker path is gone and we need the protection immediately). Is= this the case you are considering ?

     

    IB>> Exactly. All th= e scenarios you can think of where you don’t know when and where a pr= oblem may happen and you want to maintain flexibility and share the network= resources to protect as much as you can

     

    In other cases, as = when used during an end-to-end path computation with immediate deployment t= o reduce the possibility of conflicts among concurrent procedures, it seems= to me less important or applicable, as all these procedures will likely be orchestrated by the same entity, wh= ich could well avoid conflicts.

     

    IB>> All cases where= the provider wants to expose a potentiality without committing resources t= o cover for the client multiple use cases and provide at the same time some= degree (albeit not perfect) predictability.

     

     <= /o:p>

    2)     = ; Regarding the abstract link in the = overlay topology, I still can’t see what the provider will advertise.= If it’s a new link representing the forwarding adjacency between A&#= 8217; and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link A̵= 7;B’ points to the underlay (provider) TE topology where the path is = computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

    FL>> This means that the provider just sends the reply to th= e path computation request and doesn’t advertise any new TE link to t= he client ? This is actually what I would expect: the task to manage TE-links in the overlay topology is with the client.

     

    IB>> Overlay TE topology manager advertises a TE link that is suppo= rted not by a provisioned in a server layer TE tunnel (connection), rather,= by a computed and monitored path. This way the overlay TE topology manger can advertise multiple abstract TE links ma= pped onto the same network resources 

     

    Francesco

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 3:47 PM
    To: Francesco Lazzeri <    francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,<= /span>

     

    1)     = ; IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn’t better for= a client (and provider) to ask what is needed when it’s needed, and get the best result back at that moment= ?

    IB>> What happens it the provider at this moment says: ̶= 0; No, I have nothing for you” ?  What if the path was relied up= on by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

     <= /o:p>

     <= /o:p>

    2)     = ; Regarding the abstract link in the = overlay topology, I still can’t see what the provider will advertise.= If it’s a new link representing the forwarding adjacency between A&#= 8217; and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link A̵= 7;B’ points to the underlay (provider) TE topology where the path is = computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

     

     

    Igor

     

     

    From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com]
    Sent: Wednesday, November 09, 2016 9:26 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.org= ; CCAMP (ccamp@ie= tf.org); Scharf, Michael (Nokia - DE); pce@i= etf.org; TEAS WG (teas@ietf.org)
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00

     

    Igor,

    IMHO simplicity pay= s back. Instead than maintaining all these states, notifying clients all th= e times something changes, and repeating path-computation as needed, isn= 217;t better for a client (and provider) to ask what is needed when it’s needed, and get the best result back at= that moment ?

    Regarding the abstr= act link in the overlay topology, I still can’t see what the provider= will advertise. If it’s a new link representing the forwarding adjac= ency between A’ and B’, how it will be represented by the provider ?

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 2:48 PM
    To: Fatai Zhang <    = zhangfatai@huawei.com>; Francesco L= azzeri <frances= co.lazzeri@ericsson.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Hi Francesco,

     <= /o:p>

    Please, see in-line= .

     <= /o:p>

    Cheers,=

    Igor

     <= /o:p>

    The point here is f= or how long the provider should keep the computed path and its request para= meters

     <= /o:p>

    IB>> As far as t= he provider is concerned, the requested path and its parameters is a TE tun= nel (albeit computed but not provisioned). So it keeps the state until the = client removes the TE tunnel.

     <= /o:p>

    (in fact if we want= to have a possibly better path, at any change inside provider topology, re= source status and usage, the provider should check if the computed path is = still feasible and/or redo path computation to find a better path). This could be an overhead, in my view.=

     <= /o:p>

    IB>> For example= , if provider is to ensure the path’s feasibility, all it needs is to= detect a change in a TE link the path is going through and make sure that = the  change does not make the path unfeasible. Only in the latter case the path re-computation needs to be scheduled and perfo= rmed in a background thread.

     <= /o:p>

    Furthermore, I can&= #8217;t see how the provider could export the abstract TE-link, as this is = inside the client topology;

    IB>> The abstrac= t link is a part of the abstract topology “cooked” (customized)= for the client, which is supported by the computed path in the underlay to= pology, which is the provider’s topology.

     <= /o:p>

    in fact, if the cli= ent is asking for a path between A and B (A and B inside provider topology)= , having A’ (in client topology) connected to A and B’ (in clie= nt topology) connected to B, the relevant abstract TE link (the forwarding adjacency) should be built between A’ and B&= #8217;, that is in the client topology; therefore the client should be in c= harge of managing it, as the provider is not aware of A’ and B’= .

     <= /o:p>

    IB>> This is cor= rect, but note that the two topologies (underlay and overlay) according to = the TE topology model have independent and unrelated name spaces for node, = link and SRLG IDs. So it is perfectly Ok.

     

    IB>> Also note t= hat according  to TE topology model  one important attribute of a= TE node (especially abstract composite node) is connectivity matrix, which is nothing but a set of stateful paths computed, re-computed and c= onstantly monitored (but not reserved) over the TE topology the node encaps= ulates.  This means that stateful unreserved paths play already a very imp= ortant part in supporting TE topologies with asymmetrical blocking abstract= TE nodes.

     

    Igor

     <= /o:p>

     <= /o:p>

     <= /o:p>

     <= /o:p>

    BR

    Francesco

     <= /o:p>

    From:= CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: 04 November, 2016 7:12 PM
    To: Dieter Beller <    Dieter.Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; TEAS WG (teas@ietf.org) <tea= s@ietf.org>; pce@ietf.org
    Subject: Re: [CCAMP] [mpls]     http://tools.ietf.org/htm= l/draft-busibel-teas-yang-path-computation-00

     

    Dieter,

     

    A client may ask for a= path not to be used immediately (e.g. to present as an abstract TE link to= its own client, in some failure restoration scheme or as a part of disaste= r recovery network topology re-configuration) without committing any network resources. In this case the client would wa= nt to know at least  if/when the path has stopped being feasible any l= onger or (ideally) a better path is available.

     

    This is similar to exp= osing to a client an abstract TE topology with an uncommitted abstract TE l= ink (i.e. TE link that does not have a committed TE tunnel supporting it an= d advertises potentiality). Once such link is provided, the provider is expected to send updates when/if the TE = link attributes change. For uncommitted/potential TE link such updates coul= d be provided based on event driven re-computation of the potentiality the = TE link represents.

    The point is that an u= ncommitted abstract TE link and COMPUTE_ONLY TE tunnel can represent (each = in its own way) the same network potentiality

     

    Cheers,

    Igor=

     

     

     

    From: Dieter Beller [mailto:D= ieter.Beller@nokia.com]
    Sent: Friday, November 04, 2016 1:49 PM
    To: Igor Bryskin
    Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00

     

    Hi Igor,

    could you please clarify how useful a stateful path without resource all= ocation is. I can't see the benefits of this use case.


    Thanks,
    Dieter

    On 04.11.2016 14:25, Igor Bryskin wrote:<= /p>

    Hi Dieter,=

     

    A provider may compute= path(s) for a TE tunnel, and then (without any resource allocation) may st= art monitoring/ensuring the path validity/optimality by re-computing them i= n an event driven manner. For example, it can trigger the re-computation of the path(s) when detecting a change i= n a state of a TE link the current path(s) are going through.  Dependi= ng on the results additional notifications may be sent to the client.

     

    Note that this is in a= ddition to the reasons you correctly identified for implementing stateful p= ath computation (such as compute_and_reserve).

     

    Cheers,

    Igor=

     

     

    From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.c= om]
    Sent: Thursday, November 03, 2016 6:27 PM
    To: Leeyoung
    Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (    ccamp@ietf.org);     pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00

     

    Hi all, 
     
    when we talk about the stateful path computation use case, it means IM=
HO that when a path has been calculated successfully in response to a reque=
st, a new path object is created in the data store. This does only make sen=
se if the resources have been allocated in the TED of the PCE irrespective =
of the fact whether the connection along this path will be established righ=
t away or at a later point in time. This will prevent further path computat=
ion requests from assuming that the resources are still available. As the T=
ED of the PCE also has to reflect the network state, I would assume that th=
e network resources can be in one of the following three states: available,=
 allocatedButNotInUse,  allocatedAndInUse. The path objects also need =
state information reflecting for example the alarm state of the allocated r=
esources. The path calculated earlier may become (temporarily) invalid due =
to a link failure affecting the path. 
     
    Does this make sense? 
     
     
    Thanks, 
    Dieter
     
    Sent from my tablet
     
    Leeyoung <leeyoung@hu=
awei.com> wrote:
     

    Igor,

     

    When you say “st= ate”, are you referring to the YANG datastore or some other “in= terim” state of those paths that are calculated but not instantiated = as LSPs? If we were to update the YANG datastore for this, I would think that we may have some issue when the customer decided not to i= nstantiate the TE tunnel (after the path compute request).

     

    Thanks.

    Young

     

     

    From: Igor Bryskin
    Sent: Thursday, November 03, 2016 3:02 PM
    To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/draft-busibel= -teas-yang-path-computation-00

     

    Young,

     

    From the provider cont= roller point of view COMPUTE_ONLY TE tunnels will have exactly the same sta= te as “normal” (COMPUTE_ADN_PROVISION) TE tunnels.<= /o:p>

     

    Igor=

     

    From: Leeyoung
    Sent: Thursday, November 03, 2016 3:42 PM
    To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (    ccamp@ietf.org); pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/draft-busibel= -teas-yang-path-computation-00

     

    Igor,

     

    In such case, would th= e YANG datastore be updated? I guess not. If not, then the system/controlle= r has to keep this interim state, would it?

     

    Thanks.

    Young

     

    From: Igor Bryskin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/draft-busibel= -teas-yang-path-computation-00

     

    Michael,

    You are exactly right.= The purpose of the “compute-only” TE tunnel is to create/maint= ain the normal TE tunnel state and (re-)compute TE paths for the TE tunnel = connections/LSPs but not signal/provision the LSPs.

     

    Igor=

     

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@noki= a.com]
    Sent: Thursday, November 03, 2016 3:17 PM
    To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (    ccamp@ietf.org); pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/draft-busibel= -teas-yang-path-computation-00

     

    Isn’t the intent= ion of defining „compute-only tunnels“ to create state in the c= ontroller, but not to signal them? If the tunnel should be signaled and res= ources shall be allocated, why not just configure a vanilla tunnel? Uses cases seem to exist for both variants, and both can be encode= d in YANG. Is there anything I miss here?

     

    Michael

     

     

    From: Leeyoung= [mailto:leeyoung= @huawei.com]
    Sent: Thursday, November 03, 2016 7:49 PM
    To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; = CCAMP (    ccamp@ietf.org<= /span>); pce@ietf.org<= span lang=3D"DE" style=3D"font-size:10.0pt;font-family:"Tahoma",s= ans-serif">; TEAS WG (t= eas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Hi Michael,

     

    I think I am with you = on your point. If we use rpc, it is clear. On the other hand, if we were to= use “stateful compute-only” it seems that the system/controlle= r has to keep the state of the paths somewhere which is not YANG datastore. My understanding is that YANG datastore is updated = only when the path is signaled and resource is allocated. Would this give t= he system/controller additional burden to keep the “interim” st= ate?

     

    Young

     

    From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
    Sent: Thursday, November 03, 2016 8:58 AM
    To: Daniele Ceccarelli; Igor Bryskin; CCAMP (    ccamp@ietf.org); pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: Re: [CCAMP]     http://tools.ietf.org/html/draft= -busibel-teas-yang-path-computation-00

     

    Maybe I miss something= , but to me, the domain controller either computes a path stateless, which = can be modeled in YANG in an RPC. Or the domain controller computes a path,= stores state, and provides access to the result in the YANG datastore. In the latter case, whether resources ar= e allocated, or whether the NEs get actually provisioned, is an orthogonal = question.

     

    As a side note, I am n= ot sure of I would call a domain controller or an NMS a PCE. Path computati= on is only a subset of the functions of a domain controller.

     

    Michael

     

     

     

    From: Daniele Ceccarelli [mailto:daniele.ceccarelli@eri= csson.com]
    Sent: Thursday, November 03, 2016 2:49 PM
    To: Scharf, Michael     (Nokia - DE); Igor Bryskin; C= CAMP (ccamp@ietf.org); pce@ietf.org<= span lang=3D"DE" style=3D"font-size:10.0pt;font-family:"Tahoma",s= ans-serif">; TEAS WG (t= eas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Can you please explain what the “stateful comp= ute-only” stands for I don’t understand what is stateful in a p= ath computation request only.

    IMHO either I ask the PCE (SDN controller, NMS, what= ever) to compute a path and then forget about it or I ask to compute and pr= ovision it. I don’t understand the value of asking for it and remembe= ring about it.

     

    BR
    Daniele 

     

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: gioved=EC 3 novembre 2016 14:45
    To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    We have discussed this= before. From an implementer’s perspective, the two clean solutions t= o the problem seem to either stateful „compute-only“ tunnels or= a stateless RPC.

     

    Michael

     

     

    From: mpls [mailto:mpls-bounc= es@ietf.org] On Behalf Of Igor Bryskin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Daniele Ceccarelli; CCAMP (    ccamp@ietf.org); pce@ietf.org<= span lang=3D"DE" style=3D"font-size:10.0pt;font-family:"Tahoma",s= ans-serif">; TEAS WG (    t= eas@ietf.org); mpls@ietf.org
    Subject: [ALU] [mpls]    http://tools.ietf.or= g/html/draft-busibel-teas-yang-path-computation-00

     

    Hi,<= /p>

     

    From the draft:=

     

    6. =    YANG Model for requesting Path Computation

     

     

      = ; Work on extending the TE Tunnel YANG model to support the need to<= o:p>

      = ; request path computation has recently started also in the context of

      = ; the [T= E-TUNNEL] draft.

     

      = ; It is possible to request path computation by configuring a

      = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

      = ; LSP(s) Record-Route Object (RRO) list as described in [T= E-TUNNEL].

     

      = ; This is a stateful solution since the state of each created

      = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

      = ; underlying network conditions change.

     

      = ; The need also for a stateless solution, based on an RPC, has been<= o:p>

      = ; recognized.

     

     

      = ; The YANG model to support stateless RPC is for further study.=

     

     

     

     

     

    IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

     

    Cheers,

    Igor

     

     

     

     

     

     

     

     

     

     

    --_000_AM4PR07MB1521A6A7B62AFD21D0F0BAAD96B90AM4PR07MB1521eurp_-- From nobody Wed Nov 9 11:33:55 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 511E41295AF; Wed, 9 Nov 2016 11:33:30 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.707 X-Spam-Level: X-Spam-Status: No, score=-5.707 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001, T_KAM_HTML_FONT_INVALID=0.01] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id zvARJ6SN9xS8; Wed, 9 Nov 2016 11:33:23 -0800 (PST) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id A1615129559; Wed, 9 Nov 2016 11:33:21 -0800 (PST) Received: from 172.18.7.190 (EHLO lhreml705-cah.china.huawei.com) ([172.18.7.190]) by lhrrg02-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id CUW07592; Wed, 09 Nov 2016 19:33:17 +0000 (GMT) Received: from DFWEML702-CAH.china.huawei.com (10.193.5.176) by lhreml705-cah.china.huawei.com (10.201.5.168) with Microsoft SMTP Server (TLS) id 14.3.235.1; Wed, 9 Nov 2016 19:33:16 +0000 Received: from DFWEML501-MBX.china.huawei.com ([10.193.5.178]) by dfweml702-cah.china.huawei.com ([10.193.5.176]) with mapi id 14.03.0235.001; Wed, 9 Nov 2016 11:33:07 -0800 From: Igor Bryskin To: Francesco Lazzeri , Fatai Zhang , Dieter Beller Thread-Topic: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 Thread-Index: AQHSNdbxqovpH1S/M0ui/wYWAHL6uaDHupQAgAABPgCAAAJUAIAAUW6AgAAHrQD//43VoIAAeTWA//+O+kCAAHmIAIAAJcgAgACAujCAAMOrgP//jARQAJSqJ4AAZ2q+AAAKEkOA///2foCAAIT9oP//jDMAgACEpnD//6EMgIAAaaTA Date: Wed, 9 Nov 2016 19:33:06 +0000 Message-ID: <0C72C38E7EBC34499E8A9E7DD007863908F0F824@dfweml501-mbx> References: <0C72C38E7EBC34499E8A9E7DD007863908F0EF32@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5BB53@FR712WXCHMBA15.zeu.alcatel-lucent.com> <655C07320163294895BBADA28372AF5D48B5BC01@FR712WXCHMBA15.zeu.alcatel-lucent.com> <7AEB3D6833318045B4AE71C2C87E8E172A8CC9D2@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5C82F@FR712WXCHMBA15.zeu.alcatel-lucent.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F10B@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA51@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F12D@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA9B@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F1E1@dfweml501-mbx> <9762bdb8-e73c-7653-3243-f7add7a9ce7c@nokia.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F242@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F747@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F774@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F7CA@dfweml501-mbx> In-Reply-To: Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.212.254.206] Content-Type: multipart/alternative; boundary="_000_0C72C38E7EBC34499E8A9E7DD007863908F0F824dfweml501mbx_" MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A020204.582379FE.0303, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: 722aff6d616c510e0ca958addbcaa3a0 Archived-At: Cc: "mpls@ietf.org" , "CCAMP \(ccamp@ietf.org\)" , "Scharf, Michael \(Nokia - DE\)" , "pce@ietf.org" , "TEAS WG \(teas@ietf.org\)" Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 09 Nov 2016 19:33:30 -0000 --_000_0C72C38E7EBC34499E8A9E7DD007863908F0F824dfweml501mbx_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Francesco, Please, note that the context of this discussion is single domain. In my op= inion MDSC should not rely on the Path computation services (stateless or = stateful) provided by PNCs, rather, on its own path computation on TE topol= ogy, the product of merging of abstract TE topologies catered by the subor= dinate PNCs. And BTW said abstract TE topologies should be kept up-to-date = by the PNCs (i.e. with updates, stateful). Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Wednesday, November 09, 2016 12:42 PM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pc= e@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Well, I know implementations of both the "flavours", and I would say that t= he most complex are the pre-planned ones. So, it could be an interesting use case, but we need to be aware that it co= mes with a price. Take also into account that the path recomputation inside the provider coul= d not necessarily offer an optimal solution end-to-end, and the client (the= MDSC actually) should anyway check whether the end-to-end path, when a cha= nge happens on a segment, is still in compliance with its constraints (e.g.= if there is a latency constraint on the end-to-end path, it may happen tha= t the recomputed segment has a longer latency that leads to exceeding the c= onstraint on the end to end path : but the provider only sees that single s= egment of the end-to-end path and taking into account the end-to-end constr= aints could be really difficult). Regarding the TE-link, I was actually interested on what the provider (that= is the PNC) advertises to the client (MDSC) when reservation occurs. It ca= nnot advertise A'B' as it knows only A and B, but advertising AB seems to m= e not correct. BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 4:56 PM To: Francesco Lazzeri ; Fatai Zhang ; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) ; Scharf, Michael= (Nokia - DE) ; pce@ietf.org; TEAS WG (teas@ietf.= org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, Please, see in-line. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Wednesday, November 09, 2016 10:27 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? FL>> Probably the same in case the provider notifies "Hey, I have no= longer anything for you". IB>> But this would be a bit too late, wouldn't it? Wouldn't it be better i= f the client has learnt about the previously returned path unfeasibility ah= ead of time, so that it could re-plan it's failure recovery scheme? If there is no (more) path, there is no path. The client could only try and= crankback looking for some different path or report an alarm. IB>> Relying on crankbaks in an unpredictable way is not exactly a good sol= ution, right? The scenario that seems more applicable to your proposal is a pre-planned r= estoration mechanism where we have a worker path in-service and a protectio= n path just computed (but not reserving network resources, in order to shar= e them among several protection paths), in a multi-domain network. In that = case, reserving te-tunnels like you suggest, could give an advantage, as th= e end-to-end cranckback could occur when the notification with "no-path" is= triggered by the provider (that means the protection path or some of its s= egments is no longer valid) and not when the path deployment is triggered b= y the client (that means the worker path is gone and we need the protection= immediately). Is this the case you are considering ? IB>> Exactly. All the scenarios you can think of where you don't know when = and where a problem may happen and you want to maintain flexibility and sha= re the network resources to protect as much as you can In other cases, as when used during an end-to-end path computation with imm= ediate deployment to reduce the possibility of conflicts among concurrent p= rocedures, it seems to me less important or applicable, as all these proced= ures will likely be orchestrated by the same entity, which could well avoid= conflicts. IB>> All cases where the provider wants to expose a potentiality without co= mmitting resources to cover for the client multiple use cases and provide a= t the same time some degree (albeit not perfect) predictability. 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. FL>> This means that the provider just sends the reply to the path computat= ion request and doesn't advertise any new TE link to the client ? This is a= ctually what I would expect: the task to manage TE-links in the overlay top= ology is with the client. IB>> Overlay TE topology manager advertises a TE link that is supported not= by a provisioned in a server layer TE tunnel (connection), rather, by a co= mputed and monitored path. This way the overlay TE topology manger can adve= rtise multiple abstract TE links mapped onto the same network resources Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 3:47 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. Igor From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com] Sent: Wednesday, November 09, 2016 9:26 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Igor, IMHO simplicity pays back. Instead than maintaining all these states, notif= ying clients all the times something changes, and repeating path-computatio= n as needed, isn't better for a client (and provider) to ask what is needed= when it's needed, and get the best result back at that moment ? Regarding the abstract link in the overlay topology, I still can't see what= the provider will advertise. If it's a new link representing the forwardin= g adjacency between A' and B', how it will be represented by the provider ? BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 2:48 PM To: Fatai Zhang >; Fran= cesco Lazzeri >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Francesco, Please, see in-line. Cheers, Igor The point here is for how long the provider should keep the computed path a= nd its request parameters IB>> As far as the provider is concerned, the requested path and its parame= ters is a TE tunnel (albeit computed but not provisioned). So it keeps the = state until the client removes the TE tunnel. (in fact if we want to have a possibly better path, at any change inside pr= ovider topology, resource status and usage, the provider should check if th= e computed path is still feasible and/or redo path computation to find a be= tter path). This could be an overhead, in my view. IB>> For example, if provider is to ensure the path's feasibility, all it n= eeds is to detect a change in a TE link the path is going through and make = sure that the change does not make the path unfeasible. Only in the latter= case the path re-computation needs to be scheduled and performed in a back= ground thread. Furthermore, I can't see how the provider could export the abstract TE-link= , as this is inside the client topology; IB>> The abstract link is a part of the abstract topology "cooked" (customi= zed) for the client, which is supported by the computed path in the underla= y topology, which is the provider's topology. in fact, if the client is asking for a path between A and B (A and B inside= provider topology), having A' (in client topology) connected to A and B' (= in client topology) connected to B, the relevant abstract TE link (the forw= arding adjacency) should be built between A' and B', that is in the client = topology; therefore the client should be in charge of managing it, as the p= rovider is not aware of A' and B'. IB>> This is correct, but note that the two topologies (underlay and overla= y) according to the TE topology model have independent and unrelated name s= paces for node, link and SRLG IDs. So it is perfectly Ok. IB>> Also note that according to TE topology model one important attribut= e of a TE node (especially abstract composite node) is connectivity matrix,= which is nothing but a set of stateful paths computed, re-computed and con= stantly monitored (but not reserved) over the TE topology the node encapsul= ates. This means that stateful unreserved paths play already a very import= ant part in supporting TE topologies with asymmetrical blocking abstract TE= nodes. Igor BR Francesco From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: 04 November, 2016 7:12 PM To: Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; TEAS WG= (teas@ietf.org) = >; pce@ietf.org Subject: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel-teas-y= ang-path-computation-00 Dieter, A client may ask for a path not to be used immediately (e.g. to present as = an abstract TE link to its own client, in some failure restoration scheme o= r as a part of disaster recovery network topology re-configuration) without= committing any network resources. In this case the client would want to kn= ow at least if/when the path has stopped being feasible any longer or (ide= ally) a better path is available. This is similar to exposing to a client an abstract TE topology with an unc= ommitted abstract TE link (i.e. TE link that does not have a committed TE t= unnel supporting it and advertises potentiality). Once such link is provide= d, the provider is expected to send updates when/if the TE link attributes = change. For uncommitted/potential TE link such updates could be provided ba= sed on event driven re-computation of the potentiality the TE link represen= ts. The point is that an uncommitted abstract TE link and COMPUTE_ONLY TE tunne= l can represent (each in its own way) the same network potentiality Cheers, Igor From: Dieter Beller [mailto:Dieter.Beller@nokia.com] Sent: Friday, November 04, 2016 1:49 PM To: Igor Bryskin Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Igor, could you please clarify how useful a stateful path without resource alloca= tion is. I can't see the benefits of this use case. Thanks, Dieter On 04.11.2016 14:25, Igor Bryskin wrote: Hi Dieter, A provider may compute path(s) for a TE tunnel, and then (without any resou= rce allocation) may start monitoring/ensuring the path validity/optimality = by re-computing them in an event driven manner. For example, it can trigger= the re-computation of the path(s) when detecting a change in a state of a = TE link the current path(s) are going through. Depending on the results ad= ditional notifications may be sent to the client. Note that this is in addition to the reasons you correctly identified for i= mplementing stateful path computation (such as compute_and_reserve). Cheers, Igor From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com] Sent: Thursday, November 03, 2016 6:27 PM To: Leeyoung Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi all, when we talk about the stateful path computation use case, it means IMHO th= at when a path has been calculated successfully in response to a request, a= new path object is created in the data store. This does only make sense if= the resources have been allocated in the TED of the PCE irrespective of th= e fact whether the connection along this path will be established right awa= y or at a later point in time. This will prevent further path computation r= equests from assuming that the resources are still available. As the TED of= the PCE also has to reflect the network state, I would assume that the net= work resources can be in one of the following three states: available, allo= catedButNotInUse, allocatedAndInUse. The path objects also need state info= rmation reflecting for example the alarm state of the allocated resources. = The path calculated earlier may become (temporarily) invalid due to a link = failure affecting the path. Does this make sense? Thanks, Dieter Sent from my tablet Leeyoung wrote: Igor, When you say "state", are you referring to the YANG datastore or some other= "interim" state of those paths that are calculated but not instantiated as= LSPs? If we were to update the YANG datastore for this, I would think that= we may have some issue when the customer decided not to instantiate the TE= tunnel (after the path compute request). Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 3:02 PM To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Young, >From the provider controller point of view COMPUTE_ONLY TE tunnels will hav= e exactly the same state as "normal" (COMPUTE_ADN_PROVISION) TE tunnels. Igor From: Leeyoung Sent: Thursday, November 03, 2016 3:42 PM To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Igor, In such case, would the YANG datastore be updated? I guess not. If not, the= n the system/controller has to keep this interim state, would it? Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Michael, You are exactly right. The purpose of the "compute-only" TE tunnel is to cr= eate/maintain the normal TE tunnel state and (re-)compute TE paths for the = TE tunnel connections/LSPs but not signal/provision the LSPs. Igor From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: Thursday, November 03, 2016 3:17 PM To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Isn't the intention of defining "compute-only tunnels" to create state in t= he controller, but not to signal them? If the tunnel should be signaled and= resources shall be allocated, why not just configure a vanilla tunnel? Use= s cases seem to exist for both variants, and both can be encoded in YANG. I= s there anything I miss here? Michael From: Leeyoung [mailto:leeyoung@huawei.com] Sent: Thursday, November 03, 2016 7:49 PM To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Hi Michael, I think I am with you on your point. If we use rpc, it is clear. On the oth= er hand, if we were to use "stateful compute-only" it seems that the system= /controller has to keep the state of the paths somewhere which is not YANG = datastore. My understanding is that YANG datastore is updated only when the= path is signaled and resource is allocated. Would this give the system/con= troller additional burden to keep the "interim" state? Young From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (N= okia - DE) Sent: Thursday, November 03, 2016 8:58 AM To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Maybe I miss something, but to me, the domain controller either computes a = path stateless, which can be modeled in YANG in an RPC. Or the domain contr= oller computes a path, stores state, and provides access to the result in t= he YANG datastore. In the latter case, whether resources are allocated, or = whether the NEs get actually provisioned, is an orthogonal question. As a side note, I am not sure of I would call a domain controller or an NMS= a PCE. Path computation is only a subset of the functions of a domain cont= roller. Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_0C72C38E7EBC34499E8A9E7DD007863908F0F824dfweml501mbx_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

    Francesco,

     

    Please, note that t= he context of this discussion is single domain. In my opinion MDSC  sh= ould not rely on the Path computation services (stateless or stateful) prov= ided by PNCs, rather, on its own path computation on TE topology, the product of  merging of abstract TE topologies cat= ered by the subordinate PNCs. And BTW said abstract TE topologies should be= kept up-to-date by the PNCs (i.e. with updates, stateful).

     

    Igor

     

     

     

    From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Wednesday, November 09, 2016 12:42 PM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-= teas-yang-path-computation-00

     

    Well, I know implem= entations of both the “flavours”, and I would say that the most= complex are the pre-planned ones.

    So, it could be an = interesting use case, but we need to be aware that it comes with a price.

    Take also into acco= unt that the path recomputation inside the provider could not necessarily o= ffer an optimal solution end-to-end, and the client (the MDSC actually) sho= uld anyway check whether the end-to-end path, when a change happens on a segment, is still in compliance with its = constraints (e.g. if there is a latency constraint on the end-to-end path, = it may happen that the recomputed segment has a longer latency that leads t= o exceeding the constraint on the end to end path : but the provider only sees that single segment of the en= d-to-end path and taking into account the end-to-end constraints could be r= eally difficult).

     

    Regarding the TE-li= nk, I was actually interested on what the provider (that is the PNC) advert= ises to the client (MDSC) when reservation occurs. It cannot advertise A= 217;B’ as it knows only A and B, but advertising AB seems to me not correct.

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.= com]
    Sent: 09 November, 2016 4:56 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai = Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter.Beller@nokia.= com>
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Sc= harf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; = TEAS WG (teas@ietf.org) <teas@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00

     

    Francesco,<= /span>

     

    Please, see in-line.

     

    Igor=

     

     

     

    From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Wednesday, November 09, 2016 10:27 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.or= g; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (    teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.i= etf.org/html/draft-busibel-teas-yang-path-computation-00

     

    Igor,

     

    1)   = ;   IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn’t better for= a client (and provider) to ask what is needed when it’s needed, and get the best result back at that moment= ?

    IB>> What happens it the provider at this moment says: ̶= 0; No, I have nothing for you” ?  What if the path was relied up= on by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

       &= nbsp;   FL>> Probably the same in case the provider notifie= s “Hey, I have no longer anything for you”.

     

    IB>> But this would = be a bit too late, wouldn’t it? Wouldn’t it be better if the cl= ient has learnt about the previously returned path unfeasibility ahead of t= ime, so that it could re-plan it’s failure recovery scheme?

     

    If there is no (mor= e) path, there is no path. The client could only try and crankback looking = for some different path or report an alarm.

     

    IB>> Relying on cran= kbaks in an unpredictable way is not exactly a good solution, right?

     

    The scenario that s= eems more applicable to your proposal is a pre-planned restoration mechanis= m where we have a worker path in-service and a protection path just compute= d (but not reserving network resources, in order to share them among several protection paths), in a multi-domain = network. In that case, reserving te-tunnels like you suggest, could give an= advantage, as the end-to-end cranckback could occur when the notification = with “no-path” is triggered by the provider (that means the protection path or some of its segments is no lon= ger valid) and not when the path deployment is triggered by the client (tha= t means the worker path is gone and we need the protection immediately). Is= this the case you are considering ?

     

    IB>> Exactly. All th= e scenarios you can think of where you don’t know when and where a pr= oblem may happen and you want to maintain flexibility and share the network= resources to protect as much as you can

     

    In other cases, as = when used during an end-to-end path computation with immediate deployment t= o reduce the possibility of conflicts among concurrent procedures, it seems= to me less important or applicable, as all these procedures will likely be orchestrated by the same entity, wh= ich could well avoid conflicts.

     

    IB>> All cases where= the provider wants to expose a potentiality without committing resources t= o cover for the client multiple use cases and provide at the same time some= degree (albeit not perfect) predictability.

     

     <= /o:p>

    2)   = ;   Regarding the abstract link in the = overlay topology, I still can’t see what the provider will advertise.= If it’s a new link representing the forwarding adjacency between A&#= 8217; and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link A̵= 7;B’ points to the underlay (provider) TE topology where the path is = computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

    FL>> This means that the provider just sends the reply to th= e path computation request and doesn’t advertise any new TE link to t= he client ? This is actually what I would expect: the task to manage TE-links in the overlay topology is with the client.

     

    IB>> Overlay TE topology manager advertises a TE link that is suppo= rted not by a provisioned in a server layer TE tunnel (connection), rather,= by a computed and monitored path. This way the overlay TE topology manger can advertise multiple abstract TE links ma= pped onto the same network resources 

     

    Francesco

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 3:47 PM
    To: Francesco Lazzeri <    francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,<= /span>

     

    1)   = ;   IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn’t better for= a client (and provider) to ask what is needed when it’s needed, and get the best result back at that moment= ?

    IB>> What happens it the provider at this moment says: ̶= 0; No, I have nothing for you” ?  What if the path was relied up= on by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

     <= /o:p>

     <= /o:p>

    2)   = ;   Regarding the abstract link in the = overlay topology, I still can’t see what the provider will advertise.= If it’s a new link representing the forwarding adjacency between A&#= 8217; and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link A̵= 7;B’ points to the underlay (provider) TE topology where the path is = computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

     

     

    Igor

     

     

    From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.co= m]
    Sent: Wednesday, November 09, 2016 9:26 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.or= g; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (    teas@ietf.org)
    Subject: RE: [mpls] http://tools.ietf.org= /html/draft-busibel-teas-yang-path-computation-00

     

    Igor,

    IMHO simplicity pay= s back. Instead than maintaining all these states, notifying clients all th= e times something changes, and repeating path-computation as needed, isn= 217;t better for a client (and provider) to ask what is needed when it’s needed, and get the best result back at= that moment ?

    Regarding the abstr= act link in the overlay topology, I still can’t see what the provider= will advertise. If it’s a new link representing the forwarding adjac= ency between A’ and B’, how it will be represented by the provider ?

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 2:48 PM
    To: Fatai Zhang <    = zhangfatai@huawei.com>; Francesco L= azzeri <frances= co.lazzeri@ericsson.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Hi Francesco,

     <= /o:p>

    Please, see in-line= .

     <= /o:p>

    Cheers,=

    Igor

     <= /o:p>

    The point here is f= or how long the provider should keep the computed path and its request para= meters

     <= /o:p>

    IB>> As far as t= he provider is concerned, the requested path and its parameters is a TE tun= nel (albeit computed but not provisioned). So it keeps the state until the = client removes the TE tunnel.

     <= /o:p>

    (in fact if we want= to have a possibly better path, at any change inside provider topology, re= source status and usage, the provider should check if the computed path is = still feasible and/or redo path computation to find a better path). This could be an overhead, in my view.=

     <= /o:p>

    IB>> For example= , if provider is to ensure the path’s feasibility, all it needs is to= detect a change in a TE link the path is going through and make sure that = the  change does not make the path unfeasible. Only in the latter case the path re-computation needs to be scheduled and perfo= rmed in a background thread.

     <= /o:p>

    Furthermore, I can&= #8217;t see how the provider could export the abstract TE-link, as this is = inside the client topology;

    IB>> The abstrac= t link is a part of the abstract topology “cooked” (customized)= for the client, which is supported by the computed path in the underlay to= pology, which is the provider’s topology.

     <= /o:p>

    in fact, if the cli= ent is asking for a path between A and B (A and B inside provider topology)= , having A’ (in client topology) connected to A and B’ (in clie= nt topology) connected to B, the relevant abstract TE link (the forwarding adjacency) should be built between A’ and B&= #8217;, that is in the client topology; therefore the client should be in c= harge of managing it, as the provider is not aware of A’ and B’= .

     <= /o:p>

    IB>> This is cor= rect, but note that the two topologies (underlay and overlay) according to = the TE topology model have independent and unrelated name spaces for node, = link and SRLG IDs. So it is perfectly Ok.

     

    IB>> Also note t= hat according  to TE topology model  one important attribute of a= TE node (especially abstract composite node) is connectivity matrix, which is nothing but a set of stateful paths computed, re-computed and c= onstantly monitored (but not reserved) over the TE topology the node encaps= ulates.  This means that stateful unreserved paths play already a very imp= ortant part in supporting TE topologies with asymmetrical blocking abstract= TE nodes.

     

    Igor

     <= /o:p>

     <= /o:p>

     <= /o:p>

     <= /o:p>

    BR

    Francesco

     <= /o:p>

    From:= CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: 04 November, 2016 7:12 PM
    To: Dieter Beller <    Dieter.Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; TEAS WG (teas@ietf.org) <tea= s@ietf.org>; pce@ietf.org
    Subject: Re: [CCAMP] [mpls]     http://tools.ietf.org/htm= l/draft-busibel-teas-yang-path-computation-00

     

    Dieter,

     

    A client may ask for a= path not to be used immediately (e.g. to present as an abstract TE link to= its own client, in some failure restoration scheme or as a part of disaste= r recovery network topology re-configuration) without committing any network resources. In this case the client would wa= nt to know at least  if/when the path has stopped being feasible any l= onger or (ideally) a better path is available.

     

    This is similar to exp= osing to a client an abstract TE topology with an uncommitted abstract TE l= ink (i.e. TE link that does not have a committed TE tunnel supporting it an= d advertises potentiality). Once such link is provided, the provider is expected to send updates when/if the TE = link attributes change. For uncommitted/potential TE link such updates coul= d be provided based on event driven re-computation of the potentiality the = TE link represents.

    The point is that an u= ncommitted abstract TE link and COMPUTE_ONLY TE tunnel can represent (each = in its own way) the same network potentiality

     

    Cheers,

    Igor=

     

     

     

    From: Dieter Beller [mailto:Dieter.Beller@nokia.com]
    Sent: Friday, November 04, 2016 1:49 PM
    To: Igor Bryskin
    Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org    ); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif";color:windowtext">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls]     http://tools.ietf.org= /html/draft-busibel-teas-yang-path-computation-00

     

    Hi Igor,

    could you please clarify how useful a stateful path without resource all= ocation is. I can't see the benefits of this use case.


    Thanks,
    Dieter

    On 04.11.2016 14:25, Igor Bryskin wrote:<= /p>

    Hi Dieter,=

     

    A provider may compute= path(s) for a TE tunnel, and then (without any resource allocation) may st= art monitoring/ensuring the path validity/optimality by re-computing them i= n an event driven manner. For example, it can trigger the re-computation of the path(s) when detecting a change i= n a state of a TE link the current path(s) are going through.  Dependi= ng on the results additional notifications may be sent to the client.

     

    Note that this is in a= ddition to the reasons you correctly identified for implementing stateful p= ath computation (such as compute_and_reserve).

     

    Cheers,

    Igor=

     

     

    From: Beller, = Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com]
    Sent: Thursday, November 03, 2016 6:27 PM
    To: Leeyoung
    Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (    ccamp@ietf.org<= /span>); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls]     http://tools.ietf.org= /html/draft-busibel-teas-yang-path-computation-00

     

    Hi all, 
     
    when we talk about the stateful path computation use case,=
 it means IMHO that when a path has been calculated successfully in respons=
e to a request, a new path object is created in the data store. This does o=
nly make sense if the resources have been allocated in the TED of the PCE i=
rrespective of the fact whether the connection along this path will be esta=
blished right away or at a later point in time. This will prevent further p=
ath computation requests from assuming that the resources are still availab=
le. As the TED of the PCE also has to reflect the network state, I would as=
sume that the network resources can be in one of the following three states=
: available, allocatedButNotInUse,  allocatedAndInUse. The path object=
s also need state information reflecting for example the alarm state of the=
 allocated resources. The path calculated earlier may become (temporarily) =
invalid due to a link failure affecting the path. 
     
    Does this make sense? 
     
     
    Thanks, 
    Dieter
     
    Sent from my tablet
     
    Leeyoung <leeyoung@huawei.com> wrote:
     

    Igor,

     

    When you say “st= ate”, are you referring to the YANG datastore or some other “in= terim” state of those paths that are calculated but not instantiated = as LSPs? If we were to update the YANG datastore for this, I would think that we may have some issue when the customer decided not to i= nstantiate the TE tunnel (after the path compute request).

     

    Thanks.

    Young

     

     

    From: Igor Bry= skin
    Sent: Thursday, November 03, 2016 3:02 PM
    To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Young,

     

    From the provider cont= roller point of view COMPUTE_ONLY TE tunnels will have exactly the same sta= te as “normal” (COMPUTE_ADN_PROVISION) TE tunnels.<= /o:p>

     

    Igor=

     

    From: Leeyoung
    Sent: Thursday, November 03, 2016 3:42 PM
    To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (    ccamp@ietf.org<= /span>); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Igor,

     

    In such case, would th= e YANG datastore be updated? I guess not. If not, then the system/controlle= r has to keep this interim state, would it?

     

    Thanks.

    Young

     

    From: Igor Bry= skin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Michael,

    You are exactly right.= The purpose of the “compute-only” TE tunnel is to create/maint= ain the normal TE tunnel state and (re-)compute TE paths for the TE tunnel = connections/LSPs but not signal/provision the LSPs.

     

    Igor=

     

    From: Scharf, = Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: Thursday, November 03, 2016 3:17 PM
    To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Isn’t the intent= ion of defining „compute-only tunnels“ to create state in the c= ontroller, but not to signal them? If the tunnel should be signaled and res= ources shall be allocated, why not just configure a vanilla tunnel? Uses cases seem to exist for both variants, and both can be encode= d in YANG. Is there anything I miss here?

     

    Michael

     

     

    From: Leeyoung [mailto:leeyoung@huawei.com]
    Sent: Thursday, November 03, 2016 7:49 PM
    To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; = CCAMP (    cca= mp@ietf.org); pce@ietf.org= ; TEAS WG (teas@ietf.org); mpls@ietf.o= rg
    Subject: RE:     http://tools.iet= f.org/html/draft-busibel-teas-yang-path-computation-00

     

    Hi Michael,

     

    I think I am with you = on your point. If we use rpc, it is clear. On the other hand, if we were to= use “stateful compute-only” it seems that the system/controlle= r has to keep the state of the paths somewhere which is not YANG datastore. My understanding is that YANG datastore is updated = only when the path is signaled and resource is allocated. Would this give t= he system/controller additional burden to keep the “interim” st= ate?

     

    Young

     

    From: CCAMP [<= /span>mailto:ccamp-bo= unces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
    Sent: Thursday, November 03, 2016 8:58 AM
    To: Daniele Ceccarelli; Igor Bryskin; CCAMP (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (    teas@ietf.org); mpls@ietf.org
    Subject: Re: [CCAMP]     http://tools.ietf.or= g/html/draft-busibel-teas-yang-path-computation-00

     

    Maybe I miss something= , but to me, the domain controller either computes a path stateless, which = can be modeled in YANG in an RPC. Or the domain controller computes a path,= stores state, and provides access to the result in the YANG datastore. In the latter case, whether resources ar= e allocated, or whether the NEs get actually provisioned, is an orthogonal = question.

     

    As a side note, I am n= ot sure of I would call a domain controller or an NMS a PCE. Path computati= on is only a subset of the functions of a domain controller.

     

    Michael

     

     

     

    From: Daniele = Ceccarelli [mailto:daniele.ceccarelli@ericsson.com]
    Sent: Thursday, November 03, 2016 2:49 PM
    To: Scharf, Michael     (Nokia - DE); Igo= r Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org= ; TEAS WG (teas@ietf.org); mpls@ietf.o= rg
    Subject: RE:     http://tools.iet= f.org/html/draft-busibel-teas-yang-path-computation-00

     

    Can you please explain what the “stateful comp= ute-only” stands for I don’t understand what is stateful in a p= ath computation request only.

    IMHO either I ask the PCE (SDN controller, NMS, what= ever) to compute a path and then forget about it or I ask to compute and pr= ovision it. I don’t understand the value of asking for it and remembe= ring about it.

     

    BR
    Daniele 

     

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: gioved=EC 3 novembre 2016 14:45
    To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    We have discussed this= before. From an implementer’s perspective, the two clean solutions t= o the problem seem to either stateful „compute-only“ tunnels or= a stateless RPC.

     

    Michael

     

     

    From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Daniele Ceccarelli; CCAMP (    ccamp@ietf.org); pce@ietf.org= ; TEAS WG (teas@ietf.org); mpls@ietf.o= rg
    Subject: [ALU] [mpls]    http://t= ools.ietf.org/html/draft-busibel-teas-yang-path-computation-00

     

    Hi,<= /p>

     

    From the draft:=

     

    6. =    YANG Model for requesting Path Computation

     

     

      = ; Work on extending the TE Tunnel YANG model to support the need to<= o:p>

      = ; request path computation has recently started also in the context of

      = ; the [T= E-TUNNEL] draft.

     

      = ; It is possible to request path computation by configuring a

      = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

      = ; LSP(s) Record-Route Object (RRO) list as described in [T= E-TUNNEL].

     

      = ; This is a stateful solution since the state of each created

      = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

      = ; underlying network conditions change.

     

      = ; The need also for a stateless solution, based on an RPC, has been<= o:p>

      = ; recognized.

     

     

      = ; The YANG model to support stateless RPC is for further study.=

     

     

     

     

     

    IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

     

    Cheers,

    Igor

     

     

     

     

     

     

     

     

     

     

     

     

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    Hi Igor,

     

    I think the client will still meet the case that there is no avai= lable path for the client.

     

    The provider will have no chance to re-plan the path when the cli= ent knows the unfeasibility ahead of short time (e.g., milliseconds before = it really needs the path) or the client knows the unfeasibility ahead of much time (e.g., hours or days) before it= really needs, but there is no sufficient available resource for the provid= er to re-plan unless the operators add more physical nodes or links.

     

    I think= the stateful path comput= ation is a kind of =A1=B0best effort=A1=B1, and it might be suitable for IP= service, but for the transport service, the protection capability(as you m= entioned a failure recovery or congestion avoidance strategy or disaster topology re-configuration) MUST be guaranteed (at lea= st for one single failure) if the client really relies on that.

    &n= bsp;

    I think= the simple way to guarantee the protection (or whatever) capability is to = reserve the resource for the desired path and the reserved resource could be shared among multiple path (This is the= concept of Shared Mesh Protection I introduced in ITU-T SG15 a few years a= go, but here we can just reserve the resource from the control plane perspe= ctive rather than reserve the resource on the data plane through SMP mechanism).

    &n= bsp;

    &n= bsp;

    &n= bsp;

    Thanks<= o:p>

    &n= bsp;

    Fatai

     

    =B7=A2=BC=FE=C8=CB:= Igor Bryskin
    =B7=A2=CB=CD=CA=B1=BC=E4:<= span lang=3D"EN-US" style=3D"font-size:10.0pt;font-family:=CB=CE=CC=E5;colo= r:windowtext"> 2016=C4=EA11=D4=C29=C8=D5 23:56
    =CA=D5=BC=FE=C8=CB: Francesco Lazzeri; Fatai Zhang; Dieter Beller
    =B3=AD=CB=CD: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@= ietf.org; TEAS WG (teas@ietf.org)
    =D6=F7=CC=E2: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00

     

    Frances= co,

    &n= bsp;

    Please,= see in-line.

    &n= bsp;

    Igor

    &n= bsp;

    &n= bsp;

    &n= bsp;

    From:= Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Wednesday, November 09, 2016 10:27 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Igor,

    &n= bsp;

    1)      IMHO simplicity pays= back. Instead than maintaining all these states, notifying clients all the= times something changes, and repeating path-computation as needed, isn=A1= =AFt better for a client (and provider) to ask what is needed when it=A1=AFs needed, and get the best result back at = that moment ?

    IB>> What happens it the provider at this mo= ment says: =A1=B0 No, I have nothing for you=A1=B1 ?  What if the path= was relied upon by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

    &nbs= p;      FL>> Probably the same in case the p= rovider notifies =A1=B0Hey, I have no longer anything for you=A1=B1.

     

    IB>> = But this would be a bit too late, wouldn=A1=AFt it? Wouldn=A1=AFt it be bet= ter if the client has learnt about the previously returned path unfeasibili= ty ahead of time, so that it could re-plan it=A1=AFs failure recovery scheme?

     

    If t= here is no (more) path, there is no path. The client could only try and cra= nkback looking for some different path or report an alarm.

     

    IB>> = Relying on crankbaks in an unpredictable way is not exactly a good solution= , right?

     

    The = scenario that seems more applicable to your proposal is a pre-planned resto= ration mechanism where we have a worker path in-service and a protection pa= th just computed (but not reserving network resources, in order to share them among several protection paths), in a mu= lti-domain network. In that case, reserving te-tunnels like you suggest, co= uld give an advantage, as the end-to-end cranckback could occur when the no= tification with =A1=B0no-path=A1=B1 is triggered by the provider (that means the protection path or some of its segments is= no longer valid) and not when the path deployment is triggered by the clie= nt (that means the worker path is gone and we need the protection immediate= ly). Is this the case you are considering ?

     

    IB>> = Exactly. All the scenarios you can think of where you don=A1=AFt know when = and where a problem may happen and you want to maintain flexibility and sha= re the network resources to protect as much as you can

     

    In o= ther cases, as when used during an end-to-end path computation with immedia= te deployment to reduce the possibility of conflicts among concurrent proce= dures, it seems to me less important or applicable, as all these procedures will likely be orchestrated by the sam= e entity, which could well avoid conflicts.

     

    IB>> = All cases where the provider wants to expose a potentiality without committ= ing resources to cover for the client multiple use cases and provide at the= same time some degree (albeit not perfect) predictability.

     

     

    2)      Regarding the abstra= ct link in the overlay topology, I still can=A1=AFt see what the provider w= ill advertise. If it=A1=AFs a new link representing the forwarding adjacenc= y between A=A1=AF and B=A1=AF, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstrac= t TE link A=A1=AFB=A1=AF points to the underlay (provider) TE topology wher= e the path is computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncomm= itted TE link (i.e. link advertising potentiality in the provider network).= In either case TE link=A1=AFs attributes (e.g. available bandwidth, SRLGs)= are defined by the path.

    FL>> This means that the provider just sends= the reply to the path computation request and doesn=A1=AFt advertise any n= ew TE link to the client ? This is actually what I would expect: the task to manage TE-links in the overlay topology is with = the client.

     

    IB>> Overlay TE topology manager advertises a TE li= nk that is supported not by a provisioned in a server layer TE tunnel (conn= ection), rather, by a computed and monitored path. This way the overlay TE topology manger can advertise multiple abstract TE= links mapped onto the same network resources 

     

    Fran= cesco=

    &n= bsp;

    &n= bsp;

    F= rom: Igor Bryski= n [mailto:Igor.Bryskin@huawei.co= m]
    Sent: 09 November, 2016 3:47 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller = <Dieter.Beller@nokia.com&= gt;
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; TEAS WG (teas@ietf.org) <te= as@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Frances= co,

    &n= bsp;

    1)      IMHO simplicity pays= back. Instead than maintaining all these states, notifying clients all the= times something changes, and repeating path-computation as needed, isn=A1= =AFt better for a client (and provider) to ask what is needed when it=A1=AFs needed, and get the best result back at = that moment ?

    IB>> What happens it the provider at this mo= ment says: =A1=B0 No, I have nothing for you=A1=B1 ?  What if the path= was relied upon by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

     

     

    2)      Regarding the abstra= ct link in the overlay topology, I still can=A1=AFt see what the provider w= ill advertise. If it=A1=AFs a new link representing the forwarding adjacenc= y between A=A1=AF and B=A1=AF, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstrac= t TE link A=A1=AFB=A1=AF points to the underlay (provider) TE topology wher= e the path is computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncomm= itted TE link (i.e. link advertising potentiality in the provider network).= In either case TE link=A1=AFs attributes (e.g. available bandwidth, SRLGs)= are defined by the path.

     

     

    Igor

     

     

    From:= Francesco Lazzeri [= mailto:francesco.lazzeri@= ericsson.com]
    Sent: Wednesday, November 09, 2016 9:26 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Igor= ,

    IMHO= simplicity pays back. Instead than maintaining all these states, notifying= clients all the times something changes, and repeating path-computation as= needed, isn=A1=AFt better for a client (and provider) to ask what is needed when it=A1=AFs needed, and get the best re= sult back at that moment ?

    Rega= rding the abstract link in the overlay topology, I still can=A1=AFt see wha= t the provider will advertise. If it=A1=AFs a new link representing the for= warding adjacency between A=A1=AF and B=A1=AF, how it will be represented by the provider ?

     

    BR

    Fran= cesco

     

    F= rom: Igor Bryski= n [mailto:Igor.Bryskin@huawei.co= m]
    Sent: 09 November, 2016 2:48 PM
    To: Fatai Zhang <zhangfa= tai@huawei.com>; Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Dieter Beller = <Dieter.Beller@nokia.com&= gt;
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; TEAS WG (teas@ietf.org) <te= as@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Hi Francesco,

    &nbs= p;

    Plea= se, see in-line.

    &nbs= p;

    Chee= rs,

    Igor=

    &nbs= p;

    The = point here is for how long the provider should keep the computed path and i= ts request parameters

    &nbs= p;

    IB>&= gt; As far as the provider is concerned, the requested path and its paramet= ers is a TE tunnel (albeit computed but not provisioned). So it keeps the s= tate until the client removes the TE tunnel.

    &nbs= p;

    (in = fact if we want to have a possibly better path, at any change inside provid= er topology, resource status and usage, the provider should check if the co= mputed path is still feasible and/or redo path computation to find a better path). This could be an overhead, in my = view.

    &nbs= p;

    IB>&= gt; For example, if provider is to ensure the path=A1=AFs feasibility, all = it needs is to detect a change in a TE link the path is going through and m= ake sure that the  change does not make the path unfeasible. Only in the latter case the path re-computation needs to be sc= heduled and performed in a background thread.

    &nbs= p;

    Furt= hermore, I can=A1=AFt see how the provider could export the abstract TE-lin= k, as this is inside the client topology;

    IB>&= gt; The abstract link is a part of the abstract topology =A1=B0cooked=A1=B1= (customized) for the client, which is supported by the computed path in th= e underlay topology, which is the provider=A1=AFs topology.

    &nbs= p;

    in f= act, if the client is asking for a path between A and B (A and B inside pro= vider topology), having A=A1=AF (in client topology) connected to A and B= =A1=AF (in client topology) connected to B, the relevant abstract TE link (the forwarding adjacency) should be built between A=A1= =AF and B=A1=AF, that is in the client topology; therefore the client shoul= d be in charge of managing it, as the provider is not aware of A=A1=AF and = B=A1=AF.

    &nbs= p;

    IB>&= gt; This is correct, but note that the two topologies (underlay and overlay= ) according to the TE topology model have independent and unrelated name sp= aces for node, link and SRLG IDs. So it is perfectly Ok.

     <= /span>

    IB>&= gt; Also note that according  to TE topology model  one important= attribute of a TE node (especially abstract composite node) is connectivit= y matrix, which is nothing but a set of stateful paths computed, re-computed and c= onstantly monitored (but not reserved) over the TE topology the node encaps= ulates.  This means that stateful unreserved paths play already a very imp= ortant part in supporting TE topologies with asymmetrical blocking abstract= TE nodes.

     <= /span>

    Igor=

    &nbs= p;

    &nbs= p;

    &nbs= p;

    &nbs= p;

    BR

    Fran= cesco

    &nbs= p;

    F= rom: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: 04 November, 2016 7:12 PM
    To: Dieter Beller <Die= ter.Beller@nokia.com>
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; TEAS WG (teas@ietf.org) <teas@ietf.org>; pce@ietf.org
    Subject: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Dieter,=

     <= /span>

    A clien= t may ask for a path not to be used immediately (e.g. to present as an abst= ract TE link to its own client, in some failure restoration scheme or as a = part of disaster recovery network topology re-configuration) without committing any network resources. In this case t= he client would want to know at least  if/when the path has stopped be= ing feasible any longer or (ideally) a better path is available.

     <= /span>

    This is= similar to exposing to a client an abstract TE topology with an uncommitte= d abstract TE link (i.e. TE link that does not have a committed TE tunnel s= upporting it and advertises potentiality). Once such link is provided, the provider is expected to send updates when/= if the TE link attributes change. For uncommitted/potential TE link such up= dates could be provided based on event driven re-computation of the potenti= ality the TE link represents.=

    The poi= nt is that an uncommitted abstract TE link and COMPUTE_ONLY TE tunnel can r= epresent (each in its own way) the same network potentiality

     <= /span>

    Cheers,=

    Igor

     <= /span>

     <= /span>

     <= /span>

    From:= Dieter Beller [mailto:Dieter.Beller@nokia.com]
    Sent: Friday, November 04, 2016 1:49 PM
    To: Igor Bryskin
    Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    = Hi Igor,

    could you please clarify how useful a stateful path without resource all= ocation is. I can't see the benefits of this use case.


    Thanks,
    Dieter

    On 04.11.2016 14:25, Igor Brysk= in wrote:

    Hi Diet= er,

     <= /span>

    A provi= der may compute path(s) for a TE tunnel, and then (without any resource all= ocation) may start monitoring/ensuring the path validity/optimality by re-c= omputing them in an event driven manner. For example, it can trigger the re-computation of the path(s) when detecti= ng a change in a state of a TE link the current path(s) are going through.&= nbsp; Depending on the results additional notifications may be sent to the = client.

     <= /span>

    Note th= at this is in addition to the reasons you correctly identified for implemen= ting stateful path computation (such as compute_and_reserve).

     <= /span>

    Cheers,=

    Igor

     <= /span>

     <= /span>

    From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com]
    Sent: Thursday, November 03, 2016 6:27 PM
    To: Leeyoung
    Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Hi all, 
     
    when we talk about the stateful path comput=
ation use case, it means IMHO that when a path has been calculated successf=
ully in response to a request, a new path object is created in the data sto=
re. This does only make sense if the resources have been allocated in the T=
ED of the PCE irrespective of the fact whether the connection along this pa=
th will be established right away or at a later point in time. This will pr=
event further path computation requests from assuming that the resources ar=
e still available. As the TED of the PCE also has to reflect the network st=
ate, I would assume that the network resources can be in one of the followi=
ng three states: available, allocatedButNotInUse,  allocatedAndInUse. =
The path objects also need state information reflecting for example the ala=
rm state of the allocated resources. The path calculated earlier may become=
 (temporarily) invalid due to a link failure affecting the path. 
     
    Does this make sense? 
     
     
    Thanks, 
    Dieter
     
    Sent from my tablet
     
    Leeyoung <leeyoung@huawei.com> wrote:
     

    Igor,

     <= /span>

    When yo= u say =A1=B0state=A1=B1, are you referring to the YANG datastore or some ot= her =A1=B0interim=A1=B1 state of those paths that are calculated but not in= stantiated as LSPs? If we were to update the YANG datastore for this, I would think that we may have some issue when the customer deci= ded not to instantiate the TE tunnel (after the path compute request).

     <= /span>

    Thanks.=

    Young

     <= /span>

     <= /span>

    From: Igor Bryskin
    Sent: Thursday, November 03, 2016 3:02 PM
    To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Young,<= /span>

     <= /span>

    From th= e provider controller point of view COMPUTE_ONLY TE tunnels will have exact= ly the same state as =A1=B0normal=A1=B1 (COMPUTE_ADN_PROVISION) TE tunnels.=

     <= /span>

    Igor

     <= /span>

    From: Leeyoung
    Sent: Thursday, November 03, 2016 3:42 PM
    To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Igor,

     <= /span>

    In such= case, would the YANG datastore be updated? I guess not. If not, then the s= ystem/controller has to keep this interim state, would it?

     <= /span>

    Thanks.=

    Young

     <= /span>

    From: Igor Bryskin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Michael= ,

    You are= exactly right. The purpose of the =A1=B0compute-only=A1=B1 TE tunnel is to= create/maintain the normal TE tunnel state and (re-)compute TE paths for t= he TE tunnel connections/LSPs but not signal/provision the LSPs.

     <= /span>

    Igor

     <= /span>

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: Thursday, November 03, 2016 3:17 PM
    To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Isn=A1= =AFt the intention of defining „compute-only tunnels=A1=B0 to create = state in the controller, but not to signal them? If the tunnel should be si= gnaled and resources shall be allocated, why not just configure a vanilla tunnel? Uses cases seem to exist for both variants, and both can= be encoded in YANG. Is there anything I miss here?

     <= /span>

    Michael=

     <= /span>

     <= /span>

    From: Leeyoung [mailto:lee= young@huawei.com]
    Sent: Thursday, November 03, 2016 7:49 PM
    To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     =

    Hi Mich= ael,

     <= /span>

    I think= I am with you on your point. If we use rpc, it is clear. On the other hand= , if we were to use =A1=B0stateful compute-only=A1=B1 it seems that the sys= tem/controller has to keep the state of the paths somewhere which is not YANG datastore. My understanding is that YANG datas= tore is updated only when the path is signaled and resource is allocated. W= ould this give the system/controller additional burden to keep the =A1=B0in= terim=A1=B1 state?

     <= /span>

    Young

     <= /span>

    From: CCAMP [mail= to:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
    Sent: Thursday, November 03, 2016 8:58 AM
    To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Maybe I= miss something, but to me, the domain controller either computes a path st= ateless, which can be modeled in YANG in an RPC. Or the domain controller c= omputes a path, stores state, and provides access to the result in the YANG datastore. In the latter case, whether re= sources are allocated, or whether the NEs get actually provisioned, is an o= rthogonal question.

     <= /span>

    As a si= de note, I am not sure of I would call a domain controller or an NMS a PCE.= Path computation is only a subset of the functions of a domain controller.=

     <= /span>

    Michael=

     <= /span>

     <= /span>

     <= /span>

    From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com]
    Sent: Thursday, November 03, 2016 2:49 PM
    To: Scharf, Michael     (Nokia - DE); Igo= r Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     =

    Can you please explain what the= =A1=B0stateful compute-only=A1=B1 stands for I don=A1=AFt understand what = is stateful in a path computation request only.

    IMHO either I ask the PCE (SDN = controller, NMS, whatever) to compute a path and then forget about it or I = ask to compute and provision it. I don=A1=AFt understand the value of askin= g for it and remembering about it.

     

    BR
    Daniele 

     

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: gioved=A8=AC 3 novembre 2016 14:45
    To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     =

    We have= discussed this before. From an implementer=A1=AFs perspective, the two cle= an solutions to the problem seem to either stateful „compute-only=A1= =B0 tunnels or a stateless RPC.

     <= /span>

    Michael=

     <= /span>

     <= /span>

    From: mpls [mailto:mpls-= bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Daniele Ceccarelli; CCAMP (cca= mp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibe= l-teas-yang-path-computation-00    <= /span>

     =

    Hi,

     <= /span>

    From th= e draft:

     <= /span>

    6. =    YANG Model for requesting Path Computation

     

     

      = ; Work on extending the TE Tunnel YANG model to support the need to<= span lang=3D"EN-US">

      = ; request path computation has recently started also in the context of

      = ; the [TE-TUNN= EL] draft.

     

      = ; It is possible to request path computation by configuring a

      = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

      = ; LSP(s) Record-Route Object (RRO) list as described in [TE-TUNN= EL].

     

      = ; This is a stateful solution since the state of each created

      = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

      = ; underlying network conditions change.

     

      = ; The need also for a stateless solution, based on an RPC, has been<= span lang=3D"EN-US">

      = ; recognized.

     

     

      = ; The YANG model to support stateless RPC is for further study.

     

     

     

     

     

    IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

     

    Cheers,

    Igor

     <= /span>

     

     <= /span>

     

     

     <= /span>

     

    &n= bsp;

     

    &n= bsp;

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charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Igor, I assumed in fact a multi-domain ACTN scenario, as stated in the abstract o= f draft-busibel-teas-yang-path-computation-00, where I believe we have the = most interesting use cases for path computation services. I believe we shou= ld consider all of these, as the same model shall be used both for single a= nd multi-domain scenarios. Regarding path computation on MDSC: in an ideal world MDSC could read topol= ogy from PNCs and compute itself end-to-end paths but there are cases where= this could be either impossible or not convenient: - For some reasons (e.g. security/privacy) the PNC doesn't export = full topology information to the MDSC, so that such information is not suit= able for a path computation on MDSC - For some reasons (e.g. scalability) MDSC doesn't want to get ful= l topology information from the subtended domains - For some reasons (e.g. lack of knowledge about the internal mode= l of the equipment managed by the PNC : especially in WDM networks) MDSC is= not capable to cumpute reliably a feasible path in a domain BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 8:33 PM To: Francesco Lazzeri ; Fatai Zhang ; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) ; Scharf, Michael= (Nokia - DE) ; pce@ietf.org; TEAS WG (teas@ietf.= org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, Please, note that the context of this discussion is single domain. In my op= inion MDSC should not rely on the Path computation services (stateless or = stateful) provided by PNCs, rather, on its own path computation on TE topol= ogy, the product of merging of abstract TE topologies catered by the subor= dinate PNCs. And BTW said abstract TE topologies should be kept up-to-date = by the PNCs (i.e. with updates, stateful). Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Wednesday, November 09, 2016 12:42 PM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Well, I know implementations of both the "flavours", and I would say that t= he most complex are the pre-planned ones. So, it could be an interesting use case, but we need to be aware that it co= mes with a price. Take also into account that the path recomputation inside the provider coul= d not necessarily offer an optimal solution end-to-end, and the client (the= MDSC actually) should anyway check whether the end-to-end path, when a cha= nge happens on a segment, is still in compliance with its constraints (e.g.= if there is a latency constraint on the end-to-end path, it may happen tha= t the recomputed segment has a longer latency that leads to exceeding the c= onstraint on the end to end path : but the provider only sees that single s= egment of the end-to-end path and taking into account the end-to-end constr= aints could be really difficult). Regarding the TE-link, I was actually interested on what the provider (that= is the PNC) advertises to the client (MDSC) when reservation occurs. It ca= nnot advertise A'B' as it knows only A and B, but advertising AB seems to m= e not correct. BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 4:56 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, Please, see in-line. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Wednesday, November 09, 2016 10:27 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? FL>> Probably the same in case the provider notifies "Hey, I have no= longer anything for you". IB>> But this would be a bit too late, wouldn't it? Wouldn't it be better i= f the client has learnt about the previously returned path unfeasibility ah= ead of time, so that it could re-plan it's failure recovery scheme? If there is no (more) path, there is no path. The client could only try and= crankback looking for some different path or report an alarm. IB>> Relying on crankbaks in an unpredictable way is not exactly a good sol= ution, right? The scenario that seems more applicable to your proposal is a pre-planned r= estoration mechanism where we have a worker path in-service and a protectio= n path just computed (but not reserving network resources, in order to shar= e them among several protection paths), in a multi-domain network. In that = case, reserving te-tunnels like you suggest, could give an advantage, as th= e end-to-end cranckback could occur when the notification with "no-path" is= triggered by the provider (that means the protection path or some of its s= egments is no longer valid) and not when the path deployment is triggered b= y the client (that means the worker path is gone and we need the protection= immediately). Is this the case you are considering ? IB>> Exactly. All the scenarios you can think of where you don't know when = and where a problem may happen and you want to maintain flexibility and sha= re the network resources to protect as much as you can In other cases, as when used during an end-to-end path computation with imm= ediate deployment to reduce the possibility of conflicts among concurrent p= rocedures, it seems to me less important or applicable, as all these proced= ures will likely be orchestrated by the same entity, which could well avoid= conflicts. IB>> All cases where the provider wants to expose a potentiality without co= mmitting resources to cover for the client multiple use cases and provide a= t the same time some degree (albeit not perfect) predictability. 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. FL>> This means that the provider just sends the reply to the path computat= ion request and doesn't advertise any new TE link to the client ? This is a= ctually what I would expect: the task to manage TE-links in the overlay top= ology is with the client. IB>> Overlay TE topology manager advertises a TE link that is supported not= by a provisioned in a server layer TE tunnel (connection), rather, by a co= mputed and monitored path. This way the overlay TE topology manger can adve= rtise multiple abstract TE links mapped onto the same network resources Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 3:47 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. Igor From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com] Sent: Wednesday, November 09, 2016 9:26 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Igor, IMHO simplicity pays back. Instead than maintaining all these states, notif= ying clients all the times something changes, and repeating path-computatio= n as needed, isn't better for a client (and provider) to ask what is needed= when it's needed, and get the best result back at that moment ? Regarding the abstract link in the overlay topology, I still can't see what= the provider will advertise. If it's a new link representing the forwardin= g adjacency between A' and B', how it will be represented by the provider ? BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 2:48 PM To: Fatai Zhang >; Fran= cesco Lazzeri >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Francesco, Please, see in-line. Cheers, Igor The point here is for how long the provider should keep the computed path a= nd its request parameters IB>> As far as the provider is concerned, the requested path and its parame= ters is a TE tunnel (albeit computed but not provisioned). So it keeps the = state until the client removes the TE tunnel. (in fact if we want to have a possibly better path, at any change inside pr= ovider topology, resource status and usage, the provider should check if th= e computed path is still feasible and/or redo path computation to find a be= tter path). This could be an overhead, in my view. IB>> For example, if provider is to ensure the path's feasibility, all it n= eeds is to detect a change in a TE link the path is going through and make = sure that the change does not make the path unfeasible. Only in the latter= case the path re-computation needs to be scheduled and performed in a back= ground thread. Furthermore, I can't see how the provider could export the abstract TE-link= , as this is inside the client topology; IB>> The abstract link is a part of the abstract topology "cooked" (customi= zed) for the client, which is supported by the computed path in the underla= y topology, which is the provider's topology. in fact, if the client is asking for a path between A and B (A and B inside= provider topology), having A' (in client topology) connected to A and B' (= in client topology) connected to B, the relevant abstract TE link (the forw= arding adjacency) should be built between A' and B', that is in the client = topology; therefore the client should be in charge of managing it, as the p= rovider is not aware of A' and B'. IB>> This is correct, but note that the two topologies (underlay and overla= y) according to the TE topology model have independent and unrelated name s= paces for node, link and SRLG IDs. So it is perfectly Ok. IB>> Also note that according to TE topology model one important attribut= e of a TE node (especially abstract composite node) is connectivity matrix,= which is nothing but a set of stateful paths computed, re-computed and con= stantly monitored (but not reserved) over the TE topology the node encapsul= ates. This means that stateful unreserved paths play already a very import= ant part in supporting TE topologies with asymmetrical blocking abstract TE= nodes. Igor BR Francesco From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: 04 November, 2016 7:12 PM To: Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; TEAS WG= (teas@ietf.org) = >; pce@ietf.org Subject: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel-teas-y= ang-path-computation-00 Dieter, A client may ask for a path not to be used immediately (e.g. to present as = an abstract TE link to its own client, in some failure restoration scheme o= r as a part of disaster recovery network topology re-configuration) without= committing any network resources. In this case the client would want to kn= ow at least if/when the path has stopped being feasible any longer or (ide= ally) a better path is available. This is similar to exposing to a client an abstract TE topology with an unc= ommitted abstract TE link (i.e. TE link that does not have a committed TE t= unnel supporting it and advertises potentiality). Once such link is provide= d, the provider is expected to send updates when/if the TE link attributes = change. For uncommitted/potential TE link such updates could be provided ba= sed on event driven re-computation of the potentiality the TE link represen= ts. The point is that an uncommitted abstract TE link and COMPUTE_ONLY TE tunne= l can represent (each in its own way) the same network potentiality Cheers, Igor From: Dieter Beller [mailto:Dieter.Beller@nokia.com] Sent: Friday, November 04, 2016 1:49 PM To: Igor Bryskin Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Igor, could you please clarify how useful a stateful path without resource alloca= tion is. I can't see the benefits of this use case. Thanks, Dieter On 04.11.2016 14:25, Igor Bryskin wrote: Hi Dieter, A provider may compute path(s) for a TE tunnel, and then (without any resou= rce allocation) may start monitoring/ensuring the path validity/optimality = by re-computing them in an event driven manner. For example, it can trigger= the re-computation of the path(s) when detecting a change in a state of a = TE link the current path(s) are going through. Depending on the results ad= ditional notifications may be sent to the client. Note that this is in addition to the reasons you correctly identified for i= mplementing stateful path computation (such as compute_and_reserve). Cheers, Igor From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com] Sent: Thursday, November 03, 2016 6:27 PM To: Leeyoung Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi all, when we talk about the stateful path computation use case, it means IMHO th= at when a path has been calculated successfully in response to a request, a= new path object is created in the data store. This does only make sense if= the resources have been allocated in the TED of the PCE irrespective of th= e fact whether the connection along this path will be established right awa= y or at a later point in time. This will prevent further path computation r= equests from assuming that the resources are still available. As the TED of= the PCE also has to reflect the network state, I would assume that the net= work resources can be in one of the following three states: available, allo= catedButNotInUse, allocatedAndInUse. The path objects also need state info= rmation reflecting for example the alarm state of the allocated resources. = The path calculated earlier may become (temporarily) invalid due to a link = failure affecting the path. Does this make sense? Thanks, Dieter Sent from my tablet Leeyoung wrote: Igor, When you say "state", are you referring to the YANG datastore or some other= "interim" state of those paths that are calculated but not instantiated as= LSPs? If we were to update the YANG datastore for this, I would think that= we may have some issue when the customer decided not to instantiate the TE= tunnel (after the path compute request). Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 3:02 PM To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Young, >From the provider controller point of view COMPUTE_ONLY TE tunnels will hav= e exactly the same state as "normal" (COMPUTE_ADN_PROVISION) TE tunnels. Igor From: Leeyoung Sent: Thursday, November 03, 2016 3:42 PM To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Igor, In such case, would the YANG datastore be updated? I guess not. If not, the= n the system/controller has to keep this interim state, would it? Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Michael, You are exactly right. The purpose of the "compute-only" TE tunnel is to cr= eate/maintain the normal TE tunnel state and (re-)compute TE paths for the = TE tunnel connections/LSPs but not signal/provision the LSPs. Igor From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: Thursday, November 03, 2016 3:17 PM To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Isn't the intention of defining "compute-only tunnels" to create state in t= he controller, but not to signal them? If the tunnel should be signaled and= resources shall be allocated, why not just configure a vanilla tunnel? Use= s cases seem to exist for both variants, and both can be encoded in YANG. I= s there anything I miss here? Michael From: Leeyoung [mailto:leeyoung@huawei.com] Sent: Thursday, November 03, 2016 7:49 PM To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Hi Michael, I think I am with you on your point. If we use rpc, it is clear. On the oth= er hand, if we were to use "stateful compute-only" it seems that the system= /controller has to keep the state of the paths somewhere which is not YANG = datastore. My understanding is that YANG datastore is updated only when the= path is signaled and resource is allocated. Would this give the system/con= troller additional burden to keep the "interim" state? Young From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (N= okia - DE) Sent: Thursday, November 03, 2016 8:58 AM To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Maybe I miss something, but to me, the domain controller either computes a = path stateless, which can be modeled in YANG in an RPC. Or the domain contr= oller computes a path, stores state, and provides access to the result in t= he YANG datastore. In the latter case, whether resources are allocated, or = whether the NEs get actually provisioned, is an orthogonal question. As a side note, I am not sure of I would call a domain controller or an NMS= a PCE. Path computation is only a subset of the functions of a domain cont= roller. Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_AM4PR07MB1521783F7A322F705278812296B80AM4PR07MB1521eurp_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

    Igor,

    I assumed in fact a= multi-domain ACTN scenario, as stated in the abstract of draft-busibel-tea= s-yang-path-computation-00, where I believe we have the most interesting us= e cases for path computation services. I believe we should consider all of these, as the same model shall be used= both for single and multi-domain scenarios.

    Regarding path comp= utation on MDSC: in an ideal world MDSC could read topology from PNCs and c= ompute itself end-to-end paths but there are cases where this could be eith= er impossible or not convenient:

     

    -For some re= asons (e.g. security/privacy) the PNC doesn’t export full topology in= formation to the MDSC, so that such information is not suitable for a path = computation on MDSC

    -For some re= asons (e.g. scalability) MDSC doesn’t want to get full topology infor= mation from the subtended domains

    -For some re= asons (e.g. lack of knowledge about the internal model of the equipment man= aged by the PNC : especially in WDM networks) MDSC is not capable to cumput= e reliably a feasible path in a domain

     

    BR

    Francesco

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.= com]
    Sent: 09 November, 2016 8:33 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai = Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter.Beller@nokia.= com>
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Sc= harf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; = TEAS WG (teas@ietf.org) <teas@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00

     

    Francesco,

     

    Please, note that t= he context of this discussion is single domain. In my opinion MDSC  sh= ould not rely on the Path computation services (stateless or stateful) prov= ided by PNCs, rather, on its own path computation on TE topology, the product of  merging of abstract TE topologies cat= ered by the subordinate PNCs. And BTW said abstract TE topologies should be= kept up-to-date by the PNCs (i.e. with updates, stateful).

     

    Igor

     

     

     

    From: Teas [mailto:teas-bounces= @ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Wednesday, November 09, 2016 12:42 PM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.org= ; CCAMP (ccamp@ie= tf.org); Scharf, Michael (Nokia - DE); pce@i= etf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls]     http://tools.ietf.org/html= /draft-busibel-teas-yang-path-computation-00

     

    Well, I know implem= entations of both the “flavours”, and I would say that the most= complex are the pre-planned ones.

    So, it could be an = interesting use case, but we need to be aware that it comes with a price.

    Take also into acco= unt that the path recomputation inside the provider could not necessarily o= ffer an optimal solution end-to-end, and the client (the MDSC actually) sho= uld anyway check whether the end-to-end path, when a change happens on a segment, is still in compliance with its = constraints (e.g. if there is a latency constraint on the end-to-end path, = it may happen that the recomputed segment has a longer latency that leads t= o exceeding the constraint on the end to end path : but the provider only sees that single segment of the en= d-to-end path and taking into account the end-to-end constraints could be r= eally difficult).

     

    Regarding the TE-li= nk, I was actually interested on what the provider (that is the PNC) advert= ises to the client (MDSC) when reservation occurs. It cannot advertise A= 217;B’ as it knows only A and B, but advertising AB seems to me not correct.

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 4:56 PM
    To: Francesco Lazzeri <    francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,<= /span>

     

    Please, see in-line.

     

    Igor=

     

     

     

    From: Teas [mailto:teas-bounces= @ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Wednesday, November 09, 2016 10:27 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.org= ; CCAMP (ccamp@ie= tf.org); Scharf, Michael (Nokia - DE); pce@i= etf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls]     http://tools.ietf.org/html= /draft-busibel-teas-yang-path-computation-00

     

    Igor,

     

    1)     = ; IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn’t better for= a client (and provider) to ask what is needed when it’s needed, and get the best result back at that moment= ?

    IB>> What happens it the provider at this moment says: ̶= 0; No, I have nothing for you” ?  What if the path was relied up= on by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

       &= nbsp;   FL>> Probably the same in case the provider notifie= s “Hey, I have no longer anything for you”.

     

    IB>> But this would = be a bit too late, wouldn’t it? Wouldn’t it be better if the cl= ient has learnt about the previously returned path unfeasibility ahead of t= ime, so that it could re-plan it’s failure recovery scheme?

     

    If there is no (mor= e) path, there is no path. The client could only try and crankback looking = for some different path or report an alarm.

     

    IB>> Relying on cran= kbaks in an unpredictable way is not exactly a good solution, right?

     

    The scenario that s= eems more applicable to your proposal is a pre-planned restoration mechanis= m where we have a worker path in-service and a protection path just compute= d (but not reserving network resources, in order to share them among several protection paths), in a multi-domain = network. In that case, reserving te-tunnels like you suggest, could give an= advantage, as the end-to-end cranckback could occur when the notification = with “no-path” is triggered by the provider (that means the protection path or some of its segments is no lon= ger valid) and not when the path deployment is triggered by the client (tha= t means the worker path is gone and we need the protection immediately). Is= this the case you are considering ?

     

    IB>> Exactly. All th= e scenarios you can think of where you don’t know when and where a pr= oblem may happen and you want to maintain flexibility and share the network= resources to protect as much as you can

     

    In other cases, as = when used during an end-to-end path computation with immediate deployment t= o reduce the possibility of conflicts among concurrent procedures, it seems= to me less important or applicable, as all these procedures will likely be orchestrated by the same entity, wh= ich could well avoid conflicts.

     

    IB>> All cases where= the provider wants to expose a potentiality without committing resources t= o cover for the client multiple use cases and provide at the same time some= degree (albeit not perfect) predictability.

     

     <= /o:p>

    2)     = ; Regarding the abstract link in the = overlay topology, I still can’t see what the provider will advertise.= If it’s a new link representing the forwarding adjacency between A&#= 8217; and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link A̵= 7;B’ points to the underlay (provider) TE topology where the path is = computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

    FL>> This means that the provider just sends the reply to th= e path computation request and doesn’t advertise any new TE link to t= he client ? This is actually what I would expect: the task to manage TE-links in the overlay topology is with the client.

     

    IB>> Overlay TE topology manager advertises a TE link that is suppo= rted not by a provisioned in a server layer TE tunnel (connection), rather,= by a computed and monitored path. This way the overlay TE topology manger can advertise multiple abstract TE links ma= pped onto the same network resources 

     

    Francesco

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 3:47 PM
    To: Francesco Lazzeri <    francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,<= /span>

     

    1)     = ; IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn’t better for= a client (and provider) to ask what is needed when it’s needed, and get the best result back at that moment= ?

    IB>> What happens it the provider at this moment says: ̶= 0; No, I have nothing for you” ?  What if the path was relied up= on by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

     <= /o:p>

     <= /o:p>

    2)     = ; Regarding the abstract link in the = overlay topology, I still can’t see what the provider will advertise.= If it’s a new link representing the forwarding adjacency between A&#= 8217; and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link A̵= 7;B’ points to the underlay (provider) TE topology where the path is = computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

     

     

    Igor

     

     

    From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com]
    Sent: Wednesday, November 09, 2016 9:26 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.org= ; CCAMP (ccamp@ie= tf.org); Scharf, Michael (Nokia - DE); pce@i= etf.org; TEAS WG (teas@ietf.org)
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00

     

    Igor,

    IMHO simplicity pay= s back. Instead than maintaining all these states, notifying clients all th= e times something changes, and repeating path-computation as needed, isn= 217;t better for a client (and provider) to ask what is needed when it’s needed, and get the best result back at= that moment ?

    Regarding the abstr= act link in the overlay topology, I still can’t see what the provider= will advertise. If it’s a new link representing the forwarding adjac= ency between A’ and B’, how it will be represented by the provider ?

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 2:48 PM
    To: Fatai Zhang <    = zhangfatai@huawei.com>; Francesco L= azzeri <frances= co.lazzeri@ericsson.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Hi Francesco,

     <= /o:p>

    Please, see in-line= .

     <= /o:p>

    Cheers,=

    Igor

     <= /o:p>

    The point here is f= or how long the provider should keep the computed path and its request para= meters

     <= /o:p>

    IB>> As far as t= he provider is concerned, the requested path and its parameters is a TE tun= nel (albeit computed but not provisioned). So it keeps the state until the = client removes the TE tunnel.

     <= /o:p>

    (in fact if we want= to have a possibly better path, at any change inside provider topology, re= source status and usage, the provider should check if the computed path is = still feasible and/or redo path computation to find a better path). This could be an overhead, in my view.=

     <= /o:p>

    IB>> For example= , if provider is to ensure the path’s feasibility, all it needs is to= detect a change in a TE link the path is going through and make sure that = the  change does not make the path unfeasible. Only in the latter case the path re-computation needs to be scheduled and perfo= rmed in a background thread.

     <= /o:p>

    Furthermore, I can&= #8217;t see how the provider could export the abstract TE-link, as this is = inside the client topology;

    IB>> The abstrac= t link is a part of the abstract topology “cooked” (customized)= for the client, which is supported by the computed path in the underlay to= pology, which is the provider’s topology.

     <= /o:p>

    in fact, if the cli= ent is asking for a path between A and B (A and B inside provider topology)= , having A’ (in client topology) connected to A and B’ (in clie= nt topology) connected to B, the relevant abstract TE link (the forwarding adjacency) should be built between A’ and B&= #8217;, that is in the client topology; therefore the client should be in c= harge of managing it, as the provider is not aware of A’ and B’= .

     <= /o:p>

    IB>> This is cor= rect, but note that the two topologies (underlay and overlay) according to = the TE topology model have independent and unrelated name spaces for node, = link and SRLG IDs. So it is perfectly Ok.

     

    IB>> Also note t= hat according  to TE topology model  one important attribute of a= TE node (especially abstract composite node) is connectivity matrix, which is nothing but a set of stateful paths computed, re-computed and c= onstantly monitored (but not reserved) over the TE topology the node encaps= ulates.  This means that stateful unreserved paths play already a very imp= ortant part in supporting TE topologies with asymmetrical blocking abstract= TE nodes.

     

    Igor

     <= /o:p>

     <= /o:p>

     <= /o:p>

     <= /o:p>

    BR

    Francesco

     <= /o:p>

    From:= CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: 04 November, 2016 7:12 PM
    To: Dieter Beller <    Dieter.Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; TEAS WG (teas@ietf.org) <tea= s@ietf.org>; pce@ietf.org
    Subject: Re: [CCAMP] [mpls]     http://tools.ietf.org/htm= l/draft-busibel-teas-yang-path-computation-00

     

    Dieter,

     

    A client may ask for a= path not to be used immediately (e.g. to present as an abstract TE link to= its own client, in some failure restoration scheme or as a part of disaste= r recovery network topology re-configuration) without committing any network resources. In this case the client would wa= nt to know at least  if/when the path has stopped being feasible any l= onger or (ideally) a better path is available.

     

    This is similar to exp= osing to a client an abstract TE topology with an uncommitted abstract TE l= ink (i.e. TE link that does not have a committed TE tunnel supporting it an= d advertises potentiality). Once such link is provided, the provider is expected to send updates when/if the TE = link attributes change. For uncommitted/potential TE link such updates coul= d be provided based on event driven re-computation of the potentiality the = TE link represents.

    The point is that an u= ncommitted abstract TE link and COMPUTE_ONLY TE tunnel can represent (each = in its own way) the same network potentiality

     

    Cheers,

    Igor=

     

     

     

    From: Dieter Beller [mailto:D= ieter.Beller@nokia.com]
    Sent: Friday, November 04, 2016 1:49 PM
    To: Igor Bryskin
    Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00

     

    Hi Igor,

    could you please clarify how useful a stateful path without resource all= ocation is. I can't see the benefits of this use case.


    Thanks,
    Dieter

    On 04.11.2016 14:25, Igor Bryskin wrote:<= /p>

    Hi Dieter,=

     

    A provider may compute= path(s) for a TE tunnel, and then (without any resource allocation) may st= art monitoring/ensuring the path validity/optimality by re-computing them i= n an event driven manner. For example, it can trigger the re-computation of the path(s) when detecting a change i= n a state of a TE link the current path(s) are going through.  Dependi= ng on the results additional notifications may be sent to the client.

     

    Note that this is in a= ddition to the reasons you correctly identified for implementing stateful p= ath computation (such as compute_and_reserve).

     

    Cheers,

    Igor=

     

     

    From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.c= om]
    Sent: Thursday, November 03, 2016 6:27 PM
    To: Leeyoung
    Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (    ccamp@ietf.org);     pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00

     

    Hi all, 
     
    when we talk about the stateful path computation use case, it means IM=
HO that when a path has been calculated successfully in response to a reque=
st, a new path object is created in the data store. This does only make sen=
se if the resources have been allocated in the TED of the PCE irrespective =
of the fact whether the connection along this path will be established righ=
t away or at a later point in time. This will prevent further path computat=
ion requests from assuming that the resources are still available. As the T=
ED of the PCE also has to reflect the network state, I would assume that th=
e network resources can be in one of the following three states: available,=
 allocatedButNotInUse,  allocatedAndInUse. The path objects also need =
state information reflecting for example the alarm state of the allocated r=
esources. The path calculated earlier may become (temporarily) invalid due =
to a link failure affecting the path. 
     
    Does this make sense? 
     
     
    Thanks, 
    Dieter
     
    Sent from my tablet
     
    Leeyoung <leeyoung@hu=
awei.com> wrote:
     

    Igor,

     

    When you say “st= ate”, are you referring to the YANG datastore or some other “in= terim” state of those paths that are calculated but not instantiated = as LSPs? If we were to update the YANG datastore for this, I would think that we may have some issue when the customer decided not to i= nstantiate the TE tunnel (after the path compute request).

     

    Thanks.

    Young

     

     

    From: Igor Bryskin
    Sent: Thursday, November 03, 2016 3:02 PM
    To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/draft-busibel= -teas-yang-path-computation-00

     

    Young,

     

    From the provider cont= roller point of view COMPUTE_ONLY TE tunnels will have exactly the same sta= te as “normal” (COMPUTE_ADN_PROVISION) TE tunnels.<= /o:p>

     

    Igor=

     

    From: Leeyoung
    Sent: Thursday, November 03, 2016 3:42 PM
    To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (    ccamp@ietf.org); pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/draft-busibel= -teas-yang-path-computation-00

     

    Igor,

     

    In such case, would th= e YANG datastore be updated? I guess not. If not, then the system/controlle= r has to keep this interim state, would it?

     

    Thanks.

    Young

     

    From: Igor Bryskin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/draft-busibel= -teas-yang-path-computation-00

     

    Michael,

    You are exactly right.= The purpose of the “compute-only” TE tunnel is to create/maint= ain the normal TE tunnel state and (re-)compute TE paths for the TE tunnel = connections/LSPs but not signal/provision the LSPs.

     

    Igor=

     

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@noki= a.com]
    Sent: Thursday, November 03, 2016 3:17 PM
    To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (    ccamp@ietf.org); pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/draft-busibel= -teas-yang-path-computation-00

     

    Isn’t the intent= ion of defining „compute-only tunnels“ to create state in the c= ontroller, but not to signal them? If the tunnel should be signaled and res= ources shall be allocated, why not just configure a vanilla tunnel? Uses cases seem to exist for both variants, and both can be encode= d in YANG. Is there anything I miss here?

     

    Michael

     

     

    From: Leeyoung= [mailto:leeyoung= @huawei.com]
    Sent: Thursday, November 03, 2016 7:49 PM
    To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; = CCAMP (    ccamp@ietf.org<= /span>); pce@ietf.org<= span lang=3D"DE" style=3D"font-size:10.0pt;font-family:"Tahoma",s= ans-serif">; TEAS WG (t= eas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Hi Michael,

     

    I think I am with you = on your point. If we use rpc, it is clear. On the other hand, if we were to= use “stateful compute-only” it seems that the system/controlle= r has to keep the state of the paths somewhere which is not YANG datastore. My understanding is that YANG datastore is updated = only when the path is signaled and resource is allocated. Would this give t= he system/controller additional burden to keep the “interim” st= ate?

     

    Young

     

    From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
    Sent: Thursday, November 03, 2016 8:58 AM
    To: Daniele Ceccarelli; Igor Bryskin; CCAMP (    ccamp@ietf.org); pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: Re: [CCAMP]     http://tools.ietf.org/html/draft= -busibel-teas-yang-path-computation-00

     

    Maybe I miss something= , but to me, the domain controller either computes a path stateless, which = can be modeled in YANG in an RPC. Or the domain controller computes a path,= stores state, and provides access to the result in the YANG datastore. In the latter case, whether resources ar= e allocated, or whether the NEs get actually provisioned, is an orthogonal = question.

     

    As a side note, I am n= ot sure of I would call a domain controller or an NMS a PCE. Path computati= on is only a subset of the functions of a domain controller.

     

    Michael

     

     

     

    From: Daniele Ceccarelli [mailto:daniele.ceccarelli@eri= csson.com]
    Sent: Thursday, November 03, 2016 2:49 PM
    To: Scharf, Michael     (Nokia - DE); Igor Bryskin; C= CAMP (ccamp@ietf.org); pce@ietf.org<= span lang=3D"DE" style=3D"font-size:10.0pt;font-family:"Tahoma",s= ans-serif">; TEAS WG (t= eas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Can you please explain what the “stateful comp= ute-only” stands for I don’t understand what is stateful in a p= ath computation request only.

    IMHO either I ask the PCE (SDN controller, NMS, what= ever) to compute a path and then forget about it or I ask to compute and pr= ovision it. I don’t understand the value of asking for it and remembe= ring about it.

     

    BR
    Daniele 

     

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: gioved=EC 3 novembre 2016 14:45
    To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    We have discussed this= before. From an implementer’s perspective, the two clean solutions t= o the problem seem to either stateful „compute-only“ tunnels or= a stateless RPC.

     

    Michael

     

     

    From: mpls [mailto:mpls-bounc= es@ietf.org] On Behalf Of Igor Bryskin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Daniele Ceccarelli; CCAMP (    ccamp@ietf.org); pce@ietf.org<= span lang=3D"DE" style=3D"font-size:10.0pt;font-family:"Tahoma",s= ans-serif">; TEAS WG (    t= eas@ietf.org); mpls@ietf.org
    Subject: [ALU] [mpls]    http://tools.ietf.or= g/html/draft-busibel-teas-yang-path-computation-00

     

    Hi,<= /p>

     

    From the draft:=

     

    6. =    YANG Model for requesting Path Computation

     

     

      = ; Work on extending the TE Tunnel YANG model to support the need to<= o:p>

      = ; request path computation has recently started also in the context of

      = ; the [T= E-TUNNEL] draft.

     

      = ; It is possible to request path computation by configuring a

      = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

      = ; LSP(s) Record-Route Object (RRO) list as described in [T= E-TUNNEL].

     

      = ; This is a stateful solution since the state of each created

      = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

      = ; underlying network conditions change.

     

      = ; The need also for a stateless solution, based on an RPC, has been<= o:p>

      = ; recognized.

     

     

      = ; The YANG model to support stateless RPC is for further study.=

     

     

     

     

     

    IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

     

    Cheers,

    Igor

     

     

     

     

     

     

     

     

     

     

     

     

    --_000_AM4PR07MB1521783F7A322F705278812296B80AM4PR07MB1521eurp_-- From nobody Thu Nov 10 07:21:16 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 500701297A5 for ; Thu, 10 Nov 2016 07:21:14 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.999 X-Spam-Level: X-Spam-Status: No, score=-1.999 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, DKIM_VALID_AU=-0.1, FREEMAIL_FROM=0.001, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_NONE=-0.0001, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (2048-bit key) header.d=gmail.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id qOCnQNkJ0Wu7 for ; Thu, 10 Nov 2016 07:21:13 -0800 (PST) Received: from mail-ua0-x242.google.com (mail-ua0-x242.google.com [IPv6:2607:f8b0:400c:c08::242]) (using TLSv1.2 with cipher ECDHE-RSA-AES128-GCM-SHA256 (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 1FB7A12975C for ; Thu, 10 Nov 2016 07:21:05 -0800 (PST) Received: by mail-ua0-x242.google.com with SMTP id 20so11133454uak.0 for ; Thu, 10 Nov 2016 07:21:05 -0800 (PST) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=20120113; h=mime-version:from:date:message-id:subject:to; bh=TWBnuhXRJ0W9l+vk8t4HEIbzZHEFSMSdffx889BZ0+4=; b=0AABc7U3Hdg/N7Ohaj4YK2grR73SCvgBsF6CGKsG2cB+ZmDG6bJM5EZG2hmCek+I06 Ku+bwRrM8f34PLVHk/Py6jSejJflBl1oFD5JLYeUpdj1G2iPsnY99EU37nLsTVDAyOPn I11HINl+rORj5O6tQONog/Eryzh9yQWtSn/1mKWBk9tbmOd4YyWKh6umGabmD12sBbbi hcYFv68Tvi17UckkwbQS4k6U93IxGccCigap65+BL3opIv2GBF1XDM5+xF4ndFb0lkq5 l98enm8E+l6gk4N0/8NNK96LB1TBlSVPp9hN/Vtk+6NMeEfge0YveBcP16QFWMupt49n Dxxg== X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=1e100.net; s=20130820; h=x-gm-message-state:mime-version:from:date:message-id:subject:to; bh=TWBnuhXRJ0W9l+vk8t4HEIbzZHEFSMSdffx889BZ0+4=; b=fhlqtZXhP5rZyW4e2r+Mb/5j4qcvku/ow6W8mfAUILy8LhfUXlOkDwY9njbcJWcSqP u7IHo4qjW16fk4dPsaekvWZM6aLTAGjqhy+v7OiEEl86S6YXN+irA8HQBqoasifSqMtN y+pp2XNB4D5wS3V5xvkerushUg+8/SCeAD5c0gVNCYFi/9PGwfGJYCYaO3gzXPt9YssO Q6euUqCCOyyXP7zkIunYFibHKNHa1AgAyN+xxxMhS+MiNKFkK/47BWE1Fsu1R5vIcV5j apR7/EMaADIZ6TbYMVi9hF550v1UCwOkDUbjInyw3i57fETy/G7IK3w2wzAQEqvQyMg4 z/Ag== X-Gm-Message-State: ABUngvfN7DrlEN4EgbcVigUlgrMahMQm4MI+raPSefftsYjDbXCHFnStO+u1yzPskgaS2M8NFTpxwnVwk6FEkQ== X-Received: by 10.176.64.196 with SMTP id i62mr3774453uad.70.1478791264087; Thu, 10 Nov 2016 07:21:04 -0800 (PST) MIME-Version: 1.0 Received: by 10.103.79.9 with HTTP; Thu, 10 Nov 2016 07:21:03 -0800 (PST) From: Glen Kent Date: Thu, 10 Nov 2016 20:51:03 +0530 Message-ID: To: teas@ietf.org Content-Type: multipart/alternative; boundary=94eb2c122c2efe34a20540f3eb38 Archived-At: Subject: [Teas] Difference between the two YANG models X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 10 Nov 2016 15:21:14 -0000 --94eb2c122c2efe34a20540f3eb38 Content-Type: text/plain; charset=UTF-8 Hi, I would like to understand the difference between draft-ietf-i2rs-yang-network-topo-06 and draft-ietf-teas-yang-te-topo-06? Is it that the former describes how a topology is described in the routers RIB while the latter describes an optical network at Layer 0 and Layer 1? Glen --94eb2c122c2efe34a20540f3eb38 Content-Type: text/html; charset=UTF-8 Content-Transfer-Encoding: quoted-printable
    Hi,

    I would like to understand the difference betwe= en draft-ietf-i2rs-yang-network-topo-06 and draft-ietf-teas-yang-te-topo-06= ?

    Is it that the former describes how a topology is = described in the routers RIB while the latter describes an optical network = at Layer 0 and Layer 1?

    Glen
    --94eb2c122c2efe34a20540f3eb38-- From nobody Thu Nov 10 08:07:03 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 8A99C12985C; Thu, 10 Nov 2016 08:06:23 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.891 X-Spam-Level: X-Spam-Status: No, score=-6.891 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_HI=-5, RCVD_IN_MSPIKE_H2=-0.001, SPF_PASS=-0.001, T_KAM_HTML_FONT_INVALID=0.01] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id f4e8jRxZdKHw; Thu, 10 Nov 2016 08:06:18 -0800 (PST) Received: from smtp-fr.alcatel-lucent.com (fr-hpida-esg-02.alcatel-lucent.com [135.245.210.21]) (using TLSv1.2 with cipher ECDHE-RSA-AES256-GCM-SHA384 (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id F411C1294BD; Thu, 10 Nov 2016 08:06:17 -0800 (PST) Received: from fr712umx3.dmz.alcatel-lucent.com (unknown [135.245.210.42]) by Websense Email Security Gateway with ESMTPS id A1A74950BE290; Thu, 10 Nov 2016 16:06:11 +0000 (GMT) Received: from fr711usmtp1.zeu.alcatel-lucent.com (fr711usmtp1.zeu.alcatel-lucent.com [135.239.2.122]) by fr712umx3.dmz.alcatel-lucent.com (GMO-o) with ESMTP id uAAG6EBL013282 (version=TLSv1/SSLv3 cipher=DHE-RSA-AES256-SHA bits=256 verify=OK); Thu, 10 Nov 2016 16:06:15 GMT Received: from FR711WXCHHUB01.zeu.alcatel-lucent.com (fr711wxchhub01.zeu.alcatel-lucent.com [135.239.2.111]) by fr711usmtp1.zeu.alcatel-lucent.com (GMO) with ESMTP id uAAG695B028574 (version=TLSv1/SSLv3 cipher=AES128-SHA bits=128 verify=FAIL); Thu, 10 Nov 2016 17:06:14 +0100 Received: from FR711WXCHMBA05.zeu.alcatel-lucent.com ([169.254.1.23]) by FR711WXCHHUB01.zeu.alcatel-lucent.com ([135.239.2.111]) with mapi id 14.03.0301.000; Thu, 10 Nov 2016 17:05:32 +0100 From: "Belotti, Sergio (Nokia - IT)" To: Francesco Lazzeri , Igor Bryskin , Fatai Zhang , "Beller, Dieter (Nokia - DE)" Thread-Topic: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 Thread-Index: AQHSNdcdFm7Ey8mkl0SoOXT6dUSe8qDNN3tAgAMvSgCAADywgIAACmCAgAAF/YCAAAszAIAACCQAgAAdjoCAAB8HAIAA8tSAgAAY41A= Date: Thu, 10 Nov 2016 16:05:32 +0000 Message-ID: References: <0C72C38E7EBC34499E8A9E7DD007863908F0EF32@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5BB53@FR712WXCHMBA15.zeu.alcatel-lucent.com> <655C07320163294895BBADA28372AF5D48B5BC01@FR712WXCHMBA15.zeu.alcatel-lucent.com> <7AEB3D6833318045B4AE71C2C87E8E172A8CC9D2@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5C82F@FR712WXCHMBA15.zeu.alcatel-lucent.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F10B@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA51@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F12D@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA9B@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F1E1@dfweml501-mbx> <9762bdb8-e73c-7653-3243-f7add7a9ce7c@nokia.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F242@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F747@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F774@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F7CA@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F824@dfweml501-mbx> In-Reply-To: Accept-Language: it-IT, en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [135.239.27.38] Content-Type: multipart/alternative; boundary="_000_B9FEE68CE3A78C41A2B3C67549A96F48B775E038FR711WXCHMBA05z_" MIME-Version: 1.0 Archived-At: Cc: "mpls@ietf.org" , "CCAMP \(ccamp@ietf.org\)" , "Scharf, Michael \(Nokia - DE\)" , "pce@ietf.org" , "TEAS WG \(teas@ietf.org\)" Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 10 Nov 2016 16:06:23 -0000 --_000_B9FEE68CE3A78C41A2B3C67549A96F48B775E038FR711WXCHMBA05z_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Hi all, At first thanks to enrich the discussion with your considerations. We, as authors, are definitely addressing both single and multi-domain aspe= ct and we have also tried to list considerations for which abstract topolog= y not always cope with all the needs for different scenarios, as Francesco = correctly pointed out below (see section 3 of the draft). Any comments on the text or additional considerations about this topic woul= d be appreciated in the view to improve the draft. Thanks Italo and Sergio on behalf of co-authors From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Thursday, November 10, 2016 11:02 AM To: Igor Bryskin ; Fatai Zhang ; Beller, Dieter (Nokia - DE) Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) ; Scharf, Michael= (Nokia - DE) ; pce@ietf.org; TEAS WG (teas@ietf.= org) Subject: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel-teas-y= ang-path-computation-00 Igor, I assumed in fact a multi-domain ACTN scenario, as stated in the abstract o= f draft-busibel-teas-yang-path-computation-00, where I believe we have the = most interesting use cases for path computation services. I believe we shou= ld consider all of these, as the same model shall be used both for single a= nd multi-domain scenarios. Regarding path computation on MDSC: in an ideal world MDSC could read topol= ogy from PNCs and compute itself end-to-end paths but there are cases where= this could be either impossible or not convenient: - For some reasons (e.g. security/privacy) the PNC doesn't export = full topology information to the MDSC, so that such information is not suit= able for a path computation on MDSC - For some reasons (e.g. scalability) MDSC doesn't want to get ful= l topology information from the subtended domains - For some reasons (e.g. lack of knowledge about the internal mode= l of the equipment managed by the PNC : especially in WDM networks) MDSC is= not capable to cumpute reliably a feasible path in a domain BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 8:33 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, Please, note that the context of this discussion is single domain. In my op= inion MDSC should not rely on the Path computation services (stateless or = stateful) provided by PNCs, rather, on its own path computation on TE topol= ogy, the product of merging of abstract TE topologies catered by the subor= dinate PNCs. And BTW said abstract TE topologies should be kept up-to-date = by the PNCs (i.e. with updates, stateful). Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Wednesday, November 09, 2016 12:42 PM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Well, I know implementations of both the "flavours", and I would say that t= he most complex are the pre-planned ones. So, it could be an interesting use case, but we need to be aware that it co= mes with a price. Take also into account that the path recomputation inside the provider coul= d not necessarily offer an optimal solution end-to-end, and the client (the= MDSC actually) should anyway check whether the end-to-end path, when a cha= nge happens on a segment, is still in compliance with its constraints (e.g.= if there is a latency constraint on the end-to-end path, it may happen tha= t the recomputed segment has a longer latency that leads to exceeding the c= onstraint on the end to end path : but the provider only sees that single s= egment of the end-to-end path and taking into account the end-to-end constr= aints could be really difficult). Regarding the TE-link, I was actually interested on what the provider (that= is the PNC) advertises to the client (MDSC) when reservation occurs. It ca= nnot advertise A'B' as it knows only A and B, but advertising AB seems to m= e not correct. BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 4:56 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, Please, see in-line. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Wednesday, November 09, 2016 10:27 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? FL>> Probably the same in case the provider notifies "Hey, I have no= longer anything for you". IB>> But this would be a bit too late, wouldn't it? Wouldn't it be better i= f the client has learnt about the previously returned path unfeasibility ah= ead of time, so that it could re-plan it's failure recovery scheme? If there is no (more) path, there is no path. The client could only try and= crankback looking for some different path or report an alarm. IB>> Relying on crankbaks in an unpredictable way is not exactly a good sol= ution, right? The scenario that seems more applicable to your proposal is a pre-planned r= estoration mechanism where we have a worker path in-service and a protectio= n path just computed (but not reserving network resources, in order to shar= e them among several protection paths), in a multi-domain network. In that = case, reserving te-tunnels like you suggest, could give an advantage, as th= e end-to-end cranckback could occur when the notification with "no-path" is= triggered by the provider (that means the protection path or some of its s= egments is no longer valid) and not when the path deployment is triggered b= y the client (that means the worker path is gone and we need the protection= immediately). Is this the case you are considering ? IB>> Exactly. All the scenarios you can think of where you don't know when = and where a problem may happen and you want to maintain flexibility and sha= re the network resources to protect as much as you can In other cases, as when used during an end-to-end path computation with imm= ediate deployment to reduce the possibility of conflicts among concurrent p= rocedures, it seems to me less important or applicable, as all these proced= ures will likely be orchestrated by the same entity, which could well avoid= conflicts. IB>> All cases where the provider wants to expose a potentiality without co= mmitting resources to cover for the client multiple use cases and provide a= t the same time some degree (albeit not perfect) predictability. 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. FL>> This means that the provider just sends the reply to the path computat= ion request and doesn't advertise any new TE link to the client ? This is a= ctually what I would expect: the task to manage TE-links in the overlay top= ology is with the client. IB>> Overlay TE topology manager advertises a TE link that is supported not= by a provisioned in a server layer TE tunnel (connection), rather, by a co= mputed and monitored path. This way the overlay TE topology manger can adve= rtise multiple abstract TE links mapped onto the same network resources Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 3:47 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. Igor From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com] Sent: Wednesday, November 09, 2016 9:26 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Igor, IMHO simplicity pays back. Instead than maintaining all these states, notif= ying clients all the times something changes, and repeating path-computatio= n as needed, isn't better for a client (and provider) to ask what is needed= when it's needed, and get the best result back at that moment ? Regarding the abstract link in the overlay topology, I still can't see what= the provider will advertise. If it's a new link representing the forwardin= g adjacency between A' and B', how it will be represented by the provider ? BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 2:48 PM To: Fatai Zhang >; Fran= cesco Lazzeri >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Francesco, Please, see in-line. Cheers, Igor The point here is for how long the provider should keep the computed path a= nd its request parameters IB>> As far as the provider is concerned, the requested path and its parame= ters is a TE tunnel (albeit computed but not provisioned). So it keeps the = state until the client removes the TE tunnel. (in fact if we want to have a possibly better path, at any change inside pr= ovider topology, resource status and usage, the provider should check if th= e computed path is still feasible and/or redo path computation to find a be= tter path). This could be an overhead, in my view. IB>> For example, if provider is to ensure the path's feasibility, all it n= eeds is to detect a change in a TE link the path is going through and make = sure that the change does not make the path unfeasible. Only in the latter= case the path re-computation needs to be scheduled and performed in a back= ground thread. Furthermore, I can't see how the provider could export the abstract TE-link= , as this is inside the client topology; IB>> The abstract link is a part of the abstract topology "cooked" (customi= zed) for the client, which is supported by the computed path in the underla= y topology, which is the provider's topology. in fact, if the client is asking for a path between A and B (A and B inside= provider topology), having A' (in client topology) connected to A and B' (= in client topology) connected to B, the relevant abstract TE link (the forw= arding adjacency) should be built between A' and B', that is in the client = topology; therefore the client should be in charge of managing it, as the p= rovider is not aware of A' and B'. IB>> This is correct, but note that the two topologies (underlay and overla= y) according to the TE topology model have independent and unrelated name s= paces for node, link and SRLG IDs. So it is perfectly Ok. IB>> Also note that according to TE topology model one important attribut= e of a TE node (especially abstract composite node) is connectivity matrix,= which is nothing but a set of stateful paths computed, re-computed and con= stantly monitored (but not reserved) over the TE topology the node encapsul= ates. This means that stateful unreserved paths play already a very import= ant part in supporting TE topologies with asymmetrical blocking abstract TE= nodes. Igor BR Francesco From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: 04 November, 2016 7:12 PM To: Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; TEAS WG= (teas@ietf.org) = >; pce@ietf.org Subject: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel-teas-y= ang-path-computation-00 Dieter, A client may ask for a path not to be used immediately (e.g. to present as = an abstract TE link to its own client, in some failure restoration scheme o= r as a part of disaster recovery network topology re-configuration) without= committing any network resources. In this case the client would want to kn= ow at least if/when the path has stopped being feasible any longer or (ide= ally) a better path is available. This is similar to exposing to a client an abstract TE topology with an unc= ommitted abstract TE link (i.e. TE link that does not have a committed TE t= unnel supporting it and advertises potentiality). Once such link is provide= d, the provider is expected to send updates when/if the TE link attributes = change. For uncommitted/potential TE link such updates could be provided ba= sed on event driven re-computation of the potentiality the TE link represen= ts. The point is that an uncommitted abstract TE link and COMPUTE_ONLY TE tunne= l can represent (each in its own way) the same network potentiality Cheers, Igor From: Dieter Beller [mailto:Dieter.Beller@nokia.com] Sent: Friday, November 04, 2016 1:49 PM To: Igor Bryskin Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Igor, could you please clarify how useful a stateful path without resource alloca= tion is. I can't see the benefits of this use case. Thanks, Dieter On 04.11.2016 14:25, Igor Bryskin wrote: Hi Dieter, A provider may compute path(s) for a TE tunnel, and then (without any resou= rce allocation) may start monitoring/ensuring the path validity/optimality = by re-computing them in an event driven manner. For example, it can trigger= the re-computation of the path(s) when detecting a change in a state of a = TE link the current path(s) are going through. Depending on the results ad= ditional notifications may be sent to the client. Note that this is in addition to the reasons you correctly identified for i= mplementing stateful path computation (such as compute_and_reserve). Cheers, Igor From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com] Sent: Thursday, November 03, 2016 6:27 PM To: Leeyoung Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi all, when we talk about the stateful path computation use case, it means IMHO th= at when a path has been calculated successfully in response to a request, a= new path object is created in the data store. This does only make sense if= the resources have been allocated in the TED of the PCE irrespective of th= e fact whether the connection along this path will be established right awa= y or at a later point in time. This will prevent further path computation r= equests from assuming that the resources are still available. As the TED of= the PCE also has to reflect the network state, I would assume that the net= work resources can be in one of the following three states: available, allo= catedButNotInUse, allocatedAndInUse. The path objects also need state info= rmation reflecting for example the alarm state of the allocated resources. = The path calculated earlier may become (temporarily) invalid due to a link = failure affecting the path. Does this make sense? Thanks, Dieter Sent from my tablet Leeyoung wrote: Igor, When you say "state", are you referring to the YANG datastore or some other= "interim" state of those paths that are calculated but not instantiated as= LSPs? If we were to update the YANG datastore for this, I would think that= we may have some issue when the customer decided not to instantiate the TE= tunnel (after the path compute request). Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 3:02 PM To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Young, >From the provider controller point of view COMPUTE_ONLY TE tunnels will hav= e exactly the same state as "normal" (COMPUTE_ADN_PROVISION) TE tunnels. Igor From: Leeyoung Sent: Thursday, November 03, 2016 3:42 PM To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Igor, In such case, would the YANG datastore be updated? I guess not. If not, the= n the system/controller has to keep this interim state, would it? Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Michael, You are exactly right. The purpose of the "compute-only" TE tunnel is to cr= eate/maintain the normal TE tunnel state and (re-)compute TE paths for the = TE tunnel connections/LSPs but not signal/provision the LSPs. Igor From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: Thursday, November 03, 2016 3:17 PM To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Isn't the intention of defining "compute-only tunnels" to create state in t= he controller, but not to signal them? If the tunnel should be signaled and= resources shall be allocated, why not just configure a vanilla tunnel? Use= s cases seem to exist for both variants, and both can be encoded in YANG. I= s there anything I miss here? Michael From: Leeyoung [mailto:leeyoung@huawei.com] Sent: Thursday, November 03, 2016 7:49 PM To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Hi Michael, I think I am with you on your point. If we use rpc, it is clear. On the oth= er hand, if we were to use "stateful compute-only" it seems that the system= /controller has to keep the state of the paths somewhere which is not YANG = datastore. My understanding is that YANG datastore is updated only when the= path is signaled and resource is allocated. Would this give the system/con= troller additional burden to keep the "interim" state? Young From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (N= okia - DE) Sent: Thursday, November 03, 2016 8:58 AM To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Maybe I miss something, but to me, the domain controller either computes a = path stateless, which can be modeled in YANG in an RPC. Or the domain contr= oller computes a path, stores state, and provides access to the result in t= he YANG datastore. In the latter case, whether resources are allocated, or = whether the NEs get actually provisioned, is an orthogonal question. As a side note, I am not sure of I would call a domain controller or an NMS= a PCE. Path computation is only a subset of the functions of a domain cont= roller. Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_B9FEE68CE3A78C41A2B3C67549A96F48B775E038FR711WXCHMBA05z_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

    Hi all, =

    At first thanks to = enrich the discussion with your considerations.

    We, as authors, are= definitely addressing both single and multi-domain aspect and we have also= tried to list considerations for which abstract topology not always cope w= ith all the needs for different scenarios, as Francesco correctly pointed out below (see section 3 of the draft).

    Any comments on the= text or additional considerations about this topic would be appreciated in= the view to improve the draft.

     

    Thanks

    Italo and Sergio on= behalf of co-authors

     

     

     

    From:= CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Thursday, November 10, 2016 11:02 AM
    To: Igor Bryskin <Igor.Bryskin@huawei.com>; Fatai Zhang <zh= angfatai@huawei.com>; Beller, Dieter (Nokia - DE) <dieter.beller@noki= a.com>
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Sc= harf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; = TEAS WG (teas@ietf.org) <teas@ietf.org>
    Subject: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel= -teas-yang-path-computation-00

     

    Igor,

    I assumed in fact a= multi-domain ACTN scenario, as stated in the abstract of draft-busibel-tea= s-yang-path-computation-00, where I believe we have the most interesting us= e cases for path computation services. I believe we should consider all of these, as the same model shall be used= both for single and multi-domain scenarios.

    Regarding path comp= utation on MDSC: in an ideal world MDSC could read topology from PNCs and c= ompute itself end-to-end paths but there are cases where this could be eith= er impossible or not convenient:

     

    -For some re= asons (e.g. security/privacy) the PNC doesn’t export full topology in= formation to the MDSC, so that such information is not suitable for a path = computation on MDSC

    -For some re= asons (e.g. scalability) MDSC doesn’t want to get full topology infor= mation from the subtended domains

    -For some re= asons (e.g. lack of knowledge about the internal model of the equipment man= aged by the PNC : especially in WDM networks) MDSC is not capable to cumput= e reliably a feasible path in a domain

     

    BR

    Francesco

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 8:33 PM
    To: Francesco Lazzeri <    francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,

     

    Please, note that t= he context of this discussion is single domain. In my opinion MDSC  sh= ould not rely on the Path computation services (stateless or stateful) prov= ided by PNCs, rather, on its own path computation on TE topology, the product of  merging of abstract TE topologies cat= ered by the subordinate PNCs. And BTW said abstract TE topologies should be= kept up-to-date by the PNCs (i.e. with updates, stateful).

     

    Igor

     

     

     

    From: Teas [mailto:teas-bounces= @ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Wednesday, November 09, 2016 12:42 PM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.org= ; CCAMP (ccamp@ie= tf.org); Scharf, Michael (Nokia - DE); pce@i= etf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls]     http://tools.ietf.org/html= /draft-busibel-teas-yang-path-computation-00

     

    Well, I know implem= entations of both the “flavours”, and I would say that the most= complex are the pre-planned ones.

    So, it could be an = interesting use case, but we need to be aware that it comes with a price.

    Take also into acco= unt that the path recomputation inside the provider could not necessarily o= ffer an optimal solution end-to-end, and the client (the MDSC actually) sho= uld anyway check whether the end-to-end path, when a change happens on a segment, is still in compliance with its = constraints (e.g. if there is a latency constraint on the end-to-end path, = it may happen that the recomputed segment has a longer latency that leads t= o exceeding the constraint on the end to end path : but the provider only sees that single segment of the en= d-to-end path and taking into account the end-to-end constraints could be r= eally difficult).

     

    Regarding the TE-li= nk, I was actually interested on what the provider (that is the PNC) advert= ises to the client (MDSC) when reservation occurs. It cannot advertise A= 217;B’ as it knows only A and B, but advertising AB seems to me not correct.

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 4:56 PM
    To: Francesco Lazzeri <    francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,<= /span>

     

    Please, see in-line.

     

    Igor=

     

     

     

    From: Teas [mailto:teas-bounces= @ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Wednesday, November 09, 2016 10:27 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.org= ; CCAMP (ccamp@ie= tf.org); Scharf, Michael (Nokia - DE); pce@i= etf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls]     http://tools.ietf.org/html= /draft-busibel-teas-yang-path-computation-00

     

    Igor,

     

    1)     = ; IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn’t better for= a client (and provider) to ask what is needed when it’s needed, and get the best result back at that moment= ?

    IB>> What happens it the provider at this moment says: ̶= 0; No, I have nothing for you” ?  What if the path was relied up= on by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

       &= nbsp;   FL>> Probably the same in case the provider notifie= s “Hey, I have no longer anything for you”.

     

    IB>> But this would = be a bit too late, wouldn’t it? Wouldn’t it be better if the cl= ient has learnt about the previously returned path unfeasibility ahead of t= ime, so that it could re-plan it’s failure recovery scheme?

     

    If there is no (mor= e) path, there is no path. The client could only try and crankback looking = for some different path or report an alarm.

     

    IB>> Relying on cran= kbaks in an unpredictable way is not exactly a good solution, right?

     

    The scenario that s= eems more applicable to your proposal is a pre-planned restoration mechanis= m where we have a worker path in-service and a protection path just compute= d (but not reserving network resources, in order to share them among several protection paths), in a multi-domain = network. In that case, reserving te-tunnels like you suggest, could give an= advantage, as the end-to-end cranckback could occur when the notification = with “no-path” is triggered by the provider (that means the protection path or some of its segments is no lon= ger valid) and not when the path deployment is triggered by the client (tha= t means the worker path is gone and we need the protection immediately). Is= this the case you are considering ?

     

    IB>> Exactly. All th= e scenarios you can think of where you don’t know when and where a pr= oblem may happen and you want to maintain flexibility and share the network= resources to protect as much as you can

     

    In other cases, as = when used during an end-to-end path computation with immediate deployment t= o reduce the possibility of conflicts among concurrent procedures, it seems= to me less important or applicable, as all these procedures will likely be orchestrated by the same entity, wh= ich could well avoid conflicts.

     

    IB>> All cases where= the provider wants to expose a potentiality without committing resources t= o cover for the client multiple use cases and provide at the same time some= degree (albeit not perfect) predictability.

     

     <= /o:p>

    2)     = ; Regarding the abstract link in the = overlay topology, I still can’t see what the provider will advertise.= If it’s a new link representing the forwarding adjacency between A&#= 8217; and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link A̵= 7;B’ points to the underlay (provider) TE topology where the path is = computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

    FL>> This means that the provider just sends the reply to th= e path computation request and doesn’t advertise any new TE link to t= he client ? This is actually what I would expect: the task to manage TE-links in the overlay topology is with the client.

     

    IB>> Overlay TE topology manager advertises a TE link that is suppo= rted not by a provisioned in a server layer TE tunnel (connection), rather,= by a computed and monitored path. This way the overlay TE topology manger can advertise multiple abstract TE links ma= pped onto the same network resources 

     

    Francesco

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 3:47 PM
    To: Francesco Lazzeri <    francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,<= /span>

     

    1)     = ; IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn’t better for= a client (and provider) to ask what is needed when it’s needed, and get the best result back at that moment= ?

    IB>> What happens it the provider at this moment says: ̶= 0; No, I have nothing for you” ?  What if the path was relied up= on by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

     <= /o:p>

     <= /o:p>

    2)     = ; Regarding the abstract link in the = overlay topology, I still can’t see what the provider will advertise.= If it’s a new link representing the forwarding adjacency between A&#= 8217; and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link A̵= 7;B’ points to the underlay (provider) TE topology where the path is = computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

     

     

    Igor

     

     

    From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com]
    Sent: Wednesday, November 09, 2016 9:26 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.org= ; CCAMP (ccamp@ie= tf.org); Scharf, Michael (Nokia - DE); pce@i= etf.org; TEAS WG (teas@ietf.org)
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00

     

    Igor,

    IMHO simplicity pay= s back. Instead than maintaining all these states, notifying clients all th= e times something changes, and repeating path-computation as needed, isn= 217;t better for a client (and provider) to ask what is needed when it’s needed, and get the best result back at= that moment ?

    Regarding the abstr= act link in the overlay topology, I still can’t see what the provider= will advertise. If it’s a new link representing the forwarding adjac= ency between A’ and B’, how it will be represented by the provider ?

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 2:48 PM
    To: Fatai Zhang <    = zhangfatai@huawei.com>; Francesco L= azzeri <frances= co.lazzeri@ericsson.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Hi Francesco,

     <= /o:p>

    Please, see in-line= .

     <= /o:p>

    Cheers,=

    Igor

     <= /o:p>

    The point here is f= or how long the provider should keep the computed path and its request para= meters

     <= /o:p>

    IB>> As far as t= he provider is concerned, the requested path and its parameters is a TE tun= nel (albeit computed but not provisioned). So it keeps the state until the = client removes the TE tunnel.

     <= /o:p>

    (in fact if we want= to have a possibly better path, at any change inside provider topology, re= source status and usage, the provider should check if the computed path is = still feasible and/or redo path computation to find a better path). This could be an overhead, in my view.=

     <= /o:p>

    IB>> For example= , if provider is to ensure the path’s feasibility, all it needs is to= detect a change in a TE link the path is going through and make sure that = the  change does not make the path unfeasible. Only in the latter case the path re-computation needs to be scheduled and perfo= rmed in a background thread.

     <= /o:p>

    Furthermore, I can&= #8217;t see how the provider could export the abstract TE-link, as this is = inside the client topology;

    IB>> The abstrac= t link is a part of the abstract topology “cooked” (customized)= for the client, which is supported by the computed path in the underlay to= pology, which is the provider’s topology.

     <= /o:p>

    in fact, if the cli= ent is asking for a path between A and B (A and B inside provider topology)= , having A’ (in client topology) connected to A and B’ (in clie= nt topology) connected to B, the relevant abstract TE link (the forwarding adjacency) should be built between A’ and B&= #8217;, that is in the client topology; therefore the client should be in c= harge of managing it, as the provider is not aware of A’ and B’= .

     <= /o:p>

    IB>> This is cor= rect, but note that the two topologies (underlay and overlay) according to = the TE topology model have independent and unrelated name spaces for node, = link and SRLG IDs. So it is perfectly Ok.

     

    IB>> Also note t= hat according  to TE topology model  one important attribute of a= TE node (especially abstract composite node) is connectivity matrix, which is nothing but a set of stateful paths computed, re-computed and c= onstantly monitored (but not reserved) over the TE topology the node encaps= ulates.  This means that stateful unreserved paths play already a very imp= ortant part in supporting TE topologies with asymmetrical blocking abstract= TE nodes.

     

    Igor

     <= /o:p>

     <= /o:p>

     <= /o:p>

     <= /o:p>

    BR

    Francesco

     <= /o:p>

    From:= CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: 04 November, 2016 7:12 PM
    To: Dieter Beller <    Dieter.Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; TEAS WG (teas@ietf.org) <tea= s@ietf.org>; pce@ietf.org
    Subject: Re: [CCAMP] [mpls]     http://tools.ietf.org/htm= l/draft-busibel-teas-yang-path-computation-00

     

    Dieter,

     

    A client may ask for a= path not to be used immediately (e.g. to present as an abstract TE link to= its own client, in some failure restoration scheme or as a part of disaste= r recovery network topology re-configuration) without committing any network resources. In this case the client would wa= nt to know at least  if/when the path has stopped being feasible any l= onger or (ideally) a better path is available.

     

    This is similar to exp= osing to a client an abstract TE topology with an uncommitted abstract TE l= ink (i.e. TE link that does not have a committed TE tunnel supporting it an= d advertises potentiality). Once such link is provided, the provider is expected to send updates when/if the TE = link attributes change. For uncommitted/potential TE link such updates coul= d be provided based on event driven re-computation of the potentiality the = TE link represents.

    The point is that an u= ncommitted abstract TE link and COMPUTE_ONLY TE tunnel can represent (each = in its own way) the same network potentiality

     

    Cheers,

    Igor=

     

     

     

    From: Dieter Beller [mailto:D= ieter.Beller@nokia.com]
    Sent: Friday, November 04, 2016 1:49 PM
    To: Igor Bryskin
    Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00

     

    Hi Igor,

    could you please clarify how useful a stateful path without resource all= ocation is. I can't see the benefits of this use case.


    Thanks,
    Dieter

    On 04.11.2016 14:25, Igor Bryskin wrote:<= /p>

    Hi Dieter,=

     

    A provider may compute= path(s) for a TE tunnel, and then (without any resource allocation) may st= art monitoring/ensuring the path validity/optimality by re-computing them i= n an event driven manner. For example, it can trigger the re-computation of the path(s) when detecting a change i= n a state of a TE link the current path(s) are going through.  Dependi= ng on the results additional notifications may be sent to the client.

     

    Note that this is in a= ddition to the reasons you correctly identified for implementing stateful p= ath computation (such as compute_and_reserve).

     

    Cheers,

    Igor=

     

     

    From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.c= om]
    Sent: Thursday, November 03, 2016 6:27 PM
    To: Leeyoung
    Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (    ccamp@ietf.org);     pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00

     

    Hi all, 
     
    when we talk about the stateful path computation use case, it means IM=
HO that when a path has been calculated successfully in response to a reque=
st, a new path object is created in the data store. This does only make sen=
se if the resources have been allocated in the TED of the PCE irrespective =
of the fact whether the connection along this path will be established righ=
t away or at a later point in time. This will prevent further path computat=
ion requests from assuming that the resources are still available. As the T=
ED of the PCE also has to reflect the network state, I would assume that th=
e network resources can be in one of the following three states: available,=
 allocatedButNotInUse,  allocatedAndInUse. The path objects also need =
state information reflecting for example the alarm state of the allocated r=
esources. The path calculated earlier may become (temporarily) invalid due =
to a link failure affecting the path. 
     
    Does this make sense? 
     
     
    Thanks, 
    Dieter
     
    Sent from my tablet
     
    Leeyoung <leeyoung@hu=
awei.com> wrote:
     

    Igor,

     

    When you say “st= ate”, are you referring to the YANG datastore or some other “in= terim” state of those paths that are calculated but not instantiated = as LSPs? If we were to update the YANG datastore for this, I would think that we may have some issue when the customer decided not to i= nstantiate the TE tunnel (after the path compute request).

     

    Thanks.

    Young

     

     

    From: Igor Bryskin
    Sent: Thursday, November 03, 2016 3:02 PM
    To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/draft-busibel= -teas-yang-path-computation-00

     

    Young,

     

    From the provider cont= roller point of view COMPUTE_ONLY TE tunnels will have exactly the same sta= te as “normal” (COMPUTE_ADN_PROVISION) TE tunnels.<= /o:p>

     

    Igor=

     

    From: Leeyoung
    Sent: Thursday, November 03, 2016 3:42 PM
    To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (    ccamp@ietf.org); pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/draft-busibel= -teas-yang-path-computation-00

     

    Igor,

     

    In such case, would th= e YANG datastore be updated? I guess not. If not, then the system/controlle= r has to keep this interim state, would it?

     

    Thanks.

    Young

     

    From: Igor Bryskin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/draft-busibel= -teas-yang-path-computation-00

     

    Michael,

    You are exactly right.= The purpose of the “compute-only” TE tunnel is to create/maint= ain the normal TE tunnel state and (re-)compute TE paths for the TE tunnel = connections/LSPs but not signal/provision the LSPs.

     

    Igor=

     

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@noki= a.com]
    Sent: Thursday, November 03, 2016 3:17 PM
    To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (    ccamp@ietf.org); pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/draft-busibel= -teas-yang-path-computation-00

     

    Isn’t the intent= ion of defining „compute-only tunnels“ to create state in the c= ontroller, but not to signal them? If the tunnel should be signaled and res= ources shall be allocated, why not just configure a vanilla tunnel? Uses cases seem to exist for both variants, and both can be encode= d in YANG. Is there anything I miss here?

     

    Michael

     

     

    From: Leeyoung= [mailto:leeyoung= @huawei.com]
    Sent: Thursday, November 03, 2016 7:49 PM
    To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; = CCAMP (    ccamp@ietf.org<= /span>); pce@ietf.org<= span lang=3D"DE" style=3D"font-size:10.0pt;font-family:"Tahoma",s= ans-serif">; TEAS WG (t= eas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Hi Michael,

     

    I think I am with you = on your point. If we use rpc, it is clear. On the other hand, if we were to= use “stateful compute-only” it seems that the system/controlle= r has to keep the state of the paths somewhere which is not YANG datastore. My understanding is that YANG datastore is updated = only when the path is signaled and resource is allocated. Would this give t= he system/controller additional burden to keep the “interim” st= ate?

     

    Young

     

    From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
    Sent: Thursday, November 03, 2016 8:58 AM
    To: Daniele Ceccarelli; Igor Bryskin; CCAMP (    ccamp@ietf.org); pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: Re: [CCAMP]     http://tools.ietf.org/html/draft= -busibel-teas-yang-path-computation-00

     

    Maybe I miss something= , but to me, the domain controller either computes a path stateless, which = can be modeled in YANG in an RPC. Or the domain controller computes a path,= stores state, and provides access to the result in the YANG datastore. In the latter case, whether resources ar= e allocated, or whether the NEs get actually provisioned, is an orthogonal = question.

     

    As a side note, I am n= ot sure of I would call a domain controller or an NMS a PCE. Path computati= on is only a subset of the functions of a domain controller.

     

    Michael

     

     

     

    From: Daniele Ceccarelli [mailto:daniele.ceccarelli@eri= csson.com]
    Sent: Thursday, November 03, 2016 2:49 PM
    To: Scharf, Michael     (Nokia - DE); Igor Bryskin; C= CAMP (ccamp@ietf.org); pce@ietf.org<= span lang=3D"DE" style=3D"font-size:10.0pt;font-family:"Tahoma",s= ans-serif">; TEAS WG (t= eas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Can you please explain what the “stateful comp= ute-only” stands for I don’t understand what is stateful in a p= ath computation request only.

    IMHO either I ask the PCE (SDN controller, NMS, what= ever) to compute a path and then forget about it or I ask to compute and pr= ovision it. I don’t understand the value of asking for it and remembe= ring about it.

     

    BR
    Daniele 

     

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: gioved=EC 3 novembre 2016 14:45
    To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    We have discussed this= before. From an implementer’s perspective, the two clean solutions t= o the problem seem to either stateful „compute-only“ tunnels or= a stateless RPC.

     

    Michael

     

     

    From: mpls [mailto:mpls-bounc= es@ietf.org] On Behalf Of Igor Bryskin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Daniele Ceccarelli; CCAMP (    ccamp@ietf.org); pce@ietf.org<= span lang=3D"DE" style=3D"font-size:10.0pt;font-family:"Tahoma",s= ans-serif">; TEAS WG (    t= eas@ietf.org); mpls@ietf.org
    Subject: [ALU] [mpls]    http://tools.ietf.or= g/html/draft-busibel-teas-yang-path-computation-00

     

    Hi,<= /p>

     

    From the draft:=

     

    6.=     YANG Model for requesting Path Computation

     = ;

     = ;

     = ;  Work on extending the TE Tunnel YANG model to support the need to

     = ;  request path computation has recently started also in the context o= f

     = ;  the [TE-TUNNEL] draft.

     = ;

     = ;  It is possible to request path computation by configuring a<= o:p>

     = ;  "compute-only" TE tunnel and retrieving the computed path= (s) in the

     = ;  LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL].

     = ;

     = ;  This is a stateful solution since the state of each created<= o:p>

     = ;  "compute-only" TE tunnel needs to be maintained and updat= ed, when

     = ;  underlying network conditions change.

     = ;

     = ;  The need also for a stateless solution, based on an RPC, has been

     = ;  recognized.

     = ;

     = ;

     = ;  The YANG model to support stateless RPC is for further study.

     = ;

     = ;

     = ;

     = ;

     = ;

    IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

     

    Cheers,

    Igor

     

     

     

     

     

     

     

     

     

     

     

     

    --_000_B9FEE68CE3A78C41A2B3C67549A96F48B775E038FR711WXCHMBA05z_-- From nobody Thu Nov 10 08:15:17 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 770FD129525; Thu, 10 Nov 2016 08:15:07 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.707 X-Spam-Level: X-Spam-Status: No, score=-5.707 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001, T_KAM_HTML_FONT_INVALID=0.01] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id Iyux4nf_9SP7; Thu, 10 Nov 2016 08:15:01 -0800 (PST) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 06B8512987F; Thu, 10 Nov 2016 08:14:59 -0800 (PST) Received: from 172.18.7.190 (EHLO lhreml707-cah.china.huawei.com) ([172.18.7.190]) by lhrrg01-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id DAC83648; Thu, 10 Nov 2016 16:14:56 +0000 (GMT) Received: from DFWEML702-CAH.china.huawei.com (10.193.5.176) by lhreml707-cah.china.huawei.com (10.201.5.199) with Microsoft SMTP Server (TLS) id 14.3.235.1; Thu, 10 Nov 2016 16:14:55 +0000 Received: from DFWEML501-MBX.china.huawei.com ([10.193.5.178]) by dfweml702-cah.china.huawei.com ([10.193.5.176]) with mapi id 14.03.0235.001; Thu, 10 Nov 2016 08:14:44 -0800 From: Igor Bryskin To: Francesco Lazzeri , Fatai Zhang , Dieter Beller Thread-Topic: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 Thread-Index: AQHSNdbxqovpH1S/M0ui/wYWAHL6uaDHupQAgAABPgCAAAJUAIAAUW6AgAAHrQD//43VoIAAeTWA//+O+kCAAHmIAIAAJcgAgACAujCAAMOrgP//jARQAJSqJ4AAZ2q+AAAKEkOA///2foCAAIT9oP//jDMAgACEpnD//6EMgIAAaaTAgACoN4CAACdXUA== Date: Thu, 10 Nov 2016 16:14:43 +0000 Message-ID: <0C72C38E7EBC34499E8A9E7DD007863908F0F961@dfweml501-mbx> References: <0C72C38E7EBC34499E8A9E7DD007863908F0EF32@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5BB53@FR712WXCHMBA15.zeu.alcatel-lucent.com> <655C07320163294895BBADA28372AF5D48B5BC01@FR712WXCHMBA15.zeu.alcatel-lucent.com> <7AEB3D6833318045B4AE71C2C87E8E172A8CC9D2@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5C82F@FR712WXCHMBA15.zeu.alcatel-lucent.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F10B@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA51@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F12D@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA9B@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F1E1@dfweml501-mbx> <9762bdb8-e73c-7653-3243-f7add7a9ce7c@nokia.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F242@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F747@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F774@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F7CA@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F824@dfweml501-mbx> In-Reply-To: Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.212.254.206] Content-Type: multipart/alternative; boundary="_000_0C72C38E7EBC34499E8A9E7DD007863908F0F961dfweml501mbx_" MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A090206.58249D02.00CF, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: bee9e4788904c3a2f3d547c3eaf515ee Archived-At: Cc: "mpls@ietf.org" , "CCAMP \(ccamp@ietf.org\)" , "Scharf, Michael \(Nokia - DE\)" , "pce@ietf.org" , "TEAS WG \(teas@ietf.org\)" Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 10 Nov 2016 16:15:07 -0000 --_000_0C72C38E7EBC34499E8A9E7DD007863908F0F961dfweml501mbx_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Franseco, We have discussed with Italo the applicability of path computation service = for multi-domain scenarios and agreed (at least my impression) that this re= alistically works for no more than two or three domains. For a single e2e p= ath computation the number of paths MDSC needs to request from PNCs grows e= xponentially with the number of domains and the number of inter-domain link= s. The things get worse when MDSC needs to compute e2e diverse (e.g. SRLG-d= isjoint) paths for a single e2e protected service and still worse when MDS= C needs to place more than one e2e services with global optimization criter= ia in mind. Things get still much worse when MDSCs are linked into a hierar= chy, and path computation services will have to be requested vertically thr= ough entire hierarchy from all subordinate MDSCs and PNCs Please, see further in line. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Thursday, November 10, 2016 5:02 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pc= e@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, I assumed in fact a multi-domain ACTN scenario, as stated in the abstract o= f draft-busibel-teas-yang-path-computation-00, where I believe we have the = most interesting use cases for path computation services. I believe we shou= ld consider all of these, as the same model shall be used both for single a= nd multi-domain scenarios. Regarding path computation on MDSC: in an ideal world MDSC could read topol= ogy from PNCs and compute itself end-to-end paths but there are cases where= this could be either impossible or not convenient: - For some reasons (e.g. security/privacy) the PNC doesn't export = full topology information to the MDSC, so that such information is not suit= able for a path computation on MDSC IB>> No one expects PNC to export full topology information, it is likely t= o contain proprietary information and hence useless for the MDSC anyway. PN= C is expected to expose an abstract TE topology, which could be as small as= a single TE node with detailed connectivity matrix; - For some reasons (e.g. scalability) MDSC doesn't want to get ful= l topology information from the subtended domains IB>> See comment above; - For some reasons (e.g. lack of knowledge about the internal mode= l of the equipment managed by the PNC : especially in WDM networks) MDSC is= not capable to cumpute reliably a feasible path in a domain IB>> This is not a concern: all the necessary computations are done already= by PNCs when exposing and updating the abstract TE topologies. IB>> Furthermore, according to ACTN MDSCs could be linked in a hierarchy. T= his means that for a top level MDSC e2e path computation, the path computat= ion services need to be requested hierarchically from all subordinate MDSCs= and PNCs across all hierarchy levels. In contrast, multi-level abstraction= of TE topologies is not a problem BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 8:33 PM To: Francesco Lazzeri ; Fatai Zhang ; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) ; Scharf, Michael= (Nokia - DE) ; pce@ietf.org; TEAS WG (teas@ietf.= org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, Please, note that the context of this discussion is single domain. In my op= inion MDSC should not rely on the Path computation services (stateless or = stateful) provided by PNCs, rather, on its own path computation on TE topol= ogy, the product of merging of abstract TE topologies catered by the subor= dinate PNCs. And BTW said abstract TE topologies should be kept up-to-date = by the PNCs (i.e. with updates, stateful). Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Wednesday, November 09, 2016 12:42 PM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Well, I know implementations of both the "flavours", and I would say that t= he most complex are the pre-planned ones. So, it could be an interesting use case, but we need to be aware that it co= mes with a price. Take also into account that the path recomputation inside the provider coul= d not necessarily offer an optimal solution end-to-end, and the client (the= MDSC actually) should anyway check whether the end-to-end path, when a cha= nge happens on a segment, is still in compliance with its constraints (e.g.= if there is a latency constraint on the end-to-end path, it may happen tha= t the recomputed segment has a longer latency that leads to exceeding the c= onstraint on the end to end path : but the provider only sees that single s= egment of the end-to-end path and taking into account the end-to-end constr= aints could be really difficult). Regarding the TE-link, I was actually interested on what the provider (that= is the PNC) advertises to the client (MDSC) when reservation occurs. It ca= nnot advertise A'B' as it knows only A and B, but advertising AB seems to m= e not correct. BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 4:56 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, Please, see in-line. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Wednesday, November 09, 2016 10:27 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? FL>> Probably the same in case the provider notifies "Hey, I have no= longer anything for you". IB>> But this would be a bit too late, wouldn't it? Wouldn't it be better i= f the client has learnt about the previously returned path unfeasibility ah= ead of time, so that it could re-plan it's failure recovery scheme? If there is no (more) path, there is no path. The client could only try and= crankback looking for some different path or report an alarm. IB>> Relying on crankbaks in an unpredictable way is not exactly a good sol= ution, right? The scenario that seems more applicable to your proposal is a pre-planned r= estoration mechanism where we have a worker path in-service and a protectio= n path just computed (but not reserving network resources, in order to shar= e them among several protection paths), in a multi-domain network. In that = case, reserving te-tunnels like you suggest, could give an advantage, as th= e end-to-end cranckback could occur when the notification with "no-path" is= triggered by the provider (that means the protection path or some of its s= egments is no longer valid) and not when the path deployment is triggered b= y the client (that means the worker path is gone and we need the protection= immediately). Is this the case you are considering ? IB>> Exactly. All the scenarios you can think of where you don't know when = and where a problem may happen and you want to maintain flexibility and sha= re the network resources to protect as much as you can In other cases, as when used during an end-to-end path computation with imm= ediate deployment to reduce the possibility of conflicts among concurrent p= rocedures, it seems to me less important or applicable, as all these proced= ures will likely be orchestrated by the same entity, which could well avoid= conflicts. IB>> All cases where the provider wants to expose a potentiality without co= mmitting resources to cover for the client multiple use cases and provide a= t the same time some degree (albeit not perfect) predictability. 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. FL>> This means that the provider just sends the reply to the path computat= ion request and doesn't advertise any new TE link to the client ? This is a= ctually what I would expect: the task to manage TE-links in the overlay top= ology is with the client. IB>> Overlay TE topology manager advertises a TE link that is supported not= by a provisioned in a server layer TE tunnel (connection), rather, by a co= mputed and monitored path. This way the overlay TE topology manger can adve= rtise multiple abstract TE links mapped onto the same network resources Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 3:47 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. Igor From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com] Sent: Wednesday, November 09, 2016 9:26 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Igor, IMHO simplicity pays back. Instead than maintaining all these states, notif= ying clients all the times something changes, and repeating path-computatio= n as needed, isn't better for a client (and provider) to ask what is needed= when it's needed, and get the best result back at that moment ? Regarding the abstract link in the overlay topology, I still can't see what= the provider will advertise. If it's a new link representing the forwardin= g adjacency between A' and B', how it will be represented by the provider ? BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 2:48 PM To: Fatai Zhang >; Fran= cesco Lazzeri >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Francesco, Please, see in-line. Cheers, Igor The point here is for how long the provider should keep the computed path a= nd its request parameters IB>> As far as the provider is concerned, the requested path and its parame= ters is a TE tunnel (albeit computed but not provisioned). So it keeps the = state until the client removes the TE tunnel. (in fact if we want to have a possibly better path, at any change inside pr= ovider topology, resource status and usage, the provider should check if th= e computed path is still feasible and/or redo path computation to find a be= tter path). This could be an overhead, in my view. IB>> For example, if provider is to ensure the path's feasibility, all it n= eeds is to detect a change in a TE link the path is going through and make = sure that the change does not make the path unfeasible. Only in the latter= case the path re-computation needs to be scheduled and performed in a back= ground thread. Furthermore, I can't see how the provider could export the abstract TE-link= , as this is inside the client topology; IB>> The abstract link is a part of the abstract topology "cooked" (customi= zed) for the client, which is supported by the computed path in the underla= y topology, which is the provider's topology. in fact, if the client is asking for a path between A and B (A and B inside= provider topology), having A' (in client topology) connected to A and B' (= in client topology) connected to B, the relevant abstract TE link (the forw= arding adjacency) should be built between A' and B', that is in the client = topology; therefore the client should be in charge of managing it, as the p= rovider is not aware of A' and B'. IB>> This is correct, but note that the two topologies (underlay and overla= y) according to the TE topology model have independent and unrelated name s= paces for node, link and SRLG IDs. So it is perfectly Ok. IB>> Also note that according to TE topology model one important attribut= e of a TE node (especially abstract composite node) is connectivity matrix,= which is nothing but a set of stateful paths computed, re-computed and con= stantly monitored (but not reserved) over the TE topology the node encapsul= ates. This means that stateful unreserved paths play already a very import= ant part in supporting TE topologies with asymmetrical blocking abstract TE= nodes. Igor BR Francesco From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: 04 November, 2016 7:12 PM To: Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; TEAS WG= (teas@ietf.org) = >; pce@ietf.org Subject: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel-teas-y= ang-path-computation-00 Dieter, A client may ask for a path not to be used immediately (e.g. to present as = an abstract TE link to its own client, in some failure restoration scheme o= r as a part of disaster recovery network topology re-configuration) without= committing any network resources. In this case the client would want to kn= ow at least if/when the path has stopped being feasible any longer or (ide= ally) a better path is available. This is similar to exposing to a client an abstract TE topology with an unc= ommitted abstract TE link (i.e. TE link that does not have a committed TE t= unnel supporting it and advertises potentiality). Once such link is provide= d, the provider is expected to send updates when/if the TE link attributes = change. For uncommitted/potential TE link such updates could be provided ba= sed on event driven re-computation of the potentiality the TE link represen= ts. The point is that an uncommitted abstract TE link and COMPUTE_ONLY TE tunne= l can represent (each in its own way) the same network potentiality Cheers, Igor From: Dieter Beller [mailto:Dieter.Beller@nokia.com] Sent: Friday, November 04, 2016 1:49 PM To: Igor Bryskin Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Igor, could you please clarify how useful a stateful path without resource alloca= tion is. I can't see the benefits of this use case. Thanks, Dieter On 04.11.2016 14:25, Igor Bryskin wrote: Hi Dieter, A provider may compute path(s) for a TE tunnel, and then (without any resou= rce allocation) may start monitoring/ensuring the path validity/optimality = by re-computing them in an event driven manner. For example, it can trigger= the re-computation of the path(s) when detecting a change in a state of a = TE link the current path(s) are going through. Depending on the results ad= ditional notifications may be sent to the client. Note that this is in addition to the reasons you correctly identified for i= mplementing stateful path computation (such as compute_and_reserve). Cheers, Igor From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com] Sent: Thursday, November 03, 2016 6:27 PM To: Leeyoung Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi all, when we talk about the stateful path computation use case, it means IMHO th= at when a path has been calculated successfully in response to a request, a= new path object is created in the data store. This does only make sense if= the resources have been allocated in the TED of the PCE irrespective of th= e fact whether the connection along this path will be established right awa= y or at a later point in time. This will prevent further path computation r= equests from assuming that the resources are still available. As the TED of= the PCE also has to reflect the network state, I would assume that the net= work resources can be in one of the following three states: available, allo= catedButNotInUse, allocatedAndInUse. The path objects also need state info= rmation reflecting for example the alarm state of the allocated resources. = The path calculated earlier may become (temporarily) invalid due to a link = failure affecting the path. Does this make sense? Thanks, Dieter Sent from my tablet Leeyoung wrote: Igor, When you say "state", are you referring to the YANG datastore or some other= "interim" state of those paths that are calculated but not instantiated as= LSPs? If we were to update the YANG datastore for this, I would think that= we may have some issue when the customer decided not to instantiate the TE= tunnel (after the path compute request). Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 3:02 PM To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Young, >From the provider controller point of view COMPUTE_ONLY TE tunnels will hav= e exactly the same state as "normal" (COMPUTE_ADN_PROVISION) TE tunnels. Igor From: Leeyoung Sent: Thursday, November 03, 2016 3:42 PM To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Igor, In such case, would the YANG datastore be updated? I guess not. If not, the= n the system/controller has to keep this interim state, would it? Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Michael, You are exactly right. The purpose of the "compute-only" TE tunnel is to cr= eate/maintain the normal TE tunnel state and (re-)compute TE paths for the = TE tunnel connections/LSPs but not signal/provision the LSPs. Igor From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: Thursday, November 03, 2016 3:17 PM To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Isn't the intention of defining "compute-only tunnels" to create state in t= he controller, but not to signal them? If the tunnel should be signaled and= resources shall be allocated, why not just configure a vanilla tunnel? Use= s cases seem to exist for both variants, and both can be encoded in YANG. I= s there anything I miss here? Michael From: Leeyoung [mailto:leeyoung@huawei.com] Sent: Thursday, November 03, 2016 7:49 PM To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Hi Michael, I think I am with you on your point. If we use rpc, it is clear. On the oth= er hand, if we were to use "stateful compute-only" it seems that the system= /controller has to keep the state of the paths somewhere which is not YANG = datastore. My understanding is that YANG datastore is updated only when the= path is signaled and resource is allocated. Would this give the system/con= troller additional burden to keep the "interim" state? Young From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (N= okia - DE) Sent: Thursday, November 03, 2016 8:58 AM To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Maybe I miss something, but to me, the domain controller either computes a = path stateless, which can be modeled in YANG in an RPC. Or the domain contr= oller computes a path, stores state, and provides access to the result in t= he YANG datastore. In the latter case, whether resources are allocated, or = whether the NEs get actually provisioned, is an orthogonal question. As a side note, I am not sure of I would call a domain controller or an NMS= a PCE. Path computation is only a subset of the functions of a domain cont= roller. Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_0C72C38E7EBC34499E8A9E7DD007863908F0F961dfweml501mbx_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

    Franseco,

     

    We have discussed with= Italo the applicability of path computation service for multi-domain scena= rios and agreed (at least my impression) that this realistically works for = no more than two or three domains. For a single e2e path computation the number of paths MDSC needs to request fr= om PNCs grows exponentially with the number of domains and the number of in= ter-domain links. The things get worse when MDSC needs to compute e2e diver= se (e.g. SRLG-disjoint) paths for a single e2e protected service  and still worse when MDSC needs to pl= ace more than one e2e services with global optimization criteria in mind. T= hings get still much worse when MDSCs are linked into a hierarchy, and path= computation services will have to be requested vertically through entire hierarchy from all subordinate MDSCs a= nd PNCs

     

    Please, see further in= line.

     

    Igor=

     

     

    From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Thursday, November 10, 2016 5:02 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-= teas-yang-path-computation-00

     

    Igor,

    I assumed in fact a= multi-domain ACTN scenario, as stated in the abstract of draft-busibel-tea= s-yang-path-computation-00, where I believe we have the most interesting us= e cases for path computation services. I believe we should consider all of these, as the same model shall be used= both for single and multi-domain scenarios.

    Regarding path comp= utation on MDSC: in an ideal world MDSC could read topology from PNCs and c= ompute itself end-to-end paths but there are cases where this could be eith= er impossible or not convenient:

     

    -   =        For some reasons (e.g. security/pri= vacy) the PNC doesn’t export full topology information to the MDSC, s= o that such information is not suitable for a path computation on MDSC=

     

    IB>> No one expects PNC to export full topology info= rmation, it is likely to contain proprietary information and hence useless = for the MDSC anyway. PNC is expected to expose an abstract TE topology, which could be as small as a single TE node with = detailed connectivity matrix;

     

    -   =        For some reasons (e.g. scalability)= MDSC doesn’t want to get full topology information from the subtende= d domains

    IB>> See comment above;

     

    -   =        For some reasons (e.g. lack of know= ledge about the internal model of the equipment managed by the PNC : especi= ally in WDM networks) MDSC is not capable to cumpute reliably a feasible pa= th in a domain

    IB>> This is not a concern: all the necessary comput= ations are done already by PNCs when exposing and updating the abstract TE = topologies.

     

    IB>> Furthermore, according to ACTN MDSCs could be l= inked in a hierarchy. This means that for a top level MDSC e2e path computa= tion, the path computation services need to be requested hierarchically from all subordinate MDSCs and PNCs acr= oss all hierarchy levels. In contrast, multi-level abstraction of TE topolo= gies is not a problem

     

    BR

    Francesco

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.= com]
    Sent: 09 November, 2016 8:33 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai = Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter.Beller@nokia.= com>
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Sc= harf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; = TEAS WG (teas@ietf.org) <teas@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00

     

    Francesco,

     

    Please, note that t= he context of this discussion is single domain. In my opinion MDSC  sh= ould not rely on the Path computation services (stateless or stateful) prov= ided by PNCs, rather, on its own path computation on TE topology, the product of  merging of abstract TE topologies cat= ered by the subordinate PNCs. And BTW said abstract TE topologies should be= kept up-to-date by the PNCs (i.e. with updates, stateful).

     

    Igor

     

     

     

    From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Wednesday, November 09, 2016 12:42 PM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.or= g; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (    teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.i= etf.org/html/draft-busibel-teas-yang-path-computation-00

     

    Well, I know implem= entations of both the “flavours”, and I would say that the most= complex are the pre-planned ones.

    So, it could be an = interesting use case, but we need to be aware that it comes with a price.

    Take also into acco= unt that the path recomputation inside the provider could not necessarily o= ffer an optimal solution end-to-end, and the client (the MDSC actually) sho= uld anyway check whether the end-to-end path, when a change happens on a segment, is still in compliance with its = constraints (e.g. if there is a latency constraint on the end-to-end path, = it may happen that the recomputed segment has a longer latency that leads t= o exceeding the constraint on the end to end path : but the provider only sees that single segment of the en= d-to-end path and taking into account the end-to-end constraints could be r= eally difficult).

     

    Regarding the TE-li= nk, I was actually interested on what the provider (that is the PNC) advert= ises to the client (MDSC) when reservation occurs. It cannot advertise A= 217;B’ as it knows only A and B, but advertising AB seems to me not correct.

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 4:56 PM
    To: Francesco Lazzeri <    francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,<= /span>

     

    Please, see in-line.

     

    Igor=

     

     

     

    From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Wednesday, November 09, 2016 10:27 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.or= g; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (    teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.i= etf.org/html/draft-busibel-teas-yang-path-computation-00

     

    Igor,

     

    1)   = ;   IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn’t better for= a client (and provider) to ask what is needed when it’s needed, and get the best result back at that moment= ?

    IB>> What happens it the provider at this moment says: ̶= 0; No, I have nothing for you” ?  What if the path was relied up= on by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

       &= nbsp;   FL>> Probably the same in case the provider notifie= s “Hey, I have no longer anything for you”.

     

    IB>> But this would = be a bit too late, wouldn’t it? Wouldn’t it be better if the cl= ient has learnt about the previously returned path unfeasibility ahead of t= ime, so that it could re-plan it’s failure recovery scheme?

     

    If there is no (mor= e) path, there is no path. The client could only try and crankback looking = for some different path or report an alarm.

     

    IB>> Relying on cran= kbaks in an unpredictable way is not exactly a good solution, right?

     

    The scenario that s= eems more applicable to your proposal is a pre-planned restoration mechanis= m where we have a worker path in-service and a protection path just compute= d (but not reserving network resources, in order to share them among several protection paths), in a multi-domain = network. In that case, reserving te-tunnels like you suggest, could give an= advantage, as the end-to-end cranckback could occur when the notification = with “no-path” is triggered by the provider (that means the protection path or some of its segments is no lon= ger valid) and not when the path deployment is triggered by the client (tha= t means the worker path is gone and we need the protection immediately). Is= this the case you are considering ?

     

    IB>> Exactly. All th= e scenarios you can think of where you don’t know when and where a pr= oblem may happen and you want to maintain flexibility and share the network= resources to protect as much as you can

     

    In other cases, as = when used during an end-to-end path computation with immediate deployment t= o reduce the possibility of conflicts among concurrent procedures, it seems= to me less important or applicable, as all these procedures will likely be orchestrated by the same entity, wh= ich could well avoid conflicts.

     

    IB>> All cases where= the provider wants to expose a potentiality without committing resources t= o cover for the client multiple use cases and provide at the same time some= degree (albeit not perfect) predictability.

     

     <= /o:p>

    2)   = ;   Regarding the abstract link in the = overlay topology, I still can’t see what the provider will advertise.= If it’s a new link representing the forwarding adjacency between A&#= 8217; and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link A̵= 7;B’ points to the underlay (provider) TE topology where the path is = computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

    FL>> This means that the provider just sends the reply to th= e path computation request and doesn’t advertise any new TE link to t= he client ? This is actually what I would expect: the task to manage TE-links in the overlay topology is with the client.

     

    IB>> Overlay TE topology manager advertises a TE link that is suppo= rted not by a provisioned in a server layer TE tunnel (connection), rather,= by a computed and monitored path. This way the overlay TE topology manger can advertise multiple abstract TE links ma= pped onto the same network resources 

     

    Francesco

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 3:47 PM
    To: Francesco Lazzeri <    francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,<= /span>

     

    1)   = ;   IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn’t better for= a client (and provider) to ask what is needed when it’s needed, and get the best result back at that moment= ?

    IB>> What happens it the provider at this moment says: ̶= 0; No, I have nothing for you” ?  What if the path was relied up= on by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

     <= /o:p>

     <= /o:p>

    2)   = ;   Regarding the abstract link in the = overlay topology, I still can’t see what the provider will advertise.= If it’s a new link representing the forwarding adjacency between A&#= 8217; and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link A̵= 7;B’ points to the underlay (provider) TE topology where the path is = computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

     

     

    Igor

     

     

    From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.co= m]
    Sent: Wednesday, November 09, 2016 9:26 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.or= g; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (    teas@ietf.org)
    Subject: RE: [mpls] http://tools.ietf.org= /html/draft-busibel-teas-yang-path-computation-00

     

    Igor,

    IMHO simplicity pay= s back. Instead than maintaining all these states, notifying clients all th= e times something changes, and repeating path-computation as needed, isn= 217;t better for a client (and provider) to ask what is needed when it’s needed, and get the best result back at= that moment ?

    Regarding the abstr= act link in the overlay topology, I still can’t see what the provider= will advertise. If it’s a new link representing the forwarding adjac= ency between A’ and B’, how it will be represented by the provider ?

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 2:48 PM
    To: Fatai Zhang <    = zhangfatai@huawei.com>; Francesco L= azzeri <frances= co.lazzeri@ericsson.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Hi Francesco,

     <= /o:p>

    Please, see in-line= .

     <= /o:p>

    Cheers,=

    Igor

     <= /o:p>

    The point here is f= or how long the provider should keep the computed path and its request para= meters

     <= /o:p>

    IB>> As far as t= he provider is concerned, the requested path and its parameters is a TE tun= nel (albeit computed but not provisioned). So it keeps the state until the = client removes the TE tunnel.

     <= /o:p>

    (in fact if we want= to have a possibly better path, at any change inside provider topology, re= source status and usage, the provider should check if the computed path is = still feasible and/or redo path computation to find a better path). This could be an overhead, in my view.=

     <= /o:p>

    IB>> For example= , if provider is to ensure the path’s feasibility, all it needs is to= detect a change in a TE link the path is going through and make sure that = the  change does not make the path unfeasible. Only in the latter case the path re-computation needs to be scheduled and perfo= rmed in a background thread.

     <= /o:p>

    Furthermore, I can&= #8217;t see how the provider could export the abstract TE-link, as this is = inside the client topology;

    IB>> The abstrac= t link is a part of the abstract topology “cooked” (customized)= for the client, which is supported by the computed path in the underlay to= pology, which is the provider’s topology.

     <= /o:p>

    in fact, if the cli= ent is asking for a path between A and B (A and B inside provider topology)= , having A’ (in client topology) connected to A and B’ (in clie= nt topology) connected to B, the relevant abstract TE link (the forwarding adjacency) should be built between A’ and B&= #8217;, that is in the client topology; therefore the client should be in c= harge of managing it, as the provider is not aware of A’ and B’= .

     <= /o:p>

    IB>> This is cor= rect, but note that the two topologies (underlay and overlay) according to = the TE topology model have independent and unrelated name spaces for node, = link and SRLG IDs. So it is perfectly Ok.

     

    IB>> Also note t= hat according  to TE topology model  one important attribute of a= TE node (especially abstract composite node) is connectivity matrix, which is nothing but a set of stateful paths computed, re-computed and c= onstantly monitored (but not reserved) over the TE topology the node encaps= ulates.  This means that stateful unreserved paths play already a very imp= ortant part in supporting TE topologies with asymmetrical blocking abstract= TE nodes.

     

    Igor

     <= /o:p>

     <= /o:p>

     <= /o:p>

     <= /o:p>

    BR

    Francesco

     <= /o:p>

    From:= CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: 04 November, 2016 7:12 PM
    To: Dieter Beller <    Dieter.Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; TEAS WG (teas@ietf.org) <tea= s@ietf.org>; pce@ietf.org
    Subject: Re: [CCAMP] [mpls]     http://tools.ietf.org/htm= l/draft-busibel-teas-yang-path-computation-00

     

    Dieter,

     

    A client may ask for a= path not to be used immediately (e.g. to present as an abstract TE link to= its own client, in some failure restoration scheme or as a part of disaste= r recovery network topology re-configuration) without committing any network resources. In this case the client would wa= nt to know at least  if/when the path has stopped being feasible any l= onger or (ideally) a better path is available.

     

    This is similar to exp= osing to a client an abstract TE topology with an uncommitted abstract TE l= ink (i.e. TE link that does not have a committed TE tunnel supporting it an= d advertises potentiality). Once such link is provided, the provider is expected to send updates when/if the TE = link attributes change. For uncommitted/potential TE link such updates coul= d be provided based on event driven re-computation of the potentiality the = TE link represents.

    The point is that an u= ncommitted abstract TE link and COMPUTE_ONLY TE tunnel can represent (each = in its own way) the same network potentiality

     

    Cheers,

    Igor=

     

     

     

    From: Dieter Beller [mailto:Dieter.Beller@nokia.com]
    Sent: Friday, November 04, 2016 1:49 PM
    To: Igor Bryskin
    Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org    ); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif";color:windowtext">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls]     http://tools.ietf.org= /html/draft-busibel-teas-yang-path-computation-00

     

    Hi Igor,

    could you please clarify how useful a stateful path without resource all= ocation is. I can't see the benefits of this use case.


    Thanks,
    Dieter

    On 04.11.2016 14:25, Igor Bryskin wrote:<= /p>

    Hi Dieter,=

     

    A provider may compute= path(s) for a TE tunnel, and then (without any resource allocation) may st= art monitoring/ensuring the path validity/optimality by re-computing them i= n an event driven manner. For example, it can trigger the re-computation of the path(s) when detecting a change i= n a state of a TE link the current path(s) are going through.  Dependi= ng on the results additional notifications may be sent to the client.

     

    Note that this is in a= ddition to the reasons you correctly identified for implementing stateful p= ath computation (such as compute_and_reserve).

     

    Cheers,

    Igor=

     

     

    From: Beller, = Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com]
    Sent: Thursday, November 03, 2016 6:27 PM
    To: Leeyoung
    Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (    ccamp@ietf.org<= /span>); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls]     http://tools.ietf.org= /html/draft-busibel-teas-yang-path-computation-00

     

    Hi all, 
     
    when we talk about the stateful path computation use case,=
 it means IMHO that when a path has been calculated successfully in respons=
e to a request, a new path object is created in the data store. This does o=
nly make sense if the resources have been allocated in the TED of the PCE i=
rrespective of the fact whether the connection along this path will be esta=
blished right away or at a later point in time. This will prevent further p=
ath computation requests from assuming that the resources are still availab=
le. As the TED of the PCE also has to reflect the network state, I would as=
sume that the network resources can be in one of the following three states=
: available, allocatedButNotInUse,  allocatedAndInUse. The path object=
s also need state information reflecting for example the alarm state of the=
 allocated resources. The path calculated earlier may become (temporarily) =
invalid due to a link failure affecting the path. 
     
    Does this make sense? 
     
     
    Thanks, 
    Dieter
     
    Sent from my tablet
     
    Leeyoung <leeyoung@huawei.com> wrote:
     

    Igor,

     

    When you say “st= ate”, are you referring to the YANG datastore or some other “in= terim” state of those paths that are calculated but not instantiated = as LSPs? If we were to update the YANG datastore for this, I would think that we may have some issue when the customer decided not to i= nstantiate the TE tunnel (after the path compute request).

     

    Thanks.

    Young

     

     

    From: Igor Bry= skin
    Sent: Thursday, November 03, 2016 3:02 PM
    To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Young,

     

    From the provider cont= roller point of view COMPUTE_ONLY TE tunnels will have exactly the same sta= te as “normal” (COMPUTE_ADN_PROVISION) TE tunnels.<= /o:p>

     

    Igor=

     

    From: Leeyoung
    Sent: Thursday, November 03, 2016 3:42 PM
    To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (    ccamp@ietf.org<= /span>); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Igor,

     

    In such case, would th= e YANG datastore be updated? I guess not. If not, then the system/controlle= r has to keep this interim state, would it?

     

    Thanks.

    Young

     

    From: Igor Bry= skin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Michael,

    You are exactly right.= The purpose of the “compute-only” TE tunnel is to create/maint= ain the normal TE tunnel state and (re-)compute TE paths for the TE tunnel = connections/LSPs but not signal/provision the LSPs.

     

    Igor=

     

    From: Scharf, = Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: Thursday, November 03, 2016 3:17 PM
    To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Isn’t the intent= ion of defining „compute-only tunnels“ to create state in the c= ontroller, but not to signal them? If the tunnel should be signaled and res= ources shall be allocated, why not just configure a vanilla tunnel? Uses cases seem to exist for both variants, and both can be encode= d in YANG. Is there anything I miss here?

     

    Michael

     

     

    From: Leeyoung [mailto:leeyoung@huawei.com]
    Sent: Thursday, November 03, 2016 7:49 PM
    To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; = CCAMP (    cca= mp@ietf.org); pce@ietf.org= ; TEAS WG (teas@ietf.org); mpls@ietf.o= rg
    Subject: RE:     http://tools.iet= f.org/html/draft-busibel-teas-yang-path-computation-00

     

    Hi Michael,

     

    I think I am with you = on your point. If we use rpc, it is clear. On the other hand, if we were to= use “stateful compute-only” it seems that the system/controlle= r has to keep the state of the paths somewhere which is not YANG datastore. My understanding is that YANG datastore is updated = only when the path is signaled and resource is allocated. Would this give t= he system/controller additional burden to keep the “interim” st= ate?

     

    Young

     

    From: CCAMP [<= /span>mailto:ccamp-bo= unces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
    Sent: Thursday, November 03, 2016 8:58 AM
    To: Daniele Ceccarelli; Igor Bryskin; CCAMP (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (    teas@ietf.org); mpls@ietf.org
    Subject: Re: [CCAMP]     http://tools.ietf.or= g/html/draft-busibel-teas-yang-path-computation-00

     

    Maybe I miss something= , but to me, the domain controller either computes a path stateless, which = can be modeled in YANG in an RPC. Or the domain controller computes a path,= stores state, and provides access to the result in the YANG datastore. In the latter case, whether resources ar= e allocated, or whether the NEs get actually provisioned, is an orthogonal = question.

     

    As a side note, I am n= ot sure of I would call a domain controller or an NMS a PCE. Path computati= on is only a subset of the functions of a domain controller.

     

    Michael

     

     

     

    From: Daniele = Ceccarelli [mailto:daniele.ceccarelli@ericsson.com]
    Sent: Thursday, November 03, 2016 2:49 PM
    To: Scharf, Michael     (Nokia - DE); Igo= r Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org= ; TEAS WG (teas@ietf.org); mpls@ietf.o= rg
    Subject: RE:     http://tools.iet= f.org/html/draft-busibel-teas-yang-path-computation-00

     

    Can you please explain what the “stateful comp= ute-only” stands for I don’t understand what is stateful in a p= ath computation request only.

    IMHO either I ask the PCE (SDN controller, NMS, what= ever) to compute a path and then forget about it or I ask to compute and pr= ovision it. I don’t understand the value of asking for it and remembe= ring about it.

     

    BR
    Daniele 

     

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: gioved=EC 3 novembre 2016 14:45
    To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    We have discussed this= before. From an implementer’s perspective, the two clean solutions t= o the problem seem to either stateful „compute-only“ tunnels or= a stateless RPC.

     

    Michael

     

     

    From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Daniele Ceccarelli; CCAMP (    ccamp@ietf.org); pce@ietf.org= ; TEAS WG (teas@ietf.org); mpls@ietf.o= rg
    Subject: [ALU] [mpls]    http://t= ools.ietf.org/html/draft-busibel-teas-yang-path-computation-00

     

    Hi,<= /p>

     

    From the draft:=

     

    6. =    YANG Model for requesting Path Computation

     

     

      = ; Work on extending the TE Tunnel YANG model to support the need to<= o:p>

      = ; request path computation has recently started also in the context of

      = ; the [T= E-TUNNEL] draft.

     

      = ; It is possible to request path computation by configuring a

      = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

      = ; LSP(s) Record-Route Object (RRO) list as described in [T= E-TUNNEL].

     

      = ; This is a stateful solution since the state of each created

      = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

      = ; underlying network conditions change.

     

      = ; The need also for a stateless solution, based on an RPC, has been<= o:p>

      = ; recognized.

     

     

      = ; The YANG model to support stateless RPC is for further study.=

     

     

     

     

     

    IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

     

    Cheers,

    Igor

     

     

     

     

     

     

     

     

     

     

     

     

     

     

    --_000_0C72C38E7EBC34499E8A9E7DD007863908F0F961dfweml501mbx_-- From nobody Thu Nov 10 08:30:42 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 1C5821295A9; Thu, 10 Nov 2016 08:30:01 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.707 X-Spam-Level: X-Spam-Status: No, score=-5.707 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001, T_KAM_HTML_FONT_INVALID=0.01] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id XKTdM6zVnxeX; Thu, 10 Nov 2016 08:29:55 -0800 (PST) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id A88121298CE; Thu, 10 Nov 2016 08:29:53 -0800 (PST) Received: from 172.18.7.190 (EHLO lhreml705-cah.china.huawei.com) ([172.18.7.190]) by lhrrg02-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id CUX55250; Thu, 10 Nov 2016 16:29:49 +0000 (GMT) Received: from DFWEML702-CAH.china.huawei.com (10.193.5.176) by lhreml705-cah.china.huawei.com (10.201.5.168) with Microsoft SMTP Server (TLS) id 14.3.235.1; Thu, 10 Nov 2016 16:29:48 +0000 Received: from DFWEML501-MBX.china.huawei.com ([10.193.5.178]) by dfweml702-cah.china.huawei.com ([10.193.5.176]) with mapi id 14.03.0235.001; Thu, 10 Nov 2016 08:29:37 -0800 From: Igor Bryskin To: Fatai Zhang , Francesco Lazzeri , Dieter Beller Thread-Topic: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 Thread-Index: AQHSNdbxqovpH1S/M0ui/wYWAHL6uaDHupQAgAABPgCAAAJUAIAAUW6AgAAHrQD//43VoIAAeTWA//+O+kCAAHmIAIAAJcgAgACAujCAAMOrgP//jARQAJSqJ4AAZ2q+AAAKEkOA///2foCAAIT9oP//jDMAgACEpnCAAHLjAP//3LvA Date: Thu, 10 Nov 2016 16:29:37 +0000 Message-ID: <0C72C38E7EBC34499E8A9E7DD007863908F0F981@dfweml501-mbx> References: <0C72C38E7EBC34499E8A9E7DD007863908F0EF32@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5BB53@FR712WXCHMBA15.zeu.alcatel-lucent.com> <655C07320163294895BBADA28372AF5D48B5BC01@FR712WXCHMBA15.zeu.alcatel-lucent.com> <7AEB3D6833318045B4AE71C2C87E8E172A8CC9D2@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5C82F@FR712WXCHMBA15.zeu.alcatel-lucent.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F10B@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA51@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F12D@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA9B@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F1E1@dfweml501-mbx> <9762bdb8-e73c-7653-3243-f7add7a9ce7c@nokia.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F242@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F747@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F774@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F7CA@dfweml501-mbx> In-Reply-To: Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.212.254.206] Content-Type: multipart/alternative; boundary="_000_0C72C38E7EBC34499E8A9E7DD007863908F0F981dfweml501mbx_" MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A090205.5824A07F.01E3, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: 722aff6d616c510e0ca958addbcaa3a0 Archived-At: Cc: "mpls@ietf.org" , "CCAMP \(ccamp@ietf.org\)" , "Scharf, Michael \(Nokia - DE\)" , "pce@ietf.org" , "TEAS WG \(teas@ietf.org\)" Subject: Re: [Teas] [mpls] 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text/html; charset="gb2312" Content-Transfer-Encoding: quoted-printable

    Hi Fatai,

     

    Please, see in-line.

     

    Igor=

     

    From: Fatai Zhang
    Sent: Thursday, November 10, 2016 1:13 AM
    To: Igor Bryskin; Francesco Lazzeri; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: =B4=F0=B8=B4: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-compu= tation-00

     

    Hi Ig= or,

    =  

    I thi= nk the client will still meet the case that there is no available path for = the client.

    =  

    The p= rovider will have no chance to re-plan the path when the client knows the u= nfeasibility ahead of short time (e.g., milliseconds before it really needs= the path) or the client knows the unfeasibility ahead of much time (e.g., hours or days) before it really needs, but there= is no sufficient available resource for the provider to re-plan unless the= operators add more physical nodes or links.

    =  

    IB>= ;> I think you totally misunderstood what I was saying. It is the client= , not the provider, will have to re-plan its recovery scheme. For example, = the client may request the necessary resources from a different provider if only it learns in time about the problem.

    =  

    I think the stateful p= ath computation is a kind of =A1=B0best effort=A1=B1, and it might be suita= ble for IP service, but for the transport service, the protection capability(as you mentioned a failure recovery or congestio= n avoidance strategy or disaster topology re-configuration) MUST be guarant= eed (at least for one single failure) if the client really relies on that.

     

    IB>> Avoiding co= ngestion in IP/MPLS layer may very well mean re-configurations in the trans= port network.

     

    I think the simple way= to guarantee the protection (or whatever) capability is to reserve the res= ource for the desired path and the reserved resource could be shared among multiple path (This is the concept of Share= d Mesh Protection I introduced in ITU-T SG15 a few years ago, but here we c= an just reserve the resource from the control plane perspective rather than= reserve the resource on the data plane through SMP mechanism).

     

    IB>> Reserving r= esources is a solution, however, it takes away the flexibility (i.e. variou= s use cases, failure scenarios, etc.) compared to not reserved but closely monitored statefull paths.

     

     

     

     

    Thanks

     

    Fatai

    =  

    =B7=A2=BC=FE=C8=CB: Igor Bryskin
    =B7=A2=CB=CD=CA=B1=BC=E4: 2016=C4=EA11=D4=C29=C8=D5 23:56
    =CA=D5=BC=FE=C8=CB: Francesco Lazzeri; Fatai Zhang; Dieter Beller
    =B3=AD=CB=CD: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS W= G (teas@ietf.org)
    =D6=F7=CC=E2: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation= -00

     

    Francesco,<= /span>

     

    Please, see in-line.

     

    Igor=

     

     

     

    From: Teas [ma= ilto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Wednesday, November 09, 2016 10:27 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Igor,

     

    1)   = ;   IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn=A1=AFt better for = a client (and provider) to ask what is needed when it=A1=AFs needed, and get the best result back at that moment = ?

    IB>> What happens it the provider at this moment says: =A1= =B0 No, I have nothing for you=A1=B1 ?  What if the path was relied up= on by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

       &= nbsp;   FL>> Probably the same in case the provider notifie= s =A1=B0Hey, I have no longer anything for you=A1=B1.

     

    IB>> But this would = be a bit too late, wouldn=A1=AFt it? Wouldn=A1=AFt it be better if the clie= nt has learnt about the previously returned path unfeasibility ahead of tim= e, so that it could re-plan it=A1=AFs failure recovery scheme?

     

    If there is no (mor= e) path, there is no path. The client could only try and crankback looking = for some different path or report an alarm.

     

    IB>> Relying on cran= kbaks in an unpredictable way is not exactly a good solution, right?

     

    The scenario that s= eems more applicable to your proposal is a pre-planned restoration mechanis= m where we have a worker path in-service and a protection path just compute= d (but not reserving network resources, in order to share them among several protection paths), in a multi-domain = network. In that case, reserving te-tunnels like you suggest, could give an= advantage, as the end-to-end cranckback could occur when the notification = with =A1=B0no-path=A1=B1 is triggered by the provider (that means the protection path or some of its segments is no lon= ger valid) and not when the path deployment is triggered by the client (tha= t means the worker path is gone and we need the protection immediately). Is= this the case you are considering ?

     

    IB>> Exactly. All th= e scenarios you can think of where you don=A1=AFt know when and where a pro= blem may happen and you want to maintain flexibility and share the network = resources to protect as much as you can

     

    In other cases, as = when used during an end-to-end path computation with immediate deployment t= o reduce the possibility of conflicts among concurrent procedures, it seems= to me less important or applicable, as all these procedures will likely be orchestrated by the same entity, wh= ich could well avoid conflicts.

     

    IB>> All cases where= the provider wants to expose a potentiality without committing resources t= o cover for the client multiple use cases and provide at the same time some= degree (albeit not perfect) predictability.

     

     <= /o:p>

    2)   = ;   Regarding the abstract link in the = overlay topology, I still can=A1=AFt see what the provider will advertise. = If it=A1=AFs a new link representing the forwarding adjacency between A=A1= =AF and B=A1=AF, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link A=A1= =AFB=A1=AF points to the underlay (provider) TE topology where the path is = computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk=A1=AFs attributes (e.g. available bandwidth, SRLGs) are defined by the p= ath.

    FL>> This means that the provider just sends the reply to th= e path computation request and doesn=A1=AFt advertise any new TE link to th= e client ? This is actually what I would expect: the task to manage TE-links in the overlay topology is with the client.

     

    IB>> Overlay TE topology manager advertises a TE link that is suppo= rted not by a provisioned in a server layer TE tunnel (connection), rather,= by a computed and monitored path. This way the overlay TE topology manger can advertise multiple abstract TE links ma= pped onto the same network resources 

     

    Francesco

    &n= bsp;

    &n= bsp;

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 3:47 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller = <Dieter.Beller@nokia.com&= gt;
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; TEAS WG (teas@ietf.org) <te= as@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,<= /span>

     

    1)   = ;   IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn=A1=AFt better for = a client (and provider) to ask what is needed when it=A1=AFs needed, and get the best result back at that moment = ?

    IB>> What happens it the provider at this moment says: =A1= =B0 No, I have nothing for you=A1=B1 ?  What if the path was relied up= on by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

     <= /o:p>

     <= /o:p>

    2)   = ;   Regarding the abstract link in the = overlay topology, I still can=A1=AFt see what the provider will advertise. = If it=A1=AFs a new link representing the forwarding adjacency between A=A1= =AF and B=A1=AF, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link A=A1= =AFB=A1=AF points to the underlay (provider) TE topology where the path is = computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk=A1=AFs attributes (e.g. available bandwidth, SRLGs) are defined by the p= ath.

     

     

    Igor

     

     

    From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com]
    Sent: Wednesday, November 09, 2016 9:26 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Igor,

    IMHO simplicity pay= s back. Instead than maintaining all these states, notifying clients all th= e times something changes, and repeating path-computation as needed, isn=A1= =AFt better for a client (and provider) to ask what is needed when it=A1=AFs needed, and get the best result back at = that moment ?

    Regarding the abstr= act link in the overlay topology, I still can=A1=AFt see what the provider = will advertise. If it=A1=AFs a new link representing the forwarding adjacen= cy between A=A1=AF and B=A1=AF, how it will be represented by the provider ?

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 2:48 PM
    To: Fatai Zhang <zhangfa= tai@huawei.com>; Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Dieter Beller = <Dieter.Beller@nokia.com&= gt;
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; TEAS WG (teas@ietf.org) <te= as@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Hi Francesco,

     <= /o:p>

    Please, see in-line= .

     <= /o:p>

    Cheers,=

    Igor

     <= /o:p>

    The point here is f= or how long the provider should keep the computed path and its request para= meters

     <= /o:p>

    IB>> As far as t= he provider is concerned, the requested path and its parameters is a TE tun= nel (albeit computed but not provisioned). So it keeps the state until the = client removes the TE tunnel.

     <= /o:p>

    (in fact if we want= to have a possibly better path, at any change inside provider topology, re= source status and usage, the provider should check if the computed path is = still feasible and/or redo path computation to find a better path). This could be an overhead, in my view.=

     <= /o:p>

    IB>> For example= , if provider is to ensure the path=A1=AFs feasibility, all it needs is to = detect a change in a TE link the path is going through and make sure that t= he  change does not make the path unfeasible. Only in the latter case the path re-computation needs to be scheduled and perfo= rmed in a background thread.

     <= /o:p>

    Furthermore, I can= =A1=AFt see how the provider could export the abstract TE-link, as this is = inside the client topology;

    IB>> The abstrac= t link is a part of the abstract topology =A1=B0cooked=A1=B1 (customized) f= or the client, which is supported by the computed path in the underlay topo= logy, which is the provider=A1=AFs topology.

     <= /o:p>

    in fact, if the cli= ent is asking for a path between A and B (A and B inside provider topology)= , having A=A1=AF (in client topology) connected to A and B=A1=AF (in client= topology) connected to B, the relevant abstract TE link (the forwarding adjacency) should be built between A=A1=AF and B= =A1=AF, that is in the client topology; therefore the client should be in c= harge of managing it, as the provider is not aware of A=A1=AF and B=A1=AF.<= /span>

     <= /o:p>

    IB>> This is cor= rect, but note that the two topologies (underlay and overlay) according to = the TE topology model have independent and unrelated name spaces for node, = link and SRLG IDs. So it is perfectly Ok.

     

    IB>> Also note t= hat according  to TE topology model  one important attribute of a= TE node (especially abstract composite node) is connectivity matrix, which is nothing but a set of stateful paths computed, re-computed and c= onstantly monitored (but not reserved) over the TE topology the node encaps= ulates.  This means that stateful unreserved paths play already a very imp= ortant part in supporting TE topologies with asymmetrical blocking abstract= TE nodes.

     

    Igor

     <= /o:p>

     <= /o:p>

     <= /o:p>

     <= /o:p>

    BR

    Francesco

     <= /o:p>

    From:= CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: 04 November, 2016 7:12 PM
    To: Dieter Beller <Die= ter.Beller@nokia.com>
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; TEAS WG (teas@ietf.org) <teas@ietf.org>; pce@ietf.org
    Subject: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Dieter,

     

    A client may ask for a= path not to be used immediately (e.g. to present as an abstract TE link to= its own client, in some failure restoration scheme or as a part of disaste= r recovery network topology re-configuration) without committing any network resources. In this case the client would wa= nt to know at least  if/when the path has stopped being feasible any l= onger or (ideally) a better path is available.

     

    This is similar to exp= osing to a client an abstract TE topology with an uncommitted abstract TE l= ink (i.e. TE link that does not have a committed TE tunnel supporting it an= d advertises potentiality). Once such link is provided, the provider is expected to send updates when/if the TE = link attributes change. For uncommitted/potential TE link such updates coul= d be provided based on event driven re-computation of the potentiality the = TE link represents.

    The point is that an u= ncommitted abstract TE link and COMPUTE_ONLY TE tunnel can represent (each = in its own way) the same network potentiality

     

    Cheers,

    Igor=

     

     

     

    From: Dieter Beller [mailto:Dieter.Beller@nokia.com]
    Sent: Friday, November 04, 2016 1:49 PM
    To: Igor Bryskin
    Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Hi Igor,

    could you please clarify how useful a stateful path without resource all= ocation is. I can't see the benefits of this use case.


    Thanks,
    Dieter

    On 04.11.2016 14:25, Igor Bryskin wrote:<= /p>

    Hi Dieter,=

     

    A provider may compute= path(s) for a TE tunnel, and then (without any resource allocation) may st= art monitoring/ensuring the path validity/optimality by re-computing them i= n an event driven manner. For example, it can trigger the re-computation of the path(s) when detecting a change i= n a state of a TE link the current path(s) are going through.  Dependi= ng on the results additional notifications may be sent to the client.

     

    Note that this is in a= ddition to the reasons you correctly identified for implementing stateful p= ath computation (such as compute_and_reserve).

     

    Cheers,

    Igor=

     

     

    From: Beller, = Dieter (Nokia - DE) [mailto:diet= er.beller@nokia.com]
    Sent: Thursday, November 03, 2016 6:27 PM
    To: Leeyoung
    Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Hi all, 
     
    when we talk about the stateful path computation use case,=
 it means IMHO that when a path has been calculated successfully in respons=
e to a request, a new path object is created in the data store. This does o=
nly make sense if the resources have been allocated in the TED of the PCE i=
rrespective of the fact whether the connection along this path will be esta=
blished right away or at a later point in time. This will prevent further p=
ath computation requests from assuming that the resources are still availab=
le. As the TED of the PCE also has to reflect the network state, I would as=
sume that the network resources can be in one of the following three states=
: available, allocatedButNotInUse,  allocatedAndInUse. The path object=
s also need state information reflecting for example the alarm state of the=
 allocated resources. The path calculated earlier may become (temporarily) =
invalid due to a link failure affecting the path. 
     
    Does this make sense? 
     
     
    Thanks, 
    Dieter
     
    Sent from my tablet
     
    Leeyoung <leeyou=
ng@huawei.com> wrote:
     

    Igor,

     

    When you say =A1=B0sta= te=A1=B1, are you referring to the YANG datastore or some other =A1=B0inter= im=A1=B1 state of those paths that are calculated but not instantiated as L= SPs? If we were to update the YANG datastore for this, I would think that we may have some issue when the customer decided not to i= nstantiate the TE tunnel (after the path compute request).

     

    Thanks.

    Young

     

     

    From: Igor Bry= skin
    Sent: Thursday, November 03, 2016 3:02 PM
    To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Young,

     

    From the provider cont= roller point of view COMPUTE_ONLY TE tunnels will have exactly the same sta= te as =A1=B0normal=A1=B1 (COMPUTE_ADN_PROVISION) TE tunnels.

     

    Igor=

     

    From: Leeyoung
    Sent: Thursday, November 03, 2016 3:42 PM
    To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Igor,

     

    In such case, would th= e YANG datastore be updated? I guess not. If not, then the system/controlle= r has to keep this interim state, would it?

     

    Thanks.

    Young

     

    From: Igor Bry= skin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAM= P (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Michael,

    You are exactly right.= The purpose of the =A1=B0compute-only=A1=B1 TE tunnel is to create/maintai= n the normal TE tunnel state and (re-)compute TE paths for the TE tunnel co= nnections/LSPs but not signal/provision the LSPs.

     

    Igor=

     

    From: Scharf, = Michael (Nokia - DE) [mailto:mi= chael.scharf@nokia.com]
    Sent: Thursday, November 03, 2016 3:17 PM
    To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Isn=A1=AFt the intenti= on of defining „compute-only tunnels=A1=B0 to create state in the con= troller, but not to signal them? If the tunnel should be signaled and resou= rces shall be allocated, why not just configure a vanilla tunnel? Uses cases seem to exist for both variants, and both can be encode= d in YANG. Is there anything I miss here?

     

    Michael

     

     

    From: Leeyoung [mailto:lee= young@huawei.com]
    Sent: Thursday, November 03, 2016 7:49 PM
    To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; = CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Hi Michael,

     

    I think I am with you = on your point. If we use rpc, it is clear. On the other hand, if we were to= use =A1=B0stateful compute-only=A1=B1 it seems that the system/controller = has to keep the state of the paths somewhere which is not YANG datastore. My understanding is that YANG datastore is updated = only when the path is signaled and resource is allocated. Would this give t= he system/controller additional burden to keep the =A1=B0interim=A1=B1 stat= e?

     

    Young

     

    From: CCAMP [<= a href=3D"mailto:ccamp-bounces@ietf.org">mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
    Sent: Thursday, November 03, 2016 8:58 AM
    To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Maybe I miss something= , but to me, the domain controller either computes a path stateless, which = can be modeled in YANG in an RPC. Or the domain controller computes a path,= stores state, and provides access to the result in the YANG datastore. In the latter case, whether resources ar= e allocated, or whether the NEs get actually provisioned, is an orthogonal = question.

     

    As a side note, I am n= ot sure of I would call a domain controller or an NMS a PCE. Path computati= on is only a subset of the functions of a domain controller.

     

    Michael

     

     

     

    From: Daniele = Ceccarelli [mailto:danie= le.ceccarelli@ericsson.com]
    Sent: Thursday, November 03, 2016 2:49 PM
    To: Scharf, Michael     (Nokia - DE); Igo= r Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= /span>

     

    Can you please explain what the =A1=B0stateful compu= te-only=A1=B1 stands for I don=A1=AFt understand what is stateful in a path= computation request only.

    IMHO either I ask the PCE (SDN controller, NMS, what= ever) to compute a path and then forget about it or I ask to compute and pr= ovision it. I don=A1=AFt understand the value of asking for it and remember= ing about it.

     

    BR
    Daniele 

     

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: gioved=A8=AC 3 novembre 2016 14:45
    To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    We have discussed this= before. From an implementer=A1=AFs perspective, the two clean solutions to= the problem seem to either stateful „compute-only=A1=B0 tunnels or a= stateless RPC.

     

    Michael

     

     

    From: mpls [mailto:mpls-= bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Daniele Ceccarelli; CCAMP (cca= mp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibe= l-teas-yang-path-computation-00

     

    Hi,<= /p>

     

    From the draft:=

     

    6. =    YANG Model for requesting Path Computation

     

     

      = ; Work on extending the TE Tunnel YANG model to support the need to<= o:p>

      = ; request path computation has recently started also in the context of

      = ; the [TE-TUNN= EL] draft.

     

      = ; It is possible to request path computation by configuring a

      = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

      = ; LSP(s) Record-Route Object (RRO) list as described in [TE-TUNN= EL].

     

      = ; This is a stateful solution since the state of each created

      = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

      = ; underlying network conditions change.

     

      = ; The need also for a stateless solution, based on an RPC, has been<= o:p>

      = ; recognized.

     

     

      = ; The YANG model to support stateless RPC is for further study.=

     

     

     

     

     

    IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

     

    Cheers,

    Igor

     

     

     

     

     

     

     

     

     

     

     

     

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charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Igor, it seems to me that the number of path computations should grow polinomiall= y and not esponentially with the number of domains and inter-domain links. Here it is some consideration about that, and correct me if I am wrong. Assume that the domains are abstracted on MDSC as nodes, and assume we have= a network of domains only (adding "normal" nodes doesn't affect the propos= ition). The idea is to run Dijkstra on the MDSC abstract topology and trigger a pat= h computation to the relevant PNCs as soon as a node representing a domain = is found. The abstract topology on MDSC will be a network with a number of nodes equa= l to the number of domains and a number of links equal to the inter-domain = links. If we run the Dijkstra algorithm to compute an end-to-end path on that topo= logy the complexity of it, which is related to the number of relaxation ste= ps, is polinomial as you know. So the number of requests going down to the = different PNCs must be polinomial as well. Take also into account that Dijkstra is normally used to find the shortest = path between two end-points in the network, but actually the algorithm is c= apable to find in a single run (with the same complexity) the shortest path= between a given node and any other node in the network. This should suggest to make the best of this property and foresee in the pr= otocol/model a single request capable to return all the suitable paths from= a given source to all the other nodes (or to a selected set of nodes, name= ly the exit nodes connected to the inter-domain links). In that way we shou= ld have one request per domain, to feed the relaxation steps between one in= gress point of the domain and all the points connected to inter-domain link= s. In the standard Dijkstra one domain/node will be traversed (that is will ge= nerate relaxation steps to its links) at most once, as any other relaxation= step passing through it eventually will be stopped once the node has been = visited. So, with this method, in the very worst case (when the best path i= s the Hamiltonian path, the one traversing all the nodes once) we'll have a= number of requests to the PNCs equal to the number of PNCs (one per PNC). If instead we use normal point-to point path computations, we should ask L-= 1 path computations to each PNC, where L is the number of inter-domain link= s connected to the domain managed by the PNC, which is still polinomial in = the number of domains and inter-domain links. Regarding path computation for paths in diversity, it should be still polin= omial, as if you use for example the Bhandari algorithm to do so, you see t= hat it's actually a sequence of two Dijkstra path computations plus some ne= twork transformation in between (modification of some link weights). The fi= rst instance is a traditional path computation, while the second one is a m= odified version allowing negative costs on the edges, but still polinomial.= So once again the result should still be polinomial and the number of requ= est shouldn't diverge. Now, something about the other approach mentioned in your e-mail, which imp= lies computing all the possible paths inside any domain in advance. It is polinomial as well, but with a higher number of path computations, as= for any domain in the network you have to compute L(L-1)/2 paths. Of course, you'll say, this happens once and not at any path computation. T= hat's true, but : - As soon as network get increasingly used, the computed paths cou= ld become invalid. So you need to recompute them as needed and advertise al= l the changes - You perform a path computation "in advance", that is before the = actual request is done, and therefore PNC cannot be aware of the future req= uirements in term of bandwidth, objective functions, constraints and so on.= Computed paths will not be suitable in general for all the future requests= , and of course it's not conceivable to compute those paths for all the pos= sible combinations of the request parameters (this should grow esponentiall= y!) Something that I would like to investigate further is the possibility for t= he MDSC to store the results of the path computations returned by the PNCs= along the time and reuse them as applicable during the future path computa= tions. At the end of the day this is something similar to the connectivity matrix = concept, with two main differences: - It's built incrementally from real requests and therefore with r= eal parameters - It's build by MDSC and maintained inside MDSC, no need for notif= ications. BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 10 November, 2016 5:15 PM To: Francesco Lazzeri ; Fatai Zhang ; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) ; Scharf, Michael= (Nokia - DE) ; pce@ietf.org; TEAS WG (teas@ietf.= org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Franseco, We have discussed with Italo the applicability of path computation service = for multi-domain scenarios and agreed (at least my impression) that this re= alistically works for no more than two or three domains. For a single e2e p= ath computation the number of paths MDSC needs to request from PNCs grows e= xponentially with the number of domains and the number of inter-domain link= s. The things get worse when MDSC needs to compute e2e diverse (e.g. SRLG-d= isjoint) paths for a single e2e protected service and still worse when MDS= C needs to place more than one e2e services with global optimization criter= ia in mind. Things get still much worse when MDSCs are linked into a hierar= chy, and path computation services will have to be requested vertically thr= ough entire hierarchy from all subordinate MDSCs and PNCs Please, see further in line. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Thursday, November 10, 2016 5:02 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, I assumed in fact a multi-domain ACTN scenario, as stated in the abstract o= f draft-busibel-teas-yang-path-computation-00, where I believe we have the = most interesting use cases for path computation services. I believe we shou= ld consider all of these, as the same model shall be used both for single a= nd multi-domain scenarios. Regarding path computation on MDSC: in an ideal world MDSC could read topol= ogy from PNCs and compute itself end-to-end paths but there are cases where= this could be either impossible or not convenient: - For some reasons (e.g. security/privacy) the PNC doesn't export = full topology information to the MDSC, so that such information is not suit= able for a path computation on MDSC IB>> No one expects PNC to export full topology information, it is likely t= o contain proprietary information and hence useless for the MDSC anyway. PN= C is expected to expose an abstract TE topology, which could be as small as= a single TE node with detailed connectivity matrix; - For some reasons (e.g. scalability) MDSC doesn't want to get ful= l topology information from the subtended domains IB>> See comment above; - For some reasons (e.g. lack of knowledge about the internal mode= l of the equipment managed by the PNC : especially in WDM networks) MDSC is= not capable to cumpute reliably a feasible path in a domain IB>> This is not a concern: all the necessary computations are done already= by PNCs when exposing and updating the abstract TE topologies. IB>> Furthermore, according to ACTN MDSCs could be linked in a hierarchy. T= his means that for a top level MDSC e2e path computation, the path computat= ion services need to be requested hierarchically from all subordinate MDSCs= and PNCs across all hierarchy levels. In contrast, multi-level abstraction= of TE topologies is not a problem BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 8:33 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, Please, note that the context of this discussion is single domain. In my op= inion MDSC should not rely on the Path computation services (stateless or = stateful) provided by PNCs, rather, on its own path computation on TE topol= ogy, the product of merging of abstract TE topologies catered by the subor= dinate PNCs. And BTW said abstract TE topologies should be kept up-to-date = by the PNCs (i.e. with updates, stateful). Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Wednesday, November 09, 2016 12:42 PM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Well, I know implementations of both the "flavours", and I would say that t= he most complex are the pre-planned ones. So, it could be an interesting use case, but we need to be aware that it co= mes with a price. Take also into account that the path recomputation inside the provider coul= d not necessarily offer an optimal solution end-to-end, and the client (the= MDSC actually) should anyway check whether the end-to-end path, when a cha= nge happens on a segment, is still in compliance with its constraints (e.g.= if there is a latency constraint on the end-to-end path, it may happen tha= t the recomputed segment has a longer latency that leads to exceeding the c= onstraint on the end to end path : but the provider only sees that single s= egment of the end-to-end path and taking into account the end-to-end constr= aints could be really difficult). Regarding the TE-link, I was actually interested on what the provider (that= is the PNC) advertises to the client (MDSC) when reservation occurs. It ca= nnot advertise A'B' as it knows only A and B, but advertising AB seems to m= e not correct. BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 4:56 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, Please, see in-line. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Wednesday, November 09, 2016 10:27 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? FL>> Probably the same in case the provider notifies "Hey, I have no= longer anything for you". IB>> But this would be a bit too late, wouldn't it? Wouldn't it be better i= f the client has learnt about the previously returned path unfeasibility ah= ead of time, so that it could re-plan it's failure recovery scheme? If there is no (more) path, there is no path. The client could only try and= crankback looking for some different path or report an alarm. IB>> Relying on crankbaks in an unpredictable way is not exactly a good sol= ution, right? The scenario that seems more applicable to your proposal is a pre-planned r= estoration mechanism where we have a worker path in-service and a protectio= n path just computed (but not reserving network resources, in order to shar= e them among several protection paths), in a multi-domain network. In that = case, reserving te-tunnels like you suggest, could give an advantage, as th= e end-to-end cranckback could occur when the notification with "no-path" is= triggered by the provider (that means the protection path or some of its s= egments is no longer valid) and not when the path deployment is triggered b= y the client (that means the worker path is gone and we need the protection= immediately). Is this the case you are considering ? IB>> Exactly. All the scenarios you can think of where you don't know when = and where a problem may happen and you want to maintain flexibility and sha= re the network resources to protect as much as you can In other cases, as when used during an end-to-end path computation with imm= ediate deployment to reduce the possibility of conflicts among concurrent p= rocedures, it seems to me less important or applicable, as all these proced= ures will likely be orchestrated by the same entity, which could well avoid= conflicts. IB>> All cases where the provider wants to expose a potentiality without co= mmitting resources to cover for the client multiple use cases and provide a= t the same time some degree (albeit not perfect) predictability. 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. FL>> This means that the provider just sends the reply to the path computat= ion request and doesn't advertise any new TE link to the client ? This is a= ctually what I would expect: the task to manage TE-links in the overlay top= ology is with the client. IB>> Overlay TE topology manager advertises a TE link that is supported not= by a provisioned in a server layer TE tunnel (connection), rather, by a co= mputed and monitored path. This way the overlay TE topology manger can adve= rtise multiple abstract TE links mapped onto the same network resources Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 3:47 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. Igor From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com] Sent: Wednesday, November 09, 2016 9:26 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Igor, IMHO simplicity pays back. Instead than maintaining all these states, notif= ying clients all the times something changes, and repeating path-computatio= n as needed, isn't better for a client (and provider) to ask what is needed= when it's needed, and get the best result back at that moment ? Regarding the abstract link in the overlay topology, I still can't see what= the provider will advertise. If it's a new link representing the forwardin= g adjacency between A' and B', how it will be represented by the provider ? BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 2:48 PM To: Fatai Zhang >; Fran= cesco Lazzeri >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Francesco, Please, see in-line. Cheers, Igor The point here is for how long the provider should keep the computed path a= nd its request parameters IB>> As far as the provider is concerned, the requested path and its parame= ters is a TE tunnel (albeit computed but not provisioned). So it keeps the = state until the client removes the TE tunnel. (in fact if we want to have a possibly better path, at any change inside pr= ovider topology, resource status and usage, the provider should check if th= e computed path is still feasible and/or redo path computation to find a be= tter path). This could be an overhead, in my view. IB>> For example, if provider is to ensure the path's feasibility, all it n= eeds is to detect a change in a TE link the path is going through and make = sure that the change does not make the path unfeasible. Only in the latter= case the path re-computation needs to be scheduled and performed in a back= ground thread. Furthermore, I can't see how the provider could export the abstract TE-link= , as this is inside the client topology; IB>> The abstract link is a part of the abstract topology "cooked" (customi= zed) for the client, which is supported by the computed path in the underla= y topology, which is the provider's topology. in fact, if the client is asking for a path between A and B (A and B inside= provider topology), having A' (in client topology) connected to A and B' (= in client topology) connected to B, the relevant abstract TE link (the forw= arding adjacency) should be built between A' and B', that is in the client = topology; therefore the client should be in charge of managing it, as the p= rovider is not aware of A' and B'. IB>> This is correct, but note that the two topologies (underlay and overla= y) according to the TE topology model have independent and unrelated name s= paces for node, link and SRLG IDs. So it is perfectly Ok. IB>> Also note that according to TE topology model one important attribut= e of a TE node (especially abstract composite node) is connectivity matrix,= which is nothing but a set of stateful paths computed, re-computed and con= stantly monitored (but not reserved) over the TE topology the node encapsul= ates. This means that stateful unreserved paths play already a very import= ant part in supporting TE topologies with asymmetrical blocking abstract TE= nodes. Igor BR Francesco From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: 04 November, 2016 7:12 PM To: Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; TEAS WG= (teas@ietf.org) = >; pce@ietf.org Subject: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel-teas-y= ang-path-computation-00 Dieter, A client may ask for a path not to be used immediately (e.g. to present as = an abstract TE link to its own client, in some failure restoration scheme o= r as a part of disaster recovery network topology re-configuration) without= committing any network resources. In this case the client would want to kn= ow at least if/when the path has stopped being feasible any longer or (ide= ally) a better path is available. This is similar to exposing to a client an abstract TE topology with an unc= ommitted abstract TE link (i.e. TE link that does not have a committed TE t= unnel supporting it and advertises potentiality). Once such link is provide= d, the provider is expected to send updates when/if the TE link attributes = change. For uncommitted/potential TE link such updates could be provided ba= sed on event driven re-computation of the potentiality the TE link represen= ts. The point is that an uncommitted abstract TE link and COMPUTE_ONLY TE tunne= l can represent (each in its own way) the same network potentiality Cheers, Igor From: Dieter Beller [mailto:Dieter.Beller@nokia.com] Sent: Friday, November 04, 2016 1:49 PM To: Igor Bryskin Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Igor, could you please clarify how useful a stateful path without resource alloca= tion is. I can't see the benefits of this use case. Thanks, Dieter On 04.11.2016 14:25, Igor Bryskin wrote: Hi Dieter, A provider may compute path(s) for a TE tunnel, and then (without any resou= rce allocation) may start monitoring/ensuring the path validity/optimality = by re-computing them in an event driven manner. For example, it can trigger= the re-computation of the path(s) when detecting a change in a state of a = TE link the current path(s) are going through. Depending on the results ad= ditional notifications may be sent to the client. Note that this is in addition to the reasons you correctly identified for i= mplementing stateful path computation (such as compute_and_reserve). Cheers, Igor From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com] Sent: Thursday, November 03, 2016 6:27 PM To: Leeyoung Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi all, when we talk about the stateful path computation use case, it means IMHO th= at when a path has been calculated successfully in response to a request, a= new path object is created in the data store. This does only make sense if= the resources have been allocated in the TED of the PCE irrespective of th= e fact whether the connection along this path will be established right awa= y or at a later point in time. This will prevent further path computation r= equests from assuming that the resources are still available. As the TED of= the PCE also has to reflect the network state, I would assume that the net= work resources can be in one of the following three states: available, allo= catedButNotInUse, allocatedAndInUse. The path objects also need state info= rmation reflecting for example the alarm state of the allocated resources. = The path calculated earlier may become (temporarily) invalid due to a link = failure affecting the path. Does this make sense? Thanks, Dieter Sent from my tablet Leeyoung wrote: Igor, When you say "state", are you referring to the YANG datastore or some other= "interim" state of those paths that are calculated but not instantiated as= LSPs? If we were to update the YANG datastore for this, I would think that= we may have some issue when the customer decided not to instantiate the TE= tunnel (after the path compute request). Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 3:02 PM To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Young, >From the provider controller point of view COMPUTE_ONLY TE tunnels will hav= e exactly the same state as "normal" (COMPUTE_ADN_PROVISION) TE tunnels. Igor From: Leeyoung Sent: Thursday, November 03, 2016 3:42 PM To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Igor, In such case, would the YANG datastore be updated? I guess not. If not, the= n the system/controller has to keep this interim state, would it? Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Michael, You are exactly right. The purpose of the "compute-only" TE tunnel is to cr= eate/maintain the normal TE tunnel state and (re-)compute TE paths for the = TE tunnel connections/LSPs but not signal/provision the LSPs. Igor From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: Thursday, November 03, 2016 3:17 PM To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Isn't the intention of defining "compute-only tunnels" to create state in t= he controller, but not to signal them? If the tunnel should be signaled and= resources shall be allocated, why not just configure a vanilla tunnel? Use= s cases seem to exist for both variants, and both can be encoded in YANG. I= s there anything I miss here? Michael From: Leeyoung [mailto:leeyoung@huawei.com] Sent: Thursday, November 03, 2016 7:49 PM To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Hi Michael, I think I am with you on your point. If we use rpc, it is clear. On the oth= er hand, if we were to use "stateful compute-only" it seems that the system= /controller has to keep the state of the paths somewhere which is not YANG = datastore. My understanding is that YANG datastore is updated only when the= path is signaled and resource is allocated. Would this give the system/con= troller additional burden to keep the "interim" state? Young From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (N= okia - DE) Sent: Thursday, November 03, 2016 8:58 AM To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Maybe I miss something, but to me, the domain controller either computes a = path stateless, which can be modeled in YANG in an RPC. Or the domain contr= oller computes a path, stores state, and provides access to the result in t= he YANG datastore. In the latter case, whether resources are allocated, or = whether the NEs get actually provisioned, is an orthogonal question. As a side note, I am not sure of I would call a domain controller or an NMS= a PCE. Path computation is only a subset of the functions of a domain cont= roller. Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_AM4PR07MB15218A98B8A2A3027DC33CE596B80AM4PR07MB1521eurp_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

    Igor,

    it seems to me that= the number of path computations should grow polinomially and not esponenti= ally with the number of domains and inter-domain links.

    Here it is some con= sideration about that, and correct me if I am wrong.

     

    Assume that the dom= ains are abstracted on MDSC as nodes, and assume we have a network of domai= ns only (adding “normal” nodes doesn’t affect the proposi= tion).

    The idea is to run = Dijkstra on the MDSC abstract topology and trigger a path computation to th= e relevant PNCs as soon as a node representing a domain is found.

    The abstract topolo= gy on MDSC will be a network with a number of nodes equal to the number of = domains and a number of links equal to the inter-domain links.

    If we run the Dijks= tra algorithm to compute an end-to-end path on that topology the complexity= of it, which is related to the number of relaxation steps, is polinomial a= s you know. So the number of requests going down to the different PNCs must be polinomial as well.

    Take also into acco= unt that Dijkstra is normally used to find the shortest path between two en= d-points in the network, but actually the algorithm is capable to find in a= single run (with the same complexity) the shortest path between a given node and any other node in the network. =

    This should suggest= to make the best of this property and foresee in the protocol/model a sing= le request capable to return all the suitable paths from a given source to = all the other nodes (or to a selected set of nodes, namely the exit nodes connected to the inter-domain links). = In that way we should have one request per domain, to feed the relaxation s= teps between one ingress point of the domain and all the points connected t= o inter-domain links.

    In the standard Dij= kstra one domain/node will be traversed (that is will generate relaxation s= teps to its links) at most once, as any other relaxation step passing throu= gh it eventually will be stopped once the node has been visited. So, with this method, in the very worst case (w= hen the best path is the Hamiltonian path, the one traversing all the nodes= once) we’ll have a number of requests to the PNCs equal to the numbe= r of PNCs (one per PNC).

    If instead we use n= ormal point-to point path computations, we should ask L-1 path computations= to each PNC, where L is the number of inter-domain links connected to the = domain managed by the PNC, which is still polinomial in the number of domains and inter-domain links.

     

    Regarding path comp= utation for paths in diversity, it should be still polinomial, as if you us= e for example the Bhandari algorithm to do so, you see that it’s actu= ally a sequence of two Dijkstra path computations plus some network transformation in between (modification of some link wei= ghts). The first instance is a traditional path computation, while the seco= nd one is a modified version allowing negative costs on the edges, but stil= l polinomial. So once again the result should still be polinomial and the number of request shouldn’= t diverge.

     

    Now, something abou= t the other approach mentioned in your e-mail, which implies computing all = the possible paths inside any domain in advance.

    It is polinomial as= well, but with a higher number of path computations, as for any domain in = the network you have to compute L(L-1)/2 paths.

    Of course, you̵= 7;ll say, this happens once and not at any path computation. That’s t= rue, but :

     

    -As soon as = network get increasingly used, the computed paths could become invalid. So = you need to recompute them as needed and advertise all the changes

    -You perform= a path computation “in advance”, that is before the actual req= uest is done, and therefore PNC cannot be aware of the future requirements = in term of bandwidth, objective functions, constraints and so on. Computed paths will not be suitable in general for all the futu= re requests, and of course it’s not conceivable to compute those path= s for all the possible combinations of the request parameters (this should = grow esponentially!)

     

    Something that I wo= uld like to investigate further is the possibility for the MDSC to store th= e results of the path computations  returned by the PNCs along the tim= e and reuse them as applicable during the future path computations.

    At the end of the d= ay this is something similar to the connectivity matrix concept, with two m= ain differences:

     

    -It’s = built incrementally from real requests and therefore with real parameters

    -It’s = build by MDSC and maintained inside MDSC, no need for notifications.

    <= /p>

    BR

    Francesco

     

     

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.= com]
    Sent: 10 November, 2016 5:15 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai = Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter.Beller@nokia.= com>
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Sc= harf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; = TEAS WG (teas@ietf.org) <teas@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00

     

    Franseco,

     

    We have discussed with= Italo the applicability of path computation service for multi-domain scena= rios and agreed (at least my impression) that this realistically works for = no more than two or three domains. For a single e2e path computation the number of paths MDSC needs to request fr= om PNCs grows exponentially with the number of domains and the number of in= ter-domain links. The things get worse when MDSC needs to compute e2e diver= se (e.g. SRLG-disjoint) paths for a single e2e protected service  and still worse when MDSC needs to pl= ace more than one e2e services with global optimization criteria in mind. T= hings get still much worse when MDSCs are linked into a hierarchy, and path= computation services will have to be requested vertically through entire hierarchy from all subordinate MDSCs a= nd PNCs

     

    Please, see further in= line.

     

    Igor=

     

     

    From: Teas [mailto:teas-bounces@ietf.o= rg] On Behalf Of Francesco Lazzeri
    Sent: Thursday, November 10, 2016 5:02 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Igor,

    I assumed in fact a= multi-domain ACTN scenario, as stated in the abstract of draft-busibel-tea= s-yang-path-computation-00, where I believe we have the most interesting us= e cases for path computation services. I believe we should consider all of these, as the same model shall be used= both for single and multi-domain scenarios.

    Regarding path comp= utation on MDSC: in an ideal world MDSC could read topology from PNCs and c= ompute itself end-to-end paths but there are cases where this could be eith= er impossible or not convenient:

     

    -     =      For some reasons (e.g. security/pri= vacy) the PNC doesn’t export full topology information to the MDSC, s= o that such information is not suitable for a path computation on MDSC=

     

    IB>> No one expects PNC to export full topology info= rmation, it is likely to contain proprietary information and hence useless = for the MDSC anyway. PNC is expected to expose an abstract TE topology, which could be as small as a single TE node with = detailed connectivity matrix;

     

    -     =      For some reasons (e.g. scalability)= MDSC doesn’t want to get full topology information from the subtende= d domains

    IB>> See comment above;

     

    -     =      For some reasons (e.g. lack of know= ledge about the internal model of the equipment managed by the PNC : especi= ally in WDM networks) MDSC is not capable to cumpute reliably a feasible pa= th in a domain

    IB>> This is not a concern: all the necessary comput= ations are done already by PNCs when exposing and updating the abstract TE = topologies.

     

    IB>> Furthermore, according to ACTN MDSCs could be l= inked in a hierarchy. This means that for a top level MDSC e2e path computa= tion, the path computation services need to be requested hierarchically from all subordinate MDSCs and PNCs acr= oss all hierarchy levels. In contrast, multi-level abstraction of TE topolo= gies is not a problem

     

    BR

    Francesco

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 8:33 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller = <Dieter.Beller@nokia.com&= gt;
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; TEAS WG (teas@ietf.org) <te= as@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,

     

    Please, note that t= he context of this discussion is single domain. In my opinion MDSC  sh= ould not rely on the Path computation services (stateless or stateful) prov= ided by PNCs, rather, on its own path computation on TE topology, the product of  merging of abstract TE topologies cat= ered by the subordinate PNCs. And BTW said abstract TE topologies should be= kept up-to-date by the PNCs (i.e. with updates, stateful).

     

    Igor

     

     

     

    From: Teas [mailto:teas-bounces= @ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Wednesday, November 09, 2016 12:42 PM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.org= ; CCAMP (ccamp@ie= tf.org); Scharf, Michael (Nokia - DE); pce@i= etf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls]     http://tools.ietf.org/html= /draft-busibel-teas-yang-path-computation-00

     

    Well, I know implem= entations of both the “flavours”, and I would say that the most= complex are the pre-planned ones.

    So, it could be an = interesting use case, but we need to be aware that it comes with a price.

    Take also into acco= unt that the path recomputation inside the provider could not necessarily o= ffer an optimal solution end-to-end, and the client (the MDSC actually) sho= uld anyway check whether the end-to-end path, when a change happens on a segment, is still in compliance with its = constraints (e.g. if there is a latency constraint on the end-to-end path, = it may happen that the recomputed segment has a longer latency that leads t= o exceeding the constraint on the end to end path : but the provider only sees that single segment of the en= d-to-end path and taking into account the end-to-end constraints could be r= eally difficult).

     

    Regarding the TE-li= nk, I was actually interested on what the provider (that is the PNC) advert= ises to the client (MDSC) when reservation occurs. It cannot advertise A= 217;B’ as it knows only A and B, but advertising AB seems to me not correct.

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 4:56 PM
    To: Francesco Lazzeri <    francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,<= /span>

     

    Please, see in-line.

     

    Igor=

     

     

     

    From: Teas [mailto:teas-bounces= @ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Wednesday, November 09, 2016 10:27 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.org= ; CCAMP (ccamp@ie= tf.org); Scharf, Michael (Nokia - DE); pce@i= etf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls]     http://tools.ietf.org/html= /draft-busibel-teas-yang-path-computation-00

     

    Igor,

     

    1)     = ; IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn’t better for= a client (and provider) to ask what is needed when it’s needed, and get the best result back at that moment= ?

    IB>> What happens it the provider at this moment says: ̶= 0; No, I have nothing for you” ?  What if the path was relied up= on by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

       &= nbsp;   FL>> Probably the same in case the provider notifie= s “Hey, I have no longer anything for you”.

     

    IB>> But this would = be a bit too late, wouldn’t it? Wouldn’t it be better if the cl= ient has learnt about the previously returned path unfeasibility ahead of t= ime, so that it could re-plan it’s failure recovery scheme?

     

    If there is no (mor= e) path, there is no path. The client could only try and crankback looking = for some different path or report an alarm.

     

    IB>> Relying on cran= kbaks in an unpredictable way is not exactly a good solution, right?

     

    The scenario that s= eems more applicable to your proposal is a pre-planned restoration mechanis= m where we have a worker path in-service and a protection path just compute= d (but not reserving network resources, in order to share them among several protection paths), in a multi-domain = network. In that case, reserving te-tunnels like you suggest, could give an= advantage, as the end-to-end cranckback could occur when the notification = with “no-path” is triggered by the provider (that means the protection path or some of its segments is no lon= ger valid) and not when the path deployment is triggered by the client (tha= t means the worker path is gone and we need the protection immediately). Is= this the case you are considering ?

     

    IB>> Exactly. All th= e scenarios you can think of where you don’t know when and where a pr= oblem may happen and you want to maintain flexibility and share the network= resources to protect as much as you can

     

    In other cases, as = when used during an end-to-end path computation with immediate deployment t= o reduce the possibility of conflicts among concurrent procedures, it seems= to me less important or applicable, as all these procedures will likely be orchestrated by the same entity, wh= ich could well avoid conflicts.

     

    IB>> All cases where= the provider wants to expose a potentiality without committing resources t= o cover for the client multiple use cases and provide at the same time some= degree (albeit not perfect) predictability.

     

     <= /o:p>

    2)     = ; Regarding the abstract link in the = overlay topology, I still can’t see what the provider will advertise.= If it’s a new link representing the forwarding adjacency between A&#= 8217; and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link A̵= 7;B’ points to the underlay (provider) TE topology where the path is = computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

    FL>> This means that the provider just sends the reply to th= e path computation request and doesn’t advertise any new TE link to t= he client ? This is actually what I would expect: the task to manage TE-links in the overlay topology is with the client.

     

    IB>> Overlay TE topology manager advertises a TE link that is suppo= rted not by a provisioned in a server layer TE tunnel (connection), rather,= by a computed and monitored path. This way the overlay TE topology manger can advertise multiple abstract TE links ma= pped onto the same network resources 

     

    Francesco

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 3:47 PM
    To: Francesco Lazzeri <    francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,<= /span>

     

    1)     = ; IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn’t better for= a client (and provider) to ask what is needed when it’s needed, and get the best result back at that moment= ?

    IB>> What happens it the provider at this moment says: ̶= 0; No, I have nothing for you” ?  What if the path was relied up= on by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

     <= /o:p>

     <= /o:p>

    2)     = ; Regarding the abstract link in the = overlay topology, I still can’t see what the provider will advertise.= If it’s a new link representing the forwarding adjacency between A&#= 8217; and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link A̵= 7;B’ points to the underlay (provider) TE topology where the path is = computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

     

     

    Igor

     

     

    From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com]
    Sent: Wednesday, November 09, 2016 9:26 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.org= ; CCAMP (ccamp@ie= tf.org); Scharf, Michael (Nokia - DE); pce@i= etf.org; TEAS WG (teas@ietf.org)
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00

     

    Igor,

    IMHO simplicity pay= s back. Instead than maintaining all these states, notifying clients all th= e times something changes, and repeating path-computation as needed, isn= 217;t better for a client (and provider) to ask what is needed when it’s needed, and get the best result back at= that moment ?

    Regarding the abstr= act link in the overlay topology, I still can’t see what the provider= will advertise. If it’s a new link representing the forwarding adjac= ency between A’ and B’, how it will be represented by the provider ?

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 2:48 PM
    To: Fatai Zhang <    = zhangfatai@huawei.com>; Francesco L= azzeri <frances= co.lazzeri@ericsson.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Hi Francesco,

     <= /o:p>

    Please, see in-line= .

     <= /o:p>

    Cheers,=

    Igor

     <= /o:p>

    The point here is f= or how long the provider should keep the computed path and its request para= meters

     <= /o:p>

    IB>> As far as t= he provider is concerned, the requested path and its parameters is a TE tun= nel (albeit computed but not provisioned). So it keeps the state until the = client removes the TE tunnel.

     <= /o:p>

    (in fact if we want= to have a possibly better path, at any change inside provider topology, re= source status and usage, the provider should check if the computed path is = still feasible and/or redo path computation to find a better path). This could be an overhead, in my view.=

     <= /o:p>

    IB>> For example= , if provider is to ensure the path’s feasibility, all it needs is to= detect a change in a TE link the path is going through and make sure that = the  change does not make the path unfeasible. Only in the latter case the path re-computation needs to be scheduled and perfo= rmed in a background thread.

     <= /o:p>

    Furthermore, I can&= #8217;t see how the provider could export the abstract TE-link, as this is = inside the client topology;

    IB>> The abstrac= t link is a part of the abstract topology “cooked” (customized)= for the client, which is supported by the computed path in the underlay to= pology, which is the provider’s topology.

     <= /o:p>

    in fact, if the cli= ent is asking for a path between A and B (A and B inside provider topology)= , having A’ (in client topology) connected to A and B’ (in clie= nt topology) connected to B, the relevant abstract TE link (the forwarding adjacency) should be built between A’ and B&= #8217;, that is in the client topology; therefore the client should be in c= harge of managing it, as the provider is not aware of A’ and B’= .

     <= /o:p>

    IB>> This is cor= rect, but note that the two topologies (underlay and overlay) according to = the TE topology model have independent and unrelated name spaces for node, = link and SRLG IDs. So it is perfectly Ok.

     

    IB>> Also note t= hat according  to TE topology model  one important attribute of a= TE node (especially abstract composite node) is connectivity matrix, which is nothing but a set of stateful paths computed, re-computed and c= onstantly monitored (but not reserved) over the TE topology the node encaps= ulates.  This means that stateful unreserved paths play already a very imp= ortant part in supporting TE topologies with asymmetrical blocking abstract= TE nodes.

     

    Igor

     <= /o:p>

     <= /o:p>

     <= /o:p>

     <= /o:p>

    BR

    Francesco

     <= /o:p>

    From:= CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: 04 November, 2016 7:12 PM
    To: Dieter Beller <    Dieter.Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; TEAS WG (teas@ietf.org) <tea= s@ietf.org>; pce@ietf.org
    Subject: Re: [CCAMP] [mpls]     http://tools.ietf.org/htm= l/draft-busibel-teas-yang-path-computation-00

     

    Dieter,

     

    A client may ask for a= path not to be used immediately (e.g. to present as an abstract TE link to= its own client, in some failure restoration scheme or as a part of disaste= r recovery network topology re-configuration) without committing any network resources. In this case the client would wa= nt to know at least  if/when the path has stopped being feasible any l= onger or (ideally) a better path is available.

     

    This is similar to exp= osing to a client an abstract TE topology with an uncommitted abstract TE l= ink (i.e. TE link that does not have a committed TE tunnel supporting it an= d advertises potentiality). Once such link is provided, the provider is expected to send updates when/if the TE = link attributes change. For uncommitted/potential TE link such updates coul= d be provided based on event driven re-computation of the potentiality the = TE link represents.

    The point is that an u= ncommitted abstract TE link and COMPUTE_ONLY TE tunnel can represent (each = in its own way) the same network potentiality

     

    Cheers,

    Igor=

     

     

     

    From: Dieter Beller [mailto:D= ieter.Beller@nokia.com]
    Sent: Friday, November 04, 2016 1:49 PM
    To: Igor Bryskin
    Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00

     

    Hi Igor,

    could you please clarify how useful a stateful path without resource all= ocation is. I can't see the benefits of this use case.


    Thanks,
    Dieter

    On 04.11.2016 14:25, Igor Bryskin wrote:<= /p>

    Hi Dieter,=

     

    A provider may compute= path(s) for a TE tunnel, and then (without any resource allocation) may st= art monitoring/ensuring the path validity/optimality by re-computing them i= n an event driven manner. For example, it can trigger the re-computation of the path(s) when detecting a change i= n a state of a TE link the current path(s) are going through.  Dependi= ng on the results additional notifications may be sent to the client.

     

    Note that this is in a= ddition to the reasons you correctly identified for implementing stateful p= ath computation (such as compute_and_reserve).

     

    Cheers,

    Igor=

     

     

    From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.c= om]
    Sent: Thursday, November 03, 2016 6:27 PM
    To: Leeyoung
    Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (    ccamp@ietf.org);     pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00

     

    Hi all, 
     
    when we talk about the stateful path computation use case, it means IM=
HO that when a path has been calculated successfully in response to a reque=
st, a new path object is created in the data store. This does only make sen=
se if the resources have been allocated in the TED of the PCE irrespective =
of the fact whether the connection along this path will be established righ=
t away or at a later point in time. This will prevent further path computat=
ion requests from assuming that the resources are still available. As the T=
ED of the PCE also has to reflect the network state, I would assume that th=
e network resources can be in one of the following three states: available,=
 allocatedButNotInUse,  allocatedAndInUse. The path objects also need =
state information reflecting for example the alarm state of the allocated r=
esources. The path calculated earlier may become (temporarily) invalid due =
to a link failure affecting the path. 
     
    Does this make sense? 
     
     
    Thanks, 
    Dieter
     
    Sent from my tablet
     
    Leeyoung <leeyoung@hu=
awei.com> wrote:
     

    Igor,

     

    When you say “st= ate”, are you referring to the YANG datastore or some other “in= terim” state of those paths that are calculated but not instantiated = as LSPs? If we were to update the YANG datastore for this, I would think that we may have some issue when the customer decided not to i= nstantiate the TE tunnel (after the path compute request).

     

    Thanks.

    Young

     

     

    From: Igor Bryskin
    Sent: Thursday, November 03, 2016 3:02 PM
    To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/draft-busibel= -teas-yang-path-computation-00

     

    Young,

     

    From the provider cont= roller point of view COMPUTE_ONLY TE tunnels will have exactly the same sta= te as “normal” (COMPUTE_ADN_PROVISION) TE tunnels.<= /o:p>

     

    Igor=

     

    From: Leeyoung
    Sent: Thursday, November 03, 2016 3:42 PM
    To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (    ccamp@ietf.org); pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/draft-busibel= -teas-yang-path-computation-00

     

    Igor,

     

    In such case, would th= e YANG datastore be updated? I guess not. If not, then the system/controlle= r has to keep this interim state, would it?

     

    Thanks.

    Young

     

    From: Igor Bryskin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/draft-busibel= -teas-yang-path-computation-00

     

    Michael,

    You are exactly right.= The purpose of the “compute-only” TE tunnel is to create/maint= ain the normal TE tunnel state and (re-)compute TE paths for the TE tunnel = connections/LSPs but not signal/provision the LSPs.

     

    Igor=

     

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@noki= a.com]
    Sent: Thursday, November 03, 2016 3:17 PM
    To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (    ccamp@ietf.org); pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/draft-busibel= -teas-yang-path-computation-00

     

    Isn’t the intent= ion of defining „compute-only tunnels“ to create state in the c= ontroller, but not to signal them? If the tunnel should be signaled and res= ources shall be allocated, why not just configure a vanilla tunnel? Uses cases seem to exist for both variants, and both can be encode= d in YANG. Is there anything I miss here?

     

    Michael

     

     

    From: Leeyoung= [mailto:leeyoung= @huawei.com]
    Sent: Thursday, November 03, 2016 7:49 PM
    To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; = CCAMP (    ccamp@ietf.org<= /span>); pce@ietf.org<= span lang=3D"DE" style=3D"font-size:10.0pt;font-family:"Tahoma",s= ans-serif">; TEAS WG (t= eas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Hi Michael,

     

    I think I am with you = on your point. If we use rpc, it is clear. On the other hand, if we were to= use “stateful compute-only” it seems that the system/controlle= r has to keep the state of the paths somewhere which is not YANG datastore. My understanding is that YANG datastore is updated = only when the path is signaled and resource is allocated. Would this give t= he system/controller additional burden to keep the “interim” st= ate?

     

    Young

     

    From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
    Sent: Thursday, November 03, 2016 8:58 AM
    To: Daniele Ceccarelli; Igor Bryskin; CCAMP (    ccamp@ietf.org); pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: Re: [CCAMP]     http://tools.ietf.org/html/draft= -busibel-teas-yang-path-computation-00

     

    Maybe I miss something= , but to me, the domain controller either computes a path stateless, which = can be modeled in YANG in an RPC. Or the domain controller computes a path,= stores state, and provides access to the result in the YANG datastore. In the latter case, whether resources ar= e allocated, or whether the NEs get actually provisioned, is an orthogonal = question.

     

    As a side note, I am n= ot sure of I would call a domain controller or an NMS a PCE. Path computati= on is only a subset of the functions of a domain controller.

     

    Michael

     

     

     

    From: Daniele Ceccarelli [mailto:daniele.ceccarelli@eri= csson.com]
    Sent: Thursday, November 03, 2016 2:49 PM
    To: Scharf, Michael     (Nokia - DE); Igor Bryskin; C= CAMP (ccamp@ietf.org); pce@ietf.org<= span lang=3D"DE" style=3D"font-size:10.0pt;font-family:"Tahoma",s= ans-serif">; TEAS WG (t= eas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Can you please explain what the “stateful comp= ute-only” stands for I don’t understand what is stateful in a p= ath computation request only.

    IMHO either I ask the PCE (SDN controller, NMS, what= ever) to compute a path and then forget about it or I ask to compute and pr= ovision it. I don’t understand the value of asking for it and remembe= ring about it.

     

    BR
    Daniele 

     

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: gioved=EC 3 novembre 2016 14:45
    To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    We have discussed this= before. From an implementer’s perspective, the two clean solutions t= o the problem seem to either stateful „compute-only“ tunnels or= a stateless RPC.

     

    Michael

     

     

    From: mpls [mailto:mpls-bounc= es@ietf.org] On Behalf Of Igor Bryskin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Daniele Ceccarelli; CCAMP (    ccamp@ietf.org); pce@ietf.org<= span lang=3D"DE" style=3D"font-size:10.0pt;font-family:"Tahoma",s= ans-serif">; TEAS WG (    t= eas@ietf.org); mpls@ietf.org
    Subject: [ALU] [mpls]    http://tools.ietf.or= g/html/draft-busibel-teas-yang-path-computation-00

     

    Hi,<= /p>

     

    From the draft:=

     

    6. =    YANG Model for requesting Path Computation

     

     

      = ; Work on extending the TE Tunnel YANG model to support the need to<= o:p>

      = ; request path computation has recently started also in the context of

      = ; the [T= E-TUNNEL] draft.

     

      = ; It is possible to request path computation by configuring a

      = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

      = ; LSP(s) Record-Route Object (RRO) list as described in [T= E-TUNNEL].

     

      = ; This is a stateful solution since the state of each created

      = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

      = ; underlying network conditions change.

     

      = ; The need also for a stateless solution, based on an RPC, has been<= o:p>

      = ; recognized.

     

     

      = ; The YANG model to support stateless RPC is for further study.=

     

     

     

     

     

    IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

     

    Cheers,

    Igor

     

     

     

     

     

     

     

     

     

     

     

     

     

     

    --_000_AM4PR07MB15218A98B8A2A3027DC33CE596B80AM4PR07MB1521eurp_-- From nobody Thu Nov 10 11:18:42 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 7903712941C for ; Thu, 10 Nov 2016 11:18:39 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.902 X-Spam-Level: X-Spam-Status: No, score=-1.902 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_NONE=-0.0001, RCVD_IN_MSPIKE_H2=-0.001, SPF_HELO_PASS=-0.001, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (1024-bit key) header.d=kuatrotechnology.onmicrosoft.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id ueDpYGxgSn6L for ; Thu, 10 Nov 2016 11:18:37 -0800 (PST) Received: from EUR01-VE1-obe.outbound.protection.outlook.com (mail-ve1eur01on0045.outbound.protection.outlook.com [104.47.1.45]) (using TLSv1.2 with cipher ECDHE-RSA-AES256-SHA384 (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id D1C13129421 for ; 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DIR:OUT; SFP:1101; SCL:1; SRVR:AM5PR0601MB2643; H:AM5PR0601MB2641.eurprd06.prod.outlook.com; FPR:; SPF:None; PTR:InfoNoRecords; MX:1; A:1; LANG:en; received-spf: None (protection.outlook.com: kuatrotech.com does not designate permitted sender hosts) spamdiagnosticoutput: 1:99 spamdiagnosticmetadata: NSPM Content-Type: multipart/alternative; boundary="_000_AM5PR0601MB2641CFE53738E9A4D72E8FDFB1B80AM5PR0601MB2641_" MIME-Version: 1.0 X-OriginatorOrg: kuatrotech.com X-MS-Exchange-CrossTenant-originalarrivaltime: 10 Nov 2016 19:18:31.2476 (UTC) X-MS-Exchange-CrossTenant-fromentityheader: Hosted X-MS-Exchange-CrossTenant-id: 99314f4e-50ab-4d4e-a9c6-b21b0c887384 X-MS-Exchange-Transport-CrossTenantHeadersStamped: AM5PR0601MB2643 Archived-At: Cc: "teas@ietf.org" Subject: [Teas] IETF TE Topology YANG Model Design Meeting Notes - 2016-11-09 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 10 Nov 2016 19:18:39 -0000 --_000_AM5PR0601MB2641CFE53738E9A4D72E8FDFB1B80AM5PR0601MB2641_ Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable Attendees: Igor, Xufeng, Dieter, Sergio, Pavan - Discussed MDLG Configuring abstract TE link disjointness requirements (MDLGs). When configuring an abstract TE topology, how a client can articulate that given n TE links should be mutually SRLG disjoint, with their respective underlay TE paths unknown and to be dynamically or semi-dynamically computed? The easiest way to do so via Mutually Disjoint Link Groups (MDLGs) - a group of TE links sharing at least one MDLG should be placed diversely from each other. - Proposed modeling changes: augment /nw:networks/nw:network/nt:link: +--rw te! +--rw config | +--rw te-link-attributes | +--rw access-type? te-types:te-link-access= -type | +--rw external-domain | | +--rw remote-te-node-id? te-types:te-node-id | | +--rw remote-te-link-tp-id? te-types:te-tp-id | | +--rw plug-id? uint32 | +--rw is-abstract? empty | +--rw name? string | +--rw underlay! {te-topology-hierarchy}? | +--rw admin-status? te-types:te-admin-statu= s | +--rw link-index? uint64 | +--rw administrative-group? te-types:admin-groups | +--rw interface-switching-capability* [switching-capability] | +--rw link-protection-type? enumeration | +--rw max-link-bandwidth? te-bandwidth | +--rw max-resv-link-bandwidth? te-bandwidth | +--rw unreserved-bandwidth* [priority] | | +--rw priority uint8 | | +--rw bandwidth? te-bandwidth | +--rw te-default-metric? uint32 | +--rw te-delay-metric? uint32 | +--rw te-srlgs | +--rw value* te-types:srlg + | +--rw te-mdlgs {mdlg}? + | +--rw id* leafref augment /nw:networks/nw:network: +--rw provider-id? te-types:te-global-id +--rw client-id? te-types:te-global-id +--rw te-topology-id? te-types:te-topology-id +--rw te! +--rw config | +--rw preference? uint8 | +--rw optimization-criterion? identityref + | +--rw mdlg* [id] {mdlg}? + | +--rw id uint32 + | +--rw disjointness? enumeration {none, node, link, srlg} Note: Please drop me an email if you need an invite for joining the weekly = call. Thanks, - Xufeng --_000_AM5PR0601MB2641CFE53738E9A4D72E8FDFB1B80AM5PR0601MB2641_ Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable

    Attendees:

    Igor, Xufeng, Dieter, Sergio, Pavan

     

    - Discussed MDLG

    Configuring abstract TE link disjointness requiremen= ts

    (MDLGs).  When configuring an abstract TE topol= ogy, how a client can

    articulate that given n TE links should be mutually = SRLG disjoint,

    with their respective underlay TE paths unknown and = to be dynamically

    or semi-dynamically computed?   The easies= t way to do so via Mutually

    Disjoint Link Groups (MDLGs) - a group of TE links s= haring at least

    one MDLG should be placed diversely from each other.=

     

    - Proposed modeling changes:

     

    augment /nw:networks/nw:network/nt:link:<= /p>

       +--rw te!

          +--rw config=

          |  +--rw te-= link-attributes

          |   &n= bsp; +--rw access-type?        =             &nb= sp; te-types:te-link-access-type

          |   &n= bsp; +--rw external-domain

          |   &n= bsp; |  +--rw remote-te-node-id?      te-= types:te-node-id

          |   &n= bsp; |  +--rw remote-te-link-tp-id?   te-types:te-tp-id<= o:p>

          |   &n= bsp; |  +--rw plug-id?       &n= bsp;        uint32

          |   &n= bsp; +--rw is-abstract?        =             &nb= sp; empty

          |   &n= bsp; +--rw name?         &= nbsp;           &nbs= p;       string

          |   &n= bsp; +--rw underlay! {te-topology-hierarchy}?

          |   &n= bsp; +--rw admin-status?        = ;             t= e-types:te-admin-status

          |   &n= bsp; +--rw link-index?        &= nbsp;           &nbs= p;  uint64

          |   &n= bsp; +--rw administrative-group?      &nb= sp;      te-types:admin-groups

          |   &n= bsp; +--rw interface-switching-capability* [switching-capability]<= /o:p>

          |   &n= bsp; +--rw link-protection-type?      &nb= sp;      enumeration

          |   &n= bsp; +--rw max-link-bandwidth?       = ;        te-bandwidth

          |   &n= bsp; +--rw max-resv-link-bandwidth?      =     te-bandwidth

          |   &n= bsp; +--rw unreserved-bandwidth* [priority]

          |   &n= bsp; |  +--rw priority     uint8

          |   &n= bsp; |  +--rw bandwidth?   te-bandwidth

          |   &n= bsp; +--rw te-default-metric?       =          uint32

          |   &n= bsp; +--rw te-delay-metric?       &n= bsp;          uint32

          |   &n= bsp; +--rw te-srlgs

          |   &n= bsp;    +--rw value*   te-types:srlg

    +      |  &nb= sp;  +--rw te-mdlgs {mdlg}?

    +      |  &nb= sp;     +--rw id*   leafref

     

    augment /nw:networks/nw:network:

       +--rw provider-id?   = ;   te-types:te-global-id

       +--rw client-id?   &= nbsp;    te-types:te-global-id

       +--rw te-topology-id?   t= e-types:te-topology-id

       +--rw te!

          +--rw config=

          |  +--rw pre= ference?           &= nbsp;   uint8

          |  +--rw opt= imization-criterion?   identityref

    +      |  +--r= w mdlg* [id] {mdlg}?

    +      |  &nb= sp;  +--rw id         = ;     uint32

    +      |  &nb= sp;  +--rw disjointness?   enumeration {none, node, link= , srlg}

     

    Note: Please drop me an email if you need an invite = for joining the weekly call.

     

    Thanks,

     

    - Xufeng

    --_000_AM5PR0601MB2641CFE53738E9A4D72E8FDFB1B80AM5PR0601MB2641_-- From nobody Thu Nov 10 11:53:45 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id BAE591299BB; Thu, 10 Nov 2016 11:53:40 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.707 X-Spam-Level: X-Spam-Status: No, score=-5.707 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001, T_KAM_HTML_FONT_INVALID=0.01] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id D1e0WyK73Ubs; Thu, 10 Nov 2016 11:53:31 -0800 (PST) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 4F8CA1299B2; Thu, 10 Nov 2016 11:53:29 -0800 (PST) Received: from 172.18.7.190 (EHLO lhreml706-cah.china.huawei.com) ([172.18.7.190]) by lhrrg02-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id CUX74976; Thu, 10 Nov 2016 19:53:25 +0000 (GMT) Received: from DFWEML703-CAH.china.huawei.com (10.193.5.177) by lhreml706-cah.china.huawei.com (10.201.5.182) with Microsoft SMTP Server (TLS) id 14.3.235.1; Thu, 10 Nov 2016 19:53:23 +0000 Received: from DFWEML501-MBX.china.huawei.com ([10.193.5.178]) by DFWEML703-CAH.china.huawei.com ([10.193.5.177]) with mapi id 14.03.0235.001; Thu, 10 Nov 2016 11:53:14 -0800 From: Igor Bryskin To: Francesco Lazzeri , Fatai Zhang , Dieter Beller Thread-Topic: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 Thread-Index: AQHSNdbxqovpH1S/M0ui/wYWAHL6uaDHupQAgAABPgCAAAJUAIAAUW6AgAAHrQD//43VoIAAeTWA//+O+kCAAHmIAIAAJcgAgACAujCAAMOrgP//jARQAJSqJ4AAZ2q+AAAKEkOA///2foCAAIT9oP//jDMAgACEpnD//6EMgIAAaaTAgACoN4CAACdXUIAAWDYAgAB43DA= Date: Thu, 10 Nov 2016 19:53:14 +0000 Message-ID: <0C72C38E7EBC34499E8A9E7DD007863908F0FA10@dfweml501-mbx> References: <0C72C38E7EBC34499E8A9E7DD007863908F0EF32@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5BB53@FR712WXCHMBA15.zeu.alcatel-lucent.com> <655C07320163294895BBADA28372AF5D48B5BC01@FR712WXCHMBA15.zeu.alcatel-lucent.com> <7AEB3D6833318045B4AE71C2C87E8E172A8CC9D2@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5C82F@FR712WXCHMBA15.zeu.alcatel-lucent.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F10B@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA51@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F12D@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA9B@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F1E1@dfweml501-mbx> <9762bdb8-e73c-7653-3243-f7add7a9ce7c@nokia.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F242@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F747@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F774@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F7CA@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F824@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F961@dfweml501-mbx> In-Reply-To: Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.212.254.206] Content-Type: multipart/alternative; boundary="_000_0C72C38E7EBC34499E8A9E7DD007863908F0FA10dfweml501mbx_" MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A020201.5824D036.02D0, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: 722aff6d616c510e0ca958addbcaa3a0 Archived-At: Cc: "mpls@ietf.org" , "CCAMP \(ccamp@ietf.org\)" , "Scharf, Michael \(Nokia - DE\)" , "pce@ietf.org" , "TEAS WG \(teas@ietf.org\)" Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 10 Nov 2016 19:53:41 -0000 --_000_0C72C38E7EBC34499E8A9E7DD007863908F0FA10dfweml501mbx_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Francesco, There are few issues with your logic, I think: 1) Nodes representing domains must be considered as blocking/asymmetri= cal nodes. Dijkstra assumes symmetrical nodes; so the "idea is to run Dijks= tra on the MDSC abstract topology and trigger a path computation to the rel= evant PNCs as soon as a node representing a domain is found" is questionabl= e to begin with; 2) What happens if the algorithm finds a node represented not by a PNC= , but by another (lower hierarchy level) MDSC? 3) Assume you want to compute a single path on a 20-domain topology or= iginating in domain 1 and terminating in, say, domain17. I don't think you = have much choice but: a) request PNC 1 to compute all possible (not just optional) paths fro= m the path source to all domain 1 inter-domain links; b) request all neighboring PNCs to "grow" all the computed paths over i= nter-domain links into the domains up to their respective outbound inter-do= main links with potentially significant increase in the number of successfu= l paths; c) repeat step b) until the paths reach the destination (17th) domain; d) grow the paths until they hit the path computation destination; e) select the most optimal path I hope you agree that this is a lot of computations. I also hope you agree = that computing such path on a single 20 node topology equipped with node de= tailed connectivity matrices is instantaneous; 4) Computing diverse paths as two single path computations with the to= pology transformation in between does not apply here: the paths may go thro= ugh the same and/or different domains whose internal topologies are not kno= wn (hence there is nothing to transform); 5) Computing a connectivity matrix on a known (fully visible) topology= is simple (as you said, could be done in a single run) and also could be e= asily distributed between several path computers to produce/support several= flavors of said matrix (e.g. differently optimized). Each matrix entry may= be associated with one or more intra-node paths and provide to the MDSC va= rious metrics, like delay, cost, max. bandwidth, SRLGs) It could be done i= n background when the path computers have nothing else to do (which is most= of the time). Cheers, Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Thursday, November 10, 2016 12:39 PM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pc= e@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, it seems to me that the number of path computations should grow polinomiall= y and not esponentially with the number of domains and inter-domain links. Here it is some consideration about that, and correct me if I am wrong. Assume that the domains are abstracted on MDSC as nodes, and assume we have= a network of domains only (adding "normal" nodes doesn't affect the propos= ition). The idea is to run Dijkstra on the MDSC abstract topology and trigger a pat= h computation to the relevant PNCs as soon as a node representing a domain = is found. The abstract topology on MDSC will be a network with a number of nodes equa= l to the number of domains and a number of links equal to the inter-domain = links. If we run the Dijkstra algorithm to compute an end-to-end path on that topo= logy the complexity of it, which is related to the number of relaxation ste= ps, is polinomial as you know. So the number of requests going down to the = different PNCs must be polinomial as well. Take also into account that Dijkstra is normally used to find the shortest = path between two end-points in the network, but actually the algorithm is c= apable to find in a single run (with the same complexity) the shortest path= between a given node and any other node in the network. This should suggest to make the best of this property and foresee in the pr= otocol/model a single request capable to return all the suitable paths from= a given source to all the other nodes (or to a selected set of nodes, name= ly the exit nodes connected to the inter-domain links). In that way we shou= ld have one request per domain, to feed the relaxation steps between one in= gress point of the domain and all the points connected to inter-domain link= s. In the standard Dijkstra one domain/node will be traversed (that is will ge= nerate relaxation steps to its links) at most once, as any other relaxation= step passing through it eventually will be stopped once the node has been = visited. So, with this method, in the very worst case (when the best path i= s the Hamiltonian path, the one traversing all the nodes once) we'll have a= number of requests to the PNCs equal to the number of PNCs (one per PNC). If instead we use normal point-to point path computations, we should ask L-= 1 path computations to each PNC, where L is the number of inter-domain link= s connected to the domain managed by the PNC, which is still polinomial in = the number of domains and inter-domain links. Regarding path computation for paths in diversity, it should be still polin= omial, as if you use for example the Bhandari algorithm to do so, you see t= hat it's actually a sequence of two Dijkstra path computations plus some ne= twork transformation in between (modification of some link weights). The fi= rst instance is a traditional path computation, while the second one is a m= odified version allowing negative costs on the edges, but still polinomial.= So once again the result should still be polinomial and the number of requ= est shouldn't diverge. Now, something about the other approach mentioned in your e-mail, which imp= lies computing all the possible paths inside any domain in advance. It is polinomial as well, but with a higher number of path computations, as= for any domain in the network you have to compute L(L-1)/2 paths. Of course, you'll say, this happens once and not at any path computation. T= hat's true, but : - As soon as network get increasingly used, the computed paths cou= ld become invalid. So you need to recompute them as needed and advertise al= l the changes - You perform a path computation "in advance", that is before the = actual request is done, and therefore PNC cannot be aware of the future req= uirements in term of bandwidth, objective functions, constraints and so on.= Computed paths will not be suitable in general for all the future requests= , and of course it's not conceivable to compute those paths for all the pos= sible combinations of the request parameters (this should grow esponentiall= y!) Something that I would like to investigate further is the possibility for t= he MDSC to store the results of the path computations returned by the PNCs= along the time and reuse them as applicable during the future path computa= tions. At the end of the day this is something similar to the connectivity matrix = concept, with two main differences: - It's built incrementally from real requests and therefore with r= eal parameters - It's build by MDSC and maintained inside MDSC, no need for notif= ications. BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 10 November, 2016 5:15 PM To: Francesco Lazzeri ; Fatai Zhang ; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) ; Scharf, Michael= (Nokia - DE) ; pce@ietf.org; TEAS WG (teas@ietf.= org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Franseco, We have discussed with Italo the applicability of path computation service = for multi-domain scenarios and agreed (at least my impression) that this re= alistically works for no more than two or three domains. For a single e2e p= ath computation the number of paths MDSC needs to request from PNCs grows e= xponentially with the number of domains and the number of inter-domain link= s. The things get worse when MDSC needs to compute e2e diverse (e.g. SRLG-d= isjoint) paths for a single e2e protected service and still worse when MDS= C needs to place more than one e2e services with global optimization criter= ia in mind. Things get still much worse when MDSCs are linked into a hierar= chy, and path computation services will have to be requested vertically thr= ough entire hierarchy from all subordinate MDSCs and PNCs Please, see further in line. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Thursday, November 10, 2016 5:02 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, I assumed in fact a multi-domain ACTN scenario, as stated in the abstract o= f draft-busibel-teas-yang-path-computation-00, where I believe we have the = most interesting use cases for path computation services. I believe we shou= ld consider all of these, as the same model shall be used both for single a= nd multi-domain scenarios. Regarding path computation on MDSC: in an ideal world MDSC could read topol= ogy from PNCs and compute itself end-to-end paths but there are cases where= this could be either impossible or not convenient: - For some reasons (e.g. security/privacy) the PNC doesn't export = full topology information to the MDSC, so that such information is not suit= able for a path computation on MDSC IB>> No one expects PNC to export full topology information, it is likely t= o contain proprietary information and hence useless for the MDSC anyway. PN= C is expected to expose an abstract TE topology, which could be as small as= a single TE node with detailed connectivity matrix; - For some reasons (e.g. scalability) MDSC doesn't want to get ful= l topology information from the subtended domains IB>> See comment above; - For some reasons (e.g. lack of knowledge about the internal mode= l of the equipment managed by the PNC : especially in WDM networks) MDSC is= not capable to cumpute reliably a feasible path in a domain IB>> This is not a concern: all the necessary computations are done already= by PNCs when exposing and updating the abstract TE topologies. IB>> Furthermore, according to ACTN MDSCs could be linked in a hierarchy. T= his means that for a top level MDSC e2e path computation, the path computat= ion services need to be requested hierarchically from all subordinate MDSCs= and PNCs across all hierarchy levels. In contrast, multi-level abstraction= of TE topologies is not a problem BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 8:33 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, Please, note that the context of this discussion is single domain. In my op= inion MDSC should not rely on the Path computation services (stateless or = stateful) provided by PNCs, rather, on its own path computation on TE topol= ogy, the product of merging of abstract TE topologies catered by the subor= dinate PNCs. And BTW said abstract TE topologies should be kept up-to-date = by the PNCs (i.e. with updates, stateful). Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Wednesday, November 09, 2016 12:42 PM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Well, I know implementations of both the "flavours", and I would say that t= he most complex are the pre-planned ones. So, it could be an interesting use case, but we need to be aware that it co= mes with a price. Take also into account that the path recomputation inside the provider coul= d not necessarily offer an optimal solution end-to-end, and the client (the= MDSC actually) should anyway check whether the end-to-end path, when a cha= nge happens on a segment, is still in compliance with its constraints (e.g.= if there is a latency constraint on the end-to-end path, it may happen tha= t the recomputed segment has a longer latency that leads to exceeding the c= onstraint on the end to end path : but the provider only sees that single s= egment of the end-to-end path and taking into account the end-to-end constr= aints could be really difficult). Regarding the TE-link, I was actually interested on what the provider (that= is the PNC) advertises to the client (MDSC) when reservation occurs. It ca= nnot advertise A'B' as it knows only A and B, but advertising AB seems to m= e not correct. BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 4:56 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, Please, see in-line. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Wednesday, November 09, 2016 10:27 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? FL>> Probably the same in case the provider notifies "Hey, I have no= longer anything for you". IB>> But this would be a bit too late, wouldn't it? Wouldn't it be better i= f the client has learnt about the previously returned path unfeasibility ah= ead of time, so that it could re-plan it's failure recovery scheme? If there is no (more) path, there is no path. The client could only try and= crankback looking for some different path or report an alarm. IB>> Relying on crankbaks in an unpredictable way is not exactly a good sol= ution, right? The scenario that seems more applicable to your proposal is a pre-planned r= estoration mechanism where we have a worker path in-service and a protectio= n path just computed (but not reserving network resources, in order to shar= e them among several protection paths), in a multi-domain network. In that = case, reserving te-tunnels like you suggest, could give an advantage, as th= e end-to-end cranckback could occur when the notification with "no-path" is= triggered by the provider (that means the protection path or some of its s= egments is no longer valid) and not when the path deployment is triggered b= y the client (that means the worker path is gone and we need the protection= immediately). Is this the case you are considering ? IB>> Exactly. All the scenarios you can think of where you don't know when = and where a problem may happen and you want to maintain flexibility and sha= re the network resources to protect as much as you can In other cases, as when used during an end-to-end path computation with imm= ediate deployment to reduce the possibility of conflicts among concurrent p= rocedures, it seems to me less important or applicable, as all these proced= ures will likely be orchestrated by the same entity, which could well avoid= conflicts. IB>> All cases where the provider wants to expose a potentiality without co= mmitting resources to cover for the client multiple use cases and provide a= t the same time some degree (albeit not perfect) predictability. 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. FL>> This means that the provider just sends the reply to the path computat= ion request and doesn't advertise any new TE link to the client ? This is a= ctually what I would expect: the task to manage TE-links in the overlay top= ology is with the client. IB>> Overlay TE topology manager advertises a TE link that is supported not= by a provisioned in a server layer TE tunnel (connection), rather, by a co= mputed and monitored path. This way the overlay TE topology manger can adve= rtise multiple abstract TE links mapped onto the same network resources Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 3:47 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. Igor From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com] Sent: Wednesday, November 09, 2016 9:26 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Igor, IMHO simplicity pays back. Instead than maintaining all these states, notif= ying clients all the times something changes, and repeating path-computatio= n as needed, isn't better for a client (and provider) to ask what is needed= when it's needed, and get the best result back at that moment ? Regarding the abstract link in the overlay topology, I still can't see what= the provider will advertise. If it's a new link representing the forwardin= g adjacency between A' and B', how it will be represented by the provider ? BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 2:48 PM To: Fatai Zhang >; Fran= cesco Lazzeri >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Francesco, Please, see in-line. Cheers, Igor The point here is for how long the provider should keep the computed path a= nd its request parameters IB>> As far as the provider is concerned, the requested path and its parame= ters is a TE tunnel (albeit computed but not provisioned). So it keeps the = state until the client removes the TE tunnel. (in fact if we want to have a possibly better path, at any change inside pr= ovider topology, resource status and usage, the provider should check if th= e computed path is still feasible and/or redo path computation to find a be= tter path). This could be an overhead, in my view. IB>> For example, if provider is to ensure the path's feasibility, all it n= eeds is to detect a change in a TE link the path is going through and make = sure that the change does not make the path unfeasible. Only in the latter= case the path re-computation needs to be scheduled and performed in a back= ground thread. Furthermore, I can't see how the provider could export the abstract TE-link= , as this is inside the client topology; IB>> The abstract link is a part of the abstract topology "cooked" (customi= zed) for the client, which is supported by the computed path in the underla= y topology, which is the provider's topology. in fact, if the client is asking for a path between A and B (A and B inside= provider topology), having A' (in client topology) connected to A and B' (= in client topology) connected to B, the relevant abstract TE link (the forw= arding adjacency) should be built between A' and B', that is in the client = topology; therefore the client should be in charge of managing it, as the p= rovider is not aware of A' and B'. IB>> This is correct, but note that the two topologies (underlay and overla= y) according to the TE topology model have independent and unrelated name s= paces for node, link and SRLG IDs. So it is perfectly Ok. IB>> Also note that according to TE topology model one important attribut= e of a TE node (especially abstract composite node) is connectivity matrix,= which is nothing but a set of stateful paths computed, re-computed and con= stantly monitored (but not reserved) over the TE topology the node encapsul= ates. This means that stateful unreserved paths play already a very import= ant part in supporting TE topologies with asymmetrical blocking abstract TE= nodes. Igor BR Francesco From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: 04 November, 2016 7:12 PM To: Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; TEAS WG= (teas@ietf.org) = >; pce@ietf.org Subject: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel-teas-y= ang-path-computation-00 Dieter, A client may ask for a path not to be used immediately (e.g. to present as = an abstract TE link to its own client, in some failure restoration scheme o= r as a part of disaster recovery network topology re-configuration) without= committing any network resources. In this case the client would want to kn= ow at least if/when the path has stopped being feasible any longer or (ide= ally) a better path is available. This is similar to exposing to a client an abstract TE topology with an unc= ommitted abstract TE link (i.e. TE link that does not have a committed TE t= unnel supporting it and advertises potentiality). Once such link is provide= d, the provider is expected to send updates when/if the TE link attributes = change. For uncommitted/potential TE link such updates could be provided ba= sed on event driven re-computation of the potentiality the TE link represen= ts. The point is that an uncommitted abstract TE link and COMPUTE_ONLY TE tunne= l can represent (each in its own way) the same network potentiality Cheers, Igor From: Dieter Beller [mailto:Dieter.Beller@nokia.com] Sent: Friday, November 04, 2016 1:49 PM To: Igor Bryskin Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Igor, could you please clarify how useful a stateful path without resource alloca= tion is. I can't see the benefits of this use case. Thanks, Dieter On 04.11.2016 14:25, Igor Bryskin wrote: Hi Dieter, A provider may compute path(s) for a TE tunnel, and then (without any resou= rce allocation) may start monitoring/ensuring the path validity/optimality = by re-computing them in an event driven manner. For example, it can trigger= the re-computation of the path(s) when detecting a change in a state of a = TE link the current path(s) are going through. Depending on the results ad= ditional notifications may be sent to the client. Note that this is in addition to the reasons you correctly identified for i= mplementing stateful path computation (such as compute_and_reserve). Cheers, Igor From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com] Sent: Thursday, November 03, 2016 6:27 PM To: Leeyoung Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi all, when we talk about the stateful path computation use case, it means IMHO th= at when a path has been calculated successfully in response to a request, a= new path object is created in the data store. This does only make sense if= the resources have been allocated in the TED of the PCE irrespective of th= e fact whether the connection along this path will be established right awa= y or at a later point in time. This will prevent further path computation r= equests from assuming that the resources are still available. As the TED of= the PCE also has to reflect the network state, I would assume that the net= work resources can be in one of the following three states: available, allo= catedButNotInUse, allocatedAndInUse. The path objects also need state info= rmation reflecting for example the alarm state of the allocated resources. = The path calculated earlier may become (temporarily) invalid due to a link = failure affecting the path. Does this make sense? Thanks, Dieter Sent from my tablet Leeyoung wrote: Igor, When you say "state", are you referring to the YANG datastore or some other= "interim" state of those paths that are calculated but not instantiated as= LSPs? If we were to update the YANG datastore for this, I would think that= we may have some issue when the customer decided not to instantiate the TE= tunnel (after the path compute request). Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 3:02 PM To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Young, >From the provider controller point of view COMPUTE_ONLY TE tunnels will hav= e exactly the same state as "normal" (COMPUTE_ADN_PROVISION) TE tunnels. Igor From: Leeyoung Sent: Thursday, November 03, 2016 3:42 PM To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Igor, In such case, would the YANG datastore be updated? I guess not. If not, the= n the system/controller has to keep this interim state, would it? Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Michael, You are exactly right. The purpose of the "compute-only" TE tunnel is to cr= eate/maintain the normal TE tunnel state and (re-)compute TE paths for the = TE tunnel connections/LSPs but not signal/provision the LSPs. Igor From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: Thursday, November 03, 2016 3:17 PM To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Isn't the intention of defining "compute-only tunnels" to create state in t= he controller, but not to signal them? If the tunnel should be signaled and= resources shall be allocated, why not just configure a vanilla tunnel? Use= s cases seem to exist for both variants, and both can be encoded in YANG. I= s there anything I miss here? Michael From: Leeyoung [mailto:leeyoung@huawei.com] Sent: Thursday, November 03, 2016 7:49 PM To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Hi Michael, I think I am with you on your point. If we use rpc, it is clear. On the oth= er hand, if we were to use "stateful compute-only" it seems that the system= /controller has to keep the state of the paths somewhere which is not YANG = datastore. My understanding is that YANG datastore is updated only when the= path is signaled and resource is allocated. Would this give the system/con= troller additional burden to keep the "interim" state? Young From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (N= okia - DE) Sent: Thursday, November 03, 2016 8:58 AM To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Maybe I miss something, but to me, the domain controller either computes a = path stateless, which can be modeled in YANG in an RPC. Or the domain contr= oller computes a path, stores state, and provides access to the result in t= he YANG datastore. In the latter case, whether resources are allocated, or = whether the NEs get actually provisioned, is an orthogonal question. As a side note, I am not sure of I would call a domain controller or an NMS= a PCE. Path computation is only a subset of the functions of a domain cont= roller. Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_0C72C38E7EBC34499E8A9E7DD007863908F0FA10dfweml501mbx_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

    Francesco,

     

    There are few issue= s with your logic, I think:

     

    1)      Nodes repre= senting domains must be considered as blocking/asymmetrical nodes. Dijkstra= assumes symmetrical nodes; so the “idea is to run Dijkstra on the MD= SC abstract topology and trigger a path computation to the relevant PNCs as soon as a node representing a domain i= s found” is questionable to begin with;

    2)      What happen= s if the algorithm finds a node represented not by a PNC, but by another (l= ower hierarchy level) MDSC?

    3)      Assume you = want to compute a single path on a 20-domain topology originating in domain= 1 and terminating in, say, domain17. I don’t think you have much cho= ice but:

    a) &= nbsp;    request PNC= 1 to compute all possible (not just optional) paths from the path source t= o all domain 1 inter-domain links;

    b) &= nbsp;   request all= neighboring PNCs to “grow” all the computed paths over inter-d= omain links into the domains up to their respective outbound inter-domain l= inks with potentially significant increase in the number of successful paths;

    c) &= nbsp;    repeat step= b) until the paths reach the destination (17th) domain;

    d) &= nbsp;   grow the pa= ths until they hit the path computation destination;

    e) &= nbsp;    select the = most optimal path

     

    I hope you agree th= at this is a lot of computations. I also hope you agree that computing such= path on a single 20 node topology equipped with node detailed connectivity= matrices is instantaneous;

     

    4)      Computing d= iverse paths as two single path computations with the topology transformati= on in between does not apply here: the paths may go through the same and/or= different domains whose internal topologies are not known (hence there is nothing to transform);=

    5)      Computing a= connectivity matrix on a known (fully visible) topology is simple (as you = said, could be done in a single run) and also could be easily distributed b= etween several path computers to produce/support several flavors of said matrix (e.g. differently optimized). Each matrix e= ntry may be associated with one or more intra-node paths and provide to the= MDSC various metrics, like delay, cost, max. bandwidth, SRLGs)  It co= uld be done in background when the path computers have nothing else to do (which is most of the time).<= /span>

     

    Cheers,<= /span>

    Igor

     

     

     

     

    From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Thursday, November 10, 2016 12:39 PM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-= teas-yang-path-computation-00

     

    Igor,

    it seems to me that= the number of path computations should grow polinomially and not esponenti= ally with the number of domains and inter-domain links.

    Here it is some con= sideration about that, and correct me if I am wrong.

     

    Assume that the dom= ains are abstracted on MDSC as nodes, and assume we have a network of domai= ns only (adding “normal” nodes doesn’t affect the proposi= tion).

    The idea is to run = Dijkstra on the MDSC abstract topology and trigger a path computation to th= e relevant PNCs as soon as a node representing a domain is found.

    The abstract topolo= gy on MDSC will be a network with a number of nodes equal to the number of = domains and a number of links equal to the inter-domain links.

    If we run the Dijks= tra algorithm to compute an end-to-end path on that topology the complexity= of it, which is related to the number of relaxation steps, is polinomial a= s you know. So the number of requests going down to the different PNCs must be polinomial as well.

    Take also into acco= unt that Dijkstra is normally used to find the shortest path between two en= d-points in the network, but actually the algorithm is capable to find in a= single run (with the same complexity) the shortest path between a given node and any other node in the network. =

    This should suggest= to make the best of this property and foresee in the protocol/model a sing= le request capable to return all the suitable paths from a given source to = all the other nodes (or to a selected set of nodes, namely the exit nodes connected to the inter-domain links). = In that way we should have one request per domain, to feed the relaxation s= teps between one ingress point of the domain and all the points connected t= o inter-domain links.

    In the standard Dij= kstra one domain/node will be traversed (that is will generate relaxation s= teps to its links) at most once, as any other relaxation step passing throu= gh it eventually will be stopped once the node has been visited. So, with this method, in the very worst case (w= hen the best path is the Hamiltonian path, the one traversing all the nodes= once) we’ll have a number of requests to the PNCs equal to the numbe= r of PNCs (one per PNC).

    If instead we use n= ormal point-to point path computations, we should ask L-1 path computations= to each PNC, where L is the number of inter-domain links connected to the = domain managed by the PNC, which is still polinomial in the number of domains and inter-domain links.

     

    Regarding path comp= utation for paths in diversity, it should be still polinomial, as if you us= e for example the Bhandari algorithm to do so, you see that it’s actu= ally a sequence of two Dijkstra path computations plus some network transformation in between (modification of some link wei= ghts). The first instance is a traditional path computation, while the seco= nd one is a modified version allowing negative costs on the edges, but stil= l polinomial. So once again the result should still be polinomial and the number of request shouldn’= t diverge.

     

    Now, something abou= t the other approach mentioned in your e-mail, which implies computing all = the possible paths inside any domain in advance.

    It is polinomial as= well, but with a higher number of path computations, as for any domain in = the network you have to compute L(L-1)/2 paths.

    Of course, you̵= 7;ll say, this happens once and not at any path computation. That’s t= rue, but :

     

    -   =        As soon as network get increasingly= used, the computed paths could become invalid. So you need to recompute th= em as needed and advertise all the changes

    -   =        You perform a path computation R= 20;in advance”, that is before the actual request is done, and theref= ore PNC cannot be aware of the future requirements in term of bandwidth, ob= jective functions, constraints and so on. Computed paths will not be suitable in general for all the future requests, and of = course it’s not conceivable to compute those paths for all the possib= le combinations of the request parameters (this should grow esponentially!)=

     

    Something that I wo= uld like to investigate further is the possibility for the MDSC to store th= e results of the path computations  returned by the PNCs along the tim= e and reuse them as applicable during the future path computations.

    At the end of the d= ay this is something similar to the connectivity matrix concept, with two m= ain differences:

     

    -   =        It’s built incrementally from= real requests and therefore with real parameters

    -   =        It’s build by MDSC and mainta= ined inside MDSC, no need for notifications.

     

    BR

    Francesco

     

     

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.= com]
    Sent: 10 November, 2016 5:15 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai = Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter.Beller@nokia.= com>
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Sc= harf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; = TEAS WG (teas@ietf.org) <teas@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00

     

    Franseco,

     

    We have discussed with= Italo the applicability of path computation service for multi-domain scena= rios and agreed (at least my impression) that this realistically works for = no more than two or three domains. For a single e2e path computation the number of paths MDSC needs to request fr= om PNCs grows exponentially with the number of domains and the number of in= ter-domain links. The things get worse when MDSC needs to compute e2e diver= se (e.g. SRLG-disjoint) paths for a single e2e protected service  and still worse when MDSC needs to pl= ace more than one e2e services with global optimization criteria in mind. T= hings get still much worse when MDSCs are linked into a hierarchy, and path= computation services will have to be requested vertically through entire hierarchy from all subordinate MDSCs a= nd PNCs

     

    Please, see further in= line.

     

    Igor=

     

     

    From: Teas [ma= ilto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Thursday, November 10, 2016 5:02 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Igor,

    I assumed in fact a= multi-domain ACTN scenario, as stated in the abstract of draft-busibel-tea= s-yang-path-computation-00, where I believe we have the most interesting us= e cases for path computation services. I believe we should consider all of these, as the same model shall be used= both for single and multi-domain scenarios.

    Regarding path comp= utation on MDSC: in an ideal world MDSC could read topology from PNCs and c= ompute itself end-to-end paths but there are cases where this could be eith= er impossible or not convenient:

     

    -   =        For some reasons (e.g. security/pri= vacy) the PNC doesn’t export full topology information to the MDSC, s= o that such information is not suitable for a path computation on MDSC=

     

    IB>> No one expects PNC to export full topology info= rmation, it is likely to contain proprietary information and hence useless = for the MDSC anyway. PNC is expected to expose an abstract TE topology, which could be as small as a single TE node with = detailed connectivity matrix;

     

    -   =        For some reasons (e.g. scalability)= MDSC doesn’t want to get full topology information from the subtende= d domains

    IB>> See comment above;

     

    -   =        For some reasons (e.g. lack of know= ledge about the internal model of the equipment managed by the PNC : especi= ally in WDM networks) MDSC is not capable to cumpute reliably a feasible pa= th in a domain

    IB>> This is not a concern: all the necessary comput= ations are done already by PNCs when exposing and updating the abstract TE = topologies.

     

    IB>> Furthermore, according to ACTN MDSCs could be l= inked in a hierarchy. This means that for a top level MDSC e2e path computa= tion, the path computation services need to be requested hierarchically from all subordinate MDSCs and PNCs acr= oss all hierarchy levels. In contrast, multi-level abstraction of TE topolo= gies is not a problem

     

    BR

    Francesco

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 8:33 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller = <Dieter.Beller@nokia.com&= gt;
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; TEAS WG (teas@ietf.org) <te= as@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,

     

    Please, note that t= he context of this discussion is single domain. In my opinion MDSC  sh= ould not rely on the Path computation services (stateless or stateful) prov= ided by PNCs, rather, on its own path computation on TE topology, the product of  merging of abstract TE topologies cat= ered by the subordinate PNCs. And BTW said abstract TE topologies should be= kept up-to-date by the PNCs (i.e. with updates, stateful).

     

    Igor

     

     

     

    From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Wednesday, November 09, 2016 12:42 PM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.or= g; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (    teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.i= etf.org/html/draft-busibel-teas-yang-path-computation-00

     

    Well, I know implem= entations of both the “flavours”, and I would say that the most= complex are the pre-planned ones.

    So, it could be an = interesting use case, but we need to be aware that it comes with a price.

    Take also into acco= unt that the path recomputation inside the provider could not necessarily o= ffer an optimal solution end-to-end, and the client (the MDSC actually) sho= uld anyway check whether the end-to-end path, when a change happens on a segment, is still in compliance with its = constraints (e.g. if there is a latency constraint on the end-to-end path, = it may happen that the recomputed segment has a longer latency that leads t= o exceeding the constraint on the end to end path : but the provider only sees that single segment of the en= d-to-end path and taking into account the end-to-end constraints could be r= eally difficult).

     

    Regarding the TE-li= nk, I was actually interested on what the provider (that is the PNC) advert= ises to the client (MDSC) when reservation occurs. It cannot advertise A= 217;B’ as it knows only A and B, but advertising AB seems to me not correct.

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 4:56 PM
    To: Francesco Lazzeri <    francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,<= /span>

     

    Please, see in-line.

     

    Igor=

     

     

     

    From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Wednesday, November 09, 2016 10:27 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.or= g; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (    teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.i= etf.org/html/draft-busibel-teas-yang-path-computation-00

     

    Igor,

     

    1)   = ;   IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn’t better for= a client (and provider) to ask what is needed when it’s needed, and get the best result back at that moment= ?

    IB>> What happens it the provider at this moment says: ̶= 0; No, I have nothing for you” ?  What if the path was relied up= on by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

       &= nbsp;   FL>> Probably the same in case the provider notifie= s “Hey, I have no longer anything for you”.

     

    IB>> But this would = be a bit too late, wouldn’t it? Wouldn’t it be better if the cl= ient has learnt about the previously returned path unfeasibility ahead of t= ime, so that it could re-plan it’s failure recovery scheme?

     

    If there is no (mor= e) path, there is no path. The client could only try and crankback looking = for some different path or report an alarm.

     

    IB>> Relying on cran= kbaks in an unpredictable way is not exactly a good solution, right?

     

    The scenario that s= eems more applicable to your proposal is a pre-planned restoration mechanis= m where we have a worker path in-service and a protection path just compute= d (but not reserving network resources, in order to share them among several protection paths), in a multi-domain = network. In that case, reserving te-tunnels like you suggest, could give an= advantage, as the end-to-end cranckback could occur when the notification = with “no-path” is triggered by the provider (that means the protection path or some of its segments is no lon= ger valid) and not when the path deployment is triggered by the client (tha= t means the worker path is gone and we need the protection immediately). Is= this the case you are considering ?

     

    IB>> Exactly. All th= e scenarios you can think of where you don’t know when and where a pr= oblem may happen and you want to maintain flexibility and share the network= resources to protect as much as you can

     

    In other cases, as = when used during an end-to-end path computation with immediate deployment t= o reduce the possibility of conflicts among concurrent procedures, it seems= to me less important or applicable, as all these procedures will likely be orchestrated by the same entity, wh= ich could well avoid conflicts.

     

    IB>> All cases where= the provider wants to expose a potentiality without committing resources t= o cover for the client multiple use cases and provide at the same time some= degree (albeit not perfect) predictability.

     

     <= /o:p>

    2)   = ;   Regarding the abstract link in the = overlay topology, I still can’t see what the provider will advertise.= If it’s a new link representing the forwarding adjacency between A&#= 8217; and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link A̵= 7;B’ points to the underlay (provider) TE topology where the path is = computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

    FL>> This means that the provider just sends the reply to th= e path computation request and doesn’t advertise any new TE link to t= he client ? This is actually what I would expect: the task to manage TE-links in the overlay topology is with the client.

     

    IB>> Overlay TE topology manager advertises a TE link that is suppo= rted not by a provisioned in a server layer TE tunnel (connection), rather,= by a computed and monitored path. This way the overlay TE topology manger can advertise multiple abstract TE links ma= pped onto the same network resources 

     

    Francesco

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 3:47 PM
    To: Francesco Lazzeri <    francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,<= /span>

     

    1)   = ;   IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn’t better for= a client (and provider) to ask what is needed when it’s needed, and get the best result back at that moment= ?

    IB>> What happens it the provider at this moment says: ̶= 0; No, I have nothing for you” ?  What if the path was relied up= on by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

     <= /o:p>

     <= /o:p>

    2)   = ;   Regarding the abstract link in the = overlay topology, I still can’t see what the provider will advertise.= If it’s a new link representing the forwarding adjacency between A&#= 8217; and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link A̵= 7;B’ points to the underlay (provider) TE topology where the path is = computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

     

     

    Igor

     

     

    From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.co= m]
    Sent: Wednesday, November 09, 2016 9:26 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.or= g; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (    teas@ietf.org)
    Subject: RE: [mpls] http://tools.ietf.org= /html/draft-busibel-teas-yang-path-computation-00

     

    Igor,

    IMHO simplicity pay= s back. Instead than maintaining all these states, notifying clients all th= e times something changes, and repeating path-computation as needed, isn= 217;t better for a client (and provider) to ask what is needed when it’s needed, and get the best result back at= that moment ?

    Regarding the abstr= act link in the overlay topology, I still can’t see what the provider= will advertise. If it’s a new link representing the forwarding adjac= ency between A’ and B’, how it will be represented by the provider ?

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 2:48 PM
    To: Fatai Zhang <    = zhangfatai@huawei.com>; Francesco L= azzeri <frances= co.lazzeri@ericsson.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Hi Francesco,

     <= /o:p>

    Please, see in-line= .

     <= /o:p>

    Cheers,=

    Igor

     <= /o:p>

    The point here is f= or how long the provider should keep the computed path and its request para= meters

     <= /o:p>

    IB>> As far as t= he provider is concerned, the requested path and its parameters is a TE tun= nel (albeit computed but not provisioned). So it keeps the state until the = client removes the TE tunnel.

     <= /o:p>

    (in fact if we want= to have a possibly better path, at any change inside provider topology, re= source status and usage, the provider should check if the computed path is = still feasible and/or redo path computation to find a better path). This could be an overhead, in my view.=

     <= /o:p>

    IB>> For example= , if provider is to ensure the path’s feasibility, all it needs is to= detect a change in a TE link the path is going through and make sure that = the  change does not make the path unfeasible. Only in the latter case the path re-computation needs to be scheduled and perfo= rmed in a background thread.

     <= /o:p>

    Furthermore, I can&= #8217;t see how the provider could export the abstract TE-link, as this is = inside the client topology;

    IB>> The abstrac= t link is a part of the abstract topology “cooked” (customized)= for the client, which is supported by the computed path in the underlay to= pology, which is the provider’s topology.

     <= /o:p>

    in fact, if the cli= ent is asking for a path between A and B (A and B inside provider topology)= , having A’ (in client topology) connected to A and B’ (in clie= nt topology) connected to B, the relevant abstract TE link (the forwarding adjacency) should be built between A’ and B&= #8217;, that is in the client topology; therefore the client should be in c= harge of managing it, as the provider is not aware of A’ and B’= .

     <= /o:p>

    IB>> This is cor= rect, but note that the two topologies (underlay and overlay) according to = the TE topology model have independent and unrelated name spaces for node, = link and SRLG IDs. So it is perfectly Ok.

     

    IB>> Also note t= hat according  to TE topology model  one important attribute of a= TE node (especially abstract composite node) is connectivity matrix, which is nothing but a set of stateful paths computed, re-computed and c= onstantly monitored (but not reserved) over the TE topology the node encaps= ulates.  This means that stateful unreserved paths play already a very imp= ortant part in supporting TE topologies with asymmetrical blocking abstract= TE nodes.

     

    Igor

     <= /o:p>

     <= /o:p>

     <= /o:p>

     <= /o:p>

    BR

    Francesco

     <= /o:p>

    From:= CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: 04 November, 2016 7:12 PM
    To: Dieter Beller <    Dieter.Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; TEAS WG (teas@ietf.org) <tea= s@ietf.org>; pce@ietf.org
    Subject: Re: [CCAMP] [mpls]     http://tools.ietf.org/htm= l/draft-busibel-teas-yang-path-computation-00

     

    Dieter,

     

    A client may ask for a= path not to be used immediately (e.g. to present as an abstract TE link to= its own client, in some failure restoration scheme or as a part of disaste= r recovery network topology re-configuration) without committing any network resources. In this case the client would wa= nt to know at least  if/when the path has stopped being feasible any l= onger or (ideally) a better path is available.

     

    This is similar to exp= osing to a client an abstract TE topology with an uncommitted abstract TE l= ink (i.e. TE link that does not have a committed TE tunnel supporting it an= d advertises potentiality). Once such link is provided, the provider is expected to send updates when/if the TE = link attributes change. For uncommitted/potential TE link such updates coul= d be provided based on event driven re-computation of the potentiality the = TE link represents.

    The point is that an u= ncommitted abstract TE link and COMPUTE_ONLY TE tunnel can represent (each = in its own way) the same network potentiality

     

    Cheers,

    Igor=

     

     

     

    From: Dieter Beller [mailto:Dieter.Beller@nokia.com]
    Sent: Friday, November 04, 2016 1:49 PM
    To: Igor Bryskin
    Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org    ); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif";color:windowtext">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls]     http://tools.ietf.org= /html/draft-busibel-teas-yang-path-computation-00

     

    Hi Igor,

    could you please clarify how useful a stateful path without resource all= ocation is. I can't see the benefits of this use case.


    Thanks,
    Dieter

    On 04.11.2016 14:25, Igor Bryskin wrote:<= /p>

    Hi Dieter,=

     

    A provider may compute= path(s) for a TE tunnel, and then (without any resource allocation) may st= art monitoring/ensuring the path validity/optimality by re-computing them i= n an event driven manner. For example, it can trigger the re-computation of the path(s) when detecting a change i= n a state of a TE link the current path(s) are going through.  Dependi= ng on the results additional notifications may be sent to the client.

     

    Note that this is in a= ddition to the reasons you correctly identified for implementing stateful p= ath computation (such as compute_and_reserve).

     

    Cheers,

    Igor=

     

     

    From: Beller, = Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com]
    Sent: Thursday, November 03, 2016 6:27 PM
    To: Leeyoung
    Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (    ccamp@ietf.org<= /span>); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls]     http://tools.ietf.org= /html/draft-busibel-teas-yang-path-computation-00

     

    Hi all, 
     
    when we talk about the stateful path computation use case,=
 it means IMHO that when a path has been calculated successfully in respons=
e to a request, a new path object is created in the data store. This does o=
nly make sense if the resources have been allocated in the TED of the PCE i=
rrespective of the fact whether the connection along this path will be esta=
blished right away or at a later point in time. This will prevent further p=
ath computation requests from assuming that the resources are still availab=
le. As the TED of the PCE also has to reflect the network state, I would as=
sume that the network resources can be in one of the following three states=
: available, allocatedButNotInUse,  allocatedAndInUse. The path object=
s also need state information reflecting for example the alarm state of the=
 allocated resources. The path calculated earlier may become (temporarily) =
invalid due to a link failure affecting the path. 
     
    Does this make sense? 
     
     
    Thanks, 
    Dieter
     
    Sent from my tablet
     
    Leeyoung <leeyoung@huawei.com> wrote:
     

    Igor,

     

    When you say “st= ate”, are you referring to the YANG datastore or some other “in= terim” state of those paths that are calculated but not instantiated = as LSPs? If we were to update the YANG datastore for this, I would think that we may have some issue when the customer decided not to i= nstantiate the TE tunnel (after the path compute request).

     

    Thanks.

    Young

     

     

    From: Igor Bry= skin
    Sent: Thursday, November 03, 2016 3:02 PM
    To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Young,

     

    From the provider cont= roller point of view COMPUTE_ONLY TE tunnels will have exactly the same sta= te as “normal” (COMPUTE_ADN_PROVISION) TE tunnels.<= /o:p>

     

    Igor=

     

    From: Leeyoung
    Sent: Thursday, November 03, 2016 3:42 PM
    To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (    ccamp@ietf.org<= /span>); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Igor,

     

    In such case, would th= e YANG datastore be updated? I guess not. If not, then the system/controlle= r has to keep this interim state, would it?

     

    Thanks.

    Young

     

    From: Igor Bry= skin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Michael,

    You are exactly right.= The purpose of the “compute-only” TE tunnel is to create/maint= ain the normal TE tunnel state and (re-)compute TE paths for the TE tunnel = connections/LSPs but not signal/provision the LSPs.

     

    Igor=

     

    From: Scharf, = Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: Thursday, November 03, 2016 3:17 PM
    To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Isn’t the intent= ion of defining „compute-only tunnels“ to create state in the c= ontroller, but not to signal them? If the tunnel should be signaled and res= ources shall be allocated, why not just configure a vanilla tunnel? Uses cases seem to exist for both variants, and both can be encode= d in YANG. Is there anything I miss here?

     

    Michael

     

     

    From: Leeyoung [mailto:leeyoung@huawei.com]
    Sent: Thursday, November 03, 2016 7:49 PM
    To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; = CCAMP (    cca= mp@ietf.org); pce@ietf.org= ; TEAS WG (teas@ietf.org); mpls@ietf.o= rg
    Subject: RE:     http://tools.iet= f.org/html/draft-busibel-teas-yang-path-computation-00

     

    Hi Michael,

     

    I think I am with you = on your point. If we use rpc, it is clear. On the other hand, if we were to= use “stateful compute-only” it seems that the system/controlle= r has to keep the state of the paths somewhere which is not YANG datastore. My understanding is that YANG datastore is updated = only when the path is signaled and resource is allocated. Would this give t= he system/controller additional burden to keep the “interim” st= ate?

     

    Young

     

    From: CCAMP [<= /span>mailto:ccamp-bo= unces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
    Sent: Thursday, November 03, 2016 8:58 AM
    To: Daniele Ceccarelli; Igor Bryskin; CCAMP (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (    teas@ietf.org); mpls@ietf.org
    Subject: Re: [CCAMP]     http://tools.ietf.or= g/html/draft-busibel-teas-yang-path-computation-00

     

    Maybe I miss something= , but to me, the domain controller either computes a path stateless, which = can be modeled in YANG in an RPC. Or the domain controller computes a path,= stores state, and provides access to the result in the YANG datastore. In the latter case, whether resources ar= e allocated, or whether the NEs get actually provisioned, is an orthogonal = question.

     

    As a side note, I am n= ot sure of I would call a domain controller or an NMS a PCE. Path computati= on is only a subset of the functions of a domain controller.

     

    Michael

     

     

     

    From: Daniele = Ceccarelli [mailto:daniele.ceccarelli@ericsson.com]
    Sent: Thursday, November 03, 2016 2:49 PM
    To: Scharf, Michael     (Nokia - DE); Igo= r Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org= ; TEAS WG (teas@ietf.org); mpls@ietf.o= rg
    Subject: RE:     http://tools.iet= f.org/html/draft-busibel-teas-yang-path-computation-00

     

    Can you please explain what the “stateful comp= ute-only” stands for I don’t understand what is stateful in a p= ath computation request only.

    IMHO either I ask the PCE (SDN controller, NMS, what= ever) to compute a path and then forget about it or I ask to compute and pr= ovision it. I don’t understand the value of asking for it and remembe= ring about it.

     

    BR
    Daniele 

     

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: gioved=EC 3 novembre 2016 14:45
    To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    We have discussed this= before. From an implementer’s perspective, the two clean solutions t= o the problem seem to either stateful „compute-only“ tunnels or= a stateless RPC.

     

    Michael

     

     

    From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Daniele Ceccarelli; CCAMP (    ccamp@ietf.org); pce@ietf.org= ; TEAS WG (teas@ietf.org); mpls@ietf.o= rg
    Subject: [ALU] [mpls]    http://t= ools.ietf.org/html/draft-busibel-teas-yang-path-computation-00

     

    Hi,<= /p>

     

    From the draft:=

     

    6. =    YANG Model for requesting Path Computation

     

     

      = ; Work on extending the TE Tunnel YANG model to support the need to<= o:p>

      = ; request path computation has recently started also in the context of

      = ; the [T= E-TUNNEL] draft.

     

      = ; It is possible to request path computation by configuring a

      = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

      = ; LSP(s) Record-Route Object (RRO) list as described in [T= E-TUNNEL].

     

      = ; This is a stateful solution since the state of each created

      = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

      = ; underlying network conditions change.

     

      = ; The need also for a stateless solution, based on an RPC, has been<= o:p>

      = ; recognized.

     

     

      = ; The YANG model to support stateless RPC is for further study.=

     

     

     

     

     

    IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

     

    Cheers,

    Igor

     

     

     

     

     

     

     

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Thu, 10 Nov 2016 22:28:03 +0000 From: Francesco Lazzeri To: Igor Bryskin , Fatai Zhang , Dieter Beller Thread-Topic: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 Thread-Index: AQHSNdcrsnImRWIBx06pjw3t0cGI9KDGvx8AgAABPQCAAAJUAIAAUW6AgAAHrgCAAATCAIAAAkeAgAAFvgCAAALEAIAAJckAgAD66ACAAEl9gIAABo6AgAQaA4CAA7+XAIAAPoyAgAAHQ6CAAAkagIAACboggAAJnACAABlAgIAAI1UAgADWmeCAAIRPgIAABhYQgAA29wCAABvbsA== Date: Thu, 10 Nov 2016 22:28:03 +0000 Message-ID: References: <0C72C38E7EBC34499E8A9E7DD007863908F0EF32@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5BB53@FR712WXCHMBA15.zeu.alcatel-lucent.com> <655C07320163294895BBADA28372AF5D48B5BC01@FR712WXCHMBA15.zeu.alcatel-lucent.com> <7AEB3D6833318045B4AE71C2C87E8E172A8CC9D2@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5C82F@FR712WXCHMBA15.zeu.alcatel-lucent.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F10B@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA51@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F12D@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA9B@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F1E1@dfweml501-mbx> <9762bdb8-e73c-7653-3243-f7add7a9ce7c@nokia.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F242@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F747@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F774@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F7CA@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F824@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F961@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0FA10@dfweml501-mbx> In-Reply-To: <0C72C38E7EBC34499E8A9E7DD007863908F0FA10@dfweml501-mbx> Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: authentication-results: spf=none (sender IP is ) smtp.mailfrom=francesco.lazzeri@ericsson.com; 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charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Igor, please see inline. BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 10 November, 2016 8:53 PM To: Francesco Lazzeri ; Fatai Zhang ; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) ; Scharf, Michael= (Nokia - DE) ; pce@ietf.org; TEAS WG (teas@ietf.= org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, There are few issues with your logic, I think: 1) Nodes representing domains must be considered as blocking/asymmetri= cal nodes. Dijkstra assumes symmetrical nodes; so the "idea is to run Dijks= tra on the MDSC abstract topology and trigger a path computation to the rel= evant PNCs as soon as a node representing a domain is found" is questionabl= e to begin with; [FL] Of course there are far more details than the ones included in my e-ma= il (long enough I think). One of these is that, of course, for each path re= turned by the PNC also the relevant metrics and delay shall be returned. Th= ese, and also NO-PATH information if some connectivity is not possible, wil= l be used by MDSC during path computation; metrics and delay shall be adde= d to the currently computed ones, or if no path is found towards a certain = inter-domain link, no propagation will occur on that link; this compensates= the blocking/asymmetrical characteristics of the node-domains. 2) What happens if the algorithm finds a node represented not by a PNC= , but by another (lower hierarchy level) MDSC? [FL] Nothing different from a PNC I believe. As far as MDSC can compute pat= hs as a PNC does and return them to the higher level MDSC, I can't see any = difference. 3) Assume you want to compute a single path on a 20-domain topology or= iginating in domain 1 and terminating in, say, domain17. I don't think you = have much choice but: a) request PNC 1 to compute all possible (not just optional) paths fr= om the path source to all domain 1 inter-domain links; b) request all neighboring PNCs to "grow" all the computed paths over = inter-domain links into the domains up to their respective outbound inter-d= omain links with potentially significant increase in the number of successf= ul paths; c) repeat step b) until the paths reach the destination (17th) domain= ; d) grow the paths until they hit the path computation destination; e) select the most optimal path I hope you agree that this is a lot of computations. [FL] Well, maybe "a lot", but not exponentially growing with the number of = domains and inter-domain links. That was the point of my previous e-mail. T= hen we can decide we have too many messages around, but I believe we first = need some criteria to understand what "a lot" or "too many" means. I also hope you agree that computing such path on a single 20 node topology= equipped with node detailed connectivity matrices is instantaneous; [FL] Yes, istantaneous, but, in general, wrong as far as the connectivity m= atrices don't reflect the actual request parameters. Think about a request = asking for a path with some affinity constraint, for example. Affinities ar= e 32 bits values; you can ask to include/exclude links in 3 different ways,= specifying for each one any of the 2^32 affinity combinations. Results of = the path computation can be completely different depending on the affinity = value and include/exlcude options. In theory to cope with just the affinity= constraint we should create L*(L-1)/2 * 3 * 2^32 paths per domain. And we = still have to combine this (that is multiply) with all the other constraint= s. Maybe we could renounce to some constraints and limit the flexibility of pa= th computation. In my view this is the only way to make the connectivity ma= trix method a little bit more appealing. But I still have dubts even with "= essential" parameters like just bandwidth and objective functions. 4) Computing diverse paths as two single path computations with the to= pology transformation in between does not apply here: the paths may go thro= ugh the same and/or different domains whose internal topologies are not kno= wn (hence there is nothing to transform); [FL] I agree that here the problem is more complex than in a single domain.= I didn't do tests yet on this, but I assume that a PNC should give also th= e possibility to ask for a path in diversity from another path. So when the= second path computation crosses the result of the first one in the same do= main, we should ask the relevant PNC for a path computation in diversity fr= om the previous path (possibly using the XRO mechanism) in order to be guar= anteed that even though the same domain is used, the two paths are still di= verse (PNC can guarantee that; if no diverse path is found, we should try a= nd manage the offending domain as the offending links in bhandari algorithm= , chasing them out from the solution). 5) Computing a connectivity matrix on a known (fully visible) topology= is simple (as you said, could be done in a single run) and also could be e= asily distributed between several path computers to produce/support several= flavors of said matrix (e.g. differently optimized). Each matrix entry may= be associated with one or more intra-node paths and provide to the MDSC va= rious metrics, like delay, cost, max. bandwidth, SRLGs) It could be done i= n background when the path computers have nothing else to do (which is most= of the time). [FL] As said above, the point here is that you don't know the request param= eters yet. And I do believe that in order to compute matrices suitable for = the purpose, either you have to compute (and store, and maintain) too many = of them, or you have to reduce too much the complexity of the problem to be= solved. Cheers, Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Thursday, November 10, 2016 12:39 PM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, it seems to me that the number of path computations should grow polinomiall= y and not esponentially with the number of domains and inter-domain links. Here it is some consideration about that, and correct me if I am wrong. Assume that the domains are abstracted on MDSC as nodes, and assume we have= a network of domains only (adding "normal" nodes doesn't affect the propos= ition). The idea is to run Dijkstra on the MDSC abstract topology and trigger a pat= h computation to the relevant PNCs as soon as a node representing a domain = is found. The abstract topology on MDSC will be a network with a number of nodes equa= l to the number of domains and a number of links equal to the inter-domain = links. If we run the Dijkstra algorithm to compute an end-to-end path on that topo= logy the complexity of it, which is related to the number of relaxation ste= ps, is polinomial as you know. So the number of requests going down to the = different PNCs must be polinomial as well. Take also into account that Dijkstra is normally used to find the shortest = path between two end-points in the network, but actually the algorithm is c= apable to find in a single run (with the same complexity) the shortest path= between a given node and any other node in the network. This should suggest to make the best of this property and foresee in the pr= otocol/model a single request capable to return all the suitable paths from= a given source to all the other nodes (or to a selected set of nodes, name= ly the exit nodes connected to the inter-domain links). In that way we shou= ld have one request per domain, to feed the relaxation steps between one in= gress point of the domain and all the points connected to inter-domain link= s. In the standard Dijkstra one domain/node will be traversed (that is will ge= nerate relaxation steps to its links) at most once, as any other relaxation= step passing through it eventually will be stopped once the node has been = visited. So, with this method, in the very worst case (when the best path i= s the Hamiltonian path, the one traversing all the nodes once) we'll have a= number of requests to the PNCs equal to the number of PNCs (one per PNC). If instead we use normal point-to point path computations, we should ask L-= 1 path computations to each PNC, where L is the number of inter-domain link= s connected to the domain managed by the PNC, which is still polinomial in = the number of domains and inter-domain links. Regarding path computation for paths in diversity, it should be still polin= omial, as if you use for example the Bhandari algorithm to do so, you see t= hat it's actually a sequence of two Dijkstra path computations plus some ne= twork transformation in between (modification of some link weights). The fi= rst instance is a traditional path computation, while the second one is a m= odified version allowing negative costs on the edges, but still polinomial.= So once again the result should still be polinomial and the number of requ= est shouldn't diverge. Now, something about the other approach mentioned in your e-mail, which imp= lies computing all the possible paths inside any domain in advance. It is polinomial as well, but with a higher number of path computations, as= for any domain in the network you have to compute L(L-1)/2 paths. Of course, you'll say, this happens once and not at any path computation. T= hat's true, but : - As soon as network get increasingly used, the computed paths cou= ld become invalid. So you need to recompute them as needed and advertise al= l the changes - You perform a path computation "in advance", that is before the = actual request is done, and therefore PNC cannot be aware of the future req= uirements in term of bandwidth, objective functions, constraints and so on.= Computed paths will not be suitable in general for all the future requests= , and of course it's not conceivable to compute those paths for all the pos= sible combinations of the request parameters (this should grow esponentiall= y!) Something that I would like to investigate further is the possibility for t= he MDSC to store the results of the path computations returned by the PNCs= along the time and reuse them as applicable during the future path computa= tions. At the end of the day this is something similar to the connectivity matrix = concept, with two main differences: - It's built incrementally from real requests and therefore with r= eal parameters - It's build by MDSC and maintained inside MDSC, no need for notif= ications. BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 10 November, 2016 5:15 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Franseco, We have discussed with Italo the applicability of path computation service = for multi-domain scenarios and agreed (at least my impression) that this re= alistically works for no more than two or three domains. For a single e2e p= ath computation the number of paths MDSC needs to request from PNCs grows e= xponentially with the number of domains and the number of inter-domain link= s. The things get worse when MDSC needs to compute e2e diverse (e.g. SRLG-d= isjoint) paths for a single e2e protected service and still worse when MDS= C needs to place more than one e2e services with global optimization criter= ia in mind. Things get still much worse when MDSCs are linked into a hierar= chy, and path computation services will have to be requested vertically thr= ough entire hierarchy from all subordinate MDSCs and PNCs Please, see further in line. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Thursday, November 10, 2016 5:02 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, I assumed in fact a multi-domain ACTN scenario, as stated in the abstract o= f draft-busibel-teas-yang-path-computation-00, where I believe we have the = most interesting use cases for path computation services. I believe we shou= ld consider all of these, as the same model shall be used both for single a= nd multi-domain scenarios. Regarding path computation on MDSC: in an ideal world MDSC could read topol= ogy from PNCs and compute itself end-to-end paths but there are cases where= this could be either impossible or not convenient: - For some reasons (e.g. security/privacy) the PNC doesn't export = full topology information to the MDSC, so that such information is not suit= able for a path computation on MDSC IB>> No one expects PNC to export full topology information, it is likely t= o contain proprietary information and hence useless for the MDSC anyway. PN= C is expected to expose an abstract TE topology, which could be as small as= a single TE node with detailed connectivity matrix; - For some reasons (e.g. scalability) MDSC doesn't want to get ful= l topology information from the subtended domains IB>> See comment above; - For some reasons (e.g. lack of knowledge about the internal mode= l of the equipment managed by the PNC : especially in WDM networks) MDSC is= not capable to cumpute reliably a feasible path in a domain IB>> This is not a concern: all the necessary computations are done already= by PNCs when exposing and updating the abstract TE topologies. IB>> Furthermore, according to ACTN MDSCs could be linked in a hierarchy. T= his means that for a top level MDSC e2e path computation, the path computat= ion services need to be requested hierarchically from all subordinate MDSCs= and PNCs across all hierarchy levels. In contrast, multi-level abstraction= of TE topologies is not a problem BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 8:33 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, Please, note that the context of this discussion is single domain. In my op= inion MDSC should not rely on the Path computation services (stateless or = stateful) provided by PNCs, rather, on its own path computation on TE topol= ogy, the product of merging of abstract TE topologies catered by the subor= dinate PNCs. And BTW said abstract TE topologies should be kept up-to-date = by the PNCs (i.e. with updates, stateful). Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Wednesday, November 09, 2016 12:42 PM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Well, I know implementations of both the "flavours", and I would say that t= he most complex are the pre-planned ones. So, it could be an interesting use case, but we need to be aware that it co= mes with a price. Take also into account that the path recomputation inside the provider coul= d not necessarily offer an optimal solution end-to-end, and the client (the= MDSC actually) should anyway check whether the end-to-end path, when a cha= nge happens on a segment, is still in compliance with its constraints (e.g.= if there is a latency constraint on the end-to-end path, it may happen tha= t the recomputed segment has a longer latency that leads to exceeding the c= onstraint on the end to end path : but the provider only sees that single s= egment of the end-to-end path and taking into account the end-to-end constr= aints could be really difficult). Regarding the TE-link, I was actually interested on what the provider (that= is the PNC) advertises to the client (MDSC) when reservation occurs. It ca= nnot advertise A'B' as it knows only A and B, but advertising AB seems to m= e not correct. BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 4:56 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, Please, see in-line. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Wednesday, November 09, 2016 10:27 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? FL>> Probably the same in case the provider notifies "Hey, I have no= longer anything for you". IB>> But this would be a bit too late, wouldn't it? Wouldn't it be better i= f the client has learnt about the previously returned path unfeasibility ah= ead of time, so that it could re-plan it's failure recovery scheme? If there is no (more) path, there is no path. The client could only try and= crankback looking for some different path or report an alarm. IB>> Relying on crankbaks in an unpredictable way is not exactly a good sol= ution, right? The scenario that seems more applicable to your proposal is a pre-planned r= estoration mechanism where we have a worker path in-service and a protectio= n path just computed (but not reserving network resources, in order to shar= e them among several protection paths), in a multi-domain network. In that = case, reserving te-tunnels like you suggest, could give an advantage, as th= e end-to-end cranckback could occur when the notification with "no-path" is= triggered by the provider (that means the protection path or some of its s= egments is no longer valid) and not when the path deployment is triggered b= y the client (that means the worker path is gone and we need the protection= immediately). Is this the case you are considering ? IB>> Exactly. All the scenarios you can think of where you don't know when = and where a problem may happen and you want to maintain flexibility and sha= re the network resources to protect as much as you can In other cases, as when used during an end-to-end path computation with imm= ediate deployment to reduce the possibility of conflicts among concurrent p= rocedures, it seems to me less important or applicable, as all these proced= ures will likely be orchestrated by the same entity, which could well avoid= conflicts. IB>> All cases where the provider wants to expose a potentiality without co= mmitting resources to cover for the client multiple use cases and provide a= t the same time some degree (albeit not perfect) predictability. 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. FL>> This means that the provider just sends the reply to the path computat= ion request and doesn't advertise any new TE link to the client ? This is a= ctually what I would expect: the task to manage TE-links in the overlay top= ology is with the client. IB>> Overlay TE topology manager advertises a TE link that is supported not= by a provisioned in a server layer TE tunnel (connection), rather, by a co= mputed and monitored path. This way the overlay TE topology manger can adve= rtise multiple abstract TE links mapped onto the same network resources Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 3:47 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. Igor From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com] Sent: Wednesday, November 09, 2016 9:26 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Igor, IMHO simplicity pays back. Instead than maintaining all these states, notif= ying clients all the times something changes, and repeating path-computatio= n as needed, isn't better for a client (and provider) to ask what is needed= when it's needed, and get the best result back at that moment ? Regarding the abstract link in the overlay topology, I still can't see what= the provider will advertise. If it's a new link representing the forwardin= g adjacency between A' and B', how it will be represented by the provider ? BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 2:48 PM To: Fatai Zhang >; Fran= cesco Lazzeri >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Francesco, Please, see in-line. Cheers, Igor The point here is for how long the provider should keep the computed path a= nd its request parameters IB>> As far as the provider is concerned, the requested path and its parame= ters is a TE tunnel (albeit computed but not provisioned). So it keeps the = state until the client removes the TE tunnel. (in fact if we want to have a possibly better path, at any change inside pr= ovider topology, resource status and usage, the provider should check if th= e computed path is still feasible and/or redo path computation to find a be= tter path). This could be an overhead, in my view. IB>> For example, if provider is to ensure the path's feasibility, all it n= eeds is to detect a change in a TE link the path is going through and make = sure that the change does not make the path unfeasible. Only in the latter= case the path re-computation needs to be scheduled and performed in a back= ground thread. Furthermore, I can't see how the provider could export the abstract TE-link= , as this is inside the client topology; IB>> The abstract link is a part of the abstract topology "cooked" (customi= zed) for the client, which is supported by the computed path in the underla= y topology, which is the provider's topology. in fact, if the client is asking for a path between A and B (A and B inside= provider topology), having A' (in client topology) connected to A and B' (= in client topology) connected to B, the relevant abstract TE link (the forw= arding adjacency) should be built between A' and B', that is in the client = topology; therefore the client should be in charge of managing it, as the p= rovider is not aware of A' and B'. IB>> This is correct, but note that the two topologies (underlay and overla= y) according to the TE topology model have independent and unrelated name s= paces for node, link and SRLG IDs. So it is perfectly Ok. IB>> Also note that according to TE topology model one important attribut= e of a TE node (especially abstract composite node) is connectivity matrix,= which is nothing but a set of stateful paths computed, re-computed and con= stantly monitored (but not reserved) over the TE topology the node encapsul= ates. This means that stateful unreserved paths play already a very import= ant part in supporting TE topologies with asymmetrical blocking abstract TE= nodes. Igor BR Francesco From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: 04 November, 2016 7:12 PM To: Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; TEAS WG= (teas@ietf.org) = >; pce@ietf.org Subject: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel-teas-y= ang-path-computation-00 Dieter, A client may ask for a path not to be used immediately (e.g. to present as = an abstract TE link to its own client, in some failure restoration scheme o= r as a part of disaster recovery network topology re-configuration) without= committing any network resources. In this case the client would want to kn= ow at least if/when the path has stopped being feasible any longer or (ide= ally) a better path is available. This is similar to exposing to a client an abstract TE topology with an unc= ommitted abstract TE link (i.e. TE link that does not have a committed TE t= unnel supporting it and advertises potentiality). Once such link is provide= d, the provider is expected to send updates when/if the TE link attributes = change. For uncommitted/potential TE link such updates could be provided ba= sed on event driven re-computation of the potentiality the TE link represen= ts. The point is that an uncommitted abstract TE link and COMPUTE_ONLY TE tunne= l can represent (each in its own way) the same network potentiality Cheers, Igor From: Dieter Beller [mailto:Dieter.Beller@nokia.com] Sent: Friday, November 04, 2016 1:49 PM To: Igor Bryskin Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Igor, could you please clarify how useful a stateful path without resource alloca= tion is. I can't see the benefits of this use case. Thanks, Dieter On 04.11.2016 14:25, Igor Bryskin wrote: Hi Dieter, A provider may compute path(s) for a TE tunnel, and then (without any resou= rce allocation) may start monitoring/ensuring the path validity/optimality = by re-computing them in an event driven manner. For example, it can trigger= the re-computation of the path(s) when detecting a change in a state of a = TE link the current path(s) are going through. Depending on the results ad= ditional notifications may be sent to the client. Note that this is in addition to the reasons you correctly identified for i= mplementing stateful path computation (such as compute_and_reserve). Cheers, Igor From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com] Sent: Thursday, November 03, 2016 6:27 PM To: Leeyoung Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi all, when we talk about the stateful path computation use case, it means IMHO th= at when a path has been calculated successfully in response to a request, a= new path object is created in the data store. This does only make sense if= the resources have been allocated in the TED of the PCE irrespective of th= e fact whether the connection along this path will be established right awa= y or at a later point in time. This will prevent further path computation r= equests from assuming that the resources are still available. As the TED of= the PCE also has to reflect the network state, I would assume that the net= work resources can be in one of the following three states: available, allo= catedButNotInUse, allocatedAndInUse. The path objects also need state info= rmation reflecting for example the alarm state of the allocated resources. = The path calculated earlier may become (temporarily) invalid due to a link = failure affecting the path. Does this make sense? Thanks, Dieter Sent from my tablet Leeyoung wrote: Igor, When you say "state", are you referring to the YANG datastore or some other= "interim" state of those paths that are calculated but not instantiated as= LSPs? If we were to update the YANG datastore for this, I would think that= we may have some issue when the customer decided not to instantiate the TE= tunnel (after the path compute request). Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 3:02 PM To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Young, >From the provider controller point of view COMPUTE_ONLY TE tunnels will hav= e exactly the same state as "normal" (COMPUTE_ADN_PROVISION) TE tunnels. Igor From: Leeyoung Sent: Thursday, November 03, 2016 3:42 PM To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Igor, In such case, would the YANG datastore be updated? I guess not. If not, the= n the system/controller has to keep this interim state, would it? Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Michael, You are exactly right. The purpose of the "compute-only" TE tunnel is to cr= eate/maintain the normal TE tunnel state and (re-)compute TE paths for the = TE tunnel connections/LSPs but not signal/provision the LSPs. Igor From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: Thursday, November 03, 2016 3:17 PM To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Isn't the intention of defining "compute-only tunnels" to create state in t= he controller, but not to signal them? If the tunnel should be signaled and= resources shall be allocated, why not just configure a vanilla tunnel? Use= s cases seem to exist for both variants, and both can be encoded in YANG. I= s there anything I miss here? Michael From: Leeyoung [mailto:leeyoung@huawei.com] Sent: Thursday, November 03, 2016 7:49 PM To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Hi Michael, I think I am with you on your point. If we use rpc, it is clear. On the oth= er hand, if we were to use "stateful compute-only" it seems that the system= /controller has to keep the state of the paths somewhere which is not YANG = datastore. My understanding is that YANG datastore is updated only when the= path is signaled and resource is allocated. Would this give the system/con= troller additional burden to keep the "interim" state? Young From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (N= okia - DE) Sent: Thursday, November 03, 2016 8:58 AM To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Maybe I miss something, but to me, the domain controller either computes a = path stateless, which can be modeled in YANG in an RPC. Or the domain contr= oller computes a path, stores state, and provides access to the result in t= he YANG datastore. In the latter case, whether resources are allocated, or = whether the NEs get actually provisioned, is an orthogonal question. As a side note, I am not sure of I would call a domain controller or an NMS= a PCE. Path computation is only a subset of the functions of a domain cont= roller. Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_AM4PR07MB1521618A37FE4B3A530703B496B80AM4PR07MB1521eurp_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

    Igor, please see in= line.

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.= com]
    Sent: 10 November, 2016 8:53 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai = Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter.Beller@nokia.= com>
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Sc= harf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; = TEAS WG (teas@ietf.org) <teas@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00

     

    Francesco,

     

    There are few issue= s with your logic, I think:

     

    1)      Nodes repre= senting domains must be considered as blocking/asymmetrical nodes. Dijkstra= assumes symmetrical nodes; so the “idea is to run Dijkstra on the MD= SC abstract topology and trigger a path computation to the relevant PNCs as soon as a node representing a domain i= s found” is questionable to begin with;

    [FL] Of course there are far more details than the ones included= in my e-mail (long enough I think). One of these is that, of course, for each path returned by the PNC also the re= levant metrics and delay shall be returned. These, and also NO-PATH informa= tion if some connectivity is not possible, will be used by MDSC during path= computation;  metrics and delay shall be added to the currently computed ones, or if no path is found towa= rds a certain inter-domain link, no propagation will occur on that link; th= is compensates the blocking/asymmetrical characteristics of the node-domain= s.

    2)      What happen= s if the algorithm finds a node represented not by a PNC, but by another (l= ower hierarchy level) MDSC?

    [FL] Nothing different from a PNC I believe. As far as MDSC can = compute paths as a PNC does and return them to the higher level MDSC, I can’t see any difference.

    3)      Assume you = want to compute a single path on a 20-domain topology originating in domain= 1 and terminating in, say, domain17. I don’t think you have much cho= ice but:

    a) &= nbsp;     request PNC= 1 to compute all possible (not just optional) paths from the path source t= o all domain 1 inter-domain links;

    b) &= nbsp;    request all= neighboring PNCs to “grow” all the computed paths over inter-d= omain links into the domains up to their respective outbound inter-domain l= inks with potentially significant increase in the number of successful paths;

    c) &= nbsp;     repeat step= b) until the paths reach the destination (17th) domain;

    d) &= nbsp;    grow the pa= ths until they hit the path computation destination;

    e) &= nbsp;    select the = most optimal path

     

    I hope you agree th= at this is a lot of computations.

    [FL] Well, maybe “a lot”, but not exponentially grow= ing with the number of domains and inter-domain links. That was the point of my previous e-mail. Then we can decide we have too m= any messages around, but I believe we first need some criteria to understan= d what “a lot” or “too many” means.

     

    I also hope you agr= ee that computing such path on a single 20 node topology equipped with node= detailed connectivity matrices is instantaneous;

    [FL] Yes, istantaneous, but, in general, wrong as far as the con= nectivity matrices don’t reflect the actual request parameters. Think about a request asking for a path with some affi= nity constraint, for example. Affinities are 32 bits values; you can ask to= include/exclude links in 3 different ways, specifying for each one any of = the 2^32 affinity combinations. Results of the path computation can be completely different depending on t= he affinity value and include/exlcude options. In theory to cope with just = the affinity constraint we should create L*(L-1)/2 * 3 * 2^32 paths per dom= ain. And we still have to combine this (that is multiply) with all the other constraints. =

    Maybe we could renounce to some constraints and limit the flexib= ility of path computation. In my view this is the only way to make the connectivity matrix method a little bit m= ore appealing. But I still have dubts even with “essential” par= ameters like just bandwidth and objective functions.

     

    4)      Computing d= iverse paths as two single path computations with the topology transformati= on in between does not apply here: the paths may go through the same and/or= different domains whose internal topologies are not known (hence there is nothing to transform);=

    [FL] I agree that here the problem is more complex than in a sin= gle domain. I didn’t do tests yet on this, but I assume that a PNC should give also the possibility to ask for a path= in diversity from another path. So when the second path computation crosse= s the result of the first one in the same domain, we should ask the relevan= t PNC for a path computation in diversity from the previous path (possibly using the XRO mechanism) in ord= er to be guaranteed that even though the same domain is used, the two paths= are still diverse (PNC can guarantee that; if no diverse path is found, we= should try and manage the offending domain as the offending links in bhandari algorithm, chasing them out from= the solution).

    5)      Computing a= connectivity matrix on a known (fully visible) topology is simple (as you = said, could be done in a single run) and also could be easily distributed b= etween several path computers to produce/support several flavors of said matrix (e.g. differently optimized). Each matrix e= ntry may be associated with one or more intra-node paths and provide to the= MDSC various metrics, like delay, cost, max. bandwidth, SRLGs)  It co= uld be done in background when the path computers have nothing else to do (which is most of the time).<= /span>

    [FL] As said above, the point here is that you don’t know = the request parameters yet. And I do believe that in order to compute matrices suitable for the purpose, either you hav= e to compute (and store, and maintain) too many of them, or you have to red= uce too much the complexity of the problem to be solved.<= /span>

     

    Cheers,<= /span>

    Igor

     

     

     

     

    From: Teas [mailto:teas-bounces@ietf.o= rg] On Behalf Of Francesco Lazzeri
    Sent: Thursday, November 10, 2016 12:39 PM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Igor,

    it seems to me that= the number of path computations should grow polinomially and not esponenti= ally with the number of domains and inter-domain links.

    Here it is some con= sideration about that, and correct me if I am wrong.

     

    Assume that the dom= ains are abstracted on MDSC as nodes, and assume we have a network of domai= ns only (adding “normal” nodes doesn’t affect the proposi= tion).

    The idea is to run = Dijkstra on the MDSC abstract topology and trigger a path computation to th= e relevant PNCs as soon as a node representing a domain is found.

    The abstract topolo= gy on MDSC will be a network with a number of nodes equal to the number of = domains and a number of links equal to the inter-domain links.

    If we run the Dijks= tra algorithm to compute an end-to-end path on that topology the complexity= of it, which is related to the number of relaxation steps, is polinomial a= s you know. So the number of requests going down to the different PNCs must be polinomial as well.

    Take also into acco= unt that Dijkstra is normally used to find the shortest path between two en= d-points in the network, but actually the algorithm is capable to find in a= single run (with the same complexity) the shortest path between a given node and any other node in the network. =

    This should suggest= to make the best of this property and foresee in the protocol/model a sing= le request capable to return all the suitable paths from a given source to = all the other nodes (or to a selected set of nodes, namely the exit nodes connected to the inter-domain links). = In that way we should have one request per domain, to feed the relaxation s= teps between one ingress point of the domain and all the points connected t= o inter-domain links.

    In the standard Dij= kstra one domain/node will be traversed (that is will generate relaxation s= teps to its links) at most once, as any other relaxation step passing throu= gh it eventually will be stopped once the node has been visited. So, with this method, in the very worst case (w= hen the best path is the Hamiltonian path, the one traversing all the nodes= once) we’ll have a number of requests to the PNCs equal to the numbe= r of PNCs (one per PNC).

    If instead we use n= ormal point-to point path computations, we should ask L-1 path computations= to each PNC, where L is the number of inter-domain links connected to the = domain managed by the PNC, which is still polinomial in the number of domains and inter-domain links.

     

    Regarding path comp= utation for paths in diversity, it should be still polinomial, as if you us= e for example the Bhandari algorithm to do so, you see that it’s actu= ally a sequence of two Dijkstra path computations plus some network transformation in between (modification of some link wei= ghts). The first instance is a traditional path computation, while the seco= nd one is a modified version allowing negative costs on the edges, but stil= l polinomial. So once again the result should still be polinomial and the number of request shouldn’= t diverge.

     

    Now, something abou= t the other approach mentioned in your e-mail, which implies computing all = the possible paths inside any domain in advance.

    It is polinomial as= well, but with a higher number of path computations, as for any domain in = the network you have to compute L(L-1)/2 paths.

    Of course, you̵= 7;ll say, this happens once and not at any path computation. That’s t= rue, but :

     

    -     =      As soon as network get increasingly= used, the computed paths could become invalid. So you need to recompute th= em as needed and advertise all the changes

    -     =      You perform a path computation R= 20;in advance”, that is before the actual request is done, and theref= ore PNC cannot be aware of the future requirements in term of bandwidth, ob= jective functions, constraints and so on. Computed paths will not be suitable in general for all the future requests, and of = course it’s not conceivable to compute those paths for all the possib= le combinations of the request parameters (this should grow esponentially!)=

     

    Something that I wo= uld like to investigate further is the possibility for the MDSC to store th= e results of the path computations  returned by the PNCs along the tim= e and reuse them as applicable during the future path computations.

    At the end of the d= ay this is something similar to the connectivity matrix concept, with two m= ain differences:

     

    -     =      It’s built incrementally from= real requests and therefore with real parameters

    -     =      It’s build by MDSC and mainta= ined inside MDSC, no need for notifications.

     

    BR

    Francesco

     

     

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 10 November, 2016 5:15 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller = <Dieter.Beller@nokia.com&= gt;
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; TEAS WG (teas@ietf.org) <te= as@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Franseco,

     

    We have discussed with= Italo the applicability of path computation service for multi-domain scena= rios and agreed (at least my impression) that this realistically works for = no more than two or three domains. For a single e2e path computation the number of paths MDSC needs to request fr= om PNCs grows exponentially with the number of domains and the number of in= ter-domain links. The things get worse when MDSC needs to compute e2e diver= se (e.g. SRLG-disjoint) paths for a single e2e protected service  and still worse when MDSC needs to pl= ace more than one e2e services with global optimization criteria in mind. T= hings get still much worse when MDSCs are linked into a hierarchy, and path= computation services will have to be requested vertically through entire hierarchy from all subordinate MDSCs a= nd PNCs

     

    Please, see further in= line.

     

    Igor=

     

     

    From: Teas [mailto:teas-bounces@ietf.o= rg] On Behalf Of Francesco Lazzeri
    Sent: Thursday, November 10, 2016 5:02 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Igor,

    I assumed in fact a= multi-domain ACTN scenario, as stated in the abstract of draft-busibel-tea= s-yang-path-computation-00, where I believe we have the most interesting us= e cases for path computation services. I believe we should consider all of these, as the same model shall be used= both for single and multi-domain scenarios.

    Regarding path comp= utation on MDSC: in an ideal world MDSC could read topology from PNCs and c= ompute itself end-to-end paths but there are cases where this could be eith= er impossible or not convenient:

     

    -     =      For some reasons (e.g. security/pri= vacy) the PNC doesn’t export full topology information to the MDSC, s= o that such information is not suitable for a path computation on MDSC=

     

    IB>> No one expects PNC to export full topology info= rmation, it is likely to contain proprietary information and hence useless = for the MDSC anyway. PNC is expected to expose an abstract TE topology, which could be as small as a single TE node with = detailed connectivity matrix;

     

    -     =      For some reasons (e.g. scalability)= MDSC doesn’t want to get full topology information from the subtende= d domains

    IB>> See comment above;

     

    -     =      For some reasons (e.g. lack of know= ledge about the internal model of the equipment managed by the PNC : especi= ally in WDM networks) MDSC is not capable to cumpute reliably a feasible pa= th in a domain

    IB>> This is not a concern: all the necessary comput= ations are done already by PNCs when exposing and updating the abstract TE = topologies.

     

    IB>> Furthermore, according to ACTN MDSCs could be l= inked in a hierarchy. This means that for a top level MDSC e2e path computa= tion, the path computation services need to be requested hierarchically from all subordinate MDSCs and PNCs acr= oss all hierarchy levels. In contrast, multi-level abstraction of TE topolo= gies is not a problem

     

    BR

    Francesco

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 8:33 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller = <Dieter.Beller@nokia.com&= gt;
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; TEAS WG (teas@ietf.org) <te= as@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,

     

    Please, note that t= he context of this discussion is single domain. In my opinion MDSC  sh= ould not rely on the Path computation services (stateless or stateful) prov= ided by PNCs, rather, on its own path computation on TE topology, the product of  merging of abstract TE topologies cat= ered by the subordinate PNCs. And BTW said abstract TE topologies should be= kept up-to-date by the PNCs (i.e. with updates, stateful).

     

    Igor

     

     

     

    From: Teas [mailto:teas-bounces= @ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Wednesday, November 09, 2016 12:42 PM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.org= ; CCAMP (ccamp@ie= tf.org); Scharf, Michael (Nokia - DE); pce@i= etf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls]     http://tools.ietf.org/html= /draft-busibel-teas-yang-path-computation-00

     

    Well, I know implem= entations of both the “flavours”, and I would say that the most= complex are the pre-planned ones.

    So, it could be an = interesting use case, but we need to be aware that it comes with a price.

    Take also into acco= unt that the path recomputation inside the provider could not necessarily o= ffer an optimal solution end-to-end, and the client (the MDSC actually) sho= uld anyway check whether the end-to-end path, when a change happens on a segment, is still in compliance with its = constraints (e.g. if there is a latency constraint on the end-to-end path, = it may happen that the recomputed segment has a longer latency that leads t= o exceeding the constraint on the end to end path : but the provider only sees that single segment of the en= d-to-end path and taking into account the end-to-end constraints could be r= eally difficult).

     

    Regarding the TE-li= nk, I was actually interested on what the provider (that is the PNC) advert= ises to the client (MDSC) when reservation occurs. It cannot advertise A= 217;B’ as it knows only A and B, but advertising AB seems to me not correct.

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 4:56 PM
    To: Francesco Lazzeri <    francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,<= /span>

     

    Please, see in-line.

     

    Igor=

     

     

     

    From: Teas [mailto:teas-bounces= @ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Wednesday, November 09, 2016 10:27 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.org= ; CCAMP (ccamp@ie= tf.org); Scharf, Michael (Nokia - DE); pce@i= etf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls]     http://tools.ietf.org/html= /draft-busibel-teas-yang-path-computation-00

     

    Igor,

     

    1)     = ; IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn’t better for= a client (and provider) to ask what is needed when it’s needed, and get the best result back at that moment= ?

    IB>> What happens it the provider at this moment says: ̶= 0; No, I have nothing for you” ?  What if the path was relied up= on by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

       &= nbsp;   FL>> Probably the same in case the provider notifie= s “Hey, I have no longer anything for you”.

     

    IB>> But this would = be a bit too late, wouldn’t it? Wouldn’t it be better if the cl= ient has learnt about the previously returned path unfeasibility ahead of t= ime, so that it could re-plan it’s failure recovery scheme?

     

    If there is no (mor= e) path, there is no path. The client could only try and crankback looking = for some different path or report an alarm.

     

    IB>> Relying on cran= kbaks in an unpredictable way is not exactly a good solution, right?

     

    The scenario that s= eems more applicable to your proposal is a pre-planned restoration mechanis= m where we have a worker path in-service and a protection path just compute= d (but not reserving network resources, in order to share them among several protection paths), in a multi-domain = network. In that case, reserving te-tunnels like you suggest, could give an= advantage, as the end-to-end cranckback could occur when the notification = with “no-path” is triggered by the provider (that means the protection path or some of its segments is no lon= ger valid) and not when the path deployment is triggered by the client (tha= t means the worker path is gone and we need the protection immediately). Is= this the case you are considering ?

     

    IB>> Exactly. All th= e scenarios you can think of where you don’t know when and where a pr= oblem may happen and you want to maintain flexibility and share the network= resources to protect as much as you can

     

    In other cases, as = when used during an end-to-end path computation with immediate deployment t= o reduce the possibility of conflicts among concurrent procedures, it seems= to me less important or applicable, as all these procedures will likely be orchestrated by the same entity, wh= ich could well avoid conflicts.

     

    IB>> All cases where= the provider wants to expose a potentiality without committing resources t= o cover for the client multiple use cases and provide at the same time some= degree (albeit not perfect) predictability.

     

     <= /o:p>

    2)     = ; Regarding the abstract link in the = overlay topology, I still can’t see what the provider will advertise.= If it’s a new link representing the forwarding adjacency between A&#= 8217; and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link A̵= 7;B’ points to the underlay (provider) TE topology where the path is = computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

    FL>> This means that the provider just sends the reply to th= e path computation request and doesn’t advertise any new TE link to t= he client ? This is actually what I would expect: the task to manage TE-links in the overlay topology is with the client.

     

    IB>> Overlay TE topology manager advertises a TE link that is suppo= rted not by a provisioned in a server layer TE tunnel (connection), rather,= by a computed and monitored path. This way the overlay TE topology manger can advertise multiple abstract TE links ma= pped onto the same network resources 

     

    Francesco

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 3:47 PM
    To: Francesco Lazzeri <    francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,<= /span>

     

    1)     = ; IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn’t better for= a client (and provider) to ask what is needed when it’s needed, and get the best result back at that moment= ?

    IB>> What happens it the provider at this moment says: ̶= 0; No, I have nothing for you” ?  What if the path was relied up= on by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

     <= /o:p>

     <= /o:p>

    2)     = ; Regarding the abstract link in the = overlay topology, I still can’t see what the provider will advertise.= If it’s a new link representing the forwarding adjacency between A&#= 8217; and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link A̵= 7;B’ points to the underlay (provider) TE topology where the path is = computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

     

     

    Igor

     

     

    From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com]
    Sent: Wednesday, November 09, 2016 9:26 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.org= ; CCAMP (ccamp@ie= tf.org); Scharf, Michael (Nokia - DE); pce@i= etf.org; TEAS WG (teas@ietf.org)
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00

     

    Igor,

    IMHO simplicity pay= s back. Instead than maintaining all these states, notifying clients all th= e times something changes, and repeating path-computation as needed, isn= 217;t better for a client (and provider) to ask what is needed when it’s needed, and get the best result back at= that moment ?

    Regarding the abstr= act link in the overlay topology, I still can’t see what the provider= will advertise. If it’s a new link representing the forwarding adjac= ency between A’ and B’, how it will be represented by the provider ?

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 2:48 PM
    To: Fatai Zhang <    = zhangfatai@huawei.com>; Francesco L= azzeri <frances= co.lazzeri@ericsson.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Hi Francesco,

     <= /o:p>

    Please, see in-line= .

     <= /o:p>

    Cheers,=

    Igor

     <= /o:p>

    The point here is f= or how long the provider should keep the computed path and its request para= meters

     <= /o:p>

    IB>> As far as t= he provider is concerned, the requested path and its parameters is a TE tun= nel (albeit computed but not provisioned). So it keeps the state until the = client removes the TE tunnel.

     <= /o:p>

    (in fact if we want= to have a possibly better path, at any change inside provider topology, re= source status and usage, the provider should check if the computed path is = still feasible and/or redo path computation to find a better path). This could be an overhead, in my view.=

     <= /o:p>

    IB>> For example= , if provider is to ensure the path’s feasibility, all it needs is to= detect a change in a TE link the path is going through and make sure that = the  change does not make the path unfeasible. Only in the latter case the path re-computation needs to be scheduled and perfo= rmed in a background thread.

     <= /o:p>

    Furthermore, I can&= #8217;t see how the provider could export the abstract TE-link, as this is = inside the client topology;

    IB>> The abstrac= t link is a part of the abstract topology “cooked” (customized)= for the client, which is supported by the computed path in the underlay to= pology, which is the provider’s topology.

     <= /o:p>

    in fact, if the cli= ent is asking for a path between A and B (A and B inside provider topology)= , having A’ (in client topology) connected to A and B’ (in clie= nt topology) connected to B, the relevant abstract TE link (the forwarding adjacency) should be built between A’ and B&= #8217;, that is in the client topology; therefore the client should be in c= harge of managing it, as the provider is not aware of A’ and B’= .

     <= /o:p>

    IB>> This is cor= rect, but note that the two topologies (underlay and overlay) according to = the TE topology model have independent and unrelated name spaces for node, = link and SRLG IDs. So it is perfectly Ok.

     

    IB>> Also note t= hat according  to TE topology model  one important attribute of a= TE node (especially abstract composite node) is connectivity matrix, which is nothing but a set of stateful paths computed, re-computed and c= onstantly monitored (but not reserved) over the TE topology the node encaps= ulates.  This means that stateful unreserved paths play already a very imp= ortant part in supporting TE topologies with asymmetrical blocking abstract= TE nodes.

     

    Igor

     <= /o:p>

     <= /o:p>

     <= /o:p>

     <= /o:p>

    BR

    Francesco

     <= /o:p>

    From:= CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: 04 November, 2016 7:12 PM
    To: Dieter Beller <    Dieter.Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; TEAS WG (teas@ietf.org) <tea= s@ietf.org>; pce@ietf.org
    Subject: Re: [CCAMP] [mpls]     http://tools.ietf.org/htm= l/draft-busibel-teas-yang-path-computation-00

     

    Dieter,

     

    A client may ask for a= path not to be used immediately (e.g. to present as an abstract TE link to= its own client, in some failure restoration scheme or as a part of disaste= r recovery network topology re-configuration) without committing any network resources. In this case the client would wa= nt to know at least  if/when the path has stopped being feasible any l= onger or (ideally) a better path is available.

     

    This is similar to exp= osing to a client an abstract TE topology with an uncommitted abstract TE l= ink (i.e. TE link that does not have a committed TE tunnel supporting it an= d advertises potentiality). Once such link is provided, the provider is expected to send updates when/if the TE = link attributes change. For uncommitted/potential TE link such updates coul= d be provided based on event driven re-computation of the potentiality the = TE link represents.

    The point is that an u= ncommitted abstract TE link and COMPUTE_ONLY TE tunnel can represent (each = in its own way) the same network potentiality

     

    Cheers,

    Igor=

     

     

     

    From: Dieter Beller [mailto:D= ieter.Beller@nokia.com]
    Sent: Friday, November 04, 2016 1:49 PM
    To: Igor Bryskin
    Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00

     

    Hi Igor,

    could you please clarify how useful a stateful path without resource all= ocation is. I can't see the benefits of this use case.


    Thanks,
    Dieter

    On 04.11.2016 14:25, Igor Bryskin wrote:<= /p>

    Hi Dieter,=

     

    A provider may compute= path(s) for a TE tunnel, and then (without any resource allocation) may st= art monitoring/ensuring the path validity/optimality by re-computing them i= n an event driven manner. For example, it can trigger the re-computation of the path(s) when detecting a change i= n a state of a TE link the current path(s) are going through.  Dependi= ng on the results additional notifications may be sent to the client.

     

    Note that this is in a= ddition to the reasons you correctly identified for implementing stateful p= ath computation (such as compute_and_reserve).

     

    Cheers,

    Igor=

     

     

    From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.c= om]
    Sent: Thursday, November 03, 2016 6:27 PM
    To: Leeyoung
    Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (    ccamp@ietf.org);     pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00

     

    Hi all, 
     
    when we talk about the stateful path computation use case, it means IM=
HO that when a path has been calculated successfully in response to a reque=
st, a new path object is created in the data store. This does only make sen=
se if the resources have been allocated in the TED of the PCE irrespective =
of the fact whether the connection along this path will be established righ=
t away or at a later point in time. This will prevent further path computat=
ion requests from assuming that the resources are still available. As the T=
ED of the PCE also has to reflect the network state, I would assume that th=
e network resources can be in one of the following three states: available,=
 allocatedButNotInUse,  allocatedAndInUse. The path objects also need =
state information reflecting for example the alarm state of the allocated r=
esources. The path calculated earlier may become (temporarily) invalid due =
to a link failure affecting the path. 
     
    Does this make sense? 
     
     
    Thanks, 
    Dieter
     
    Sent from my tablet
     
    Leeyoung <leeyoung@hu=
awei.com> wrote:
     

    Igor,

     

    When you say “st= ate”, are you referring to the YANG datastore or some other “in= terim” state of those paths that are calculated but not instantiated = as LSPs? If we were to update the YANG datastore for this, I would think that we may have some issue when the customer decided not to i= nstantiate the TE tunnel (after the path compute request).

     

    Thanks.

    Young

     

     

    From: Igor Bryskin
    Sent: Thursday, November 03, 2016 3:02 PM
    To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/draft-busibel= -teas-yang-path-computation-00

     

    Young,

     

    From the provider cont= roller point of view COMPUTE_ONLY TE tunnels will have exactly the same sta= te as “normal” (COMPUTE_ADN_PROVISION) TE tunnels.<= /o:p>

     

    Igor=

     

    From: Leeyoung
    Sent: Thursday, November 03, 2016 3:42 PM
    To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (    ccamp@ietf.org); pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/draft-busibel= -teas-yang-path-computation-00

     

    Igor,

     

    In such case, would th= e YANG datastore be updated? I guess not. If not, then the system/controlle= r has to keep this interim state, would it?

     

    Thanks.

    Young

     

    From: Igor Bryskin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/draft-busibel= -teas-yang-path-computation-00

     

    Michael,

    You are exactly right.= The purpose of the “compute-only” TE tunnel is to create/maint= ain the normal TE tunnel state and (re-)compute TE paths for the TE tunnel = connections/LSPs but not signal/provision the LSPs.

     

    Igor=

     

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@noki= a.com]
    Sent: Thursday, November 03, 2016 3:17 PM
    To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (    ccamp@ietf.org); pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/draft-busibel= -teas-yang-path-computation-00

     

    Isn’t the intent= ion of defining „compute-only tunnels“ to create state in the c= ontroller, but not to signal them? If the tunnel should be signaled and res= ources shall be allocated, why not just configure a vanilla tunnel? Uses cases seem to exist for both variants, and both can be encode= d in YANG. Is there anything I miss here?

     

    Michael

     

     

    From: Leeyoung= [mailto:leeyoung= @huawei.com]
    Sent: Thursday, November 03, 2016 7:49 PM
    To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; = CCAMP (    ccamp@ietf.org<= /span>); pce@ietf.org<= span lang=3D"DE" style=3D"font-size:10.0pt;font-family:"Tahoma",s= ans-serif">; TEAS WG (t= eas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Hi Michael,

     

    I think I am with you = on your point. If we use rpc, it is clear. On the other hand, if we were to= use “stateful compute-only” it seems that the system/controlle= r has to keep the state of the paths somewhere which is not YANG datastore. My understanding is that YANG datastore is updated = only when the path is signaled and resource is allocated. Would this give t= he system/controller additional burden to keep the “interim” st= ate?

     

    Young

     

    From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
    Sent: Thursday, November 03, 2016 8:58 AM
    To: Daniele Ceccarelli; Igor Bryskin; CCAMP (    ccamp@ietf.org); pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: Re: [CCAMP]     http://tools.ietf.org/html/draft= -busibel-teas-yang-path-computation-00

     

    Maybe I miss something= , but to me, the domain controller either computes a path stateless, which = can be modeled in YANG in an RPC. Or the domain controller computes a path,= stores state, and provides access to the result in the YANG datastore. In the latter case, whether resources ar= e allocated, or whether the NEs get actually provisioned, is an orthogonal = question.

     

    As a side note, I am n= ot sure of I would call a domain controller or an NMS a PCE. Path computati= on is only a subset of the functions of a domain controller.

     

    Michael

     

     

     

    From: Daniele Ceccarelli [mailto:daniele.ceccarelli@eri= csson.com]
    Sent: Thursday, November 03, 2016 2:49 PM
    To: Scharf, Michael     (Nokia - DE); Igor Bryskin; C= CAMP (ccamp@ietf.org); pce@ietf.org<= span lang=3D"DE" style=3D"font-size:10.0pt;font-family:"Tahoma",s= ans-serif">; TEAS WG (t= eas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Can you please explain what the “stateful comp= ute-only” stands for I don’t understand what is stateful in a p= ath computation request only.

    IMHO either I ask the PCE (SDN controller, NMS, what= ever) to compute a path and then forget about it or I ask to compute and pr= ovision it. I don’t understand the value of asking for it and remembe= ring about it.

     

    BR
    Daniele 

     

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: gioved=EC 3 novembre 2016 14:45
    To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    We have discussed this= before. From an implementer’s perspective, the two clean solutions t= o the problem seem to either stateful „compute-only“ tunnels or= a stateless RPC.

     

    Michael

     

     

    From: mpls [mailto:mpls-bounc= es@ietf.org] On Behalf Of Igor Bryskin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Daniele Ceccarelli; CCAMP (    ccamp@ietf.org); pce@ietf.org<= span lang=3D"DE" style=3D"font-size:10.0pt;font-family:"Tahoma",s= ans-serif">; TEAS WG (    t= eas@ietf.org); mpls@ietf.org
    Subject: [ALU] [mpls]    http://tools.ietf.or= g/html/draft-busibel-teas-yang-path-computation-00

     

    Hi,<= /p>

     

    From the draft:=

     

    6. =    YANG Model for requesting Path Computation

     

     

      = ; Work on extending the TE Tunnel YANG model to support the need to<= o:p>

      = ; request path computation has recently started also in the context of

      = ; the [T= E-TUNNEL] draft.

     

      = ; It is possible to request path computation by configuring a

      = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

      = ; LSP(s) Record-Route Object (RRO) list as described in [T= E-TUNNEL].

     

      = ; This is a stateful solution since the state of each created

      = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

      = ; underlying network conditions change.

     

      = ; The need also for a stateless solution, based on an RPC, has been<= o:p>

      = ; recognized.

     

     

      = ; The YANG model to support stateless RPC is for further study.=

     

     

     

     

     

    IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

     

    Cheers,

    Igor

     

     

     

     

     

     

     

    --_000_AM4PR07MB1521618A37FE4B3A530703B496B80AM4PR07MB1521eurp_-- From nobody Thu Nov 10 15:38:36 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id C5AF81295BE; Thu, 10 Nov 2016 15:38:30 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.707 X-Spam-Level: X-Spam-Status: No, score=-5.707 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001, T_KAM_HTML_FONT_INVALID=0.01] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id qRg7BE7gyzSs; Thu, 10 Nov 2016 15:38:24 -0800 (PST) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 0B93C129415; Thu, 10 Nov 2016 15:38:22 -0800 (PST) Received: from 172.18.7.190 (EHLO lhreml701-cah.china.huawei.com) ([172.18.7.190]) by lhrrg01-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id DAD26004; Thu, 10 Nov 2016 23:38:17 +0000 (GMT) Received: from LHREML504-MBS.china.huawei.com ([10.125.30.107]) by lhreml701-cah.china.huawei.com ([10.201.5.93]) with mapi id 14.03.0235.001; Thu, 10 Nov 2016 23:38:09 +0000 From: Italo Busi To: Igor Bryskin , Francesco Lazzeri , Fatai Zhang , "Dieter Beller" Thread-Topic: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 Thread-Index: AQHSO23iykJJwiMPcEi+8pkQxHy26KDS13dw Date: Thu, 10 Nov 2016 23:38:09 +0000 Message-ID: <91E3A1BD737FDF4FA14118387FF6766B156AB6D1@lhreml504-mbs> References: <0C72C38E7EBC34499E8A9E7DD007863908F0EF32@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5BB53@FR712WXCHMBA15.zeu.alcatel-lucent.com> <655C07320163294895BBADA28372AF5D48B5BC01@FR712WXCHMBA15.zeu.alcatel-lucent.com> <7AEB3D6833318045B4AE71C2C87E8E172A8CC9D2@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5C82F@FR712WXCHMBA15.zeu.alcatel-lucent.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F10B@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA51@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F12D@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA9B@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F1E1@dfweml501-mbx> <9762bdb8-e73c-7653-3243-f7add7a9ce7c@nokia.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F242@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F747@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F774@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F7CA@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F824@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F961@dfweml501-mbx> In-Reply-To: <0C72C38E7EBC34499E8A9E7DD007863908F0F961@dfweml501-mbx> Accept-Language: it-IT, en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.220.135.253] Content-Type: multipart/alternative; boundary="_000_91E3A1BD737FDF4FA14118387FF6766B156AB6D1lhreml504mbs_" MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A010206.582504EA.0117, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: 0901344d095fe8d56d1389466178eea4 Archived-At: Cc: "mpls@ietf.org" , "CCAMP \(ccamp@ietf.org\)" , "Scharf, Michael \(Nokia - DE\)" , "pce@ietf.org" , "TEAS WG \(teas@ietf.org\)" Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 10 Nov 2016 23:38:31 -0000 --_000_91E3A1BD737FDF4FA14118387FF6766B156AB6D1lhreml504mbs_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Igor, I have discussed the issue with many TE domains with co-authors and we have= addressed it in section 3.3 of the draft: As discussed in section 2.2, there are some scalability issues with path co= mputation requests in a multi-domain TE network with many TE domains, in te= rms of the number of requests to send to the TE domain controllers. It woul= d therefore be worthwhile using the TE topology information provided by the= domain controllers to limit the number of requests. An example about how this logic would work is provided in the remaining par= t o f section 3.3 (too long to replicate here the text). The bottom-line conclusion we have reached is described at the end of secti= on 3 of the draft: In nutshell, there is a scalability trade-off between providing all the TE = information needed by the Orchestrator's PCE to take optimal path computati= on decisions by its own versus requesting the Orchestrator to ask to too ma= ny underlying SDN Domain Controllers a set of feasible optimal intra-domain= TE paths. IMHO, this approach solves the issue and makes path computation applicable = also to multi-domain TE networks with many TE networks. What do you think? Italo From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: gioved=EC 10 novembre 2016 17:15 To: Francesco Lazzeri; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pc= e@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Franseco, We have discussed with Italo the applicability of path computation service = for multi-domain scenarios and agreed (at least my impression) that this re= alistically works for no more than two or three domains. For a single e2e p= ath computation the number of paths MDSC needs to request from PNCs grows e= xponentially with the number of domains and the number of inter-domain link= s. The things get worse when MDSC needs to compute e2e diverse (e.g. SRLG-d= isjoint) paths for a single e2e protected service and still worse when MDS= C needs to place more than one e2e services with global optimization criter= ia in mind. Things get still much worse when MDSCs are linked into a hierar= chy, and path computation services will have to be requested vertically thr= ough entire hierarchy from all subordinate MDSCs and PNCs Please, see further in line. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Thursday, November 10, 2016 5:02 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, I assumed in fact a multi-domain ACTN scenario, as stated in the abstract o= f draft-busibel-teas-yang-path-computation-00, where I believe we have the = most interesting use cases for path computation services. I believe we shou= ld consider all of these, as the same model shall be used both for single a= nd multi-domain scenarios. Regarding path computation on MDSC: in an ideal world MDSC could read topol= ogy from PNCs and compute itself end-to-end paths but there are cases where= this could be either impossible or not convenient: - For some reasons (e.g. security/privacy) the PNC doesn't export = full topology information to the MDSC, so that such information is not suit= able for a path computation on MDSC IB>> No one expects PNC to export full topology information, it is likely t= o contain proprietary information and hence useless for the MDSC anyway. PN= C is expected to expose an abstract TE topology, which could be as small as= a single TE node with detailed connectivity matrix; - For some reasons (e.g. scalability) MDSC doesn't want to get ful= l topology information from the subtended domains IB>> See comment above; - For some reasons (e.g. lack of knowledge about the internal mode= l of the equipment managed by the PNC : especially in WDM networks) MDSC is= not capable to cumpute reliably a feasible path in a domain IB>> This is not a concern: all the necessary computations are done already= by PNCs when exposing and updating the abstract TE topologies. IB>> Furthermore, according to ACTN MDSCs could be linked in a hierarchy. T= his means that for a top level MDSC e2e path computation, the path computat= ion services need to be requested hierarchically from all subordinate MDSCs= and PNCs across all hierarchy levels. In contrast, multi-level abstraction= of TE topologies is not a problem BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 8:33 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, Please, note that the context of this discussion is single domain. In my op= inion MDSC should not rely on the Path computation services (stateless or = stateful) provided by PNCs, rather, on its own path computation on TE topol= ogy, the product of merging of abstract TE topologies catered by the subor= dinate PNCs. And BTW said abstract TE topologies should be kept up-to-date = by the PNCs (i.e. with updates, stateful). Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Wednesday, November 09, 2016 12:42 PM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Well, I know implementations of both the "flavours", and I would say that t= he most complex are the pre-planned ones. So, it could be an interesting use case, but we need to be aware that it co= mes with a price. Take also into account that the path recomputation inside the provider coul= d not necessarily offer an optimal solution end-to-end, and the client (the= MDSC actually) should anyway check whether the end-to-end path, when a cha= nge happens on a segment, is still in compliance with its constraints (e.g.= if there is a latency constraint on the end-to-end path, it may happen tha= t the recomputed segment has a longer latency that leads to exceeding the c= onstraint on the end to end path : but the provider only sees that single s= egment of the end-to-end path and taking into account the end-to-end constr= aints could be really difficult). Regarding the TE-link, I was actually interested on what the provider (that= is the PNC) advertises to the client (MDSC) when reservation occurs. It ca= nnot advertise A'B' as it knows only A and B, but advertising AB seems to m= e not correct. BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 4:56 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, Please, see in-line. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Wednesday, November 09, 2016 10:27 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? FL>> Probably the same in case the provider notifies "Hey, I have no= longer anything for you". IB>> But this would be a bit too late, wouldn't it? Wouldn't it be better i= f the client has learnt about the previously returned path unfeasibility ah= ead of time, so that it could re-plan it's failure recovery scheme? If there is no (more) path, there is no path. The client could only try and= crankback looking for some different path or report an alarm. IB>> Relying on crankbaks in an unpredictable way is not exactly a good sol= ution, right? The scenario that seems more applicable to your proposal is a pre-planned r= estoration mechanism where we have a worker path in-service and a protectio= n path just computed (but not reserving network resources, in order to shar= e them among several protection paths), in a multi-domain network. In that = case, reserving te-tunnels like you suggest, could give an advantage, as th= e end-to-end cranckback could occur when the notification with "no-path" is= triggered by the provider (that means the protection path or some of its s= egments is no longer valid) and not when the path deployment is triggered b= y the client (that means the worker path is gone and we need the protection= immediately). Is this the case you are considering ? IB>> Exactly. All the scenarios you can think of where you don't know when = and where a problem may happen and you want to maintain flexibility and sha= re the network resources to protect as much as you can In other cases, as when used during an end-to-end path computation with imm= ediate deployment to reduce the possibility of conflicts among concurrent p= rocedures, it seems to me less important or applicable, as all these proced= ures will likely be orchestrated by the same entity, which could well avoid= conflicts. IB>> All cases where the provider wants to expose a potentiality without co= mmitting resources to cover for the client multiple use cases and provide a= t the same time some degree (albeit not perfect) predictability. 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. FL>> This means that the provider just sends the reply to the path computat= ion request and doesn't advertise any new TE link to the client ? This is a= ctually what I would expect: the task to manage TE-links in the overlay top= ology is with the client. IB>> Overlay TE topology manager advertises a TE link that is supported not= by a provisioned in a server layer TE tunnel (connection), rather, by a co= mputed and monitored path. This way the overlay TE topology manger can adve= rtise multiple abstract TE links mapped onto the same network resources Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 3:47 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. Igor From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com] Sent: Wednesday, November 09, 2016 9:26 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Igor, IMHO simplicity pays back. Instead than maintaining all these states, notif= ying clients all the times something changes, and repeating path-computatio= n as needed, isn't better for a client (and provider) to ask what is needed= when it's needed, and get the best result back at that moment ? Regarding the abstract link in the overlay topology, I still can't see what= the provider will advertise. If it's a new link representing the forwardin= g adjacency between A' and B', how it will be represented by the provider ? BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 2:48 PM To: Fatai Zhang >; Fran= cesco Lazzeri >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Francesco, Please, see in-line. Cheers, Igor The point here is for how long the provider should keep the computed path a= nd its request parameters IB>> As far as the provider is concerned, the requested path and its parame= ters is a TE tunnel (albeit computed but not provisioned). So it keeps the = state until the client removes the TE tunnel. (in fact if we want to have a possibly better path, at any change inside pr= ovider topology, resource status and usage, the provider should check if th= e computed path is still feasible and/or redo path computation to find a be= tter path). This could be an overhead, in my view. IB>> For example, if provider is to ensure the path's feasibility, all it n= eeds is to detect a change in a TE link the path is going through and make = sure that the change does not make the path unfeasible. Only in the latter= case the path re-computation needs to be scheduled and performed in a back= ground thread. Furthermore, I can't see how the provider could export the abstract TE-link= , as this is inside the client topology; IB>> The abstract link is a part of the abstract topology "cooked" (customi= zed) for the client, which is supported by the computed path in the underla= y topology, which is the provider's topology. in fact, if the client is asking for a path between A and B (A and B inside= provider topology), having A' (in client topology) connected to A and B' (= in client topology) connected to B, the relevant abstract TE link (the forw= arding adjacency) should be built between A' and B', that is in the client = topology; therefore the client should be in charge of managing it, as the p= rovider is not aware of A' and B'. IB>> This is correct, but note that the two topologies (underlay and overla= y) according to the TE topology model have independent and unrelated name s= paces for node, link and SRLG IDs. So it is perfectly Ok. IB>> Also note that according to TE topology model one important attribut= e of a TE node (especially abstract composite node) is connectivity matrix,= which is nothing but a set of stateful paths computed, re-computed and con= stantly monitored (but not reserved) over the TE topology the node encapsul= ates. This means that stateful unreserved paths play already a very import= ant part in supporting TE topologies with asymmetrical blocking abstract TE= nodes. Igor BR Francesco From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: 04 November, 2016 7:12 PM To: Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; TEAS WG= (teas@ietf.org) = >; pce@ietf.org Subject: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel-teas-y= ang-path-computation-00 Dieter, A client may ask for a path not to be used immediately (e.g. to present as = an abstract TE link to its own client, in some failure restoration scheme o= r as a part of disaster recovery network topology re-configuration) without= committing any network resources. In this case the client would want to kn= ow at least if/when the path has stopped being feasible any longer or (ide= ally) a better path is available. This is similar to exposing to a client an abstract TE topology with an unc= ommitted abstract TE link (i.e. TE link that does not have a committed TE t= unnel supporting it and advertises potentiality). Once such link is provide= d, the provider is expected to send updates when/if the TE link attributes = change. For uncommitted/potential TE link such updates could be provided ba= sed on event driven re-computation of the potentiality the TE link represen= ts. The point is that an uncommitted abstract TE link and COMPUTE_ONLY TE tunne= l can represent (each in its own way) the same network potentiality Cheers, Igor From: Dieter Beller [mailto:Dieter.Beller@nokia.com] Sent: Friday, November 04, 2016 1:49 PM To: Igor Bryskin Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Igor, could you please clarify how useful a stateful path without resource alloca= tion is. I can't see the benefits of this use case. Thanks, Dieter On 04.11.2016 14:25, Igor Bryskin wrote: Hi Dieter, A provider may compute path(s) for a TE tunnel, and then (without any resou= rce allocation) may start monitoring/ensuring the path validity/optimality = by re-computing them in an event driven manner. For example, it can trigger= the re-computation of the path(s) when detecting a change in a state of a = TE link the current path(s) are going through. Depending on the results ad= ditional notifications may be sent to the client. Note that this is in addition to the reasons you correctly identified for i= mplementing stateful path computation (such as compute_and_reserve). Cheers, Igor From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com] Sent: Thursday, November 03, 2016 6:27 PM To: Leeyoung Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi all, when we talk about the stateful path computation use case, it means IMHO th= at when a path has been calculated successfully in response to a request, a= new path object is created in the data store. This does only make sense if= the resources have been allocated in the TED of the PCE irrespective of th= e fact whether the connection along this path will be established right awa= y or at a later point in time. This will prevent further path computation r= equests from assuming that the resources are still available. As the TED of= the PCE also has to reflect the network state, I would assume that the net= work resources can be in one of the following three states: available, allo= catedButNotInUse, allocatedAndInUse. The path objects also need state info= rmation reflecting for example the alarm state of the allocated resources. = The path calculated earlier may become (temporarily) invalid due to a link = failure affecting the path. Does this make sense? Thanks, Dieter Sent from my tablet Leeyoung wrote: Igor, When you say "state", are you referring to the YANG datastore or some other= "interim" state of those paths that are calculated but not instantiated as= LSPs? If we were to update the YANG datastore for this, I would think that= we may have some issue when the customer decided not to instantiate the TE= tunnel (after the path compute request). Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 3:02 PM To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Young, >From the provider controller point of view COMPUTE_ONLY TE tunnels will hav= e exactly the same state as "normal" (COMPUTE_ADN_PROVISION) TE tunnels. Igor From: Leeyoung Sent: Thursday, November 03, 2016 3:42 PM To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Igor, In such case, would the YANG datastore be updated? I guess not. If not, the= n the system/controller has to keep this interim state, would it? Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Michael, You are exactly right. The purpose of the "compute-only" TE tunnel is to cr= eate/maintain the normal TE tunnel state and (re-)compute TE paths for the = TE tunnel connections/LSPs but not signal/provision the LSPs. Igor From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: Thursday, November 03, 2016 3:17 PM To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Isn't the intention of defining "compute-only tunnels" to create state in t= he controller, but not to signal them? If the tunnel should be signaled and= resources shall be allocated, why not just configure a vanilla tunnel? Use= s cases seem to exist for both variants, and both can be encoded in YANG. I= s there anything I miss here? Michael From: Leeyoung [mailto:leeyoung@huawei.com] Sent: Thursday, November 03, 2016 7:49 PM To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Hi Michael, I think I am with you on your point. If we use rpc, it is clear. On the oth= er hand, if we were to use "stateful compute-only" it seems that the system= /controller has to keep the state of the paths somewhere which is not YANG = datastore. My understanding is that YANG datastore is updated only when the= path is signaled and resource is allocated. Would this give the system/con= troller additional burden to keep the "interim" state? Young From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (N= okia - DE) Sent: Thursday, November 03, 2016 8:58 AM To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Maybe I miss something, but to me, the domain controller either computes a = path stateless, which can be modeled in YANG in an RPC. Or the domain contr= oller computes a path, stores state, and provides access to the result in t= he YANG datastore. In the latter case, whether resources are allocated, or = whether the NEs get actually provisioned, is an orthogonal question. As a side note, I am not sure of I would call a domain controller or an NMS= a PCE. Path computation is only a subset of the functions of a domain cont= roller. Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_91E3A1BD737FDF4FA14118387FF6766B156AB6D1lhreml504mbs_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

    Igor,

     

    I have discussed the i= ssue with many TE domains with co-authors and we have addressed it in secti= on 3.3 of the draft:

     

    As discussed= in section 2.2, there are some scalability issues with path computation re= quests in a multi-domain TE network with many TE domains, in terms of the number of requests to send to the TE domain contr= ollers. It would therefore be worthwhile using the TE topology information = provided by the domain controllers to limit the number of requests.

     

    An example about how t= his logic would work is provided in the remaining part o f section 3.3 (too= long to replicate here the text).

     

    The bottom-line conclu= sion we have reached is described at the end of section 3 of the draft:

     

    In nutshell,= there is a scalability trade-off between providing all the TE information = needed by the Orchestrator’s PCE to take optimal path computation decisions by its own versus requesting the Orchestrator t= o ask to too many underlying SDN Domain Controllers a set of feasible optim= al intra-domain TE paths.

     

    IMHO, this approach so= lves the issue and makes path computation applicable also to multi-domain T= E networks with many TE networks.

     

    What do you think?

     

    Italo

     

    From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: gioved=EC 10 novembre 2016 17:15
    To: Francesco Lazzeri; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-= teas-yang-path-computation-00

     

    Franseco,

     

    We have discussed with= Italo the applicability of path computation service for multi-domain scena= rios and agreed (at least my impression) that this realistically works for = no more than two or three domains. For a single e2e path computation the number of paths MDSC needs to request fr= om PNCs grows exponentially with the number of domains and the number of in= ter-domain links. The things get worse when MDSC needs to compute e2e diver= se (e.g. SRLG-disjoint) paths for a single e2e protected service  and still worse when MDSC needs to pl= ace more than one e2e services with global optimization criteria in mind. T= hings get still much worse when MDSCs are linked into a hierarchy, and path= computation services will have to be requested vertically through entire hierarchy from all subordinate MDSCs a= nd PNCs

     

    Please, see further in= line.

     

    Igor=

     

     

    From: Teas [ma= ilto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Thursday, November 10, 2016 5:02 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Igor,

    I assumed in fact a= multi-domain ACTN scenario, as stated in the abstract of draft-busibel-tea= s-yang-path-computation-00, where I believe we have the most interesting us= e cases for path computation services. I believe we should consider all of these, as the same model shall be used= both for single and multi-domain scenarios.

    Regarding path comp= utation on MDSC: in an ideal world MDSC could read topology from PNCs and c= ompute itself end-to-end paths but there are cases where this could be eith= er impossible or not convenient:

     

    -   = ;       For some reasons (e.g. security/pri= vacy) the PNC doesn’t export full topology information to the MDSC, s= o that such information is not suitable for a path computation on MDSC=

     

    IB>> No one expects PNC to export full topology inf= ormation, it is likely to contain proprietary information and hence useless= for the MDSC anyway. PNC is expected to expose an abstract TE topology, which could be as small as a single TE node with = detailed connectivity matrix;

     

    -   = ;       For some reasons (e.g. scalability)= MDSC doesn’t want to get full topology information from the subtende= d domains

    IB>> See comment above;

     

    -   = ;       For some reasons (e.g. lack of know= ledge about the internal model of the equipment managed by the PNC : especi= ally in WDM networks) MDSC is not capable to cumpute reliably a feasible pa= th in a domain

    IB>> This is not a concern: all the necessary compu= tations are done already by PNCs when exposing and updating the abstract TE= topologies.

     

    IB>> Furthermore, according to ACTN MDSCs could be = linked in a hierarchy. This means that for a top level MDSC e2e path comput= ation, the path computation services need to be requested hierarchically from all subordinate MDSCs and PNCs acr= oss all hierarchy levels. In contrast, multi-level abstraction of TE topolo= gies is not a problem

     

    BR

    Francesco

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 8:33 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller = <Dieter.Beller@nokia.com&= gt;
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; TEAS WG (teas@ietf.org) <te= as@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,

     

    Please, note that t= he context of this discussion is single domain. In my opinion MDSC  sh= ould not rely on the Path computation services (stateless or stateful) prov= ided by PNCs, rather, on its own path computation on TE topology, the product of  merging of abstract TE topologies cat= ered by the subordinate PNCs. And BTW said abstract TE topologies should be= kept up-to-date by the PNCs (i.e. with updates, stateful).

     

    Igor

     

     

     

    From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Wednesday, November 09, 2016 12:42 PM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.or= g; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (    teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.i= etf.org/html/draft-busibel-teas-yang-path-computation-00

     

    Well, I know implem= entations of both the “flavours”, and I would say that the most= complex are the pre-planned ones.

    So, it could be an = interesting use case, but we need to be aware that it comes with a price.

    Take also into acco= unt that the path recomputation inside the provider could not necessarily o= ffer an optimal solution end-to-end, and the client (the MDSC actually) sho= uld anyway check whether the end-to-end path, when a change happens on a segment, is still in compliance with its = constraints (e.g. if there is a latency constraint on the end-to-end path, = it may happen that the recomputed segment has a longer latency that leads t= o exceeding the constraint on the end to end path : but the provider only sees that single segment of the en= d-to-end path and taking into account the end-to-end constraints could be r= eally difficult).

     

    Regarding the TE-li= nk, I was actually interested on what the provider (that is the PNC) advert= ises to the client (MDSC) when reservation occurs. It cannot advertise A= 217;B’ as it knows only A and B, but advertising AB seems to me not correct.

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 4:56 PM
    To: Francesco Lazzeri <    francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,<= /span>

     

    Please, see in-line.

     

    Igor=

     

     

     

    From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Wednesday, November 09, 2016 10:27 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.or= g; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (    teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.i= etf.org/html/draft-busibel-teas-yang-path-computation-00

     

    Igor,

     

    1)  &nbs= p;   IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn’t better for= a client (and provider) to ask what is needed when it’s needed, and get the best result back at that moment= ?

    IB>> What happens it the provider at this moment says: R= 20; No, I have nothing for you” ?  What if the path was relied u= pon by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

       &= nbsp;   FL>> Probably the same in case the provider notifie= s “Hey, I have no longer anything for you”.

     

    IB>> But this would = be a bit too late, wouldn’t it? Wouldn’t it be better if the cl= ient has learnt about the previously returned path unfeasibility ahead of t= ime, so that it could re-plan it’s failure recovery scheme?

     

    If there is no (mor= e) path, there is no path. The client could only try and crankback looking = for some different path or report an alarm.

     

    IB>> Relying on cran= kbaks in an unpredictable way is not exactly a good solution, right?

     

    The scenario that s= eems more applicable to your proposal is a pre-planned restoration mechanis= m where we have a worker path in-service and a protection path just compute= d (but not reserving network resources, in order to share them among several protection paths), in a multi-domain = network. In that case, reserving te-tunnels like you suggest, could give an= advantage, as the end-to-end cranckback could occur when the notification = with “no-path” is triggered by the provider (that means the protection path or some of its segments is no lon= ger valid) and not when the path deployment is triggered by the client (tha= t means the worker path is gone and we need the protection immediately). Is= this the case you are considering ?

     

    IB>> Exactly. All th= e scenarios you can think of where you don’t know when and where a pr= oblem may happen and you want to maintain flexibility and share the network= resources to protect as much as you can

     

    In other cases, as = when used during an end-to-end path computation with immediate deployment t= o reduce the possibility of conflicts among concurrent procedures, it seems= to me less important or applicable, as all these procedures will likely be orchestrated by the same entity, wh= ich could well avoid conflicts.

     

    IB>> All cases where= the provider wants to expose a potentiality without committing resources t= o cover for the client multiple use cases and provide at the same time some= degree (albeit not perfect) predictability.

     

     <= /o:p>

    2)  &nbs= p;   Regarding the abstract link in the = overlay topology, I still can’t see what the provider will advertise.= If it’s a new link representing the forwarding adjacency between A&#= 8217; and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link AR= 17;B’ points to the underlay (provider) TE topology where the path is= computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

    FL>> This means that the provider just sends the reply to t= he path computation request and doesn’t advertise any new TE link to = the client ? This is actually what I would expect: the task to manage TE-links in the overlay topology is with the client.

     

    IB>> Overlay TE topology manager advertises a TE link that is supp= orted not by a provisioned in a server layer TE tunnel (connection), rather= , by a computed and monitored path. This way the overlay TE topology manger can advertise multiple abstract TE links ma= pped onto the same network resources 

     

    Francesco

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 3:47 PM
    To: Francesco Lazzeri <    francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,<= /span>

     

    1)  &nbs= p;   IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn’t better for= a client (and provider) to ask what is needed when it’s needed, and get the best result back at that moment= ?

    IB>> What happens it the provider at this moment says: R= 20; No, I have nothing for you” ?  What if the path was relied u= pon by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

     <= /o:p>

     <= /o:p>

    2)  &nbs= p;   Regarding the abstract link in the = overlay topology, I still can’t see what the provider will advertise.= If it’s a new link representing the forwarding adjacency between A&#= 8217; and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link AR= 17;B’ points to the underlay (provider) TE topology where the path is= computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

     

     

    Igor

     

     

    From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.co= m]
    Sent: Wednesday, November 09, 2016 9:26 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.or= g; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (    teas@ietf.org)
    Subject: RE: [mpls] http://tools.ietf.org= /html/draft-busibel-teas-yang-path-computation-00

     

    Igor,

    IMHO simplicity pay= s back. Instead than maintaining all these states, notifying clients all th= e times something changes, and repeating path-computation as needed, isn= 217;t better for a client (and provider) to ask what is needed when it’s needed, and get the best result back at= that moment ?

    Regarding the abstr= act link in the overlay topology, I still can’t see what the provider= will advertise. If it’s a new link representing the forwarding adjac= ency between A’ and B’, how it will be represented by the provider ?

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 2:48 PM
    To: Fatai Zhang <    = zhangfatai@huawei.com>; Francesco L= azzeri <frances= co.lazzeri@ericsson.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Hi Francesco,

     <= /o:p>

    Please, see in-line= .

     <= /o:p>

    Cheers,=

    Igor

     <= /o:p>

    The point here is f= or how long the provider should keep the computed path and its request para= meters

     <= /o:p>

    IB>> As far as t= he provider is concerned, the requested path and its parameters is a TE tun= nel (albeit computed but not provisioned). So it keeps the state until the = client removes the TE tunnel.

     <= /o:p>

    (in fact if we want= to have a possibly better path, at any change inside provider topology, re= source status and usage, the provider should check if the computed path is = still feasible and/or redo path computation to find a better path). This could be an overhead, in my view.=

     <= /o:p>

    IB>> For example= , if provider is to ensure the path’s feasibility, all it needs is to= detect a change in a TE link the path is going through and make sure that = the  change does not make the path unfeasible. Only in the latter case the path re-computation needs to be scheduled and perfo= rmed in a background thread.

     <= /o:p>

    Furthermore, I can&= #8217;t see how the provider could export the abstract TE-link, as this is = inside the client topology;

    IB>> The abstrac= t link is a part of the abstract topology “cooked” (customized)= for the client, which is supported by the computed path in the underlay to= pology, which is the provider’s topology.

     <= /o:p>

    in fact, if the cli= ent is asking for a path between A and B (A and B inside provider topology)= , having A’ (in client topology) connected to A and B’ (in clie= nt topology) connected to B, the relevant abstract TE link (the forwarding adjacency) should be built between A’ and B&= #8217;, that is in the client topology; therefore the client should be in c= harge of managing it, as the provider is not aware of A’ and B’= .

     <= /o:p>

    IB>> This is cor= rect, but note that the two topologies (underlay and overlay) according to = the TE topology model have independent and unrelated name spaces for node, = link and SRLG IDs. So it is perfectly Ok.

     

    IB>> Also note t= hat according  to TE topology model  one important attribute of a= TE node (especially abstract composite node) is connectivity matrix, which is nothing but a set of stateful paths computed, re-computed and c= onstantly monitored (but not reserved) over the TE topology the node encaps= ulates.  This means that stateful unreserved paths play already a very imp= ortant part in supporting TE topologies with asymmetrical blocking abstract= TE nodes.

     

    Igor

     <= /o:p>

     <= /o:p>

     <= /o:p>

     <= /o:p>

    BR

    Francesco

     <= /o:p>

    From:= CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: 04 November, 2016 7:12 PM
    To: Dieter Beller <    Dieter.Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; TEAS WG (teas@ietf.org) <tea= s@ietf.org>; pce@ietf.org
    Subject: Re: [CCAMP] [mpls]     http://tools.ietf.org/htm= l/draft-busibel-teas-yang-path-computation-00

     

    Dieter,

     

    A client may ask for a= path not to be used immediately (e.g. to present as an abstract TE link to= its own client, in some failure restoration scheme or as a part of disaste= r recovery network topology re-configuration) without committing any network resources. In this case the client would wa= nt to know at least  if/when the path has stopped being feasible any l= onger or (ideally) a better path is available.

     

    This is similar to exp= osing to a client an abstract TE topology with an uncommitted abstract TE l= ink (i.e. TE link that does not have a committed TE tunnel supporting it an= d advertises potentiality). Once such link is provided, the provider is expected to send updates when/if the TE = link attributes change. For uncommitted/potential TE link such updates coul= d be provided based on event driven re-computation of the potentiality the = TE link represents.

    The point is that an u= ncommitted abstract TE link and COMPUTE_ONLY TE tunnel can represent (each = in its own way) the same network potentiality

     

    Cheers,

    Igor=

     

     

     

    From: Dieter Beller [mailto:Dieter.Beller@nokia.com]
    Sent: Friday, November 04, 2016 1:49 PM
    To: Igor Bryskin
    Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org    ); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif";color:windowtext">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls]     http://tools.ietf.org= /html/draft-busibel-teas-yang-path-computation-00

     

    Hi Igor,

    could you please clarify how useful a stateful path without resource all= ocation is. I can't see the benefits of this use case.


    Thanks,
    Dieter

    On 04.11.2016 14:25, Igor Bryskin wrote:<= /p>

    Hi Dieter,=

     

    A provider may compute= path(s) for a TE tunnel, and then (without any resource allocation) may st= art monitoring/ensuring the path validity/optimality by re-computing them i= n an event driven manner. For example, it can trigger the re-computation of the path(s) when detecting a change i= n a state of a TE link the current path(s) are going through.  Dependi= ng on the results additional notifications may be sent to the client.

     

    Note that this is in a= ddition to the reasons you correctly identified for implementing stateful p= ath computation (such as compute_and_reserve).

     

    Cheers,

    Igor=

     

     

    From: Beller, = Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com]
    Sent: Thursday, November 03, 2016 6:27 PM
    To: Leeyoung
    Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (    ccamp@ietf.org<= /span>); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls]     http://tools.ietf.org= /html/draft-busibel-teas-yang-path-computation-00

     

    Hi all, 
     
    when we talk about the stateful path computation use case,=
 it means IMHO that when a path has been calculated successfully in respons=
e to a request, a new path object is created in the data store. This does o=
nly make sense if the resources have been allocated in the TED of the PCE i=
rrespective of the fact whether the connection along this path will be esta=
blished right away or at a later point in time. This will prevent further p=
ath computation requests from assuming that the resources are still availab=
le. As the TED of the PCE also has to reflect the network state, I would as=
sume that the network resources can be in one of the following three states=
: available, allocatedButNotInUse,  allocatedAndInUse. The path object=
s also need state information reflecting for example the alarm state of the=
 allocated resources. The path calculated earlier may become (temporarily) =
invalid due to a link failure affecting the path. 
     
    Does this make sense? 
     
     
    Thanks, 
    Dieter
     
    Sent from my tablet
     
    Leeyoung <leeyoung@huawei.com> wrote:
     

    Igor,

     

    When you say “st= ate”, are you referring to the YANG datastore or some other “in= terim” state of those paths that are calculated but not instantiated = as LSPs? If we were to update the YANG datastore for this, I would think that we may have some issue when the customer decided not to i= nstantiate the TE tunnel (after the path compute request).

     

    Thanks.

    Young

     

     

    From: Igor Bry= skin
    Sent: Thursday, November 03, 2016 3:02 PM
    To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Young,

     

    From the provider cont= roller point of view COMPUTE_ONLY TE tunnels will have exactly the same sta= te as “normal” (COMPUTE_ADN_PROVISION) TE tunnels.<= /o:p>

     

    Igor=

     

    From: Leeyoung
    Sent: Thursday, November 03, 2016 3:42 PM
    To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (    ccamp@ietf.org<= /span>); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Igor,

     

    In such case, would th= e YANG datastore be updated? I guess not. If not, then the system/controlle= r has to keep this interim state, would it?

     

    Thanks.

    Young

     

    From: Igor Bry= skin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Michael,

    You are exactly right.= The purpose of the “compute-only” TE tunnel is to create/maint= ain the normal TE tunnel state and (re-)compute TE paths for the TE tunnel = connections/LSPs but not signal/provision the LSPs.

     

    Igor=

     

    From: Scharf, = Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: Thursday, November 03, 2016 3:17 PM
    To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Isn’t the intent= ion of defining „compute-only tunnels“ to create state in the c= ontroller, but not to signal them? If the tunnel should be signaled and res= ources shall be allocated, why not just configure a vanilla tunnel? Uses cases seem to exist for both variants, and both can be encode= d in YANG. Is there anything I miss here?

     

    Michael

     

     

    From: Leeyoung [mailto:leeyoung@huawei.com]
    Sent: Thursday, November 03, 2016 7:49 PM
    To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; = CCAMP (    cca= mp@ietf.org); pce@ietf.org= ; TEAS WG (teas@ietf.org); mpls@ietf.o= rg
    Subject: RE:     http://tools.iet= f.org/html/draft-busibel-teas-yang-path-computation-00

     

    Hi Michael,

     

    I think I am with you = on your point. If we use rpc, it is clear. On the other hand, if we were to= use “stateful compute-only” it seems that the system/controlle= r has to keep the state of the paths somewhere which is not YANG datastore. My understanding is that YANG datastore is updated = only when the path is signaled and resource is allocated. Would this give t= he system/controller additional burden to keep the “interim” st= ate?

     

    Young

     

    From: CCAMP [<= /span>mailto:ccamp-bo= unces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
    Sent: Thursday, November 03, 2016 8:58 AM
    To: Daniele Ceccarelli; Igor Bryskin; CCAMP (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (    teas@ietf.org); mpls@ietf.org
    Subject: Re: [CCAMP]     http://tools.ietf.or= g/html/draft-busibel-teas-yang-path-computation-00

     

    Maybe I miss something= , but to me, the domain controller either computes a path stateless, which = can be modeled in YANG in an RPC. Or the domain controller computes a path,= stores state, and provides access to the result in the YANG datastore. In the latter case, whether resources ar= e allocated, or whether the NEs get actually provisioned, is an orthogonal = question.

     

    As a side note, I am n= ot sure of I would call a domain controller or an NMS a PCE. Path computati= on is only a subset of the functions of a domain controller.

     

    Michael

     

     

     

    From: Daniele = Ceccarelli [mailto:daniele.ceccarelli@ericsson.com]
    Sent: Thursday, November 03, 2016 2:49 PM
    To: Scharf, Michael     (Nokia - DE); Igo= r Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org= ; TEAS WG (teas@ietf.org); mpls@ietf.o= rg
    Subject: RE:     http://tools.iet= f.org/html/draft-busibel-teas-yang-path-computation-00

     

    Can you please explain what the “stateful comp= ute-only” stands for I don’t understand what is stateful in a p= ath computation request only.

    IMHO either I ask the PCE (SDN controller, NMS, what= ever) to compute a path and then forget about it or I ask to compute and pr= ovision it. I don’t understand the value of asking for it and remembe= ring about it.

     

    BR
    Daniele 

     

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: gioved=EC 3 novembre 2016 14:45
    To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    We have discussed this= before. From an implementer’s perspective, the two clean solutions t= o the problem seem to either stateful „compute-only“ tunnels or= a stateless RPC.

     

    Michael

     

     

    From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Daniele Ceccarelli; CCAMP (    ccamp@ietf.org); pce@ietf.org= ; TEAS WG (teas@ietf.org); mpls@ietf.o= rg
    Subject: [ALU] [mpls]    http://t= ools.ietf.org/html/draft-busibel-teas-yang-path-computation-00

     

    Hi,<= /p>

     

    From the draft:=

     

    6. =    YANG Model for requesting Path Computation

     

     

      = ; Work on extending the TE Tunnel YANG model to support the need to<= o:p>

      = ; request path computation has recently started also in the context of

      = ; the [T= E-TUNNEL] draft.

     

      = ; It is possible to request path computation by configuring a

      = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

      = ; LSP(s) Record-Route Object (RRO) list as described in [T= E-TUNNEL].

     

      = ; This is a stateful solution since the state of each created

      = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

      = ; underlying network conditions change.

     

      = ; The need also for a stateless solution, based on an RPC, has been<= o:p>

      = ; recognized.

     

     

      = ; The YANG model to support stateless RPC is for further study.=

     

     

     

     

     

    IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

     

    Cheers,

    Igor

     

     

     

     

     

     

     

     

     

     

     

     

     

     

    --_000_91E3A1BD737FDF4FA14118387FF6766B156AB6D1lhreml504mbs_-- From nobody Fri Nov 11 06:44:07 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id D9249129AF8; Fri, 11 Nov 2016 06:43:56 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.707 X-Spam-Level: X-Spam-Status: No, score=-5.707 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001, T_KAM_HTML_FONT_INVALID=0.01] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id JP07q1HM-dIt; Fri, 11 Nov 2016 06:43:46 -0800 (PST) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id F26A6129A62; Fri, 11 Nov 2016 06:43:15 -0800 (PST) Received: from 172.18.7.190 (EHLO lhreml702-cah.china.huawei.com) ([172.18.7.190]) by lhrrg01-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id DAE76513; Fri, 11 Nov 2016 14:43:12 +0000 (GMT) Received: from DFWEML703-CAH.china.huawei.com (10.193.5.177) by lhreml702-cah.china.huawei.com (10.201.5.99) with Microsoft SMTP Server (TLS) id 14.3.235.1; Fri, 11 Nov 2016 14:43:10 +0000 Received: from DFWEML501-MBX.china.huawei.com ([10.193.5.178]) by DFWEML703-CAH.china.huawei.com ([10.193.5.177]) with mapi id 14.03.0235.001; Fri, 11 Nov 2016 06:43:02 -0800 From: Igor Bryskin To: Francesco Lazzeri , Fatai Zhang , Dieter Beller Thread-Topic: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 Thread-Index: AQHSNdbxqovpH1S/M0ui/wYWAHL6uaDHupQAgAABPgCAAAJUAIAAUW6AgAAHrQD//43VoIAAeTWA//+O+kCAAHmIAIAAJcgAgACAujCAAMOrgP//jARQAJSqJ4AAZ2q+AAAKEkOA///2foCAAIT9oP//jDMAgACEpnD//6EMgIAAaaTAgACoN4CAACdXUIAAWDYAgAB43DD//9f5gP//iVnA Date: Fri, 11 Nov 2016 14:43:01 +0000 Message-ID: <0C72C38E7EBC34499E8A9E7DD007863908F0FE8D@dfweml501-mbx> References: <0C72C38E7EBC34499E8A9E7DD007863908F0EF32@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5BB53@FR712WXCHMBA15.zeu.alcatel-lucent.com> <655C07320163294895BBADA28372AF5D48B5BC01@FR712WXCHMBA15.zeu.alcatel-lucent.com> <7AEB3D6833318045B4AE71C2C87E8E172A8CC9D2@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5C82F@FR712WXCHMBA15.zeu.alcatel-lucent.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F10B@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA51@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F12D@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA9B@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F1E1@dfweml501-mbx> <9762bdb8-e73c-7653-3243-f7add7a9ce7c@nokia.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F242@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F747@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F774@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F7CA@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F824@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F961@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0FA10@dfweml501-mbx> In-Reply-To: Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.212.254.206] Content-Type: multipart/alternative; boundary="_000_0C72C38E7EBC34499E8A9E7DD007863908F0FE8Ddfweml501mbx_" MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A020203.5825D901.0283, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: bee9e4788904c3a2f3d547c3eaf515ee Archived-At: Cc: "mpls@ietf.org" , "CCAMP \(ccamp@ietf.org\)" , "Scharf, Michael \(Nokia - DE\)" , "pce@ietf.org" , "TEAS WG \(teas@ietf.org\)" Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 11 Nov 2016 14:43:57 -0000 --_000_0C72C38E7EBC34499E8A9E7DD007863908F0FE8Ddfweml501mbx_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Hi Franseco, I probably didn't make myself clear. The two main points that I was trying = to make are: 1) Dijkstra does not work on topologies with constrained/asymmetrical = nodes; 2) There will be much more calls to PNCs that you seem to believe Imagine your algorithm hit node N1 over link L1. PNC1 representing N1 is ca= lled and the response says that the path can leave N1 over links L3, L4, L5= and L6. Suppose later the algorithm reaches N1 again over link L2. Will yo= u have to call PNC1 again? Sure, because now it returns the valid outbound = links to be L3, L4, L7 and L8. Will you have to consider link L8? Sure, it = was not accounted yet. Will you have to consider link L3 again? Sure, becau= se you have not considered L2-L3 inbound/outbound link combination yet: L1-= L3 internal (intra-node) path has different costs compared to L2-L3 interna= l path. The conclusions: a) the algorithm has to (re-)visit the same node multiple times; b) PNC will be called not only when the node first discovered (as you i= mplied), but every time the node is reached (which could be as many times a= s the number of links it terminates); c) when the node is represented by an MDSC, the entire sub-tree of MDS= Cs/PNCs will be called hierarchically every time the MDSC in question is ca= lled, which may dramatically increase the number of calls to PNCs, the numb= er of paths to be grown, the overall time of the path computation, etc. ; d) The biggest scalability issue is not even the number of times PNCs/M= DSCs need to be called - the amount of paths that need to be grown. Note th= at PNC needs to return not just most optimal paths to all outbound links it= can reach, rather, all possible such paths, so that end-to-end path constr= aints could be met. Other issues are (some of them you mentioned below): a) how the algorithm prefers a segment over domain1 over a segment ove= r domain 2 when the metrics are not normalized (apples and oranges)? b) how the algorithm deals with independent/overlapping SRLGs in the do= mains? c) what if domains have independent overlapping name space for node an= d link IDs? In other words. what does a path returned by a PNC even mean to MDSC? Furthermore, I disagree with what you said about node's connectivity matric= es because: 1) Several flavors of matrices could be provided (e.g. one optimized = by smallest cost and another by shortest delay); 2) Multiple intra-node paths could be associated with the same inbound= -outbound link combination. Each such path will yield a separate vector of = costs (summary TE cost, delay, max. bandwidth, internal SRLGs, internal aff= inities) that could be compared against the MDSC's path computation constra= ints; 3) Most importantly, TE topology model allows for negotiation of exact= connectivity matrices MDSC needs from PNCs. Such negotiation could happen = at any time, including before or even in the middle of the path computation= if the MDSC thinks the ones it has already are not good or sufficient enou= gh. Cheers, Igor From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com] Sent: Thursday, November 10, 2016 5:28 PM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pc= e@ietf.org; TEAS WG (teas@ietf.org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Igor, please see inline. BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 10 November, 2016 8:53 PM To: Francesco Lazzeri ; Fatai Zhang ; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) ; Scharf, Michael= (Nokia - DE) ; pce@ietf.org; TEAS WG (teas@ietf.= org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, There are few issues with your logic, I think: 1) Nodes representing domains must be considered as blocking/asymmetri= cal nodes. Dijkstra assumes symmetrical nodes; so the "idea is to run Dijks= tra on the MDSC abstract topology and trigger a path computation to the rel= evant PNCs as soon as a node representing a domain is found" is questionabl= e to begin with; [FL] Of course there are far more details than the ones included in my e-ma= il (long enough I think). One of these is that, of course, for each path re= turned by the PNC also the relevant metrics and delay shall be returned. Th= ese, and also NO-PATH information if some connectivity is not possible, wil= l be used by MDSC during path computation; metrics and delay shall be adde= d to the currently computed ones, or if no path is found towards a certain = inter-domain link, no propagation will occur on that link; this compensates= the blocking/asymmetrical characteristics of the node-domains. 2) What happens if the algorithm finds a node represented not by a PNC= , but by another (lower hierarchy level) MDSC? [FL] Nothing different from a PNC I believe. As far as MDSC can compute pat= hs as a PNC does and return them to the higher level MDSC, I can't see any = difference. 3) Assume you want to compute a single path on a 20-domain topology or= iginating in domain 1 and terminating in, say, domain17. I don't think you = have much choice but: a) request PNC 1 to compute all possible (not just optional) paths fr= om the path source to all domain 1 inter-domain links; b) request all neighboring PNCs to "grow" all the computed paths over = inter-domain links into the domains up to their respective outbound inter-d= omain links with potentially significant increase in the number of successf= ul paths; c) repeat step b) until the paths reach the destination (17th) domain= ; d) grow the paths until they hit the path computation destination; e) select the most optimal path I hope you agree that this is a lot of computations. [FL] Well, maybe "a lot", but not exponentially growing with the number of = domains and inter-domain links. That was the point of my previous e-mail. T= hen we can decide we have too many messages around, but I believe we first = need some criteria to understand what "a lot" or "too many" means. I also hope you agree that computing such path on a single 20 node topology= equipped with node detailed connectivity matrices is instantaneous; [FL] Yes, istantaneous, but, in general, wrong as far as the connectivity m= atrices don't reflect the actual request parameters. Think about a request = asking for a path with some affinity constraint, for example. Affinities ar= e 32 bits values; you can ask to include/exclude links in 3 different ways,= specifying for each one any of the 2^32 affinity combinations. Results of = the path computation can be completely different depending on the affinity = value and include/exlcude options. In theory to cope with just the affinity= constraint we should create L*(L-1)/2 * 3 * 2^32 paths per domain. And we = still have to combine this (that is multiply) with all the other constraint= s. Maybe we could renounce to some constraints and limit the flexibility of pa= th computation. In my view this is the only way to make the connectivity ma= trix method a little bit more appealing. But I still have dubts even with "= essential" parameters like just bandwidth and objective functions. 4) Computing diverse paths as two single path computations with the to= pology transformation in between does not apply here: the paths may go thro= ugh the same and/or different domains whose internal topologies are not kno= wn (hence there is nothing to transform); [FL] I agree that here the problem is more complex than in a single domain.= I didn't do tests yet on this, but I assume that a PNC should give also th= e possibility to ask for a path in diversity from another path. So when the= second path computation crosses the result of the first one in the same do= main, we should ask the relevant PNC for a path computation in diversity fr= om the previous path (possibly using the XRO mechanism) in order to be guar= anteed that even though the same domain is used, the two paths are still di= verse (PNC can guarantee that; if no diverse path is found, we should try a= nd manage the offending domain as the offending links in bhandari algorithm= , chasing them out from the solution). 5) Computing a connectivity matrix on a known (fully visible) topology= is simple (as you said, could be done in a single run) and also could be e= asily distributed between several path computers to produce/support several= flavors of said matrix (e.g. differently optimized). Each matrix entry may= be associated with one or more intra-node paths and provide to the MDSC va= rious metrics, like delay, cost, max. bandwidth, SRLGs) It could be done i= n background when the path computers have nothing else to do (which is most= of the time). [FL] As said above, the point here is that you don't know the request param= eters yet. And I do believe that in order to compute matrices suitable for = the purpose, either you have to compute (and store, and maintain) too many = of them, or you have to reduce too much the complexity of the problem to be= solved. Cheers, Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Thursday, November 10, 2016 12:39 PM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, it seems to me that the number of path computations should grow polinomiall= y and not esponentially with the number of domains and inter-domain links. Here it is some consideration about that, and correct me if I am wrong. Assume that the domains are abstracted on MDSC as nodes, and assume we have= a network of domains only (adding "normal" nodes doesn't affect the propos= ition). The idea is to run Dijkstra on the MDSC abstract topology and trigger a pat= h computation to the relevant PNCs as soon as a node representing a domain = is found. The abstract topology on MDSC will be a network with a number of nodes equa= l to the number of domains and a number of links equal to the inter-domain = links. If we run the Dijkstra algorithm to compute an end-to-end path on that topo= logy the complexity of it, which is related to the number of relaxation ste= ps, is polinomial as you know. So the number of requests going down to the = different PNCs must be polinomial as well. Take also into account that Dijkstra is normally used to find the shortest = path between two end-points in the network, but actually the algorithm is c= apable to find in a single run (with the same complexity) the shortest path= between a given node and any other node in the network. This should suggest to make the best of this property and foresee in the pr= otocol/model a single request capable to return all the suitable paths from= a given source to all the other nodes (or to a selected set of nodes, name= ly the exit nodes connected to the inter-domain links). In that way we shou= ld have one request per domain, to feed the relaxation steps between one in= gress point of the domain and all the points connected to inter-domain link= s. In the standard Dijkstra one domain/node will be traversed (that is will ge= nerate relaxation steps to its links) at most once, as any other relaxation= step passing through it eventually will be stopped once the node has been = visited. So, with this method, in the very worst case (when the best path i= s the Hamiltonian path, the one traversing all the nodes once) we'll have a= number of requests to the PNCs equal to the number of PNCs (one per PNC). If instead we use normal point-to point path computations, we should ask L-= 1 path computations to each PNC, where L is the number of inter-domain link= s connected to the domain managed by the PNC, which is still polinomial in = the number of domains and inter-domain links. Regarding path computation for paths in diversity, it should be still polin= omial, as if you use for example the Bhandari algorithm to do so, you see t= hat it's actually a sequence of two Dijkstra path computations plus some ne= twork transformation in between (modification of some link weights). The fi= rst instance is a traditional path computation, while the second one is a m= odified version allowing negative costs on the edges, but still polinomial.= So once again the result should still be polinomial and the number of requ= est shouldn't diverge. Now, something about the other approach mentioned in your e-mail, which imp= lies computing all the possible paths inside any domain in advance. It is polinomial as well, but with a higher number of path computations, as= for any domain in the network you have to compute L(L-1)/2 paths. Of course, you'll say, this happens once and not at any path computation. T= hat's true, but : - As soon as network get increasingly used, the computed paths cou= ld become invalid. So you need to recompute them as needed and advertise al= l the changes - You perform a path computation "in advance", that is before the = actual request is done, and therefore PNC cannot be aware of the future req= uirements in term of bandwidth, objective functions, constraints and so on.= Computed paths will not be suitable in general for all the future requests= , and of course it's not conceivable to compute those paths for all the pos= sible combinations of the request parameters (this should grow esponentiall= y!) Something that I would like to investigate further is the possibility for t= he MDSC to store the results of the path computations returned by the PNCs= along the time and reuse them as applicable during the future path computa= tions. At the end of the day this is something similar to the connectivity matrix = concept, with two main differences: - It's built incrementally from real requests and therefore with r= eal parameters - It's build by MDSC and maintained inside MDSC, no need for notif= ications. BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 10 November, 2016 5:15 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Franseco, We have discussed with Italo the applicability of path computation service = for multi-domain scenarios and agreed (at least my impression) that this re= alistically works for no more than two or three domains. For a single e2e p= ath computation the number of paths MDSC needs to request from PNCs grows e= xponentially with the number of domains and the number of inter-domain link= s. The things get worse when MDSC needs to compute e2e diverse (e.g. SRLG-d= isjoint) paths for a single e2e protected service and still worse when MDS= C needs to place more than one e2e services with global optimization criter= ia in mind. Things get still much worse when MDSCs are linked into a hierar= chy, and path computation services will have to be requested vertically thr= ough entire hierarchy from all subordinate MDSCs and PNCs Please, see further in line. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Thursday, November 10, 2016 5:02 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, I assumed in fact a multi-domain ACTN scenario, as stated in the abstract o= f draft-busibel-teas-yang-path-computation-00, where I believe we have the = most interesting use cases for path computation services. I believe we shou= ld consider all of these, as the same model shall be used both for single a= nd multi-domain scenarios. Regarding path computation on MDSC: in an ideal world MDSC could read topol= ogy from PNCs and compute itself end-to-end paths but there are cases where= this could be either impossible or not convenient: - For some reasons (e.g. security/privacy) the PNC doesn't export = full topology information to the MDSC, so that such information is not suit= able for a path computation on MDSC IB>> No one expects PNC to export full topology information, it is likely t= o contain proprietary information and hence useless for the MDSC anyway. PN= C is expected to expose an abstract TE topology, which could be as small as= a single TE node with detailed connectivity matrix; - For some reasons (e.g. scalability) MDSC doesn't want to get ful= l topology information from the subtended domains IB>> See comment above; - For some reasons (e.g. lack of knowledge about the internal mode= l of the equipment managed by the PNC : especially in WDM networks) MDSC is= not capable to cumpute reliably a feasible path in a domain IB>> This is not a concern: all the necessary computations are done already= by PNCs when exposing and updating the abstract TE topologies. IB>> Furthermore, according to ACTN MDSCs could be linked in a hierarchy. T= his means that for a top level MDSC e2e path computation, the path computat= ion services need to be requested hierarchically from all subordinate MDSCs= and PNCs across all hierarchy levels. In contrast, multi-level abstraction= of TE topologies is not a problem BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 8:33 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, Please, note that the context of this discussion is single domain. In my op= inion MDSC should not rely on the Path computation services (stateless or = stateful) provided by PNCs, rather, on its own path computation on TE topol= ogy, the product of merging of abstract TE topologies catered by the subor= dinate PNCs. And BTW said abstract TE topologies should be kept up-to-date = by the PNCs (i.e. with updates, stateful). Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Wednesday, November 09, 2016 12:42 PM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Well, I know implementations of both the "flavours", and I would say that t= he most complex are the pre-planned ones. So, it could be an interesting use case, but we need to be aware that it co= mes with a price. Take also into account that the path recomputation inside the provider coul= d not necessarily offer an optimal solution end-to-end, and the client (the= MDSC actually) should anyway check whether the end-to-end path, when a cha= nge happens on a segment, is still in compliance with its constraints (e.g.= if there is a latency constraint on the end-to-end path, it may happen tha= t the recomputed segment has a longer latency that leads to exceeding the c= onstraint on the end to end path : but the provider only sees that single s= egment of the end-to-end path and taking into account the end-to-end constr= aints could be really difficult). Regarding the TE-link, I was actually interested on what the provider (that= is the PNC) advertises to the client (MDSC) when reservation occurs. It ca= nnot advertise A'B' as it knows only A and B, but advertising AB seems to m= e not correct. BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 4:56 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, Please, see in-line. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Wednesday, November 09, 2016 10:27 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? FL>> Probably the same in case the provider notifies "Hey, I have no= longer anything for you". IB>> But this would be a bit too late, wouldn't it? Wouldn't it be better i= f the client has learnt about the previously returned path unfeasibility ah= ead of time, so that it could re-plan it's failure recovery scheme? If there is no (more) path, there is no path. The client could only try and= crankback looking for some different path or report an alarm. IB>> Relying on crankbaks in an unpredictable way is not exactly a good sol= ution, right? The scenario that seems more applicable to your proposal is a pre-planned r= estoration mechanism where we have a worker path in-service and a protectio= n path just computed (but not reserving network resources, in order to shar= e them among several protection paths), in a multi-domain network. In that = case, reserving te-tunnels like you suggest, could give an advantage, as th= e end-to-end cranckback could occur when the notification with "no-path" is= triggered by the provider (that means the protection path or some of its s= egments is no longer valid) and not when the path deployment is triggered b= y the client (that means the worker path is gone and we need the protection= immediately). Is this the case you are considering ? IB>> Exactly. All the scenarios you can think of where you don't know when = and where a problem may happen and you want to maintain flexibility and sha= re the network resources to protect as much as you can In other cases, as when used during an end-to-end path computation with imm= ediate deployment to reduce the possibility of conflicts among concurrent p= rocedures, it seems to me less important or applicable, as all these proced= ures will likely be orchestrated by the same entity, which could well avoid= conflicts. IB>> All cases where the provider wants to expose a potentiality without co= mmitting resources to cover for the client multiple use cases and provide a= t the same time some degree (albeit not perfect) predictability. 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. FL>> This means that the provider just sends the reply to the path computat= ion request and doesn't advertise any new TE link to the client ? This is a= ctually what I would expect: the task to manage TE-links in the overlay top= ology is with the client. IB>> Overlay TE topology manager advertises a TE link that is supported not= by a provisioned in a server layer TE tunnel (connection), rather, by a co= mputed and monitored path. This way the overlay TE topology manger can adve= rtise multiple abstract TE links mapped onto the same network resources Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 3:47 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. Igor From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com] Sent: Wednesday, November 09, 2016 9:26 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Igor, IMHO simplicity pays back. Instead than maintaining all these states, notif= ying clients all the times something changes, and repeating path-computatio= n as needed, isn't better for a client (and provider) to ask what is needed= when it's needed, and get the best result back at that moment ? Regarding the abstract link in the overlay topology, I still can't see what= the provider will advertise. If it's a new link representing the forwardin= g adjacency between A' and B', how it will be represented by the provider ? BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 2:48 PM To: Fatai Zhang >; Fran= cesco Lazzeri >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Francesco, Please, see in-line. Cheers, Igor The point here is for how long the provider should keep the computed path a= nd its request parameters IB>> As far as the provider is concerned, the requested path and its parame= ters is a TE tunnel (albeit computed but not provisioned). So it keeps the = state until the client removes the TE tunnel. (in fact if we want to have a possibly better path, at any change inside pr= ovider topology, resource status and usage, the provider should check if th= e computed path is still feasible and/or redo path computation to find a be= tter path). This could be an overhead, in my view. IB>> For example, if provider is to ensure the path's feasibility, all it n= eeds is to detect a change in a TE link the path is going through and make = sure that the change does not make the path unfeasible. Only in the latter= case the path re-computation needs to be scheduled and performed in a back= ground thread. Furthermore, I can't see how the provider could export the abstract TE-link= , as this is inside the client topology; IB>> The abstract link is a part of the abstract topology "cooked" (customi= zed) for the client, which is supported by the computed path in the underla= y topology, which is the provider's topology. in fact, if the client is asking for a path between A and B (A and B inside= provider topology), having A' (in client topology) connected to A and B' (= in client topology) connected to B, the relevant abstract TE link (the forw= arding adjacency) should be built between A' and B', that is in the client = topology; therefore the client should be in charge of managing it, as the p= rovider is not aware of A' and B'. IB>> This is correct, but note that the two topologies (underlay and overla= y) according to the TE topology model have independent and unrelated name s= paces for node, link and SRLG IDs. So it is perfectly Ok. IB>> Also note that according to TE topology model one important attribut= e of a TE node (especially abstract composite node) is connectivity matrix,= which is nothing but a set of stateful paths computed, re-computed and con= stantly monitored (but not reserved) over the TE topology the node encapsul= ates. This means that stateful unreserved paths play already a very import= ant part in supporting TE topologies with asymmetrical blocking abstract TE= nodes. Igor BR Francesco From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: 04 November, 2016 7:12 PM To: Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; TEAS WG= (teas@ietf.org) = >; pce@ietf.org Subject: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel-teas-y= ang-path-computation-00 Dieter, A client may ask for a path not to be used immediately (e.g. to present as = an abstract TE link to its own client, in some failure restoration scheme o= r as a part of disaster recovery network topology re-configuration) without= committing any network resources. In this case the client would want to kn= ow at least if/when the path has stopped being feasible any longer or (ide= ally) a better path is available. This is similar to exposing to a client an abstract TE topology with an unc= ommitted abstract TE link (i.e. TE link that does not have a committed TE t= unnel supporting it and advertises potentiality). Once such link is provide= d, the provider is expected to send updates when/if the TE link attributes = change. For uncommitted/potential TE link such updates could be provided ba= sed on event driven re-computation of the potentiality the TE link represen= ts. The point is that an uncommitted abstract TE link and COMPUTE_ONLY TE tunne= l can represent (each in its own way) the same network potentiality Cheers, Igor From: Dieter Beller [mailto:Dieter.Beller@nokia.com] Sent: Friday, November 04, 2016 1:49 PM To: Igor Bryskin Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Igor, could you please clarify how useful a stateful path without resource alloca= tion is. I can't see the benefits of this use case. Thanks, Dieter On 04.11.2016 14:25, Igor Bryskin wrote: Hi Dieter, A provider may compute path(s) for a TE tunnel, and then (without any resou= rce allocation) may start monitoring/ensuring the path validity/optimality = by re-computing them in an event driven manner. For example, it can trigger= the re-computation of the path(s) when detecting a change in a state of a = TE link the current path(s) are going through. Depending on the results ad= ditional notifications may be sent to the client. Note that this is in addition to the reasons you correctly identified for i= mplementing stateful path computation (such as compute_and_reserve). Cheers, Igor From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com] Sent: Thursday, November 03, 2016 6:27 PM To: Leeyoung Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi all, when we talk about the stateful path computation use case, it means IMHO th= at when a path has been calculated successfully in response to a request, a= new path object is created in the data store. This does only make sense if= the resources have been allocated in the TED of the PCE irrespective of th= e fact whether the connection along this path will be established right awa= y or at a later point in time. This will prevent further path computation r= equests from assuming that the resources are still available. As the TED of= the PCE also has to reflect the network state, I would assume that the net= work resources can be in one of the following three states: available, allo= catedButNotInUse, allocatedAndInUse. The path objects also need state info= rmation reflecting for example the alarm state of the allocated resources. = The path calculated earlier may become (temporarily) invalid due to a link = failure affecting the path. Does this make sense? Thanks, Dieter Sent from my tablet Leeyoung wrote: Igor, When you say "state", are you referring to the YANG datastore or some other= "interim" state of those paths that are calculated but not instantiated as= LSPs? If we were to update the YANG datastore for this, I would think that= we may have some issue when the customer decided not to instantiate the TE= tunnel (after the path compute request). Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 3:02 PM To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Young, >From the provider controller point of view COMPUTE_ONLY TE tunnels will hav= e exactly the same state as "normal" (COMPUTE_ADN_PROVISION) TE tunnels. Igor From: Leeyoung Sent: Thursday, November 03, 2016 3:42 PM To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Igor, In such case, would the YANG datastore be updated? I guess not. If not, the= n the system/controller has to keep this interim state, would it? Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Michael, You are exactly right. The purpose of the "compute-only" TE tunnel is to cr= eate/maintain the normal TE tunnel state and (re-)compute TE paths for the = TE tunnel connections/LSPs but not signal/provision the LSPs. Igor From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: Thursday, November 03, 2016 3:17 PM To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Isn't the intention of defining "compute-only tunnels" to create state in t= he controller, but not to signal them? If the tunnel should be signaled and= resources shall be allocated, why not just configure a vanilla tunnel? Use= s cases seem to exist for both variants, and both can be encoded in YANG. I= s there anything I miss here? Michael From: Leeyoung [mailto:leeyoung@huawei.com] Sent: Thursday, November 03, 2016 7:49 PM To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Hi Michael, I think I am with you on your point. If we use rpc, it is clear. On the oth= er hand, if we were to use "stateful compute-only" it seems that the system= /controller has to keep the state of the paths somewhere which is not YANG = datastore. My understanding is that YANG datastore is updated only when the= path is signaled and resource is allocated. Would this give the system/con= troller additional burden to keep the "interim" state? Young From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (N= okia - DE) Sent: Thursday, November 03, 2016 8:58 AM To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Maybe I miss something, but to me, the domain controller either computes a = path stateless, which can be modeled in YANG in an RPC. Or the domain contr= oller computes a path, stores state, and provides access to the result in t= he YANG datastore. In the latter case, whether resources are allocated, or = whether the NEs get actually provisioned, is an orthogonal question. As a side note, I am not sure of I would call a domain controller or an NMS= a PCE. Path computation is only a subset of the functions of a domain cont= roller. Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_0C72C38E7EBC34499E8A9E7DD007863908F0FE8Ddfweml501mbx_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

    Hi Franseco,

     

    I probably didn’= t make myself clear. The two main points that I was trying to make are:

    1)&n= bsp;     Dijkstra does = not work on topologies with constrained/asymmetrical nodes;

    2)&n= bsp;     There will be = much more calls to PNCs that you seem to believe

     

    Imagine your algorithm= hit node N1 over link L1. PNC1 representing N1 is called and the response = says that the path can leave N1 over links L3, L4, L5 and L6. Suppose later= the algorithm reaches N1 again over link L2. Will you have to call PNC1 again? Sure, because now it returns th= e valid outbound links to be L3, L4, L7 and L8. Will you have to consider l= ink L8? Sure, it was not accounted yet. Will you have to consider link L3 a= gain? Sure, because you have not considered L2-L3 inbound/outbound link combination yet: L1-L3 internal (in= tra-node) path has different costs compared to L2-L3 internal path.

    The conclusions:<= /o:p>

    a)&n= bsp;     the algorithm = has to (re-)visit the same node multiple times;

    b)&n= bsp;    PNC will be ca= lled not only when the node first discovered (as you implied), but every ti= me the node is reached (which could be as many times as the number of links= it terminates);

    c)&n= bsp;     when the node = is represented by an MDSC, the entire sub-tree of MDSCs/PNCs will be called= hierarchically every time the MDSC in question is called, which may dramat= ically increase the number of calls to PNCs, the number of paths to be grown, the overall time of the path com= putation, etc. ;

    d)&n= bsp;    The biggest sc= alability issue is not even the number of times PNCs/MDSCs need to be calle= d – the amount of paths that need to be grown. Note that PNC needs to= return not just most optimal paths to all outbound links it can reach, rather, all possible such paths, so that e= nd-to-end path constraints could be met.

     

    Other issues are (some= of them you mentioned below):

    a)&n= bsp;     how the algori= thm prefers a segment over domain1 over a segment over domain 2 when the me= trics are not normalized (apples and oranges)?

    b)&n= bsp;    how the algori= thm deals with independent/overlapping SRLGs in the domains?

    c)&n= bsp;     what if domain= s have independent overlapping name space for node and link IDs?=

     

    In other words. what d= oes a path returned by a PNC even mean to MDSC?

     

    Furthermore, I disagre= e with what you said about node’s connectivity matrices because:=

    1)&n= bsp;     Several flavor= s of  matrices could be provided (e.g. one optimized by smallest cost = and another by shortest delay);

    2)&n= bsp;     Multiple intra= -node paths could be associated with the same inbound-outbound link combina= tion. Each such path will yield a separate vector of costs (summary TE cost= , delay, max. bandwidth, internal SRLGs, internal affinities) that could be compared against the MDSC’= s path computation constraints;

    3)&n= bsp;     Most important= ly, TE topology model allows for negotiation of exact connectivity matrices MDSC needs from PNCs. Suc= h negotiation could happen at any time, including before or even in the mid= dle of the path computation if the MDSC thinks the ones it has already are = not good or sufficient enough.

     

     

    Cheers,

    Igor  

     

     

    From: Francesco Lazzeri [mailto:francesco.lazzeri@erics= son.com]
    Sent: Thursday, November 10, 2016 5:28 PM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00

     

    Igor, please see in= line.

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.= com]
    Sent: 10 November, 2016 8:53 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai = Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter.Beller@nokia.= com>
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Sc= harf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; = TEAS WG (teas@ietf.org) <teas@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00

     

    Francesco,

     

    There are few issue= s with your logic, I think:

     

    1)   = ;   Nodes representing domains must be = considered as blocking/asymmetrical nodes. Dijkstra assumes symmetrical nod= es; so the “idea is to run Dijkstra on the MDSC abstract topology and= trigger a path computation to the relevant PNCs as soon as a node representing a domain is found” is questionab= le to begin with;

    [FL] Of course ther= e are far more details than the ones included in my e-mail (long enough I t= hink). One of these is that, of course, for each path returned by the PNC a= lso the relevant metrics and delay shall be returned. These, and also NO-PATH information if some connectivity is n= ot possible, will be used by MDSC during path computation;  metrics an= d delay shall be added to the currently computed ones, or if no path is fou= nd towards a certain inter-domain link, no propagation will occur on that link; this compensates the blocking/asym= metrical characteristics of the node-domains.

    2)   = ;   What happens if the algorithm finds= a node represented not by a PNC, but by another (lower hierarchy level) MD= SC?

    [FL] Nothing differ= ent from a PNC I believe. As far as MDSC can compute paths as a PNC does an= d return them to the higher level MDSC, I can’t see any difference.

    3)   = ;   Assume you want to compute a single= path on a 20-domain topology originating in domain 1 and terminating in, s= ay, domain17. I don’t think you have much choice but:

    a)       request PNC 1 to compute all possib= le (not just optional) paths from the path source to all domain 1 inter-dom= ain links;

    b)      request all neighboring PNCs to = 220;grow” all the computed paths over inter-domain links into the dom= ains up to their respective outbound inter-domain links with potentially si= gnificant increase in the number of successful paths;

    c)       repeat step b) until the paths reac= h the destination (17th) domain;

    d)      grow the paths until they hit the p= ath computation destination;

    e)      select the most optimal path

     

    I hope you agree th= at this is a lot of computations.

    [FL] Well, maybe &#= 8220;a lot”, but not exponentially growing with the number of domains= and inter-domain links. That was the point of my previous e-mail. Then we = can decide we have too many messages around, but I believe we first need some criteria to understand what “a lot̶= 1; or “too many” means.

     

    I also hope you agr= ee that computing such path on a single 20 node topology equipped with node= detailed connectivity matrices is instantaneous;

    [FL] Yes, istantane= ous, but, in general, wrong as far as the connectivity matrices don’t= reflect the actual request parameters. Think about a request asking for a = path with some affinity constraint, for example. Affinities are 32 bits values; you can ask to include/exclude links in 3 d= ifferent ways, specifying for each one any of the 2^32 affinity combination= s. Results of the path computation can be completely different depending on= the affinity value and include/exlcude options. In theory to cope with just the affinity constraint we should cre= ate L*(L-1)/2 * 3 * 2^32 paths per domain. And we still have to combine thi= s (that is multiply) with all the other constraints.

    Maybe we could reno= unce to some constraints and limit the flexibility of path computation. In = my view this is the only way to make the connectivity matrix method a littl= e bit more appealing. But I still have dubts even with “essential” parameters like just bandwidth and= objective functions.

     

    4)   = ;   Computing diverse paths as two sing= le path computations with the topology transformation in between does not a= pply here: the paths may go through the same and/or different domains whose= internal topologies are not known (hence there is nothing to transform);

    [FL] I agree that h= ere the problem is more complex than in a single domain. I didn’t do = tests yet on this, but I assume that a PNC should give also the possibility= to ask for a path in diversity from another path. So when the second path computation crosses the result of the first = one in the same domain, we should ask the relevant PNC for a path computati= on in diversity from the previous path (possibly using the XRO mechanism) i= n order to be guaranteed that even though the same domain is used, the two paths are still diverse (PNC can g= uarantee that; if no diverse path is found, we should try and manage the of= fending domain as the offending links in bhandari algorithm, chasing them o= ut from the solution).

    5)   = ;   Computing a connectivity matrix on = a known (fully visible) topology is simple (as you said, could be done in a= single run) and also could be easily distributed between several path comp= uters to produce/support several flavors of said matrix (e.g. differently optimized). Each matrix entry may be asso= ciated with one or more intra-node paths and provide to the MDSC various me= trics, like delay, cost, max. bandwidth, SRLGs)  It could be done in b= ackground when the path computers have nothing else to do (which is most of the time).

    [FL] As said above,= the point here is that you don’t know the request parameters yet. An= d I do believe that in order to compute matrices suitable for the purpose, = either you have to compute (and store, and maintain) too many of them, or you have to reduce too much the complexity = of the problem to be solved.

     

    Cheers,<= /span>

    Igor

     

     

     

     

    From: Teas [ma= ilto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Thursday, November 10, 2016 12:39 PM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Igor,

    it seems to me that= the number of path computations should grow polinomially and not esponenti= ally with the number of domains and inter-domain links.

    Here it is some con= sideration about that, and correct me if I am wrong.

     

    Assume that the dom= ains are abstracted on MDSC as nodes, and assume we have a network of domai= ns only (adding “normal” nodes doesn’t affect the proposi= tion).

    The idea is to run = Dijkstra on the MDSC abstract topology and trigger a path computation to th= e relevant PNCs as soon as a node representing a domain is found.

    The abstract topolo= gy on MDSC will be a network with a number of nodes equal to the number of = domains and a number of links equal to the inter-domain links.

    If we run the Dijks= tra algorithm to compute an end-to-end path on that topology the complexity= of it, which is related to the number of relaxation steps, is polinomial a= s you know. So the number of requests going down to the different PNCs must be polinomial as well.

    Take also into acco= unt that Dijkstra is normally used to find the shortest path between two en= d-points in the network, but actually the algorithm is capable to find in a= single run (with the same complexity) the shortest path between a given node and any other node in the network. =

    This should suggest= to make the best of this property and foresee in the protocol/model a sing= le request capable to return all the suitable paths from a given source to = all the other nodes (or to a selected set of nodes, namely the exit nodes connected to the inter-domain links). = In that way we should have one request per domain, to feed the relaxation s= teps between one ingress point of the domain and all the points connected t= o inter-domain links.

    In the standard Dij= kstra one domain/node will be traversed (that is will generate relaxation s= teps to its links) at most once, as any other relaxation step passing throu= gh it eventually will be stopped once the node has been visited. So, with this method, in the very worst case (w= hen the best path is the Hamiltonian path, the one traversing all the nodes= once) we’ll have a number of requests to the PNCs equal to the numbe= r of PNCs (one per PNC).

    If instead we use n= ormal point-to point path computations, we should ask L-1 path computations= to each PNC, where L is the number of inter-domain links connected to the = domain managed by the PNC, which is still polinomial in the number of domains and inter-domain links.

     

    Regarding path comp= utation for paths in diversity, it should be still polinomial, as if you us= e for example the Bhandari algorithm to do so, you see that it’s actu= ally a sequence of two Dijkstra path computations plus some network transformation in between (modification of some link wei= ghts). The first instance is a traditional path computation, while the seco= nd one is a modified version allowing negative costs on the edges, but stil= l polinomial. So once again the result should still be polinomial and the number of request shouldn’= t diverge.

     

    Now, something abou= t the other approach mentioned in your e-mail, which implies computing all = the possible paths inside any domain in advance.

    It is polinomial as= well, but with a higher number of path computations, as for any domain in = the network you have to compute L(L-1)/2 paths.

    Of course, you̵= 7;ll say, this happens once and not at any path computation. That’s t= rue, but :

     

    -   =        As soon as network get increasingly= used, the computed paths could become invalid. So you need to recompute th= em as needed and advertise all the changes

    -   =        You perform a path computation R= 20;in advance”, that is before the actual request is done, and theref= ore PNC cannot be aware of the future requirements in term of bandwidth, ob= jective functions, constraints and so on. Computed paths will not be suitable in general for all the future requests, and of = course it’s not conceivable to compute those paths for all the possib= le combinations of the request parameters (this should grow esponentially!)=

     

    Something that I wo= uld like to investigate further is the possibility for the MDSC to store th= e results of the path computations  returned by the PNCs along the tim= e and reuse them as applicable during the future path computations.

    At the end of the d= ay this is something similar to the connectivity matrix concept, with two m= ain differences:

     

    -   =        It’s built incrementally from= real requests and therefore with real parameters

    -   =        It’s build by MDSC and mainta= ined inside MDSC, no need for notifications.

     

    BR

    Francesco

     

     

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 10 November, 2016 5:15 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller = <Dieter.Beller@nokia.com&= gt;
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; TEAS WG (teas@ietf.org) <te= as@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Franseco,

     

    We have discussed with= Italo the applicability of path computation service for multi-domain scena= rios and agreed (at least my impression) that this realistically works for = no more than two or three domains. For a single e2e path computation the number of paths MDSC needs to request fr= om PNCs grows exponentially with the number of domains and the number of in= ter-domain links. The things get worse when MDSC needs to compute e2e diver= se (e.g. SRLG-disjoint) paths for a single e2e protected service  and still worse when MDSC needs to pl= ace more than one e2e services with global optimization criteria in mind. T= hings get still much worse when MDSCs are linked into a hierarchy, and path= computation services will have to be requested vertically through entire hierarchy from all subordinate MDSCs a= nd PNCs

     

    Please, see further in= line.

     

    Igor=

     

     

    From: Teas [ma= ilto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Thursday, November 10, 2016 5:02 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Igor,

    I assumed in fact a= multi-domain ACTN scenario, as stated in the abstract of draft-busibel-tea= s-yang-path-computation-00, where I believe we have the most interesting us= e cases for path computation services. I believe we should consider all of these, as the same model shall be used= both for single and multi-domain scenarios.

    Regarding path comp= utation on MDSC: in an ideal world MDSC could read topology from PNCs and c= ompute itself end-to-end paths but there are cases where this could be eith= er impossible or not convenient:

     

    -   =        For some reasons (e.g. security/pri= vacy) the PNC doesn’t export full topology information to the MDSC, s= o that such information is not suitable for a path computation on MDSC=

     

    IB>> No one expects PNC to export full topology info= rmation, it is likely to contain proprietary information and hence useless = for the MDSC anyway. PNC is expected to expose an abstract TE topology, which could be as small as a single TE node with = detailed connectivity matrix;

     

    -   =        For some reasons (e.g. scalability)= MDSC doesn’t want to get full topology information from the subtende= d domains

    IB>> See comment above;

     

    -   =        For some reasons (e.g. lack of know= ledge about the internal model of the equipment managed by the PNC : especi= ally in WDM networks) MDSC is not capable to cumpute reliably a feasible pa= th in a domain

    IB>> This is not a concern: all the necessary comput= ations are done already by PNCs when exposing and updating the abstract TE = topologies.

     

    IB>> Furthermore, according to ACTN MDSCs could be l= inked in a hierarchy. This means that for a top level MDSC e2e path computa= tion, the path computation services need to be requested hierarchically from all subordinate MDSCs and PNCs acr= oss all hierarchy levels. In contrast, multi-level abstraction of TE topolo= gies is not a problem

     

    BR

    Francesco

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 8:33 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller = <Dieter.Beller@nokia.com&= gt;
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; TEAS WG (teas@ietf.org) <te= as@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,

     

    Please, note that t= he context of this discussion is single domain. In my opinion MDSC  sh= ould not rely on the Path computation services (stateless or stateful) prov= ided by PNCs, rather, on its own path computation on TE topology, the product of  merging of abstract TE topologies cat= ered by the subordinate PNCs. And BTW said abstract TE topologies should be= kept up-to-date by the PNCs (i.e. with updates, stateful).

     

    Igor

     

     

     

    From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Wednesday, November 09, 2016 12:42 PM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.or= g; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (    teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.i= etf.org/html/draft-busibel-teas-yang-path-computation-00

     

    Well, I know implem= entations of both the “flavours”, and I would say that the most= complex are the pre-planned ones.

    So, it could be an = interesting use case, but we need to be aware that it comes with a price.

    Take also into acco= unt that the path recomputation inside the provider could not necessarily o= ffer an optimal solution end-to-end, and the client (the MDSC actually) sho= uld anyway check whether the end-to-end path, when a change happens on a segment, is still in compliance with its = constraints (e.g. if there is a latency constraint on the end-to-end path, = it may happen that the recomputed segment has a longer latency that leads t= o exceeding the constraint on the end to end path : but the provider only sees that single segment of the en= d-to-end path and taking into account the end-to-end constraints could be r= eally difficult).

     

    Regarding the TE-li= nk, I was actually interested on what the provider (that is the PNC) advert= ises to the client (MDSC) when reservation occurs. It cannot advertise A= 217;B’ as it knows only A and B, but advertising AB seems to me not correct.

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 4:56 PM
    To: Francesco Lazzeri <    francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,<= /span>

     

    Please, see in-line.

     

    Igor=

     

     

     

    From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Wednesday, November 09, 2016 10:27 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.or= g; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (    teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.i= etf.org/html/draft-busibel-teas-yang-path-computation-00

     

    Igor,

     

    1)   = ;   IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn’t better for= a client (and provider) to ask what is needed when it’s needed, and get the best result back at that moment= ?

    IB>> What happens it the provider at this moment says: ̶= 0; No, I have nothing for you” ?  What if the path was relied up= on by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

       &= nbsp;   FL>> Probably the same in case the provider notifie= s “Hey, I have no longer anything for you”.

     

    IB>> But this would = be a bit too late, wouldn’t it? Wouldn’t it be better if the cl= ient has learnt about the previously returned path unfeasibility ahead of t= ime, so that it could re-plan it’s failure recovery scheme?

     

    If there is no (mor= e) path, there is no path. The client could only try and crankback looking = for some different path or report an alarm.

     

    IB>> Relying on cran= kbaks in an unpredictable way is not exactly a good solution, right?

     

    The scenario that s= eems more applicable to your proposal is a pre-planned restoration mechanis= m where we have a worker path in-service and a protection path just compute= d (but not reserving network resources, in order to share them among several protection paths), in a multi-domain = network. In that case, reserving te-tunnels like you suggest, could give an= advantage, as the end-to-end cranckback could occur when the notification = with “no-path” is triggered by the provider (that means the protection path or some of its segments is no lon= ger valid) and not when the path deployment is triggered by the client (tha= t means the worker path is gone and we need the protection immediately). Is= this the case you are considering ?

     

    IB>> Exactly. All th= e scenarios you can think of where you don’t know when and where a pr= oblem may happen and you want to maintain flexibility and share the network= resources to protect as much as you can

     

    In other cases, as = when used during an end-to-end path computation with immediate deployment t= o reduce the possibility of conflicts among concurrent procedures, it seems= to me less important or applicable, as all these procedures will likely be orchestrated by the same entity, wh= ich could well avoid conflicts.

     

    IB>> All cases where= the provider wants to expose a potentiality without committing resources t= o cover for the client multiple use cases and provide at the same time some= degree (albeit not perfect) predictability.

     

     <= /o:p>

    2)   = ;   Regarding the abstract link in the = overlay topology, I still can’t see what the provider will advertise.= If it’s a new link representing the forwarding adjacency between A&#= 8217; and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link A̵= 7;B’ points to the underlay (provider) TE topology where the path is = computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

    FL>> This means that the provider just sends the reply to th= e path computation request and doesn’t advertise any new TE link to t= he client ? This is actually what I would expect: the task to manage TE-links in the overlay topology is with the client.

     

    IB>> Overlay TE topology manager advertises a TE link that is suppo= rted not by a provisioned in a server layer TE tunnel (connection), rather,= by a computed and monitored path. This way the overlay TE topology manger can advertise multiple abstract TE links ma= pped onto the same network resources 

     

    Francesco

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 3:47 PM
    To: Francesco Lazzeri <    francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,<= /span>

     

    1)   = ;   IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn’t better for= a client (and provider) to ask what is needed when it’s needed, and get the best result back at that moment= ?

    IB>> What happens it the provider at this moment says: ̶= 0; No, I have nothing for you” ?  What if the path was relied up= on by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

     <= /o:p>

     <= /o:p>

    2)   = ;   Regarding the abstract link in the = overlay topology, I still can’t see what the provider will advertise.= If it’s a new link representing the forwarding adjacency between A&#= 8217; and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link A̵= 7;B’ points to the underlay (provider) TE topology where the path is = computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

     

     

    Igor

     

     

    From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.co= m]
    Sent: Wednesday, November 09, 2016 9:26 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.or= g; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (    teas@ietf.org)
    Subject: RE: [mpls] http://tools.ietf.org= /html/draft-busibel-teas-yang-path-computation-00

     

    Igor,

    IMHO simplicity pay= s back. Instead than maintaining all these states, notifying clients all th= e times something changes, and repeating path-computation as needed, isn= 217;t better for a client (and provider) to ask what is needed when it’s needed, and get the best result back at= that moment ?

    Regarding the abstr= act link in the overlay topology, I still can’t see what the provider= will advertise. If it’s a new link representing the forwarding adjac= ency between A’ and B’, how it will be represented by the provider ?

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 2:48 PM
    To: Fatai Zhang <    = zhangfatai@huawei.com>; Francesco L= azzeri <frances= co.lazzeri@ericsson.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Hi Francesco,

     <= /o:p>

    Please, see in-line= .

     <= /o:p>

    Cheers,=

    Igor

     <= /o:p>

    The point here is f= or how long the provider should keep the computed path and its request para= meters

     <= /o:p>

    IB>> As far as t= he provider is concerned, the requested path and its parameters is a TE tun= nel (albeit computed but not provisioned). So it keeps the state until the = client removes the TE tunnel.

     <= /o:p>

    (in fact if we want= to have a possibly better path, at any change inside provider topology, re= source status and usage, the provider should check if the computed path is = still feasible and/or redo path computation to find a better path). This could be an overhead, in my view.=

     <= /o:p>

    IB>> For example= , if provider is to ensure the path’s feasibility, all it needs is to= detect a change in a TE link the path is going through and make sure that = the  change does not make the path unfeasible. Only in the latter case the path re-computation needs to be scheduled and perfo= rmed in a background thread.

     <= /o:p>

    Furthermore, I can&= #8217;t see how the provider could export the abstract TE-link, as this is = inside the client topology;

    IB>> The abstrac= t link is a part of the abstract topology “cooked” (customized)= for the client, which is supported by the computed path in the underlay to= pology, which is the provider’s topology.

     <= /o:p>

    in fact, if the cli= ent is asking for a path between A and B (A and B inside provider topology)= , having A’ (in client topology) connected to A and B’ (in clie= nt topology) connected to B, the relevant abstract TE link (the forwarding adjacency) should be built between A’ and B&= #8217;, that is in the client topology; therefore the client should be in c= harge of managing it, as the provider is not aware of A’ and B’= .

     <= /o:p>

    IB>> This is cor= rect, but note that the two topologies (underlay and overlay) according to = the TE topology model have independent and unrelated name spaces for node, = link and SRLG IDs. So it is perfectly Ok.

     

    IB>> Also note t= hat according  to TE topology model  one important attribute of a= TE node (especially abstract composite node) is connectivity matrix, which is nothing but a set of stateful paths computed, re-computed and c= onstantly monitored (but not reserved) over the TE topology the node encaps= ulates.  This means that stateful unreserved paths play already a very imp= ortant part in supporting TE topologies with asymmetrical blocking abstract= TE nodes.

     

    Igor

     <= /o:p>

     <= /o:p>

     <= /o:p>

     <= /o:p>

    BR

    Francesco

     <= /o:p>

    From:= CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: 04 November, 2016 7:12 PM
    To: Dieter Beller <    Dieter.Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; TEAS WG (teas@ietf.org) <tea= s@ietf.org>; pce@ietf.org
    Subject: Re: [CCAMP] [mpls]     http://tools.ietf.org/htm= l/draft-busibel-teas-yang-path-computation-00

     

    Dieter,

     

    A client may ask for a= path not to be used immediately (e.g. to present as an abstract TE link to= its own client, in some failure restoration scheme or as a part of disaste= r recovery network topology re-configuration) without committing any network resources. In this case the client would wa= nt to know at least  if/when the path has stopped being feasible any l= onger or (ideally) a better path is available.

     

    This is similar to exp= osing to a client an abstract TE topology with an uncommitted abstract TE l= ink (i.e. TE link that does not have a committed TE tunnel supporting it an= d advertises potentiality). Once such link is provided, the provider is expected to send updates when/if the TE = link attributes change. For uncommitted/potential TE link such updates coul= d be provided based on event driven re-computation of the potentiality the = TE link represents.

    The point is that an u= ncommitted abstract TE link and COMPUTE_ONLY TE tunnel can represent (each = in its own way) the same network potentiality

     

    Cheers,

    Igor=

     

     

     

    From: Dieter Beller [mailto:Dieter.Beller@nokia.com]
    Sent: Friday, November 04, 2016 1:49 PM
    To: Igor Bryskin
    Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org    ); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif";color:windowtext">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls]     http://tools.ietf.org= /html/draft-busibel-teas-yang-path-computation-00

     

    Hi Igor,

    could you please clarify how useful a stateful path without resource all= ocation is. I can't see the benefits of this use case.


    Thanks,
    Dieter

    On 04.11.2016 14:25, Igor Bryskin wrote:<= /p>

    Hi Dieter,=

     

    A provider may compute= path(s) for a TE tunnel, and then (without any resource allocation) may st= art monitoring/ensuring the path validity/optimality by re-computing them i= n an event driven manner. For example, it can trigger the re-computation of the path(s) when detecting a change i= n a state of a TE link the current path(s) are going through.  Dependi= ng on the results additional notifications may be sent to the client.

     

    Note that this is in a= ddition to the reasons you correctly identified for implementing stateful p= ath computation (such as compute_and_reserve).

     

    Cheers,

    Igor=

     

     

    From: Beller, = Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com]
    Sent: Thursday, November 03, 2016 6:27 PM
    To: Leeyoung
    Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (    ccamp@ietf.org<= /span>); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls]     http://tools.ietf.org= /html/draft-busibel-teas-yang-path-computation-00

     

    Hi all, 
     
    when we talk about the stateful path computation use case,=
 it means IMHO that when a path has been calculated successfully in respons=
e to a request, a new path object is created in the data store. This does o=
nly make sense if the resources have been allocated in the TED of the PCE i=
rrespective of the fact whether the connection along this path will be esta=
blished right away or at a later point in time. This will prevent further p=
ath computation requests from assuming that the resources are still availab=
le. As the TED of the PCE also has to reflect the network state, I would as=
sume that the network resources can be in one of the following three states=
: available, allocatedButNotInUse,  allocatedAndInUse. The path object=
s also need state information reflecting for example the alarm state of the=
 allocated resources. The path calculated earlier may become (temporarily) =
invalid due to a link failure affecting the path. 
     
    Does this make sense? 
     
     
    Thanks, 
    Dieter
     
    Sent from my tablet
     
    Leeyoung <leeyoung@huawei.com> wrote:
     

    Igor,

     

    When you say “st= ate”, are you referring to the YANG datastore or some other “in= terim” state of those paths that are calculated but not instantiated = as LSPs? If we were to update the YANG datastore for this, I would think that we may have some issue when the customer decided not to i= nstantiate the TE tunnel (after the path compute request).

     

    Thanks.

    Young

     

     

    From: Igor Bry= skin
    Sent: Thursday, November 03, 2016 3:02 PM
    To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Young,

     

    From the provider cont= roller point of view COMPUTE_ONLY TE tunnels will have exactly the same sta= te as “normal” (COMPUTE_ADN_PROVISION) TE tunnels.<= /o:p>

     

    Igor=

     

    From: Leeyoung
    Sent: Thursday, November 03, 2016 3:42 PM
    To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (    ccamp@ietf.org<= /span>); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Igor,

     

    In such case, would th= e YANG datastore be updated? I guess not. If not, then the system/controlle= r has to keep this interim state, would it?

     

    Thanks.

    Young

     

    From: Igor Bry= skin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Michael,

    You are exactly right.= The purpose of the “compute-only” TE tunnel is to create/maint= ain the normal TE tunnel state and (re-)compute TE paths for the TE tunnel = connections/LSPs but not signal/provision the LSPs.

     

    Igor=

     

    From: Scharf, = Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: Thursday, November 03, 2016 3:17 PM
    To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Isn’t the intent= ion of defining „compute-only tunnels“ to create state in the c= ontroller, but not to signal them? If the tunnel should be signaled and res= ources shall be allocated, why not just configure a vanilla tunnel? Uses cases seem to exist for both variants, and both can be encode= d in YANG. Is there anything I miss here?

     

    Michael

     

     

    From: Leeyoung [mailto:leeyoung@huawei.com]
    Sent: Thursday, November 03, 2016 7:49 PM
    To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; = CCAMP (    cca= mp@ietf.org); pce@ietf.org= ; TEAS WG (teas@ietf.org); mpls@ietf.o= rg
    Subject: RE:     http://tools.iet= f.org/html/draft-busibel-teas-yang-path-computation-00

     

    Hi Michael,

     

    I think I am with you = on your point. If we use rpc, it is clear. On the other hand, if we were to= use “stateful compute-only” it seems that the system/controlle= r has to keep the state of the paths somewhere which is not YANG datastore. My understanding is that YANG datastore is updated = only when the path is signaled and resource is allocated. Would this give t= he system/controller additional burden to keep the “interim” st= ate?

     

    Young

     

    From: CCAMP [<= /span>mailto:ccamp-bo= unces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
    Sent: Thursday, November 03, 2016 8:58 AM
    To: Daniele Ceccarelli; Igor Bryskin; CCAMP (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (    teas@ietf.org); mpls@ietf.org
    Subject: Re: [CCAMP]     http://tools.ietf.or= g/html/draft-busibel-teas-yang-path-computation-00

     

    Maybe I miss something= , but to me, the domain controller either computes a path stateless, which = can be modeled in YANG in an RPC. Or the domain controller computes a path,= stores state, and provides access to the result in the YANG datastore. In the latter case, whether resources ar= e allocated, or whether the NEs get actually provisioned, is an orthogonal = question.

     

    As a side note, I am n= ot sure of I would call a domain controller or an NMS a PCE. Path computati= on is only a subset of the functions of a domain controller.

     

    Michael

     

     

     

    From: Daniele = Ceccarelli [mailto:daniele.ceccarelli@ericsson.com]
    Sent: Thursday, November 03, 2016 2:49 PM
    To: Scharf, Michael     (Nokia - DE); Igo= r Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org= ; TEAS WG (teas@ietf.org); mpls@ietf.o= rg
    Subject: RE:     http://tools.iet= f.org/html/draft-busibel-teas-yang-path-computation-00

     

    Can you please explain what the “stateful comp= ute-only” stands for I don’t understand what is stateful in a p= ath computation request only.

    IMHO either I ask the PCE (SDN controller, NMS, what= ever) to compute a path and then forget about it or I ask to compute and pr= ovision it. I don’t understand the value of asking for it and remembe= ring about it.

     

    BR
    Daniele 

     

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: gioved=EC 3 novembre 2016 14:45
    To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    We have discussed this= before. From an implementer’s perspective, the two clean solutions t= o the problem seem to either stateful „compute-only“ tunnels or= a stateless RPC.

     

    Michael

     

     

    From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Daniele Ceccarelli; CCAMP (    ccamp@ietf.org); pce@ietf.org= ; TEAS WG (teas@ietf.org); mpls@ietf.o= rg
    Subject: [ALU] [mpls]    http://t= ools.ietf.org/html/draft-busibel-teas-yang-path-computation-00

     

    Hi,<= /p>

     

    From the draft:=

     

    6. =    YANG Model for requesting Path Computation

     

     

      = ; Work on extending the TE Tunnel YANG model to support the need to<= o:p>

      = ; request path computation has recently started also in the context of

      = ; the [T= E-TUNNEL] draft.

     

      = ; It is possible to request path computation by configuring a

      = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

      = ; LSP(s) Record-Route Object (RRO) list as described in [T= E-TUNNEL].

     

      = ; This is a stateful solution since the state of each created

      = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

      = ; underlying network conditions change.

     

      = ; The need also for a stateless solution, based on an RPC, has been<= o:p>

      = ; recognized.

     

     

      = ; The YANG model to support stateless RPC is for further study.=

     

     

     

     

     

    IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

     

    Cheers,

    Igor

     

     

     

     

     

     

     

     

     

    --_000_0C72C38E7EBC34499E8A9E7DD007863908F0FE8Ddfweml501mbx_-- From nobody Fri Nov 11 06:48:35 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 4E1611294F8; Fri, 11 Nov 2016 06:48:33 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.707 X-Spam-Level: X-Spam-Status: No, score=-5.707 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001, T_KAM_HTML_FONT_INVALID=0.01] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id oavCFjISyBC4; Fri, 11 Nov 2016 06:48:27 -0800 (PST) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id CBC9412949C; Fri, 11 Nov 2016 06:48:25 -0800 (PST) Received: from 172.18.7.190 (EHLO lhreml702-cah.china.huawei.com) ([172.18.7.190]) by lhrrg02-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id CUZ73877; Fri, 11 Nov 2016 14:48:22 +0000 (GMT) Received: from DFWEML703-CAH.china.huawei.com (10.193.5.177) by lhreml702-cah.china.huawei.com (10.201.5.99) with Microsoft SMTP Server (TLS) id 14.3.235.1; Fri, 11 Nov 2016 14:48:15 +0000 Received: from DFWEML501-MBX.china.huawei.com ([10.193.5.178]) by DFWEML703-CAH.china.huawei.com ([10.193.5.177]) with mapi id 14.03.0235.001; Fri, 11 Nov 2016 06:48:04 -0800 From: Igor Bryskin To: Italo Busi , Francesco Lazzeri , Fatai Zhang , Dieter Beller Thread-Topic: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 Thread-Index: AQHSNdbxqovpH1S/M0ui/wYWAHL6uaDHupQAgAABPgCAAAJUAIAAUW6AgAAHrQD//43VoIAAeTWA//+O+kCAAHmIAIAAJcgAgACAujCAAMOrgP//jARQAJSqJ4AAZ2q+AAAKEkOA///2foCAAIT9oP//jDMAgACEpnD//6EMgIAAaaTAgACoN4CAACdXUIAAvKGA//+IfFA= Date: Fri, 11 Nov 2016 14:48:03 +0000 Message-ID: <0C72C38E7EBC34499E8A9E7DD007863908F0FEAC@dfweml501-mbx> References: <0C72C38E7EBC34499E8A9E7DD007863908F0EF32@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5BB53@FR712WXCHMBA15.zeu.alcatel-lucent.com> <655C07320163294895BBADA28372AF5D48B5BC01@FR712WXCHMBA15.zeu.alcatel-lucent.com> <7AEB3D6833318045B4AE71C2C87E8E172A8CC9D2@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5C82F@FR712WXCHMBA15.zeu.alcatel-lucent.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F10B@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA51@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F12D@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA9B@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F1E1@dfweml501-mbx> <9762bdb8-e73c-7653-3243-f7add7a9ce7c@nokia.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F242@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F747@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F774@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F7CA@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F824@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F961@dfweml501-mbx> <91E3A1BD737FDF4FA14118387FF6766B156AB6D1@lhreml504-mbs> In-Reply-To: <91E3A1BD737FDF4FA14118387FF6766B156AB6D1@lhreml504-mbs> Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.212.254.206] Content-Type: multipart/alternative; boundary="_000_0C72C38E7EBC34499E8A9E7DD007863908F0FEACdfweml501mbx_" MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A090203.5825DA38.0025, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: 488aa49910b38b0ac62a485a0ad8b155 Archived-At: Cc: "mpls@ietf.org" , "CCAMP \(ccamp@ietf.org\)" , "Scharf, Michael \(Nokia - DE\)" , "pce@ietf.org" , "TEAS WG \(teas@ietf.org\)" Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 11 Nov 2016 14:48:33 -0000 --_000_0C72C38E7EBC34499E8A9E7DD007863908F0FEACdfweml501mbx_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Hi Italo, Y said: "IMHO, this approach solves the issue and makes path computation applicable= also to multi-domain TE networks with many TE networks". I respectfully disagree with this conclusion for all the reasons I provided= in the response to Francesco. Cheers, Igor. From: Italo Busi Sent: Thursday, November 10, 2016 6:38 PM To: Igor Bryskin; Francesco Lazzeri; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pc= e@ietf.org; TEAS WG (teas@ietf.org) Subject: RE: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, I have discussed the issue with many TE domains with co-authors and we have= addressed it in section 3.3 of the draft: As discussed in section 2.2, there are some scalability issues with path co= mputation requests in a multi-domain TE network with many TE domains, in te= rms of the number of requests to send to the TE domain controllers. It woul= d therefore be worthwhile using the TE topology information provided by the= domain controllers to limit the number of requests. An example about how this logic would work is provided in the remaining par= t o f section 3.3 (too long to replicate here the text). The bottom-line conclusion we have reached is described at the end of secti= on 3 of the draft: In nutshell, there is a scalability trade-off between providing all the TE = information needed by the Orchestrator's PCE to take optimal path computati= on decisions by its own versus requesting the Orchestrator to ask to too ma= ny underlying SDN Domain Controllers a set of feasible optimal intra-domain= TE paths. IMHO, this approach solves the issue and makes path computation applicable = also to multi-domain TE networks with many TE networks. What do you think? Italo From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: gioved=EC 10 novembre 2016 17:15 To: Francesco Lazzeri; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pc= e@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Franseco, We have discussed with Italo the applicability of path computation service = for multi-domain scenarios and agreed (at least my impression) that this re= alistically works for no more than two or three domains. For a single e2e p= ath computation the number of paths MDSC needs to request from PNCs grows e= xponentially with the number of domains and the number of inter-domain link= s. The things get worse when MDSC needs to compute e2e diverse (e.g. SRLG-d= isjoint) paths for a single e2e protected service and still worse when MDS= C needs to place more than one e2e services with global optimization criter= ia in mind. Things get still much worse when MDSCs are linked into a hierar= chy, and path computation services will have to be requested vertically thr= ough entire hierarchy from all subordinate MDSCs and PNCs Please, see further in line. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Thursday, November 10, 2016 5:02 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, I assumed in fact a multi-domain ACTN scenario, as stated in the abstract o= f draft-busibel-teas-yang-path-computation-00, where I believe we have the = most interesting use cases for path computation services. I believe we shou= ld consider all of these, as the same model shall be used both for single a= nd multi-domain scenarios. Regarding path computation on MDSC: in an ideal world MDSC could read topol= ogy from PNCs and compute itself end-to-end paths but there are cases where= this could be either impossible or not convenient: - For some reasons (e.g. security/privacy) the PNC doesn't export = full topology information to the MDSC, so that such information is not suit= able for a path computation on MDSC IB>> No one expects PNC to export full topology information, it is likely t= o contain proprietary information and hence useless for the MDSC anyway. PN= C is expected to expose an abstract TE topology, which could be as small as= a single TE node with detailed connectivity matrix; - For some reasons (e.g. scalability) MDSC doesn't want to get ful= l topology information from the subtended domains IB>> See comment above; - For some reasons (e.g. lack of knowledge about the internal mode= l of the equipment managed by the PNC : especially in WDM networks) MDSC is= not capable to cumpute reliably a feasible path in a domain IB>> This is not a concern: all the necessary computations are done already= by PNCs when exposing and updating the abstract TE topologies. IB>> Furthermore, according to ACTN MDSCs could be linked in a hierarchy. T= his means that for a top level MDSC e2e path computation, the path computat= ion services need to be requested hierarchically from all subordinate MDSCs= and PNCs across all hierarchy levels. In contrast, multi-level abstraction= of TE topologies is not a problem BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 8:33 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, Please, note that the context of this discussion is single domain. In my op= inion MDSC should not rely on the Path computation services (stateless or = stateful) provided by PNCs, rather, on its own path computation on TE topol= ogy, the product of merging of abstract TE topologies catered by the subor= dinate PNCs. And BTW said abstract TE topologies should be kept up-to-date = by the PNCs (i.e. with updates, stateful). Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Wednesday, November 09, 2016 12:42 PM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Well, I know implementations of both the "flavours", and I would say that t= he most complex are the pre-planned ones. So, it could be an interesting use case, but we need to be aware that it co= mes with a price. Take also into account that the path recomputation inside the provider coul= d not necessarily offer an optimal solution end-to-end, and the client (the= MDSC actually) should anyway check whether the end-to-end path, when a cha= nge happens on a segment, is still in compliance with its constraints (e.g.= if there is a latency constraint on the end-to-end path, it may happen tha= t the recomputed segment has a longer latency that leads to exceeding the c= onstraint on the end to end path : but the provider only sees that single s= egment of the end-to-end path and taking into account the end-to-end constr= aints could be really difficult). Regarding the TE-link, I was actually interested on what the provider (that= is the PNC) advertises to the client (MDSC) when reservation occurs. It ca= nnot advertise A'B' as it knows only A and B, but advertising AB seems to m= e not correct. BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 4:56 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, Please, see in-line. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Wednesday, November 09, 2016 10:27 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? FL>> Probably the same in case the provider notifies "Hey, I have no= longer anything for you". IB>> But this would be a bit too late, wouldn't it? Wouldn't it be better i= f the client has learnt about the previously returned path unfeasibility ah= ead of time, so that it could re-plan it's failure recovery scheme? If there is no (more) path, there is no path. The client could only try and= crankback looking for some different path or report an alarm. IB>> Relying on crankbaks in an unpredictable way is not exactly a good sol= ution, right? The scenario that seems more applicable to your proposal is a pre-planned r= estoration mechanism where we have a worker path in-service and a protectio= n path just computed (but not reserving network resources, in order to shar= e them among several protection paths), in a multi-domain network. In that = case, reserving te-tunnels like you suggest, could give an advantage, as th= e end-to-end cranckback could occur when the notification with "no-path" is= triggered by the provider (that means the protection path or some of its s= egments is no longer valid) and not when the path deployment is triggered b= y the client (that means the worker path is gone and we need the protection= immediately). Is this the case you are considering ? IB>> Exactly. All the scenarios you can think of where you don't know when = and where a problem may happen and you want to maintain flexibility and sha= re the network resources to protect as much as you can In other cases, as when used during an end-to-end path computation with imm= ediate deployment to reduce the possibility of conflicts among concurrent p= rocedures, it seems to me less important or applicable, as all these proced= ures will likely be orchestrated by the same entity, which could well avoid= conflicts. IB>> All cases where the provider wants to expose a potentiality without co= mmitting resources to cover for the client multiple use cases and provide a= t the same time some degree (albeit not perfect) predictability. 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. FL>> This means that the provider just sends the reply to the path computat= ion request and doesn't advertise any new TE link to the client ? This is a= ctually what I would expect: the task to manage TE-links in the overlay top= ology is with the client. IB>> Overlay TE topology manager advertises a TE link that is supported not= by a provisioned in a server layer TE tunnel (connection), rather, by a co= mputed and monitored path. This way the overlay TE topology manger can adve= rtise multiple abstract TE links mapped onto the same network resources Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 3:47 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. Igor From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com] Sent: Wednesday, November 09, 2016 9:26 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Igor, IMHO simplicity pays back. Instead than maintaining all these states, notif= ying clients all the times something changes, and repeating path-computatio= n as needed, isn't better for a client (and provider) to ask what is needed= when it's needed, and get the best result back at that moment ? Regarding the abstract link in the overlay topology, I still can't see what= the provider will advertise. If it's a new link representing the forwardin= g adjacency between A' and B', how it will be represented by the provider ? BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 2:48 PM To: Fatai Zhang >; Fran= cesco Lazzeri >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Francesco, Please, see in-line. Cheers, Igor The point here is for how long the provider should keep the computed path a= nd its request parameters IB>> As far as the provider is concerned, the requested path and its parame= ters is a TE tunnel (albeit computed but not provisioned). So it keeps the = state until the client removes the TE tunnel. (in fact if we want to have a possibly better path, at any change inside pr= ovider topology, resource status and usage, the provider should check if th= e computed path is still feasible and/or redo path computation to find a be= tter path). This could be an overhead, in my view. IB>> For example, if provider is to ensure the path's feasibility, all it n= eeds is to detect a change in a TE link the path is going through and make = sure that the change does not make the path unfeasible. Only in the latter= case the path re-computation needs to be scheduled and performed in a back= ground thread. Furthermore, I can't see how the provider could export the abstract TE-link= , as this is inside the client topology; IB>> The abstract link is a part of the abstract topology "cooked" (customi= zed) for the client, which is supported by the computed path in the underla= y topology, which is the provider's topology. in fact, if the client is asking for a path between A and B (A and B inside= provider topology), having A' (in client topology) connected to A and B' (= in client topology) connected to B, the relevant abstract TE link (the forw= arding adjacency) should be built between A' and B', that is in the client = topology; therefore the client should be in charge of managing it, as the p= rovider is not aware of A' and B'. IB>> This is correct, but note that the two topologies (underlay and overla= y) according to the TE topology model have independent and unrelated name s= paces for node, link and SRLG IDs. So it is perfectly Ok. IB>> Also note that according to TE topology model one important attribut= e of a TE node (especially abstract composite node) is connectivity matrix,= which is nothing but a set of stateful paths computed, re-computed and con= stantly monitored (but not reserved) over the TE topology the node encapsul= ates. This means that stateful unreserved paths play already a very import= ant part in supporting TE topologies with asymmetrical blocking abstract TE= nodes. Igor BR Francesco From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: 04 November, 2016 7:12 PM To: Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; TEAS WG= (teas@ietf.org) = >; pce@ietf.org Subject: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel-teas-y= ang-path-computation-00 Dieter, A client may ask for a path not to be used immediately (e.g. to present as = an abstract TE link to its own client, in some failure restoration scheme o= r as a part of disaster recovery network topology re-configuration) without= committing any network resources. In this case the client would want to kn= ow at least if/when the path has stopped being feasible any longer or (ide= ally) a better path is available. This is similar to exposing to a client an abstract TE topology with an unc= ommitted abstract TE link (i.e. TE link that does not have a committed TE t= unnel supporting it and advertises potentiality). Once such link is provide= d, the provider is expected to send updates when/if the TE link attributes = change. For uncommitted/potential TE link such updates could be provided ba= sed on event driven re-computation of the potentiality the TE link represen= ts. The point is that an uncommitted abstract TE link and COMPUTE_ONLY TE tunne= l can represent (each in its own way) the same network potentiality Cheers, Igor From: Dieter Beller [mailto:Dieter.Beller@nokia.com] Sent: Friday, November 04, 2016 1:49 PM To: Igor Bryskin Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Igor, could you please clarify how useful a stateful path without resource alloca= tion is. I can't see the benefits of this use case. Thanks, Dieter On 04.11.2016 14:25, Igor Bryskin wrote: Hi Dieter, A provider may compute path(s) for a TE tunnel, and then (without any resou= rce allocation) may start monitoring/ensuring the path validity/optimality = by re-computing them in an event driven manner. For example, it can trigger= the re-computation of the path(s) when detecting a change in a state of a = TE link the current path(s) are going through. Depending on the results ad= ditional notifications may be sent to the client. Note that this is in addition to the reasons you correctly identified for i= mplementing stateful path computation (such as compute_and_reserve). Cheers, Igor From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com] Sent: Thursday, November 03, 2016 6:27 PM To: Leeyoung Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi all, when we talk about the stateful path computation use case, it means IMHO th= at when a path has been calculated successfully in response to a request, a= new path object is created in the data store. This does only make sense if= the resources have been allocated in the TED of the PCE irrespective of th= e fact whether the connection along this path will be established right awa= y or at a later point in time. This will prevent further path computation r= equests from assuming that the resources are still available. As the TED of= the PCE also has to reflect the network state, I would assume that the net= work resources can be in one of the following three states: available, allo= catedButNotInUse, allocatedAndInUse. The path objects also need state info= rmation reflecting for example the alarm state of the allocated resources. = The path calculated earlier may become (temporarily) invalid due to a link = failure affecting the path. Does this make sense? Thanks, Dieter Sent from my tablet Leeyoung wrote: Igor, When you say "state", are you referring to the YANG datastore or some other= "interim" state of those paths that are calculated but not instantiated as= LSPs? If we were to update the YANG datastore for this, I would think that= we may have some issue when the customer decided not to instantiate the TE= tunnel (after the path compute request). Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 3:02 PM To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Young, >From the provider controller point of view COMPUTE_ONLY TE tunnels will hav= e exactly the same state as "normal" (COMPUTE_ADN_PROVISION) TE tunnels. Igor From: Leeyoung Sent: Thursday, November 03, 2016 3:42 PM To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Igor, In such case, would the YANG datastore be updated? I guess not. If not, the= n the system/controller has to keep this interim state, would it? Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Michael, You are exactly right. The purpose of the "compute-only" TE tunnel is to cr= eate/maintain the normal TE tunnel state and (re-)compute TE paths for the = TE tunnel connections/LSPs but not signal/provision the LSPs. Igor From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: Thursday, November 03, 2016 3:17 PM To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Isn't the intention of defining "compute-only tunnels" to create state in t= he controller, but not to signal them? If the tunnel should be signaled and= resources shall be allocated, why not just configure a vanilla tunnel? Use= s cases seem to exist for both variants, and both can be encoded in YANG. I= s there anything I miss here? Michael From: Leeyoung [mailto:leeyoung@huawei.com] Sent: Thursday, November 03, 2016 7:49 PM To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Hi Michael, I think I am with you on your point. If we use rpc, it is clear. On the oth= er hand, if we were to use "stateful compute-only" it seems that the system= /controller has to keep the state of the paths somewhere which is not YANG = datastore. My understanding is that YANG datastore is updated only when the= path is signaled and resource is allocated. Would this give the system/con= troller additional burden to keep the "interim" state? Young From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (N= okia - DE) Sent: Thursday, November 03, 2016 8:58 AM To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Maybe I miss something, but to me, the domain controller either computes a = path stateless, which can be modeled in YANG in an RPC. Or the domain contr= oller computes a path, stores state, and provides access to the result in t= he YANG datastore. In the latter case, whether resources are allocated, or = whether the NEs get actually provisioned, is an orthogonal question. As a side note, I am not sure of I would call a domain controller or an NMS= a PCE. Path computation is only a subset of the functions of a domain cont= roller. Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_0C72C38E7EBC34499E8A9E7DD007863908F0FEACdfweml501mbx_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

    Hi Italo,

     

    Y said:

    “IMHO, this approach solves the issue and makes path c= omputation applicable also to multi-domain TE networks with many TE network= s”.

     

    I respectfully disagre= e with this conclusion for all the reasons I provided in the response to Fr= ancesco.

     

    Cheers,

    Igor.

     

     

     

     

    From: Italo Busi
    Sent: Thursday, November 10, 2016 6:38 PM
    To: Igor Bryskin; Francesco Lazzeri; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: RE: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-= teas-yang-path-computation-00

     

    Igor,

     

    I have discussed the i= ssue with many TE domains with co-authors and we have addressed it in secti= on 3.3 of the draft:

     

    As discussed i= n section 2.2, there are some scalability issues with path computation requ= ests in a multi-domain TE network with many TE domains, in terms of the number of requests to send to the TE domain controllers. I= t would therefore be worthwhile using the TE topology information provided = by the domain controllers to limit the number of requests.

     

    An example about how t= his logic would work is provided in the remaining part o f section 3.3 (too= long to replicate here the text).

     

    The bottom-line conclu= sion we have reached is described at the end of section 3 of the draft:

     

    In nutshell, t= here is a scalability trade-off between providing all the TE information ne= eded by the Orchestrator’s PCE to take optimal path computation decisions by its own versus requesting the Orchestrator to ask= to too many underlying SDN Domain Controllers a set of feasible optimal in= tra-domain TE paths.

     

    IMHO, this approach so= lves the issue and makes path computation applicable also to multi-domain T= E networks with many TE networks.

     

    What do you think?

     

    Italo

     

    From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: gioved=EC 10 novembre 2016 17:15
    To: Francesco Lazzeri; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-= teas-yang-path-computation-00

     

    Franseco,

     

    We have discussed with= Italo the applicability of path computation service for multi-domain scena= rios and agreed (at least my impression) that this realistically works for = no more than two or three domains. For a single e2e path computation the number of paths MDSC needs to request fr= om PNCs grows exponentially with the number of domains and the number of in= ter-domain links. The things get worse when MDSC needs to compute e2e diver= se (e.g. SRLG-disjoint) paths for a single e2e protected service  and still worse when MDSC needs to pl= ace more than one e2e services with global optimization criteria in mind. T= hings get still much worse when MDSCs are linked into a hierarchy, and path= computation services will have to be requested vertically through entire hierarchy from all subordinate MDSCs a= nd PNCs

     

    Please, see further in= line.

     

    Igor=

     

     

    From: Teas [ma= ilto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Thursday, November 10, 2016 5:02 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Igor,

    I assumed in fact a= multi-domain ACTN scenario, as stated in the abstract of draft-busibel-tea= s-yang-path-computation-00, where I believe we have the most interesting us= e cases for path computation services. I believe we should consider all of these, as the same model shall be used= both for single and multi-domain scenarios.

    Regarding path comp= utation on MDSC: in an ideal world MDSC could read topology from PNCs and c= ompute itself end-to-end paths but there are cases where this could be eith= er impossible or not convenient:

     

    -   =        For some reasons (e.g. security/pri= vacy) the PNC doesn’t export full topology information to the MDSC, s= o that such information is not suitable for a path computation on MDSC=

     

    IB>> No one expects PNC to export full topology info= rmation, it is likely to contain proprietary information and hence useless = for the MDSC anyway. PNC is expected to expose an abstract TE topology, which could be as small as a single TE node with = detailed connectivity matrix;

     

    -   =        For some reasons (e.g. scalability)= MDSC doesn’t want to get full topology information from the subtende= d domains

    IB>> See comment above;

     

    -   =        For some reasons (e.g. lack of know= ledge about the internal model of the equipment managed by the PNC : especi= ally in WDM networks) MDSC is not capable to cumpute reliably a feasible pa= th in a domain

    IB>> This is not a concern: all the necessary comput= ations are done already by PNCs when exposing and updating the abstract TE = topologies.

     

    IB>> Furthermore, according to ACTN MDSCs could be l= inked in a hierarchy. This means that for a top level MDSC e2e path computa= tion, the path computation services need to be requested hierarchically from all subordinate MDSCs and PNCs acr= oss all hierarchy levels. In contrast, multi-level abstraction of TE topolo= gies is not a problem

     

    BR

    Francesco

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 8:33 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller = <Dieter.Beller@nokia.com&= gt;
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; TEAS WG (teas@ietf.org) <te= as@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,

     

    Please, note that t= he context of this discussion is single domain. In my opinion MDSC  sh= ould not rely on the Path computation services (stateless or stateful) prov= ided by PNCs, rather, on its own path computation on TE topology, the product of  merging of abstract TE topologies cat= ered by the subordinate PNCs. And BTW said abstract TE topologies should be= kept up-to-date by the PNCs (i.e. with updates, stateful).

     

    Igor

     

     

     

    From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Wednesday, November 09, 2016 12:42 PM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.or= g; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (    teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.i= etf.org/html/draft-busibel-teas-yang-path-computation-00

     

    Well, I know implem= entations of both the “flavours”, and I would say that the most= complex are the pre-planned ones.

    So, it could be an = interesting use case, but we need to be aware that it comes with a price.

    Take also into acco= unt that the path recomputation inside the provider could not necessarily o= ffer an optimal solution end-to-end, and the client (the MDSC actually) sho= uld anyway check whether the end-to-end path, when a change happens on a segment, is still in compliance with its = constraints (e.g. if there is a latency constraint on the end-to-end path, = it may happen that the recomputed segment has a longer latency that leads t= o exceeding the constraint on the end to end path : but the provider only sees that single segment of the en= d-to-end path and taking into account the end-to-end constraints could be r= eally difficult).

     

    Regarding the TE-li= nk, I was actually interested on what the provider (that is the PNC) advert= ises to the client (MDSC) when reservation occurs. It cannot advertise A= 217;B’ as it knows only A and B, but advertising AB seems to me not correct.

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 4:56 PM
    To: Francesco Lazzeri <    francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,<= /span>

     

    Please, see in-line.

     

    Igor=

     

     

     

    From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Wednesday, November 09, 2016 10:27 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.or= g; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (    teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.i= etf.org/html/draft-busibel-teas-yang-path-computation-00

     

    Igor,

     

    1)   = ;   IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn’t better for= a client (and provider) to ask what is needed when it’s needed, and get the best result back at that moment= ?

    IB>> What happens it the provider at this moment says: ̶= 0; No, I have nothing for you” ?  What if the path was relied up= on by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

       &= nbsp;   FL>> Probably the same in case the provider notifie= s “Hey, I have no longer anything for you”.

     

    IB>> But this would = be a bit too late, wouldn’t it? Wouldn’t it be better if the cl= ient has learnt about the previously returned path unfeasibility ahead of t= ime, so that it could re-plan it’s failure recovery scheme?

     

    If there is no (mor= e) path, there is no path. The client could only try and crankback looking = for some different path or report an alarm.

     

    IB>> Relying on cran= kbaks in an unpredictable way is not exactly a good solution, right?

     

    The scenario that s= eems more applicable to your proposal is a pre-planned restoration mechanis= m where we have a worker path in-service and a protection path just compute= d (but not reserving network resources, in order to share them among several protection paths), in a multi-domain = network. In that case, reserving te-tunnels like you suggest, could give an= advantage, as the end-to-end cranckback could occur when the notification = with “no-path” is triggered by the provider (that means the protection path or some of its segments is no lon= ger valid) and not when the path deployment is triggered by the client (tha= t means the worker path is gone and we need the protection immediately). Is= this the case you are considering ?

     

    IB>> Exactly. All th= e scenarios you can think of where you don’t know when and where a pr= oblem may happen and you want to maintain flexibility and share the network= resources to protect as much as you can

     

    In other cases, as = when used during an end-to-end path computation with immediate deployment t= o reduce the possibility of conflicts among concurrent procedures, it seems= to me less important or applicable, as all these procedures will likely be orchestrated by the same entity, wh= ich could well avoid conflicts.

     

    IB>> All cases where= the provider wants to expose a potentiality without committing resources t= o cover for the client multiple use cases and provide at the same time some= degree (albeit not perfect) predictability.

     

     <= /o:p>

    2)   = ;   Regarding the abstract link in the = overlay topology, I still can’t see what the provider will advertise.= If it’s a new link representing the forwarding adjacency between A&#= 8217; and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link A̵= 7;B’ points to the underlay (provider) TE topology where the path is = computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

    FL>> This means that the provider just sends the reply to th= e path computation request and doesn’t advertise any new TE link to t= he client ? This is actually what I would expect: the task to manage TE-links in the overlay topology is with the client.

     

    IB>> Overlay TE topology manager advertises a TE link that is suppo= rted not by a provisioned in a server layer TE tunnel (connection), rather,= by a computed and monitored path. This way the overlay TE topology manger can advertise multiple abstract TE links ma= pped onto the same network resources 

     

    Francesco

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 3:47 PM
    To: Francesco Lazzeri <    francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,<= /span>

     

    1)   = ;   IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn’t better for= a client (and provider) to ask what is needed when it’s needed, and get the best result back at that moment= ?

    IB>> What happens it the provider at this moment says: ̶= 0; No, I have nothing for you” ?  What if the path was relied up= on by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

     <= /o:p>

     <= /o:p>

    2)   = ;   Regarding the abstract link in the = overlay topology, I still can’t see what the provider will advertise.= If it’s a new link representing the forwarding adjacency between A&#= 8217; and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link A̵= 7;B’ points to the underlay (provider) TE topology where the path is = computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

     

     

    Igor

     

     

    From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.co= m]
    Sent: Wednesday, November 09, 2016 9:26 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.or= g; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (    teas@ietf.org)
    Subject: RE: [mpls] http://tools.ietf.org= /html/draft-busibel-teas-yang-path-computation-00

     

    Igor,

    IMHO simplicity pay= s back. Instead than maintaining all these states, notifying clients all th= e times something changes, and repeating path-computation as needed, isn= 217;t better for a client (and provider) to ask what is needed when it’s needed, and get the best result back at= that moment ?

    Regarding the abstr= act link in the overlay topology, I still can’t see what the provider= will advertise. If it’s a new link representing the forwarding adjac= ency between A’ and B’, how it will be represented by the provider ?

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 2:48 PM
    To: Fatai Zhang <    = zhangfatai@huawei.com>; Francesco L= azzeri <frances= co.lazzeri@ericsson.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Hi Francesco,

     <= /o:p>

    Please, see in-line= .

     <= /o:p>

    Cheers,=

    Igor

     <= /o:p>

    The point here is f= or how long the provider should keep the computed path and its request para= meters

     <= /o:p>

    IB>> As far as t= he provider is concerned, the requested path and its parameters is a TE tun= nel (albeit computed but not provisioned). So it keeps the state until the = client removes the TE tunnel.

     <= /o:p>

    (in fact if we want= to have a possibly better path, at any change inside provider topology, re= source status and usage, the provider should check if the computed path is = still feasible and/or redo path computation to find a better path). This could be an overhead, in my view.=

     <= /o:p>

    IB>> For example= , if provider is to ensure the path’s feasibility, all it needs is to= detect a change in a TE link the path is going through and make sure that = the  change does not make the path unfeasible. Only in the latter case the path re-computation needs to be scheduled and perfo= rmed in a background thread.

     <= /o:p>

    Furthermore, I can&= #8217;t see how the provider could export the abstract TE-link, as this is = inside the client topology;

    IB>> The abstrac= t link is a part of the abstract topology “cooked” (customized)= for the client, which is supported by the computed path in the underlay to= pology, which is the provider’s topology.

     <= /o:p>

    in fact, if the cli= ent is asking for a path between A and B (A and B inside provider topology)= , having A’ (in client topology) connected to A and B’ (in clie= nt topology) connected to B, the relevant abstract TE link (the forwarding adjacency) should be built between A’ and B&= #8217;, that is in the client topology; therefore the client should be in c= harge of managing it, as the provider is not aware of A’ and B’= .

     <= /o:p>

    IB>> This is cor= rect, but note that the two topologies (underlay and overlay) according to = the TE topology model have independent and unrelated name spaces for node, = link and SRLG IDs. So it is perfectly Ok.

     

    IB>> Also note t= hat according  to TE topology model  one important attribute of a= TE node (especially abstract composite node) is connectivity matrix, which is nothing but a set of stateful paths computed, re-computed and c= onstantly monitored (but not reserved) over the TE topology the node encaps= ulates.  This means that stateful unreserved paths play already a very imp= ortant part in supporting TE topologies with asymmetrical blocking abstract= TE nodes.

     

    Igor

     <= /o:p>

     <= /o:p>

     <= /o:p>

     <= /o:p>

    BR

    Francesco

     <= /o:p>

    From:= CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: 04 November, 2016 7:12 PM
    To: Dieter Beller <    Dieter.Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; TEAS WG (teas@ietf.org) <tea= s@ietf.org>; pce@ietf.org
    Subject: Re: [CCAMP] [mpls]     http://tools.ietf.org/htm= l/draft-busibel-teas-yang-path-computation-00

     

    Dieter,

     

    A client may ask for a= path not to be used immediately (e.g. to present as an abstract TE link to= its own client, in some failure restoration scheme or as a part of disaste= r recovery network topology re-configuration) without committing any network resources. In this case the client would wa= nt to know at least  if/when the path has stopped being feasible any l= onger or (ideally) a better path is available.

     

    This is similar to exp= osing to a client an abstract TE topology with an uncommitted abstract TE l= ink (i.e. TE link that does not have a committed TE tunnel supporting it an= d advertises potentiality). Once such link is provided, the provider is expected to send updates when/if the TE = link attributes change. For uncommitted/potential TE link such updates coul= d be provided based on event driven re-computation of the potentiality the = TE link represents.

    The point is that an u= ncommitted abstract TE link and COMPUTE_ONLY TE tunnel can represent (each = in its own way) the same network potentiality

     

    Cheers,

    Igor=

     

     

     

    From: Dieter Beller [mailto:Dieter.Beller@nokia.com]
    Sent: Friday, November 04, 2016 1:49 PM
    To: Igor Bryskin
    Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org    ); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif";color:windowtext">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls]     http://tools.ietf.org= /html/draft-busibel-teas-yang-path-computation-00

     

    Hi Igor,

    could you please clarify how useful a stateful path without resource all= ocation is. I can't see the benefits of this use case.


    Thanks,
    Dieter

    On 04.11.2016 14:25, Igor Bryskin wrote:<= /p>

    Hi Dieter,=

     

    A provider may compute= path(s) for a TE tunnel, and then (without any resource allocation) may st= art monitoring/ensuring the path validity/optimality by re-computing them i= n an event driven manner. For example, it can trigger the re-computation of the path(s) when detecting a change i= n a state of a TE link the current path(s) are going through.  Dependi= ng on the results additional notifications may be sent to the client.

     

    Note that this is in a= ddition to the reasons you correctly identified for implementing stateful p= ath computation (such as compute_and_reserve).

     

    Cheers,

    Igor=

     

     

    From: Beller, = Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com]
    Sent: Thursday, November 03, 2016 6:27 PM
    To: Leeyoung
    Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (    ccamp@ietf.org<= /span>); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls]     http://tools.ietf.org= /html/draft-busibel-teas-yang-path-computation-00

     

    Hi all, 
     
    when we talk about the stateful path computation use case,=
 it means IMHO that when a path has been calculated successfully in respons=
e to a request, a new path object is created in the data store. This does o=
nly make sense if the resources have been allocated in the TED of the PCE i=
rrespective of the fact whether the connection along this path will be esta=
blished right away or at a later point in time. This will prevent further p=
ath computation requests from assuming that the resources are still availab=
le. As the TED of the PCE also has to reflect the network state, I would as=
sume that the network resources can be in one of the following three states=
: available, allocatedButNotInUse,  allocatedAndInUse. The path object=
s also need state information reflecting for example the alarm state of the=
 allocated resources. The path calculated earlier may become (temporarily) =
invalid due to a link failure affecting the path. 
     
    Does this make sense? 
     
     
    Thanks, 
    Dieter
     
    Sent from my tablet
     
    Leeyoung <leeyoung@huawei.com> wrote:
     

    Igor,

     

    When you say “st= ate”, are you referring to the YANG datastore or some other “in= terim” state of those paths that are calculated but not instantiated = as LSPs? If we were to update the YANG datastore for this, I would think that we may have some issue when the customer decided not to i= nstantiate the TE tunnel (after the path compute request).

     

    Thanks.

    Young

     

     

    From: Igor Bry= skin
    Sent: Thursday, November 03, 2016 3:02 PM
    To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Young,

     

    From the provider cont= roller point of view COMPUTE_ONLY TE tunnels will have exactly the same sta= te as “normal” (COMPUTE_ADN_PROVISION) TE tunnels.<= /o:p>

     

    Igor=

     

    From: Leeyoung
    Sent: Thursday, November 03, 2016 3:42 PM
    To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (    ccamp@ietf.org<= /span>); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Igor,

     

    In such case, would th= e YANG datastore be updated? I guess not. If not, then the system/controlle= r has to keep this interim state, would it?

     

    Thanks.

    Young

     

    From: Igor Bry= skin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Michael,

    You are exactly right.= The purpose of the “compute-only” TE tunnel is to create/maint= ain the normal TE tunnel state and (re-)compute TE paths for the TE tunnel = connections/LSPs but not signal/provision the LSPs.

     

    Igor=

     

    From: Scharf, = Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: Thursday, November 03, 2016 3:17 PM
    To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Isn’t the intent= ion of defining „compute-only tunnels“ to create state in the c= ontroller, but not to signal them? If the tunnel should be signaled and res= ources shall be allocated, why not just configure a vanilla tunnel? Uses cases seem to exist for both variants, and both can be encode= d in YANG. Is there anything I miss here?

     

    Michael

     

     

    From: Leeyoung [mailto:leeyoung@huawei.com]
    Sent: Thursday, November 03, 2016 7:49 PM
    To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; = CCAMP (    cca= mp@ietf.org); pce@ietf.org= ; TEAS WG (teas@ietf.org); mpls@ietf.o= rg
    Subject: RE:     http://tools.iet= f.org/html/draft-busibel-teas-yang-path-computation-00

     

    Hi Michael,

     

    I think I am with you = on your point. If we use rpc, it is clear. On the other hand, if we were to= use “stateful compute-only” it seems that the system/controlle= r has to keep the state of the paths somewhere which is not YANG datastore. My understanding is that YANG datastore is updated = only when the path is signaled and resource is allocated. Would this give t= he system/controller additional burden to keep the “interim” st= ate?

     

    Young

     

    From: CCAMP [<= /span>mailto:ccamp-bo= unces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
    Sent: Thursday, November 03, 2016 8:58 AM
    To: Daniele Ceccarelli; Igor Bryskin; CCAMP (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (    teas@ietf.org); mpls@ietf.org
    Subject: Re: [CCAMP]     http://tools.ietf.or= g/html/draft-busibel-teas-yang-path-computation-00

     

    Maybe I miss something= , but to me, the domain controller either computes a path stateless, which = can be modeled in YANG in an RPC. Or the domain controller computes a path,= stores state, and provides access to the result in the YANG datastore. In the latter case, whether resources ar= e allocated, or whether the NEs get actually provisioned, is an orthogonal = question.

     

    As a side note, I am n= ot sure of I would call a domain controller or an NMS a PCE. Path computati= on is only a subset of the functions of a domain controller.

     

    Michael

     

     

     

    From: Daniele = Ceccarelli [mailto:daniele.ceccarelli@ericsson.com]
    Sent: Thursday, November 03, 2016 2:49 PM
    To: Scharf, Michael     (Nokia - DE); Igo= r Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org= ; TEAS WG (teas@ietf.org); mpls@ietf.o= rg
    Subject: RE:     http://tools.iet= f.org/html/draft-busibel-teas-yang-path-computation-00

     

    Can you please explain what the “stateful comp= ute-only” stands for I don’t understand what is stateful in a p= ath computation request only.

    IMHO either I ask the PCE (SDN controller, NMS, what= ever) to compute a path and then forget about it or I ask to compute and pr= ovision it. I don’t understand the value of asking for it and remembe= ring about it.

     

    BR
    Daniele 

     

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: gioved=EC 3 novembre 2016 14:45
    To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    We have discussed this= before. From an implementer’s perspective, the two clean solutions t= o the problem seem to either stateful „compute-only“ tunnels or= a stateless RPC.

     

    Michael

     

     

    From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Daniele Ceccarelli; CCAMP (    ccamp@ietf.org); pce@ietf.org= ; TEAS WG (teas@ietf.org); mpls@ietf.o= rg
    Subject: [ALU] [mpls]    http://t= ools.ietf.org/html/draft-busibel-teas-yang-path-computation-00

     

    Hi,<= /p>

     

    From the draft:=

     

    6. =    YANG Model for requesting Path Computation

     

     

      = ; Work on extending the TE Tunnel YANG model to support the need to<= o:p>

      = ; request path computation has recently started also in the context of

      = ; the [T= E-TUNNEL] draft.

     

      = ; It is possible to request path computation by configuring a

      = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

      = ; LSP(s) Record-Route Object (RRO) list as described in [T= E-TUNNEL].

     

      = ; This is a stateful solution since the state of each created

      = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

      = ; underlying network conditions change.

     

      = ; The need also for a stateless solution, based on an RPC, has been<= o:p>

      = ; recognized.

     

     

      = ; The YANG model to support stateless RPC is for further study.=

     

     

     

     

     

    IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

     

    Cheers,

    Igor

     

     

     

     

     

     

     

     

     

     

     

     

     

     

    --_000_0C72C38E7EBC34499E8A9E7DD007863908F0FEACdfweml501mbx_-- From nobody Fri Nov 11 07:21:32 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 82CBC12970F; Fri, 11 Nov 2016 07:21:11 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.707 X-Spam-Level: X-Spam-Status: No, score=-5.707 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001, T_KAM_HTML_FONT_INVALID=0.01] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id ualco8F9IgiM; Fri, 11 Nov 2016 07:21:04 -0800 (PST) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 369181296FF; Fri, 11 Nov 2016 07:21:02 -0800 (PST) Received: from 172.18.7.190 (EHLO lhreml703-cah.china.huawei.com) ([172.18.7.190]) by lhrrg02-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id CUZ78177; Fri, 11 Nov 2016 15:20:56 +0000 (GMT) Received: from LHREML504-MBS.china.huawei.com ([10.125.30.107]) by lhreml703-cah.china.huawei.com ([10.201.5.104]) with mapi id 14.03.0235.001; Fri, 11 Nov 2016 15:20:44 +0000 From: Italo Busi To: Igor Bryskin , Francesco Lazzeri , Fatai Zhang , "Dieter Beller" Thread-Topic: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 Thread-Index: AQHSO23iykJJwiMPcEi+8pkQxHy26KDS13dwgAEG4oCAAAXzcA== Date: Fri, 11 Nov 2016 15:20:44 +0000 Message-ID: <91E3A1BD737FDF4FA14118387FF6766B156ABBA4@lhreml504-mbs> References: <0C72C38E7EBC34499E8A9E7DD007863908F0EF32@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5BB53@FR712WXCHMBA15.zeu.alcatel-lucent.com> <655C07320163294895BBADA28372AF5D48B5BC01@FR712WXCHMBA15.zeu.alcatel-lucent.com> <7AEB3D6833318045B4AE71C2C87E8E172A8CC9D2@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5C82F@FR712WXCHMBA15.zeu.alcatel-lucent.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F10B@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA51@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F12D@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA9B@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F1E1@dfweml501-mbx> <9762bdb8-e73c-7653-3243-f7add7a9ce7c@nokia.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F242@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F747@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F774@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F7CA@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F824@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F961@dfweml501-mbx> <91E3A1BD737FDF4FA14118387FF6766B156AB6D1@lhreml504-mbs> <0C72C38E7EBC34499E8A9E7DD007863908F0FEAC@dfweml501-mbx> In-Reply-To: <0C72C38E7EBC34499E8A9E7DD007863908F0FEAC@dfweml501-mbx> Accept-Language: it-IT, en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.200.144.128] Content-Type: multipart/alternative; boundary="_000_91E3A1BD737FDF4FA14118387FF6766B156ABBA4lhreml504mbs_" MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A090202.5825E1D9.0220, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: 488aa49910b38b0ac62a485a0ad8b155 Archived-At: Cc: "mpls@ietf.org" , "CCAMP \(ccamp@ietf.org\)" , "Scharf, Michael \(Nokia - DE\)" , "pce@ietf.org" , "TEAS WG \(teas@ietf.org\)" Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 11 Nov 2016 15:21:11 -0000 --_000_91E3A1BD737FDF4FA14118387FF6766B156ABBA4lhreml504mbs_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Igor, As far as I can understand your arguments with Francesco, you are assuming = that the MDSC shall request path computations to all its underlying PNCs (a= nd even multiple times). The approach described in section 3.3 of the draft is different. The idea i= s that the MDSC can use the TE Topology information provided by its underly= ing PNCs to reduce the number of PNCs path computation have to be requested= to. Let me make a simple analogy. If I need to go from New York to Los Angeles,= I know (from the topology information) that any path going outside USA wil= l be longer so there is no need to request path computation to the "PCNs" o= utside of USA. Nevertheless, I need to request information to the different= "PCNs" in USA to figure out which will be the best path within USA. In a nutshell, path computation does not eliminate the need to provide TE T= opology abstract information as well as providing TE Topology abstract info= rmation does not eliminate the need to support path computation. The two tools instead could be used together in a smart way to achieve scal= ability in these quite complex scenarios. Italo From: Igor Bryskin Sent: venerd=EC 11 novembre 2016 15:48 To: Italo Busi; Francesco Lazzeri; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pc= e@ietf.org; TEAS WG (teas@ietf.org) Subject: RE: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Hi Italo, Y said: "IMHO, this approach solves the issue and makes path computation applicable= also to multi-domain TE networks with many TE networks". I respectfully disagree with this conclusion for all the reasons I provided= in the response to Francesco. Cheers, Igor. From: Italo Busi Sent: Thursday, November 10, 2016 6:38 PM To: Igor Bryskin; Francesco Lazzeri; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: RE: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, I have discussed the issue with many TE domains with co-authors and we have= addressed it in section 3.3 of the draft: As discussed in section 2.2, there are some scalability issues with path co= mputation requests in a multi-domain TE network with many TE domains, in te= rms of the number of requests to send to the TE domain controllers. It woul= d therefore be worthwhile using the TE topology information provided by the= domain controllers to limit the number of requests. An example about how this logic would work is provided in the remaining par= t o f section 3.3 (too long to replicate here the text). The bottom-line conclusion we have reached is described at the end of secti= on 3 of the draft: In nutshell, there is a scalability trade-off between providing all the TE = information needed by the Orchestrator's PCE to take optimal path computati= on decisions by its own versus requesting the Orchestrator to ask to too ma= ny underlying SDN Domain Controllers a set of feasible optimal intra-domain= TE paths. IMHO, this approach solves the issue and makes path computation applicable = also to multi-domain TE networks with many TE networks. What do you think? Italo From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: gioved=EC 10 novembre 2016 17:15 To: Francesco Lazzeri; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Franseco, We have discussed with Italo the applicability of path computation service = for multi-domain scenarios and agreed (at least my impression) that this re= alistically works for no more than two or three domains. For a single e2e p= ath computation the number of paths MDSC needs to request from PNCs grows e= xponentially with the number of domains and the number of inter-domain link= s. The things get worse when MDSC needs to compute e2e diverse (e.g. SRLG-d= isjoint) paths for a single e2e protected service and still worse when MDS= C needs to place more than one e2e services with global optimization criter= ia in mind. Things get still much worse when MDSCs are linked into a hierar= chy, and path computation services will have to be requested vertically thr= ough entire hierarchy from all subordinate MDSCs and PNCs Please, see further in line. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Thursday, November 10, 2016 5:02 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, I assumed in fact a multi-domain ACTN scenario, as stated in the abstract o= f draft-busibel-teas-yang-path-computation-00, where I believe we have the = most interesting use cases for path computation services. I believe we shou= ld consider all of these, as the same model shall be used both for single a= nd multi-domain scenarios. Regarding path computation on MDSC: in an ideal world MDSC could read topol= ogy from PNCs and compute itself end-to-end paths but there are cases where= this could be either impossible or not convenient: - For some reasons (e.g. security/privacy) the PNC doesn't export = full topology information to the MDSC, so that such information is not suit= able for a path computation on MDSC IB>> No one expects PNC to export full topology information, it is likely t= o contain proprietary information and hence useless for the MDSC anyway. PN= C is expected to expose an abstract TE topology, which could be as small as= a single TE node with detailed connectivity matrix; - For some reasons (e.g. scalability) MDSC doesn't want to get ful= l topology information from the subtended domains IB>> See comment above; - For some reasons (e.g. lack of knowledge about the internal mode= l of the equipment managed by the PNC : especially in WDM networks) MDSC is= not capable to cumpute reliably a feasible path in a domain IB>> This is not a concern: all the necessary computations are done already= by PNCs when exposing and updating the abstract TE topologies. IB>> Furthermore, according to ACTN MDSCs could be linked in a hierarchy. T= his means that for a top level MDSC e2e path computation, the path computat= ion services need to be requested hierarchically from all subordinate MDSCs= and PNCs across all hierarchy levels. In contrast, multi-level abstraction= of TE topologies is not a problem BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 8:33 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, Please, note that the context of this discussion is single domain. In my op= inion MDSC should not rely on the Path computation services (stateless or = stateful) provided by PNCs, rather, on its own path computation on TE topol= ogy, the product of merging of abstract TE topologies catered by the subor= dinate PNCs. And BTW said abstract TE topologies should be kept up-to-date = by the PNCs (i.e. with updates, stateful). Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Wednesday, November 09, 2016 12:42 PM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Well, I know implementations of both the "flavours", and I would say that t= he most complex are the pre-planned ones. So, it could be an interesting use case, but we need to be aware that it co= mes with a price. Take also into account that the path recomputation inside the provider coul= d not necessarily offer an optimal solution end-to-end, and the client (the= MDSC actually) should anyway check whether the end-to-end path, when a cha= nge happens on a segment, is still in compliance with its constraints (e.g.= if there is a latency constraint on the end-to-end path, it may happen tha= t the recomputed segment has a longer latency that leads to exceeding the c= onstraint on the end to end path : but the provider only sees that single s= egment of the end-to-end path and taking into account the end-to-end constr= aints could be really difficult). Regarding the TE-link, I was actually interested on what the provider (that= is the PNC) advertises to the client (MDSC) when reservation occurs. It ca= nnot advertise A'B' as it knows only A and B, but advertising AB seems to m= e not correct. BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 4:56 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, Please, see in-line. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Wednesday, November 09, 2016 10:27 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? FL>> Probably the same in case the provider notifies "Hey, I have no= longer anything for you". IB>> But this would be a bit too late, wouldn't it? Wouldn't it be better i= f the client has learnt about the previously returned path unfeasibility ah= ead of time, so that it could re-plan it's failure recovery scheme? If there is no (more) path, there is no path. The client could only try and= crankback looking for some different path or report an alarm. IB>> Relying on crankbaks in an unpredictable way is not exactly a good sol= ution, right? The scenario that seems more applicable to your proposal is a pre-planned r= estoration mechanism where we have a worker path in-service and a protectio= n path just computed (but not reserving network resources, in order to shar= e them among several protection paths), in a multi-domain network. In that = case, reserving te-tunnels like you suggest, could give an advantage, as th= e end-to-end cranckback could occur when the notification with "no-path" is= triggered by the provider (that means the protection path or some of its s= egments is no longer valid) and not when the path deployment is triggered b= y the client (that means the worker path is gone and we need the protection= immediately). Is this the case you are considering ? IB>> Exactly. All the scenarios you can think of where you don't know when = and where a problem may happen and you want to maintain flexibility and sha= re the network resources to protect as much as you can In other cases, as when used during an end-to-end path computation with imm= ediate deployment to reduce the possibility of conflicts among concurrent p= rocedures, it seems to me less important or applicable, as all these proced= ures will likely be orchestrated by the same entity, which could well avoid= conflicts. IB>> All cases where the provider wants to expose a potentiality without co= mmitting resources to cover for the client multiple use cases and provide a= t the same time some degree (albeit not perfect) predictability. 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. FL>> This means that the provider just sends the reply to the path computat= ion request and doesn't advertise any new TE link to the client ? This is a= ctually what I would expect: the task to manage TE-links in the overlay top= ology is with the client. IB>> Overlay TE topology manager advertises a TE link that is supported not= by a provisioned in a server layer TE tunnel (connection), rather, by a co= mputed and monitored path. This way the overlay TE topology manger can adve= rtise multiple abstract TE links mapped onto the same network resources Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 3:47 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. Igor From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com] Sent: Wednesday, November 09, 2016 9:26 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Igor, IMHO simplicity pays back. Instead than maintaining all these states, notif= ying clients all the times something changes, and repeating path-computatio= n as needed, isn't better for a client (and provider) to ask what is needed= when it's needed, and get the best result back at that moment ? Regarding the abstract link in the overlay topology, I still can't see what= the provider will advertise. If it's a new link representing the forwardin= g adjacency between A' and B', how it will be represented by the provider ? BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 2:48 PM To: Fatai Zhang >; Fran= cesco Lazzeri >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Francesco, Please, see in-line. Cheers, Igor The point here is for how long the provider should keep the computed path a= nd its request parameters IB>> As far as the provider is concerned, the requested path and its parame= ters is a TE tunnel (albeit computed but not provisioned). So it keeps the = state until the client removes the TE tunnel. (in fact if we want to have a possibly better path, at any change inside pr= ovider topology, resource status and usage, the provider should check if th= e computed path is still feasible and/or redo path computation to find a be= tter path). This could be an overhead, in my view. IB>> For example, if provider is to ensure the path's feasibility, all it n= eeds is to detect a change in a TE link the path is going through and make = sure that the change does not make the path unfeasible. Only in the latter= case the path re-computation needs to be scheduled and performed in a back= ground thread. Furthermore, I can't see how the provider could export the abstract TE-link= , as this is inside the client topology; IB>> The abstract link is a part of the abstract topology "cooked" (customi= zed) for the client, which is supported by the computed path in the underla= y topology, which is the provider's topology. in fact, if the client is asking for a path between A and B (A and B inside= provider topology), having A' (in client topology) connected to A and B' (= in client topology) connected to B, the relevant abstract TE link (the forw= arding adjacency) should be built between A' and B', that is in the client = topology; therefore the client should be in charge of managing it, as the p= rovider is not aware of A' and B'. IB>> This is correct, but note that the two topologies (underlay and overla= y) according to the TE topology model have independent and unrelated name s= paces for node, link and SRLG IDs. So it is perfectly Ok. IB>> Also note that according to TE topology model one important attribut= e of a TE node (especially abstract composite node) is connectivity matrix,= which is nothing but a set of stateful paths computed, re-computed and con= stantly monitored (but not reserved) over the TE topology the node encapsul= ates. This means that stateful unreserved paths play already a very import= ant part in supporting TE topologies with asymmetrical blocking abstract TE= nodes. Igor BR Francesco From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: 04 November, 2016 7:12 PM To: Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; TEAS WG= (teas@ietf.org) = >; pce@ietf.org Subject: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel-teas-y= ang-path-computation-00 Dieter, A client may ask for a path not to be used immediately (e.g. to present as = an abstract TE link to its own client, in some failure restoration scheme o= r as a part of disaster recovery network topology re-configuration) without= committing any network resources. In this case the client would want to kn= ow at least if/when the path has stopped being feasible any longer or (ide= ally) a better path is available. This is similar to exposing to a client an abstract TE topology with an unc= ommitted abstract TE link (i.e. TE link that does not have a committed TE t= unnel supporting it and advertises potentiality). Once such link is provide= d, the provider is expected to send updates when/if the TE link attributes = change. For uncommitted/potential TE link such updates could be provided ba= sed on event driven re-computation of the potentiality the TE link represen= ts. The point is that an uncommitted abstract TE link and COMPUTE_ONLY TE tunne= l can represent (each in its own way) the same network potentiality Cheers, Igor From: Dieter Beller [mailto:Dieter.Beller@nokia.com] Sent: Friday, November 04, 2016 1:49 PM To: Igor Bryskin Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Igor, could you please clarify how useful a stateful path without resource alloca= tion is. I can't see the benefits of this use case. Thanks, Dieter On 04.11.2016 14:25, Igor Bryskin wrote: Hi Dieter, A provider may compute path(s) for a TE tunnel, and then (without any resou= rce allocation) may start monitoring/ensuring the path validity/optimality = by re-computing them in an event driven manner. For example, it can trigger= the re-computation of the path(s) when detecting a change in a state of a = TE link the current path(s) are going through. Depending on the results ad= ditional notifications may be sent to the client. Note that this is in addition to the reasons you correctly identified for i= mplementing stateful path computation (such as compute_and_reserve). Cheers, Igor From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com] Sent: Thursday, November 03, 2016 6:27 PM To: Leeyoung Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi all, when we talk about the stateful path computation use case, it means IMHO th= at when a path has been calculated successfully in response to a request, a= new path object is created in the data store. This does only make sense if= the resources have been allocated in the TED of the PCE irrespective of th= e fact whether the connection along this path will be established right awa= y or at a later point in time. This will prevent further path computation r= equests from assuming that the resources are still available. As the TED of= the PCE also has to reflect the network state, I would assume that the net= work resources can be in one of the following three states: available, allo= catedButNotInUse, allocatedAndInUse. The path objects also need state info= rmation reflecting for example the alarm state of the allocated resources. = The path calculated earlier may become (temporarily) invalid due to a link = failure affecting the path. Does this make sense? Thanks, Dieter Sent from my tablet Leeyoung wrote: Igor, When you say "state", are you referring to the YANG datastore or some other= "interim" state of those paths that are calculated but not instantiated as= LSPs? If we were to update the YANG datastore for this, I would think that= we may have some issue when the customer decided not to instantiate the TE= tunnel (after the path compute request). Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 3:02 PM To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Young, >From the provider controller point of view COMPUTE_ONLY TE tunnels will hav= e exactly the same state as "normal" (COMPUTE_ADN_PROVISION) TE tunnels. Igor From: Leeyoung Sent: Thursday, November 03, 2016 3:42 PM To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Igor, In such case, would the YANG datastore be updated? I guess not. If not, the= n the system/controller has to keep this interim state, would it? Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Michael, You are exactly right. The purpose of the "compute-only" TE tunnel is to cr= eate/maintain the normal TE tunnel state and (re-)compute TE paths for the = TE tunnel connections/LSPs but not signal/provision the LSPs. Igor From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: Thursday, November 03, 2016 3:17 PM To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Isn't the intention of defining "compute-only tunnels" to create state in t= he controller, but not to signal them? If the tunnel should be signaled and= resources shall be allocated, why not just configure a vanilla tunnel? Use= s cases seem to exist for both variants, and both can be encoded in YANG. I= s there anything I miss here? Michael From: Leeyoung [mailto:leeyoung@huawei.com] Sent: Thursday, November 03, 2016 7:49 PM To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Hi Michael, I think I am with you on your point. If we use rpc, it is clear. On the oth= er hand, if we were to use "stateful compute-only" it seems that the system= /controller has to keep the state of the paths somewhere which is not YANG = datastore. My understanding is that YANG datastore is updated only when the= path is signaled and resource is allocated. Would this give the system/con= troller additional burden to keep the "interim" state? Young From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (N= okia - DE) Sent: Thursday, November 03, 2016 8:58 AM To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Maybe I miss something, but to me, the domain controller either computes a = path stateless, which can be modeled in YANG in an RPC. Or the domain contr= oller computes a path, stores state, and provides access to the result in t= he YANG datastore. In the latter case, whether resources are allocated, or = whether the NEs get actually provisioned, is an orthogonal question. As a side note, I am not sure of I would call a domain controller or an NMS= a PCE. Path computation is only a subset of the functions of a domain cont= roller. Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_91E3A1BD737FDF4FA14118387FF6766B156ABBA4lhreml504mbs_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

    Igor,

     

    As far as I can unders= tand your arguments with Francesco, you are assuming that the MDSC shall re= quest path computations to all its underlying PNCs (and even multiple times= ).

     

    The approach described= in section 3.3 of the draft is different. The idea is that the MDSC can us= e the TE Topology information provided by its underlying PNCs to reduce the= number of PNCs path computation have to be requested to.

     

    Let me make a simple a= nalogy. If I need to go from New York to Los Angeles, I know (from the topo= logy information) that any path going outside USA will be longer so there i= s no need to request path computation to the “PCNs” outside of USA. Nevertheless, I need to request = information to the different “PCNs” in USA to figure out which = will be the best  path within USA.

     

    In a nutshell, path co= mputation does not eliminate the need to provide TE Topology abstract infor= mation as well as providing TE Topology abstract information does not elimi= nate the need to support path computation.

    The two tools instead = could be used together in a smart way to achieve scalability in these quite= complex scenarios.

     

    Italo

     

    From: Igor Bryskin
    Sent: venerd=EC 11 novembre 2016 15:48
    To: Italo Busi; Francesco Lazzeri; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: RE: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-= teas-yang-path-computation-00

     

    Hi Italo,

     

    Y said:

    “IMHO, this appr= oach solves the issue and makes path computation applicable also to multi-d= omain TE networks with many TE networks”.

     

    I respectfully disagre= e with this conclusion for all the reasons I provided in the response to Fr= ancesco.

     

    Cheers,

    Igor.

     

     

     

     

    From: Italo Busi
    Sent: Thursday, November 10, 2016 6:38 PM
    To: Igor Bryskin; Francesco Lazzeri; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: RE: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Igor,

     

    I have discussed the i= ssue with many TE domains with co-authors and we have addressed it in secti= on 3.3 of the draft:

     

    As discussed= in section 2.2, there are some scalability issues with path computation re= quests in a multi-domain TE network with many TE domains, in terms of the number of requests to send to the TE domain contr= ollers. It would therefore be worthwhile using the TE topology information = provided by the domain controllers to limit the number of requests.

     

    An example about how t= his logic would work is provided in the remaining part o f section 3.3 (too= long to replicate here the text).

     

    The bottom-line conclu= sion we have reached is described at the end of section 3 of the draft:

     

    In nutshell,= there is a scalability trade-off between providing all the TE information = needed by the Orchestrator’s PCE to take optimal path computation decisions by its own versus requesting the Orchestrator t= o ask to too many underlying SDN Domain Controllers a set of feasible optim= al intra-domain TE paths.

     

    IMHO, this approach so= lves the issue and makes path computation applicable also to multi-domain T= E networks with many TE networks.

     

    What do you think?

     

    Italo

     

    From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: gioved=EC 10 novembre 2016 17:15
    To: Francesco Lazzeri; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Franseco,

     

    We have discussed with= Italo the applicability of path computation service for multi-domain scena= rios and agreed (at least my impression) that this realistically works for = no more than two or three domains. For a single e2e path computation the number of paths MDSC needs to request fr= om PNCs grows exponentially with the number of domains and the number of in= ter-domain links. The things get worse when MDSC needs to compute e2e diver= se (e.g. SRLG-disjoint) paths for a single e2e protected service  and still worse when MDSC needs to pl= ace more than one e2e services with global optimization criteria in mind. T= hings get still much worse when MDSCs are linked into a hierarchy, and path= computation services will have to be requested vertically through entire hierarchy from all subordinate MDSCs a= nd PNCs

     

    Please, see further in= line.

     

    Igor=

     

     

    From: Teas [ma= ilto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Thursday, November 10, 2016 5:02 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Igor,

    I assumed in fact a= multi-domain ACTN scenario, as stated in the abstract of draft-busibel-tea= s-yang-path-computation-00, where I believe we have the most interesting us= e cases for path computation services. I believe we should consider all of these, as the same model shall be used= both for single and multi-domain scenarios.

    Regarding path comp= utation on MDSC: in an ideal world MDSC could read topology from PNCs and c= ompute itself end-to-end paths but there are cases where this could be eith= er impossible or not convenient:

     

    -   = ;       For some reasons (e.g. security/pri= vacy) the PNC doesn’t export full topology information to the MDSC, s= o that such information is not suitable for a path computation on MDSC=

     

    IB>> No one expects PNC to export full topology inf= ormation, it is likely to contain proprietary information and hence useless= for the MDSC anyway. PNC is expected to expose an abstract TE topology, which could be as small as a single TE node with = detailed connectivity matrix;

     

    -   = ;       For some reasons (e.g. scalability)= MDSC doesn’t want to get full topology information from the subtende= d domains

    IB>> See comment above;

     

    -   = ;       For some reasons (e.g. lack of know= ledge about the internal model of the equipment managed by the PNC : especi= ally in WDM networks) MDSC is not capable to cumpute reliably a feasible pa= th in a domain

    IB>> This is not a concern: all the necessary compu= tations are done already by PNCs when exposing and updating the abstract TE= topologies.

     

    IB>> Furthermore, according to ACTN MDSCs could be = linked in a hierarchy. This means that for a top level MDSC e2e path comput= ation, the path computation services need to be requested hierarchically from all subordinate MDSCs and PNCs acr= oss all hierarchy levels. In contrast, multi-level abstraction of TE topolo= gies is not a problem

     

    BR

    Francesco

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 8:33 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller = <Dieter.Beller@nokia.com&= gt;
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; TEAS WG (teas@ietf.org) <te= as@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,

     

    Please, note that t= he context of this discussion is single domain. In my opinion MDSC  sh= ould not rely on the Path computation services (stateless or stateful) prov= ided by PNCs, rather, on its own path computation on TE topology, the product of  merging of abstract TE topologies cat= ered by the subordinate PNCs. And BTW said abstract TE topologies should be= kept up-to-date by the PNCs (i.e. with updates, stateful).

     

    Igor

     

     

     

    From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Wednesday, November 09, 2016 12:42 PM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.or= g; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (    teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.i= etf.org/html/draft-busibel-teas-yang-path-computation-00

     

    Well, I know implem= entations of both the “flavours”, and I would say that the most= complex are the pre-planned ones.

    So, it could be an = interesting use case, but we need to be aware that it comes with a price.

    Take also into acco= unt that the path recomputation inside the provider could not necessarily o= ffer an optimal solution end-to-end, and the client (the MDSC actually) sho= uld anyway check whether the end-to-end path, when a change happens on a segment, is still in compliance with its = constraints (e.g. if there is a latency constraint on the end-to-end path, = it may happen that the recomputed segment has a longer latency that leads t= o exceeding the constraint on the end to end path : but the provider only sees that single segment of the en= d-to-end path and taking into account the end-to-end constraints could be r= eally difficult).

     

    Regarding the TE-li= nk, I was actually interested on what the provider (that is the PNC) advert= ises to the client (MDSC) when reservation occurs. It cannot advertise A= 217;B’ as it knows only A and B, but advertising AB seems to me not correct.

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 4:56 PM
    To: Francesco Lazzeri <    francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,<= /span>

     

    Please, see in-line.

     

    Igor=

     

     

     

    From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Wednesday, November 09, 2016 10:27 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.or= g; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (    teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.i= etf.org/html/draft-busibel-teas-yang-path-computation-00

     

    Igor,

     

    1)  &nbs= p;   IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn’t better for= a client (and provider) to ask what is needed when it’s needed, and get the best result back at that moment= ?

    IB>> What happens it the provider at this moment says: R= 20; No, I have nothing for you” ?  What if the path was relied u= pon by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

       &= nbsp;   FL>> Probably the same in case the provider notifie= s “Hey, I have no longer anything for you”.

     

    IB>> But this would = be a bit too late, wouldn’t it? Wouldn’t it be better if the cl= ient has learnt about the previously returned path unfeasibility ahead of t= ime, so that it could re-plan it’s failure recovery scheme?

     

    If there is no (mor= e) path, there is no path. The client could only try and crankback looking = for some different path or report an alarm.

     

    IB>> Relying on cran= kbaks in an unpredictable way is not exactly a good solution, right?

     

    The scenario that s= eems more applicable to your proposal is a pre-planned restoration mechanis= m where we have a worker path in-service and a protection path just compute= d (but not reserving network resources, in order to share them among several protection paths), in a multi-domain = network. In that case, reserving te-tunnels like you suggest, could give an= advantage, as the end-to-end cranckback could occur when the notification = with “no-path” is triggered by the provider (that means the protection path or some of its segments is no lon= ger valid) and not when the path deployment is triggered by the client (tha= t means the worker path is gone and we need the protection immediately). Is= this the case you are considering ?

     

    IB>> Exactly. All th= e scenarios you can think of where you don’t know when and where a pr= oblem may happen and you want to maintain flexibility and share the network= resources to protect as much as you can

     

    In other cases, as = when used during an end-to-end path computation with immediate deployment t= o reduce the possibility of conflicts among concurrent procedures, it seems= to me less important or applicable, as all these procedures will likely be orchestrated by the same entity, wh= ich could well avoid conflicts.

     

    IB>> All cases where= the provider wants to expose a potentiality without committing resources t= o cover for the client multiple use cases and provide at the same time some= degree (albeit not perfect) predictability.

     

     <= /o:p>

    2)  &nbs= p;   Regarding the abstract link in the = overlay topology, I still can’t see what the provider will advertise.= If it’s a new link representing the forwarding adjacency between A&#= 8217; and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link AR= 17;B’ points to the underlay (provider) TE topology where the path is= computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

    FL>> This means that the provider just sends the reply to t= he path computation request and doesn’t advertise any new TE link to = the client ? This is actually what I would expect: the task to manage TE-links in the overlay topology is with the client.

     

    IB>> Overlay TE topology manager advertises a TE link that is supp= orted not by a provisioned in a server layer TE tunnel (connection), rather= , by a computed and monitored path. This way the overlay TE topology manger can advertise multiple abstract TE links ma= pped onto the same network resources 

     

    Francesco

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 3:47 PM
    To: Francesco Lazzeri <    francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,<= /span>

     

    1)  &nbs= p;   IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn’t better for= a client (and provider) to ask what is needed when it’s needed, and get the best result back at that moment= ?

    IB>> What happens it the provider at this moment says: R= 20; No, I have nothing for you” ?  What if the path was relied u= pon by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

     <= /o:p>

     <= /o:p>

    2)  &nbs= p;   Regarding the abstract link in the = overlay topology, I still can’t see what the provider will advertise.= If it’s a new link representing the forwarding adjacency between A&#= 8217; and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link AR= 17;B’ points to the underlay (provider) TE topology where the path is= computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

     

     

    Igor

     

     

    From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.co= m]
    Sent: Wednesday, November 09, 2016 9:26 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.or= g; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (    teas@ietf.org)
    Subject: RE: [mpls] http://tools.ietf.org= /html/draft-busibel-teas-yang-path-computation-00

     

    Igor,

    IMHO simplicity pay= s back. Instead than maintaining all these states, notifying clients all th= e times something changes, and repeating path-computation as needed, isn= 217;t better for a client (and provider) to ask what is needed when it’s needed, and get the best result back at= that moment ?

    Regarding the abstr= act link in the overlay topology, I still can’t see what the provider= will advertise. If it’s a new link representing the forwarding adjac= ency between A’ and B’, how it will be represented by the provider ?

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 2:48 PM
    To: Fatai Zhang <    = zhangfatai@huawei.com>; Francesco L= azzeri <frances= co.lazzeri@ericsson.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Hi Francesco,

     <= /o:p>

    Please, see in-line= .

     <= /o:p>

    Cheers,=

    Igor

     <= /o:p>

    The point here is f= or how long the provider should keep the computed path and its request para= meters

     <= /o:p>

    IB>> As far as t= he provider is concerned, the requested path and its parameters is a TE tun= nel (albeit computed but not provisioned). So it keeps the state until the = client removes the TE tunnel.

     <= /o:p>

    (in fact if we want= to have a possibly better path, at any change inside provider topology, re= source status and usage, the provider should check if the computed path is = still feasible and/or redo path computation to find a better path). This could be an overhead, in my view.=

     <= /o:p>

    IB>> For example= , if provider is to ensure the path’s feasibility, all it needs is to= detect a change in a TE link the path is going through and make sure that = the  change does not make the path unfeasible. Only in the latter case the path re-computation needs to be scheduled and perfo= rmed in a background thread.

     <= /o:p>

    Furthermore, I can&= #8217;t see how the provider could export the abstract TE-link, as this is = inside the client topology;

    IB>> The abstrac= t link is a part of the abstract topology “cooked” (customized)= for the client, which is supported by the computed path in the underlay to= pology, which is the provider’s topology.

     <= /o:p>

    in fact, if the cli= ent is asking for a path between A and B (A and B inside provider topology)= , having A’ (in client topology) connected to A and B’ (in clie= nt topology) connected to B, the relevant abstract TE link (the forwarding adjacency) should be built between A’ and B&= #8217;, that is in the client topology; therefore the client should be in c= harge of managing it, as the provider is not aware of A’ and B’= .

     <= /o:p>

    IB>> This is cor= rect, but note that the two topologies (underlay and overlay) according to = the TE topology model have independent and unrelated name spaces for node, = link and SRLG IDs. So it is perfectly Ok.

     

    IB>> Also note t= hat according  to TE topology model  one important attribute of a= TE node (especially abstract composite node) is connectivity matrix, which is nothing but a set of stateful paths computed, re-computed and c= onstantly monitored (but not reserved) over the TE topology the node encaps= ulates.  This means that stateful unreserved paths play already a very imp= ortant part in supporting TE topologies with asymmetrical blocking abstract= TE nodes.

     

    Igor

     <= /o:p>

     <= /o:p>

     <= /o:p>

     <= /o:p>

    BR

    Francesco

     <= /o:p>

    From:= CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: 04 November, 2016 7:12 PM
    To: Dieter Beller <    Dieter.Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; TEAS WG (teas@ietf.org) <tea= s@ietf.org>; pce@ietf.org
    Subject: Re: [CCAMP] [mpls]     http://tools.ietf.org/htm= l/draft-busibel-teas-yang-path-computation-00

     

    Dieter,

     

    A client may ask for a= path not to be used immediately (e.g. to present as an abstract TE link to= its own client, in some failure restoration scheme or as a part of disaste= r recovery network topology re-configuration) without committing any network resources. In this case the client would wa= nt to know at least  if/when the path has stopped being feasible any l= onger or (ideally) a better path is available.

     

    This is similar to exp= osing to a client an abstract TE topology with an uncommitted abstract TE l= ink (i.e. TE link that does not have a committed TE tunnel supporting it an= d advertises potentiality). Once such link is provided, the provider is expected to send updates when/if the TE = link attributes change. For uncommitted/potential TE link such updates coul= d be provided based on event driven re-computation of the potentiality the = TE link represents.

    The point is that an u= ncommitted abstract TE link and COMPUTE_ONLY TE tunnel can represent (each = in its own way) the same network potentiality

     

    Cheers,

    Igor=

     

     

     

    From: Dieter Beller [mailto:Dieter.Beller@nokia.com]
    Sent: Friday, November 04, 2016 1:49 PM
    To: Igor Bryskin
    Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org    ); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif";color:windowtext">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls]     http://tools.ietf.org= /html/draft-busibel-teas-yang-path-computation-00

     

    Hi Igor,

    could you please clarify how useful a stateful path without resource all= ocation is. I can't see the benefits of this use case.


    Thanks,
    Dieter

    On 04.11.2016 14:25, Igor Bryskin wrote:<= /p>

    Hi Dieter,=

     

    A provider may compute= path(s) for a TE tunnel, and then (without any resource allocation) may st= art monitoring/ensuring the path validity/optimality by re-computing them i= n an event driven manner. For example, it can trigger the re-computation of the path(s) when detecting a change i= n a state of a TE link the current path(s) are going through.  Dependi= ng on the results additional notifications may be sent to the client.

     

    Note that this is in a= ddition to the reasons you correctly identified for implementing stateful p= ath computation (such as compute_and_reserve).

     

    Cheers,

    Igor=

     

     

    From: Beller, = Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com]
    Sent: Thursday, November 03, 2016 6:27 PM
    To: Leeyoung
    Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (    ccamp@ietf.org<= /span>); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls]     http://tools.ietf.org= /html/draft-busibel-teas-yang-path-computation-00

     

    Hi all, 
     
    when we talk about the stateful path computation use case,=
 it means IMHO that when a path has been calculated successfully in respons=
e to a request, a new path object is created in the data store. This does o=
nly make sense if the resources have been allocated in the TED of the PCE i=
rrespective of the fact whether the connection along this path will be esta=
blished right away or at a later point in time. This will prevent further p=
ath computation requests from assuming that the resources are still availab=
le. As the TED of the PCE also has to reflect the network state, I would as=
sume that the network resources can be in one of the following three states=
: available, allocatedButNotInUse,  allocatedAndInUse. The path object=
s also need state information reflecting for example the alarm state of the=
 allocated resources. The path calculated earlier may become (temporarily) =
invalid due to a link failure affecting the path. 
     
    Does this make sense? 
     
     
    Thanks, 
    Dieter
     
    Sent from my tablet
     
    Leeyoung <leeyoung@huawei.com> wrote:
     

    Igor,

     

    When you say “st= ate”, are you referring to the YANG datastore or some other “in= terim” state of those paths that are calculated but not instantiated = as LSPs? If we were to update the YANG datastore for this, I would think that we may have some issue when the customer decided not to i= nstantiate the TE tunnel (after the path compute request).

     

    Thanks.

    Young

     

     

    From: Igor Bry= skin
    Sent: Thursday, November 03, 2016 3:02 PM
    To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Young,

     

    From the provider cont= roller point of view COMPUTE_ONLY TE tunnels will have exactly the same sta= te as “normal” (COMPUTE_ADN_PROVISION) TE tunnels.<= /o:p>

     

    Igor=

     

    From: Leeyoung
    Sent: Thursday, November 03, 2016 3:42 PM
    To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (    ccamp@ietf.org<= /span>); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Igor,

     

    In such case, would th= e YANG datastore be updated? I guess not. If not, then the system/controlle= r has to keep this interim state, would it?

     

    Thanks.

    Young

     

    From: Igor Bry= skin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Michael,

    You are exactly right.= The purpose of the “compute-only” TE tunnel is to create/maint= ain the normal TE tunnel state and (re-)compute TE paths for the TE tunnel = connections/LSPs but not signal/provision the LSPs.

     

    Igor=

     

    From: Scharf, = Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: Thursday, November 03, 2016 3:17 PM
    To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Isn’t the intent= ion of defining „compute-only tunnels“ to create state in the c= ontroller, but not to signal them? If the tunnel should be signaled and res= ources shall be allocated, why not just configure a vanilla tunnel? Uses cases seem to exist for both variants, and both can be encode= d in YANG. Is there anything I miss here?

     

    Michael

     

     

    From: Leeyoung [mailto:leeyoung@huawei.com]
    Sent: Thursday, November 03, 2016 7:49 PM
    To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; = CCAMP (    cca= mp@ietf.org); pce@ietf.org= ; TEAS WG (teas@ietf.org); mpls@ietf.o= rg
    Subject: RE:     http://tools.iet= f.org/html/draft-busibel-teas-yang-path-computation-00

     

    Hi Michael,

     

    I think I am with you = on your point. If we use rpc, it is clear. On the other hand, if we were to= use “stateful compute-only” it seems that the system/controlle= r has to keep the state of the paths somewhere which is not YANG datastore. My understanding is that YANG datastore is updated = only when the path is signaled and resource is allocated. Would this give t= he system/controller additional burden to keep the “interim” st= ate?

     

    Young

     

    From: CCAMP [<= /span>mailto:ccamp-bo= unces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
    Sent: Thursday, November 03, 2016 8:58 AM
    To: Daniele Ceccarelli; Igor Bryskin; CCAMP (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (    teas@ietf.org); mpls@ietf.org
    Subject: Re: [CCAMP]     http://tools.ietf.or= g/html/draft-busibel-teas-yang-path-computation-00

     

    Maybe I miss something= , but to me, the domain controller either computes a path stateless, which = can be modeled in YANG in an RPC. Or the domain controller computes a path,= stores state, and provides access to the result in the YANG datastore. In the latter case, whether resources ar= e allocated, or whether the NEs get actually provisioned, is an orthogonal = question.

     

    As a side note, I am n= ot sure of I would call a domain controller or an NMS a PCE. Path computati= on is only a subset of the functions of a domain controller.

     

    Michael

     

     

     

    From: Daniele = Ceccarelli [mailto:daniele.ceccarelli@ericsson.com]
    Sent: Thursday, November 03, 2016 2:49 PM
    To: Scharf, Michael     (Nokia - DE); Igo= r Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org= ; TEAS WG (teas@ietf.org); mpls@ietf.o= rg
    Subject: RE:     http://tools.iet= f.org/html/draft-busibel-teas-yang-path-computation-00

     

    Can you please explain what the “stateful comp= ute-only” stands for I don’t understand what is stateful in a p= ath computation request only.

    IMHO either I ask the PCE (SDN controller, NMS, what= ever) to compute a path and then forget about it or I ask to compute and pr= ovision it. I don’t understand the value of asking for it and remembe= ring about it.

     

    BR
    Daniele 

     

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: gioved=EC 3 novembre 2016 14:45
    To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    We have discussed this= before. From an implementer’s perspective, the two clean solutions t= o the problem seem to either stateful „compute-only“ tunnels or= a stateless RPC.

     

    Michael

     

     

    From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Daniele Ceccarelli; CCAMP (    ccamp@ietf.org); pce@ietf.org= ; TEAS WG (teas@ietf.org); mpls@ietf.o= rg
    Subject: [ALU] [mpls]    http://t= ools.ietf.org/html/draft-busibel-teas-yang-path-computation-00

     

    Hi,<= /p>

     

    From the draft:=

     

    6. =    YANG Model for requesting Path Computation

     

     

      = ; Work on extending the TE Tunnel YANG model to support the need to<= o:p>

      = ; request path computation has recently started also in the context of

      = ; the [T= E-TUNNEL] draft.

     

      = ; It is possible to request path computation by configuring a

      = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

      = ; LSP(s) Record-Route Object (RRO) list as described in [T= E-TUNNEL].

     

      = ; This is a stateful solution since the state of each created

      = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

      = ; underlying network conditions change.

     

      = ; The need also for a stateless solution, based on an RPC, has been<= o:p>

      = ; recognized.

     

     

      = ; The YANG model to support stateless RPC is for further study.=

     

     

     

     

     

    IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

     

    Cheers,

    Igor

     

     

     

     

     

     

     

     

     

     

     

     

     

     

    --_000_91E3A1BD737FDF4FA14118387FF6766B156ABBA4lhreml504mbs_-- From nobody Fri Nov 11 07:34:55 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 1F380129576; Fri, 11 Nov 2016 07:34:29 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.707 X-Spam-Level: X-Spam-Status: No, score=-5.707 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001, T_KAM_HTML_FONT_INVALID=0.01] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id dJdtuB0n9-RN; Fri, 11 Nov 2016 07:34:21 -0800 (PST) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 6EEAE12988F; Fri, 11 Nov 2016 07:34:19 -0800 (PST) Received: from 172.18.7.190 (EHLO lhreml702-cah.china.huawei.com) ([172.18.7.190]) by lhrrg02-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id CUZ79635; Fri, 11 Nov 2016 15:34:17 +0000 (GMT) Received: from DFWEML702-CAH.china.huawei.com (10.193.5.176) by lhreml702-cah.china.huawei.com (10.201.5.99) with Microsoft SMTP Server (TLS) id 14.3.235.1; Fri, 11 Nov 2016 15:32:37 +0000 Received: from DFWEML501-MBX.china.huawei.com ([10.193.5.178]) by dfweml702-cah.china.huawei.com ([10.193.5.176]) with mapi id 14.03.0235.001; Fri, 11 Nov 2016 07:32:28 -0800 From: Igor Bryskin To: Italo Busi , Francesco Lazzeri , Fatai Zhang , Dieter Beller Thread-Topic: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 Thread-Index: AQHSNdbxqovpH1S/M0ui/wYWAHL6uaDHupQAgAABPgCAAAJUAIAAUW6AgAAHrQD//43VoIAAeTWA//+O+kCAAHmIAIAAJcgAgACAujCAAMOrgP//jARQAJSqJ4AAZ2q+AAAKEkOA///2foCAAIT9oP//jDMAgACEpnD//6EMgIAAaaTAgACoN4CAACdXUIAAvKGA//+IfFAAL9vrAAAQjVEQ Date: Fri, 11 Nov 2016 15:32:29 +0000 Message-ID: <0C72C38E7EBC34499E8A9E7DD007863908F0FED7@dfweml501-mbx> References: <0C72C38E7EBC34499E8A9E7DD007863908F0EF32@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5BB53@FR712WXCHMBA15.zeu.alcatel-lucent.com> <655C07320163294895BBADA28372AF5D48B5BC01@FR712WXCHMBA15.zeu.alcatel-lucent.com> <7AEB3D6833318045B4AE71C2C87E8E172A8CC9D2@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5C82F@FR712WXCHMBA15.zeu.alcatel-lucent.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F10B@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA51@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F12D@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA9B@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F1E1@dfweml501-mbx> <9762bdb8-e73c-7653-3243-f7add7a9ce7c@nokia.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F242@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F747@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F774@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F7CA@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F824@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F961@dfweml501-mbx> <91E3A1BD737FDF4FA14118387FF6766B156AB6D1@lhreml504-mbs> <0C72C38E7EBC34499E8A9E7DD007863908F0FEAC@dfweml501-mbx> <91E3A1BD737FDF4FA14118387FF6766B156ABBA4@lhreml504-mbs> In-Reply-To: <91E3A1BD737FDF4FA14118387FF6766B156ABBA4@lhreml504-mbs> Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.212.254.206] Content-Type: multipart/alternative; boundary="_000_0C72C38E7EBC34499E8A9E7DD007863908F0FED7dfweml501mbx_" MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A020205.5825E4F9.045B, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: 488aa49910b38b0ac62a485a0ad8b155 Archived-At: Cc: "mpls@ietf.org" , "CCAMP \(ccamp@ietf.org\)" , "Scharf, Michael \(Nokia - DE\)" , "pce@ietf.org" , "TEAS WG \(teas@ietf.org\)" Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 11 Nov 2016 15:34:29 -0000 --_000_0C72C38E7EBC34499E8A9E7DD007863908F0FED7dfweml501mbx_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Italo, In your analogy how you can be sure that a better (faster) path from New Yo= ur, say, to Seattle is not via Canada offering wide and empty intra-country= highways? Igor From: Italo Busi Sent: Friday, November 11, 2016 10:21 AM To: Igor Bryskin; Francesco Lazzeri; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pc= e@ietf.org; TEAS WG (teas@ietf.org) Subject: RE: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, As far as I can understand your arguments with Francesco, you are assuming = that the MDSC shall request path computations to all its underlying PNCs (a= nd even multiple times). The approach described in section 3.3 of the draft is different. The idea i= s that the MDSC can use the TE Topology information provided by its underly= ing PNCs to reduce the number of PNCs path computation have to be requested= to. Let me make a simple analogy. If I need to go from New York to Los Angeles,= I know (from the topology information) that any path going outside USA wil= l be longer so there is no need to request path computation to the "PCNs" o= utside of USA. Nevertheless, I need to request information to the different= "PCNs" in USA to figure out which will be the best path within USA. In a nutshell, path computation does not eliminate the need to provide TE T= opology abstract information as well as providing TE Topology abstract info= rmation does not eliminate the need to support path computation. The two tools instead could be used together in a smart way to achieve scal= ability in these quite complex scenarios. Italo From: Igor Bryskin Sent: venerd=EC 11 novembre 2016 15:48 To: Italo Busi; Francesco Lazzeri; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pc= e@ietf.org; TEAS WG (teas@ietf.org) Subject: RE: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Hi Italo, Y said: "IMHO, this approach solves the issue and makes path computation applicable= also to multi-domain TE networks with many TE networks". I respectfully disagree with this conclusion for all the reasons I provided= in the response to Francesco. Cheers, Igor. From: Italo Busi Sent: Thursday, November 10, 2016 6:38 PM To: Igor Bryskin; Francesco Lazzeri; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: RE: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, I have discussed the issue with many TE domains with co-authors and we have= addressed it in section 3.3 of the draft: As discussed in section 2.2, there are some scalability issues with path co= mputation requests in a multi-domain TE network with many TE domains, in te= rms of the number of requests to send to the TE domain controllers. It woul= d therefore be worthwhile using the TE topology information provided by the= domain controllers to limit the number of requests. An example about how this logic would work is provided in the remaining par= t o f section 3.3 (too long to replicate here the text). The bottom-line conclusion we have reached is described at the end of secti= on 3 of the draft: In nutshell, there is a scalability trade-off between providing all the TE = information needed by the Orchestrator's PCE to take optimal path computati= on decisions by its own versus requesting the Orchestrator to ask to too ma= ny underlying SDN Domain Controllers a set of feasible optimal intra-domain= TE paths. IMHO, this approach solves the issue and makes path computation applicable = also to multi-domain TE networks with many TE networks. What do you think? Italo From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: gioved=EC 10 novembre 2016 17:15 To: Francesco Lazzeri; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Franseco, We have discussed with Italo the applicability of path computation service = for multi-domain scenarios and agreed (at least my impression) that this re= alistically works for no more than two or three domains. For a single e2e p= ath computation the number of paths MDSC needs to request from PNCs grows e= xponentially with the number of domains and the number of inter-domain link= s. The things get worse when MDSC needs to compute e2e diverse (e.g. SRLG-d= isjoint) paths for a single e2e protected service and still worse when MDS= C needs to place more than one e2e services with global optimization criter= ia in mind. Things get still much worse when MDSCs are linked into a hierar= chy, and path computation services will have to be requested vertically thr= ough entire hierarchy from all subordinate MDSCs and PNCs Please, see further in line. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Thursday, November 10, 2016 5:02 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, I assumed in fact a multi-domain ACTN scenario, as stated in the abstract o= f draft-busibel-teas-yang-path-computation-00, where I believe we have the = most interesting use cases for path computation services. I believe we shou= ld consider all of these, as the same model shall be used both for single a= nd multi-domain scenarios. Regarding path computation on MDSC: in an ideal world MDSC could read topol= ogy from PNCs and compute itself end-to-end paths but there are cases where= this could be either impossible or not convenient: - For some reasons (e.g. security/privacy) the PNC doesn't export = full topology information to the MDSC, so that such information is not suit= able for a path computation on MDSC IB>> No one expects PNC to export full topology information, it is likely t= o contain proprietary information and hence useless for the MDSC anyway. PN= C is expected to expose an abstract TE topology, which could be as small as= a single TE node with detailed connectivity matrix; - For some reasons (e.g. scalability) MDSC doesn't want to get ful= l topology information from the subtended domains IB>> See comment above; - For some reasons (e.g. lack of knowledge about the internal mode= l of the equipment managed by the PNC : especially in WDM networks) MDSC is= not capable to cumpute reliably a feasible path in a domain IB>> This is not a concern: all the necessary computations are done already= by PNCs when exposing and updating the abstract TE topologies. IB>> Furthermore, according to ACTN MDSCs could be linked in a hierarchy. T= his means that for a top level MDSC e2e path computation, the path computat= ion services need to be requested hierarchically from all subordinate MDSCs= and PNCs across all hierarchy levels. In contrast, multi-level abstraction= of TE topologies is not a problem BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 8:33 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, Please, note that the context of this discussion is single domain. In my op= inion MDSC should not rely on the Path computation services (stateless or = stateful) provided by PNCs, rather, on its own path computation on TE topol= ogy, the product of merging of abstract TE topologies catered by the subor= dinate PNCs. And BTW said abstract TE topologies should be kept up-to-date = by the PNCs (i.e. with updates, stateful). Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Wednesday, November 09, 2016 12:42 PM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Well, I know implementations of both the "flavours", and I would say that t= he most complex are the pre-planned ones. So, it could be an interesting use case, but we need to be aware that it co= mes with a price. Take also into account that the path recomputation inside the provider coul= d not necessarily offer an optimal solution end-to-end, and the client (the= MDSC actually) should anyway check whether the end-to-end path, when a cha= nge happens on a segment, is still in compliance with its constraints (e.g.= if there is a latency constraint on the end-to-end path, it may happen tha= t the recomputed segment has a longer latency that leads to exceeding the c= onstraint on the end to end path : but the provider only sees that single s= egment of the end-to-end path and taking into account the end-to-end constr= aints could be really difficult). Regarding the TE-link, I was actually interested on what the provider (that= is the PNC) advertises to the client (MDSC) when reservation occurs. It ca= nnot advertise A'B' as it knows only A and B, but advertising AB seems to m= e not correct. BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 4:56 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, Please, see in-line. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Wednesday, November 09, 2016 10:27 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? FL>> Probably the same in case the provider notifies "Hey, I have no= longer anything for you". IB>> But this would be a bit too late, wouldn't it? Wouldn't it be better i= f the client has learnt about the previously returned path unfeasibility ah= ead of time, so that it could re-plan it's failure recovery scheme? If there is no (more) path, there is no path. The client could only try and= crankback looking for some different path or report an alarm. IB>> Relying on crankbaks in an unpredictable way is not exactly a good sol= ution, right? The scenario that seems more applicable to your proposal is a pre-planned r= estoration mechanism where we have a worker path in-service and a protectio= n path just computed (but not reserving network resources, in order to shar= e them among several protection paths), in a multi-domain network. In that = case, reserving te-tunnels like you suggest, could give an advantage, as th= e end-to-end cranckback could occur when the notification with "no-path" is= triggered by the provider (that means the protection path or some of its s= egments is no longer valid) and not when the path deployment is triggered b= y the client (that means the worker path is gone and we need the protection= immediately). Is this the case you are considering ? IB>> Exactly. All the scenarios you can think of where you don't know when = and where a problem may happen and you want to maintain flexibility and sha= re the network resources to protect as much as you can In other cases, as when used during an end-to-end path computation with imm= ediate deployment to reduce the possibility of conflicts among concurrent p= rocedures, it seems to me less important or applicable, as all these proced= ures will likely be orchestrated by the same entity, which could well avoid= conflicts. IB>> All cases where the provider wants to expose a potentiality without co= mmitting resources to cover for the client multiple use cases and provide a= t the same time some degree (albeit not perfect) predictability. 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. FL>> This means that the provider just sends the reply to the path computat= ion request and doesn't advertise any new TE link to the client ? This is a= ctually what I would expect: the task to manage TE-links in the overlay top= ology is with the client. IB>> Overlay TE topology manager advertises a TE link that is supported not= by a provisioned in a server layer TE tunnel (connection), rather, by a co= mputed and monitored path. This way the overlay TE topology manger can adve= rtise multiple abstract TE links mapped onto the same network resources Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 3:47 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. Igor From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com] Sent: Wednesday, November 09, 2016 9:26 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Igor, IMHO simplicity pays back. Instead than maintaining all these states, notif= ying clients all the times something changes, and repeating path-computatio= n as needed, isn't better for a client (and provider) to ask what is needed= when it's needed, and get the best result back at that moment ? Regarding the abstract link in the overlay topology, I still can't see what= the provider will advertise. If it's a new link representing the forwardin= g adjacency between A' and B', how it will be represented by the provider ? BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 2:48 PM To: Fatai Zhang >; Fran= cesco Lazzeri >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Francesco, Please, see in-line. Cheers, Igor The point here is for how long the provider should keep the computed path a= nd its request parameters IB>> As far as the provider is concerned, the requested path and its parame= ters is a TE tunnel (albeit computed but not provisioned). So it keeps the = state until the client removes the TE tunnel. (in fact if we want to have a possibly better path, at any change inside pr= ovider topology, resource status and usage, the provider should check if th= e computed path is still feasible and/or redo path computation to find a be= tter path). This could be an overhead, in my view. IB>> For example, if provider is to ensure the path's feasibility, all it n= eeds is to detect a change in a TE link the path is going through and make = sure that the change does not make the path unfeasible. Only in the latter= case the path re-computation needs to be scheduled and performed in a back= ground thread. Furthermore, I can't see how the provider could export the abstract TE-link= , as this is inside the client topology; IB>> The abstract link is a part of the abstract topology "cooked" (customi= zed) for the client, which is supported by the computed path in the underla= y topology, which is the provider's topology. in fact, if the client is asking for a path between A and B (A and B inside= provider topology), having A' (in client topology) connected to A and B' (= in client topology) connected to B, the relevant abstract TE link (the forw= arding adjacency) should be built between A' and B', that is in the client = topology; therefore the client should be in charge of managing it, as the p= rovider is not aware of A' and B'. IB>> This is correct, but note that the two topologies (underlay and overla= y) according to the TE topology model have independent and unrelated name s= paces for node, link and SRLG IDs. So it is perfectly Ok. IB>> Also note that according to TE topology model one important attribut= e of a TE node (especially abstract composite node) is connectivity matrix,= which is nothing but a set of stateful paths computed, re-computed and con= stantly monitored (but not reserved) over the TE topology the node encapsul= ates. This means that stateful unreserved paths play already a very import= ant part in supporting TE topologies with asymmetrical blocking abstract TE= nodes. Igor BR Francesco From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: 04 November, 2016 7:12 PM To: Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; TEAS WG= (teas@ietf.org) = >; pce@ietf.org Subject: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel-teas-y= ang-path-computation-00 Dieter, A client may ask for a path not to be used immediately (e.g. to present as = an abstract TE link to its own client, in some failure restoration scheme o= r as a part of disaster recovery network topology re-configuration) without= committing any network resources. In this case the client would want to kn= ow at least if/when the path has stopped being feasible any longer or (ide= ally) a better path is available. This is similar to exposing to a client an abstract TE topology with an unc= ommitted abstract TE link (i.e. TE link that does not have a committed TE t= unnel supporting it and advertises potentiality). Once such link is provide= d, the provider is expected to send updates when/if the TE link attributes = change. For uncommitted/potential TE link such updates could be provided ba= sed on event driven re-computation of the potentiality the TE link represen= ts. The point is that an uncommitted abstract TE link and COMPUTE_ONLY TE tunne= l can represent (each in its own way) the same network potentiality Cheers, Igor From: Dieter Beller [mailto:Dieter.Beller@nokia.com] Sent: Friday, November 04, 2016 1:49 PM To: Igor Bryskin Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Igor, could you please clarify how useful a stateful path without resource alloca= tion is. I can't see the benefits of this use case. Thanks, Dieter On 04.11.2016 14:25, Igor Bryskin wrote: Hi Dieter, A provider may compute path(s) for a TE tunnel, and then (without any resou= rce allocation) may start monitoring/ensuring the path validity/optimality = by re-computing them in an event driven manner. For example, it can trigger= the re-computation of the path(s) when detecting a change in a state of a = TE link the current path(s) are going through. Depending on the results ad= ditional notifications may be sent to the client. Note that this is in addition to the reasons you correctly identified for i= mplementing stateful path computation (such as compute_and_reserve). Cheers, Igor From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com] Sent: Thursday, November 03, 2016 6:27 PM To: Leeyoung Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi all, when we talk about the stateful path computation use case, it means IMHO th= at when a path has been calculated successfully in response to a request, a= new path object is created in the data store. This does only make sense if= the resources have been allocated in the TED of the PCE irrespective of th= e fact whether the connection along this path will be established right awa= y or at a later point in time. This will prevent further path computation r= equests from assuming that the resources are still available. As the TED of= the PCE also has to reflect the network state, I would assume that the net= work resources can be in one of the following three states: available, allo= catedButNotInUse, allocatedAndInUse. The path objects also need state info= rmation reflecting for example the alarm state of the allocated resources. = The path calculated earlier may become (temporarily) invalid due to a link = failure affecting the path. Does this make sense? Thanks, Dieter Sent from my tablet Leeyoung wrote: Igor, When you say "state", are you referring to the YANG datastore or some other= "interim" state of those paths that are calculated but not instantiated as= LSPs? If we were to update the YANG datastore for this, I would think that= we may have some issue when the customer decided not to instantiate the TE= tunnel (after the path compute request). Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 3:02 PM To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Young, >From the provider controller point of view COMPUTE_ONLY TE tunnels will hav= e exactly the same state as "normal" (COMPUTE_ADN_PROVISION) TE tunnels. Igor From: Leeyoung Sent: Thursday, November 03, 2016 3:42 PM To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Igor, In such case, would the YANG datastore be updated? I guess not. If not, the= n the system/controller has to keep this interim state, would it? Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Michael, You are exactly right. The purpose of the "compute-only" TE tunnel is to cr= eate/maintain the normal TE tunnel state and (re-)compute TE paths for the = TE tunnel connections/LSPs but not signal/provision the LSPs. Igor From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: Thursday, November 03, 2016 3:17 PM To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Isn't the intention of defining "compute-only tunnels" to create state in t= he controller, but not to signal them? If the tunnel should be signaled and= resources shall be allocated, why not just configure a vanilla tunnel? Use= s cases seem to exist for both variants, and both can be encoded in YANG. I= s there anything I miss here? Michael From: Leeyoung [mailto:leeyoung@huawei.com] Sent: Thursday, November 03, 2016 7:49 PM To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Hi Michael, I think I am with you on your point. If we use rpc, it is clear. On the oth= er hand, if we were to use "stateful compute-only" it seems that the system= /controller has to keep the state of the paths somewhere which is not YANG = datastore. My understanding is that YANG datastore is updated only when the= path is signaled and resource is allocated. Would this give the system/con= troller additional burden to keep the "interim" state? Young From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (N= okia - DE) Sent: Thursday, November 03, 2016 8:58 AM To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Maybe I miss something, but to me, the domain controller either computes a = path stateless, which can be modeled in YANG in an RPC. Or the domain contr= oller computes a path, stores state, and provides access to the result in t= he YANG datastore. In the latter case, whether resources are allocated, or = whether the NEs get actually provisioned, is an orthogonal question. As a side note, I am not sure of I would call a domain controller or an NMS= a PCE. Path computation is only a subset of the functions of a domain cont= roller. Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_0C72C38E7EBC34499E8A9E7DD007863908F0FED7dfweml501mbx_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

    Italo,

     

    In your analogy how yo= u can be sure that a better (faster) path from New Your, say, to Seattle is= not via Canada offering wide and empty intra-country highways?  =

     

    Igor=

     

    From: Italo Busi
    Sent: Friday, November 11, 2016 10:21 AM
    To: Igor Bryskin; Francesco Lazzeri; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: RE: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-= teas-yang-path-computation-00

     

    Igor,

     

    As far as I can unders= tand your arguments with Francesco, you are assuming that the MDSC shall re= quest path computations to all its underlying PNCs (and even multiple times= ).

     

    The approach described= in section 3.3 of the draft is different. The idea is that the MDSC can us= e the TE Topology information provided by its underlying PNCs to reduce the= number of PNCs path computation have to be requested to.

     

    Let me make a simple a= nalogy. If I need to go from New York to Los Angeles, I know (from the topo= logy information) that any path going outside USA will be longer so there i= s no need to request path computation to the “PCNs” outside of USA. Nevertheless, I need to request = information to the different “PCNs” in USA to figure out which = will be the best  path within USA.

     

    In a nutshell, path co= mputation does not eliminate the need to provide TE Topology abstract infor= mation as well as providing TE Topology abstract information does not elimi= nate the need to support path computation.

    The two tools instead = could be used together in a smart way to achieve scalability in these quite= complex scenarios.

     

    Italo

     

    From: Igor Bryskin
    Sent: venerd=EC 11 novembre 2016 15:48
    To: Italo Busi; Francesco Lazzeri; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: RE: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-= teas-yang-path-computation-00

     

    Hi Italo,

     

    Y said:

    “IMHO, this appr= oach solves the issue and makes path computation applicable also to multi-d= omain TE networks with many TE networks”.

     

    I respectfully disagre= e with this conclusion for all the reasons I provided in the response to Fr= ancesco.

     

    Cheers,

    Igor.

     

     

     

     

    From: Italo Busi
    Sent: Thursday, November 10, 2016 6:38 PM
    To: Igor Bryskin; Francesco Lazzeri; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: RE: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Igor,

     

    I have discussed the i= ssue with many TE domains with co-authors and we have addressed it in secti= on 3.3 of the draft:

     

    As discussed i= n section 2.2, there are some scalability issues with path computation requ= ests in a multi-domain TE network with many TE domains, in terms of the number of requests to send to the TE domain controllers. I= t would therefore be worthwhile using the TE topology information provided = by the domain controllers to limit the number of requests.

     

    An example about how t= his logic would work is provided in the remaining part o f section 3.3 (too= long to replicate here the text).

     

    The bottom-line conclu= sion we have reached is described at the end of section 3 of the draft:

     

    In nutshell, t= here is a scalability trade-off between providing all the TE information ne= eded by the Orchestrator’s PCE to take optimal path computation decisions by its own versus requesting the Orchestrator to ask= to too many underlying SDN Domain Controllers a set of feasible optimal in= tra-domain TE paths.

     

    IMHO, this approach so= lves the issue and makes path computation applicable also to multi-domain T= E networks with many TE networks.

     

    What do you think?

     

    Italo

     

    From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: gioved=EC 10 novembre 2016 17:15
    To: Francesco Lazzeri; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Franseco,

     

    We have discussed with= Italo the applicability of path computation service for multi-domain scena= rios and agreed (at least my impression) that this realistically works for = no more than two or three domains. For a single e2e path computation the number of paths MDSC needs to request fr= om PNCs grows exponentially with the number of domains and the number of in= ter-domain links. The things get worse when MDSC needs to compute e2e diver= se (e.g. SRLG-disjoint) paths for a single e2e protected service  and still worse when MDSC needs to pl= ace more than one e2e services with global optimization criteria in mind. T= hings get still much worse when MDSCs are linked into a hierarchy, and path= computation services will have to be requested vertically through entire hierarchy from all subordinate MDSCs a= nd PNCs

     

    Please, see further in= line.

     

    Igor=

     

     

    From: Teas [ma= ilto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Thursday, November 10, 2016 5:02 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Igor,

    I assumed in fact a= multi-domain ACTN scenario, as stated in the abstract of draft-busibel-tea= s-yang-path-computation-00, where I believe we have the most interesting us= e cases for path computation services. I believe we should consider all of these, as the same model shall be used= both for single and multi-domain scenarios.

    Regarding path comp= utation on MDSC: in an ideal world MDSC could read topology from PNCs and c= ompute itself end-to-end paths but there are cases where this could be eith= er impossible or not convenient:

     

    -   =        For some reasons (e.g. security/pri= vacy) the PNC doesn’t export full topology information to the MDSC, s= o that such information is not suitable for a path computation on MDSC=

     

    IB>> No one expects PNC to export full topology info= rmation, it is likely to contain proprietary information and hence useless = for the MDSC anyway. PNC is expected to expose an abstract TE topology, which could be as small as a single TE node with = detailed connectivity matrix;

     

    -   =        For some reasons (e.g. scalability)= MDSC doesn’t want to get full topology information from the subtende= d domains

    IB>> See comment above;

     

    -   =        For some reasons (e.g. lack of know= ledge about the internal model of the equipment managed by the PNC : especi= ally in WDM networks) MDSC is not capable to cumpute reliably a feasible pa= th in a domain

    IB>> This is not a concern: all the necessary comput= ations are done already by PNCs when exposing and updating the abstract TE = topologies.

     

    IB>> Furthermore, according to ACTN MDSCs could be l= inked in a hierarchy. This means that for a top level MDSC e2e path computa= tion, the path computation services need to be requested hierarchically from all subordinate MDSCs and PNCs acr= oss all hierarchy levels. In contrast, multi-level abstraction of TE topolo= gies is not a problem

     

    BR

    Francesco

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 8:33 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller = <Dieter.Beller@nokia.com&= gt;
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; TEAS WG (teas@ietf.org) <te= as@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,

     

    Please, note that t= he context of this discussion is single domain. In my opinion MDSC  sh= ould not rely on the Path computation services (stateless or stateful) prov= ided by PNCs, rather, on its own path computation on TE topology, the product of  merging of abstract TE topologies cat= ered by the subordinate PNCs. And BTW said abstract TE topologies should be= kept up-to-date by the PNCs (i.e. with updates, stateful).

     

    Igor

     

     

     

    From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Wednesday, November 09, 2016 12:42 PM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.or= g; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (    teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.i= etf.org/html/draft-busibel-teas-yang-path-computation-00

     

    Well, I know implem= entations of both the “flavours”, and I would say that the most= complex are the pre-planned ones.

    So, it could be an = interesting use case, but we need to be aware that it comes with a price.

    Take also into acco= unt that the path recomputation inside the provider could not necessarily o= ffer an optimal solution end-to-end, and the client (the MDSC actually) sho= uld anyway check whether the end-to-end path, when a change happens on a segment, is still in compliance with its = constraints (e.g. if there is a latency constraint on the end-to-end path, = it may happen that the recomputed segment has a longer latency that leads t= o exceeding the constraint on the end to end path : but the provider only sees that single segment of the en= d-to-end path and taking into account the end-to-end constraints could be r= eally difficult).

     

    Regarding the TE-li= nk, I was actually interested on what the provider (that is the PNC) advert= ises to the client (MDSC) when reservation occurs. It cannot advertise A= 217;B’ as it knows only A and B, but advertising AB seems to me not correct.

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 4:56 PM
    To: Francesco Lazzeri <    francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,<= /span>

     

    Please, see in-line.

     

    Igor=

     

     

     

    From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Wednesday, November 09, 2016 10:27 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.or= g; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (    teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.i= etf.org/html/draft-busibel-teas-yang-path-computation-00

     

    Igor,

     

    1)   = ;   IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn’t better for= a client (and provider) to ask what is needed when it’s needed, and get the best result back at that moment= ?

    IB>> What happens it the provider at this moment says: ̶= 0; No, I have nothing for you” ?  What if the path was relied up= on by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

       &= nbsp;   FL>> Probably the same in case the provider notifie= s “Hey, I have no longer anything for you”.

     

    IB>> But this would = be a bit too late, wouldn’t it? Wouldn’t it be better if the cl= ient has learnt about the previously returned path unfeasibility ahead of t= ime, so that it could re-plan it’s failure recovery scheme?

     

    If there is no (mor= e) path, there is no path. The client could only try and crankback looking = for some different path or report an alarm.

     

    IB>> Relying on cran= kbaks in an unpredictable way is not exactly a good solution, right?

     

    The scenario that s= eems more applicable to your proposal is a pre-planned restoration mechanis= m where we have a worker path in-service and a protection path just compute= d (but not reserving network resources, in order to share them among several protection paths), in a multi-domain = network. In that case, reserving te-tunnels like you suggest, could give an= advantage, as the end-to-end cranckback could occur when the notification = with “no-path” is triggered by the provider (that means the protection path or some of its segments is no lon= ger valid) and not when the path deployment is triggered by the client (tha= t means the worker path is gone and we need the protection immediately). Is= this the case you are considering ?

     

    IB>> Exactly. All th= e scenarios you can think of where you don’t know when and where a pr= oblem may happen and you want to maintain flexibility and share the network= resources to protect as much as you can

     

    In other cases, as = when used during an end-to-end path computation with immediate deployment t= o reduce the possibility of conflicts among concurrent procedures, it seems= to me less important or applicable, as all these procedures will likely be orchestrated by the same entity, wh= ich could well avoid conflicts.

     

    IB>> All cases where= the provider wants to expose a potentiality without committing resources t= o cover for the client multiple use cases and provide at the same time some= degree (albeit not perfect) predictability.

     

     <= /o:p>

    2)   = ;   Regarding the abstract link in the = overlay topology, I still can’t see what the provider will advertise.= If it’s a new link representing the forwarding adjacency between A&#= 8217; and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link A̵= 7;B’ points to the underlay (provider) TE topology where the path is = computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

    FL>> This means that the provider just sends the reply to th= e path computation request and doesn’t advertise any new TE link to t= he client ? This is actually what I would expect: the task to manage TE-links in the overlay topology is with the client.

     

    IB>> Overlay TE topology manager advertises a TE link that is suppo= rted not by a provisioned in a server layer TE tunnel (connection), rather,= by a computed and monitored path. This way the overlay TE topology manger can advertise multiple abstract TE links ma= pped onto the same network resources 

     

    Francesco

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 3:47 PM
    To: Francesco Lazzeri <    francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,<= /span>

     

    1)   = ;   IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn’t better for= a client (and provider) to ask what is needed when it’s needed, and get the best result back at that moment= ?

    IB>> What happens it the provider at this moment says: ̶= 0; No, I have nothing for you” ?  What if the path was relied up= on by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

     <= /o:p>

     <= /o:p>

    2)   = ;   Regarding the abstract link in the = overlay topology, I still can’t see what the provider will advertise.= If it’s a new link representing the forwarding adjacency between A&#= 8217; and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link A̵= 7;B’ points to the underlay (provider) TE topology where the path is = computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

     

     

    Igor

     

     

    From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.co= m]
    Sent: Wednesday, November 09, 2016 9:26 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.or= g; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (    teas@ietf.org)
    Subject: RE: [mpls] http://tools.ietf.org= /html/draft-busibel-teas-yang-path-computation-00

     

    Igor,

    IMHO simplicity pay= s back. Instead than maintaining all these states, notifying clients all th= e times something changes, and repeating path-computation as needed, isn= 217;t better for a client (and provider) to ask what is needed when it’s needed, and get the best result back at= that moment ?

    Regarding the abstr= act link in the overlay topology, I still can’t see what the provider= will advertise. If it’s a new link representing the forwarding adjac= ency between A’ and B’, how it will be represented by the provider ?

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 2:48 PM
    To: Fatai Zhang <    = zhangfatai@huawei.com>; Francesco L= azzeri <frances= co.lazzeri@ericsson.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Hi Francesco,

     <= /o:p>

    Please, see in-line= .

     <= /o:p>

    Cheers,=

    Igor

     <= /o:p>

    The point here is f= or how long the provider should keep the computed path and its request para= meters

     <= /o:p>

    IB>> As far as t= he provider is concerned, the requested path and its parameters is a TE tun= nel (albeit computed but not provisioned). So it keeps the state until the = client removes the TE tunnel.

     <= /o:p>

    (in fact if we want= to have a possibly better path, at any change inside provider topology, re= source status and usage, the provider should check if the computed path is = still feasible and/or redo path computation to find a better path). This could be an overhead, in my view.=

     <= /o:p>

    IB>> For example= , if provider is to ensure the path’s feasibility, all it needs is to= detect a change in a TE link the path is going through and make sure that = the  change does not make the path unfeasible. Only in the latter case the path re-computation needs to be scheduled and perfo= rmed in a background thread.

     <= /o:p>

    Furthermore, I can&= #8217;t see how the provider could export the abstract TE-link, as this is = inside the client topology;

    IB>> The abstrac= t link is a part of the abstract topology “cooked” (customized)= for the client, which is supported by the computed path in the underlay to= pology, which is the provider’s topology.

     <= /o:p>

    in fact, if the cli= ent is asking for a path between A and B (A and B inside provider topology)= , having A’ (in client topology) connected to A and B’ (in clie= nt topology) connected to B, the relevant abstract TE link (the forwarding adjacency) should be built between A’ and B&= #8217;, that is in the client topology; therefore the client should be in c= harge of managing it, as the provider is not aware of A’ and B’= .

     <= /o:p>

    IB>> This is cor= rect, but note that the two topologies (underlay and overlay) according to = the TE topology model have independent and unrelated name spaces for node, = link and SRLG IDs. So it is perfectly Ok.

     

    IB>> Also note t= hat according  to TE topology model  one important attribute of a= TE node (especially abstract composite node) is connectivity matrix, which is nothing but a set of stateful paths computed, re-computed and c= onstantly monitored (but not reserved) over the TE topology the node encaps= ulates.  This means that stateful unreserved paths play already a very imp= ortant part in supporting TE topologies with asymmetrical blocking abstract= TE nodes.

     

    Igor

     <= /o:p>

     <= /o:p>

     <= /o:p>

     <= /o:p>

    BR

    Francesco

     <= /o:p>

    From:= CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: 04 November, 2016 7:12 PM
    To: Dieter Beller <    Dieter.Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; TEAS WG (teas@ietf.org) <tea= s@ietf.org>; pce@ietf.org
    Subject: Re: [CCAMP] [mpls]     http://tools.ietf.org/htm= l/draft-busibel-teas-yang-path-computation-00

     

    Dieter,

     

    A client may ask for a= path not to be used immediately (e.g. to present as an abstract TE link to= its own client, in some failure restoration scheme or as a part of disaste= r recovery network topology re-configuration) without committing any network resources. In this case the client would wa= nt to know at least  if/when the path has stopped being feasible any l= onger or (ideally) a better path is available.

     

    This is similar to exp= osing to a client an abstract TE topology with an uncommitted abstract TE l= ink (i.e. TE link that does not have a committed TE tunnel supporting it an= d advertises potentiality). Once such link is provided, the provider is expected to send updates when/if the TE = link attributes change. For uncommitted/potential TE link such updates coul= d be provided based on event driven re-computation of the potentiality the = TE link represents.

    The point is that an u= ncommitted abstract TE link and COMPUTE_ONLY TE tunnel can represent (each = in its own way) the same network potentiality

     

    Cheers,

    Igor=

     

     

     

    From: Dieter Beller [mailto:Dieter.Beller@nokia.com]
    Sent: Friday, November 04, 2016 1:49 PM
    To: Igor Bryskin
    Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org    ); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif";color:windowtext">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls]     http://tools.ietf.org= /html/draft-busibel-teas-yang-path-computation-00

     

    Hi Igor,

    could you please clarify how useful a stateful path without resource all= ocation is. I can't see the benefits of this use case.


    Thanks,
    Dieter

    On 04.11.2016 14:25, Igor Bryskin wrote:<= /p>

    Hi Dieter,=

     

    A provider may compute= path(s) for a TE tunnel, and then (without any resource allocation) may st= art monitoring/ensuring the path validity/optimality by re-computing them i= n an event driven manner. For example, it can trigger the re-computation of the path(s) when detecting a change i= n a state of a TE link the current path(s) are going through.  Dependi= ng on the results additional notifications may be sent to the client.

     

    Note that this is in a= ddition to the reasons you correctly identified for implementing stateful p= ath computation (such as compute_and_reserve).

     

    Cheers,

    Igor=

     

     

    From: Beller, = Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com]
    Sent: Thursday, November 03, 2016 6:27 PM
    To: Leeyoung
    Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (    ccamp@ietf.org<= /span>); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls]     http://tools.ietf.org= /html/draft-busibel-teas-yang-path-computation-00

     

    Hi all, 
     
    when we talk about the stateful path computation use case,=
 it means IMHO that when a path has been calculated successfully in respons=
e to a request, a new path object is created in the data store. This does o=
nly make sense if the resources have been allocated in the TED of the PCE i=
rrespective of the fact whether the connection along this path will be esta=
blished right away or at a later point in time. This will prevent further p=
ath computation requests from assuming that the resources are still availab=
le. As the TED of the PCE also has to reflect the network state, I would as=
sume that the network resources can be in one of the following three states=
: available, allocatedButNotInUse,  allocatedAndInUse. The path object=
s also need state information reflecting for example the alarm state of the=
 allocated resources. The path calculated earlier may become (temporarily) =
invalid due to a link failure affecting the path. 
     
    Does this make sense? 
     
     
    Thanks, 
    Dieter
     
    Sent from my tablet
     
    Leeyoung <leeyoung@huawei.com> wrote:
     

    Igor,

     

    When you say “st= ate”, are you referring to the YANG datastore or some other “in= terim” state of those paths that are calculated but not instantiated = as LSPs? If we were to update the YANG datastore for this, I would think that we may have some issue when the customer decided not to i= nstantiate the TE tunnel (after the path compute request).

     

    Thanks.

    Young

     

     

    From: Igor Bry= skin
    Sent: Thursday, November 03, 2016 3:02 PM
    To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Young,

     

    From the provider cont= roller point of view COMPUTE_ONLY TE tunnels will have exactly the same sta= te as “normal” (COMPUTE_ADN_PROVISION) TE tunnels.<= /o:p>

     

    Igor=

     

    From: Leeyoung
    Sent: Thursday, November 03, 2016 3:42 PM
    To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (    ccamp@ietf.org<= /span>); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Igor,

     

    In such case, would th= e YANG datastore be updated? I guess not. If not, then the system/controlle= r has to keep this interim state, would it?

     

    Thanks.

    Young

     

    From: Igor Bry= skin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Michael,

    You are exactly right.= The purpose of the “compute-only” TE tunnel is to create/maint= ain the normal TE tunnel state and (re-)compute TE paths for the TE tunnel = connections/LSPs but not signal/provision the LSPs.

     

    Igor=

     

    From: Scharf, = Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: Thursday, November 03, 2016 3:17 PM
    To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Isn’t the intent= ion of defining „compute-only tunnels“ to create state in the c= ontroller, but not to signal them? If the tunnel should be signaled and res= ources shall be allocated, why not just configure a vanilla tunnel? Uses cases seem to exist for both variants, and both can be encode= d in YANG. Is there anything I miss here?

     

    Michael

     

     

    From: Leeyoung [mailto:leeyoung@huawei.com]
    Sent: Thursday, November 03, 2016 7:49 PM
    To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; = CCAMP (    cca= mp@ietf.org); pce@ietf.org= ; TEAS WG (teas@ietf.org); mpls@ietf.o= rg
    Subject: RE:     http://tools.iet= f.org/html/draft-busibel-teas-yang-path-computation-00

     

    Hi Michael,

     

    I think I am with you = on your point. If we use rpc, it is clear. On the other hand, if we were to= use “stateful compute-only” it seems that the system/controlle= r has to keep the state of the paths somewhere which is not YANG datastore. My understanding is that YANG datastore is updated = only when the path is signaled and resource is allocated. Would this give t= he system/controller additional burden to keep the “interim” st= ate?

     

    Young

     

    From: CCAMP [<= /span>mailto:ccamp-bo= unces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
    Sent: Thursday, November 03, 2016 8:58 AM
    To: Daniele Ceccarelli; Igor Bryskin; CCAMP (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (    teas@ietf.org); mpls@ietf.org
    Subject: Re: [CCAMP]     http://tools.ietf.or= g/html/draft-busibel-teas-yang-path-computation-00

     

    Maybe I miss something= , but to me, the domain controller either computes a path stateless, which = can be modeled in YANG in an RPC. Or the domain controller computes a path,= stores state, and provides access to the result in the YANG datastore. In the latter case, whether resources ar= e allocated, or whether the NEs get actually provisioned, is an orthogonal = question.

     

    As a side note, I am n= ot sure of I would call a domain controller or an NMS a PCE. Path computati= on is only a subset of the functions of a domain controller.

     

    Michael

     

     

     

    From: Daniele = Ceccarelli [mailto:daniele.ceccarelli@ericsson.com]
    Sent: Thursday, November 03, 2016 2:49 PM
    To: Scharf, Michael     (Nokia - DE); Igo= r Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org= ; TEAS WG (teas@ietf.org); mpls@ietf.o= rg
    Subject: RE:     http://tools.iet= f.org/html/draft-busibel-teas-yang-path-computation-00

     

    Can you please explain what the “stateful comp= ute-only” stands for I don’t understand what is stateful in a p= ath computation request only.

    IMHO either I ask the PCE (SDN controller, NMS, what= ever) to compute a path and then forget about it or I ask to compute and pr= ovision it. I don’t understand the value of asking for it and remembe= ring about it.

     

    BR
    Daniele 

     

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: gioved=EC 3 novembre 2016 14:45
    To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    We have discussed this= before. From an implementer’s perspective, the two clean solutions t= o the problem seem to either stateful „compute-only“ tunnels or= a stateless RPC.

     

    Michael

     

     

    From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Daniele Ceccarelli; CCAMP (    ccamp@ietf.org); pce@ietf.org= ; TEAS WG (teas@ietf.org); mpls@ietf.o= rg
    Subject: [ALU] [mpls]    http://t= ools.ietf.org/html/draft-busibel-teas-yang-path-computation-00

     

    Hi,<= /p>

     

    From the draft:=

     

    6. =    YANG Model for requesting Path Computation

     

     

      = ; Work on extending the TE Tunnel YANG model to support the need to<= o:p>

      = ; request path computation has recently started also in the context of

      = ; the [T= E-TUNNEL] draft.

     

      = ; It is possible to request path computation by configuring a

      = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

      = ; LSP(s) Record-Route Object (RRO) list as described in [T= E-TUNNEL].

     

      = ; This is a stateful solution since the state of each created

      = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

      = ; underlying network conditions change.

     

      = ; The need also for a stateless solution, based on an RPC, has been<= o:p>

      = ; recognized.

     

     

      = ; The YANG model to support stateless RPC is for further study.=

     

     

     

     

     

    IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

     

    Cheers,

    Igor

     

     

     

     

     

     

     

     

     

     

     

     

     

     

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charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Igor, I know that "pure" Dijkstra actually cannot be used (in most cases) and use= d it for brevity. Constrained Dijkstra and derivative algorithms that are a= ctually used relax some of the rules of Dijkstra without becoming exponenti= al for that. Think to a very worst case wher you ask for all the possible paths to all d= omains and then use this information for the MDSC path computation without = any further request. Assuming a network with N domains having L inter-domain links in mean, we m= ust ask N*L*(L-1)/2 paths around wich is still polinomial. Using Dijkstra i= n a single run, as mentioned, requests should become N*L. This is what I ex= pect as an upper bound to the number of calls to PNC. This actually is the method suggested by the draft, which seems to me reaso= nable (asking only when needed will save queries to the PNCs, but on the ot= her side asking all together in the beginning would allow to send requests = in parallel to different domains, which saves time; space for some further = consideration here). The other issues, even if notable, were not discusses so far and I rather f= ocus on the scalability problem. Anyway it seems to me that they affect any= possible solution to the multi-domain problem. About the connectivity matrices, it's my turn here for not having been suff= iciently clear. 1) Several flavors as you mention is not enough. I remember you the ex= ample of the affinities, but there are many others. They are not several, t= hey are billions. 2) Multiple intra node paths : once again, how many? My point is that,= to cover all the possible actual requests they will become far too many to= be stored, maintained and notified to MDSC when a change occurs. 3) Negotiation you are mentioning isn't a path computation request to = the PNC actually? It will happen all the times MDSC can't find a good path = for a domain, that is most of the times in the beginning; the MDSC will the= n request and store these new paths and it will have a higher probability e= ventually to find a suitable path already stored in its memory; but wait...= isn't that the incremental learning mechanism I have proposed few mails ag= o ? Cheers Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 11 November, 2016 3:43 PM To: Francesco Lazzeri ; Fatai Zhang ; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) ; Scharf, Michael= (Nokia - DE) ; pce@ietf.org; TEAS WG (teas@ietf.= org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Franseco, I probably didn't make myself clear. The two main points that I was trying = to make are: 1) Dijkstra does not work on topologies with constrained/asymmetrical = nodes; 2) There will be much more calls to PNCs that you seem to believe Imagine your algorithm hit node N1 over link L1. PNC1 representing N1 is ca= lled and the response says that the path can leave N1 over links L3, L4, L5= and L6. Suppose later the algorithm reaches N1 again over link L2. Will yo= u have to call PNC1 again? Sure, because now it returns the valid outbound = links to be L3, L4, L7 and L8. Will you have to consider link L8? Sure, it = was not accounted yet. Will you have to consider link L3 again? Sure, becau= se you have not considered L2-L3 inbound/outbound link combination yet: L1-= L3 internal (intra-node) path has different costs compared to L2-L3 interna= l path. The conclusions: a) the algorithm has to (re-)visit the same node multiple times; b) PNC will be called not only when the node first discovered (as you = implied), but every time the node is reached (which could be as many times = as the number of links it terminates); c) when the node is represented by an MDSC, the entire sub-tree of MD= SCs/PNCs will be called hierarchically every time the MDSC in question is c= alled, which may dramatically increase the number of calls to PNCs, the num= ber of paths to be grown, the overall time of the path computation, etc. ; d) The biggest scalability issue is not even the number of times PNCs/= MDSCs need to be called - the amount of paths that need to be grown. Note t= hat PNC needs to return not just most optimal paths to all outbound links i= t can reach, rather, all possible such paths, so that end-to-end path const= raints could be met. Other issues are (some of them you mentioned below): a) how the algorithm prefers a segment over domain1 over a segment ov= er domain 2 when the metrics are not normalized (apples and oranges)? b) how the algorithm deals with independent/overlapping SRLGs in the d= omains? c) what if domains have independent overlapping name space for node a= nd link IDs? In other words. what does a path returned by a PNC even mean to MDSC? Furthermore, I disagree with what you said about node's connectivity matric= es because: 1) Several flavors of matrices could be provided (e.g. one optimized = by smallest cost and another by shortest delay); 2) Multiple intra-node paths could be associated with the same inbound= -outbound link combination. Each such path will yield a separate vector of = costs (summary TE cost, delay, max. bandwidth, internal SRLGs, internal aff= inities) that could be compared against the MDSC's path computation constra= ints; 3) Most importantly, TE topology model allows for negotiation of exact= connectivity matrices MDSC needs from PNCs. Such negotiation could happen = at any time, including before or even in the middle of the path computation= if the MDSC thinks the ones it has already are not good or sufficient enou= gh. Cheers, Igor From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com] Sent: Thursday, November 10, 2016 5:28 PM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Igor, please see inline. BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 10 November, 2016 8:53 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, There are few issues with your logic, I think: 1) Nodes representing domains must be considered as blocking/asymmetri= cal nodes. Dijkstra assumes symmetrical nodes; so the "idea is to run Dijks= tra on the MDSC abstract topology and trigger a path computation to the rel= evant PNCs as soon as a node representing a domain is found" is questionabl= e to begin with; [FL] Of course there are far more details than the ones included in my e-ma= il (long enough I think). One of these is that, of course, for each path re= turned by the PNC also the relevant metrics and delay shall be returned. Th= ese, and also NO-PATH information if some connectivity is not possible, wil= l be used by MDSC during path computation; metrics and delay shall be adde= d to the currently computed ones, or if no path is found towards a certain = inter-domain link, no propagation will occur on that link; this compensates= the blocking/asymmetrical characteristics of the node-domains. 2) What happens if the algorithm finds a node represented not by a PNC= , but by another (lower hierarchy level) MDSC? [FL] Nothing different from a PNC I believe. As far as MDSC can compute pat= hs as a PNC does and return them to the higher level MDSC, I can't see any = difference. 3) Assume you want to compute a single path on a 20-domain topology or= iginating in domain 1 and terminating in, say, domain17. I don't think you = have much choice but: a) request PNC 1 to compute all possible (not just optional) paths fr= om the path source to all domain 1 inter-domain links; b) request all neighboring PNCs to "grow" all the computed paths over = inter-domain links into the domains up to their respective outbound inter-d= omain links with potentially significant increase in the number of successf= ul paths; c) repeat step b) until the paths reach the destination (17th) domain= ; d) grow the paths until they hit the path computation destination; e) select the most optimal path I hope you agree that this is a lot of computations. [FL] Well, maybe "a lot", but not exponentially growing with the number of = domains and inter-domain links. That was the point of my previous e-mail. T= hen we can decide we have too many messages around, but I believe we first = need some criteria to understand what "a lot" or "too many" means. I also hope you agree that computing such path on a single 20 node topology= equipped with node detailed connectivity matrices is instantaneous; [FL] Yes, istantaneous, but, in general, wrong as far as the connectivity m= atrices don't reflect the actual request parameters. Think about a request = asking for a path with some affinity constraint, for example. Affinities ar= e 32 bits values; you can ask to include/exclude links in 3 different ways,= specifying for each one any of the 2^32 affinity combinations. Results of = the path computation can be completely different depending on the affinity = value and include/exlcude options. In theory to cope with just the affinity= constraint we should create L*(L-1)/2 * 3 * 2^32 paths per domain. And we = still have to combine this (that is multiply) with all the other constraint= s. Maybe we could renounce to some constraints and limit the flexibility of pa= th computation. In my view this is the only way to make the connectivity ma= trix method a little bit more appealing. But I still have dubts even with "= essential" parameters like just bandwidth and objective functions. 4) Computing diverse paths as two single path computations with the to= pology transformation in between does not apply here: the paths may go thro= ugh the same and/or different domains whose internal topologies are not kno= wn (hence there is nothing to transform); [FL] I agree that here the problem is more complex than in a single domain.= I didn't do tests yet on this, but I assume that a PNC should give also th= e possibility to ask for a path in diversity from another path. So when the= second path computation crosses the result of the first one in the same do= main, we should ask the relevant PNC for a path computation in diversity fr= om the previous path (possibly using the XRO mechanism) in order to be guar= anteed that even though the same domain is used, the two paths are still di= verse (PNC can guarantee that; if no diverse path is found, we should try a= nd manage the offending domain as the offending links in bhandari algorithm= , chasing them out from the solution). 5) Computing a connectivity matrix on a known (fully visible) topology= is simple (as you said, could be done in a single run) and also could be e= asily distributed between several path computers to produce/support several= flavors of said matrix (e.g. differently optimized). Each matrix entry may= be associated with one or more intra-node paths and provide to the MDSC va= rious metrics, like delay, cost, max. bandwidth, SRLGs) It could be done i= n background when the path computers have nothing else to do (which is most= of the time). [FL] As said above, the point here is that you don't know the request param= eters yet. And I do believe that in order to compute matrices suitable for = the purpose, either you have to compute (and store, and maintain) too many = of them, or you have to reduce too much the complexity of the problem to be= solved. Cheers, Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Thursday, November 10, 2016 12:39 PM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, it seems to me that the number of path computations should grow polinomiall= y and not esponentially with the number of domains and inter-domain links. Here it is some consideration about that, and correct me if I am wrong. Assume that the domains are abstracted on MDSC as nodes, and assume we have= a network of domains only (adding "normal" nodes doesn't affect the propos= ition). The idea is to run Dijkstra on the MDSC abstract topology and trigger a pat= h computation to the relevant PNCs as soon as a node representing a domain = is found. The abstract topology on MDSC will be a network with a number of nodes equa= l to the number of domains and a number of links equal to the inter-domain = links. If we run the Dijkstra algorithm to compute an end-to-end path on that topo= logy the complexity of it, which is related to the number of relaxation ste= ps, is polinomial as you know. So the number of requests going down to the = different PNCs must be polinomial as well. Take also into account that Dijkstra is normally used to find the shortest = path between two end-points in the network, but actually the algorithm is c= apable to find in a single run (with the same complexity) the shortest path= between a given node and any other node in the network. This should suggest to make the best of this property and foresee in the pr= otocol/model a single request capable to return all the suitable paths from= a given source to all the other nodes (or to a selected set of nodes, name= ly the exit nodes connected to the inter-domain links). In that way we shou= ld have one request per domain, to feed the relaxation steps between one in= gress point of the domain and all the points connected to inter-domain link= s. In the standard Dijkstra one domain/node will be traversed (that is will ge= nerate relaxation steps to its links) at most once, as any other relaxation= step passing through it eventually will be stopped once the node has been = visited. So, with this method, in the very worst case (when the best path i= s the Hamiltonian path, the one traversing all the nodes once) we'll have a= number of requests to the PNCs equal to the number of PNCs (one per PNC). If instead we use normal point-to point path computations, we should ask L-= 1 path computations to each PNC, where L is the number of inter-domain link= s connected to the domain managed by the PNC, which is still polinomial in = the number of domains and inter-domain links. Regarding path computation for paths in diversity, it should be still polin= omial, as if you use for example the Bhandari algorithm to do so, you see t= hat it's actually a sequence of two Dijkstra path computations plus some ne= twork transformation in between (modification of some link weights). The fi= rst instance is a traditional path computation, while the second one is a m= odified version allowing negative costs on the edges, but still polinomial.= So once again the result should still be polinomial and the number of requ= est shouldn't diverge. Now, something about the other approach mentioned in your e-mail, which imp= lies computing all the possible paths inside any domain in advance. It is polinomial as well, but with a higher number of path computations, as= for any domain in the network you have to compute L(L-1)/2 paths. Of course, you'll say, this happens once and not at any path computation. T= hat's true, but : - As soon as network get increasingly used, the computed paths cou= ld become invalid. So you need to recompute them as needed and advertise al= l the changes - You perform a path computation "in advance", that is before the = actual request is done, and therefore PNC cannot be aware of the future req= uirements in term of bandwidth, objective functions, constraints and so on.= Computed paths will not be suitable in general for all the future requests= , and of course it's not conceivable to compute those paths for all the pos= sible combinations of the request parameters (this should grow esponentiall= y!) Something that I would like to investigate further is the possibility for t= he MDSC to store the results of the path computations returned by the PNCs= along the time and reuse them as applicable during the future path computa= tions. At the end of the day this is something similar to the connectivity matrix = concept, with two main differences: - It's built incrementally from real requests and therefore with r= eal parameters - It's build by MDSC and maintained inside MDSC, no need for notif= ications. BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 10 November, 2016 5:15 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Franseco, We have discussed with Italo the applicability of path computation service = for multi-domain scenarios and agreed (at least my impression) that this re= alistically works for no more than two or three domains. For a single e2e p= ath computation the number of paths MDSC needs to request from PNCs grows e= xponentially with the number of domains and the number of inter-domain link= s. The things get worse when MDSC needs to compute e2e diverse (e.g. SRLG-d= isjoint) paths for a single e2e protected service and still worse when MDS= C needs to place more than one e2e services with global optimization criter= ia in mind. Things get still much worse when MDSCs are linked into a hierar= chy, and path computation services will have to be requested vertically thr= ough entire hierarchy from all subordinate MDSCs and PNCs Please, see further in line. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Thursday, November 10, 2016 5:02 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, I assumed in fact a multi-domain ACTN scenario, as stated in the abstract o= f draft-busibel-teas-yang-path-computation-00, where I believe we have the = most interesting use cases for path computation services. I believe we shou= ld consider all of these, as the same model shall be used both for single a= nd multi-domain scenarios. Regarding path computation on MDSC: in an ideal world MDSC could read topol= ogy from PNCs and compute itself end-to-end paths but there are cases where= this could be either impossible or not convenient: - For some reasons (e.g. security/privacy) the PNC doesn't export = full topology information to the MDSC, so that such information is not suit= able for a path computation on MDSC IB>> No one expects PNC to export full topology information, it is likely t= o contain proprietary information and hence useless for the MDSC anyway. PN= C is expected to expose an abstract TE topology, which could be as small as= a single TE node with detailed connectivity matrix; - For some reasons (e.g. scalability) MDSC doesn't want to get ful= l topology information from the subtended domains IB>> See comment above; - For some reasons (e.g. lack of knowledge about the internal mode= l of the equipment managed by the PNC : especially in WDM networks) MDSC is= not capable to cumpute reliably a feasible path in a domain IB>> This is not a concern: all the necessary computations are done already= by PNCs when exposing and updating the abstract TE topologies. IB>> Furthermore, according to ACTN MDSCs could be linked in a hierarchy. T= his means that for a top level MDSC e2e path computation, the path computat= ion services need to be requested hierarchically from all subordinate MDSCs= and PNCs across all hierarchy levels. In contrast, multi-level abstraction= of TE topologies is not a problem BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 8:33 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, Please, note that the context of this discussion is single domain. In my op= inion MDSC should not rely on the Path computation services (stateless or = stateful) provided by PNCs, rather, on its own path computation on TE topol= ogy, the product of merging of abstract TE topologies catered by the subor= dinate PNCs. And BTW said abstract TE topologies should be kept up-to-date = by the PNCs (i.e. with updates, stateful). Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Wednesday, November 09, 2016 12:42 PM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Well, I know implementations of both the "flavours", and I would say that t= he most complex are the pre-planned ones. So, it could be an interesting use case, but we need to be aware that it co= mes with a price. Take also into account that the path recomputation inside the provider coul= d not necessarily offer an optimal solution end-to-end, and the client (the= MDSC actually) should anyway check whether the end-to-end path, when a cha= nge happens on a segment, is still in compliance with its constraints (e.g.= if there is a latency constraint on the end-to-end path, it may happen tha= t the recomputed segment has a longer latency that leads to exceeding the c= onstraint on the end to end path : but the provider only sees that single s= egment of the end-to-end path and taking into account the end-to-end constr= aints could be really difficult). Regarding the TE-link, I was actually interested on what the provider (that= is the PNC) advertises to the client (MDSC) when reservation occurs. It ca= nnot advertise A'B' as it knows only A and B, but advertising AB seems to m= e not correct. BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 4:56 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, Please, see in-line. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Wednesday, November 09, 2016 10:27 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? FL>> Probably the same in case the provider notifies "Hey, I have no= longer anything for you". IB>> But this would be a bit too late, wouldn't it? Wouldn't it be better i= f the client has learnt about the previously returned path unfeasibility ah= ead of time, so that it could re-plan it's failure recovery scheme? If there is no (more) path, there is no path. The client could only try and= crankback looking for some different path or report an alarm. IB>> Relying on crankbaks in an unpredictable way is not exactly a good sol= ution, right? The scenario that seems more applicable to your proposal is a pre-planned r= estoration mechanism where we have a worker path in-service and a protectio= n path just computed (but not reserving network resources, in order to shar= e them among several protection paths), in a multi-domain network. In that = case, reserving te-tunnels like you suggest, could give an advantage, as th= e end-to-end cranckback could occur when the notification with "no-path" is= triggered by the provider (that means the protection path or some of its s= egments is no longer valid) and not when the path deployment is triggered b= y the client (that means the worker path is gone and we need the protection= immediately). Is this the case you are considering ? IB>> Exactly. All the scenarios you can think of where you don't know when = and where a problem may happen and you want to maintain flexibility and sha= re the network resources to protect as much as you can In other cases, as when used during an end-to-end path computation with imm= ediate deployment to reduce the possibility of conflicts among concurrent p= rocedures, it seems to me less important or applicable, as all these proced= ures will likely be orchestrated by the same entity, which could well avoid= conflicts. IB>> All cases where the provider wants to expose a potentiality without co= mmitting resources to cover for the client multiple use cases and provide a= t the same time some degree (albeit not perfect) predictability. 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. FL>> This means that the provider just sends the reply to the path computat= ion request and doesn't advertise any new TE link to the client ? This is a= ctually what I would expect: the task to manage TE-links in the overlay top= ology is with the client. IB>> Overlay TE topology manager advertises a TE link that is supported not= by a provisioned in a server layer TE tunnel (connection), rather, by a co= mputed and monitored path. This way the overlay TE topology manger can adve= rtise multiple abstract TE links mapped onto the same network resources Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 3:47 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. Igor From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com] Sent: Wednesday, November 09, 2016 9:26 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Igor, IMHO simplicity pays back. Instead than maintaining all these states, notif= ying clients all the times something changes, and repeating path-computatio= n as needed, isn't better for a client (and provider) to ask what is needed= when it's needed, and get the best result back at that moment ? Regarding the abstract link in the overlay topology, I still can't see what= the provider will advertise. If it's a new link representing the forwardin= g adjacency between A' and B', how it will be represented by the provider ? BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 2:48 PM To: Fatai Zhang >; Fran= cesco Lazzeri >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Francesco, Please, see in-line. Cheers, Igor The point here is for how long the provider should keep the computed path a= nd its request parameters IB>> As far as the provider is concerned, the requested path and its parame= ters is a TE tunnel (albeit computed but not provisioned). So it keeps the = state until the client removes the TE tunnel. (in fact if we want to have a possibly better path, at any change inside pr= ovider topology, resource status and usage, the provider should check if th= e computed path is still feasible and/or redo path computation to find a be= tter path). This could be an overhead, in my view. IB>> For example, if provider is to ensure the path's feasibility, all it n= eeds is to detect a change in a TE link the path is going through and make = sure that the change does not make the path unfeasible. Only in the latter= case the path re-computation needs to be scheduled and performed in a back= ground thread. Furthermore, I can't see how the provider could export the abstract TE-link= , as this is inside the client topology; IB>> The abstract link is a part of the abstract topology "cooked" (customi= zed) for the client, which is supported by the computed path in the underla= y topology, which is the provider's topology. in fact, if the client is asking for a path between A and B (A and B inside= provider topology), having A' (in client topology) connected to A and B' (= in client topology) connected to B, the relevant abstract TE link (the forw= arding adjacency) should be built between A' and B', that is in the client = topology; therefore the client should be in charge of managing it, as the p= rovider is not aware of A' and B'. IB>> This is correct, but note that the two topologies (underlay and overla= y) according to the TE topology model have independent and unrelated name s= paces for node, link and SRLG IDs. So it is perfectly Ok. IB>> Also note that according to TE topology model one important attribut= e of a TE node (especially abstract composite node) is connectivity matrix,= which is nothing but a set of stateful paths computed, re-computed and con= stantly monitored (but not reserved) over the TE topology the node encapsul= ates. This means that stateful unreserved paths play already a very import= ant part in supporting TE topologies with asymmetrical blocking abstract TE= nodes. Igor BR Francesco From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: 04 November, 2016 7:12 PM To: Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; TEAS WG= (teas@ietf.org) = >; pce@ietf.org Subject: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel-teas-y= ang-path-computation-00 Dieter, A client may ask for a path not to be used immediately (e.g. to present as = an abstract TE link to its own client, in some failure restoration scheme o= r as a part of disaster recovery network topology re-configuration) without= committing any network resources. In this case the client would want to kn= ow at least if/when the path has stopped being feasible any longer or (ide= ally) a better path is available. This is similar to exposing to a client an abstract TE topology with an unc= ommitted abstract TE link (i.e. TE link that does not have a committed TE t= unnel supporting it and advertises potentiality). Once such link is provide= d, the provider is expected to send updates when/if the TE link attributes = change. For uncommitted/potential TE link such updates could be provided ba= sed on event driven re-computation of the potentiality the TE link represen= ts. The point is that an uncommitted abstract TE link and COMPUTE_ONLY TE tunne= l can represent (each in its own way) the same network potentiality Cheers, Igor From: Dieter Beller [mailto:Dieter.Beller@nokia.com] Sent: Friday, November 04, 2016 1:49 PM To: Igor Bryskin Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Igor, could you please clarify how useful a stateful path without resource alloca= tion is. I can't see the benefits of this use case. Thanks, Dieter On 04.11.2016 14:25, Igor Bryskin wrote: Hi Dieter, A provider may compute path(s) for a TE tunnel, and then (without any resou= rce allocation) may start monitoring/ensuring the path validity/optimality = by re-computing them in an event driven manner. For example, it can trigger= the re-computation of the path(s) when detecting a change in a state of a = TE link the current path(s) are going through. Depending on the results ad= ditional notifications may be sent to the client. Note that this is in addition to the reasons you correctly identified for i= mplementing stateful path computation (such as compute_and_reserve). Cheers, Igor From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com] Sent: Thursday, November 03, 2016 6:27 PM To: Leeyoung Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi all, when we talk about the stateful path computation use case, it means IMHO th= at when a path has been calculated successfully in response to a request, a= new path object is created in the data store. This does only make sense if= the resources have been allocated in the TED of the PCE irrespective of th= e fact whether the connection along this path will be established right awa= y or at a later point in time. This will prevent further path computation r= equests from assuming that the resources are still available. As the TED of= the PCE also has to reflect the network state, I would assume that the net= work resources can be in one of the following three states: available, allo= catedButNotInUse, allocatedAndInUse. The path objects also need state info= rmation reflecting for example the alarm state of the allocated resources. = The path calculated earlier may become (temporarily) invalid due to a link = failure affecting the path. Does this make sense? Thanks, Dieter Sent from my tablet Leeyoung wrote: Igor, When you say "state", are you referring to the YANG datastore or some other= "interim" state of those paths that are calculated but not instantiated as= LSPs? If we were to update the YANG datastore for this, I would think that= we may have some issue when the customer decided not to instantiate the TE= tunnel (after the path compute request). Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 3:02 PM To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Young, >From the provider controller point of view COMPUTE_ONLY TE tunnels will hav= e exactly the same state as "normal" (COMPUTE_ADN_PROVISION) TE tunnels. Igor From: Leeyoung Sent: Thursday, November 03, 2016 3:42 PM To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Igor, In such case, would the YANG datastore be updated? I guess not. If not, the= n the system/controller has to keep this interim state, would it? Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Michael, You are exactly right. The purpose of the "compute-only" TE tunnel is to cr= eate/maintain the normal TE tunnel state and (re-)compute TE paths for the = TE tunnel connections/LSPs but not signal/provision the LSPs. Igor From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: Thursday, November 03, 2016 3:17 PM To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Isn't the intention of defining "compute-only tunnels" to create state in t= he controller, but not to signal them? If the tunnel should be signaled and= resources shall be allocated, why not just configure a vanilla tunnel? Use= s cases seem to exist for both variants, and both can be encoded in YANG. I= s there anything I miss here? Michael From: Leeyoung [mailto:leeyoung@huawei.com] Sent: Thursday, November 03, 2016 7:49 PM To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Hi Michael, I think I am with you on your point. If we use rpc, it is clear. On the oth= er hand, if we were to use "stateful compute-only" it seems that the system= /controller has to keep the state of the paths somewhere which is not YANG = datastore. My understanding is that YANG datastore is updated only when the= path is signaled and resource is allocated. Would this give the system/con= troller additional burden to keep the "interim" state? Young From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (N= okia - DE) Sent: Thursday, November 03, 2016 8:58 AM To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Maybe I miss something, but to me, the domain controller either computes a = path stateless, which can be modeled in YANG in an RPC. Or the domain contr= oller computes a path, stores state, and provides access to the result in t= he YANG datastore. In the latter case, whether resources are allocated, or = whether the NEs get actually provisioned, is an orthogonal question. As a side note, I am not sure of I would call a domain controller or an NMS= a PCE. Path computation is only a subset of the functions of a domain cont= roller. Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_AM4PR07MB1521C97DF245E238041FE32296BB0AM4PR07MB1521eurp_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

    Igor,

    I know that “= pure” Dijkstra actually cannot be used (in most cases) and used it fo= r brevity. Constrained Dijkstra and derivative algorithms that are actually= used relax some of the rules of Dijkstra without becoming exponential for that.

    Think to a very wor= st case wher you ask for all the possible paths to all domains and then use= this information for the MDSC path computation without any further request= .  

    Assuming a network = with N domains having L inter-domain links in mean, we must ask N*L*(L-1)/2= paths around wich is still polinomial. Using Dijkstra in a single run, as = mentioned, requests should become N*L. This is what I expect as an upper bound to the number of calls to PNC.

    This actually is th= e method suggested by the draft, which seems to me reasonable (asking only = when needed will save queries to the PNCs, but on the other side asking all= together in the beginning would allow to send requests in parallel to different domains, which saves time; space= for some further consideration here).

     

    The other issues, e= ven if notable, were not discusses so far and I rather focus on the scalabi= lity problem. Anyway it seems to me that they affect any possible solution = to the multi-domain problem.

     

    About the connectiv= ity matrices, it’s my turn here for not having been sufficiently clea= r.

    1)      Several fla= vors as you mention is not enough. I remember you the example of the affini= ties, but there are many others. They are not several, they are billions.

    2)      Multiple in= tra node paths : once again, how many? My point is that, to cover all the p= ossible actual requests they will become far too many to be stored, maintai= ned and notified to MDSC when a change occurs.

    3)      Negotiation= you are mentioning isn’t a path computation request to the PNC actua= lly? It will happen all the times MDSC can’t find a good path for a d= omain, that is most of the times in the beginning; the MDSC will then request and store these new paths and it will have a hi= gher probability eventually to find a suitable path already stored in its m= emory; but wait… isn’t that the incremental learning mechanism = I have proposed few mails ago ?

     

    Cheers

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.= com]
    Sent: 11 November, 2016 3:43 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai = Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter.Beller@nokia.= com>
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Sc= harf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; = TEAS WG (teas@ietf.org) <teas@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00

     

    Hi Franseco,

     

    I probably didn’= t make myself clear. The two main points that I was trying to make are:

    1)&n= bsp;     Dijkstra does = not work on topologies with constrained/asymmetrical nodes;

    2)&n= bsp;     There will be = much more calls to PNCs that you seem to believe

     

    Imagine your algorithm= hit node N1 over link L1. PNC1 representing N1 is called and the response = says that the path can leave N1 over links L3, L4, L5 and L6. Suppose later= the algorithm reaches N1 again over link L2. Will you have to call PNC1 again? Sure, because now it returns th= e valid outbound links to be L3, L4, L7 and L8. Will you have to consider l= ink L8? Sure, it was not accounted yet. Will you have to consider link L3 a= gain? Sure, because you have not considered L2-L3 inbound/outbound link combination yet: L1-L3 internal (in= tra-node) path has different costs compared to L2-L3 internal path.

    The conclusions:<= /o:p>

    a)&n= bsp;      the algorithm = has to (re-)visit the same node multiple times;

    b)&n= bsp;     PNC will be ca= lled not only when the node first discovered (as you implied), but every ti= me the node is reached (which could be as many times as the number of links= it terminates);

    c)&n= bsp;      when the node = is represented by an MDSC, the entire sub-tree of MDSCs/PNCs will be called= hierarchically every time the MDSC in question is called, which may dramat= ically increase the number of calls to PNCs, the number of paths to be grown, the overall time of the path com= putation, etc. ;

    d)&n= bsp;     The biggest sc= alability issue is not even the number of times PNCs/MDSCs need to be calle= d – the amount of paths that need to be grown. Note that PNC needs to= return not just most optimal paths to all outbound links it can reach, rather, all possible such paths, so that e= nd-to-end path constraints could be met.

     

    Other issues are (some= of them you mentioned below):

    a)&n= bsp;      how the algori= thm prefers a segment over domain1 over a segment over domain 2 when the me= trics are not normalized (apples and oranges)?

    b)&n= bsp;     how the algori= thm deals with independent/overlapping SRLGs in the domains?

    c)&n= bsp;      what if domain= s have independent overlapping name space for node and link IDs?=

     

    In other words. what d= oes a path returned by a PNC even mean to MDSC?

     

    Furthermore, I disagre= e with what you said about node’s connectivity matrices because:=

    1)&n= bsp;     Several flavor= s of  matrices could be provided (e.g. one optimized by smallest cost = and another by shortest delay);

    2)&n= bsp;     Multiple intra= -node paths could be associated with the same inbound-outbound link combina= tion. Each such path will yield a separate vector of costs (summary TE cost= , delay, max. bandwidth, internal SRLGs, internal affinities) that could be compared against the MDSC’= s path computation constraints;

    3)&n= bsp;     Most important= ly, TE topology model allows for negotiation of exact connectivity matrices MDSC needs from PNCs. Suc= h negotiation could happen at any time, including before or even in the mid= dle of the path computation if the MDSC thinks the ones it has already are = not good or sufficient enough.

     

     

    Cheers,

    Igor  

     

     

    From: Francesco Lazzeri [mail= to:francesco.lazzeri@ericsson.com]
    Sent: Thursday, November 10, 2016 5:28 PM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Igor, please see in= line.

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 10 November, 2016 8:53 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller = <Dieter.Beller@nokia.com&= gt;
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; TEAS WG (teas@ietf.org) <te= as@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,

     

    There are few issue= s with your logic, I think:

     

    1)     = ; Nodes representing domains must be = considered as blocking/asymmetrical nodes. Dijkstra assumes symmetrical nod= es; so the “idea is to run Dijkstra on the MDSC abstract topology and= trigger a path computation to the relevant PNCs as soon as a node representing a domain is found” is questionab= le to begin with;

    [FL] Of course ther= e are far more details than the ones included in my e-mail (long enough I t= hink). One of these is that, of course, for each path returned by the PNC a= lso the relevant metrics and delay shall be returned. These, and also NO-PATH information if some connectivity is n= ot possible, will be used by MDSC during path computation;  metrics an= d delay shall be added to the currently computed ones, or if no path is fou= nd towards a certain inter-domain link, no propagation will occur on that link; this compensates the blocking/asym= metrical characteristics of the node-domains.

    2)     = ; What happens if the algorithm finds= a node represented not by a PNC, but by another (lower hierarchy level) MD= SC?

    [FL] Nothing differ= ent from a PNC I believe. As far as MDSC can compute paths as a PNC does an= d return them to the higher level MDSC, I can’t see any difference.

    3)     = ; Assume you want to compute a single= path on a 20-domain topology originating in domain 1 and terminating in, s= ay, domain17. I don’t think you have much choice but:

    a)  = ;     request PNC 1 to compute all possib= le (not just optional) paths from the path source to all domain 1 inter-dom= ain links;

    b)  = ;    request all neighboring PNCs to = 220;grow” all the computed paths over inter-domain links into the dom= ains up to their respective outbound inter-domain links with potentially si= gnificant increase in the number of successful paths;

    c)  = ;     repeat step b) until the paths reac= h the destination (17th) domain;

    d)  = ;    grow the paths until they hit the p= ath computation destination;

    e)  = ;    select the most optimal path

     

    I hope you agree th= at this is a lot of computations.

    [FL] Well, maybe &#= 8220;a lot”, but not exponentially growing with the number of domains= and inter-domain links. That was the point of my previous e-mail. Then we = can decide we have too many messages around, but I believe we first need some criteria to understand what “a lot̶= 1; or “too many” means.

     

    I also hope you agr= ee that computing such path on a single 20 node topology equipped with node= detailed connectivity matrices is instantaneous;

    [FL] Yes, istantane= ous, but, in general, wrong as far as the connectivity matrices don’t= reflect the actual request parameters. Think about a request asking for a = path with some affinity constraint, for example. Affinities are 32 bits values; you can ask to include/exclude links in 3 d= ifferent ways, specifying for each one any of the 2^32 affinity combination= s. Results of the path computation can be completely different depending on= the affinity value and include/exlcude options. In theory to cope with just the affinity constraint we should cre= ate L*(L-1)/2 * 3 * 2^32 paths per domain. And we still have to combine thi= s (that is multiply) with all the other constraints.

    Maybe we could reno= unce to some constraints and limit the flexibility of path computation. In = my view this is the only way to make the connectivity matrix method a littl= e bit more appealing. But I still have dubts even with “essential” parameters like just bandwidth and= objective functions.

     

    4)     = ; Computing diverse paths as two sing= le path computations with the topology transformation in between does not a= pply here: the paths may go through the same and/or different domains whose= internal topologies are not known (hence there is nothing to transform);

    [FL] I agree that h= ere the problem is more complex than in a single domain. I didn’t do = tests yet on this, but I assume that a PNC should give also the possibility= to ask for a path in diversity from another path. So when the second path computation crosses the result of the first = one in the same domain, we should ask the relevant PNC for a path computati= on in diversity from the previous path (possibly using the XRO mechanism) i= n order to be guaranteed that even though the same domain is used, the two paths are still diverse (PNC can g= uarantee that; if no diverse path is found, we should try and manage the of= fending domain as the offending links in bhandari algorithm, chasing them o= ut from the solution).

    5)     = ; Computing a connectivity matrix on = a known (fully visible) topology is simple (as you said, could be done in a= single run) and also could be easily distributed between several path comp= uters to produce/support several flavors of said matrix (e.g. differently optimized). Each matrix entry may be asso= ciated with one or more intra-node paths and provide to the MDSC various me= trics, like delay, cost, max. bandwidth, SRLGs)  It could be done in b= ackground when the path computers have nothing else to do (which is most of the time).

    [FL] As said above,= the point here is that you don’t know the request parameters yet. An= d I do believe that in order to compute matrices suitable for the purpose, = either you have to compute (and store, and maintain) too many of them, or you have to reduce too much the complexity = of the problem to be solved.

     

    Cheers,<= /span>

    Igor

     

     

     

     

    From: Teas [mailto:teas-bounces@ietf.o= rg] On Behalf Of Francesco Lazzeri
    Sent: Thursday, November 10, 2016 12:39 PM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Igor,

    it seems to me that= the number of path computations should grow polinomially and not esponenti= ally with the number of domains and inter-domain links.

    Here it is some con= sideration about that, and correct me if I am wrong.

     

    Assume that the dom= ains are abstracted on MDSC as nodes, and assume we have a network of domai= ns only (adding “normal” nodes doesn’t affect the proposi= tion).

    The idea is to run = Dijkstra on the MDSC abstract topology and trigger a path computation to th= e relevant PNCs as soon as a node representing a domain is found.

    The abstract topolo= gy on MDSC will be a network with a number of nodes equal to the number of = domains and a number of links equal to the inter-domain links.

    If we run the Dijks= tra algorithm to compute an end-to-end path on that topology the complexity= of it, which is related to the number of relaxation steps, is polinomial a= s you know. So the number of requests going down to the different PNCs must be polinomial as well.

    Take also into acco= unt that Dijkstra is normally used to find the shortest path between two en= d-points in the network, but actually the algorithm is capable to find in a= single run (with the same complexity) the shortest path between a given node and any other node in the network. =

    This should suggest= to make the best of this property and foresee in the protocol/model a sing= le request capable to return all the suitable paths from a given source to = all the other nodes (or to a selected set of nodes, namely the exit nodes connected to the inter-domain links). = In that way we should have one request per domain, to feed the relaxation s= teps between one ingress point of the domain and all the points connected t= o inter-domain links.

    In the standard Dij= kstra one domain/node will be traversed (that is will generate relaxation s= teps to its links) at most once, as any other relaxation step passing throu= gh it eventually will be stopped once the node has been visited. So, with this method, in the very worst case (w= hen the best path is the Hamiltonian path, the one traversing all the nodes= once) we’ll have a number of requests to the PNCs equal to the numbe= r of PNCs (one per PNC).

    If instead we use n= ormal point-to point path computations, we should ask L-1 path computations= to each PNC, where L is the number of inter-domain links connected to the = domain managed by the PNC, which is still polinomial in the number of domains and inter-domain links.

     

    Regarding path comp= utation for paths in diversity, it should be still polinomial, as if you us= e for example the Bhandari algorithm to do so, you see that it’s actu= ally a sequence of two Dijkstra path computations plus some network transformation in between (modification of some link wei= ghts). The first instance is a traditional path computation, while the seco= nd one is a modified version allowing negative costs on the edges, but stil= l polinomial. So once again the result should still be polinomial and the number of request shouldn’= t diverge.

     

    Now, something abou= t the other approach mentioned in your e-mail, which implies computing all = the possible paths inside any domain in advance.

    It is polinomial as= well, but with a higher number of path computations, as for any domain in = the network you have to compute L(L-1)/2 paths.

    Of course, you̵= 7;ll say, this happens once and not at any path computation. That’s t= rue, but :

     

    -     =      As soon as network get increasingly= used, the computed paths could become invalid. So you need to recompute th= em as needed and advertise all the changes

    -     =      You perform a path computation R= 20;in advance”, that is before the actual request is done, and theref= ore PNC cannot be aware of the future requirements in term of bandwidth, ob= jective functions, constraints and so on. Computed paths will not be suitable in general for all the future requests, and of = course it’s not conceivable to compute those paths for all the possib= le combinations of the request parameters (this should grow esponentially!)=

     

    Something that I wo= uld like to investigate further is the possibility for the MDSC to store th= e results of the path computations  returned by the PNCs along the tim= e and reuse them as applicable during the future path computations.

    At the end of the d= ay this is something similar to the connectivity matrix concept, with two m= ain differences:

     

    -     =      It’s built incrementally from= real requests and therefore with real parameters

    -     =      It’s build by MDSC and mainta= ined inside MDSC, no need for notifications.

     

    BR

    Francesco

     

     

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 10 November, 2016 5:15 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller = <Dieter.Beller@nokia.com&= gt;
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; TEAS WG (teas@ietf.org) <te= as@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Franseco,

     

    We have discussed with= Italo the applicability of path computation service for multi-domain scena= rios and agreed (at least my impression) that this realistically works for = no more than two or three domains. For a single e2e path computation the number of paths MDSC needs to request fr= om PNCs grows exponentially with the number of domains and the number of in= ter-domain links. The things get worse when MDSC needs to compute e2e diver= se (e.g. SRLG-disjoint) paths for a single e2e protected service  and still worse when MDSC needs to pl= ace more than one e2e services with global optimization criteria in mind. T= hings get still much worse when MDSCs are linked into a hierarchy, and path= computation services will have to be requested vertically through entire hierarchy from all subordinate MDSCs a= nd PNCs

     

    Please, see further in= line.

     

    Igor=

     

     

    From: Teas [mailto:teas-bounces@ietf.o= rg] On Behalf Of Francesco Lazzeri
    Sent: Thursday, November 10, 2016 5:02 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Igor,

    I assumed in fact a= multi-domain ACTN scenario, as stated in the abstract of draft-busibel-tea= s-yang-path-computation-00, where I believe we have the most interesting us= e cases for path computation services. I believe we should consider all of these, as the same model shall be used= both for single and multi-domain scenarios.

    Regarding path comp= utation on MDSC: in an ideal world MDSC could read topology from PNCs and c= ompute itself end-to-end paths but there are cases where this could be eith= er impossible or not convenient:

     

    -     =      For some reasons (e.g. security/pri= vacy) the PNC doesn’t export full topology information to the MDSC, s= o that such information is not suitable for a path computation on MDSC=

     

    IB>> No one expects PNC to export full topology info= rmation, it is likely to contain proprietary information and hence useless = for the MDSC anyway. PNC is expected to expose an abstract TE topology, which could be as small as a single TE node with = detailed connectivity matrix;

     

    -     =      For some reasons (e.g. scalability)= MDSC doesn’t want to get full topology information from the subtende= d domains

    IB>> See comment above;

     

    -     =      For some reasons (e.g. lack of know= ledge about the internal model of the equipment managed by the PNC : especi= ally in WDM networks) MDSC is not capable to cumpute reliably a feasible pa= th in a domain

    IB>> This is not a concern: all the necessary comput= ations are done already by PNCs when exposing and updating the abstract TE = topologies.

     

    IB>> Furthermore, according to ACTN MDSCs could be l= inked in a hierarchy. This means that for a top level MDSC e2e path computa= tion, the path computation services need to be requested hierarchically from all subordinate MDSCs and PNCs acr= oss all hierarchy levels. In contrast, multi-level abstraction of TE topolo= gies is not a problem

     

    BR

    Francesco

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 8:33 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller = <Dieter.Beller@nokia.com&= gt;
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; TEAS WG (teas@ietf.org) <te= as@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,

     

    Please, note that t= he context of this discussion is single domain. In my opinion MDSC  sh= ould not rely on the Path computation services (stateless or stateful) prov= ided by PNCs, rather, on its own path computation on TE topology, the product of  merging of abstract TE topologies cat= ered by the subordinate PNCs. And BTW said abstract TE topologies should be= kept up-to-date by the PNCs (i.e. with updates, stateful).

     

    Igor

     

     

     

    From: Teas [mailto:teas-bounces= @ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Wednesday, November 09, 2016 12:42 PM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.org= ; CCAMP (ccamp@ie= tf.org); Scharf, Michael (Nokia - DE); pce@i= etf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls]     http://tools.ietf.org/html= /draft-busibel-teas-yang-path-computation-00

     

    Well, I know implem= entations of both the “flavours”, and I would say that the most= complex are the pre-planned ones.

    So, it could be an = interesting use case, but we need to be aware that it comes with a price.

    Take also into acco= unt that the path recomputation inside the provider could not necessarily o= ffer an optimal solution end-to-end, and the client (the MDSC actually) sho= uld anyway check whether the end-to-end path, when a change happens on a segment, is still in compliance with its = constraints (e.g. if there is a latency constraint on the end-to-end path, = it may happen that the recomputed segment has a longer latency that leads t= o exceeding the constraint on the end to end path : but the provider only sees that single segment of the en= d-to-end path and taking into account the end-to-end constraints could be r= eally difficult).

     

    Regarding the TE-li= nk, I was actually interested on what the provider (that is the PNC) advert= ises to the client (MDSC) when reservation occurs. It cannot advertise A= 217;B’ as it knows only A and B, but advertising AB seems to me not correct.

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 4:56 PM
    To: Francesco Lazzeri <    francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,<= /span>

     

    Please, see in-line.

     

    Igor=

     

     

     

    From: Teas [mailto:teas-bounces= @ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Wednesday, November 09, 2016 10:27 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.org= ; CCAMP (ccamp@ie= tf.org); Scharf, Michael (Nokia - DE); pce@i= etf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls]     http://tools.ietf.org/html= /draft-busibel-teas-yang-path-computation-00

     

    Igor,

     

    1)     = ; IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn’t better for= a client (and provider) to ask what is needed when it’s needed, and get the best result back at that moment= ?

    IB>> What happens it the provider at this moment says: ̶= 0; No, I have nothing for you” ?  What if the path was relied up= on by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

       &= nbsp;   FL>> Probably the same in case the provider notifie= s “Hey, I have no longer anything for you”.

     

    IB>> But this would = be a bit too late, wouldn’t it? Wouldn’t it be better if the cl= ient has learnt about the previously returned path unfeasibility ahead of t= ime, so that it could re-plan it’s failure recovery scheme?

     

    If there is no (mor= e) path, there is no path. The client could only try and crankback looking = for some different path or report an alarm.

     

    IB>> Relying on cran= kbaks in an unpredictable way is not exactly a good solution, right?

     

    The scenario that s= eems more applicable to your proposal is a pre-planned restoration mechanis= m where we have a worker path in-service and a protection path just compute= d (but not reserving network resources, in order to share them among several protection paths), in a multi-domain = network. In that case, reserving te-tunnels like you suggest, could give an= advantage, as the end-to-end cranckback could occur when the notification = with “no-path” is triggered by the provider (that means the protection path or some of its segments is no lon= ger valid) and not when the path deployment is triggered by the client (tha= t means the worker path is gone and we need the protection immediately). Is= this the case you are considering ?

     

    IB>> Exactly. All th= e scenarios you can think of where you don’t know when and where a pr= oblem may happen and you want to maintain flexibility and share the network= resources to protect as much as you can

     

    In other cases, as = when used during an end-to-end path computation with immediate deployment t= o reduce the possibility of conflicts among concurrent procedures, it seems= to me less important or applicable, as all these procedures will likely be orchestrated by the same entity, wh= ich could well avoid conflicts.

     

    IB>> All cases where= the provider wants to expose a potentiality without committing resources t= o cover for the client multiple use cases and provide at the same time some= degree (albeit not perfect) predictability.

     

     <= /o:p>

    2)     = ; Regarding the abstract link in the = overlay topology, I still can’t see what the provider will advertise.= If it’s a new link representing the forwarding adjacency between A&#= 8217; and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link A̵= 7;B’ points to the underlay (provider) TE topology where the path is = computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

    FL>> This means that the provider just sends the reply to th= e path computation request and doesn’t advertise any new TE link to t= he client ? This is actually what I would expect: the task to manage TE-links in the overlay topology is with the client.

     

    IB>> Overlay TE topology manager advertises a TE link that is suppo= rted not by a provisioned in a server layer TE tunnel (connection), rather,= by a computed and monitored path. This way the overlay TE topology manger can advertise multiple abstract TE links ma= pped onto the same network resources 

     

    Francesco

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 3:47 PM
    To: Francesco Lazzeri <    francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,<= /span>

     

    1)     = ; IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn’t better for= a client (and provider) to ask what is needed when it’s needed, and get the best result back at that moment= ?

    IB>> What happens it the provider at this moment says: ̶= 0; No, I have nothing for you” ?  What if the path was relied up= on by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

     <= /o:p>

     <= /o:p>

    2)     = ; Regarding the abstract link in the = overlay topology, I still can’t see what the provider will advertise.= If it’s a new link representing the forwarding adjacency between A&#= 8217; and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link A̵= 7;B’ points to the underlay (provider) TE topology where the path is = computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

     

     

    Igor

     

     

    From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com]
    Sent: Wednesday, November 09, 2016 9:26 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.org= ; CCAMP (ccamp@ie= tf.org); Scharf, Michael (Nokia - DE); pce@i= etf.org; TEAS WG (teas@ietf.org)
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00

     

    Igor,

    IMHO simplicity pay= s back. Instead than maintaining all these states, notifying clients all th= e times something changes, and repeating path-computation as needed, isn= 217;t better for a client (and provider) to ask what is needed when it’s needed, and get the best result back at= that moment ?

    Regarding the abstr= act link in the overlay topology, I still can’t see what the provider= will advertise. If it’s a new link representing the forwarding adjac= ency between A’ and B’, how it will be represented by the provider ?

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 2:48 PM
    To: Fatai Zhang <    = zhangfatai@huawei.com>; Francesco L= azzeri <frances= co.lazzeri@ericsson.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Hi Francesco,

     <= /o:p>

    Please, see in-line= .

     <= /o:p>

    Cheers,=

    Igor

     <= /o:p>

    The point here is f= or how long the provider should keep the computed path and its request para= meters

     <= /o:p>

    IB>> As far as t= he provider is concerned, the requested path and its parameters is a TE tun= nel (albeit computed but not provisioned). So it keeps the state until the = client removes the TE tunnel.

     <= /o:p>

    (in fact if we want= to have a possibly better path, at any change inside provider topology, re= source status and usage, the provider should check if the computed path is = still feasible and/or redo path computation to find a better path). This could be an overhead, in my view.=

     <= /o:p>

    IB>> For example= , if provider is to ensure the path’s feasibility, all it needs is to= detect a change in a TE link the path is going through and make sure that = the  change does not make the path unfeasible. Only in the latter case the path re-computation needs to be scheduled and perfo= rmed in a background thread.

     <= /o:p>

    Furthermore, I can&= #8217;t see how the provider could export the abstract TE-link, as this is = inside the client topology;

    IB>> The abstrac= t link is a part of the abstract topology “cooked” (customized)= for the client, which is supported by the computed path in the underlay to= pology, which is the provider’s topology.

     <= /o:p>

    in fact, if the cli= ent is asking for a path between A and B (A and B inside provider topology)= , having A’ (in client topology) connected to A and B’ (in clie= nt topology) connected to B, the relevant abstract TE link (the forwarding adjacency) should be built between A’ and B&= #8217;, that is in the client topology; therefore the client should be in c= harge of managing it, as the provider is not aware of A’ and B’= .

     <= /o:p>

    IB>> This is cor= rect, but note that the two topologies (underlay and overlay) according to = the TE topology model have independent and unrelated name spaces for node, = link and SRLG IDs. So it is perfectly Ok.

     

    IB>> Also note t= hat according  to TE topology model  one important attribute of a= TE node (especially abstract composite node) is connectivity matrix, which is nothing but a set of stateful paths computed, re-computed and c= onstantly monitored (but not reserved) over the TE topology the node encaps= ulates.  This means that stateful unreserved paths play already a very imp= ortant part in supporting TE topologies with asymmetrical blocking abstract= TE nodes.

     

    Igor

     <= /o:p>

     <= /o:p>

     <= /o:p>

     <= /o:p>

    BR

    Francesco

     <= /o:p>

    From:= CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: 04 November, 2016 7:12 PM
    To: Dieter Beller <    Dieter.Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; TEAS WG (teas@ietf.org) <tea= s@ietf.org>; pce@ietf.org
    Subject: Re: [CCAMP] [mpls]     http://tools.ietf.org/htm= l/draft-busibel-teas-yang-path-computation-00

     

    Dieter,

     

    A client may ask for a= path not to be used immediately (e.g. to present as an abstract TE link to= its own client, in some failure restoration scheme or as a part of disaste= r recovery network topology re-configuration) without committing any network resources. In this case the client would wa= nt to know at least  if/when the path has stopped being feasible any l= onger or (ideally) a better path is available.

     

    This is similar to exp= osing to a client an abstract TE topology with an uncommitted abstract TE l= ink (i.e. TE link that does not have a committed TE tunnel supporting it an= d advertises potentiality). Once such link is provided, the provider is expected to send updates when/if the TE = link attributes change. For uncommitted/potential TE link such updates coul= d be provided based on event driven re-computation of the potentiality the = TE link represents.

    The point is that an u= ncommitted abstract TE link and COMPUTE_ONLY TE tunnel can represent (each = in its own way) the same network potentiality

     

    Cheers,

    Igor=

     

     

     

    From: Dieter Beller [mailto:D= ieter.Beller@nokia.com]
    Sent: Friday, November 04, 2016 1:49 PM
    To: Igor Bryskin
    Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00

     

    Hi Igor,

    could you please clarify how useful a stateful path without resource all= ocation is. I can't see the benefits of this use case.


    Thanks,
    Dieter

    On 04.11.2016 14:25, Igor Bryskin wrote:<= /p>

    Hi Dieter,=

     

    A provider may compute= path(s) for a TE tunnel, and then (without any resource allocation) may st= art monitoring/ensuring the path validity/optimality by re-computing them i= n an event driven manner. For example, it can trigger the re-computation of the path(s) when detecting a change i= n a state of a TE link the current path(s) are going through.  Dependi= ng on the results additional notifications may be sent to the client.

     

    Note that this is in a= ddition to the reasons you correctly identified for implementing stateful p= ath computation (such as compute_and_reserve).

     

    Cheers,

    Igor=

     

     

    From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.c= om]
    Sent: Thursday, November 03, 2016 6:27 PM
    To: Leeyoung
    Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (    ccamp@ietf.org);     pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00

     

    Hi all, 
     
    when we talk about the stateful path computation use case, it means IM=
HO that when a path has been calculated successfully in response to a reque=
st, a new path object is created in the data store. This does only make sen=
se if the resources have been allocated in the TED of the PCE irrespective =
of the fact whether the connection along this path will be established righ=
t away or at a later point in time. This will prevent further path computat=
ion requests from assuming that the resources are still available. As the T=
ED of the PCE also has to reflect the network state, I would assume that th=
e network resources can be in one of the following three states: available,=
 allocatedButNotInUse,  allocatedAndInUse. The path objects also need =
state information reflecting for example the alarm state of the allocated r=
esources. The path calculated earlier may become (temporarily) invalid due =
to a link failure affecting the path. 
     
    Does this make sense? 
     
     
    Thanks, 
    Dieter
     
    Sent from my tablet
     
    Leeyoung <leeyoung@hu=
awei.com> wrote:
     

    Igor,

     

    When you say “st= ate”, are you referring to the YANG datastore or some other “in= terim” state of those paths that are calculated but not instantiated = as LSPs? If we were to update the YANG datastore for this, I would think that we may have some issue when the customer decided not to i= nstantiate the TE tunnel (after the path compute request).

     

    Thanks.

    Young

     

     

    From: Igor Bryskin
    Sent: Thursday, November 03, 2016 3:02 PM
    To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/draft-busibel= -teas-yang-path-computation-00

     

    Young,

     

    From the provider cont= roller point of view COMPUTE_ONLY TE tunnels will have exactly the same sta= te as “normal” (COMPUTE_ADN_PROVISION) TE tunnels.<= /o:p>

     

    Igor=

     

    From: Leeyoung
    Sent: Thursday, November 03, 2016 3:42 PM
    To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (    ccamp@ietf.org); pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/draft-busibel= -teas-yang-path-computation-00

     

    Igor,

     

    In such case, would th= e YANG datastore be updated? I guess not. If not, then the system/controlle= r has to keep this interim state, would it?

     

    Thanks.

    Young

     

    From: Igor Bryskin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/draft-busibel= -teas-yang-path-computation-00

     

    Michael,

    You are exactly right.= The purpose of the “compute-only” TE tunnel is to create/maint= ain the normal TE tunnel state and (re-)compute TE paths for the TE tunnel = connections/LSPs but not signal/provision the LSPs.

     

    Igor=

     

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@noki= a.com]
    Sent: Thursday, November 03, 2016 3:17 PM
    To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (    ccamp@ietf.org); pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/draft-busibel= -teas-yang-path-computation-00

     

    Isn’t the intent= ion of defining „compute-only tunnels“ to create state in the c= ontroller, but not to signal them? If the tunnel should be signaled and res= ources shall be allocated, why not just configure a vanilla tunnel? Uses cases seem to exist for both variants, and both can be encode= d in YANG. Is there anything I miss here?

     

    Michael

     

     

    From: Leeyoung= [mailto:leeyoung= @huawei.com]
    Sent: Thursday, November 03, 2016 7:49 PM
    To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; = CCAMP (    ccamp@ietf.org<= /span>); pce@ietf.org<= span lang=3D"DE" style=3D"font-size:10.0pt;font-family:"Tahoma",s= ans-serif">; TEAS WG (t= eas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Hi Michael,

     

    I think I am with you = on your point. If we use rpc, it is clear. On the other hand, if we were to= use “stateful compute-only” it seems that the system/controlle= r has to keep the state of the paths somewhere which is not YANG datastore. My understanding is that YANG datastore is updated = only when the path is signaled and resource is allocated. Would this give t= he system/controller additional burden to keep the “interim” st= ate?

     

    Young

     

    From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
    Sent: Thursday, November 03, 2016 8:58 AM
    To: Daniele Ceccarelli; Igor Bryskin; CCAMP (    ccamp@ietf.org); pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: Re: [CCAMP]     http://tools.ietf.org/html/draft= -busibel-teas-yang-path-computation-00

     

    Maybe I miss something= , but to me, the domain controller either computes a path stateless, which = can be modeled in YANG in an RPC. Or the domain controller computes a path,= stores state, and provides access to the result in the YANG datastore. In the latter case, whether resources ar= e allocated, or whether the NEs get actually provisioned, is an orthogonal = question.

     

    As a side note, I am n= ot sure of I would call a domain controller or an NMS a PCE. Path computati= on is only a subset of the functions of a domain controller.

     

    Michael

     

     

     

    From: Daniele Ceccarelli [mailto:daniele.ceccarelli@eri= csson.com]
    Sent: Thursday, November 03, 2016 2:49 PM
    To: Scharf, Michael     (Nokia - DE); Igor Bryskin; C= CAMP (ccamp@ietf.org); pce@ietf.org<= span lang=3D"DE" style=3D"font-size:10.0pt;font-family:"Tahoma",s= ans-serif">; TEAS WG (t= eas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Can you please explain what the “stateful comp= ute-only” stands for I don’t understand what is stateful in a p= ath computation request only.

    IMHO either I ask the PCE (SDN controller, NMS, what= ever) to compute a path and then forget about it or I ask to compute and pr= ovision it. I don’t understand the value of asking for it and remembe= ring about it.

     

    BR
    Daniele 

     

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: gioved=EC 3 novembre 2016 14:45
    To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    We have discussed this= before. From an implementer’s perspective, the two clean solutions t= o the problem seem to either stateful „compute-only“ tunnels or= a stateless RPC.

     

    Michael

     

     

    From: mpls [mailto:mpls-bounc= es@ietf.org] On Behalf Of Igor Bryskin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Daniele Ceccarelli; CCAMP (    ccamp@ietf.org); pce@ietf.org<= span lang=3D"DE" style=3D"font-size:10.0pt;font-family:"Tahoma",s= ans-serif">; TEAS WG (    t= eas@ietf.org); mpls@ietf.org
    Subject: [ALU] [mpls]    http://tools.ietf.or= g/html/draft-busibel-teas-yang-path-computation-00

     

    Hi,<= /p>

     

    From the draft:=

     

    6. =    YANG Model for requesting Path Computation

     

     

      = ; Work on extending the TE Tunnel YANG model to support the need to<= o:p>

      = ; request path computation has recently started also in the context of

      = ; the [T= E-TUNNEL] draft.

     

      = ; It is possible to request path computation by configuring a

      = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

      = ; LSP(s) Record-Route Object (RRO) list as described in [T= E-TUNNEL].

     

      = ; This is a stateful solution since the state of each created

      = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

      = ; underlying network conditions change.

     

      = ; The need also for a stateless solution, based on an RPC, has been<= o:p>

      = ; recognized.

     

     

      = ; The YANG model to support stateless RPC is for further study.=

     

     

     

     

     

    IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

     

    Cheers,

    Igor

     

     

     

     

     

     

     

     

     

    --_000_AM4PR07MB1521C97DF245E238041FE32296BB0AM4PR07MB1521eurp_-- From nobody Fri Nov 11 08:04:14 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 789EB129424; Fri, 11 Nov 2016 08:04:12 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.707 X-Spam-Level: X-Spam-Status: No, score=-5.707 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001, T_KAM_HTML_FONT_INVALID=0.01] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id xmL2zvKEW7cW; Fri, 11 Nov 2016 08:04:03 -0800 (PST) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 6DA251297A5; Fri, 11 Nov 2016 08:04:01 -0800 (PST) Received: from 172.18.7.190 (EHLO lhreml703-cah.china.huawei.com) ([172.18.7.190]) by lhrrg02-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id CUZ83099; Fri, 11 Nov 2016 16:03:56 +0000 (GMT) Received: from LHREML504-MBS.china.huawei.com ([10.125.30.107]) by lhreml703-cah.china.huawei.com ([10.201.5.104]) with mapi id 14.03.0235.001; Fri, 11 Nov 2016 16:03:46 +0000 From: Italo Busi To: Igor Bryskin , Francesco Lazzeri , Fatai Zhang , "Dieter Beller" Thread-Topic: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 Thread-Index: AQHSPCqoykJJwiMPcEi+8pkQxHy26KDT4oHw Date: Fri, 11 Nov 2016 16:03:46 +0000 Message-ID: <91E3A1BD737FDF4FA14118387FF6766B156ABC28@lhreml504-mbs> References: <0C72C38E7EBC34499E8A9E7DD007863908F0EF32@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5BB53@FR712WXCHMBA15.zeu.alcatel-lucent.com> <655C07320163294895BBADA28372AF5D48B5BC01@FR712WXCHMBA15.zeu.alcatel-lucent.com> <7AEB3D6833318045B4AE71C2C87E8E172A8CC9D2@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5C82F@FR712WXCHMBA15.zeu.alcatel-lucent.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F10B@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA51@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F12D@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA9B@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F1E1@dfweml501-mbx> <9762bdb8-e73c-7653-3243-f7add7a9ce7c@nokia.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F242@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F747@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F774@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F7CA@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F824@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F961@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0FA10@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0FE8D@dfweml501-mbx> In-Reply-To: <0C72C38E7EBC34499E8A9E7DD007863908F0FE8D@dfweml501-mbx> Accept-Language: it-IT, en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.200.144.128] Content-Type: multipart/alternative; boundary="_000_91E3A1BD737FDF4FA14118387FF6766B156ABC28lhreml504mbs_" MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A020206.5825EBED.011B, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: 488aa49910b38b0ac62a485a0ad8b155 Archived-At: Cc: "mpls@ietf.org" , "CCAMP \(ccamp@ietf.org\)" , "Scharf, Michael \(Nokia - DE\)" , "pce@ietf.org" , "TEAS WG \(teas@ietf.org\)" Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 11 Nov 2016 16:04:12 -0000 --_000_91E3A1BD737FDF4FA14118387FF6766B156ABC28lhreml504mbs_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Hi Igor, Please see some comments/questions in line below I think your last point is very important and deserves further consideratio= ns Italo From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: venerd=EC 11 novembre 2016 15:43 To: Francesco Lazzeri; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pc= e@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Hi Franseco, I probably didn't make myself clear. The two main points that I was trying = to make are: 1) Dijkstra does not work on topologies with constrained/asymmetrical = nodes; 2) There will be much more calls to PNCs that you seem to believe Imagine your algorithm hit node N1 over link L1. PNC1 representing N1 is ca= lled and the response says that the path can leave N1 over links L3, L4, L5= and L6. Suppose later the algorithm reaches N1 again over link L2. Will yo= u have to call PNC1 again? Sure, because now it returns the valid outbound = links to be L3, L4, L7 and L8. Will you have to consider link L8? Sure, it = was not accounted yet. Will you have to consider link L3 again? Sure, becau= se you have not considered L2-L3 inbound/outbound link combination yet: L1-= L3 internal (intra-node) path has different costs compared to L2-L3 interna= l path. The conclusions: a) the algorithm has to (re-)visit the same node multiple times; b) PNC will be called not only when the node first discovered (as you = implied), but every time the node is reached (which could be as many times = as the number of links it terminates); c) when the node is represented by an MDSC, the entire sub-tree of MD= SCs/PNCs will be called hierarchically every time the MDSC in question is c= alled, which may dramatically increase the number of calls to PNCs, the num= ber of paths to be grown, the overall time of the path computation, etc. ; [Italo] I have the feeling that calculating how the number of path computat= ion requests increases with the number of underlying PNCs highly depends on= the logic implemented by the MDSC. A "smart" logic, as outlined in section= 3.3 of the draft, could dramatically reduce this number. d) The biggest scalability issue is not even the number of times PNCs/= MDSCs need to be called - the amount of paths that need to be grown. Note t= hat PNC needs to return not just most optimal paths to all outbound links i= t can reach, rather, all possible such paths, so that end-to-end path const= raints could be met. [Italo] I do not fully understand this point. IMHO, for a given end-to-end path setup, I think that the amount of informa= tion the MDSC needs to get from its underlying PNCs, calculate the optimal = multi-domain path, is exactly the same no matter whether it is get via path= computation requests or via TE Topology information. The main difference is that path computation allows the MDSC to request onl= y the information it needs when it needs. Instead, if only TE Topology is used, the PNCs should provide "any" possibl= e information the MDSC may ever need before it needs it, which is much more= than what is needed for a single end-to-end path setup. Other issues are (some of them you mentioned below): a) how the algorithm prefers a segment over domain1 over a segment ove= r domain 2 when the metrics are not normalized (apples and oranges)? b) how the algorithm deals with independent/overlapping SRLGs in the d= omains? c) what if domains have independent overlapping name space for node a= nd link IDs? [Italo] Again I am a bit confused. With path computation, the path returned by the PNC and its characteristics= (e.g., SRLG, node/link IDs) are associated with a given TE Topology expose= d by the PNC itself. The MDSC shall be capable to deal with these issues ot= herwise also the TE Topology information will not be consistent. Am I missing anything? In other words. what does a path returned by a PNC even mean to MDSC? Furthermore, I disagree with what you said about node's connectivity matric= es because: 1) Several flavors of matrices could be provided (e.g. one optimized = by smallest cost and another by shortest delay); [Italo] The requested path will have several path constraints (latency, ban= dwidth, ...): this is described in sections 3.1 and 3.2 of the draft. The s= et of possible path constraints combinations is quite huge. 2) Multiple intra-node paths could be associated with the same inbound= -outbound link combination. Each such path will yield a separate vector of = costs (summary TE cost, delay, max. bandwidth, internal SRLGs, internal aff= inities) that could be compared against the MDSC's path computation constra= ints; 3) Most importantly, TE topology model allows for negotiation of exact= connectivity matrices MDSC needs from PNCs. Such negotiation could happen = at any time, including before or even in the middle of the path computation= if the MDSC thinks the ones it has already are not good or sufficient enou= gh. [Italo] This seems an important and interesting point. Requesting a new node's connectivity matrix with the specific set of path c= onstraints when needed, looks to me like a form of requesting multiple path= computations between all the possible ingress/egress ports in "one shot". = I think this is a possible solution to the problem we are trying to addres= s so I think it deserves further considerations. Cheers, Igor From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com] Sent: Thursday, November 10, 2016 5:28 PM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Igor, please see inline. BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 10 November, 2016 8:53 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, There are few issues with your logic, I think: 1) Nodes representing domains must be considered as blocking/asymmetri= cal nodes. Dijkstra assumes symmetrical nodes; so the "idea is to run Dijks= tra on the MDSC abstract topology and trigger a path computation to the rel= evant PNCs as soon as a node representing a domain is found" is questionabl= e to begin with; [FL] Of course there are far more details than the ones included in my e-ma= il (long enough I think). One of these is that, of course, for each path re= turned by the PNC also the relevant metrics and delay shall be returned. Th= ese, and also NO-PATH information if some connectivity is not possible, wil= l be used by MDSC during path computation; metrics and delay shall be adde= d to the currently computed ones, or if no path is found towards a certain = inter-domain link, no propagation will occur on that link; this compensates= the blocking/asymmetrical characteristics of the node-domains. 2) What happens if the algorithm finds a node represented not by a PNC= , but by another (lower hierarchy level) MDSC? [FL] Nothing different from a PNC I believe. As far as MDSC can compute pat= hs as a PNC does and return them to the higher level MDSC, I can't see any = difference. 3) Assume you want to compute a single path on a 20-domain topology or= iginating in domain 1 and terminating in, say, domain17. I don't think you = have much choice but: a) request PNC 1 to compute all possible (not just optional) paths fr= om the path source to all domain 1 inter-domain links; b) request all neighboring PNCs to "grow" all the computed paths over = inter-domain links into the domains up to their respective outbound inter-d= omain links with potentially significant increase in the number of successf= ul paths; c) repeat step b) until the paths reach the destination (17th) domain= ; d) grow the paths until they hit the path computation destination; e) select the most optimal path I hope you agree that this is a lot of computations. [FL] Well, maybe "a lot", but not exponentially growing with the number of = domains and inter-domain links. That was the point of my previous e-mail. T= hen we can decide we have too many messages around, but I believe we first = need some criteria to understand what "a lot" or "too many" means. I also hope you agree that computing such path on a single 20 node topology= equipped with node detailed connectivity matrices is instantaneous; [FL] Yes, istantaneous, but, in general, wrong as far as the connectivity m= atrices don't reflect the actual request parameters. Think about a request = asking for a path with some affinity constraint, for example. Affinities ar= e 32 bits values; you can ask to include/exclude links in 3 different ways,= specifying for each one any of the 2^32 affinity combinations. Results of = the path computation can be completely different depending on the affinity = value and include/exlcude options. In theory to cope with just the affinity= constraint we should create L*(L-1)/2 * 3 * 2^32 paths per domain. And we = still have to combine this (that is multiply) with all the other constraint= s. Maybe we could renounce to some constraints and limit the flexibility of pa= th computation. In my view this is the only way to make the connectivity ma= trix method a little bit more appealing. But I still have dubts even with "= essential" parameters like just bandwidth and objective functions. 4) Computing diverse paths as two single path computations with the to= pology transformation in between does not apply here: the paths may go thro= ugh the same and/or different domains whose internal topologies are not kno= wn (hence there is nothing to transform); [FL] I agree that here the problem is more complex than in a single domain.= I didn't do tests yet on this, but I assume that a PNC should give also th= e possibility to ask for a path in diversity from another path. So when the= second path computation crosses the result of the first one in the same do= main, we should ask the relevant PNC for a path computation in diversity fr= om the previous path (possibly using the XRO mechanism) in order to be guar= anteed that even though the same domain is used, the two paths are still di= verse (PNC can guarantee that; if no diverse path is found, we should try a= nd manage the offending domain as the offending links in bhandari algorithm= , chasing them out from the solution). 5) Computing a connectivity matrix on a known (fully visible) topology= is simple (as you said, could be done in a single run) and also could be e= asily distributed between several path computers to produce/support several= flavors of said matrix (e.g. differently optimized). Each matrix entry may= be associated with one or more intra-node paths and provide to the MDSC va= rious metrics, like delay, cost, max. bandwidth, SRLGs) It could be done i= n background when the path computers have nothing else to do (which is most= of the time). [FL] As said above, the point here is that you don't know the request param= eters yet. And I do believe that in order to compute matrices suitable for = the purpose, either you have to compute (and store, and maintain) too many = of them, or you have to reduce too much the complexity of the problem to be= solved. Cheers, Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Thursday, November 10, 2016 12:39 PM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, it seems to me that the number of path computations should grow polinomiall= y and not esponentially with the number of domains and inter-domain links. Here it is some consideration about that, and correct me if I am wrong. Assume that the domains are abstracted on MDSC as nodes, and assume we have= a network of domains only (adding "normal" nodes doesn't affect the propos= ition). The idea is to run Dijkstra on the MDSC abstract topology and trigger a pat= h computation to the relevant PNCs as soon as a node representing a domain = is found. The abstract topology on MDSC will be a network with a number of nodes equa= l to the number of domains and a number of links equal to the inter-domain = links. If we run the Dijkstra algorithm to compute an end-to-end path on that topo= logy the complexity of it, which is related to the number of relaxation ste= ps, is polinomial as you know. So the number of requests going down to the = different PNCs must be polinomial as well. Take also into account that Dijkstra is normally used to find the shortest = path between two end-points in the network, but actually the algorithm is c= apable to find in a single run (with the same complexity) the shortest path= between a given node and any other node in the network. This should suggest to make the best of this property and foresee in the pr= otocol/model a single request capable to return all the suitable paths from= a given source to all the other nodes (or to a selected set of nodes, name= ly the exit nodes connected to the inter-domain links). In that way we shou= ld have one request per domain, to feed the relaxation steps between one in= gress point of the domain and all the points connected to inter-domain link= s. In the standard Dijkstra one domain/node will be traversed (that is will ge= nerate relaxation steps to its links) at most once, as any other relaxation= step passing through it eventually will be stopped once the node has been = visited. So, with this method, in the very worst case (when the best path i= s the Hamiltonian path, the one traversing all the nodes once) we'll have a= number of requests to the PNCs equal to the number of PNCs (one per PNC). If instead we use normal point-to point path computations, we should ask L-= 1 path computations to each PNC, where L is the number of inter-domain link= s connected to the domain managed by the PNC, which is still polinomial in = the number of domains and inter-domain links. Regarding path computation for paths in diversity, it should be still polin= omial, as if you use for example the Bhandari algorithm to do so, you see t= hat it's actually a sequence of two Dijkstra path computations plus some ne= twork transformation in between (modification of some link weights). The fi= rst instance is a traditional path computation, while the second one is a m= odified version allowing negative costs on the edges, but still polinomial.= So once again the result should still be polinomial and the number of requ= est shouldn't diverge. Now, something about the other approach mentioned in your e-mail, which imp= lies computing all the possible paths inside any domain in advance. It is polinomial as well, but with a higher number of path computations, as= for any domain in the network you have to compute L(L-1)/2 paths. Of course, you'll say, this happens once and not at any path computation. T= hat's true, but : - As soon as network get increasingly used, the computed paths cou= ld become invalid. So you need to recompute them as needed and advertise al= l the changes - You perform a path computation "in advance", that is before the = actual request is done, and therefore PNC cannot be aware of the future req= uirements in term of bandwidth, objective functions, constraints and so on.= Computed paths will not be suitable in general for all the future requests= , and of course it's not conceivable to compute those paths for all the pos= sible combinations of the request parameters (this should grow esponentiall= y!) Something that I would like to investigate further is the possibility for t= he MDSC to store the results of the path computations returned by the PNCs= along the time and reuse them as applicable during the future path computa= tions. At the end of the day this is something similar to the connectivity matrix = concept, with two main differences: - It's built incrementally from real requests and therefore with r= eal parameters - It's build by MDSC and maintained inside MDSC, no need for notif= ications. BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 10 November, 2016 5:15 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Franseco, We have discussed with Italo the applicability of path computation service = for multi-domain scenarios and agreed (at least my impression) that this re= alistically works for no more than two or three domains. For a single e2e p= ath computation the number of paths MDSC needs to request from PNCs grows e= xponentially with the number of domains and the number of inter-domain link= s. The things get worse when MDSC needs to compute e2e diverse (e.g. SRLG-d= isjoint) paths for a single e2e protected service and still worse when MDS= C needs to place more than one e2e services with global optimization criter= ia in mind. Things get still much worse when MDSCs are linked into a hierar= chy, and path computation services will have to be requested vertically thr= ough entire hierarchy from all subordinate MDSCs and PNCs Please, see further in line. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Thursday, November 10, 2016 5:02 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, I assumed in fact a multi-domain ACTN scenario, as stated in the abstract o= f draft-busibel-teas-yang-path-computation-00, where I believe we have the = most interesting use cases for path computation services. I believe we shou= ld consider all of these, as the same model shall be used both for single a= nd multi-domain scenarios. Regarding path computation on MDSC: in an ideal world MDSC could read topol= ogy from PNCs and compute itself end-to-end paths but there are cases where= this could be either impossible or not convenient: - For some reasons (e.g. security/privacy) the PNC doesn't export = full topology information to the MDSC, so that such information is not suit= able for a path computation on MDSC IB>> No one expects PNC to export full topology information, it is likely t= o contain proprietary information and hence useless for the MDSC anyway. PN= C is expected to expose an abstract TE topology, which could be as small as= a single TE node with detailed connectivity matrix; - For some reasons (e.g. scalability) MDSC doesn't want to get ful= l topology information from the subtended domains IB>> See comment above; - For some reasons (e.g. lack of knowledge about the internal mode= l of the equipment managed by the PNC : especially in WDM networks) MDSC is= not capable to cumpute reliably a feasible path in a domain IB>> This is not a concern: all the necessary computations are done already= by PNCs when exposing and updating the abstract TE topologies. IB>> Furthermore, according to ACTN MDSCs could be linked in a hierarchy. T= his means that for a top level MDSC e2e path computation, the path computat= ion services need to be requested hierarchically from all subordinate MDSCs= and PNCs across all hierarchy levels. In contrast, multi-level abstraction= of TE topologies is not a problem BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 8:33 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, Please, note that the context of this discussion is single domain. In my op= inion MDSC should not rely on the Path computation services (stateless or = stateful) provided by PNCs, rather, on its own path computation on TE topol= ogy, the product of merging of abstract TE topologies catered by the subor= dinate PNCs. And BTW said abstract TE topologies should be kept up-to-date = by the PNCs (i.e. with updates, stateful). Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Wednesday, November 09, 2016 12:42 PM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Well, I know implementations of both the "flavours", and I would say that t= he most complex are the pre-planned ones. So, it could be an interesting use case, but we need to be aware that it co= mes with a price. Take also into account that the path recomputation inside the provider coul= d not necessarily offer an optimal solution end-to-end, and the client (the= MDSC actually) should anyway check whether the end-to-end path, when a cha= nge happens on a segment, is still in compliance with its constraints (e.g.= if there is a latency constraint on the end-to-end path, it may happen tha= t the recomputed segment has a longer latency that leads to exceeding the c= onstraint on the end to end path : but the provider only sees that single s= egment of the end-to-end path and taking into account the end-to-end constr= aints could be really difficult). Regarding the TE-link, I was actually interested on what the provider (that= is the PNC) advertises to the client (MDSC) when reservation occurs. It ca= nnot advertise A'B' as it knows only A and B, but advertising AB seems to m= e not correct. BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 4:56 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, Please, see in-line. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Wednesday, November 09, 2016 10:27 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? FL>> Probably the same in case the provider notifies "Hey, I have no= longer anything for you". IB>> But this would be a bit too late, wouldn't it? Wouldn't it be better i= f the client has learnt about the previously returned path unfeasibility ah= ead of time, so that it could re-plan it's failure recovery scheme? If there is no (more) path, there is no path. The client could only try and= crankback looking for some different path or report an alarm. IB>> Relying on crankbaks in an unpredictable way is not exactly a good sol= ution, right? The scenario that seems more applicable to your proposal is a pre-planned r= estoration mechanism where we have a worker path in-service and a protectio= n path just computed (but not reserving network resources, in order to shar= e them among several protection paths), in a multi-domain network. In that = case, reserving te-tunnels like you suggest, could give an advantage, as th= e end-to-end cranckback could occur when the notification with "no-path" is= triggered by the provider (that means the protection path or some of its s= egments is no longer valid) and not when the path deployment is triggered b= y the client (that means the worker path is gone and we need the protection= immediately). Is this the case you are considering ? IB>> Exactly. All the scenarios you can think of where you don't know when = and where a problem may happen and you want to maintain flexibility and sha= re the network resources to protect as much as you can In other cases, as when used during an end-to-end path computation with imm= ediate deployment to reduce the possibility of conflicts among concurrent p= rocedures, it seems to me less important or applicable, as all these proced= ures will likely be orchestrated by the same entity, which could well avoid= conflicts. IB>> All cases where the provider wants to expose a potentiality without co= mmitting resources to cover for the client multiple use cases and provide a= t the same time some degree (albeit not perfect) predictability. 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. FL>> This means that the provider just sends the reply to the path computat= ion request and doesn't advertise any new TE link to the client ? This is a= ctually what I would expect: the task to manage TE-links in the overlay top= ology is with the client. IB>> Overlay TE topology manager advertises a TE link that is supported not= by a provisioned in a server layer TE tunnel (connection), rather, by a co= mputed and monitored path. This way the overlay TE topology manger can adve= rtise multiple abstract TE links mapped onto the same network resources Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 3:47 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. Igor From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com] Sent: Wednesday, November 09, 2016 9:26 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Igor, IMHO simplicity pays back. Instead than maintaining all these states, notif= ying clients all the times something changes, and repeating path-computatio= n as needed, isn't better for a client (and provider) to ask what is needed= when it's needed, and get the best result back at that moment ? Regarding the abstract link in the overlay topology, I still can't see what= the provider will advertise. If it's a new link representing the forwardin= g adjacency between A' and B', how it will be represented by the provider ? BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 2:48 PM To: Fatai Zhang >; Fran= cesco Lazzeri >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Francesco, Please, see in-line. Cheers, Igor The point here is for how long the provider should keep the computed path a= nd its request parameters IB>> As far as the provider is concerned, the requested path and its parame= ters is a TE tunnel (albeit computed but not provisioned). So it keeps the = state until the client removes the TE tunnel. (in fact if we want to have a possibly better path, at any change inside pr= ovider topology, resource status and usage, the provider should check if th= e computed path is still feasible and/or redo path computation to find a be= tter path). This could be an overhead, in my view. IB>> For example, if provider is to ensure the path's feasibility, all it n= eeds is to detect a change in a TE link the path is going through and make = sure that the change does not make the path unfeasible. Only in the latter= case the path re-computation needs to be scheduled and performed in a back= ground thread. Furthermore, I can't see how the provider could export the abstract TE-link= , as this is inside the client topology; IB>> The abstract link is a part of the abstract topology "cooked" (customi= zed) for the client, which is supported by the computed path in the underla= y topology, which is the provider's topology. in fact, if the client is asking for a path between A and B (A and B inside= provider topology), having A' (in client topology) connected to A and B' (= in client topology) connected to B, the relevant abstract TE link (the forw= arding adjacency) should be built between A' and B', that is in the client = topology; therefore the client should be in charge of managing it, as the p= rovider is not aware of A' and B'. IB>> This is correct, but note that the two topologies (underlay and overla= y) according to the TE topology model have independent and unrelated name s= paces for node, link and SRLG IDs. So it is perfectly Ok. IB>> Also note that according to TE topology model one important attribut= e of a TE node (especially abstract composite node) is connectivity matrix,= which is nothing but a set of stateful paths computed, re-computed and con= stantly monitored (but not reserved) over the TE topology the node encapsul= ates. This means that stateful unreserved paths play already a very import= ant part in supporting TE topologies with asymmetrical blocking abstract TE= nodes. Igor BR Francesco From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: 04 November, 2016 7:12 PM To: Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; TEAS WG= (teas@ietf.org) = >; pce@ietf.org Subject: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel-teas-y= ang-path-computation-00 Dieter, A client may ask for a path not to be used immediately (e.g. to present as = an abstract TE link to its own client, in some failure restoration scheme o= r as a part of disaster recovery network topology re-configuration) without= committing any network resources. In this case the client would want to kn= ow at least if/when the path has stopped being feasible any longer or (ide= ally) a better path is available. This is similar to exposing to a client an abstract TE topology with an unc= ommitted abstract TE link (i.e. TE link that does not have a committed TE t= unnel supporting it and advertises potentiality). Once such link is provide= d, the provider is expected to send updates when/if the TE link attributes = change. For uncommitted/potential TE link such updates could be provided ba= sed on event driven re-computation of the potentiality the TE link represen= ts. The point is that an uncommitted abstract TE link and COMPUTE_ONLY TE tunne= l can represent (each in its own way) the same network potentiality Cheers, Igor From: Dieter Beller [mailto:Dieter.Beller@nokia.com] Sent: Friday, November 04, 2016 1:49 PM To: Igor Bryskin Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Igor, could you please clarify how useful a stateful path without resource alloca= tion is. I can't see the benefits of this use case. Thanks, Dieter On 04.11.2016 14:25, Igor Bryskin wrote: Hi Dieter, A provider may compute path(s) for a TE tunnel, and then (without any resou= rce allocation) may start monitoring/ensuring the path validity/optimality = by re-computing them in an event driven manner. For example, it can trigger= the re-computation of the path(s) when detecting a change in a state of a = TE link the current path(s) are going through. Depending on the results ad= ditional notifications may be sent to the client. Note that this is in addition to the reasons you correctly identified for i= mplementing stateful path computation (such as compute_and_reserve). Cheers, Igor From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com] Sent: Thursday, November 03, 2016 6:27 PM To: Leeyoung Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi all, when we talk about the stateful path computation use case, it means IMHO th= at when a path has been calculated successfully in response to a request, a= new path object is created in the data store. This does only make sense if= the resources have been allocated in the TED of the PCE irrespective of th= e fact whether the connection along this path will be established right awa= y or at a later point in time. This will prevent further path computation r= equests from assuming that the resources are still available. As the TED of= the PCE also has to reflect the network state, I would assume that the net= work resources can be in one of the following three states: available, allo= catedButNotInUse, allocatedAndInUse. The path objects also need state info= rmation reflecting for example the alarm state of the allocated resources. = The path calculated earlier may become (temporarily) invalid due to a link = failure affecting the path. Does this make sense? Thanks, Dieter Sent from my tablet Leeyoung wrote: Igor, When you say "state", are you referring to the YANG datastore or some other= "interim" state of those paths that are calculated but not instantiated as= LSPs? If we were to update the YANG datastore for this, I would think that= we may have some issue when the customer decided not to instantiate the TE= tunnel (after the path compute request). Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 3:02 PM To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Young, >From the provider controller point of view COMPUTE_ONLY TE tunnels will hav= e exactly the same state as "normal" (COMPUTE_ADN_PROVISION) TE tunnels. Igor From: Leeyoung Sent: Thursday, November 03, 2016 3:42 PM To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Igor, In such case, would the YANG datastore be updated? I guess not. If not, the= n the system/controller has to keep this interim state, would it? Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Michael, You are exactly right. The purpose of the "compute-only" TE tunnel is to cr= eate/maintain the normal TE tunnel state and (re-)compute TE paths for the = TE tunnel connections/LSPs but not signal/provision the LSPs. Igor From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: Thursday, November 03, 2016 3:17 PM To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Isn't the intention of defining "compute-only tunnels" to create state in t= he controller, but not to signal them? If the tunnel should be signaled and= resources shall be allocated, why not just configure a vanilla tunnel? Use= s cases seem to exist for both variants, and both can be encoded in YANG. I= s there anything I miss here? Michael From: Leeyoung [mailto:leeyoung@huawei.com] Sent: Thursday, November 03, 2016 7:49 PM To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Hi Michael, I think I am with you on your point. If we use rpc, it is clear. On the oth= er hand, if we were to use "stateful compute-only" it seems that the system= /controller has to keep the state of the paths somewhere which is not YANG = datastore. My understanding is that YANG datastore is updated only when the= path is signaled and resource is allocated. Would this give the system/con= troller additional burden to keep the "interim" state? Young From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (N= okia - DE) Sent: Thursday, November 03, 2016 8:58 AM To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Maybe I miss something, but to me, the domain controller either computes a = path stateless, which can be modeled in YANG in an RPC. Or the domain contr= oller computes a path, stores state, and provides access to the result in t= he YANG datastore. In the latter case, whether resources are allocated, or = whether the NEs get actually provisioned, is an orthogonal question. As a side note, I am not sure of I would call a domain controller or an NMS= a PCE. Path computation is only a subset of the functions of a domain cont= roller. Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_91E3A1BD737FDF4FA14118387FF6766B156ABC28lhreml504mbs_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

    Hi Igor,

     

    Please see some commen= ts/questions in line below

     

    I think your last poin= t is very important and deserves further considerations

     

    Italo

     

    From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: venerd=EC 11 novembre 2016 15:43
    To: Francesco Lazzeri; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-= teas-yang-path-computation-00

     

    Hi Franseco,

     

    I probably didn’= t make myself clear. The two main points that I was trying to make are:

    1)&= nbsp;     Dijkstra does = not work on topologies with constrained/asymmetrical nodes;

    2)&= nbsp;     There will be = much more calls to PNCs that you seem to believe

     

    Imagine your algorithm= hit node N1 over link L1. PNC1 representing N1 is called and the response = says that the path can leave N1 over links L3, L4, L5 and L6. Suppose later= the algorithm reaches N1 again over link L2. Will you have to call PNC1 again? Sure, because now it returns th= e valid outbound links to be L3, L4, L7 and L8. Will you have to consider l= ink L8? Sure, it was not accounted yet. Will you have to consider link L3 a= gain? Sure, because you have not considered L2-L3 inbound/outbound link combination yet: L1-L3 internal (in= tra-node) path has different costs compared to L2-L3 internal path.

    The conclusions:<= /o:p>

    a)&= nbsp;     the algorithm = has to (re-)visit the same node multiple times;

    b)&= nbsp;     PNC will be ca= lled not only when the node first discovered (as you implied), but every ti= me the node is reached (which could be as many times as the number of links= it terminates);

    c)&= nbsp;      when the node = is represented by an MDSC, the entire sub-tree of MDSCs/PNCs will be called= hierarchically every time the MDSC in question is called, which may dramat= ically increase the number of calls to PNCs, the number of paths to be grown, the overall time of the path com= putation, etc. ;

    [Italo] I have the f= eeling that calculating how the number of path computation requests increas= es with the number of underlying PNCs highly depends on the logic implement= ed by the MDSC. A “smart” logic, as outlined in section 3.3 of the draft, could dramatically reduce this numbe= r.

     

    d)&= nbsp;     The biggest sc= alability issue is not even the number of times PNCs/MDSCs need to be calle= d – the amount of paths that need to be grown. Note that PNC needs to= return not just most optimal paths to all outbound links it can reach, rather, all possible such paths, so that e= nd-to-end path constraints could be met.

    [Italo] I do not ful= ly understand this point.

    IMHO, for a given en= d-to-end path setup, I think that the amount of information the MDSC needs = to get from its underlying PNCs, calculate the optimal multi-domain path, i= s exactly the same no matter whether it is get via path computation requests or via TE Topology information.

    The main difference = is that path computation allows the MDSC to request only the information it= needs when it needs.

    Instead, if only TE = Topology is used, the PNCs should provide “any” possible inform= ation the MDSC may ever need before it needs it, which is much more than wh= at is needed for a single end-to-end path setup.

     

    Other issues are (some= of them you mentioned below):

    a)&= nbsp;     how the algori= thm prefers a segment over domain1 over a segment over domain 2 when the me= trics are not normalized (apples and oranges)?

    b)&= nbsp;     how the algori= thm deals with independent/overlapping SRLGs in the domains?

    c)&= nbsp;      what if domain= s have independent overlapping name space for node and link IDs?=

    [Italo] Again I am a= bit confused.

    With path computatio= n, the path returned by the PNC and its characteristics (e.g., SRLG, node/l= ink IDs) are associated with a given TE Topology exposed by the PNC itself.= The MDSC shall be capable to deal with these issues otherwise also the TE Topology information will not be consis= tent.

    Am I missing anythin= g?

     

    In other words. what d= oes a path returned by a PNC even mean to MDSC?

     

    Furthermore, I disagre= e with what you said about node’s connectivity matrices because:=

    1)&= nbsp;     Several flavor= s of  matrices could be provided (e.g. one optimized by smallest cost = and another by shortest delay);

    [Italo] The requeste= d path will have several path constraints (latency, bandwidth, …): th= is is described in sections 3.1 and 3.2 of the draft. The set of possible p= ath constraints combinations is quite huge.

    2)&= nbsp;     Multiple intra= -node paths could be associated with the same inbound-outbound link combina= tion. Each such path will yield a separate vector of costs (summary TE cost= , delay, max. bandwidth, internal SRLGs, internal affinities) that could be compared against the MDSC’= s path computation constraints;

    3)&= nbsp;     Most important= ly, TE topology model allows for negotiation of exact connectivity matrices MDSC needs from PNCs. Suc= h negotiation could happen at any time, including before or even in the mid= dle of the path computation if the MDSC thinks the ones it has already are = not good or sufficient enough.

    [Italo] This seems a= n important and interesting point.

    Requesting a new nod= e’s connectivity matrix with the specific set of path constraints whe= n needed, looks to me like a form of requesting multiple path computations = between all the possible ingress/egress ports in “one shot”.  I think this is a possible solution to th= e problem we are trying to address so I think it deserves further considera= tions.

     

     

    Cheers,

    Igor  

     

     

    From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com]
    Sent: Thursday, November 10, 2016 5:28 PM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Igor, please see in= line.

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 10 November, 2016 8:53 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller = <Dieter.Beller@nokia.com&= gt;
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; TEAS WG (teas@ietf.org) <te= as@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,

     

    There are few issue= s with your logic, I think:

     

    1)  &nbs= p;   Nodes representing domains must be = considered as blocking/asymmetrical nodes. Dijkstra assumes symmetrical nod= es; so the “idea is to run Dijkstra on the MDSC abstract topology and= trigger a path computation to the relevant PNCs as soon as a node representing a domain is found” is questionab= le to begin with;

    [FL] Of course ther= e are far more details than the ones included in my e-mail (long enough I t= hink). One of these is that, of course, for each path returned by the PNC a= lso the relevant metrics and delay shall be returned. These, and also NO-PATH information if some connectivity is n= ot possible, will be used by MDSC during path computation;  metrics an= d delay shall be added to the currently computed ones, or if no path is fou= nd towards a certain inter-domain link, no propagation will occur on that link; this compensates the blocking/asym= metrical characteristics of the node-domains.

    2)  &nbs= p;   What happens if the algorithm finds= a node represented not by a PNC, but by another (lower hierarchy level) MD= SC?

    [FL] Nothing differ= ent from a PNC I believe. As far as MDSC can compute paths as a PNC does an= d return them to the higher level MDSC, I can’t see any difference.

    3)  &nbs= p;   Assume you want to compute a single= path on a 20-domain topology originating in domain 1 and terminating in, s= ay, domain17. I don’t think you have much choice but:

    a)       request PNC 1 to compute all possib= le (not just optional) paths from the path source to all domain 1 inter-dom= ain links;

    b)      request all neighboring PNCs to = 220;grow” all the computed paths over inter-domain links into the dom= ains up to their respective outbound inter-domain links with potentially si= gnificant increase in the number of successful paths;

    c)       repeat step b) until the paths reac= h the destination (17th) domain;

    d)      grow the paths until they hit the p= ath computation destination;

    e)      select the most optimal path

     

    I hope you agree th= at this is a lot of computations.

    [FL] Well, maybe &#= 8220;a lot”, but not exponentially growing with the number of domains= and inter-domain links. That was the point of my previous e-mail. Then we = can decide we have too many messages around, but I believe we first need some criteria to understand what “a lot̶= 1; or “too many” means.

     

    I also hope you agr= ee that computing such path on a single 20 node topology equipped with node= detailed connectivity matrices is instantaneous;

    [FL] Yes, istantane= ous, but, in general, wrong as far as the connectivity matrices don’t= reflect the actual request parameters. Think about a request asking for a = path with some affinity constraint, for example. Affinities are 32 bits values; you can ask to include/exclude links in 3 d= ifferent ways, specifying for each one any of the 2^32 affinity combination= s. Results of the path computation can be completely different depending on= the affinity value and include/exlcude options. In theory to cope with just the affinity constraint we should cre= ate L*(L-1)/2 * 3 * 2^32 paths per domain. And we still have to combine thi= s (that is multiply) with all the other constraints.

    Maybe we could reno= unce to some constraints and limit the flexibility of path computation. In = my view this is the only way to make the connectivity matrix method a littl= e bit more appealing. But I still have dubts even with “essential” parameters like just bandwidth and= objective functions.

     

    4)  &nbs= p;   Computing diverse paths as two sing= le path computations with the topology transformation in between does not a= pply here: the paths may go through the same and/or different domains whose= internal topologies are not known (hence there is nothing to transform);

    [FL] I agree that h= ere the problem is more complex than in a single domain. I didn’t do = tests yet on this, but I assume that a PNC should give also the possibility= to ask for a path in diversity from another path. So when the second path computation crosses the result of the first = one in the same domain, we should ask the relevant PNC for a path computati= on in diversity from the previous path (possibly using the XRO mechanism) i= n order to be guaranteed that even though the same domain is used, the two paths are still diverse (PNC can g= uarantee that; if no diverse path is found, we should try and manage the of= fending domain as the offending links in bhandari algorithm, chasing them o= ut from the solution).

    5)  &nbs= p;   Computing a connectivity matrix on = a known (fully visible) topology is simple (as you said, could be done in a= single run) and also could be easily distributed between several path comp= uters to produce/support several flavors of said matrix (e.g. differently optimized). Each matrix entry may be asso= ciated with one or more intra-node paths and provide to the MDSC various me= trics, like delay, cost, max. bandwidth, SRLGs)  It could be done in b= ackground when the path computers have nothing else to do (which is most of the time).

    [FL] As said above,= the point here is that you don’t know the request parameters yet. An= d I do believe that in order to compute matrices suitable for the purpose, = either you have to compute (and store, and maintain) too many of them, or you have to reduce too much the complexity = of the problem to be solved.

     

    Cheers,<= /span>

    Igor

     

     

     

     

    From: Teas [ma= ilto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Thursday, November 10, 2016 12:39 PM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Igor,

    it seems to me that= the number of path computations should grow polinomially and not esponenti= ally with the number of domains and inter-domain links.

    Here it is some con= sideration about that, and correct me if I am wrong.

     

    Assume that the dom= ains are abstracted on MDSC as nodes, and assume we have a network of domai= ns only (adding “normal” nodes doesn’t affect the proposi= tion).

    The idea is to run = Dijkstra on the MDSC abstract topology and trigger a path computation to th= e relevant PNCs as soon as a node representing a domain is found.

    The abstract topolo= gy on MDSC will be a network with a number of nodes equal to the number of = domains and a number of links equal to the inter-domain links.

    If we run the Dijks= tra algorithm to compute an end-to-end path on that topology the complexity= of it, which is related to the number of relaxation steps, is polinomial a= s you know. So the number of requests going down to the different PNCs must be polinomial as well.

    Take also into acco= unt that Dijkstra is normally used to find the shortest path between two en= d-points in the network, but actually the algorithm is capable to find in a= single run (with the same complexity) the shortest path between a given node and any other node in the network. =

    This should suggest= to make the best of this property and foresee in the protocol/model a sing= le request capable to return all the suitable paths from a given source to = all the other nodes (or to a selected set of nodes, namely the exit nodes connected to the inter-domain links). = In that way we should have one request per domain, to feed the relaxation s= teps between one ingress point of the domain and all the points connected t= o inter-domain links.

    In the standard Dij= kstra one domain/node will be traversed (that is will generate relaxation s= teps to its links) at most once, as any other relaxation step passing throu= gh it eventually will be stopped once the node has been visited. So, with this method, in the very worst case (w= hen the best path is the Hamiltonian path, the one traversing all the nodes= once) we’ll have a number of requests to the PNCs equal to the numbe= r of PNCs (one per PNC).

    If instead we use n= ormal point-to point path computations, we should ask L-1 path computations= to each PNC, where L is the number of inter-domain links connected to the = domain managed by the PNC, which is still polinomial in the number of domains and inter-domain links.

     

    Regarding path comp= utation for paths in diversity, it should be still polinomial, as if you us= e for example the Bhandari algorithm to do so, you see that it’s actu= ally a sequence of two Dijkstra path computations plus some network transformation in between (modification of some link wei= ghts). The first instance is a traditional path computation, while the seco= nd one is a modified version allowing negative costs on the edges, but stil= l polinomial. So once again the result should still be polinomial and the number of request shouldn’= t diverge.

     

    Now, something abou= t the other approach mentioned in your e-mail, which implies computing all = the possible paths inside any domain in advance.

    It is polinomial as= well, but with a higher number of path computations, as for any domain in = the network you have to compute L(L-1)/2 paths.

    Of course, you̵= 7;ll say, this happens once and not at any path computation. That’s t= rue, but :

     

    -   = ;       As soon as network get increasingly= used, the computed paths could become invalid. So you need to recompute th= em as needed and advertise all the changes

    -   = ;       You perform a path computation R= 20;in advance”, that is before the actual request is done, and theref= ore PNC cannot be aware of the future requirements in term of bandwidth, ob= jective functions, constraints and so on. Computed paths will not be suitable in general for all the future requests, and of = course it’s not conceivable to compute those paths for all the possib= le combinations of the request parameters (this should grow esponentially!)=

     

    Something that I wo= uld like to investigate further is the possibility for the MDSC to store th= e results of the path computations  returned by the PNCs along the tim= e and reuse them as applicable during the future path computations.

    At the end of the d= ay this is something similar to the connectivity matrix concept, with two m= ain differences:

     

    -   = ;       It’s built incrementally from= real requests and therefore with real parameters

    -   = ;       It’s build by MDSC and mainta= ined inside MDSC, no need for notifications.

     

    BR

    Francesco

     

     

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 10 November, 2016 5:15 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller = <Dieter.Beller@nokia.com&= gt;
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; TEAS WG (teas@ietf.org) <te= as@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Franseco,

     

    We have discussed with= Italo the applicability of path computation service for multi-domain scena= rios and agreed (at least my impression) that this realistically works for = no more than two or three domains. For a single e2e path computation the number of paths MDSC needs to request fr= om PNCs grows exponentially with the number of domains and the number of in= ter-domain links. The things get worse when MDSC needs to compute e2e diver= se (e.g. SRLG-disjoint) paths for a single e2e protected service  and still worse when MDSC needs to pl= ace more than one e2e services with global optimization criteria in mind. T= hings get still much worse when MDSCs are linked into a hierarchy, and path= computation services will have to be requested vertically through entire hierarchy from all subordinate MDSCs a= nd PNCs

     

    Please, see further in= line.

     

    Igor=

     

     

    From: Teas [ma= ilto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Thursday, November 10, 2016 5:02 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Igor,

    I assumed in fact a= multi-domain ACTN scenario, as stated in the abstract of draft-busibel-tea= s-yang-path-computation-00, where I believe we have the most interesting us= e cases for path computation services. I believe we should consider all of these, as the same model shall be used= both for single and multi-domain scenarios.

    Regarding path comp= utation on MDSC: in an ideal world MDSC could read topology from PNCs and c= ompute itself end-to-end paths but there are cases where this could be eith= er impossible or not convenient:

     

    -   = ;       For some reasons (e.g. security/pri= vacy) the PNC doesn’t export full topology information to the MDSC, s= o that such information is not suitable for a path computation on MDSC=

     

    IB>> No one expects PNC to export full topology inf= ormation, it is likely to contain proprietary information and hence useless= for the MDSC anyway. PNC is expected to expose an abstract TE topology, which could be as small as a single TE node with = detailed connectivity matrix;

     

    -   = ;       For some reasons (e.g. scalability)= MDSC doesn’t want to get full topology information from the subtende= d domains

    IB>> See comment above;

     

    -   = ;       For some reasons (e.g. lack of know= ledge about the internal model of the equipment managed by the PNC : especi= ally in WDM networks) MDSC is not capable to cumpute reliably a feasible pa= th in a domain

    IB>> This is not a concern: all the necessary compu= tations are done already by PNCs when exposing and updating the abstract TE= topologies.

     

    IB>> Furthermore, according to ACTN MDSCs could be = linked in a hierarchy. This means that for a top level MDSC e2e path comput= ation, the path computation services need to be requested hierarchically from all subordinate MDSCs and PNCs acr= oss all hierarchy levels. In contrast, multi-level abstraction of TE topolo= gies is not a problem

     

    BR

    Francesco

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 8:33 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller = <Dieter.Beller@nokia.com&= gt;
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; TEAS WG (teas@ietf.org) <te= as@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,

     

    Please, note that t= he context of this discussion is single domain. In my opinion MDSC  sh= ould not rely on the Path computation services (stateless or stateful) prov= ided by PNCs, rather, on its own path computation on TE topology, the product of  merging of abstract TE topologies cat= ered by the subordinate PNCs. And BTW said abstract TE topologies should be= kept up-to-date by the PNCs (i.e. with updates, stateful).

     

    Igor

     

     

     

    From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Wednesday, November 09, 2016 12:42 PM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.or= g; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (    teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.i= etf.org/html/draft-busibel-teas-yang-path-computation-00

     

    Well, I know implem= entations of both the “flavours”, and I would say that the most= complex are the pre-planned ones.

    So, it could be an = interesting use case, but we need to be aware that it comes with a price.

    Take also into acco= unt that the path recomputation inside the provider could not necessarily o= ffer an optimal solution end-to-end, and the client (the MDSC actually) sho= uld anyway check whether the end-to-end path, when a change happens on a segment, is still in compliance with its = constraints (e.g. if there is a latency constraint on the end-to-end path, = it may happen that the recomputed segment has a longer latency that leads t= o exceeding the constraint on the end to end path : but the provider only sees that single segment of the en= d-to-end path and taking into account the end-to-end constraints could be r= eally difficult).

     

    Regarding the TE-li= nk, I was actually interested on what the provider (that is the PNC) advert= ises to the client (MDSC) when reservation occurs. It cannot advertise A= 217;B’ as it knows only A and B, but advertising AB seems to me not correct.

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 4:56 PM
    To: Francesco Lazzeri <    francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,<= /span>

     

    Please, see in-line.

     

    Igor=

     

     

     

    From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Wednesday, November 09, 2016 10:27 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.or= g; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (    teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.i= etf.org/html/draft-busibel-teas-yang-path-computation-00

     

    Igor,

     

    1)  &nbs= p;   IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn’t better for= a client (and provider) to ask what is needed when it’s needed, and get the best result back at that moment= ?

    IB>> What happens it the provider at this moment says: R= 20; No, I have nothing for you” ?  What if the path was relied u= pon by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

       &= nbsp;   FL>> Probably the same in case the provider notifie= s “Hey, I have no longer anything for you”.

     

    IB>> But this would = be a bit too late, wouldn’t it? Wouldn’t it be better if the cl= ient has learnt about the previously returned path unfeasibility ahead of t= ime, so that it could re-plan it’s failure recovery scheme?

     

    If there is no (mor= e) path, there is no path. The client could only try and crankback looking = for some different path or report an alarm.

     

    IB>> Relying on cran= kbaks in an unpredictable way is not exactly a good solution, right?

     

    The scenario that s= eems more applicable to your proposal is a pre-planned restoration mechanis= m where we have a worker path in-service and a protection path just compute= d (but not reserving network resources, in order to share them among several protection paths), in a multi-domain = network. In that case, reserving te-tunnels like you suggest, could give an= advantage, as the end-to-end cranckback could occur when the notification = with “no-path” is triggered by the provider (that means the protection path or some of its segments is no lon= ger valid) and not when the path deployment is triggered by the client (tha= t means the worker path is gone and we need the protection immediately). Is= this the case you are considering ?

     

    IB>> Exactly. All th= e scenarios you can think of where you don’t know when and where a pr= oblem may happen and you want to maintain flexibility and share the network= resources to protect as much as you can

     

    In other cases, as = when used during an end-to-end path computation with immediate deployment t= o reduce the possibility of conflicts among concurrent procedures, it seems= to me less important or applicable, as all these procedures will likely be orchestrated by the same entity, wh= ich could well avoid conflicts.

     

    IB>> All cases where= the provider wants to expose a potentiality without committing resources t= o cover for the client multiple use cases and provide at the same time some= degree (albeit not perfect) predictability.

     

     <= /o:p>

    2)  &nbs= p;   Regarding the abstract link in the = overlay topology, I still can’t see what the provider will advertise.= If it’s a new link representing the forwarding adjacency between A&#= 8217; and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link AR= 17;B’ points to the underlay (provider) TE topology where the path is= computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

    FL>> This means that the provider just sends the reply to t= he path computation request and doesn’t advertise any new TE link to = the client ? This is actually what I would expect: the task to manage TE-links in the overlay topology is with the client.

     

    IB>> Overlay TE topology manager advertises a TE link that is supp= orted not by a provisioned in a server layer TE tunnel (connection), rather= , by a computed and monitored path. This way the overlay TE topology manger can advertise multiple abstract TE links ma= pped onto the same network resources 

     

    Francesco

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 3:47 PM
    To: Francesco Lazzeri <    francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,<= /span>

     

    1)  &nbs= p;   IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn’t better for= a client (and provider) to ask what is needed when it’s needed, and get the best result back at that moment= ?

    IB>> What happens it the provider at this moment says: R= 20; No, I have nothing for you” ?  What if the path was relied u= pon by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

     <= /o:p>

     <= /o:p>

    2)  &nbs= p;   Regarding the abstract link in the = overlay topology, I still can’t see what the provider will advertise.= If it’s a new link representing the forwarding adjacency between A&#= 8217; and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link AR= 17;B’ points to the underlay (provider) TE topology where the path is= computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

     

     

    Igor

     

     

    From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.co= m]
    Sent: Wednesday, November 09, 2016 9:26 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.or= g; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (    teas@ietf.org)
    Subject: RE: [mpls] http://tools.ietf.org= /html/draft-busibel-teas-yang-path-computation-00

     

    Igor,

    IMHO simplicity pay= s back. Instead than maintaining all these states, notifying clients all th= e times something changes, and repeating path-computation as needed, isn= 217;t better for a client (and provider) to ask what is needed when it’s needed, and get the best result back at= that moment ?

    Regarding the abstr= act link in the overlay topology, I still can’t see what the provider= will advertise. If it’s a new link representing the forwarding adjac= ency between A’ and B’, how it will be represented by the provider ?

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 2:48 PM
    To: Fatai Zhang <    = zhangfatai@huawei.com>; Francesco L= azzeri <frances= co.lazzeri@ericsson.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Hi Francesco,

     <= /o:p>

    Please, see in-line= .

     <= /o:p>

    Cheers,=

    Igor

     <= /o:p>

    The point here is f= or how long the provider should keep the computed path and its request para= meters

     <= /o:p>

    IB>> As far as t= he provider is concerned, the requested path and its parameters is a TE tun= nel (albeit computed but not provisioned). So it keeps the state until the = client removes the TE tunnel.

     <= /o:p>

    (in fact if we want= to have a possibly better path, at any change inside provider topology, re= source status and usage, the provider should check if the computed path is = still feasible and/or redo path computation to find a better path). This could be an overhead, in my view.=

     <= /o:p>

    IB>> For example= , if provider is to ensure the path’s feasibility, all it needs is to= detect a change in a TE link the path is going through and make sure that = the  change does not make the path unfeasible. Only in the latter case the path re-computation needs to be scheduled and perfo= rmed in a background thread.

     <= /o:p>

    Furthermore, I can&= #8217;t see how the provider could export the abstract TE-link, as this is = inside the client topology;

    IB>> The abstrac= t link is a part of the abstract topology “cooked” (customized)= for the client, which is supported by the computed path in the underlay to= pology, which is the provider’s topology.

     <= /o:p>

    in fact, if the cli= ent is asking for a path between A and B (A and B inside provider topology)= , having A’ (in client topology) connected to A and B’ (in clie= nt topology) connected to B, the relevant abstract TE link (the forwarding adjacency) should be built between A’ and B&= #8217;, that is in the client topology; therefore the client should be in c= harge of managing it, as the provider is not aware of A’ and B’= .

     <= /o:p>

    IB>> This is cor= rect, but note that the two topologies (underlay and overlay) according to = the TE topology model have independent and unrelated name spaces for node, = link and SRLG IDs. So it is perfectly Ok.

     

    IB>> Also note t= hat according  to TE topology model  one important attribute of a= TE node (especially abstract composite node) is connectivity matrix, which is nothing but a set of stateful paths computed, re-computed and c= onstantly monitored (but not reserved) over the TE topology the node encaps= ulates.  This means that stateful unreserved paths play already a very imp= ortant part in supporting TE topologies with asymmetrical blocking abstract= TE nodes.

     

    Igor

     <= /o:p>

     <= /o:p>

     <= /o:p>

     <= /o:p>

    BR

    Francesco

     <= /o:p>

    From:= CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: 04 November, 2016 7:12 PM
    To: Dieter Beller <    Dieter.Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; TEAS WG (teas@ietf.org) <tea= s@ietf.org>; pce@ietf.org
    Subject: Re: [CCAMP] [mpls]     http://tools.ietf.org/htm= l/draft-busibel-teas-yang-path-computation-00

     

    Dieter,

     

    A client may ask for a= path not to be used immediately (e.g. to present as an abstract TE link to= its own client, in some failure restoration scheme or as a part of disaste= r recovery network topology re-configuration) without committing any network resources. In this case the client would wa= nt to know at least  if/when the path has stopped being feasible any l= onger or (ideally) a better path is available.

     

    This is similar to exp= osing to a client an abstract TE topology with an uncommitted abstract TE l= ink (i.e. TE link that does not have a committed TE tunnel supporting it an= d advertises potentiality). Once such link is provided, the provider is expected to send updates when/if the TE = link attributes change. For uncommitted/potential TE link such updates coul= d be provided based on event driven re-computation of the potentiality the = TE link represents.

    The point is that an u= ncommitted abstract TE link and COMPUTE_ONLY TE tunnel can represent (each = in its own way) the same network potentiality

     

    Cheers,

    Igor=

     

     

     

    From: Dieter Beller [mailto:Dieter.Beller@nokia.com]
    Sent: Friday, November 04, 2016 1:49 PM
    To: Igor Bryskin
    Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org    ); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif";color:windowtext">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls]     http://tools.ietf.org= /html/draft-busibel-teas-yang-path-computation-00

     

    Hi Igor,

    could you please clarify how useful a stateful path without resource all= ocation is. I can't see the benefits of this use case.


    Thanks,
    Dieter

    On 04.11.2016 14:25, Igor Bryskin wrote:<= /p>

    Hi Dieter,=

     

    A provider may compute= path(s) for a TE tunnel, and then (without any resource allocation) may st= art monitoring/ensuring the path validity/optimality by re-computing them i= n an event driven manner. For example, it can trigger the re-computation of the path(s) when detecting a change i= n a state of a TE link the current path(s) are going through.  Dependi= ng on the results additional notifications may be sent to the client.

     

    Note that this is in a= ddition to the reasons you correctly identified for implementing stateful p= ath computation (such as compute_and_reserve).

     

    Cheers,

    Igor=

     

     

    From: Beller, = Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com]
    Sent: Thursday, November 03, 2016 6:27 PM
    To: Leeyoung
    Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (    ccamp@ietf.org<= /span>); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls]     http://tools.ietf.org= /html/draft-busibel-teas-yang-path-computation-00

     

    Hi all, 
     
    when we talk about the stateful path computation use case,=
 it means IMHO that when a path has been calculated successfully in respons=
e to a request, a new path object is created in the data store. This does o=
nly make sense if the resources have been allocated in the TED of the PCE i=
rrespective of the fact whether the connection along this path will be esta=
blished right away or at a later point in time. This will prevent further p=
ath computation requests from assuming that the resources are still availab=
le. As the TED of the PCE also has to reflect the network state, I would as=
sume that the network resources can be in one of the following three states=
: available, allocatedButNotInUse,  allocatedAndInUse. The path object=
s also need state information reflecting for example the alarm state of the=
 allocated resources. The path calculated earlier may become (temporarily) =
invalid due to a link failure affecting the path. 
     
    Does this make sense? 
     
     
    Thanks, 
    Dieter
     
    Sent from my tablet
     
    Leeyoung <leeyoung@huawei.com> wrote:
     

    Igor,

     

    When you say “st= ate”, are you referring to the YANG datastore or some other “in= terim” state of those paths that are calculated but not instantiated = as LSPs? If we were to update the YANG datastore for this, I would think that we may have some issue when the customer decided not to i= nstantiate the TE tunnel (after the path compute request).

     

    Thanks.

    Young

     

     

    From: Igor Bry= skin
    Sent: Thursday, November 03, 2016 3:02 PM
    To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Young,

     

    From the provider cont= roller point of view COMPUTE_ONLY TE tunnels will have exactly the same sta= te as “normal” (COMPUTE_ADN_PROVISION) TE tunnels.<= /o:p>

     

    Igor=

     

    From: Leeyoung
    Sent: Thursday, November 03, 2016 3:42 PM
    To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (    ccamp@ietf.org<= /span>); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Igor,

     

    In such case, would th= e YANG datastore be updated? I guess not. If not, then the system/controlle= r has to keep this interim state, would it?

     

    Thanks.

    Young

     

    From: Igor Bry= skin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Michael,

    You are exactly right.= The purpose of the “compute-only” TE tunnel is to create/maint= ain the normal TE tunnel state and (re-)compute TE paths for the TE tunnel = connections/LSPs but not signal/provision the LSPs.

     

    Igor=

     

    From: Scharf, = Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: Thursday, November 03, 2016 3:17 PM
    To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Isn’t the intent= ion of defining „compute-only tunnels“ to create state in the c= ontroller, but not to signal them? If the tunnel should be signaled and res= ources shall be allocated, why not just configure a vanilla tunnel? Uses cases seem to exist for both variants, and both can be encode= d in YANG. Is there anything I miss here?

     

    Michael

     

     

    From: Leeyoung [mailto:leeyoung@huawei.com]
    Sent: Thursday, November 03, 2016 7:49 PM
    To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; = CCAMP (    cca= mp@ietf.org); pce@ietf.org= ; TEAS WG (teas@ietf.org); mpls@ietf.o= rg
    Subject: RE:     http://tools.iet= f.org/html/draft-busibel-teas-yang-path-computation-00

     

    Hi Michael,

     

    I think I am with you = on your point. If we use rpc, it is clear. On the other hand, if we were to= use “stateful compute-only” it seems that the system/controlle= r has to keep the state of the paths somewhere which is not YANG datastore. My understanding is that YANG datastore is updated = only when the path is signaled and resource is allocated. Would this give t= he system/controller additional burden to keep the “interim” st= ate?

     

    Young

     

    From: CCAMP [<= /span>mailto:ccamp-bo= unces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
    Sent: Thursday, November 03, 2016 8:58 AM
    To: Daniele Ceccarelli; Igor Bryskin; CCAMP (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (    teas@ietf.org); mpls@ietf.org
    Subject: Re: [CCAMP]     http://tools.ietf.or= g/html/draft-busibel-teas-yang-path-computation-00

     

    Maybe I miss something= , but to me, the domain controller either computes a path stateless, which = can be modeled in YANG in an RPC. Or the domain controller computes a path,= stores state, and provides access to the result in the YANG datastore. In the latter case, whether resources ar= e allocated, or whether the NEs get actually provisioned, is an orthogonal = question.

     

    As a side note, I am n= ot sure of I would call a domain controller or an NMS a PCE. Path computati= on is only a subset of the functions of a domain controller.

     

    Michael

     

     

     

    From: Daniele = Ceccarelli [mailto:daniele.ceccarelli@ericsson.com]
    Sent: Thursday, November 03, 2016 2:49 PM
    To: Scharf, Michael     (Nokia - DE); Igo= r Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org= ; TEAS WG (teas@ietf.org); mpls@ietf.o= rg
    Subject: RE:     http://tools.iet= f.org/html/draft-busibel-teas-yang-path-computation-00

     

    Can you please explain what the “stateful comp= ute-only” stands for I don’t understand what is stateful in a p= ath computation request only.

    IMHO either I ask the PCE (SDN controller, NMS, what= ever) to compute a path and then forget about it or I ask to compute and pr= ovision it. I don’t understand the value of asking for it and remembe= ring about it.

     

    BR
    Daniele 

     

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: gioved=EC 3 novembre 2016 14:45
    To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    We have discussed this= before. From an implementer’s perspective, the two clean solutions t= o the problem seem to either stateful „compute-only“ tunnels or= a stateless RPC.

     

    Michael

     

     

    From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Daniele Ceccarelli; CCAMP (    ccamp@ietf.org); pce@ietf.org= ; TEAS WG (teas@ietf.org); mpls@ietf.o= rg
    Subject: [ALU] [mpls]    http://t= ools.ietf.org/html/draft-busibel-teas-yang-path-computation-00

     

    Hi,<= /p>

     

    From the draft:=

     

    6. =    YANG Model for requesting Path Computation

     

     

      = ; Work on extending the TE Tunnel YANG model to support the need to<= o:p>

      = ; request path computation has recently started also in the context of

      = ; the [T= E-TUNNEL] draft.

     

      = ; It is possible to request path computation by configuring a

      = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

      = ; LSP(s) Record-Route Object (RRO) list as described in [T= E-TUNNEL].

     

      = ; This is a stateful solution since the state of each created

      = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

      = ; underlying network conditions change.

     

      = ; The need also for a stateless solution, based on an RPC, has been<= o:p>

      = ; recognized.

     

     

      = ; The YANG model to support stateless RPC is for further study.=

     

     

     

     

     

    IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

     

    Cheers,

    Igor

     

     

     

     

     

     

     

     

     

    --_000_91E3A1BD737FDF4FA14118387FF6766B156ABC28lhreml504mbs_-- From nobody Fri Nov 11 10:56:29 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id BDB85127A91; Fri, 11 Nov 2016 10:56:05 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.707 X-Spam-Level: X-Spam-Status: No, score=-5.707 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001, T_KAM_HTML_FONT_INVALID=0.01] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id T6lbTJhbnVVN; Fri, 11 Nov 2016 10:55:57 -0800 (PST) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 607B8129C60; Fri, 11 Nov 2016 10:55:55 -0800 (PST) Received: from 172.18.7.190 (EHLO lhreml705-cah.china.huawei.com) ([172.18.7.190]) by lhrrg01-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id DAF03545; Fri, 11 Nov 2016 18:55:52 +0000 (GMT) Received: from DFWEML702-CAH.china.huawei.com (10.193.5.176) by lhreml705-cah.china.huawei.com (10.201.5.168) with Microsoft SMTP Server (TLS) id 14.3.235.1; Fri, 11 Nov 2016 18:55:51 +0000 Received: from DFWEML501-MBX.china.huawei.com ([10.193.5.178]) by dfweml702-cah.china.huawei.com ([10.193.5.176]) with mapi id 14.03.0235.001; Fri, 11 Nov 2016 10:55:42 -0800 From: Igor Bryskin To: Francesco Lazzeri , Fatai Zhang , Dieter Beller Thread-Topic: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 Thread-Index: AQHSNdbxqovpH1S/M0ui/wYWAHL6uaDHupQAgAABPgCAAAJUAIAAUW6AgAAHrQD//43VoIAAeTWA//+O+kCAAHmIAIAAJcgAgACAujCAAMOrgP//jARQAJSqJ4AAZ2q+AAAKEkOA///2foCAAIT9oP//jDMAgACEpnD//6EMgIAAaaTAgACoN4CAACdXUIAAWDYAgAB43DD//9f5gP//iVnA//5oJoD//UMEcA== Date: Fri, 11 Nov 2016 18:55:41 +0000 Message-ID: <0C72C38E7EBC34499E8A9E7DD007863908F0FF7B@dfweml501-mbx> References: <0C72C38E7EBC34499E8A9E7DD007863908F0FE8D@dfweml501-mbx> In-Reply-To: Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.212.254.206] Content-Type: multipart/alternative; boundary="_000_0C72C38E7EBC34499E8A9E7DD007863908F0FF7Bdfweml501mbx_" MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A020203.58261439.0161, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: bee9e4788904c3a2f3d547c3eaf515ee Archived-At: Cc: "mpls@ietf.org" , "CCAMP \(ccamp@ietf.org\)" , "Scharf, Michael \(Nokia - DE\)" , "pce@ietf.org" , "TEAS WG \(teas@ietf.org\)" Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 11 Nov 2016 18:56:06 -0000 --_000_0C72C38E7EBC34499E8A9E7DD007863908F0FF7Bdfweml501mbx_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Fransesco, Please, see in-line. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Friday, November 11, 2016 10:43 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pc= e@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, I know that "pure" Dijkstra actually cannot be used (in most cases) and use= d it for brevity. Constrained Dijkstra and derivative algorithms that are a= ctually used relax some of the rules of Dijkstra without becoming exponenti= al for that. Think to a very worst case wher you ask for all the possible paths to all d= omains and then use this information for the MDSC path computation without = any further request. Assuming a network with N domains having L inter-domain links in mean, we m= ust ask N*L*(L-1)/2 paths around wich is still polinomial. Using Dijkstra i= n a single run, as mentioned, requests should become N*L. This is what I ex= pect as an upper bound to the number of calls to PNC. IB>> You assume you need a single mesh of intra-domain paths interconnectin= g L links terminated by a node/domain. This means one path per Lx/Ly link c= ombination. Assume that more than one path could be found connecting Lx to = Ly: one is most optimal (shortest), another longer but with a better delay = metric, other paths are worse but with different SRLGs, etc. MDSC needs to = know about all of them, because the e2e path made of shortest intra-domain = paths may fail e2e (e.g. max. delay) constraint or path diversity constrain= . So you need more paths to deal with than you assume. This actually is the method suggested by the draft, which seems to me reaso= nable (asking only when needed will save queries to the PNCs, but on the ot= her side asking all together in the beginning would allow to send requests = in parallel to different domains, which saves time; space for some further = consideration here). The other issues, even if notable, were not discusses so far and I rather f= ocus on the scalability problem. Anyway it seems to me that they affect any= possible solution to the multi-domain problem. About the connectivity matrices, it's my turn here for not having been suff= iciently clear. 1) Several flavors as you mention is not enough. I remember you the ex= ample of the affinities, but there are many others. They are not several, t= hey are billions. IB>> Sorry, this does not make any sense to me. Why would MDSC request affi= nity constraint from a PNC when: a) interpretation of affinities is different from domain to domain and= unknown to MDSC; b) affinities are attributes of internal TE links MDSC does not know ab= out. According to TE tunnel model, there is only so much client can specify when= requesting a service, less so that could be used as path computation reque= sts: layer, bandwidth, inclusions, exclusions, diversity, etc. 2) Multiple intra node paths : once again, how many? My point is that,= to cover all the possible actual requests they will become far too many to= be stored, maintained and notified to MDSC when a change occurs. IB>> Why? Let's say MDSC serves OTN layer 20 domain network. Assume that ea= ch domain exposes two connectivity matrices: one optimized by shortest cost= , another - by shortest delay. Assume that each matrix has an entry for eac= h Lx/Ly/ODUtype and is associated with 4 most optimal single intra-node pat= hs and 4 SRLG-diverse path pairs. Each path yields a vector of costs, inclu= ding summary TE metric, delay, SRLGs, etc. Give me an example in which this= would not be sufficient for MDSC? 3) Negotiation you are mentioning isn't a path computation request to = the PNC actually? It will happen all the times MDSC can't find a good path = for a domain, that is most of the times in the beginning; the MDSC will the= n request and store these new paths and it will have a higher probability e= ventually to find a suitable path already stored in its memory; but wait...= isn't that the incremental learning mechanism I have proposed few mails ag= o ? IB>> You are right, such negotiation is eventually a compound path computat= ion request, BUT: a) there is a guarantee that in the worst case scenario there will be = no more than 1 such request per computation per PNC/MDSC; b) All such requests could be requested simultaneously and independentl= y from all/some PNCs; c) There is a guarantee that said requests will not trigger the sub-tr= ee hierarchical avalanche of requests to inferior MDSCs/PNCs; d) Most importantly, these are stateful computations (here we go, we ar= e finishing where we started) - once requested they do not need to be (re-)= requested again. Only matrices that are missing at the moment have to be re= uested. Once provided they will stay and be automatically kept up-to-date u= ntil MDSC explicitly asks to remove them. There is a standard model and int= erface already for such negotiation Cheers Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 11 November, 2016 3:43 PM To: Francesco Lazzeri ; Fatai Zhang ; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) ; Scharf, Michael= (Nokia - DE) ; pce@ietf.org; TEAS WG (teas@ietf.= org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Franseco, I probably didn't make myself clear. The two main points that I was trying = to make are: 1) Dijkstra does not work on topologies with constrained/asymmetrical = nodes; 2) There will be much more calls to PNCs that you seem to believe Imagine your algorithm hit node N1 over link L1. PNC1 representing N1 is ca= lled and the response says that the path can leave N1 over links L3, L4, L5= and L6. Suppose later the algorithm reaches N1 again over link L2. Will yo= u have to call PNC1 again? Sure, because now it returns the valid outbound = links to be L3, L4, L7 and L8. Will you have to consider link L8? Sure, it = was not accounted yet. Will you have to consider link L3 again? Sure, becau= se you have not considered L2-L3 inbound/outbound link combination yet: L1-= L3 internal (intra-node) path has different costs compared to L2-L3 interna= l path. The conclusions: a) the algorithm has to (re-)visit the same node multiple times; b) PNC will be called not only when the node first discovered (as you = implied), but every time the node is reached (which could be as many times = as the number of links it terminates); c) when the node is represented by an MDSC, the entire sub-tree of MD= SCs/PNCs will be called hierarchically every time the MDSC in question is c= alled, which may dramatically increase the number of calls to PNCs, the num= ber of paths to be grown, the overall time of the path computation, etc. ; d) The biggest scalability issue is not even the number of times PNCs/= MDSCs need to be called - the amount of paths that need to be grown. Note t= hat PNC needs to return not just most optimal paths to all outbound links i= t can reach, rather, all possible such paths, so that end-to-end path const= raints could be met. Other issues are (some of them you mentioned below): a) how the algorithm prefers a segment over domain1 over a segment ov= er domain 2 when the metrics are not normalized (apples and oranges)? b) how the algorithm deals with independent/overlapping SRLGs in the d= omains? c) what if domains have independent overlapping name space for node a= nd link IDs? In other words. what does a path returned by a PNC even mean to MDSC? Furthermore, I disagree with what you said about node's connectivity matric= es because: 1) Several flavors of matrices could be provided (e.g. one optimized = by smallest cost and another by shortest delay); 2) Multiple intra-node paths could be associated with the same inbound= -outbound link combination. Each such path will yield a separate vector of = costs (summary TE cost, delay, max. bandwidth, internal SRLGs, internal aff= inities) that could be compared against the MDSC's path computation constra= ints; 3) Most importantly, TE topology model allows for negotiation of exact= connectivity matrices MDSC needs from PNCs. Such negotiation could happen = at any time, including before or even in the middle of the path computation= if the MDSC thinks the ones it has already are not good or sufficient enou= gh. Cheers, Igor From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com] Sent: Thursday, November 10, 2016 5:28 PM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Igor, please see inline. BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 10 November, 2016 8:53 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, There are few issues with your logic, I think: 1) Nodes representing domains must be considered as blocking/asymmetri= cal nodes. Dijkstra assumes symmetrical nodes; so the "idea is to run Dijks= tra on the MDSC abstract topology and trigger a path computation to the rel= evant PNCs as soon as a node representing a domain is found" is questionabl= e to begin with; [FL] Of course there are far more details than the ones included in my e-ma= il (long enough I think). One of these is that, of course, for each path re= turned by the PNC also the relevant metrics and delay shall be returned. Th= ese, and also NO-PATH information if some connectivity is not possible, wil= l be used by MDSC during path computation; metrics and delay shall be adde= d to the currently computed ones, or if no path is found towards a certain = inter-domain link, no propagation will occur on that link; this compensates= the blocking/asymmetrical characteristics of the node-domains. 2) What happens if the algorithm finds a node represented not by a PNC= , but by another (lower hierarchy level) MDSC? [FL] Nothing different from a PNC I believe. As far as MDSC can compute pat= hs as a PNC does and return them to the higher level MDSC, I can't see any = difference. 3) Assume you want to compute a single path on a 20-domain topology or= iginating in domain 1 and terminating in, say, domain17. I don't think you = have much choice but: a) request PNC 1 to compute all possible (not just optional) paths fr= om the path source to all domain 1 inter-domain links; b) request all neighboring PNCs to "grow" all the computed paths over = inter-domain links into the domains up to their respective outbound inter-d= omain links with potentially significant increase in the number of successf= ul paths; c) repeat step b) until the paths reach the destination (17th) domain= ; d) grow the paths until they hit the path computation destination; e) select the most optimal path I hope you agree that this is a lot of computations. [FL] Well, maybe "a lot", but not exponentially growing with the number of = domains and inter-domain links. That was the point of my previous e-mail. T= hen we can decide we have too many messages around, but I believe we first = need some criteria to understand what "a lot" or "too many" means. I also hope you agree that computing such path on a single 20 node topology= equipped with node detailed connectivity matrices is instantaneous; [FL] Yes, istantaneous, but, in general, wrong as far as the connectivity m= atrices don't reflect the actual request parameters. Think about a request = asking for a path with some affinity constraint, for example. Affinities ar= e 32 bits values; you can ask to include/exclude links in 3 different ways,= specifying for each one any of the 2^32 affinity combinations. Results of = the path computation can be completely different depending on the affinity = value and include/exlcude options. In theory to cope with just the affinity= constraint we should create L*(L-1)/2 * 3 * 2^32 paths per domain. And we = still have to combine this (that is multiply) with all the other constraint= s. Maybe we could renounce to some constraints and limit the flexibility of pa= th computation. In my view this is the only way to make the connectivity ma= trix method a little bit more appealing. But I still have dubts even with "= essential" parameters like just bandwidth and objective functions. 4) Computing diverse paths as two single path computations with the to= pology transformation in between does not apply here: the paths may go thro= ugh the same and/or different domains whose internal topologies are not kno= wn (hence there is nothing to transform); [FL] I agree that here the problem is more complex than in a single domain.= I didn't do tests yet on this, but I assume that a PNC should give also th= e possibility to ask for a path in diversity from another path. So when the= second path computation crosses the result of the first one in the same do= main, we should ask the relevant PNC for a path computation in diversity fr= om the previous path (possibly using the XRO mechanism) in order to be guar= anteed that even though the same domain is used, the two paths are still di= verse (PNC can guarantee that; if no diverse path is found, we should try a= nd manage the offending domain as the offending links in bhandari algorithm= , chasing them out from the solution). 5) Computing a connectivity matrix on a known (fully visible) topology= is simple (as you said, could be done in a single run) and also could be e= asily distributed between several path computers to produce/support several= flavors of said matrix (e.g. differently optimized). Each matrix entry may= be associated with one or more intra-node paths and provide to the MDSC va= rious metrics, like delay, cost, max. bandwidth, SRLGs) It could be done i= n background when the path computers have nothing else to do (which is most= of the time). [FL] As said above, the point here is that you don't know the request param= eters yet. And I do believe that in order to compute matrices suitable for = the purpose, either you have to compute (and store, and maintain) too many = of them, or you have to reduce too much the complexity of the problem to be= solved. Cheers, Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Thursday, November 10, 2016 12:39 PM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, it seems to me that the number of path computations should grow polinomiall= y and not esponentially with the number of domains and inter-domain links. Here it is some consideration about that, and correct me if I am wrong. Assume that the domains are abstracted on MDSC as nodes, and assume we have= a network of domains only (adding "normal" nodes doesn't affect the propos= ition). The idea is to run Dijkstra on the MDSC abstract topology and trigger a pat= h computation to the relevant PNCs as soon as a node representing a domain = is found. The abstract topology on MDSC will be a network with a number of nodes equa= l to the number of domains and a number of links equal to the inter-domain = links. If we run the Dijkstra algorithm to compute an end-to-end path on that topo= logy the complexity of it, which is related to the number of relaxation ste= ps, is polinomial as you know. So the number of requests going down to the = different PNCs must be polinomial as well. Take also into account that Dijkstra is normally used to find the shortest = path between two end-points in the network, but actually the algorithm is c= apable to find in a single run (with the same complexity) the shortest path= between a given node and any other node in the network. This should suggest to make the best of this property and foresee in the pr= otocol/model a single request capable to return all the suitable paths from= a given source to all the other nodes (or to a selected set of nodes, name= ly the exit nodes connected to the inter-domain links). In that way we shou= ld have one request per domain, to feed the relaxation steps between one in= gress point of the domain and all the points connected to inter-domain link= s. In the standard Dijkstra one domain/node will be traversed (that is will ge= nerate relaxation steps to its links) at most once, as any other relaxation= step passing through it eventually will be stopped once the node has been = visited. So, with this method, in the very worst case (when the best path i= s the Hamiltonian path, the one traversing all the nodes once) we'll have a= number of requests to the PNCs equal to the number of PNCs (one per PNC). If instead we use normal point-to point path computations, we should ask L-= 1 path computations to each PNC, where L is the number of inter-domain link= s connected to the domain managed by the PNC, which is still polinomial in = the number of domains and inter-domain links. Regarding path computation for paths in diversity, it should be still polin= omial, as if you use for example the Bhandari algorithm to do so, you see t= hat it's actually a sequence of two Dijkstra path computations plus some ne= twork transformation in between (modification of some link weights). The fi= rst instance is a traditional path computation, while the second one is a m= odified version allowing negative costs on the edges, but still polinomial.= So once again the result should still be polinomial and the number of requ= est shouldn't diverge. Now, something about the other approach mentioned in your e-mail, which imp= lies computing all the possible paths inside any domain in advance. It is polinomial as well, but with a higher number of path computations, as= for any domain in the network you have to compute L(L-1)/2 paths. Of course, you'll say, this happens once and not at any path computation. T= hat's true, but : - As soon as network get increasingly used, the computed paths cou= ld become invalid. So you need to recompute them as needed and advertise al= l the changes - You perform a path computation "in advance", that is before the = actual request is done, and therefore PNC cannot be aware of the future req= uirements in term of bandwidth, objective functions, constraints and so on.= Computed paths will not be suitable in general for all the future requests= , and of course it's not conceivable to compute those paths for all the pos= sible combinations of the request parameters (this should grow esponentiall= y!) Something that I would like to investigate further is the possibility for t= he MDSC to store the results of the path computations returned by the PNCs= along the time and reuse them as applicable during the future path computa= tions. At the end of the day this is something similar to the connectivity matrix = concept, with two main differences: - It's built incrementally from real requests and therefore with r= eal parameters - It's build by MDSC and maintained inside MDSC, no need for notif= ications. BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 10 November, 2016 5:15 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Franseco, We have discussed with Italo the applicability of path computation service = for multi-domain scenarios and agreed (at least my impression) that this re= alistically works for no more than two or three domains. For a single e2e p= ath computation the number of paths MDSC needs to request from PNCs grows e= xponentially with the number of domains and the number of inter-domain link= s. The things get worse when MDSC needs to compute e2e diverse (e.g. SRLG-d= isjoint) paths for a single e2e protected service and still worse when MDS= C needs to place more than one e2e services with global optimization criter= ia in mind. Things get still much worse when MDSCs are linked into a hierar= chy, and path computation services will have to be requested vertically thr= ough entire hierarchy from all subordinate MDSCs and PNCs Please, see further in line. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Thursday, November 10, 2016 5:02 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, I assumed in fact a multi-domain ACTN scenario, as stated in the abstract o= f draft-busibel-teas-yang-path-computation-00, where I believe we have the = most interesting use cases for path computation services. I believe we shou= ld consider all of these, as the same model shall be used both for single a= nd multi-domain scenarios. Regarding path computation on MDSC: in an ideal world MDSC could read topol= ogy from PNCs and compute itself end-to-end paths but there are cases where= this could be either impossible or not convenient: - For some reasons (e.g. security/privacy) the PNC doesn't export = full topology information to the MDSC, so that such information is not suit= able for a path computation on MDSC IB>> No one expects PNC to export full topology information, it is likely t= o contain proprietary information and hence useless for the MDSC anyway. PN= C is expected to expose an abstract TE topology, which could be as small as= a single TE node with detailed connectivity matrix; - For some reasons (e.g. scalability) MDSC doesn't want to get ful= l topology information from the subtended domains IB>> See comment above; - For some reasons (e.g. lack of knowledge about the internal mode= l of the equipment managed by the PNC : especially in WDM networks) MDSC is= not capable to cumpute reliably a feasible path in a domain IB>> This is not a concern: all the necessary computations are done already= by PNCs when exposing and updating the abstract TE topologies. IB>> Furthermore, according to ACTN MDSCs could be linked in a hierarchy. T= his means that for a top level MDSC e2e path computation, the path computat= ion services need to be requested hierarchically from all subordinate MDSCs= and PNCs across all hierarchy levels. In contrast, multi-level abstraction= of TE topologies is not a problem BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 8:33 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, Please, note that the context of this discussion is single domain. In my op= inion MDSC should not rely on the Path computation services (stateless or = stateful) provided by PNCs, rather, on its own path computation on TE topol= ogy, the product of merging of abstract TE topologies catered by the subor= dinate PNCs. And BTW said abstract TE topologies should be kept up-to-date = by the PNCs (i.e. with updates, stateful). Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Wednesday, November 09, 2016 12:42 PM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Well, I know implementations of both the "flavours", and I would say that t= he most complex are the pre-planned ones. So, it could be an interesting use case, but we need to be aware that it co= mes with a price. Take also into account that the path recomputation inside the provider coul= d not necessarily offer an optimal solution end-to-end, and the client (the= MDSC actually) should anyway check whether the end-to-end path, when a cha= nge happens on a segment, is still in compliance with its constraints (e.g.= if there is a latency constraint on the end-to-end path, it may happen tha= t the recomputed segment has a longer latency that leads to exceeding the c= onstraint on the end to end path : but the provider only sees that single s= egment of the end-to-end path and taking into account the end-to-end constr= aints could be really difficult). Regarding the TE-link, I was actually interested on what the provider (that= is the PNC) advertises to the client (MDSC) when reservation occurs. It ca= nnot advertise A'B' as it knows only A and B, but advertising AB seems to m= e not correct. BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 4:56 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, Please, see in-line. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Wednesday, November 09, 2016 10:27 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? FL>> Probably the same in case the provider notifies "Hey, I have no= longer anything for you". IB>> But this would be a bit too late, wouldn't it? Wouldn't it be better i= f the client has learnt about the previously returned path unfeasibility ah= ead of time, so that it could re-plan it's failure recovery scheme? If there is no (more) path, there is no path. The client could only try and= crankback looking for some different path or report an alarm. IB>> Relying on crankbaks in an unpredictable way is not exactly a good sol= ution, right? The scenario that seems more applicable to your proposal is a pre-planned r= estoration mechanism where we have a worker path in-service and a protectio= n path just computed (but not reserving network resources, in order to shar= e them among several protection paths), in a multi-domain network. In that = case, reserving te-tunnels like you suggest, could give an advantage, as th= e end-to-end cranckback could occur when the notification with "no-path" is= triggered by the provider (that means the protection path or some of its s= egments is no longer valid) and not when the path deployment is triggered b= y the client (that means the worker path is gone and we need the protection= immediately). Is this the case you are considering ? IB>> Exactly. All the scenarios you can think of where you don't know when = and where a problem may happen and you want to maintain flexibility and sha= re the network resources to protect as much as you can In other cases, as when used during an end-to-end path computation with imm= ediate deployment to reduce the possibility of conflicts among concurrent p= rocedures, it seems to me less important or applicable, as all these proced= ures will likely be orchestrated by the same entity, which could well avoid= conflicts. IB>> All cases where the provider wants to expose a potentiality without co= mmitting resources to cover for the client multiple use cases and provide a= t the same time some degree (albeit not perfect) predictability. 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. FL>> This means that the provider just sends the reply to the path computat= ion request and doesn't advertise any new TE link to the client ? This is a= ctually what I would expect: the task to manage TE-links in the overlay top= ology is with the client. IB>> Overlay TE topology manager advertises a TE link that is supported not= by a provisioned in a server layer TE tunnel (connection), rather, by a co= mputed and monitored path. This way the overlay TE topology manger can adve= rtise multiple abstract TE links mapped onto the same network resources Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 3:47 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. Igor From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com] Sent: Wednesday, November 09, 2016 9:26 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Igor, IMHO simplicity pays back. Instead than maintaining all these states, notif= ying clients all the times something changes, and repeating path-computatio= n as needed, isn't better for a client (and provider) to ask what is needed= when it's needed, and get the best result back at that moment ? Regarding the abstract link in the overlay topology, I still can't see what= the provider will advertise. If it's a new link representing the forwardin= g adjacency between A' and B', how it will be represented by the provider ? BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 2:48 PM To: Fatai Zhang >; Fran= cesco Lazzeri >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Francesco, Please, see in-line. Cheers, Igor The point here is for how long the provider should keep the computed path a= nd its request parameters IB>> As far as the provider is concerned, the requested path and its parame= ters is a TE tunnel (albeit computed but not provisioned). So it keeps the = state until the client removes the TE tunnel. (in fact if we want to have a possibly better path, at any change inside pr= ovider topology, resource status and usage, the provider should check if th= e computed path is still feasible and/or redo path computation to find a be= tter path). This could be an overhead, in my view. IB>> For example, if provider is to ensure the path's feasibility, all it n= eeds is to detect a change in a TE link the path is going through and make = sure that the change does not make the path unfeasible. Only in the latter= case the path re-computation needs to be scheduled and performed in a back= ground thread. Furthermore, I can't see how the provider could export the abstract TE-link= , as this is inside the client topology; IB>> The abstract link is a part of the abstract topology "cooked" (customi= zed) for the client, which is supported by the computed path in the underla= y topology, which is the provider's topology. in fact, if the client is asking for a path between A and B (A and B inside= provider topology), having A' (in client topology) connected to A and B' (= in client topology) connected to B, the relevant abstract TE link (the forw= arding adjacency) should be built between A' and B', that is in the client = topology; therefore the client should be in charge of managing it, as the p= rovider is not aware of A' and B'. IB>> This is correct, but note that the two topologies (underlay and overla= y) according to the TE topology model have independent and unrelated name s= paces for node, link and SRLG IDs. So it is perfectly Ok. IB>> Also note that according to TE topology model one important attribut= e of a TE node (especially abstract composite node) is connectivity matrix,= which is nothing but a set of stateful paths computed, re-computed and con= stantly monitored (but not reserved) over the TE topology the node encapsul= ates. This means that stateful unreserved paths play already a very import= ant part in supporting TE topologies with asymmetrical blocking abstract TE= nodes. Igor BR Francesco From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: 04 November, 2016 7:12 PM To: Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; TEAS WG= (teas@ietf.org) = >; pce@ietf.org Subject: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel-teas-y= ang-path-computation-00 Dieter, A client may ask for a path not to be used immediately (e.g. to present as = an abstract TE link to its own client, in some failure restoration scheme o= r as a part of disaster recovery network topology re-configuration) without= committing any network resources. In this case the client would want to kn= ow at least if/when the path has stopped being feasible any longer or (ide= ally) a better path is available. This is similar to exposing to a client an abstract TE topology with an unc= ommitted abstract TE link (i.e. TE link that does not have a committed TE t= unnel supporting it and advertises potentiality). Once such link is provide= d, the provider is expected to send updates when/if the TE link attributes = change. For uncommitted/potential TE link such updates could be provided ba= sed on event driven re-computation of the potentiality the TE link represen= ts. The point is that an uncommitted abstract TE link and COMPUTE_ONLY TE tunne= l can represent (each in its own way) the same network potentiality Cheers, Igor From: Dieter Beller [mailto:Dieter.Beller@nokia.com] Sent: Friday, November 04, 2016 1:49 PM To: Igor Bryskin Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Igor, could you please clarify how useful a stateful path without resource alloca= tion is. I can't see the benefits of this use case. Thanks, Dieter On 04.11.2016 14:25, Igor Bryskin wrote: Hi Dieter, A provider may compute path(s) for a TE tunnel, and then (without any resou= rce allocation) may start monitoring/ensuring the path validity/optimality = by re-computing them in an event driven manner. For example, it can trigger= the re-computation of the path(s) when detecting a change in a state of a = TE link the current path(s) are going through. Depending on the results ad= ditional notifications may be sent to the client. Note that this is in addition to the reasons you correctly identified for i= mplementing stateful path computation (such as compute_and_reserve). Cheers, Igor From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com] Sent: Thursday, November 03, 2016 6:27 PM To: Leeyoung Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi all, when we talk about the stateful path computation use case, it means IMHO th= at when a path has been calculated successfully in response to a request, a= new path object is created in the data store. This does only make sense if= the resources have been allocated in the TED of the PCE irrespective of th= e fact whether the connection along this path will be established right awa= y or at a later point in time. This will prevent further path computation r= equests from assuming that the resources are still available. As the TED of= the PCE also has to reflect the network state, I would assume that the net= work resources can be in one of the following three states: available, allo= catedButNotInUse, allocatedAndInUse. The path objects also need state info= rmation reflecting for example the alarm state of the allocated resources. = The path calculated earlier may become (temporarily) invalid due to a link = failure affecting the path. Does this make sense? Thanks, Dieter Sent from my tablet Leeyoung wrote: Igor, When you say "state", are you referring to the YANG datastore or some other= "interim" state of those paths that are calculated but not instantiated as= LSPs? If we were to update the YANG datastore for this, I would think that= we may have some issue when the customer decided not to instantiate the TE= tunnel (after the path compute request). Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 3:02 PM To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Young, >From the provider controller point of view COMPUTE_ONLY TE tunnels will hav= e exactly the same state as "normal" (COMPUTE_ADN_PROVISION) TE tunnels. Igor From: Leeyoung Sent: Thursday, November 03, 2016 3:42 PM To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Igor, In such case, would the YANG datastore be updated? I guess not. If not, the= n the system/controller has to keep this interim state, would it? Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Michael, You are exactly right. The purpose of the "compute-only" TE tunnel is to cr= eate/maintain the normal TE tunnel state and (re-)compute TE paths for the = TE tunnel connections/LSPs but not signal/provision the LSPs. Igor From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: Thursday, November 03, 2016 3:17 PM To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Isn't the intention of defining "compute-only tunnels" to create state in t= he controller, but not to signal them? If the tunnel should be signaled and= resources shall be allocated, why not just configure a vanilla tunnel? Use= s cases seem to exist for both variants, and both can be encoded in YANG. I= s there anything I miss here? Michael From: Leeyoung [mailto:leeyoung@huawei.com] Sent: Thursday, November 03, 2016 7:49 PM To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Hi Michael, I think I am with you on your point. If we use rpc, it is clear. On the oth= er hand, if we were to use "stateful compute-only" it seems that the system= /controller has to keep the state of the paths somewhere which is not YANG = datastore. My understanding is that YANG datastore is updated only when the= path is signaled and resource is allocated. Would this give the system/con= troller additional burden to keep the "interim" state? Young From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (N= okia - DE) Sent: Thursday, November 03, 2016 8:58 AM To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Maybe I miss something, but to me, the domain controller either computes a = path stateless, which can be modeled in YANG in an RPC. Or the domain contr= oller computes a path, stores state, and provides access to the result in t= he YANG datastore. In the latter case, whether resources are allocated, or = whether the NEs get actually provisioned, is an orthogonal question. As a side note, I am not sure of I would call a domain controller or an NMS= a PCE. Path computation is only a subset of the functions of a domain cont= roller. Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_0C72C38E7EBC34499E8A9E7DD007863908F0FF7Bdfweml501mbx_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

    Fransesco,<= /span>

     

    Please, see in-line.

     

    Igor=

     

     

    From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Friday, November 11, 2016 10:43 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-= teas-yang-path-computation-00

     

    Igor,

    I know that “= pure” Dijkstra actually cannot be used (in most cases) and used it fo= r brevity. Constrained Dijkstra and derivative algorithms that are actually= used relax some of the rules of Dijkstra without becoming exponential for that.

    Think to a very wor= st case wher you ask for all the possible paths to all domains and then use= this information for the MDSC path computation without any further request= .  

    Assuming a network = with N domains having L inter-domain links in mean, we must ask N*L*(L-1)/2= paths around wich is still polinomial. Using Dijkstra in a single run, as = mentioned, requests should become N*L. This is what I expect as an upper bound to the number of calls to PNC.

     

    IB>> You assume = you need a single mesh of intra-domain paths interconnecting L links termin= ated by a node/domain. This means one path per Lx/Ly link combination. Assu= me that more than one path could be found connecting Lx to Ly: one is most optimal (shortest), another longer but wi= th a better delay metric, other paths are worse but with different SRLGs, e= tc. MDSC needs to know about all of them, because the e2e path made of shor= test intra-domain paths may fail e2e (e.g. max. delay) constraint or path diversity constrain. So you need = more paths to deal with than you assume.

     

     

     

    This actually is th= e method suggested by the draft, which seems to me reasonable (asking only = when needed will save queries to the PNCs, but on the other side asking all= together in the beginning would allow to send requests in parallel to different domains, which saves time; space= for some further consideration here).

     

    The other issues, e= ven if notable, were not discusses so far and I rather focus on the scalabi= lity problem. Anyway it seems to me that they affect any possible solution = to the multi-domain problem.

     

    About the connectiv= ity matrices, it’s my turn here for not having been sufficiently clea= r.

    1)      Several fla= vors as you mention is not enough. I remember you the example of the affini= ties, but there are many others. They are not several, they are billions.

     

    IB>> Sorry, this= does not make any sense to me. Why would MDSC request affinity constraint = from a PNC when:

    a)&n= bsp;     interpretation= of affinities is different from domain to domain and unknown to MDSC;=

    b)&n= bsp;    affinities are= attributes of internal TE links MDSC does not know about.

    According to TE tunnel= model, there is only so much client can specify when requesting a service,= less so that could be used as path computation requests: layer, bandwidth,= inclusions, exclusions, diversity, etc.

     

     

     

    2)      Multiple in= tra node paths : once again, how many? My point is that, to cover all the p= ossible actual requests they will become far too many to be stored, maintai= ned and notified to MDSC when a change occurs.

    IB>> Why? Let= 217;s say MDSC serves OTN layer 20 domain network. Assume that each domain = exposes two connectivity matrices: one optimized by shortest cost, another = – by shortest delay. Assume that each matrix has an entry for each Lx/Ly/ODUtype and is associated with 4 most optimal sing= le intra-node paths and 4 SRLG-diverse path pairs. Each path yields a vecto= r of costs, including summary TE metric, delay, SRLGs, etc. Give me an exam= ple in which this would not be sufficient for MDSC?

     

    3)      Negotiation= you are mentioning isn’t a path computation request to the PNC actua= lly? It will happen all the times MDSC can’t find a good path for a d= omain, that is most of the times in the beginning; the MDSC will then request and store these new paths and it will have a hi= gher probability eventually to find a suitable path already stored in its m= emory; but wait… isn’t that the incremental learning mechanism = I have proposed few mails ago ?

     

    IB>> You are rig= ht, such negotiation is eventually a compound path computation request, BUT= :

     

    a)&n= bsp;     there is a gua= rantee that in the worst case scenario there will be no more than 1 such re= quest per computation per PNC/MDSC;

    b)&n= bsp;    All such reque= sts could be requested simultaneously and independently from all/some PNCs;=

    c)&n= bsp;     There is a gua= rantee that said requests will not trigger the sub-tree hierarchical avalan= che of requests to inferior MDSCs/PNCs;

    d)     Most im= portantly, these are stateful computations (here we go, we are finishing wh= ere we started) – once requested they do not need to be (re-)requeste= d again. Only matrices that are missing at the moment have to be reuested. Once provided they will stay and be aut= omatically kept up-to-date until MDSC explicitly asks to remove them. There= is a standard model and interface already for such negotiation<= /span>

     

    Cheers

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.= com]
    Sent: 11 November, 2016 3:43 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai = Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter.Beller@nokia.= com>
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Sc= harf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; = TEAS WG (teas@ietf.org) <teas@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00

     

    Hi Franseco,

     

    I probably didn’= t make myself clear. The two main points that I was trying to make are:

    1)    = ;  Dijkstra does not work on topologies w= ith constrained/asymmetrical nodes;

    2)    = ;  There will be much more calls to PNCs = that you seem to believe

     

    Imagine your algorithm= hit node N1 over link L1. PNC1 representing N1 is called and the response = says that the path can leave N1 over links L3, L4, L5 and L6. Suppose later= the algorithm reaches N1 again over link L2. Will you have to call PNC1 again? Sure, because now it returns th= e valid outbound links to be L3, L4, L7 and L8. Will you have to consider l= ink L8? Sure, it was not accounted yet. Will you have to consider link L3 a= gain? Sure, because you have not considered L2-L3 inbound/outbound link combination yet: L1-L3 internal (in= tra-node) path has different costs compared to L2-L3 internal path.

    The conclusions:<= /o:p>

    a)    = ;   the algorithm has to (re-)visit the sa= me node multiple times;

    b)    = ;  PNC will be called not only when the n= ode first discovered (as you implied), but every time the node is reached (= which could be as many times as the number of links it terminates);

    c)    = ;   when the node is represented by an MDS= C, the entire sub-tree of MDSCs/PNCs will be called hierarchically every ti= me the MDSC in question is called, which may dramatically increase the numb= er of calls to PNCs, the number of paths to be grown, the overall time of the path computation, etc. ;

    d)    = ;  The biggest scalability issue is not e= ven the number of times PNCs/MDSCs need to be called – the amount of = paths that need to be grown. Note that PNC needs to return not just most op= timal paths to all outbound links it can reach, rather, all possible such paths, so that end-to-end path constra= ints could be met.

     

    Other issues are (some= of them you mentioned below):

    a)    = ;   how the algorithm prefers a segment ov= er domain1 over a segment over domain 2 when the metrics are not normalized= (apples and oranges)?

    b)    = ;  how the algorithm deals with independe= nt/overlapping SRLGs in the domains?

    c)    = ;   what if domains have independent overl= apping name space for node and link IDs?

     

    In other words. what d= oes a path returned by a PNC even mean to MDSC?

     

    Furthermore, I disagre= e with what you said about node’s connectivity matrices because:=

    1)    = ;  Several flavors of  matrices coul= d be provided (e.g. one optimized by smallest cost and another by shortest = delay);

    2)    = ;  Multiple intra-node paths could be ass= ociated with the same inbound-outbound link combination. Each such path wil= l yield a separate vector of costs (summary TE cost, delay, max. bandwidth,= internal SRLGs, internal affinities) that could be compared against the MDSC’s path computation constrain= ts;

    3)    = ;  Most importantly, TE topology model al= lows for negotiation of exact connectivity matrices MDSC needs from PNCs. Such n= egotiation could happen at any time, including before or even in the middle= of the path computation if the MDSC thinks the ones it has already are not= good or sufficient enough.

     

     

    Cheers,

    Igor  

     

     

    From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com]
    Sent: Thursday, November 10, 2016 5:28 PM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Igor, please see in= line.

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 10 November, 2016 8:53 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller = <Dieter.Beller@nokia.com&= gt;
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; TEAS WG (teas@ietf.org) <te= as@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,

     

    There are few issue= s with your logic, I think:

     

    1)   = ;   Nodes representing domains must be = considered as blocking/asymmetrical nodes. Dijkstra assumes symmetrical nod= es; so the “idea is to run Dijkstra on the MDSC abstract topology and= trigger a path computation to the relevant PNCs as soon as a node representing a domain is found” is questionab= le to begin with;

    [FL] Of course ther= e are far more details than the ones included in my e-mail (long enough I t= hink). One of these is that, of course, for each path returned by the PNC a= lso the relevant metrics and delay shall be returned. These, and also NO-PATH information if some connectivity is n= ot possible, will be used by MDSC during path computation;  metrics an= d delay shall be added to the currently computed ones, or if no path is fou= nd towards a certain inter-domain link, no propagation will occur on that link; this compensates the blocking/asym= metrical characteristics of the node-domains.

    2)   = ;   What happens if the algorithm finds= a node represented not by a PNC, but by another (lower hierarchy level) MD= SC?

    [FL] Nothing differ= ent from a PNC I believe. As far as MDSC can compute paths as a PNC does an= d return them to the higher level MDSC, I can’t see any difference.

    3)   = ;   Assume you want to compute a single= path on a 20-domain topology originating in domain 1 and terminating in, s= ay, domain17. I don’t think you have much choice but:

    a)       request PNC 1 to compute all possib= le (not just optional) paths from the path source to all domain 1 inter-dom= ain links;

    b)      request all neighboring PNCs to = 220;grow” all the computed paths over inter-domain links into the dom= ains up to their respective outbound inter-domain links with potentially si= gnificant increase in the number of successful paths;

    c)       repeat step b) until the paths reac= h the destination (17th) domain;

    d)      grow the paths until they hit the p= ath computation destination;

    e)      select the most optimal path

     

    I hope you agree th= at this is a lot of computations.

    [FL] Well, maybe &#= 8220;a lot”, but not exponentially growing with the number of domains= and inter-domain links. That was the point of my previous e-mail. Then we = can decide we have too many messages around, but I believe we first need some criteria to understand what “a lot̶= 1; or “too many” means.

     

    I also hope you agr= ee that computing such path on a single 20 node topology equipped with node= detailed connectivity matrices is instantaneous;

    [FL] Yes, istantane= ous, but, in general, wrong as far as the connectivity matrices don’t= reflect the actual request parameters. Think about a request asking for a = path with some affinity constraint, for example. Affinities are 32 bits values; you can ask to include/exclude links in 3 d= ifferent ways, specifying for each one any of the 2^32 affinity combination= s. Results of the path computation can be completely different depending on= the affinity value and include/exlcude options. In theory to cope with just the affinity constraint we should cre= ate L*(L-1)/2 * 3 * 2^32 paths per domain. And we still have to combine thi= s (that is multiply) with all the other constraints.

    Maybe we could reno= unce to some constraints and limit the flexibility of path computation. In = my view this is the only way to make the connectivity matrix method a littl= e bit more appealing. But I still have dubts even with “essential” parameters like just bandwidth and= objective functions.

     

    4)   = ;   Computing diverse paths as two sing= le path computations with the topology transformation in between does not a= pply here: the paths may go through the same and/or different domains whose= internal topologies are not known (hence there is nothing to transform);

    [FL] I agree that h= ere the problem is more complex than in a single domain. I didn’t do = tests yet on this, but I assume that a PNC should give also the possibility= to ask for a path in diversity from another path. So when the second path computation crosses the result of the first = one in the same domain, we should ask the relevant PNC for a path computati= on in diversity from the previous path (possibly using the XRO mechanism) i= n order to be guaranteed that even though the same domain is used, the two paths are still diverse (PNC can g= uarantee that; if no diverse path is found, we should try and manage the of= fending domain as the offending links in bhandari algorithm, chasing them o= ut from the solution).

    5)   = ;   Computing a connectivity matrix on = a known (fully visible) topology is simple (as you said, could be done in a= single run) and also could be easily distributed between several path comp= uters to produce/support several flavors of said matrix (e.g. differently optimized). Each matrix entry may be asso= ciated with one or more intra-node paths and provide to the MDSC various me= trics, like delay, cost, max. bandwidth, SRLGs)  It could be done in b= ackground when the path computers have nothing else to do (which is most of the time).

    [FL] As said above,= the point here is that you don’t know the request parameters yet. An= d I do believe that in order to compute matrices suitable for the purpose, = either you have to compute (and store, and maintain) too many of them, or you have to reduce too much the complexity = of the problem to be solved.

     

    Cheers,<= /span>

    Igor

     

     

     

     

    From: Teas [ma= ilto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Thursday, November 10, 2016 12:39 PM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Igor,

    it seems to me that= the number of path computations should grow polinomially and not esponenti= ally with the number of domains and inter-domain links.

    Here it is some con= sideration about that, and correct me if I am wrong.

     

    Assume that the dom= ains are abstracted on MDSC as nodes, and assume we have a network of domai= ns only (adding “normal” nodes doesn’t affect the proposi= tion).

    The idea is to run = Dijkstra on the MDSC abstract topology and trigger a path computation to th= e relevant PNCs as soon as a node representing a domain is found.

    The abstract topolo= gy on MDSC will be a network with a number of nodes equal to the number of = domains and a number of links equal to the inter-domain links.

    If we run the Dijks= tra algorithm to compute an end-to-end path on that topology the complexity= of it, which is related to the number of relaxation steps, is polinomial a= s you know. So the number of requests going down to the different PNCs must be polinomial as well.

    Take also into acco= unt that Dijkstra is normally used to find the shortest path between two en= d-points in the network, but actually the algorithm is capable to find in a= single run (with the same complexity) the shortest path between a given node and any other node in the network. =

    This should suggest= to make the best of this property and foresee in the protocol/model a sing= le request capable to return all the suitable paths from a given source to = all the other nodes (or to a selected set of nodes, namely the exit nodes connected to the inter-domain links). = In that way we should have one request per domain, to feed the relaxation s= teps between one ingress point of the domain and all the points connected t= o inter-domain links.

    In the standard Dij= kstra one domain/node will be traversed (that is will generate relaxation s= teps to its links) at most once, as any other relaxation step passing throu= gh it eventually will be stopped once the node has been visited. So, with this method, in the very worst case (w= hen the best path is the Hamiltonian path, the one traversing all the nodes= once) we’ll have a number of requests to the PNCs equal to the numbe= r of PNCs (one per PNC).

    If instead we use n= ormal point-to point path computations, we should ask L-1 path computations= to each PNC, where L is the number of inter-domain links connected to the = domain managed by the PNC, which is still polinomial in the number of domains and inter-domain links.

     

    Regarding path comp= utation for paths in diversity, it should be still polinomial, as if you us= e for example the Bhandari algorithm to do so, you see that it’s actu= ally a sequence of two Dijkstra path computations plus some network transformation in between (modification of some link wei= ghts). The first instance is a traditional path computation, while the seco= nd one is a modified version allowing negative costs on the edges, but stil= l polinomial. So once again the result should still be polinomial and the number of request shouldn’= t diverge.

     

    Now, something abou= t the other approach mentioned in your e-mail, which implies computing all = the possible paths inside any domain in advance.

    It is polinomial as= well, but with a higher number of path computations, as for any domain in = the network you have to compute L(L-1)/2 paths.

    Of course, you̵= 7;ll say, this happens once and not at any path computation. That’s t= rue, but :

     

    -   =        As soon as network get increasingly= used, the computed paths could become invalid. So you need to recompute th= em as needed and advertise all the changes

    -   =        You perform a path computation R= 20;in advance”, that is before the actual request is done, and theref= ore PNC cannot be aware of the future requirements in term of bandwidth, ob= jective functions, constraints and so on. Computed paths will not be suitable in general for all the future requests, and of = course it’s not conceivable to compute those paths for all the possib= le combinations of the request parameters (this should grow esponentially!)=

     

    Something that I wo= uld like to investigate further is the possibility for the MDSC to store th= e results of the path computations  returned by the PNCs along the tim= e and reuse them as applicable during the future path computations.

    At the end of the d= ay this is something similar to the connectivity matrix concept, with two m= ain differences:

     

    -   =        It’s built incrementally from= real requests and therefore with real parameters

    -   =        It’s build by MDSC and mainta= ined inside MDSC, no need for notifications.

     

    BR

    Francesco

     

     

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 10 November, 2016 5:15 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller = <Dieter.Beller@nokia.com&= gt;
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; TEAS WG (teas@ietf.org) <te= as@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Franseco,

     

    We have discussed with= Italo the applicability of path computation service for multi-domain scena= rios and agreed (at least my impression) that this realistically works for = no more than two or three domains. For a single e2e path computation the number of paths MDSC needs to request fr= om PNCs grows exponentially with the number of domains and the number of in= ter-domain links. The things get worse when MDSC needs to compute e2e diver= se (e.g. SRLG-disjoint) paths for a single e2e protected service  and still worse when MDSC needs to pl= ace more than one e2e services with global optimization criteria in mind. T= hings get still much worse when MDSCs are linked into a hierarchy, and path= computation services will have to be requested vertically through entire hierarchy from all subordinate MDSCs a= nd PNCs

     

    Please, see further in= line.

     

    Igor=

     

     

    From: Teas [ma= ilto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Thursday, November 10, 2016 5:02 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Igor,

    I assumed in fact a= multi-domain ACTN scenario, as stated in the abstract of draft-busibel-tea= s-yang-path-computation-00, where I believe we have the most interesting us= e cases for path computation services. I believe we should consider all of these, as the same model shall be used= both for single and multi-domain scenarios.

    Regarding path comp= utation on MDSC: in an ideal world MDSC could read topology from PNCs and c= ompute itself end-to-end paths but there are cases where this could be eith= er impossible or not convenient:

     

    -   =        For some reasons (e.g. security/pri= vacy) the PNC doesn’t export full topology information to the MDSC, s= o that such information is not suitable for a path computation on MDSC=

     

    IB>> No one expects PNC to export full topology info= rmation, it is likely to contain proprietary information and hence useless = for the MDSC anyway. PNC is expected to expose an abstract TE topology, which could be as small as a single TE node with = detailed connectivity matrix;

     

    -   =        For some reasons (e.g. scalability)= MDSC doesn’t want to get full topology information from the subtende= d domains

    IB>> See comment above;

     

    -   =        For some reasons (e.g. lack of know= ledge about the internal model of the equipment managed by the PNC : especi= ally in WDM networks) MDSC is not capable to cumpute reliably a feasible pa= th in a domain

    IB>> This is not a concern: all the necessary comput= ations are done already by PNCs when exposing and updating the abstract TE = topologies.

     

    IB>> Furthermore, according to ACTN MDSCs could be l= inked in a hierarchy. This means that for a top level MDSC e2e path computa= tion, the path computation services need to be requested hierarchically from all subordinate MDSCs and PNCs acr= oss all hierarchy levels. In contrast, multi-level abstraction of TE topolo= gies is not a problem

     

    BR

    Francesco

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 8:33 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller = <Dieter.Beller@nokia.com&= gt;
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; TEAS WG (teas@ietf.org) <te= as@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,

     

    Please, note that t= he context of this discussion is single domain. In my opinion MDSC  sh= ould not rely on the Path computation services (stateless or stateful) prov= ided by PNCs, rather, on its own path computation on TE topology, the product of  merging of abstract TE topologies cat= ered by the subordinate PNCs. And BTW said abstract TE topologies should be= kept up-to-date by the PNCs (i.e. with updates, stateful).

     

    Igor

     

     

     

    From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Wednesday, November 09, 2016 12:42 PM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.or= g; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (    teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.i= etf.org/html/draft-busibel-teas-yang-path-computation-00

     

    Well, I know implem= entations of both the “flavours”, and I would say that the most= complex are the pre-planned ones.

    So, it could be an = interesting use case, but we need to be aware that it comes with a price.

    Take also into acco= unt that the path recomputation inside the provider could not necessarily o= ffer an optimal solution end-to-end, and the client (the MDSC actually) sho= uld anyway check whether the end-to-end path, when a change happens on a segment, is still in compliance with its = constraints (e.g. if there is a latency constraint on the end-to-end path, = it may happen that the recomputed segment has a longer latency that leads t= o exceeding the constraint on the end to end path : but the provider only sees that single segment of the en= d-to-end path and taking into account the end-to-end constraints could be r= eally difficult).

     

    Regarding the TE-li= nk, I was actually interested on what the provider (that is the PNC) advert= ises to the client (MDSC) when reservation occurs. It cannot advertise A= 217;B’ as it knows only A and B, but advertising AB seems to me not correct.

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 4:56 PM
    To: Francesco Lazzeri <    francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,<= /span>

     

    Please, see in-line.

     

    Igor=

     

     

     

    From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Wednesday, November 09, 2016 10:27 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.or= g; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (    teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.i= etf.org/html/draft-busibel-teas-yang-path-computation-00

     

    Igor,

     

    1)   = ;   IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn’t better for= a client (and provider) to ask what is needed when it’s needed, and get the best result back at that moment= ?

    IB>> What happens it the provider at this moment says: ̶= 0; No, I have nothing for you” ?  What if the path was relied up= on by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

       &= nbsp;   FL>> Probably the same in case the provider notifie= s “Hey, I have no longer anything for you”.

     

    IB>> But this would = be a bit too late, wouldn’t it? Wouldn’t it be better if the cl= ient has learnt about the previously returned path unfeasibility ahead of t= ime, so that it could re-plan it’s failure recovery scheme?

     

    If there is no (mor= e) path, there is no path. The client could only try and crankback looking = for some different path or report an alarm.

     

    IB>> Relying on cran= kbaks in an unpredictable way is not exactly a good solution, right?

     

    The scenario that s= eems more applicable to your proposal is a pre-planned restoration mechanis= m where we have a worker path in-service and a protection path just compute= d (but not reserving network resources, in order to share them among several protection paths), in a multi-domain = network. In that case, reserving te-tunnels like you suggest, could give an= advantage, as the end-to-end cranckback could occur when the notification = with “no-path” is triggered by the provider (that means the protection path or some of its segments is no lon= ger valid) and not when the path deployment is triggered by the client (tha= t means the worker path is gone and we need the protection immediately). Is= this the case you are considering ?

     

    IB>> Exactly. All th= e scenarios you can think of where you don’t know when and where a pr= oblem may happen and you want to maintain flexibility and share the network= resources to protect as much as you can

     

    In other cases, as = when used during an end-to-end path computation with immediate deployment t= o reduce the possibility of conflicts among concurrent procedures, it seems= to me less important or applicable, as all these procedures will likely be orchestrated by the same entity, wh= ich could well avoid conflicts.

     

    IB>> All cases where= the provider wants to expose a potentiality without committing resources t= o cover for the client multiple use cases and provide at the same time some= degree (albeit not perfect) predictability.

     

     <= /o:p>

    2)   = ;   Regarding the abstract link in the = overlay topology, I still can’t see what the provider will advertise.= If it’s a new link representing the forwarding adjacency between A&#= 8217; and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link A̵= 7;B’ points to the underlay (provider) TE topology where the path is = computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

    FL>> This means that the provider just sends the reply to th= e path computation request and doesn’t advertise any new TE link to t= he client ? This is actually what I would expect: the task to manage TE-links in the overlay topology is with the client.

     

    IB>> Overlay TE topology manager advertises a TE link that is suppo= rted not by a provisioned in a server layer TE tunnel (connection), rather,= by a computed and monitored path. This way the overlay TE topology manger can advertise multiple abstract TE links ma= pped onto the same network resources 

     

    Francesco

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 3:47 PM
    To: Francesco Lazzeri <    francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,<= /span>

     

    1)   = ;   IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn’t better for= a client (and provider) to ask what is needed when it’s needed, and get the best result back at that moment= ?

    IB>> What happens it the provider at this moment says: ̶= 0; No, I have nothing for you” ?  What if the path was relied up= on by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

     <= /o:p>

     <= /o:p>

    2)   = ;   Regarding the abstract link in the = overlay topology, I still can’t see what the provider will advertise.= If it’s a new link representing the forwarding adjacency between A&#= 8217; and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link A̵= 7;B’ points to the underlay (provider) TE topology where the path is = computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

     

     

    Igor

     

     

    From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.co= m]
    Sent: Wednesday, November 09, 2016 9:26 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.or= g; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (    teas@ietf.org)
    Subject: RE: [mpls] http://tools.ietf.org= /html/draft-busibel-teas-yang-path-computation-00

     

    Igor,

    IMHO simplicity pay= s back. Instead than maintaining all these states, notifying clients all th= e times something changes, and repeating path-computation as needed, isn= 217;t better for a client (and provider) to ask what is needed when it’s needed, and get the best result back at= that moment ?

    Regarding the abstr= act link in the overlay topology, I still can’t see what the provider= will advertise. If it’s a new link representing the forwarding adjac= ency between A’ and B’, how it will be represented by the provider ?

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 2:48 PM
    To: Fatai Zhang <    = zhangfatai@huawei.com>; Francesco L= azzeri <frances= co.lazzeri@ericsson.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Hi Francesco,

     <= /o:p>

    Please, see in-line= .

     <= /o:p>

    Cheers,=

    Igor

     <= /o:p>

    The point here is f= or how long the provider should keep the computed path and its request para= meters

     <= /o:p>

    IB>> As far as t= he provider is concerned, the requested path and its parameters is a TE tun= nel (albeit computed but not provisioned). So it keeps the state until the = client removes the TE tunnel.

     <= /o:p>

    (in fact if we want= to have a possibly better path, at any change inside provider topology, re= source status and usage, the provider should check if the computed path is = still feasible and/or redo path computation to find a better path). This could be an overhead, in my view.=

     <= /o:p>

    IB>> For example= , if provider is to ensure the path’s feasibility, all it needs is to= detect a change in a TE link the path is going through and make sure that = the  change does not make the path unfeasible. Only in the latter case the path re-computation needs to be scheduled and perfo= rmed in a background thread.

     <= /o:p>

    Furthermore, I can&= #8217;t see how the provider could export the abstract TE-link, as this is = inside the client topology;

    IB>> The abstrac= t link is a part of the abstract topology “cooked” (customized)= for the client, which is supported by the computed path in the underlay to= pology, which is the provider’s topology.

     <= /o:p>

    in fact, if the cli= ent is asking for a path between A and B (A and B inside provider topology)= , having A’ (in client topology) connected to A and B’ (in clie= nt topology) connected to B, the relevant abstract TE link (the forwarding adjacency) should be built between A’ and B&= #8217;, that is in the client topology; therefore the client should be in c= harge of managing it, as the provider is not aware of A’ and B’= .

     <= /o:p>

    IB>> This is cor= rect, but note that the two topologies (underlay and overlay) according to = the TE topology model have independent and unrelated name spaces for node, = link and SRLG IDs. So it is perfectly Ok.

     

    IB>> Also note t= hat according  to TE topology model  one important attribute of a= TE node (especially abstract composite node) is connectivity matrix, which is nothing but a set of stateful paths computed, re-computed and c= onstantly monitored (but not reserved) over the TE topology the node encaps= ulates.  This means that stateful unreserved paths play already a very imp= ortant part in supporting TE topologies with asymmetrical blocking abstract= TE nodes.

     

    Igor

     <= /o:p>

     <= /o:p>

     <= /o:p>

     <= /o:p>

    BR

    Francesco

     <= /o:p>

    From:= CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: 04 November, 2016 7:12 PM
    To: Dieter Beller <    Dieter.Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; TEAS WG (teas@ietf.org) <tea= s@ietf.org>; pce@ietf.org
    Subject: Re: [CCAMP] [mpls]     http://tools.ietf.org/htm= l/draft-busibel-teas-yang-path-computation-00

     

    Dieter,

     

    A client may ask for a= path not to be used immediately (e.g. to present as an abstract TE link to= its own client, in some failure restoration scheme or as a part of disaste= r recovery network topology re-configuration) without committing any network resources. In this case the client would wa= nt to know at least  if/when the path has stopped being feasible any l= onger or (ideally) a better path is available.

     

    This is similar to exp= osing to a client an abstract TE topology with an uncommitted abstract TE l= ink (i.e. TE link that does not have a committed TE tunnel supporting it an= d advertises potentiality). Once such link is provided, the provider is expected to send updates when/if the TE = link attributes change. For uncommitted/potential TE link such updates coul= d be provided based on event driven re-computation of the potentiality the = TE link represents.

    The point is that an u= ncommitted abstract TE link and COMPUTE_ONLY TE tunnel can represent (each = in its own way) the same network potentiality

     

    Cheers,

    Igor=

     

     

     

    From: Dieter Beller [mailto:Dieter.Beller@nokia.com]
    Sent: Friday, November 04, 2016 1:49 PM
    To: Igor Bryskin
    Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org    ); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif";color:windowtext">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls]     http://tools.ietf.org= /html/draft-busibel-teas-yang-path-computation-00

     

    Hi Igor,

    could you please clarify how useful a stateful path without resource all= ocation is. I can't see the benefits of this use case.


    Thanks,
    Dieter

    On 04.11.2016 14:25, Igor Bryskin wrote:<= /p>

    Hi Dieter,=

     

    A provider may compute= path(s) for a TE tunnel, and then (without any resource allocation) may st= art monitoring/ensuring the path validity/optimality by re-computing them i= n an event driven manner. For example, it can trigger the re-computation of the path(s) when detecting a change i= n a state of a TE link the current path(s) are going through.  Dependi= ng on the results additional notifications may be sent to the client.

     

    Note that this is in a= ddition to the reasons you correctly identified for implementing stateful p= ath computation (such as compute_and_reserve).

     

    Cheers,

    Igor=

     

     

    From: Beller, = Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com]
    Sent: Thursday, November 03, 2016 6:27 PM
    To: Leeyoung
    Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (    ccamp@ietf.org<= /span>); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls]     http://tools.ietf.org= /html/draft-busibel-teas-yang-path-computation-00

     

    Hi all, 
     
    when we talk about the stateful path computation use case,=
 it means IMHO that when a path has been calculated successfully in respons=
e to a request, a new path object is created in the data store. This does o=
nly make sense if the resources have been allocated in the TED of the PCE i=
rrespective of the fact whether the connection along this path will be esta=
blished right away or at a later point in time. This will prevent further p=
ath computation requests from assuming that the resources are still availab=
le. As the TED of the PCE also has to reflect the network state, I would as=
sume that the network resources can be in one of the following three states=
: available, allocatedButNotInUse,  allocatedAndInUse. The path object=
s also need state information reflecting for example the alarm state of the=
 allocated resources. The path calculated earlier may become (temporarily) =
invalid due to a link failure affecting the path. 
     
    Does this make sense? 
     
     
    Thanks, 
    Dieter
     
    Sent from my tablet
     
    Leeyoung <leeyoung@huawei.com> wrote:
     

    Igor,

     

    When you say “st= ate”, are you referring to the YANG datastore or some other “in= terim” state of those paths that are calculated but not instantiated = as LSPs? If we were to update the YANG datastore for this, I would think that we may have some issue when the customer decided not to i= nstantiate the TE tunnel (after the path compute request).

     

    Thanks.

    Young

     

     

    From: Igor Bry= skin
    Sent: Thursday, November 03, 2016 3:02 PM
    To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Young,

     

    From the provider cont= roller point of view COMPUTE_ONLY TE tunnels will have exactly the same sta= te as “normal” (COMPUTE_ADN_PROVISION) TE tunnels.<= /o:p>

     

    Igor=

     

    From: Leeyoung
    Sent: Thursday, November 03, 2016 3:42 PM
    To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (    ccamp@ietf.org<= /span>); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Igor,

     

    In such case, would th= e YANG datastore be updated? I guess not. If not, then the system/controlle= r has to keep this interim state, would it?

     

    Thanks.

    Young

     

    From: Igor Bry= skin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Michael,

    You are exactly right.= The purpose of the “compute-only” TE tunnel is to create/maint= ain the normal TE tunnel state and (re-)compute TE paths for the TE tunnel = connections/LSPs but not signal/provision the LSPs.

     

    Igor=

     

    From: Scharf, = Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: Thursday, November 03, 2016 3:17 PM
    To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Isn’t the intent= ion of defining „compute-only tunnels“ to create state in the c= ontroller, but not to signal them? If the tunnel should be signaled and res= ources shall be allocated, why not just configure a vanilla tunnel? Uses cases seem to exist for both variants, and both can be encode= d in YANG. Is there anything I miss here?

     

    Michael

     

     

    From: Leeyoung [mailto:leeyoung@huawei.com]
    Sent: Thursday, November 03, 2016 7:49 PM
    To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; = CCAMP (    cca= mp@ietf.org); pce@ietf.org= ; TEAS WG (teas@ietf.org); mpls@ietf.o= rg
    Subject: RE:     http://tools.iet= f.org/html/draft-busibel-teas-yang-path-computation-00

     

    Hi Michael,

     

    I think I am with you = on your point. If we use rpc, it is clear. On the other hand, if we were to= use “stateful compute-only” it seems that the system/controlle= r has to keep the state of the paths somewhere which is not YANG datastore. My understanding is that YANG datastore is updated = only when the path is signaled and resource is allocated. Would this give t= he system/controller additional burden to keep the “interim” st= ate?

     

    Young

     

    From: CCAMP [<= /span>mailto:ccamp-bo= unces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
    Sent: Thursday, November 03, 2016 8:58 AM
    To: Daniele Ceccarelli; Igor Bryskin; CCAMP (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (    teas@ietf.org); mpls@ietf.org
    Subject: Re: [CCAMP]     http://tools.ietf.or= g/html/draft-busibel-teas-yang-path-computation-00

     

    Maybe I miss something= , but to me, the domain controller either computes a path stateless, which = can be modeled in YANG in an RPC. Or the domain controller computes a path,= stores state, and provides access to the result in the YANG datastore. In the latter case, whether resources ar= e allocated, or whether the NEs get actually provisioned, is an orthogonal = question.

     

    As a side note, I am n= ot sure of I would call a domain controller or an NMS a PCE. Path computati= on is only a subset of the functions of a domain controller.

     

    Michael

     

     

     

    From: Daniele = Ceccarelli [mailto:daniele.ceccarelli@ericsson.com]
    Sent: Thursday, November 03, 2016 2:49 PM
    To: Scharf, Michael     (Nokia - DE); Igo= r Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org= ; TEAS WG (teas@ietf.org); mpls@ietf.o= rg
    Subject: RE:     http://tools.iet= f.org/html/draft-busibel-teas-yang-path-computation-00

     

    Can you please explain what the “stateful comp= ute-only” stands for I don’t understand what is stateful in a p= ath computation request only.

    IMHO either I ask the PCE (SDN controller, NMS, what= ever) to compute a path and then forget about it or I ask to compute and pr= ovision it. I don’t understand the value of asking for it and remembe= ring about it.

     

    BR
    Daniele 

     

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: gioved=EC 3 novembre 2016 14:45
    To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    We have discussed this= before. From an implementer’s perspective, the two clean solutions t= o the problem seem to either stateful „compute-only“ tunnels or= a stateless RPC.

     

    Michael

     

     

    From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Daniele Ceccarelli; CCAMP (    ccamp@ietf.org); pce@ietf.org= ; TEAS WG (teas@ietf.org); mpls@ietf.o= rg
    Subject: [ALU] [mpls]    http://t= ools.ietf.org/html/draft-busibel-teas-yang-path-computation-00

     

    Hi,<= /p>

     

    From the draft:=

     

    6. =    YANG Model for requesting Path Computation

     

     

      = ; Work on extending the TE Tunnel YANG model to support the need to<= o:p>

      = ; request path computation has recently started also in the context of

      = ; the [T= E-TUNNEL] draft.

     

      = ; It is possible to request path computation by configuring a

      = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

      = ; LSP(s) Record-Route Object (RRO) list as described in [T= E-TUNNEL].

     

      = ; This is a stateful solution since the state of each created

      = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

      = ; underlying network conditions change.

     

      = ; The need also for a stateless solution, based on an RPC, has been<= o:p>

      = ; recognized.

     

     

      = ; The YANG model to support stateless RPC is for further study.=

     

     

     

     

     

    IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

     

    Cheers,

    Igor

     

     

     

     

     

     

     

     

     

     

     

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charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Igor, See in-line-in-line. I promise you I'll not anwser any longer. I understand= from this discussion we are in front of a dual solution, and as always hap= pens, dual solutions have both benefits and drawbacks. I believe it's not beneficial discussing too long in abstract about such st= uff, even though I recognise that this exchange of opinions with an expert = like you is really exciting. I am running simulations about this stuff. Maybe eventually I'll come back = with some numerical results. BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 11 November, 2016 7:56 PM To: Francesco Lazzeri ; Fatai Zhang ; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) ; Scharf, Michael= (Nokia - DE) ; pce@ietf.org; TEAS WG (teas@ietf.= org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Fransesco, Please, see in-line. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Friday, November 11, 2016 10:43 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, I know that "pure" Dijkstra actually cannot be used (in most cases) and use= d it for brevity. Constrained Dijkstra and derivative algorithms that are a= ctually used relax some of the rules of Dijkstra without becoming exponenti= al for that. Think to a very worst case wher you ask for all the possible paths to all d= omains and then use this information for the MDSC path computation without = any further request. Assuming a network with N domains having L inter-domain links in mean, we m= ust ask N*L*(L-1)/2 paths around wich is still polinomial. Using Dijkstra i= n a single run, as mentioned, requests should become N*L. This is what I ex= pect as an upper bound to the number of calls to PNC. IB>> You assume you need a single mesh of intra-domain paths interconnectin= g L links terminated by a node/domain. This means one path per Lx/Ly link c= ombination. Assume that more than one path could be found connecting Lx to = Ly: one is most optimal (shortest), another longer but with a better delay = metric, other paths are worse but with different SRLGs, etc. MDSC needs to = know about all of them, because the e2e path made of shortest intra-domain = paths may fail e2e (e.g. max. delay) constraint or path diversity constrain= . So you need more paths to deal with than you assume. [FL] You are right, of course. Contraint management is a can of worms. But = this not only happens for multi-domain but also in single domain. Here, onc= e again, you need to relax the Dijkstra blocking condition and propagate no= t only the first relaxation step arriving at a certain node (the optimim on= e) but also all the eventual ones having some better constraints. This appl= ies to all cumulative constraints, and actually also applies to your propos= al of computing paths in PNC and exporting/notifying all of them to MDSC in= advance, doesn't it ? About SRLGs, I don't agree. If you put an SRLG insid= e a XRO in order for it to be excluded from the path, I can't see how this = contribute to growth of the number of relaxation steps. Exclude resorce is = not a cumulative constraint but just a local constraint to be checked again= st any single link the process is traversing: if the link matches the const= raint, no propagation. This applies also to the in-domain path computation = and it just discards solution: you can't have a better solution violating t= he constraint (please note : here I assume mandatory constraints in order = not to write a book on the matter). This actually is the method suggested by the draft, which seems to me reaso= nable (asking only when needed will save queries to the PNCs, but on the ot= her side asking all together in the beginning would allow to send requests = in parallel to different domains, which saves time; space for some further = consideration here). The other issues, even if notable, were not discusses so far and I rather f= ocus on the scalability problem. Anyway it seems to me that they affect any= possible solution to the multi-domain problem. About the connectivity matrices, it's my turn here for not having been suff= iciently clear. 1) Several flavors as you mention is not enough. I remember you the ex= ample of the affinities, but there are many others. They are not several, t= hey are billions. IB>> Sorry, this does not make any sense to me. Why would MDSC request affi= nity constraint from a PNC when: a) interpretation of affinities is different from domain to domain an= d unknown to MDSC; [FL] I believe there are cases where SRLGs, affinities and other constraint= s and metrics are consistent and consistently known across domains and MDSC= : If a network for example is onwed by the same carrier and domains are jus= t different PNCs serving different supplier or different technology domains= , I would say this problem doesn't exist. Also in other cases different pro= viders could make agreements in order to prevent this problem. b) affinities are attributes of internal TE links MDSC does not know a= bout. According to TE tunnel model, there is only so much client can specify when= requesting a service, less so that could be used as path computation reque= sts: layer, bandwidth, inclusions, exclusions, diversity, etc. [FL] Why ? I can't see any reason to cut information, apart simplification = (as I have already said in my past e-mails : but need a list of constraint = to be removed multi-domain path computation). If you don't like affinities,= you must accept delay though : delay is a very "popular" constraint, it's = measured hopefully in a consistent way so MDSC and PNC's should all agree o= n its meaning. So, how many values should we compute in advance (and then m= aintain and notify) on PNCs for delay constraint ? Or for any other bound o= n IGP or TE metric or number of hops ? Or any combination of them ? Once ag= ain, millions ? billions ? I don't know, but a lot surely. Too many, In my = opinion. 2) Multiple intra node paths : once again, how many? My point is that,= to cover all the possible actual requests they will become far too many to= be stored, maintained and notified to MDSC when a change occurs. IB>> Why? Let's say MDSC serves OTN layer 20 domain network. Assume that ea= ch domain exposes two connectivity matrices: one optimized by shortest cost= , another - by shortest delay. Assume that each matrix has an entry for eac= h Lx/Ly/ODUtype and is associated with 4 most optimal single intra-node pat= hs and 4 SRLG-diverse path pairs. Each path yields a vector of costs, inclu= ding summary TE metric, delay, SRLGs, etc. Give me an example in which this= would not be sufficient for MDSC? [FL] Here it is : you want to compute a path with a certain bound of delay = and another bound on IGP metric, while optimizing against TE metric. Please= , don't tell me it doesn't make sense. It could well happen that the path i= n the matrix optimized for delay has a too high IGP metric and the bound on= IGP can't eventually be respected. The matrix optimized for IGP has a dela= y too high and eventually the relevant bound can't be respected as well. In= stead, it exists a path with "intermediate" values of delay and IGP, which = would make both the bounds in the end. But it's not captured in your matric= es and you loose the only suitable solution. Think also to the bandwidth parameter, and in general all parameters with a= ttached a value. In principle you should compute and export all their possi= ble combinations, or at least all the combinations that produce different p= aths, each path having attached the relevant combinations of request parame= ters. Producing matrices against single parameters doesn't work. 3) Negotiation you are mentioning isn't a path computation request to = the PNC actually? It will happen all the times MDSC can't find a good path = for a domain, that is most of the times in the beginning; the MDSC will the= n request and store these new paths and it will have a higher probability e= ventually to find a suitable path already stored in its memory; but wait...= isn't that the incremental learning mechanism I have proposed few mails ag= o ? IB>> You are right, such negotiation is eventually a compound path computat= ion request, BUT: a) there is a guarantee that in the worst case scenario there will be= no more than 1 such request per computation per PNC/MDSC; b) All such requests could be requested simultaneously and independent= ly from all/some PNCs; c) There is a guarantee that said requests will not trigger the sub-t= ree hierarchical avalanche of requests to inferior MDSCs/PNCs; d) Most importantly, these are stateful computations (here we go, we a= re finishing where we started) - once requested they do not need to be (re-= )requested again. Only matrices that are missing at the moment have to be r= euested. Once provided they will stay and be automatically kept up-to-date = until MDSC explicitly asks to remove them. There is a standard model and in= terface already for such negotiation [FL] The difference here is where the statefulness happens; in my proposal = on MDSC. MDSC, while performing path computation, collects and store the re= sults from PNCs in its store and reuse them eventually. No need for notifications or maintaining states in PNCs. Just remove a path= and substitute it with a better one when it's no longer suitable for the p= urpose. Cheers Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 11 November, 2016 3:43 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Franseco, I probably didn't make myself clear. The two main points that I was trying = to make are: 1) Dijkstra does not work on topologies with constrained/asymmetrical = nodes; 2) There will be much more calls to PNCs that you seem to believe Imagine your algorithm hit node N1 over link L1. PNC1 representing N1 is ca= lled and the response says that the path can leave N1 over links L3, L4, L5= and L6. Suppose later the algorithm reaches N1 again over link L2. Will yo= u have to call PNC1 again? Sure, because now it returns the valid outbound = links to be L3, L4, L7 and L8. Will you have to consider link L8? Sure, it = was not accounted yet. Will you have to consider link L3 again? Sure, becau= se you have not considered L2-L3 inbound/outbound link combination yet: L1-= L3 internal (intra-node) path has different costs compared to L2-L3 interna= l path. The conclusions: a) the algorithm has to (re-)visit the same node multiple times; b) PNC will be called not only when the node first discovered (as you = implied), but every time the node is reached (which could be as many times = as the number of links it terminates); c) when the node is represented by an MDSC, the entire sub-tree of MD= SCs/PNCs will be called hierarchically every time the MDSC in question is c= alled, which may dramatically increase the number of calls to PNCs, the num= ber of paths to be grown, the overall time of the path computation, etc. ; d) The biggest scalability issue is not even the number of times PNCs/= MDSCs need to be called - the amount of paths that need to be grown. Note t= hat PNC needs to return not just most optimal paths to all outbound links i= t can reach, rather, all possible such paths, so that end-to-end path const= raints could be met. Other issues are (some of them you mentioned below): a) how the algorithm prefers a segment over domain1 over a segment ov= er domain 2 when the metrics are not normalized (apples and oranges)? b) how the algorithm deals with independent/overlapping SRLGs in the d= omains? c) what if domains have independent overlapping name space for node a= nd link IDs? In other words. what does a path returned by a PNC even mean to MDSC? Furthermore, I disagree with what you said about node's connectivity matric= es because: 1) Several flavors of matrices could be provided (e.g. one optimized = by smallest cost and another by shortest delay); 2) Multiple intra-node paths could be associated with the same inbound= -outbound link combination. Each such path will yield a separate vector of = costs (summary TE cost, delay, max. bandwidth, internal SRLGs, internal aff= inities) that could be compared against the MDSC's path computation constra= ints; 3) Most importantly, TE topology model allows for negotiation of exact= connectivity matrices MDSC needs from PNCs. Such negotiation could happen = at any time, including before or even in the middle of the path computation= if the MDSC thinks the ones it has already are not good or sufficient enou= gh. Cheers, Igor From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com] Sent: Thursday, November 10, 2016 5:28 PM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Igor, please see inline. BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 10 November, 2016 8:53 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, There are few issues with your logic, I think: 1) Nodes representing domains must be considered as blocking/asymmetri= cal nodes. Dijkstra assumes symmetrical nodes; so the "idea is to run Dijks= tra on the MDSC abstract topology and trigger a path computation to the rel= evant PNCs as soon as a node representing a domain is found" is questionabl= e to begin with; [FL] Of course there are far more details than the ones included in my e-ma= il (long enough I think). One of these is that, of course, for each path re= turned by the PNC also the relevant metrics and delay shall be returned. Th= ese, and also NO-PATH information if some connectivity is not possible, wil= l be used by MDSC during path computation; metrics and delay shall be adde= d to the currently computed ones, or if no path is found towards a certain = inter-domain link, no propagation will occur on that link; this compensates= the blocking/asymmetrical characteristics of the node-domains. 2) What happens if the algorithm finds a node represented not by a PNC= , but by another (lower hierarchy level) MDSC? [FL] Nothing different from a PNC I believe. As far as MDSC can compute pat= hs as a PNC does and return them to the higher level MDSC, I can't see any = difference. 3) Assume you want to compute a single path on a 20-domain topology or= iginating in domain 1 and terminating in, say, domain17. I don't think you = have much choice but: a) request PNC 1 to compute all possible (not just optional) paths fr= om the path source to all domain 1 inter-domain links; b) request all neighboring PNCs to "grow" all the computed paths over = inter-domain links into the domains up to their respective outbound inter-d= omain links with potentially significant increase in the number of successf= ul paths; c) repeat step b) until the paths reach the destination (17th) domain= ; d) grow the paths until they hit the path computation destination; e) select the most optimal path I hope you agree that this is a lot of computations. [FL] Well, maybe "a lot", but not exponentially growing with the number of = domains and inter-domain links. That was the point of my previous e-mail. T= hen we can decide we have too many messages around, but I believe we first = need some criteria to understand what "a lot" or "too many" means. I also hope you agree that computing such path on a single 20 node topology= equipped with node detailed connectivity matrices is instantaneous; [FL] Yes, istantaneous, but, in general, wrong as far as the connectivity m= atrices don't reflect the actual request parameters. Think about a request = asking for a path with some affinity constraint, for example. Affinities ar= e 32 bits values; you can ask to include/exclude links in 3 different ways,= specifying for each one any of the 2^32 affinity combinations. Results of = the path computation can be completely different depending on the affinity = value and include/exlcude options. In theory to cope with just the affinity= constraint we should create L*(L-1)/2 * 3 * 2^32 paths per domain. And we = still have to combine this (that is multiply) with all the other constraint= s. Maybe we could renounce to some constraints and limit the flexibility of pa= th computation. In my view this is the only way to make the connectivity ma= trix method a little bit more appealing. But I still have dubts even with "= essential" parameters like just bandwidth and objective functions. 4) Computing diverse paths as two single path computations with the to= pology transformation in between does not apply here: the paths may go thro= ugh the same and/or different domains whose internal topologies are not kno= wn (hence there is nothing to transform); [FL] I agree that here the problem is more complex than in a single domain.= I didn't do tests yet on this, but I assume that a PNC should give also th= e possibility to ask for a path in diversity from another path. So when the= second path computation crosses the result of the first one in the same do= main, we should ask the relevant PNC for a path computation in diversity fr= om the previous path (possibly using the XRO mechanism) in order to be guar= anteed that even though the same domain is used, the two paths are still di= verse (PNC can guarantee that; if no diverse path is found, we should try a= nd manage the offending domain as the offending links in bhandari algorithm= , chasing them out from the solution). 5) Computing a connectivity matrix on a known (fully visible) topology= is simple (as you said, could be done in a single run) and also could be e= asily distributed between several path computers to produce/support several= flavors of said matrix (e.g. differently optimized). Each matrix entry may= be associated with one or more intra-node paths and provide to the MDSC va= rious metrics, like delay, cost, max. bandwidth, SRLGs) It could be done i= n background when the path computers have nothing else to do (which is most= of the time). [FL] As said above, the point here is that you don't know the request param= eters yet. And I do believe that in order to compute matrices suitable for = the purpose, either you have to compute (and store, and maintain) too many = of them, or you have to reduce too much the complexity of the problem to be= solved. Cheers, Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Thursday, November 10, 2016 12:39 PM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, it seems to me that the number of path computations should grow polinomiall= y and not esponentially with the number of domains and inter-domain links. Here it is some consideration about that, and correct me if I am wrong. Assume that the domains are abstracted on MDSC as nodes, and assume we have= a network of domains only (adding "normal" nodes doesn't affect the propos= ition). The idea is to run Dijkstra on the MDSC abstract topology and trigger a pat= h computation to the relevant PNCs as soon as a node representing a domain = is found. The abstract topology on MDSC will be a network with a number of nodes equa= l to the number of domains and a number of links equal to the inter-domain = links. If we run the Dijkstra algorithm to compute an end-to-end path on that topo= logy the complexity of it, which is related to the number of relaxation ste= ps, is polinomial as you know. So the number of requests going down to the = different PNCs must be polinomial as well. Take also into account that Dijkstra is normally used to find the shortest = path between two end-points in the network, but actually the algorithm is c= apable to find in a single run (with the same complexity) the shortest path= between a given node and any other node in the network. This should suggest to make the best of this property and foresee in the pr= otocol/model a single request capable to return all the suitable paths from= a given source to all the other nodes (or to a selected set of nodes, name= ly the exit nodes connected to the inter-domain links). In that way we shou= ld have one request per domain, to feed the relaxation steps between one in= gress point of the domain and all the points connected to inter-domain link= s. In the standard Dijkstra one domain/node will be traversed (that is will ge= nerate relaxation steps to its links) at most once, as any other relaxation= step passing through it eventually will be stopped once the node has been = visited. So, with this method, in the very worst case (when the best path i= s the Hamiltonian path, the one traversing all the nodes once) we'll have a= number of requests to the PNCs equal to the number of PNCs (one per PNC). If instead we use normal point-to point path computations, we should ask L-= 1 path computations to each PNC, where L is the number of inter-domain link= s connected to the domain managed by the PNC, which is still polinomial in = the number of domains and inter-domain links. Regarding path computation for paths in diversity, it should be still polin= omial, as if you use for example the Bhandari algorithm to do so, you see t= hat it's actually a sequence of two Dijkstra path computations plus some ne= twork transformation in between (modification of some link weights). The fi= rst instance is a traditional path computation, while the second one is a m= odified version allowing negative costs on the edges, but still polinomial.= So once again the result should still be polinomial and the number of requ= est shouldn't diverge. Now, something about the other approach mentioned in your e-mail, which imp= lies computing all the possible paths inside any domain in advance. It is polinomial as well, but with a higher number of path computations, as= for any domain in the network you have to compute L(L-1)/2 paths. Of course, you'll say, this happens once and not at any path computation. T= hat's true, but : - As soon as network get increasingly used, the computed paths cou= ld become invalid. So you need to recompute them as needed and advertise al= l the changes - You perform a path computation "in advance", that is before the = actual request is done, and therefore PNC cannot be aware of the future req= uirements in term of bandwidth, objective functions, constraints and so on.= Computed paths will not be suitable in general for all the future requests= , and of course it's not conceivable to compute those paths for all the pos= sible combinations of the request parameters (this should grow esponentiall= y!) Something that I would like to investigate further is the possibility for t= he MDSC to store the results of the path computations returned by the PNCs= along the time and reuse them as applicable during the future path computa= tions. At the end of the day this is something similar to the connectivity matrix = concept, with two main differences: - It's built incrementally from real requests and therefore with r= eal parameters - It's build by MDSC and maintained inside MDSC, no need for notif= ications. BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 10 November, 2016 5:15 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Franseco, We have discussed with Italo the applicability of path computation service = for multi-domain scenarios and agreed (at least my impression) that this re= alistically works for no more than two or three domains. For a single e2e p= ath computation the number of paths MDSC needs to request from PNCs grows e= xponentially with the number of domains and the number of inter-domain link= s. The things get worse when MDSC needs to compute e2e diverse (e.g. SRLG-d= isjoint) paths for a single e2e protected service and still worse when MDS= C needs to place more than one e2e services with global optimization criter= ia in mind. Things get still much worse when MDSCs are linked into a hierar= chy, and path computation services will have to be requested vertically thr= ough entire hierarchy from all subordinate MDSCs and PNCs Please, see further in line. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Thursday, November 10, 2016 5:02 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, I assumed in fact a multi-domain ACTN scenario, as stated in the abstract o= f draft-busibel-teas-yang-path-computation-00, where I believe we have the = most interesting use cases for path computation services. I believe we shou= ld consider all of these, as the same model shall be used both for single a= nd multi-domain scenarios. Regarding path computation on MDSC: in an ideal world MDSC could read topol= ogy from PNCs and compute itself end-to-end paths but there are cases where= this could be either impossible or not convenient: - For some reasons (e.g. security/privacy) the PNC doesn't export = full topology information to the MDSC, so that such information is not suit= able for a path computation on MDSC IB>> No one expects PNC to export full topology information, it is likely t= o contain proprietary information and hence useless for the MDSC anyway. PN= C is expected to expose an abstract TE topology, which could be as small as= a single TE node with detailed connectivity matrix; - For some reasons (e.g. scalability) MDSC doesn't want to get ful= l topology information from the subtended domains IB>> See comment above; - For some reasons (e.g. lack of knowledge about the internal mode= l of the equipment managed by the PNC : especially in WDM networks) MDSC is= not capable to cumpute reliably a feasible path in a domain IB>> This is not a concern: all the necessary computations are done already= by PNCs when exposing and updating the abstract TE topologies. IB>> Furthermore, according to ACTN MDSCs could be linked in a hierarchy. T= his means that for a top level MDSC e2e path computation, the path computat= ion services need to be requested hierarchically from all subordinate MDSCs= and PNCs across all hierarchy levels. In contrast, multi-level abstraction= of TE topologies is not a problem BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 8:33 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, Please, note that the context of this discussion is single domain. In my op= inion MDSC should not rely on the Path computation services (stateless or = stateful) provided by PNCs, rather, on its own path computation on TE topol= ogy, the product of merging of abstract TE topologies catered by the subor= dinate PNCs. And BTW said abstract TE topologies should be kept up-to-date = by the PNCs (i.e. with updates, stateful). Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Wednesday, November 09, 2016 12:42 PM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Well, I know implementations of both the "flavours", and I would say that t= he most complex are the pre-planned ones. So, it could be an interesting use case, but we need to be aware that it co= mes with a price. Take also into account that the path recomputation inside the provider coul= d not necessarily offer an optimal solution end-to-end, and the client (the= MDSC actually) should anyway check whether the end-to-end path, when a cha= nge happens on a segment, is still in compliance with its constraints (e.g.= if there is a latency constraint on the end-to-end path, it may happen tha= t the recomputed segment has a longer latency that leads to exceeding the c= onstraint on the end to end path : but the provider only sees that single s= egment of the end-to-end path and taking into account the end-to-end constr= aints could be really difficult). Regarding the TE-link, I was actually interested on what the provider (that= is the PNC) advertises to the client (MDSC) when reservation occurs. It ca= nnot advertise A'B' as it knows only A and B, but advertising AB seems to m= e not correct. BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 4:56 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, Please, see in-line. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Wednesday, November 09, 2016 10:27 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? FL>> Probably the same in case the provider notifies "Hey, I have no= longer anything for you". IB>> But this would be a bit too late, wouldn't it? Wouldn't it be better i= f the client has learnt about the previously returned path unfeasibility ah= ead of time, so that it could re-plan it's failure recovery scheme? If there is no (more) path, there is no path. The client could only try and= crankback looking for some different path or report an alarm. IB>> Relying on crankbaks in an unpredictable way is not exactly a good sol= ution, right? The scenario that seems more applicable to your proposal is a pre-planned r= estoration mechanism where we have a worker path in-service and a protectio= n path just computed (but not reserving network resources, in order to shar= e them among several protection paths), in a multi-domain network. In that = case, reserving te-tunnels like you suggest, could give an advantage, as th= e end-to-end cranckback could occur when the notification with "no-path" is= triggered by the provider (that means the protection path or some of its s= egments is no longer valid) and not when the path deployment is triggered b= y the client (that means the worker path is gone and we need the protection= immediately). Is this the case you are considering ? IB>> Exactly. All the scenarios you can think of where you don't know when = and where a problem may happen and you want to maintain flexibility and sha= re the network resources to protect as much as you can In other cases, as when used during an end-to-end path computation with imm= ediate deployment to reduce the possibility of conflicts among concurrent p= rocedures, it seems to me less important or applicable, as all these proced= ures will likely be orchestrated by the same entity, which could well avoid= conflicts. IB>> All cases where the provider wants to expose a potentiality without co= mmitting resources to cover for the client multiple use cases and provide a= t the same time some degree (albeit not perfect) predictability. 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. FL>> This means that the provider just sends the reply to the path computat= ion request and doesn't advertise any new TE link to the client ? This is a= ctually what I would expect: the task to manage TE-links in the overlay top= ology is with the client. IB>> Overlay TE topology manager advertises a TE link that is supported not= by a provisioned in a server layer TE tunnel (connection), rather, by a co= mputed and monitored path. This way the overlay TE topology manger can adve= rtise multiple abstract TE links mapped onto the same network resources Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 3:47 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. Igor From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com] Sent: Wednesday, November 09, 2016 9:26 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Igor, IMHO simplicity pays back. Instead than maintaining all these states, notif= ying clients all the times something changes, and repeating path-computatio= n as needed, isn't better for a client (and provider) to ask what is needed= when it's needed, and get the best result back at that moment ? Regarding the abstract link in the overlay topology, I still can't see what= the provider will advertise. If it's a new link representing the forwardin= g adjacency between A' and B', how it will be represented by the provider ? BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 2:48 PM To: Fatai Zhang >; Fran= cesco Lazzeri >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Francesco, Please, see in-line. Cheers, Igor The point here is for how long the provider should keep the computed path a= nd its request parameters IB>> As far as the provider is concerned, the requested path and its parame= ters is a TE tunnel (albeit computed but not provisioned). So it keeps the = state until the client removes the TE tunnel. (in fact if we want to have a possibly better path, at any change inside pr= ovider topology, resource status and usage, the provider should check if th= e computed path is still feasible and/or redo path computation to find a be= tter path). This could be an overhead, in my view. IB>> For example, if provider is to ensure the path's feasibility, all it n= eeds is to detect a change in a TE link the path is going through and make = sure that the change does not make the path unfeasible. Only in the latter= case the path re-computation needs to be scheduled and performed in a back= ground thread. Furthermore, I can't see how the provider could export the abstract TE-link= , as this is inside the client topology; IB>> The abstract link is a part of the abstract topology "cooked" (customi= zed) for the client, which is supported by the computed path in the underla= y topology, which is the provider's topology. in fact, if the client is asking for a path between A and B (A and B inside= provider topology), having A' (in client topology) connected to A and B' (= in client topology) connected to B, the relevant abstract TE link (the forw= arding adjacency) should be built between A' and B', that is in the client = topology; therefore the client should be in charge of managing it, as the p= rovider is not aware of A' and B'. IB>> This is correct, but note that the two topologies (underlay and overla= y) according to the TE topology model have independent and unrelated name s= paces for node, link and SRLG IDs. So it is perfectly Ok. IB>> Also note that according to TE topology model one important attribut= e of a TE node (especially abstract composite node) is connectivity matrix,= which is nothing but a set of stateful paths computed, re-computed and con= stantly monitored (but not reserved) over the TE topology the node encapsul= ates. This means that stateful unreserved paths play already a very import= ant part in supporting TE topologies with asymmetrical blocking abstract TE= nodes. Igor BR Francesco From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: 04 November, 2016 7:12 PM To: Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; TEAS WG= (teas@ietf.org) = >; pce@ietf.org Subject: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel-teas-y= ang-path-computation-00 Dieter, A client may ask for a path not to be used immediately (e.g. to present as = an abstract TE link to its own client, in some failure restoration scheme o= r as a part of disaster recovery network topology re-configuration) without= committing any network resources. In this case the client would want to kn= ow at least if/when the path has stopped being feasible any longer or (ide= ally) a better path is available. This is similar to exposing to a client an abstract TE topology with an unc= ommitted abstract TE link (i.e. TE link that does not have a committed TE t= unnel supporting it and advertises potentiality). Once such link is provide= d, the provider is expected to send updates when/if the TE link attributes = change. For uncommitted/potential TE link such updates could be provided ba= sed on event driven re-computation of the potentiality the TE link represen= ts. The point is that an uncommitted abstract TE link and COMPUTE_ONLY TE tunne= l can represent (each in its own way) the same network potentiality Cheers, Igor From: Dieter Beller [mailto:Dieter.Beller@nokia.com] Sent: Friday, November 04, 2016 1:49 PM To: Igor Bryskin Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Igor, could you please clarify how useful a stateful path without resource alloca= tion is. I can't see the benefits of this use case. Thanks, Dieter On 04.11.2016 14:25, Igor Bryskin wrote: Hi Dieter, A provider may compute path(s) for a TE tunnel, and then (without any resou= rce allocation) may start monitoring/ensuring the path validity/optimality = by re-computing them in an event driven manner. For example, it can trigger= the re-computation of the path(s) when detecting a change in a state of a = TE link the current path(s) are going through. Depending on the results ad= ditional notifications may be sent to the client. Note that this is in addition to the reasons you correctly identified for i= mplementing stateful path computation (such as compute_and_reserve). Cheers, Igor From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com] Sent: Thursday, November 03, 2016 6:27 PM To: Leeyoung Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi all, when we talk about the stateful path computation use case, it means IMHO th= at when a path has been calculated successfully in response to a request, a= new path object is created in the data store. This does only make sense if= the resources have been allocated in the TED of the PCE irrespective of th= e fact whether the connection along this path will be established right awa= y or at a later point in time. This will prevent further path computation r= equests from assuming that the resources are still available. As the TED of= the PCE also has to reflect the network state, I would assume that the net= work resources can be in one of the following three states: available, allo= catedButNotInUse, allocatedAndInUse. The path objects also need state info= rmation reflecting for example the alarm state of the allocated resources. = The path calculated earlier may become (temporarily) invalid due to a link = failure affecting the path. Does this make sense? Thanks, Dieter Sent from my tablet Leeyoung wrote: Igor, When you say "state", are you referring to the YANG datastore or some other= "interim" state of those paths that are calculated but not instantiated as= LSPs? If we were to update the YANG datastore for this, I would think that= we may have some issue when the customer decided not to instantiate the TE= tunnel (after the path compute request). Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 3:02 PM To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Young, >From the provider controller point of view COMPUTE_ONLY TE tunnels will hav= e exactly the same state as "normal" (COMPUTE_ADN_PROVISION) TE tunnels. Igor From: Leeyoung Sent: Thursday, November 03, 2016 3:42 PM To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Igor, In such case, would the YANG datastore be updated? I guess not. If not, the= n the system/controller has to keep this interim state, would it? Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Michael, You are exactly right. The purpose of the "compute-only" TE tunnel is to cr= eate/maintain the normal TE tunnel state and (re-)compute TE paths for the = TE tunnel connections/LSPs but not signal/provision the LSPs. Igor From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: Thursday, November 03, 2016 3:17 PM To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Isn't the intention of defining "compute-only tunnels" to create state in t= he controller, but not to signal them? If the tunnel should be signaled and= resources shall be allocated, why not just configure a vanilla tunnel? Use= s cases seem to exist for both variants, and both can be encoded in YANG. I= s there anything I miss here? Michael From: Leeyoung [mailto:leeyoung@huawei.com] Sent: Thursday, November 03, 2016 7:49 PM To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Hi Michael, I think I am with you on your point. If we use rpc, it is clear. On the oth= er hand, if we were to use "stateful compute-only" it seems that the system= /controller has to keep the state of the paths somewhere which is not YANG = datastore. My understanding is that YANG datastore is updated only when the= path is signaled and resource is allocated. Would this give the system/con= troller additional burden to keep the "interim" state? Young From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (N= okia - DE) Sent: Thursday, November 03, 2016 8:58 AM To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Maybe I miss something, but to me, the domain controller either computes a = path stateless, which can be modeled in YANG in an RPC. Or the domain contr= oller computes a path, stores state, and provides access to the result in t= he YANG datastore. In the latter case, whether resources are allocated, or = whether the NEs get actually provisioned, is an orthogonal question. As a side note, I am not sure of I would call a domain controller or an NMS= a PCE. Path computation is only a subset of the functions of a domain cont= roller. Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_AM4PR07MB1521E9A89B3B636CED6E40AB96BA0AM4PR07MB1521eurp_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

    Igor,

    See in-line-in-line= . I promise you I’ll not anwser any longer. I understand from this di= scussion we are in front of a dual solution, and as always happens, dual so= lutions have both benefits and drawbacks.

    I believe it’= s not beneficial discussing too long in abstract about such stuff, even tho= ugh I recognise that this exchange of opinions with an expert like you is r= eally exciting.

    I am running simula= tions about this stuff. Maybe eventually I’ll come back with some num= erical results.

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.= com]
    Sent: 11 November, 2016 7:56 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai = Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter.Beller@nokia.= com>
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Sc= harf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; = TEAS WG (teas@ietf.org) <teas@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00

     

    Fransesco,<= /span>

     

    Please, see in-line.

     

    Igor=

     

     

    From: Teas [mailto:teas-bounces@ietf.o= rg] On Behalf Of Francesco Lazzeri
    Sent: Friday, November 11, 2016 10:43 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Igor,

    I know that “= pure” Dijkstra actually cannot be used (in most cases) and used it fo= r brevity. Constrained Dijkstra and derivative algorithms that are actually= used relax some of the rules of Dijkstra without becoming exponential for that.

    Think to a very wor= st case wher you ask for all the possible paths to all domains and then use= this information for the MDSC path computation without any further request= .  

    Assuming a network = with N domains having L inter-domain links in mean, we must ask N*L*(L-1)/2= paths around wich is still polinomial. Using Dijkstra in a single run, as = mentioned, requests should become N*L. This is what I expect as an upper bound to the number of calls to PNC.

     

    IB>> You assume = you need a single mesh of intra-domain paths interconnecting L links termin= ated by a node/domain. This means one path per Lx/Ly link combination. Assu= me that more than one path could be found connecting Lx to Ly: one is most optimal (shortest), another longer but wi= th a better delay metric, other paths are worse but with different SRLGs, e= tc. MDSC needs to know about all of them, because the e2e path made of shor= test intra-domain paths may fail e2e (e.g. max. delay) constraint or path diversity constrain. So you need = more paths to deal with than you assume.

     

    [FL] You are right,= of course. Contraint management is a can of worms. But this not only happe= ns for multi-domain but also in single domain. Here, once again, you need t= o relax the Dijkstra blocking condition and propagate not only the first relaxation step arriving at a certain nod= e (the optimim one) but also all the eventual ones having some better const= raints. This applies to all cumulative constraints, and actually also appli= es to your proposal of computing paths in PNC and exporting/notifying all of them to MDSC in advance, doesn= ’t it ? About SRLGs, I don’t agree. If you put an SRLG inside a= XRO in order for it to be excluded from the path, I can’t see how th= is contribute to growth of the number of relaxation steps. Exclude resorce is not a cumulative constraint but just a local con= straint to be checked against any single link the process is traversing: if= the link matches the constraint, no propagation. This applies also to the = in-domain path computation and it just discards solution: you can’t have a better solution violating t= he constraint (please  note : here I assume mandatory constraints in o= rder not to write a book on the matter).

     

     

    This actually is th= e method suggested by the draft, which seems to me reasonable (asking only = when needed will save queries to the PNCs, but on the other side asking all= together in the beginning would allow to send requests in parallel to different domains, which saves time; space= for some further consideration here).

     

    The other issues, e= ven if notable, were not discusses so far and I rather focus on the scalabi= lity problem. Anyway it seems to me that they affect any possible solution = to the multi-domain problem.

     

    About the connectiv= ity matrices, it’s my turn here for not having been sufficiently clea= r.

    1)      Several fla= vors as you mention is not enough. I remember you the example of the affini= ties, but there are many others. They are not several, they are billions.

     

    IB>> Sorry, this= does not make any sense to me. Why would MDSC request affinity constraint = from a PNC when:

    a)&n= bsp;      interpretation= of affinities is different from domain to domain and unknown to MDSC;=

    [FL] I believe ther= e are cases where SRLGs, affinities and other constraints and metrics are c= onsistent and consistently known across domains and MDSC: If a network for = example is onwed by the same carrier and domains are just different PNCs serving different supplier or differen= t technology domains, I would say this problem doesn’t exist. Also in= other cases different providers could make agreements in order to prevent = this problem.

    b)&n= bsp;     affinities are= attributes of internal TE links MDSC does not know about.

    According to TE tunnel= model, there is only so much client can specify when requesting a service,= less so that could be used as path computation requests: layer, bandwidth,= inclusions, exclusions, diversity, etc.

    [FL] Why ? I can= 217;t see any reason to cut information, apart simplification (as I have al= ready said in my past e-mails : but need a list of constraint to be removed= multi-domain path computation). If you don’t like affinities, you must accept delay though : delay is a very “pop= ular” constraint, it’s measured hopefully in a consistent way s= o MDSC and PNC’s should all agree on its meaning. So, how many values= should we compute in advance (and then maintain and notify) on PNCs for delay constraint ? Or for any other bound on IGP or TE metric = or number of hops ? Or any combination of them ? Once again, millions ? bil= lions ? I don’t know, but a lot surely. Too many, In my opinion.=

     

    2)      Multiple in= tra node paths : once again, how many? My point is that, to cover all the p= ossible actual requests they will become far too many to be stored, maintai= ned and notified to MDSC when a change occurs.

    IB>> Why? Let= 217;s say MDSC serves OTN layer 20 domain network. Assume that each domain = exposes two connectivity matrices: one optimized by shortest cost, another = – by shortest delay. Assume that each matrix has an entry for each Lx/Ly/ODUtype and is associated with 4 most optimal sing= le intra-node paths and 4 SRLG-diverse path pairs. Each path yields a vecto= r of costs, including summary TE metric, delay, SRLGs, etc. Give me an exam= ple in which this would not be sufficient for MDSC?

    [FL] Here it is : y= ou want to compute a path with a certain bound of delay and another bound o= n IGP metric, while optimizing against TE metric. Please, don’t tell = me it doesn’t make sense. It could well happen that the path in the matrix optimized for delay has a too high IGP metric = and the bound on IGP can’t eventually be respected. The matrix optimi= zed for IGP has a delay too high and eventually the relevant bound can̵= 7;t be respected as well. Instead, it exists a path with “intermediate” values of delay and IGP, which woul= d make both the bounds in the end. But it’s not captured in your matr= ices and you loose the only suitable solution.

    Think also to the b= andwidth parameter, and in general all parameters with attached a value. In= principle you should compute and export all their possible combinations, o= r at least all the combinations that produce different paths, each path having attached the relevant combinatio= ns of request parameters. Producing matrices against single parameters does= n’t work.

     

    3)      Negotiation= you are mentioning isn’t a path computation request to the PNC actua= lly? It will happen all the times MDSC can’t find a good path for a d= omain, that is most of the times in the beginning; the MDSC will then request and store these new paths and it will have a hi= gher probability eventually to find a suitable path already stored in its m= emory; but wait… isn’t that the incremental learning mechanism = I have proposed few mails ago ?

     

    IB>> You are rig= ht, such negotiation is eventually a compound path computation request, BUT= :

     

    a)&n= bsp;      there is a gua= rantee that in the worst case scenario there will be no more than 1 such re= quest per computation per PNC/MDSC;

    b)&n= bsp;     All such reque= sts could be requested simultaneously and independently from all/some PNCs;=

    c)&n= bsp;      There is a gua= rantee that said requests will not trigger the sub-tree hierarchical avalan= che of requests to inferior MDSCs/PNCs;

    d)      Most im= portantly, these are stateful computations (here we go, we are finishing wh= ere we started) – once requested they do not need to be (re-)requeste= d again. Only matrices that are missing at the moment have to be reuested. Once provided they will stay and be aut= omatically kept up-to-date until MDSC explicitly asks to remove them. There= is a standard model and interface already for such negotiation<= /span>

    [FL] The difference= here is where the statefulness happens; in my proposal on MDSC. MDSC, whil= e performing path computation, collects and store the results from PNCs in = its store and reuse them eventually.

    No need for notific= ations or maintaining states in PNCs. Just remove a path and substitute it = with a better one when it’s no longer suitable for the purpose.

     

     

    Cheers

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 11 November, 2016 3:43 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller = <Dieter.Beller@nokia.com&= gt;
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; TEAS WG (teas@ietf.org) <te= as@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Hi Franseco,

     

    I probably didn’= t make myself clear. The two main points that I was trying to make are:

    1)      Dijkstra does not work on topologies w= ith constrained/asymmetrical nodes;

    2)      There will be much more calls to PNCs = that you seem to believe

     

    Imagine your algorithm= hit node N1 over link L1. PNC1 representing N1 is called and the response = says that the path can leave N1 over links L3, L4, L5 and L6. Suppose later= the algorithm reaches N1 again over link L2. Will you have to call PNC1 again? Sure, because now it returns th= e valid outbound links to be L3, L4, L7 and L8. Will you have to consider l= ink L8? Sure, it was not accounted yet. Will you have to consider link L3 a= gain? Sure, because you have not considered L2-L3 inbound/outbound link combination yet: L1-L3 internal (in= tra-node) path has different costs compared to L2-L3 internal path.

    The conclusions:<= /o:p>

    a)      = ; the algorithm has to (re-)visit the sa= me node multiple times;

    b)      PNC will be called not only when the n= ode first discovered (as you implied), but every time the node is reached (= which could be as many times as the number of links it terminates);

    c)      = ; when the node is represented by an MDS= C, the entire sub-tree of MDSCs/PNCs will be called hierarchically every ti= me the MDSC in question is called, which may dramatically increase the numb= er of calls to PNCs, the number of paths to be grown, the overall time of the path computation, etc. ;

    d)      The biggest scalability issue is not e= ven the number of times PNCs/MDSCs need to be called – the amount of = paths that need to be grown. Note that PNC needs to return not just most op= timal paths to all outbound links it can reach, rather, all possible such paths, so that end-to-end path constra= ints could be met.

     

    Other issues are (some= of them you mentioned below):

    a)      = ; how the algorithm prefers a segment ov= er domain1 over a segment over domain 2 when the metrics are not normalized= (apples and oranges)?

    b)      how the algorithm deals with independe= nt/overlapping SRLGs in the domains?

    c)      = ; what if domains have independent overl= apping name space for node and link IDs?

     

    In other words. what d= oes a path returned by a PNC even mean to MDSC?

     

    Furthermore, I disagre= e with what you said about node’s connectivity matrices because:=

    1)      Several flavors of  matrices coul= d be provided (e.g. one optimized by smallest cost and another by shortest = delay);

    2)      Multiple intra-node paths could be ass= ociated with the same inbound-outbound link combination. Each such path wil= l yield a separate vector of costs (summary TE cost, delay, max. bandwidth,= internal SRLGs, internal affinities) that could be compared against the MDSC’s path computation constrain= ts;

    3)      Most importantly, TE topology model al= lows for negotiation of exact connectivity matrices MDSC needs from PNCs. Such n= egotiation could happen at any time, including before or even in the middle= of the path computation if the MDSC thinks the ones it has already are not= good or sufficient enough.

     

     

    Cheers,

    Igor  

     

     

    From: Francesco Lazzeri [mail= to:francesco.lazzeri@ericsson.com]
    Sent: Thursday, November 10, 2016 5:28 PM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Igor, please see in= line.

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 10 November, 2016 8:53 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller = <Dieter.Beller@nokia.com&= gt;
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; TEAS WG (teas@ietf.org) <te= as@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,

     

    There are few issue= s with your logic, I think:

     

    1)     = ; Nodes representing domains must be = considered as blocking/asymmetrical nodes. Dijkstra assumes symmetrical nod= es; so the “idea is to run Dijkstra on the MDSC abstract topology and= trigger a path computation to the relevant PNCs as soon as a node representing a domain is found” is questionab= le to begin with;

    [FL] Of course ther= e are far more details than the ones included in my e-mail (long enough I t= hink). One of these is that, of course, for each path returned by the PNC a= lso the relevant metrics and delay shall be returned. These, and also NO-PATH information if some connectivity is n= ot possible, will be used by MDSC during path computation;  metrics an= d delay shall be added to the currently computed ones, or if no path is fou= nd towards a certain inter-domain link, no propagation will occur on that link; this compensates the blocking/asym= metrical characteristics of the node-domains.

    2)     = ; What happens if the algorithm finds= a node represented not by a PNC, but by another (lower hierarchy level) MD= SC?

    [FL] Nothing differ= ent from a PNC I believe. As far as MDSC can compute paths as a PNC does an= d return them to the higher level MDSC, I can’t see any difference.

    3)     = ; Assume you want to compute a single= path on a 20-domain topology originating in domain 1 and terminating in, s= ay, domain17. I don’t think you have much choice but:

    a)  = ;     request PNC 1 to compute all possib= le (not just optional) paths from the path source to all domain 1 inter-dom= ain links;

    b)  = ;    request all neighboring PNCs to = 220;grow” all the computed paths over inter-domain links into the dom= ains up to their respective outbound inter-domain links with potentially si= gnificant increase in the number of successful paths;

    c)  = ;     repeat step b) until the paths reac= h the destination (17th) domain;

    d)  = ;    grow the paths until they hit the p= ath computation destination;

    e)  = ;    select the most optimal path

     

    I hope you agree th= at this is a lot of computations.

    [FL] Well, maybe &#= 8220;a lot”, but not exponentially growing with the number of domains= and inter-domain links. That was the point of my previous e-mail. Then we = can decide we have too many messages around, but I believe we first need some criteria to understand what “a lot̶= 1; or “too many” means.

     

    I also hope you agr= ee that computing such path on a single 20 node topology equipped with node= detailed connectivity matrices is instantaneous;

    [FL] Yes, istantane= ous, but, in general, wrong as far as the connectivity matrices don’t= reflect the actual request parameters. Think about a request asking for a = path with some affinity constraint, for example. Affinities are 32 bits values; you can ask to include/exclude links in 3 d= ifferent ways, specifying for each one any of the 2^32 affinity combination= s. Results of the path computation can be completely different depending on= the affinity value and include/exlcude options. In theory to cope with just the affinity constraint we should cre= ate L*(L-1)/2 * 3 * 2^32 paths per domain. And we still have to combine thi= s (that is multiply) with all the other constraints.

    Maybe we could reno= unce to some constraints and limit the flexibility of path computation. In = my view this is the only way to make the connectivity matrix method a littl= e bit more appealing. But I still have dubts even with “essential” parameters like just bandwidth and= objective functions.

     

    4)     = ; Computing diverse paths as two sing= le path computations with the topology transformation in between does not a= pply here: the paths may go through the same and/or different domains whose= internal topologies are not known (hence there is nothing to transform);

    [FL] I agree that h= ere the problem is more complex than in a single domain. I didn’t do = tests yet on this, but I assume that a PNC should give also the possibility= to ask for a path in diversity from another path. So when the second path computation crosses the result of the first = one in the same domain, we should ask the relevant PNC for a path computati= on in diversity from the previous path (possibly using the XRO mechanism) i= n order to be guaranteed that even though the same domain is used, the two paths are still diverse (PNC can g= uarantee that; if no diverse path is found, we should try and manage the of= fending domain as the offending links in bhandari algorithm, chasing them o= ut from the solution).

    5)     = ; Computing a connectivity matrix on = a known (fully visible) topology is simple (as you said, could be done in a= single run) and also could be easily distributed between several path comp= uters to produce/support several flavors of said matrix (e.g. differently optimized). Each matrix entry may be asso= ciated with one or more intra-node paths and provide to the MDSC various me= trics, like delay, cost, max. bandwidth, SRLGs)  It could be done in b= ackground when the path computers have nothing else to do (which is most of the time).

    [FL] As said above,= the point here is that you don’t know the request parameters yet. An= d I do believe that in order to compute matrices suitable for the purpose, = either you have to compute (and store, and maintain) too many of them, or you have to reduce too much the complexity = of the problem to be solved.

     

    Cheers,<= /span>

    Igor

     

     

     

     

    From: Teas [mailto:teas-bounces@ietf.o= rg] On Behalf Of Francesco Lazzeri
    Sent: Thursday, November 10, 2016 12:39 PM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Igor,

    it seems to me that= the number of path computations should grow polinomially and not esponenti= ally with the number of domains and inter-domain links.

    Here it is some con= sideration about that, and correct me if I am wrong.

     

    Assume that the dom= ains are abstracted on MDSC as nodes, and assume we have a network of domai= ns only (adding “normal” nodes doesn’t affect the proposi= tion).

    The idea is to run = Dijkstra on the MDSC abstract topology and trigger a path computation to th= e relevant PNCs as soon as a node representing a domain is found.

    The abstract topolo= gy on MDSC will be a network with a number of nodes equal to the number of = domains and a number of links equal to the inter-domain links.

    If we run the Dijks= tra algorithm to compute an end-to-end path on that topology the complexity= of it, which is related to the number of relaxation steps, is polinomial a= s you know. So the number of requests going down to the different PNCs must be polinomial as well.

    Take also into acco= unt that Dijkstra is normally used to find the shortest path between two en= d-points in the network, but actually the algorithm is capable to find in a= single run (with the same complexity) the shortest path between a given node and any other node in the network. =

    This should suggest= to make the best of this property and foresee in the protocol/model a sing= le request capable to return all the suitable paths from a given source to = all the other nodes (or to a selected set of nodes, namely the exit nodes connected to the inter-domain links). = In that way we should have one request per domain, to feed the relaxation s= teps between one ingress point of the domain and all the points connected t= o inter-domain links.

    In the standard Dij= kstra one domain/node will be traversed (that is will generate relaxation s= teps to its links) at most once, as any other relaxation step passing throu= gh it eventually will be stopped once the node has been visited. So, with this method, in the very worst case (w= hen the best path is the Hamiltonian path, the one traversing all the nodes= once) we’ll have a number of requests to the PNCs equal to the numbe= r of PNCs (one per PNC).

    If instead we use n= ormal point-to point path computations, we should ask L-1 path computations= to each PNC, where L is the number of inter-domain links connected to the = domain managed by the PNC, which is still polinomial in the number of domains and inter-domain links.

     

    Regarding path comp= utation for paths in diversity, it should be still polinomial, as if you us= e for example the Bhandari algorithm to do so, you see that it’s actu= ally a sequence of two Dijkstra path computations plus some network transformation in between (modification of some link wei= ghts). The first instance is a traditional path computation, while the seco= nd one is a modified version allowing negative costs on the edges, but stil= l polinomial. So once again the result should still be polinomial and the number of request shouldn’= t diverge.

     

    Now, something abou= t the other approach mentioned in your e-mail, which implies computing all = the possible paths inside any domain in advance.

    It is polinomial as= well, but with a higher number of path computations, as for any domain in = the network you have to compute L(L-1)/2 paths.

    Of course, you̵= 7;ll say, this happens once and not at any path computation. That’s t= rue, but :

     

    -     =      As soon as network get increasingly= used, the computed paths could become invalid. So you need to recompute th= em as needed and advertise all the changes

    -     =      You perform a path computation R= 20;in advance”, that is before the actual request is done, and theref= ore PNC cannot be aware of the future requirements in term of bandwidth, ob= jective functions, constraints and so on. Computed paths will not be suitable in general for all the future requests, and of = course it’s not conceivable to compute those paths for all the possib= le combinations of the request parameters (this should grow esponentially!)=

     

    Something that I wo= uld like to investigate further is the possibility for the MDSC to store th= e results of the path computations  returned by the PNCs along the tim= e and reuse them as applicable during the future path computations.

    At the end of the d= ay this is something similar to the connectivity matrix concept, with two m= ain differences:

     

    -     =      It’s built incrementally from= real requests and therefore with real parameters

    -     =      It’s build by MDSC and mainta= ined inside MDSC, no need for notifications.

     

    BR

    Francesco

     

     

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 10 November, 2016 5:15 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller = <Dieter.Beller@nokia.com&= gt;
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; TEAS WG (teas@ietf.org) <te= as@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Franseco,

     

    We have discussed with= Italo the applicability of path computation service for multi-domain scena= rios and agreed (at least my impression) that this realistically works for = no more than two or three domains. For a single e2e path computation the number of paths MDSC needs to request fr= om PNCs grows exponentially with the number of domains and the number of in= ter-domain links. The things get worse when MDSC needs to compute e2e diver= se (e.g. SRLG-disjoint) paths for a single e2e protected service  and still worse when MDSC needs to pl= ace more than one e2e services with global optimization criteria in mind. T= hings get still much worse when MDSCs are linked into a hierarchy, and path= computation services will have to be requested vertically through entire hierarchy from all subordinate MDSCs a= nd PNCs

     

    Please, see further in= line.

     

    Igor=

     

     

    From: Teas [mailto:teas-bounces@ietf.o= rg] On Behalf Of Francesco Lazzeri
    Sent: Thursday, November 10, 2016 5:02 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Igor,

    I assumed in fact a= multi-domain ACTN scenario, as stated in the abstract of draft-busibel-tea= s-yang-path-computation-00, where I believe we have the most interesting us= e cases for path computation services. I believe we should consider all of these, as the same model shall be used= both for single and multi-domain scenarios.

    Regarding path comp= utation on MDSC: in an ideal world MDSC could read topology from PNCs and c= ompute itself end-to-end paths but there are cases where this could be eith= er impossible or not convenient:

     

    -     =      For some reasons (e.g. security/pri= vacy) the PNC doesn’t export full topology information to the MDSC, s= o that such information is not suitable for a path computation on MDSC=

     

    IB>> No one expects PNC to export full topology info= rmation, it is likely to contain proprietary information and hence useless = for the MDSC anyway. PNC is expected to expose an abstract TE topology, which could be as small as a single TE node with = detailed connectivity matrix;

     

    -     =      For some reasons (e.g. scalability)= MDSC doesn’t want to get full topology information from the subtende= d domains

    IB>> See comment above;

     

    -     =      For some reasons (e.g. lack of know= ledge about the internal model of the equipment managed by the PNC : especi= ally in WDM networks) MDSC is not capable to cumpute reliably a feasible pa= th in a domain

    IB>> This is not a concern: all the necessary comput= ations are done already by PNCs when exposing and updating the abstract TE = topologies.

     

    IB>> Furthermore, according to ACTN MDSCs could be l= inked in a hierarchy. This means that for a top level MDSC e2e path computa= tion, the path computation services need to be requested hierarchically from all subordinate MDSCs and PNCs acr= oss all hierarchy levels. In contrast, multi-level abstraction of TE topolo= gies is not a problem

     

    BR

    Francesco

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 8:33 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller = <Dieter.Beller@nokia.com&= gt;
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; TEAS WG (teas@ietf.org) <te= as@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,

     

    Please, note that t= he context of this discussion is single domain. In my opinion MDSC  sh= ould not rely on the Path computation services (stateless or stateful) prov= ided by PNCs, rather, on its own path computation on TE topology, the product of  merging of abstract TE topologies cat= ered by the subordinate PNCs. And BTW said abstract TE topologies should be= kept up-to-date by the PNCs (i.e. with updates, stateful).

     

    Igor

     

     

     

    From: Teas [mailto:teas-bounces= @ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Wednesday, November 09, 2016 12:42 PM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.org= ; CCAMP (ccamp@ie= tf.org); Scharf, Michael (Nokia - DE); pce@i= etf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls]     http://tools.ietf.org/html= /draft-busibel-teas-yang-path-computation-00

     

    Well, I know implem= entations of both the “flavours”, and I would say that the most= complex are the pre-planned ones.

    So, it could be an = interesting use case, but we need to be aware that it comes with a price.

    Take also into acco= unt that the path recomputation inside the provider could not necessarily o= ffer an optimal solution end-to-end, and the client (the MDSC actually) sho= uld anyway check whether the end-to-end path, when a change happens on a segment, is still in compliance with its = constraints (e.g. if there is a latency constraint on the end-to-end path, = it may happen that the recomputed segment has a longer latency that leads t= o exceeding the constraint on the end to end path : but the provider only sees that single segment of the en= d-to-end path and taking into account the end-to-end constraints could be r= eally difficult).

     

    Regarding the TE-li= nk, I was actually interested on what the provider (that is the PNC) advert= ises to the client (MDSC) when reservation occurs. It cannot advertise A= 217;B’ as it knows only A and B, but advertising AB seems to me not correct.

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 4:56 PM
    To: Francesco Lazzeri <    francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,<= /span>

     

    Please, see in-line.

     

    Igor=

     

     

     

    From: Teas [mailto:teas-bounces= @ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Wednesday, November 09, 2016 10:27 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.org= ; CCAMP (ccamp@ie= tf.org); Scharf, Michael (Nokia - DE); pce@i= etf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls]     http://tools.ietf.org/html= /draft-busibel-teas-yang-path-computation-00

     

    Igor,

     

    1)     = ; IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn’t better for= a client (and provider) to ask what is needed when it’s needed, and get the best result back at that moment= ?

    IB>> What happens it the provider at this moment says: ̶= 0; No, I have nothing for you” ?  What if the path was relied up= on by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

       &= nbsp;   FL>> Probably the same in case the provider notifie= s “Hey, I have no longer anything for you”.

     

    IB>> But this would = be a bit too late, wouldn’t it? Wouldn’t it be better if the cl= ient has learnt about the previously returned path unfeasibility ahead of t= ime, so that it could re-plan it’s failure recovery scheme?

     

    If there is no (mor= e) path, there is no path. The client could only try and crankback looking = for some different path or report an alarm.

     

    IB>> Relying on cran= kbaks in an unpredictable way is not exactly a good solution, right?

     

    The scenario that s= eems more applicable to your proposal is a pre-planned restoration mechanis= m where we have a worker path in-service and a protection path just compute= d (but not reserving network resources, in order to share them among several protection paths), in a multi-domain = network. In that case, reserving te-tunnels like you suggest, could give an= advantage, as the end-to-end cranckback could occur when the notification = with “no-path” is triggered by the provider (that means the protection path or some of its segments is no lon= ger valid) and not when the path deployment is triggered by the client (tha= t means the worker path is gone and we need the protection immediately). Is= this the case you are considering ?

     

    IB>> Exactly. All th= e scenarios you can think of where you don’t know when and where a pr= oblem may happen and you want to maintain flexibility and share the network= resources to protect as much as you can

     

    In other cases, as = when used during an end-to-end path computation with immediate deployment t= o reduce the possibility of conflicts among concurrent procedures, it seems= to me less important or applicable, as all these procedures will likely be orchestrated by the same entity, wh= ich could well avoid conflicts.

     

    IB>> All cases where= the provider wants to expose a potentiality without committing resources t= o cover for the client multiple use cases and provide at the same time some= degree (albeit not perfect) predictability.

     

     <= /o:p>

    2)     = ; Regarding the abstract link in the = overlay topology, I still can’t see what the provider will advertise.= If it’s a new link representing the forwarding adjacency between A&#= 8217; and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link A̵= 7;B’ points to the underlay (provider) TE topology where the path is = computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

    FL>> This means that the provider just sends the reply to th= e path computation request and doesn’t advertise any new TE link to t= he client ? This is actually what I would expect: the task to manage TE-links in the overlay topology is with the client.

     

    IB>> Overlay TE topology manager advertises a TE link that is suppo= rted not by a provisioned in a server layer TE tunnel (connection), rather,= by a computed and monitored path. This way the overlay TE topology manger can advertise multiple abstract TE links ma= pped onto the same network resources 

     

    Francesco

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 3:47 PM
    To: Francesco Lazzeri <    francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,<= /span>

     

    1)     = ; IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn’t better for= a client (and provider) to ask what is needed when it’s needed, and get the best result back at that moment= ?

    IB>> What happens it the provider at this moment says: ̶= 0; No, I have nothing for you” ?  What if the path was relied up= on by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

     <= /o:p>

     <= /o:p>

    2)     = ; Regarding the abstract link in the = overlay topology, I still can’t see what the provider will advertise.= If it’s a new link representing the forwarding adjacency between A&#= 8217; and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link A̵= 7;B’ points to the underlay (provider) TE topology where the path is = computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

     

     

    Igor

     

     

    From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com]
    Sent: Wednesday, November 09, 2016 9:26 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.org= ; CCAMP (ccamp@ie= tf.org); Scharf, Michael (Nokia - DE); pce@i= etf.org; TEAS WG (teas@ietf.org)
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00

     

    Igor,

    IMHO simplicity pay= s back. Instead than maintaining all these states, notifying clients all th= e times something changes, and repeating path-computation as needed, isn= 217;t better for a client (and provider) to ask what is needed when it’s needed, and get the best result back at= that moment ?

    Regarding the abstr= act link in the overlay topology, I still can’t see what the provider= will advertise. If it’s a new link representing the forwarding adjac= ency between A’ and B’, how it will be represented by the provider ?

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 2:48 PM
    To: Fatai Zhang <    = zhangfatai@huawei.com>; Francesco L= azzeri <frances= co.lazzeri@ericsson.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Hi Francesco,

     <= /o:p>

    Please, see in-line= .

     <= /o:p>

    Cheers,=

    Igor

     <= /o:p>

    The point here is f= or how long the provider should keep the computed path and its request para= meters

     <= /o:p>

    IB>> As far as t= he provider is concerned, the requested path and its parameters is a TE tun= nel (albeit computed but not provisioned). So it keeps the state until the = client removes the TE tunnel.

     <= /o:p>

    (in fact if we want= to have a possibly better path, at any change inside provider topology, re= source status and usage, the provider should check if the computed path is = still feasible and/or redo path computation to find a better path). This could be an overhead, in my view.=

     <= /o:p>

    IB>> For example= , if provider is to ensure the path’s feasibility, all it needs is to= detect a change in a TE link the path is going through and make sure that = the  change does not make the path unfeasible. Only in the latter case the path re-computation needs to be scheduled and perfo= rmed in a background thread.

     <= /o:p>

    Furthermore, I can&= #8217;t see how the provider could export the abstract TE-link, as this is = inside the client topology;

    IB>> The abstrac= t link is a part of the abstract topology “cooked” (customized)= for the client, which is supported by the computed path in the underlay to= pology, which is the provider’s topology.

     <= /o:p>

    in fact, if the cli= ent is asking for a path between A and B (A and B inside provider topology)= , having A’ (in client topology) connected to A and B’ (in clie= nt topology) connected to B, the relevant abstract TE link (the forwarding adjacency) should be built between A’ and B&= #8217;, that is in the client topology; therefore the client should be in c= harge of managing it, as the provider is not aware of A’ and B’= .

     <= /o:p>

    IB>> This is cor= rect, but note that the two topologies (underlay and overlay) according to = the TE topology model have independent and unrelated name spaces for node, = link and SRLG IDs. So it is perfectly Ok.

     

    IB>> Also note t= hat according  to TE topology model  one important attribute of a= TE node (especially abstract composite node) is connectivity matrix, which is nothing but a set of stateful paths computed, re-computed and c= onstantly monitored (but not reserved) over the TE topology the node encaps= ulates.  This means that stateful unreserved paths play already a very imp= ortant part in supporting TE topologies with asymmetrical blocking abstract= TE nodes.

     

    Igor

     <= /o:p>

     <= /o:p>

     <= /o:p>

     <= /o:p>

    BR

    Francesco

     <= /o:p>

    From:= CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: 04 November, 2016 7:12 PM
    To: Dieter Beller <    Dieter.Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; TEAS WG (teas@ietf.org) <tea= s@ietf.org>; pce@ietf.org
    Subject: Re: [CCAMP] [mpls]     http://tools.ietf.org/htm= l/draft-busibel-teas-yang-path-computation-00

     

    Dieter,

     

    A client may ask for a= path not to be used immediately (e.g. to present as an abstract TE link to= its own client, in some failure restoration scheme or as a part of disaste= r recovery network topology re-configuration) without committing any network resources. In this case the client would wa= nt to know at least  if/when the path has stopped being feasible any l= onger or (ideally) a better path is available.

     

    This is similar to exp= osing to a client an abstract TE topology with an uncommitted abstract TE l= ink (i.e. TE link that does not have a committed TE tunnel supporting it an= d advertises potentiality). Once such link is provided, the provider is expected to send updates when/if the TE = link attributes change. For uncommitted/potential TE link such updates coul= d be provided based on event driven re-computation of the potentiality the = TE link represents.

    The point is that an u= ncommitted abstract TE link and COMPUTE_ONLY TE tunnel can represent (each = in its own way) the same network potentiality

     

    Cheers,

    Igor=

     

     

     

    From: Dieter Beller [mailto:D= ieter.Beller@nokia.com]
    Sent: Friday, November 04, 2016 1:49 PM
    To: Igor Bryskin
    Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00

     

    Hi Igor,

    could you please clarify how useful a stateful path without resource all= ocation is. I can't see the benefits of this use case.


    Thanks,
    Dieter

    On 04.11.2016 14:25, Igor Bryskin wrote:<= /p>

    Hi Dieter,=

     

    A provider may compute= path(s) for a TE tunnel, and then (without any resource allocation) may st= art monitoring/ensuring the path validity/optimality by re-computing them i= n an event driven manner. For example, it can trigger the re-computation of the path(s) when detecting a change i= n a state of a TE link the current path(s) are going through.  Dependi= ng on the results additional notifications may be sent to the client.

     

    Note that this is in a= ddition to the reasons you correctly identified for implementing stateful p= ath computation (such as compute_and_reserve).

     

    Cheers,

    Igor=

     

     

    From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.c= om]
    Sent: Thursday, November 03, 2016 6:27 PM
    To: Leeyoung
    Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (    ccamp@ietf.org);     pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00

     

    Hi all, 
     
    when we talk about the stateful path computation use case, it means IM=
HO that when a path has been calculated successfully in response to a reque=
st, a new path object is created in the data store. This does only make sen=
se if the resources have been allocated in the TED of the PCE irrespective =
of the fact whether the connection along this path will be established righ=
t away or at a later point in time. This will prevent further path computat=
ion requests from assuming that the resources are still available. As the T=
ED of the PCE also has to reflect the network state, I would assume that th=
e network resources can be in one of the following three states: available,=
 allocatedButNotInUse,  allocatedAndInUse. The path objects also need =
state information reflecting for example the alarm state of the allocated r=
esources. The path calculated earlier may become (temporarily) invalid due =
to a link failure affecting the path. 
     
    Does this make sense? 
     
     
    Thanks, 
    Dieter
     
    Sent from my tablet
     
    Leeyoung <leeyoung@hu=
awei.com> wrote:
     

    Igor,

     

    When you say “st= ate”, are you referring to the YANG datastore or some other “in= terim” state of those paths that are calculated but not instantiated = as LSPs? If we were to update the YANG datastore for this, I would think that we may have some issue when the customer decided not to i= nstantiate the TE tunnel (after the path compute request).

     

    Thanks.

    Young

     

     

    From: Igor Bryskin
    Sent: Thursday, November 03, 2016 3:02 PM
    To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/draft-busibel= -teas-yang-path-computation-00

     

    Young,

     

    From the provider cont= roller point of view COMPUTE_ONLY TE tunnels will have exactly the same sta= te as “normal” (COMPUTE_ADN_PROVISION) TE tunnels.<= /o:p>

     

    Igor=

     

    From: Leeyoung
    Sent: Thursday, November 03, 2016 3:42 PM
    To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (    ccamp@ietf.org); pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/draft-busibel= -teas-yang-path-computation-00

     

    Igor,

     

    In such case, would th= e YANG datastore be updated? I guess not. If not, then the system/controlle= r has to keep this interim state, would it?

     

    Thanks.

    Young

     

    From: Igor Bryskin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/draft-busibel= -teas-yang-path-computation-00

     

    Michael,

    You are exactly right.= The purpose of the “compute-only” TE tunnel is to create/maint= ain the normal TE tunnel state and (re-)compute TE paths for the TE tunnel = connections/LSPs but not signal/provision the LSPs.

     

    Igor=

     

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@noki= a.com]
    Sent: Thursday, November 03, 2016 3:17 PM
    To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (    ccamp@ietf.org); pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/draft-busibel= -teas-yang-path-computation-00

     

    Isn’t the intent= ion of defining „compute-only tunnels“ to create state in the c= ontroller, but not to signal them? If the tunnel should be signaled and res= ources shall be allocated, why not just configure a vanilla tunnel? Uses cases seem to exist for both variants, and both can be encode= d in YANG. Is there anything I miss here?

     

    Michael

     

     

    From: Leeyoung= [mailto:leeyoung= @huawei.com]
    Sent: Thursday, November 03, 2016 7:49 PM
    To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; = CCAMP (    ccamp@ietf.org<= /span>); pce@ietf.org<= span lang=3D"DE" style=3D"font-size:10.0pt;font-family:"Tahoma",s= ans-serif">; TEAS WG (t= eas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Hi Michael,

     

    I think I am with you = on your point. If we use rpc, it is clear. On the other hand, if we were to= use “stateful compute-only” it seems that the system/controlle= r has to keep the state of the paths somewhere which is not YANG datastore. My understanding is that YANG datastore is updated = only when the path is signaled and resource is allocated. Would this give t= he system/controller additional burden to keep the “interim” st= ate?

     

    Young

     

    From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
    Sent: Thursday, November 03, 2016 8:58 AM
    To: Daniele Ceccarelli; Igor Bryskin; CCAMP (    ccamp@ietf.org); pce@ietf.org; TEAS WG (= teas@ietf.org); mpls@ietf.org
    Subject: Re: [CCAMP]     http://tools.ietf.org/html/draft= -busibel-teas-yang-path-computation-00

     

    Maybe I miss something= , but to me, the domain controller either computes a path stateless, which = can be modeled in YANG in an RPC. Or the domain controller computes a path,= stores state, and provides access to the result in the YANG datastore. In the latter case, whether resources ar= e allocated, or whether the NEs get actually provisioned, is an orthogonal = question.

     

    As a side note, I am n= ot sure of I would call a domain controller or an NMS a PCE. Path computati= on is only a subset of the functions of a domain controller.

     

    Michael

     

     

     

    From: Daniele Ceccarelli [mailto:daniele.ceccarelli@eri= csson.com]
    Sent: Thursday, November 03, 2016 2:49 PM
    To: Scharf, Michael     (Nokia - DE); Igor Bryskin; C= CAMP (ccamp@ietf.org); pce@ietf.org<= span lang=3D"DE" style=3D"font-size:10.0pt;font-family:"Tahoma",s= ans-serif">; TEAS WG (t= eas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Can you please explain what the “stateful comp= ute-only” stands for I don’t understand what is stateful in a p= ath computation request only.

    IMHO either I ask the PCE (SDN controller, NMS, what= ever) to compute a path and then forget about it or I ask to compute and pr= ovision it. I don’t understand the value of asking for it and remembe= ring about it.

     

    BR
    Daniele 

     

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: gioved=EC 3 novembre 2016 14:45
    To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    We have discussed this= before. From an implementer’s perspective, the two clean solutions t= o the problem seem to either stateful „compute-only“ tunnels or= a stateless RPC.

     

    Michael

     

     

    From: mpls [mailto:mpls-bounc= es@ietf.org] On Behalf Of Igor Bryskin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Daniele Ceccarelli; CCAMP (    ccamp@ietf.org); pce@ietf.org<= span lang=3D"DE" style=3D"font-size:10.0pt;font-family:"Tahoma",s= ans-serif">; TEAS WG (    t= eas@ietf.org); mpls@ietf.org
    Subject: [ALU] [mpls]    http://tools.ietf.or= g/html/draft-busibel-teas-yang-path-computation-00

     

    Hi,<= /p>

     

    From the draft:=

     

    6. =    YANG Model for requesting Path Computation

     

     

      = ; Work on extending the TE Tunnel YANG model to support the need to<= o:p>

      = ; request path computation has recently started also in the context of

      = ; the [T= E-TUNNEL] draft.

     

      = ; It is possible to request path computation by configuring a

      = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

      = ; LSP(s) Record-Route Object (RRO) list as described in [T= E-TUNNEL].

     

      = ; This is a stateful solution since the state of each created

      = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

      = ; underlying network conditions change.

     

      = ; The need also for a stateless solution, based on an RPC, has been<= o:p>

      = ; recognized.

     

     

      = ; The YANG model to support stateless RPC is for further study.=

     

     

     

     

     

    IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

     

    Cheers,

    Igor

     

     

     

     

     

     

     

     

     

     

     

    --_000_AM4PR07MB1521E9A89B3B636CED6E40AB96BA0AM4PR07MB1521eurp_-- From nobody Sun Nov 13 16:19:01 2016 Return-Path: X-Original-To: teas@ietf.org Delivered-To: teas@ietfa.amsl.com Received: from ietfa.amsl.com (localhost [IPv6:::1]) by ietfa.amsl.com (Postfix) with ESMTP id E0F1E1294CF; Sun, 13 Nov 2016 16:18:56 -0800 (PST) MIME-Version: 1.0 Content-Type: text/plain; charset="utf-8" Content-Transfer-Encoding: 7bit From: internet-drafts@ietf.org To: X-Test-IDTracker: no X-IETF-IDTracker: 6.37.1 Auto-Submitted: auto-generated Precedence: bulk Message-ID: <147908273691.5550.10308556041557817264.idtracker@ietfa.amsl.com> Date: Sun, 13 Nov 2016 16:18:56 -0800 Archived-At: Cc: teas@ietf.org Subject: [Teas] I-D Action: draft-ietf-teas-scheduled-resources-00.txt X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 14 Nov 2016 00:18:57 -0000 A New Internet-Draft is available from the on-line Internet-Drafts directories. This draft is a work item of the Traffic Engineering Architecture and Signaling of the IETF. Title : Architecture for Scheduled Use of Resources Authors : Yan Zhuang Qin Wu Huaimo Chen Adrian Farrel Filename : draft-ietf-teas-scheduled-resources-00.txt Pages : 15 Date : 2016-11-13 Abstract: Time-Scheduled reservation of traffic engineering (TE) resources can be used to provide resource booking for TE Label Switched Paths so as to better guarantee services for customers and to improve the efficiency of network resource usage into the future. This document provides a framework that describes and discusses the architecture for the scheduled reservation of TE resources. This document does not describe specific protocols or protocol extensions needed to realize this service. The IETF datatracker status page for this draft is: https://datatracker.ietf.org/doc/draft-ietf-teas-scheduled-resources/ There's also a htmlized version available at: https://tools.ietf.org/html/draft-ietf-teas-scheduled-resources-00 Please note that it may take a couple of minutes from the time of submission until the htmlized version and diff are available at tools.ietf.org. Internet-Drafts are also available by anonymous FTP at: ftp://ftp.ietf.org/internet-drafts/ From nobody Sun Nov 13 19:03:18 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 581ED1296B4 for ; Sun, 13 Nov 2016 19:03:16 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.502 X-Spam-Level: X-Spam-Status: No, score=-1.502 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, DKIM_VALID_AU=-0.1, RCVD_IN_DNSWL_NONE=-0.0001, RCVD_IN_MSPIKE_H2=-0.001, RCVD_IN_SORBS_SPAM=0.5, SPF_PASS=-0.001] autolearn=no autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (768-bit key) header.d=labn.net Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 0z0IQlyRqFR5 for ; Sun, 13 Nov 2016 19:03:14 -0800 (PST) Received: from gproxy6-pub.mail.unifiedlayer.com (gproxy6-pub.mail.unifiedlayer.com [67.222.39.168]) by ietfa.amsl.com (Postfix) with SMTP id 81EFF1294AE for ; Sun, 13 Nov 2016 19:03:14 -0800 (PST) Received: (qmail 7392 invoked by uid 0); 14 Nov 2016 03:03:08 -0000 Received: from unknown (HELO cmgw2) (10.0.90.83) by gproxy6.mail.unifiedlayer.com with SMTP; 14 Nov 2016 03:03:08 -0000 Received: from box313.bluehost.com ([69.89.31.113]) by cmgw2 with id 7f331u00W2SSUrH01f36gC; Sun, 13 Nov 2016 20:03:06 -0700 X-Authority-Analysis: v=2.1 cv=YNIMl32x c=1 sm=1 tr=0 a=h1BC+oY+fLhyFmnTBx92Jg==:117 a=h1BC+oY+fLhyFmnTBx92Jg==:17 a=L9H7d07YOLsA:10 a=9cW_t1CCXrUA:10 a=s5jvgZ67dGcA:10 a=IkcTkHD0fZMA:10 a=xqWC_Br6kY4A:10 a=L24OOQBejmoA:10 a=48vgC7mUAAAA:8 a=kmO848xA0wPEc5eGEusA:9 a=pppELfdOlq6zfl9J:21 a=kJIjnJWTpV-CRcJ5:21 a=QEXdDO2ut3YA:10 a=w1C3t2QeGrPiZgrLijVG:22 DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; c=relaxed/relaxed; d=labn.net; s=default; h=Content-Transfer-Encoding:Content-Type:MIME-Version:Date: Message-ID:Subject:From:To; bh=qRTRcdSjPtcwTIJgjs1N5OIJrBUN58jnyRw8ytgzbsE=; b=G1t6lRtlv7amxwT/sClA8L+nsRPy5M+u+NPxSgmpZ47SyNvZlsBtEjKGTNjpunZzcWL13vz2cL bknGpGyV4u1wYe3ysZH5kPmXk2ilZEElmgzztpbDM4RwFTJGYiaw1R; Received: from pool-100-15-85-191.washdc.fios.verizon.net ([100.15.85.191]:43646 helo=[IPv6:::1]) by box313.bluehost.com with esmtpsa (TLSv1.2:ECDHE-RSA-AES128-GCM-SHA256:128) (Exim 4.86_1) (envelope-from ) id 1c67Y0-00055H-ET for teas@ietf.org; Sun, 13 Nov 2016 20:03:04 -0700 To: TEAS WG From: Lou Berger Message-ID: <60a1d3fe-be95-c11b-5133-cb03199db01e@labn.net> Date: Mon, 14 Nov 2016 12:02:58 +0900 User-Agent: Mozilla/5.0 (Windows NT 10.0; WOW64; rv:45.0) Gecko/20100101 Thunderbird/45.4.0 MIME-Version: 1.0 Content-Type: text/plain; charset=utf-8 Content-Transfer-Encoding: 7bit X-AntiAbuse: This header was added to track abuse, please include it with any abuse report X-AntiAbuse: Primary Hostname - box313.bluehost.com X-AntiAbuse: Original Domain - ietf.org X-AntiAbuse: Originator/Caller UID/GID - [47 12] / [47 12] X-AntiAbuse: Sender Address Domain - labn.net X-BWhitelist: no X-Source-IP: 100.15.85.191 X-Exim-ID: 1c67Y0-00055H-ET X-Source: X-Source-Args: X-Source-Dir: X-Source-Sender: pool-100-15-85-191.washdc.fios.verizon.net ([IPv6:::1]) [100.15.85.191]:43646 X-Source-Auth: lberger@labn.net X-Email-Count: 1 X-Source-Cap: bGFibm1vYmk7bGFibm1vYmk7Ym94MzEzLmJsdWVob3N0LmNvbQ== Archived-At: Subject: [Teas] Raw notes from this morning X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 14 Nov 2016 03:03:16 -0000 Kudos to our awesome crowd sources notes!!! > TEAS Agenda For IETF 97 > Version: Oct 31, 2016 > > Monday November 14th 2016 > 09:30 - 12:00 - Monday Morning Session I > Room: Grand Ballroom 3 > > Slides: https://datatracker.ietf.org/meeting/97/session/teas > > Num Start Time Duration Information > 0 9:30 10 Title: Administrivia & WG Status > Draft: > Presenter: Chairs Two drafts in last call, publication request of second draft should be in the next couple of weeks. Reminder that draft discussions should be on the list so that others can see and comment if desired. > 1 9:40 10 Title: WG Draft updates > Draft: Many > Presenter: Chairs 16 active WG drafts TE-METRIC-RECORDING: is there still interest? Poll: How many think the WG still work on this? Few people. NETWORK-ASSIGNED-UPSTREAM-LABL: Poll: how many have read the latest version? a couple. Please review it. Ingress protection... Chairs believe need editorial scrub in next few weeks and then WG last call. No issue in progressing it since the experimental status. > 2 9:50 10 Title: A YANG Data Model for Traffic Engineering Tunnels and Interfaces > Draft: https:/tools.ietf.org/html/draft-ietf-teas-yang-te > Presenter: Rakesh Gandhi 3 open issues, that are still being discussed on the list. Next steps to conclude on open issues, and also complete PCC-TE data augmentation. Pavan: Does anyone want to comment on open issues? No questions. Lou B: what is your plan for the different modules? Rakesh: wrt RSVP it is very stable. wrt TE model it is one model but further discussion is needed. Lou B: Suggesting that the draft be split up so that stable parts can be published at different times, and to allow implementors only implement the parts that they care about. Daniele: Reln between otn model and L1 model - you already answered What about italo's path computation API? Rakesh: some discussion with PCE team on PCE yang model. We need to do some more work Dhruv: Need to clarify role of ietf-te-pcc model. PCC can mean device, NMS, etc. Perhpas clarify in joint session, what is the role of this model? Lou B: In terms of spliting the draft up, please think about what parts are stable enough to do that nowso they can be progressed. > 3 10:00 10 Title: Extensions to RSVP-TE for LSP Egress Local Protection > Draft: https:/tools.ietf.org/html/draft-ietf-teas-rsvp-egress-protection > Presenter: Huaimo Chen Huaimo: Status update, First slide - More details have been provided in the draft. Huaimo: Need WG chairs help on one comment: Authoer of draft [draft-shen-mpls-egress-protection-framework] asks for a reference in this draft. Stuck figuring out how to resolve this issue, draft is 6.5 years old. Concern about making a reference from this stable draft on an unstable/individualdraft. Lou B: Asking MPLS chairs to comment. Questionto MPLS chairs, with this individual draft be adopted? Loa lumbers toward microphone... It is an individual I-D in MPLS and MPLS WG does not have an opinion (yet). Loa thinks MPLS work might become a delta on TEAS work Lou B: Happy to have a solution draft come before a framework draft. For the concern about a WG document referencingan individual draft, it is fine to reference as an informative reference. Lou B: Huaimo has the choice whether to include the refernce POLL: how many have read this version? A few. How many think it's ready for last call? Approximately the same. Not a lot either way. Please red and if you have comments send to the list. (particularly objections or ready to go comments). Lou: Please read and review. Seems we have adequate support to wrap this document up. > 4 10:10 10 Title: Extensions to Resource Reservation Protocol For Fast Reroute of Traffic Engineering GMPLS LSPs > Draft: https:/tools.ietf.org/html/draft-ietf-teas-gmpls-lsp-fastreroute > Presenter: Rakesh Gandhi Rakesh speaking: Current status - has completed WG last call. Hence presenting updates from WG LC review Giving summary of signalling extensions (as per slides): Bypass tunnel is in the same direction as the protected tunnel. PLR can receive multiple bypass tunnel assignments: Document has an improvement, notify message sent by upstream PLR Discussing Bypass Assignmetnt error notifications. Other updates: terminology changes, added details on revertive, unidirection link failures. No open issues at the moment, would ike feedback from the WG on the changes, might issue another WG LC. Lou B: Comments/questions? There are some good changes, please re-read. How are you dealing with off-path control? Lou: good changes worth reading. How are you dealing with off-path control? Here it needs to be in-band unlikely GMPLS. Lou B: It would be good to address this. Rakesh: Actual scope covers in band signaling. Lou: You can't claim you support GMPLS if you don't support off-path control. Have a look at it and come back. Himanshu: agree it should be addressed. Rakesh has agreed that he will take a look at this. Pavan: will move to another last call after changes. > 5 10:20 10 Title: Requirements for Abstraction and Control of TE Networks > Framework for Abstraction and Control of Traffic Engineered Networks > Draft: https:/tools.ietf.org/html/draft-ietf-teas-actn-requirements > https:/tools.ietf.org/html/draft-ietf-teas-actn-framework/ > Presenter: Young Lee Young speaking: To give update on requirements and framework Requirements draft is stable and ready for WG last call. Framework draft has been updated, addressed WG request to clean up terminology Lots of clean up work to make it consistent. Definition of Virtual Network has been sent to the list. Discussing Virtual Network creation (can be preconfigured, or dynamically configured, with a givne SLA attribute) VN dynamic can be further modified. Virtual Network can be viewed as an end-to-end tunnel. Asking the WG to look a this definition to see if it makes sense. ACTN framework, document is quite stable, but need more reviewers. Adrian Farell: Apologises for not doing a terminology review. Will try and get the review done. Lou B: There were changes in terminology, getting it stable is important, they were old issues that were put on hold until the terminology is updated. Please can WG look at the terminology and review, and see if it makes sense. Then check comments on the old comments, and see if they still apply after the terminology update. Now is the time to decide to review the documents, and in particular the terminology. > 6 10:30 10 Title: Information Model for Abstraction and Control of TE Networks (ACTN) > Draft: https:/tools.ietf.org/html/draft-leebelotti-teas-actn-info > Presenter: Sergio Belotti Sergio presenting: Talking through the slides:terminology alignment and refinement with RFC7926 and across various ACTN documents; VN objective function and computed list added; no primitive changes. Went on to describe primitives with objects. Asking for a WG adoption Work has also started on solution drafts. Lou B: Questions/comments? [None] Same information appears to be repeated in other documents. Sergio: Yes, there is some terminology that is repeated from other drafts. Could decide that the definitions should be in other frameworks. Lou B: Once the other drafts have been completed, what will be left in this draft? Is there still enough left to be published: Young Lee This is an info model that is useful before implemention.It is a standalone RBNF info model, independent of other ACTN related documents. Daniele:May not be overlap, but should report any content that overlaps in other documents. Information model applies at the CMI where we don't have any solution yet. In CMI many more things are missing. Even if we remove redundant information from the document, there is still enough to publish as a useful independent document. Sergio: Couldn't hear? Lou B: How many people think that this is useful work? [A reasonable number of hands] How many have read? [About the same] How many think that this should be adopted as a WG document? [about the same]. Chairs will discuss next steps (and go to the list.) > 7 10:40 10 Title: Abstraction and Control of TE Networks (ACTN) Abstraction Methods > Draft: https:/tools.ietf.org/html/draft-lee-teas-actn-abstraction > Presenter: Daniele Ceccarelli Daniele presenting: Defining abstraction, what factors impact the abstraction. This document is mostly focused on MPI layers. Factors: Nature of underlying domains: Opticial, TDN; Different capabilities; Or differnet abstraction algorithms, Last factor: if scalability and frequency of updates. If old toplogy is flooded then we will kill it. Abstraction levels: 0% abstraction on left to 100% on the right. White (no abstraction) - no filtering, MDSC has full knowledge. Black (total abstraction) - Make include border nodes, or exclude border nodes. Border nodes might be useful for building services (e.g. PE nodes). Grey (partial abstraction) - 2 problems to be addressed: (1) Types: Providing a full mesh of connectivity, e.g. delay, bandwidth. (2) How to buid it? Requirements: Suggest that WG reads these in the draft: Conclusions and Open Issues: Question: Is there anything missing from the document? Question: Is this a useful document: Comments: Adrian Farrel: I find most of this useful. Struggling with the blackabstractnodewith border nodes. Daniele: Add teh PNC? to set up a tunnel or set up a service. Need to know the two PE nodes to set up a tunnel. Perhaps could have furhter refinement. Dhruv: Border nodes are still nodes. gert grammel: A model without the border nodes isn't useful. Daniele: Starts with a black abstraction and then can added extra detail. Dhruv:RFC6805 H-PCE uses the black topology.Thinks both existings and both are usable. Dieter BellerNokia: For the left abstraction need to know the links between the border nodes, for the right total abstraction ...? Young Lee: This is a justification for path compute request/reply. Gert: What is the problem that we are going to solve? Path computation or not? Daniele: Draft is to find common agreement. Gert: Agree, it would be nice ot have something talking about abstraction, but abstraction has to serve a purpose. Work out the purpose and then figure out the abstraction. Need to link the two. Lou B: Cataloging possibilities, and useful from that purpose. The document is introducing new terms (from black links to black networks), terminology should be defined in the framework. Loa Andersson: Need some information on the connectivity. Daniele: Black topology gives you the information to ask for the connectivity. Adrian Farrell: Already have switches with limited capabilties. Concerned about the terminology. Abstract node has a very specific meaning, perhaps use virtual node instead. 7926RFC talking about problem with too much abstraction nodes. Lou B: Need to align terms, being loose with terms causes confusion. Italo Busi: He thinks that this work is very useful. Useful to think about abstractions in different context. GQ (huawei): What does the circle mean. Is an abstractedtopology equal to information entity? Daniele: The circle is the domain. The black abstraction doesn't tell you the internal connectivity. > 8 10:50 10 Title: Applicability of Yang models for Abstraction and Control of Traffic Engineered Networks > Draft: https:/tools.ietf.org/html/draft-zhang-teas-actn-yang > Presenter: Young Lee Young presenting: Another information draft. Explain how the different YANG models are applicable to the ACTN framework. Sister document to ACTN-PCE applicability draft Highlight possible missing YANG models. This is a service YANG model. Describing the different service layers on the slide. Device configuration at the problem. How does this fit with ACTN architecture. Describing how the differnet service models map to the different layers or protocols (e.g. CMI/MPI/SBI) Describe how that map into the current models. Next steps: If this is useful effort then we can keep updating, and reference other YANG models. Use this document as a guideine of how various YANG models fit into the ??? Whats to ask if this is a questful thing. Jeff Tantsura: Yes, this is useful work, how to mount the differnet YANG models. Gert: A but confused reading the draft? Is there an entire hierarchy for each technology? e.g. one for packet, one for optical, one for the services or everything is put togethere? Young: A good question, how to the different YANG models fit into this model. Happy to develop details of use-cases further if the WG thinks it is useful. Lou B: Notes that on the diagram that left and right look the same but with different names Young: Because they are different areas of IETF. Lou B: Rest of industry understand the lef-hand-side terminology, perhaps should adopt the same terminology as everyone elese? Young: Industries use differnet terminologies, which is why it is being defined here. Lou B: Concept of service models is well entrenched in IETF. Do we want to align with terminoligy with other areas. Jeff: What the functionality to be well specified? Daniellie: PNC is one functionalities of the controller, the MDSC is one of the functionalities of ???. It is not necessarily 1:1 mapping between service yang models and ACTN arch/interfaces. Haomian(Haewei): Only change the terminology is the terms are exactly the same. Lou B: Lots of people are likely to understand controllers/orchestrators, but not MDSC or PNC, hence aligning with common terminology is useful. > 9 11:00 10 Title: A Yang Data Model for ACTN VN Operation > Draft: https:/tools.ietf.org/html/draft-lee-teas-actn-vn-yang > Presenter: Dhruv Dhody Dhruv presenting: Recapping of YANG model on CMI New updates: Presented in last joint YANG session. Support for VN-compute before instiantion. Added support in YANG model for multi-source and multi-destination, the user can choose. Added references to abstract topology. Showing and describing YANG tree output of the updates. Next steps: All updated done and described. Main question: Is this VN YANG model useful? Any questions? Lou B: How many have read this document? Areasonable number. Have you thought about relationship between L2SM and L3SM model? Dhruv: Yes. Need to translate Qos between the models. May write a mapping modelbetween L2/3 service models to ACTV VN model. What to maintaim a mapping between the models (which is the job of the service orchestrator) Lou: want to see how L3SM/L2SM use this model. JeffTantsura: Please make sure that the mapping between the service model and the underlay infrastructure (being a tunnel or a VN) is generalized enough to be ableto be used to L3SM, L2SM and whatever SM will come. Xufeng: What is the relationship between TE-abstract topology model and this model? Dhruv: Xufeng: This looks like a simplified version of another model(TE-abstract topology model). Do we always need to build another model every time. Dhruv: Our aim is to build a simple model for ourcustomers doing VN. Still have to use abstract topology model if that is what you want. Xufeng: Topology module can already provide abstract nodes. Lou B: Interesting discussion, but needs to be cut due to over time. Perhpas we are looking at a TE service model? When should this be done? > 10 11:10 10 Title: Inter-Op Test Cases in Multi-Vendor Scenario based on ACTN Architecture > Draft: https:/tools.ietf.org/html/draft-zheng-teas-actn-multivendor-interop > Presenter: Haomian Zheng Haomian presenting: Focus of MPI tests: Defined 4 testcases. Future work: Continue interop-test. Is anyone interested in helping with this work? Dieter?: Clarification, is IETF going to organize interop events between vendors. Not all YANG models are stable? Not an official IETF interop test. Lou: It is always good to hear implementation reports and issue found for the model/protocol work in IETF. Although there is no official inter-op in IETF, it is up to the volunteers to work together which is encouraged. > 11 11:20 10 Title: The Use Cases for Using PCE as the Central Controller (PCECC) of LSPs > Draft: https:/tools.ietf.org/html/draft-zhao-teas-pcecc-use-cases > Presenter: Boris Khasanov / Andrey Elperin / Evgeniy Brodskiy (Potential -- Remote presentation) Boris Khasanov (Huawei): presenting remotely: Addressed comments raised in the previous session. Andrey Elperin presenting: Share ideas of PCE use cases. L2VPNs heavily used in Ukraine (inter AS due to acquisition) Inter-AS Option B is difficult to meet requirements due to number of NNIs No questions. Lou B: How many people have read the document? A reasonable number. > 12 11:30 10 Title: PCE in Native IP Network > Draft: https:/tools.ietf.org/html/draft-wang-teas-pce-native-ip > Presenter: Aijun Wang Aijun presenting: MPLS TE is well covered but there is a gap in IPv4 case. This draft is focused on addressing this gap. Key idea of PCE in IP is dual/multi BGP sessions control and PCE based central control Solution proposes a PCEP extension, 3 new PCEP objects: * Peer Address List - PAL; * Peer Prefix Association - PPA; * Explicit Peer Route - EPR; Describing a solution comparison (BGP FlowSpec, OpenFlow, Dual/Multi BGP (deployed via NETCONF), Dual/Multi BGP (deployed via PCEP); Dual/Multi BGP (deployed via PCEP) is not as flexible as NETCONF-based solution D, but faster. Asking whether draft can ba adopted as a WG draft? Lou B: How many have read the draft? A few people. The draft describes a new use case, and also a solution for that. Would be useful to move the use case into XXX document. Would like to get feedback from authors and the room? Aijun: Answer unclear Lou B: This draft would continue as a solutions draft. Dhruv: As an co-author/contributorof/toprevious document(https:/tools.ietf.org/html/draft-zhao-teas-pcecc-use-cases), concerned that adding this usecase might slow the other draft, and not sure that this is a good use case. Daniellie: Traffic solution in IP networks is MPLS. JeffTanstsura: Better comparison between FlowSpec and PCEP needed.There might be some performance concern associated with the PCEP solution. Lou: I am talking about use-case - bring use-case in this document to the other document. How many would like to see a PCECC use-case to be adopted as WG draft? [reasonable number, about the same who read the draft]. Chairs will talk and decide the next step. > 13 11:40 10 Title: Recommendations for RSVP-TE and Segment-Routing LSP co-existence > Draft: https:/tools.ietf.org/html/draft-sitaraman-sr-rsvp-coexistence-rec > Presenter: Vishnu Pavan Beeram Pavan? Presenting: SR LSP and RSVP-TE LSPs must coexist at the same place, this can cause bandwidth management issues. 5 possible solutions: 1) Statically partition the bandwidth between SR and RSVP-TE 2) Central management of capability. 3) Flooding SR Utilization in IGP (Drawback ICP implemenations need to be updated) 4) Run SR over RSVP-TE 5) Similar to option 3, but don't need to update, ... what is this option??? Dhruv: Looking at Central controller - Why cant we do only SRby the controller?Also wouldnt there be backward campatibilitry issues when we dont node if the node is updating SR resv bandwidth or not. Lou B: Question has to go the list. > 14 11:50 10 Title: Generalized Routing Interface Switching Capability Descriptor Switching Capability Specific Information > Draft: https:/tools.ietf.org/html/draft-ceccarelli-teas-gneralized-scsi > Presenter: Daniele Ceccarelli Daniele presenting (quickly): Possible solutions (without this draft): Use the sub-TLV for each new switch capability? Problem - no backwards compatible solution. Proposed solution (this draft): Generalize SCSI format made up of multiple sub-TLVs. It is backwards compatible. One open issue: Whether to split the range of values. Next steps: Want to move quickly, showstopper for CCAMP draft. Comments? Amy? (Huaweu): I support this solution. 8 bits will be enough. WG Chair: How many thinks that this is a problem that needs to be solved? A good number. How many have read this draft? A good number. How many think that this draft is ready to be ??? A good number, but not as many. > 15 12:00 Adjourn > Note takers:Huaimo, Rob Wilton, PK From nobody Mon Nov 14 07:45:27 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id DC12A12966A; Mon, 14 Nov 2016 07:45:13 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.707 X-Spam-Level: X-Spam-Status: No, score=-5.707 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001, T_KAM_HTML_FONT_INVALID=0.01] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id llcOVcl406Xb; Mon, 14 Nov 2016 07:45:04 -0800 (PST) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 885E31295CB; Mon, 14 Nov 2016 07:45:02 -0800 (PST) Received: from 172.18.7.190 (EHLO lhreml702-cah.china.huawei.com) ([172.18.7.190]) by lhrrg01-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id DAI87582; Mon, 14 Nov 2016 15:44:59 +0000 (GMT) Received: from DFWEML701-CAH.china.huawei.com (10.193.5.175) by lhreml702-cah.china.huawei.com (10.201.5.99) with Microsoft SMTP Server (TLS) id 14.3.235.1; Mon, 14 Nov 2016 15:44:58 +0000 Received: from DFWEML501-MBX.china.huawei.com ([10.193.5.178]) by dfweml701-cah.china.huawei.com ([10.193.5.175]) with mapi id 14.03.0235.001; Mon, 14 Nov 2016 07:44:49 -0800 From: Igor Bryskin To: Italo Busi , Francesco Lazzeri , Fatai Zhang , Dieter Beller Thread-Topic: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 Thread-Index: AQHSNdbxqovpH1S/M0ui/wYWAHL6uaDHupQAgAABPgCAAAJUAIAAUW6AgAAHrQD//43VoIAAeTWA//+O+kCAAHmIAIAAJcgAgACAujCAAMOrgP//jARQAJSqJ4AAZ2q+AAAKEkOA///2foCAAIT9oP//jDMAgACEpnD//6EMgIAAaaTAgACoN4CAACdXUIAAWDYAgAB43DD//9f5gP//iVnA//5iYQD/+KhbgA== Date: Mon, 14 Nov 2016 15:44:48 +0000 Message-ID: <0C72C38E7EBC34499E8A9E7DD007863908F17531@dfweml501-mbx> References: <0C72C38E7EBC34499E8A9E7DD007863908F0EF32@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5BB53@FR712WXCHMBA15.zeu.alcatel-lucent.com> <655C07320163294895BBADA28372AF5D48B5BC01@FR712WXCHMBA15.zeu.alcatel-lucent.com> <7AEB3D6833318045B4AE71C2C87E8E172A8CC9D2@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B5C82F@FR712WXCHMBA15.zeu.alcatel-lucent.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F10B@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA51@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F12D@dfweml501-mbx> <7AEB3D6833318045B4AE71C2C87E8E172A8CCA9B@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F1E1@dfweml501-mbx> <9762bdb8-e73c-7653-3243-f7add7a9ce7c@nokia.com> <0C72C38E7EBC34499E8A9E7DD007863908F0F242@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F747@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F774@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F7CA@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F824@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0F961@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0FA10@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F0FE8D@dfweml501-mbx> <91E3A1BD737FDF4FA14118387FF6766B156ABC28@lhreml504-mbs> In-Reply-To: <91E3A1BD737FDF4FA14118387FF6766B156ABC28@lhreml504-mbs> Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.212.254.198] Content-Type: multipart/alternative; boundary="_000_0C72C38E7EBC34499E8A9E7DD007863908F17531dfweml501mbx_" MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A020202.5829DBFC.013D, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: 0901344d095fe8d56d1389466178eea4 Archived-At: Cc: "mpls@ietf.org" , "CCAMP \(ccamp@ietf.org\)" , "Scharf, Michael \(Nokia - DE\)" , "pce@ietf.org" , "TEAS WG \(teas@ietf.org\)" Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 14 Nov 2016 15:45:14 -0000 --_000_0C72C38E7EBC34499E8A9E7DD007863908F17531dfweml501mbx_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Hi Italo, Please, see in-line. Igor From: Italo Busi Sent: Friday, November 11, 2016 11:04 AM To: Igor Bryskin; Francesco Lazzeri; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pc= e@ietf.org; TEAS WG (teas@ietf.org) Subject: RE: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Hi Igor, Please see some comments/questions in line below I think your last point is very important and deserves further consideratio= ns Italo From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: venerd=EC 11 novembre 2016 15:43 To: Francesco Lazzeri; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pc= e@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Hi Franseco, I probably didn't make myself clear. The two main points that I was trying = to make are: 1) Dijkstra does not work on topologies with constrained/asymmetrical = nodes; 2) There will be much more calls to PNCs that you seem to believe Imagine your algorithm hit node N1 over link L1. PNC1 representing N1 is ca= lled and the response says that the path can leave N1 over links L3, L4, L5= and L6. Suppose later the algorithm reaches N1 again over link L2. Will yo= u have to call PNC1 again? Sure, because now it returns the valid outbound = links to be L3, L4, L7 and L8. Will you have to consider link L8? Sure, it = was not accounted yet. Will you have to consider link L3 again? Sure, becau= se you have not considered L2-L3 inbound/outbound link combination yet: L1-= L3 internal (intra-node) path has different costs compared to L2-L3 interna= l path. The conclusions: a) the algorithm has to (re-)visit the same node multiple times; b) PNC will be called not only when the node first discovered (as you i= mplied), but every time the node is reached (which could be as many times a= s the number of links it terminates); c) when the node is represented by an MDSC, the entire sub-tree of MDS= Cs/PNCs will be called hierarchically every time the MDSC in question is ca= lled, which may dramatically increase the number of calls to PNCs, the numb= er of paths to be grown, the overall time of the path computation, etc. ; [Italo] I have the feeling that calculating how the number of path computat= ion requests increases with the number of underlying PNCs highly depends on= the logic implemented by the MDSC. A "smart" logic, as outlined in section= 3.3 of the draft, could dramatically reduce this number. IB>> In the draft I have not found any consideration (smart or not) WRT the= use case when a MDSC talks down not to a PNC, rather to a lower level MDSC= . If the top-level MDSC has to ask for path computation services from its s= ubordinate controllers, why the same logic does not apply to the lower leve= l MDSC? Furthermore, I disagree that it is possible to combine in a given algorithm= path computation services provided by the PNCs with the topology informati= on provided by the PNCs. In other words, the MDSC has to use one service or= the other, combining the two won't work. To prove otherwise, you have to p= rovide a concrete example as to how this could be done. d) The biggest scalability issue is not even the number of times PNCs/M= DSCs need to be called - the amount of paths that need to be grown. Note th= at PNC needs to return not just most optimal paths to all outbound links it= can reach, rather, all possible such paths, so that end-to-end path constr= aints could be met. [Italo] I do not fully understand this point. IMHO, for a given end-to-end path setup, I think that the amount of informa= tion the MDSC needs to get from its underlying PNCs, calculate the optimal = multi-domain path, is exactly the same no matter whether it is get via path= computation requests or via TE Topology information. The main difference is that path computation allows the MDSC to request onl= y the information it needs when it needs. Instead, if only TE Topology is used, the PNCs should provide "any" possibl= e information the MDSC may ever need before it needs it, which is much more= than what is needed for a single end-to-end path setup. IB>> From example I gave to Fransesco: Let's say MDSC serves OTN layer 20 domain network. Assume that each domain = exposes two connectivity matrices: one optimized by shortest cost, another = - by shortest delay. Assume that each matrix has an entry for each Lx/Ly/OD= Utype and is associated with 4 most optimal single intra-node paths and 4 S= RLG-diverse path pairs. Each path yields a vector of costs, including summa= ry TE metric, delay, SRLGs, etc. Please, give me an example in which this w= ould not be sufficient for MDSC. Note that said matrices could be (re-)computed in single path computation r= uns, and as far as a PNC is concerned are not more computationally expensiv= e than single p2p path computations Other issues are (some of them you mentioned below): a) how the algorithm prefers a segment over domain1 over a segment ove= r domain 2 when the metrics are not normalized (apples and oranges)? b) how the algorithm deals with independent/overlapping SRLGs in the do= mains? c) what if domains have independent overlapping name space for node an= d link IDs? [Italo] Again I am a bit confused. With path computation, the path returned by the PNC and its characteristics= (e.g., SRLG, node/link IDs) are associated with a given TE Topology expose= d by the PNC itself. The MDSC shall be capable to deal with these issues ot= herwise also the TE Topology information will not be consistent. Am I missing anything? IB>> Yes, you are. Connectivity matrices provided by PNCs are not meant to = be used as are. Instead, they are supposed to be merged into MDSC's native = topology, and part of this merging process is link, node. SRLG renaming and= metrics normalization. With the path computation approach said normalizati= on has to be done on the fly every time when a new path is received (or com= pare apples to oranges, when selecting a better path from ones provided by = different PNCs) In other words. what does a path returned by a PNC even mean to MDSC? Furthermore, I disagree with what you said about node's connectivity matric= es because: 1) Several flavors of matrices could be provided (e.g. one optimized = by smallest cost and another by shortest delay); [Italo] The requested path will have several path constraints (latency, ban= dwidth, ...): this is described in sections 3.1 and 3.2 of the draft. The s= et of possible path constraints combinations is quite huge IB>>Please, elaborate on this, because it is not obvious from the draft. Ac= cording to the TE tunnel model there is only so many parameters one can con= figure for a TE tunnel. A sub-set of said parameters could be used to expre= ss path computation constraints: bandwidth, latency, inclusions, exclusions= , diversities, affinities. Not all said constraints (e.g. affinities) are a= pplicable when requesting path computation services from PNCs. Please, give= an example, from which it could be seen that "The set of possible path con= straints combinations is quite huge" 2) Multiple intra-node paths could be associated with the same inbound= -outbound link combination. Each such path will yield a separate vector of = costs (summary TE cost, delay, max. bandwidth, internal SRLGs, internal aff= inities) that could be compared against the MDSC's path computation constra= ints; 3) Most importantly, TE topology model allows for negotiation of exact= connectivity matrices MDSC needs from PNCs. Such negotiation could happen = at any time, including before or even in the middle of the path computation= if the MDSC thinks the ones it has already are not good or sufficient enou= gh. [Italo] This seems an important and interesting point. Requesting a new node's connectivity matrix with the specific set of path c= onstraints when needed, looks to me like a form of requesting multiple path= computations between all the possible ingress/egress ports in "one shot". = I think this is a possible solution to the problem we are trying to addres= s so I think it deserves further considerations. IB>> I think you are confusing "path computation" constructs, which are spe= cific for a given path computation reqiest, with "TE topology" constructs, = which are supposed to support numerous computations. Take TE link, for exam= ple. It is not advertised/tailored to address a particular computation requ= est. Rather, TE link and its attributes are stateful in nature and are supp= osed to cover a particular range of path computations. If such attributes p= rove to be not sufficient the TE link is either re-configured or additional= TE link is advertised. Connectivity matrix is an attribute of a TE node, h= ence it is a topological concept, not computational Cheers, Igor From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com] Sent: Thursday, November 10, 2016 5:28 PM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Igor, please see inline. BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 10 November, 2016 8:53 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, There are few issues with your logic, I think: 1) Nodes representing domains must be considered as blocking/asymmetri= cal nodes. Dijkstra assumes symmetrical nodes; so the "idea is to run Dijks= tra on the MDSC abstract topology and trigger a path computation to the rel= evant PNCs as soon as a node representing a domain is found" is questionabl= e to begin with; [FL] Of course there are far more details than the ones included in my e-ma= il (long enough I think). One of these is that, of course, for each path re= turned by the PNC also the relevant metrics and delay shall be returned. Th= ese, and also NO-PATH information if some connectivity is not possible, wil= l be used by MDSC during path computation; metrics and delay shall be adde= d to the currently computed ones, or if no path is found towards a certain = inter-domain link, no propagation will occur on that link; this compensates= the blocking/asymmetrical characteristics of the node-domains. 2) What happens if the algorithm finds a node represented not by a PNC= , but by another (lower hierarchy level) MDSC? [FL] Nothing different from a PNC I believe. As far as MDSC can compute pat= hs as a PNC does and return them to the higher level MDSC, I can't see any = difference. 3) Assume you want to compute a single path on a 20-domain topology or= iginating in domain 1 and terminating in, say, domain17. I don't think you = have much choice but: a) request PNC 1 to compute all possible (not just optional) paths fr= om the path source to all domain 1 inter-domain links; b) request all neighboring PNCs to "grow" all the computed paths over = inter-domain links into the domains up to their respective outbound inter-d= omain links with potentially significant increase in the number of successf= ul paths; c) repeat step b) until the paths reach the destination (17th) domain= ; d) grow the paths until they hit the path computation destination; e) select the most optimal path I hope you agree that this is a lot of computations. [FL] Well, maybe "a lot", but not exponentially growing with the number of = domains and inter-domain links. That was the point of my previous e-mail. T= hen we can decide we have too many messages around, but I believe we first = need some criteria to understand what "a lot" or "too many" means. I also hope you agree that computing such path on a single 20 node topology= equipped with node detailed connectivity matrices is instantaneous; [FL] Yes, istantaneous, but, in general, wrong as far as the connectivity m= atrices don't reflect the actual request parameters. Think about a request = asking for a path with some affinity constraint, for example. Affinities ar= e 32 bits values; you can ask to include/exclude links in 3 different ways,= specifying for each one any of the 2^32 affinity combinations. Results of = the path computation can be completely different depending on the affinity = value and include/exlcude options. In theory to cope with just the affinity= constraint we should create L*(L-1)/2 * 3 * 2^32 paths per domain. And we = still have to combine this (that is multiply) with all the other constraint= s. Maybe we could renounce to some constraints and limit the flexibility of pa= th computation. In my view this is the only way to make the connectivity ma= trix method a little bit more appealing. But I still have dubts even with "= essential" parameters like just bandwidth and objective functions. 4) Computing diverse paths as two single path computations with the to= pology transformation in between does not apply here: the paths may go thro= ugh the same and/or different domains whose internal topologies are not kno= wn (hence there is nothing to transform); [FL] I agree that here the problem is more complex than in a single domain.= I didn't do tests yet on this, but I assume that a PNC should give also th= e possibility to ask for a path in diversity from another path. So when the= second path computation crosses the result of the first one in the same do= main, we should ask the relevant PNC for a path computation in diversity fr= om the previous path (possibly using the XRO mechanism) in order to be guar= anteed that even though the same domain is used, the two paths are still di= verse (PNC can guarantee that; if no diverse path is found, we should try a= nd manage the offending domain as the offending links in bhandari algorithm= , chasing them out from the solution). 5) Computing a connectivity matrix on a known (fully visible) topology= is simple (as you said, could be done in a single run) and also could be e= asily distributed between several path computers to produce/support several= flavors of said matrix (e.g. differently optimized). Each matrix entry may= be associated with one or more intra-node paths and provide to the MDSC va= rious metrics, like delay, cost, max. bandwidth, SRLGs) It could be done i= n background when the path computers have nothing else to do (which is most= of the time). [FL] As said above, the point here is that you don't know the request param= eters yet. And I do believe that in order to compute matrices suitable for = the purpose, either you have to compute (and store, and maintain) too many = of them, or you have to reduce too much the complexity of the problem to be= solved. Cheers, Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Thursday, November 10, 2016 12:39 PM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, it seems to me that the number of path computations should grow polinomiall= y and not esponentially with the number of domains and inter-domain links. Here it is some consideration about that, and correct me if I am wrong. Assume that the domains are abstracted on MDSC as nodes, and assume we have= a network of domains only (adding "normal" nodes doesn't affect the propos= ition). The idea is to run Dijkstra on the MDSC abstract topology and trigger a pat= h computation to the relevant PNCs as soon as a node representing a domain = is found. The abstract topology on MDSC will be a network with a number of nodes equa= l to the number of domains and a number of links equal to the inter-domain = links. If we run the Dijkstra algorithm to compute an end-to-end path on that topo= logy the complexity of it, which is related to the number of relaxation ste= ps, is polinomial as you know. So the number of requests going down to the = different PNCs must be polinomial as well. Take also into account that Dijkstra is normally used to find the shortest = path between two end-points in the network, but actually the algorithm is c= apable to find in a single run (with the same complexity) the shortest path= between a given node and any other node in the network. This should suggest to make the best of this property and foresee in the pr= otocol/model a single request capable to return all the suitable paths from= a given source to all the other nodes (or to a selected set of nodes, name= ly the exit nodes connected to the inter-domain links). In that way we shou= ld have one request per domain, to feed the relaxation steps between one in= gress point of the domain and all the points connected to inter-domain link= s. In the standard Dijkstra one domain/node will be traversed (that is will ge= nerate relaxation steps to its links) at most once, as any other relaxation= step passing through it eventually will be stopped once the node has been = visited. So, with this method, in the very worst case (when the best path i= s the Hamiltonian path, the one traversing all the nodes once) we'll have a= number of requests to the PNCs equal to the number of PNCs (one per PNC). If instead we use normal point-to point path computations, we should ask L-= 1 path computations to each PNC, where L is the number of inter-domain link= s connected to the domain managed by the PNC, which is still polinomial in = the number of domains and inter-domain links. Regarding path computation for paths in diversity, it should be still polin= omial, as if you use for example the Bhandari algorithm to do so, you see t= hat it's actually a sequence of two Dijkstra path computations plus some ne= twork transformation in between (modification of some link weights). The fi= rst instance is a traditional path computation, while the second one is a m= odified version allowing negative costs on the edges, but still polinomial.= So once again the result should still be polinomial and the number of requ= est shouldn't diverge. Now, something about the other approach mentioned in your e-mail, which imp= lies computing all the possible paths inside any domain in advance. It is polinomial as well, but with a higher number of path computations, as= for any domain in the network you have to compute L(L-1)/2 paths. Of course, you'll say, this happens once and not at any path computation. T= hat's true, but : - As soon as network get increasingly used, the computed paths cou= ld become invalid. So you need to recompute them as needed and advertise al= l the changes - You perform a path computation "in advance", that is before the = actual request is done, and therefore PNC cannot be aware of the future req= uirements in term of bandwidth, objective functions, constraints and so on.= Computed paths will not be suitable in general for all the future requests= , and of course it's not conceivable to compute those paths for all the pos= sible combinations of the request parameters (this should grow esponentiall= y!) Something that I would like to investigate further is the possibility for t= he MDSC to store the results of the path computations returned by the PNCs= along the time and reuse them as applicable during the future path computa= tions. At the end of the day this is something similar to the connectivity matrix = concept, with two main differences: - It's built incrementally from real requests and therefore with r= eal parameters - It's build by MDSC and maintained inside MDSC, no need for notif= ications. BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 10 November, 2016 5:15 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Franseco, We have discussed with Italo the applicability of path computation service = for multi-domain scenarios and agreed (at least my impression) that this re= alistically works for no more than two or three domains. For a single e2e p= ath computation the number of paths MDSC needs to request from PNCs grows e= xponentially with the number of domains and the number of inter-domain link= s. The things get worse when MDSC needs to compute e2e diverse (e.g. SRLG-d= isjoint) paths for a single e2e protected service and still worse when MDS= C needs to place more than one e2e services with global optimization criter= ia in mind. Things get still much worse when MDSCs are linked into a hierar= chy, and path computation services will have to be requested vertically thr= ough entire hierarchy from all subordinate MDSCs and PNCs Please, see further in line. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Thursday, November 10, 2016 5:02 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, I assumed in fact a multi-domain ACTN scenario, as stated in the abstract o= f draft-busibel-teas-yang-path-computation-00, where I believe we have the = most interesting use cases for path computation services. I believe we shou= ld consider all of these, as the same model shall be used both for single a= nd multi-domain scenarios. Regarding path computation on MDSC: in an ideal world MDSC could read topol= ogy from PNCs and compute itself end-to-end paths but there are cases where= this could be either impossible or not convenient: - For some reasons (e.g. security/privacy) the PNC doesn't export = full topology information to the MDSC, so that such information is not suit= able for a path computation on MDSC IB>> No one expects PNC to export full topology information, it is likely t= o contain proprietary information and hence useless for the MDSC anyway. PN= C is expected to expose an abstract TE topology, which could be as small as= a single TE node with detailed connectivity matrix; - For some reasons (e.g. scalability) MDSC doesn't want to get ful= l topology information from the subtended domains IB>> See comment above; - For some reasons (e.g. lack of knowledge about the internal mode= l of the equipment managed by the PNC : especially in WDM networks) MDSC is= not capable to cumpute reliably a feasible path in a domain IB>> This is not a concern: all the necessary computations are done already= by PNCs when exposing and updating the abstract TE topologies. IB>> Furthermore, according to ACTN MDSCs could be linked in a hierarchy. T= his means that for a top level MDSC e2e path computation, the path computat= ion services need to be requested hierarchically from all subordinate MDSCs= and PNCs across all hierarchy levels. In contrast, multi-level abstraction= of TE topologies is not a problem BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 8:33 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, Please, note that the context of this discussion is single domain. In my op= inion MDSC should not rely on the Path computation services (stateless or = stateful) provided by PNCs, rather, on its own path computation on TE topol= ogy, the product of merging of abstract TE topologies catered by the subor= dinate PNCs. And BTW said abstract TE topologies should be kept up-to-date = by the PNCs (i.e. with updates, stateful). Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Wednesday, November 09, 2016 12:42 PM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Well, I know implementations of both the "flavours", and I would say that t= he most complex are the pre-planned ones. So, it could be an interesting use case, but we need to be aware that it co= mes with a price. Take also into account that the path recomputation inside the provider coul= d not necessarily offer an optimal solution end-to-end, and the client (the= MDSC actually) should anyway check whether the end-to-end path, when a cha= nge happens on a segment, is still in compliance with its constraints (e.g.= if there is a latency constraint on the end-to-end path, it may happen tha= t the recomputed segment has a longer latency that leads to exceeding the c= onstraint on the end to end path : but the provider only sees that single s= egment of the end-to-end path and taking into account the end-to-end constr= aints could be really difficult). Regarding the TE-link, I was actually interested on what the provider (that= is the PNC) advertises to the client (MDSC) when reservation occurs. It ca= nnot advertise A'B' as it knows only A and B, but advertising AB seems to m= e not correct. BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 4:56 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, Please, see in-line. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri Sent: Wednesday, November 09, 2016 10:27 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-ya= ng-path-computation-00 Igor, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? FL>> Probably the same in case the provider notifies "Hey, I have no= longer anything for you". IB>> But this would be a bit too late, wouldn't it? Wouldn't it be better i= f the client has learnt about the previously returned path unfeasibility ah= ead of time, so that it could re-plan it's failure recovery scheme? If there is no (more) path, there is no path. The client could only try and= crankback looking for some different path or report an alarm. IB>> Relying on crankbaks in an unpredictable way is not exactly a good sol= ution, right? The scenario that seems more applicable to your proposal is a pre-planned r= estoration mechanism where we have a worker path in-service and a protectio= n path just computed (but not reserving network resources, in order to shar= e them among several protection paths), in a multi-domain network. In that = case, reserving te-tunnels like you suggest, could give an advantage, as th= e end-to-end cranckback could occur when the notification with "no-path" is= triggered by the provider (that means the protection path or some of its s= egments is no longer valid) and not when the path deployment is triggered b= y the client (that means the worker path is gone and we need the protection= immediately). Is this the case you are considering ? IB>> Exactly. All the scenarios you can think of where you don't know when = and where a problem may happen and you want to maintain flexibility and sha= re the network resources to protect as much as you can In other cases, as when used during an end-to-end path computation with imm= ediate deployment to reduce the possibility of conflicts among concurrent p= rocedures, it seems to me less important or applicable, as all these proced= ures will likely be orchestrated by the same entity, which could well avoid= conflicts. IB>> All cases where the provider wants to expose a potentiality without co= mmitting resources to cover for the client multiple use cases and provide a= t the same time some degree (albeit not perfect) predictability. 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. FL>> This means that the provider just sends the reply to the path computat= ion request and doesn't advertise any new TE link to the client ? This is a= ctually what I would expect: the task to manage TE-links in the overlay top= ology is with the client. IB>> Overlay TE topology manager advertises a TE link that is supported not= by a provisioned in a server layer TE tunnel (connection), rather, by a co= mputed and monitored path. This way the overlay TE topology manger can adve= rtise multiple abstract TE links mapped onto the same network resources Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 3:47 PM To: Francesco Lazzeri >; Fatai Zhang >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Francesco, 1) IMHO simplicity pays back. Instead than maintaining all these state= s, notifying clients all the times something changes, and repeating path-co= mputation as needed, isn't better for a client (and provider) to ask what i= s needed when it's needed, and get the best result back at that moment ? IB>> What happens it the provider at this moment says: " No, I have nothing= for you" ? What if the path was relied upon by the client for a failure r= ecovery or congestion avoidance strategy or disaster topology re-configurat= ion? 2) Regarding the abstract link in the overlay topology, I still can't = see what the provider will advertise. If it's a new link representing the f= orwarding adjacency between A' and B', how it will be represented by the pr= ovider ? IB>> According to the TE topology model abstract TE link A'B' points to the= underlay (provider) TE topology where the path is computed and provisioned= as supporting TE tunnel for committed TE link or not provisioned (but moni= tored) for uncommitted TE link (i.e. link advertising potentiality in the p= rovider network). In either case TE link's attributes (e.g. available bandw= idth, SRLGs) are defined by the path. Igor From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com] Sent: Wednesday, November 09, 2016 9:26 AM To: Igor Bryskin; Fatai Zhang; Dieter Beller Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (teas@ietf.org) Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Igor, IMHO simplicity pays back. Instead than maintaining all these states, notif= ying clients all the times something changes, and repeating path-computatio= n as needed, isn't better for a client (and provider) to ask what is needed= when it's needed, and get the best result back at that moment ? Regarding the abstract link in the overlay topology, I still can't see what= the provider will advertise. If it's a new link representing the forwardin= g adjacency between A' and B', how it will be represented by the provider ? BR Francesco From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: 09 November, 2016 2:48 PM To: Fatai Zhang >; Fran= cesco Lazzeri >; Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; pce@iet= f.org; TEAS WG (teas@ietf.org) <= teas@ietf.org> Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Francesco, Please, see in-line. Cheers, Igor The point here is for how long the provider should keep the computed path a= nd its request parameters IB>> As far as the provider is concerned, the requested path and its parame= ters is a TE tunnel (albeit computed but not provisioned). So it keeps the = state until the client removes the TE tunnel. (in fact if we want to have a possibly better path, at any change inside pr= ovider topology, resource status and usage, the provider should check if th= e computed path is still feasible and/or redo path computation to find a be= tter path). This could be an overhead, in my view. IB>> For example, if provider is to ensure the path's feasibility, all it n= eeds is to detect a change in a TE link the path is going through and make = sure that the change does not make the path unfeasible. Only in the latter= case the path re-computation needs to be scheduled and performed in a back= ground thread. Furthermore, I can't see how the provider could export the abstract TE-link= , as this is inside the client topology; IB>> The abstract link is a part of the abstract topology "cooked" (customi= zed) for the client, which is supported by the computed path in the underla= y topology, which is the provider's topology. in fact, if the client is asking for a path between A and B (A and B inside= provider topology), having A' (in client topology) connected to A and B' (= in client topology) connected to B, the relevant abstract TE link (the forw= arding adjacency) should be built between A' and B', that is in the client = topology; therefore the client should be in charge of managing it, as the p= rovider is not aware of A' and B'. IB>> This is correct, but note that the two topologies (underlay and overla= y) according to the TE topology model have independent and unrelated name s= paces for node, link and SRLG IDs. So it is perfectly Ok. IB>> Also note that according to TE topology model one important attribut= e of a TE node (especially abstract composite node) is connectivity matrix,= which is nothing but a set of stateful paths computed, re-computed and con= stantly monitored (but not reserved) over the TE topology the node encapsul= ates. This means that stateful unreserved paths play already a very import= ant part in supporting TE topologies with asymmetrical blocking abstract TE= nodes. Igor BR Francesco From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: 04 November, 2016 7:12 PM To: Dieter Beller > Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) >; Scharf, Michael (Nokia= - DE) >; TEAS WG= (teas@ietf.org) = >; pce@ietf.org Subject: Re: [CCAMP] [mpls] http://tools.ietf.org/html/draft-busibel-teas-y= ang-path-computation-00 Dieter, A client may ask for a path not to be used immediately (e.g. to present as = an abstract TE link to its own client, in some failure restoration scheme o= r as a part of disaster recovery network topology re-configuration) without= committing any network resources. In this case the client would want to kn= ow at least if/when the path has stopped being feasible any longer or (ide= ally) a better path is available. This is similar to exposing to a client an abstract TE topology with an unc= ommitted abstract TE link (i.e. TE link that does not have a committed TE t= unnel supporting it and advertises potentiality). Once such link is provide= d, the provider is expected to send updates when/if the TE link attributes = change. For uncommitted/potential TE link such updates could be provided ba= sed on event driven re-computation of the potentiality the TE link represen= ts. The point is that an uncommitted abstract TE link and COMPUTE_ONLY TE tunne= l can represent (each in its own way) the same network potentiality Cheers, Igor From: Dieter Beller [mailto:Dieter.Beller@nokia.com] Sent: Friday, November 04, 2016 1:49 PM To: Igor Bryskin Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi Igor, could you please clarify how useful a stateful path without resource alloca= tion is. I can't see the benefits of this use case. Thanks, Dieter On 04.11.2016 14:25, Igor Bryskin wrote: Hi Dieter, A provider may compute path(s) for a TE tunnel, and then (without any resou= rce allocation) may start monitoring/ensuring the path validity/optimality = by re-computing them in an event driven manner. For example, it can trigger= the re-computation of the path(s) when detecting a change in a state of a = TE link the current path(s) are going through. Depending on the results ad= ditional notifications may be sent to the client. Note that this is in addition to the reasons you correctly identified for i= mplementing stateful path computation (such as compute_and_reserve). Cheers, Igor From: Beller, Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com] Sent: Thursday, November 03, 2016 6:27 PM To: Leeyoung Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path= -computation-00 Hi all, when we talk about the stateful path computation use case, it means IMHO th= at when a path has been calculated successfully in response to a request, a= new path object is created in the data store. This does only make sense if= the resources have been allocated in the TED of the PCE irrespective of th= e fact whether the connection along this path will be established right awa= y or at a later point in time. This will prevent further path computation r= equests from assuming that the resources are still available. As the TED of= the PCE also has to reflect the network state, I would assume that the net= work resources can be in one of the following three states: available, allo= catedButNotInUse, allocatedAndInUse. The path objects also need state info= rmation reflecting for example the alarm state of the allocated resources. = The path calculated earlier may become (temporarily) invalid due to a link = failure affecting the path. Does this make sense? Thanks, Dieter Sent from my tablet Leeyoung wrote: Igor, When you say "state", are you referring to the YANG datastore or some other= "interim" state of those paths that are calculated but not instantiated as= LSPs? If we were to update the YANG datastore for this, I would think that= we may have some issue when the customer decided not to instantiate the TE= tunnel (after the path compute request). Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 3:02 PM To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Young, >From the provider controller point of view COMPUTE_ONLY TE tunnels will hav= e exactly the same state as "normal" (COMPUTE_ADN_PROVISION) TE tunnels. Igor From: Leeyoung Sent: Thursday, November 03, 2016 3:42 PM To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Igor, In such case, would the YANG datastore be updated? I guess not. If not, the= n the system/controller has to keep this interim state, would it? Thanks. Young From: Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAMP (ccam= p@ietf.org); pce@ietf.org; TEAS= WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Michael, You are exactly right. The purpose of the "compute-only" TE tunnel is to cr= eate/maintain the normal TE tunnel state and (re-)compute TE paths for the = TE tunnel connections/LSPs but not signal/provision the LSPs. Igor From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: Thursday, November 03, 2016 3:17 PM To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Isn't the intention of defining "compute-only tunnels" to create state in t= he controller, but not to signal them? If the tunnel should be signaled and= resources shall be allocated, why not just configure a vanilla tunnel? Use= s cases seem to exist for both variants, and both can be encoded in YANG. I= s there anything I miss here? Michael From: Leeyoung [mailto:leeyoung@huawei.com] Sent: Thursday, November 03, 2016 7:49 PM To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; CCAMP (= ccamp@ietf.org); pce@ietf.org; = TEAS WG (teas@ietf.org); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Hi Michael, I think I am with you on your point. If we use rpc, it is clear. On the oth= er hand, if we were to use "stateful compute-only" it seems that the system= /controller has to keep the state of the paths somewhere which is not YANG = datastore. My understanding is that YANG datastore is updated only when the= path is signaled and resource is allocated. Would this give the system/con= troller additional burden to keep the "interim" state? Young From: CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Scharf, Michael (N= okia - DE) Sent: Thursday, November 03, 2016 8:58 AM To: Daniele Ceccarelli; Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.org); mpls@ietf.org Subject: Re: [CCAMP] http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Maybe I miss something, but to me, the domain controller either computes a = path stateless, which can be modeled in YANG in an RPC. Or the domain contr= oller computes a path, stores state, and provides access to the result in t= he YANG datastore. In the latter case, whether resources are allocated, or = whether the NEs get actually provisioned, is an orthogonal question. As a side note, I am not sure of I would call a domain controller or an NMS= a PCE. Path computation is only a subset of the functions of a domain cont= roller. Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 03, 2016 2:49 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org; TEAS WG (teas@ietf.o= rg); mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 Can you please explain what the "stateful compute-only" stands for I don't = understand what is stateful in a path computation request only. IMHO either I ask the PCE (SDN controller, NMS, whatever) to compute a path= and then forget about it or I ask to compute and provision it. I don't und= erstand the value of asking for it and remembering about it. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 3 novembre 2016 14:45 To: Igor Bryskin >;= Daniele Ceccarelli >; CCAMP (ccamp@ietf.org) >; pce@ietf.org; TEAS WG = (teas@ietf.org) >= ; mpls@ietf.org Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-comput= ation-00 We have discussed this before. From an implementer's perspective, the two c= lean solutions to the problem seem to either stateful "compute-only" tunnel= s or a stateless RPC. Michael From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: Thursday, November 03, 2016 2:34 PM To: Daniele Ceccarelli; CCAMP (ccamp@ietf.org); pce@= ietf.org; TEAS WG (teas@ietf.org= ); mpls@ietf.org Subject: [ALU] [mpls]http://tools.ietf.org/html/draft-busibel-teas-yang-pat= h-computation-00 Hi, >From the draft: 6. YANG Model for requesting Path Computation Work on extending the TE Tunnel YANG model to support the need to request path computation has recently started also in the context of the [TE-TUNNEL] draft. It is possible to request path computation by configuring a "compute-only" TE tunnel and retrieving the computed path(s) in the LSP(s) Record-Route Object (RRO) list as described in [TE-TUNNEL]. This is a stateful solution since the state of each created "compute-only" TE tunnel needs to be maintained and updated, when underlying network conditions change. The need also for a stateless solution, based on an RPC, has been recognized. The YANG model to support stateless RPC is for further study. IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_= FORGET mode. We also consider the concept of path computation action to be = defined under the TE tunnel node. All this is to facilitate stateless path = computations. Cheers, Igor --_000_0C72C38E7EBC34499E8A9E7DD007863908F17531dfweml501mbx_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

    Hi Italo,

     

    Please, see in-line.

     

    Igor=

     

    From: Italo Busi
    Sent: Friday, November 11, 2016 11:04 AM
    To: Igor Bryskin; Francesco Lazzeri; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: RE: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-= teas-yang-path-computation-00

     

    Hi Igor,

     

    Please see some commen= ts/questions in line below

     

    I think your last poin= t is very important and deserves further considerations

     

    Italo

     

    From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: venerd=EC 11 novembre 2016 15:43
    To: Francesco Lazzeri; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-= teas-yang-path-computation-00

     

    Hi Franseco,

     

    I probably didn’= t make myself clear. The two main points that I was trying to make are:

    1)&n= bsp;     Dijkstra does = not work on topologies with constrained/asymmetrical nodes;

    2)&n= bsp;     There will be = much more calls to PNCs that you seem to believe

     

    Imagine your algorithm= hit node N1 over link L1. PNC1 representing N1 is called and the response = says that the path can leave N1 over links L3, L4, L5 and L6. Suppose later= the algorithm reaches N1 again over link L2. Will you have to call PNC1 again? Sure, because now it returns th= e valid outbound links to be L3, L4, L7 and L8. Will you have to consider l= ink L8? Sure, it was not accounted yet. Will you have to consider link L3 a= gain? Sure, because you have not considered L2-L3 inbound/outbound link combination yet: L1-L3 internal (in= tra-node) path has different costs compared to L2-L3 internal path.

    The conclusions:<= /o:p>

    a)&n= bsp;     the algorithm = has to (re-)visit the same node multiple times;

    b)&n= bsp;    PNC will be ca= lled not only when the node first discovered (as you implied), but every ti= me the node is reached (which could be as many times as the number of links= it terminates);

    c)&n= bsp;     when the node = is represented by an MDSC, the entire sub-tree of MDSCs/PNCs will be called= hierarchically every time the MDSC in question is called, which may dramat= ically increase the number of calls to PNCs, the number of paths to be grown, the overall time of the path com= putation, etc. ;

    [Italo] I have the f= eeling that calculating how the number of path computation requests increas= es with the number of underlying PNCs highly depends on the logic implement= ed by the MDSC. A “smart” logic, as outlined in section 3.3 of the draft, could dramatically reduce this numbe= r.

     

    IB>> In th= e draft I have not found any consideration (smart or not) WRT the use case = when a MDSC talks down not to a PNC, rather to a lower level MDSC. If the t= op-level MDSC has to ask for path computation services from its subordinate controllers, why the same logic does not app= ly to the lower level MDSC?

    Furthermore, I d= isagree that it is possible to combine in a given algorithm path computatio= n services provided by the PNCs with the topology information provided by t= he PNCs. In other words, the MDSC has to use one service or the other, combining the two won’t work. To pr= ove otherwise, you have to provide a concrete example as to how this could = be done.

     

    d)&n= bsp;    The biggest sc= alability issue is not even the number of times PNCs/MDSCs need to be calle= d – the amount of paths that need to be grown. Note that PNC needs to= return not just most optimal paths to all outbound links it can reach, rather, all possible such paths, so that e= nd-to-end path constraints could be met.

    [Italo] I do not ful= ly understand this point.

    IMHO, for a given en= d-to-end path setup, I think that the amount of information the MDSC needs = to get from its underlying PNCs, calculate the optimal multi-domain path, i= s exactly the same no matter whether it is get via path computation requests or via TE Topology information.

    The main difference = is that path computation allows the MDSC to request only the information it= needs when it needs.

    Instead, if only TE = Topology is used, the PNCs should provide “any” possible inform= ation the MDSC may ever need before it needs it, which is much more than wh= at is needed for a single end-to-end path setup.

     

    IB>> From = example I gave to Fransesco:

    Let’s say MDSC s= erves OTN layer 20 domain network. Assume that each domain exposes two conn= ectivity matrices: one optimized by shortest cost, another – by short= est delay. Assume that each matrix has an entry for each Lx/Ly/ODUtype and is associated with 4 most optimal single intra-= node paths and 4 SRLG-diverse path pairs. Each path yields a vector of cost= s, including summary TE metric, delay, SRLGs, etc. Please, give me an examp= le in which this would not be sufficient for MDSC.

    Note that said matrice= s could be (re-)computed in single path computation runs, and as far as a P= NC is concerned are not more computationally expensive than single p2p path= computations

     

    Other issues are (some= of them you mentioned below):

    a)&n= bsp;     how the algori= thm prefers a segment over domain1 over a segment over domain 2 when the me= trics are not normalized (apples and oranges)?

    b)&n= bsp;    how the algori= thm deals with independent/overlapping SRLGs in the domains?

    c)&n= bsp;     what if domain= s have independent overlapping name space for node and link IDs?=

    [Italo] Again I am a= bit confused.

    With path computatio= n, the path returned by the PNC and its characteristics (e.g., SRLG, node/l= ink IDs) are associated with a given TE Topology exposed by the PNC itself.= The MDSC shall be capable to deal with these issues otherwise also the TE Topology information will not be consis= tent.

    Am I missing anythin= g?

     

    IB>> Yes, = you are. Connectivity matrices provided by PNCs are not meant to be used as= are. Instead, they are supposed to be merged into MDSC’s native topo= logy, and part of this merging process is link, node. SRLG renaming and metrics normalization. With the path computation a= pproach said normalization has to be done on the fly every time when a new = path is received (or compare apples to oranges, when selecting a better pat= h from ones provided by different PNCs)

     

    In other words. what d= oes a path returned by a PNC even mean to MDSC?

     

    Furthermore, I disagre= e with what you said about node’s connectivity matrices because:=

    1)&n= bsp;     Several flavor= s of  matrices could be provided (e.g. one optimized by smallest cost = and another by shortest delay);

    [Italo] The requeste= d path will have several path constraints (latency, bandwidth, …): th= is is described in sections 3.1 and 3.2 of the draft. The set of possible p= ath constraints combinations is quite huge

     

    IB>>Please= , elaborate on this, because it is not obvious from the draft. According to= the TE tunnel model there is only so many parameters one can configure for= a TE tunnel. A sub-set of said parameters could be used to express path computation constraints: bandwidth, latency,= inclusions, exclusions, diversities, affinities. Not all said constraints = (e.g. affinities) are applicable when requesting path computation services = from PNCs. Please, give an example, from which it could be seen that “The set of possible path constrain= ts combinations is quite huge”

    <= span style=3D"color:#C00000">

    2)&n= bsp;     Multiple intra= -node paths could be associated with the same inbound-outbound link combina= tion. Each such path will yield a separate vector of costs (summary TE cost= , delay, max. bandwidth, internal SRLGs, internal affinities) that could be compared against the MDSC’= s path computation constraints;

    3)&n= bsp;     Most important= ly, TE topology model allows for negotiation of exact connectivity matrices MDSC needs from PNCs. Suc= h negotiation could happen at any time, including before or even in the mid= dle of the path computation if the MDSC thinks the ones it has already are = not good or sufficient enough.

    [Italo] This seems a= n important and interesting point.

    Requesting a new nod= e’s connectivity matrix with the specific set of path constraints whe= n needed, looks to me like a form of requesting multiple path computations = between all the possible ingress/egress ports in “one shot”.  I think this is a possible solution to th= e problem we are trying to address so I think it deserves further considera= tions.

     

    IB>> I thi= nk you are confusing “path computation” constructs, which are s= pecific for a given path computation reqiest, with “TE topology”= ; constructs, which are supposed to support numerous computations. Take TE link, for example. It is not advertised/tailored to address a part= icular computation request. Rather, TE link and its attributes are state= ful in nature and are supposed to cover a particular range of path computat= ions. If such attributes prove to be not sufficient the TE link is either r= e-configured or additional TE link is advertised. Connectivity matrix is an attribute of a TE node, hence it = is a topological concept, not computational

     

     

    Cheers,

    Igor  

     

     

    From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.com]
    Sent: Thursday, November 10, 2016 5:28 PM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Igor, please see in= line.

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 10 November, 2016 8:53 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller = <Dieter.Beller@nokia.com&= gt;
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; TEAS WG (teas@ietf.org) <te= as@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,

     

    There are few issue= s with your logic, I think:

     

    1)   = ;   Nodes representing domains must be = considered as blocking/asymmetrical nodes. Dijkstra assumes symmetrical nod= es; so the “idea is to run Dijkstra on the MDSC abstract topology and= trigger a path computation to the relevant PNCs as soon as a node representing a domain is found” is questionab= le to begin with;

    [FL] Of course ther= e are far more details than the ones included in my e-mail (long enough I t= hink). One of these is that, of course, for each path returned by the PNC a= lso the relevant metrics and delay shall be returned. These, and also NO-PATH information if some connectivity is n= ot possible, will be used by MDSC during path computation;  metrics an= d delay shall be added to the currently computed ones, or if no path is fou= nd towards a certain inter-domain link, no propagation will occur on that link; this compensates the blocking/asym= metrical characteristics of the node-domains.

    2)   = ;   What happens if the algorithm finds= a node represented not by a PNC, but by another (lower hierarchy level) MD= SC?

    [FL] Nothing differ= ent from a PNC I believe. As far as MDSC can compute paths as a PNC does an= d return them to the higher level MDSC, I can’t see any difference.

    3)   = ;   Assume you want to compute a single= path on a 20-domain topology originating in domain 1 and terminating in, s= ay, domain17. I don’t think you have much choice but:

    a)       request PNC 1 to compute all possib= le (not just optional) paths from the path source to all domain 1 inter-dom= ain links;

    b)      request all neighboring PNCs to = 220;grow” all the computed paths over inter-domain links into the dom= ains up to their respective outbound inter-domain links with potentially si= gnificant increase in the number of successful paths;

    c)       repeat step b) until the paths reac= h the destination (17th) domain;

    d)      grow the paths until they hit the p= ath computation destination;

    e)      select the most optimal path

     

    I hope you agree th= at this is a lot of computations.

    [FL] Well, maybe &#= 8220;a lot”, but not exponentially growing with the number of domains= and inter-domain links. That was the point of my previous e-mail. Then we = can decide we have too many messages around, but I believe we first need some criteria to understand what “a lot̶= 1; or “too many” means.

     

    I also hope you agr= ee that computing such path on a single 20 node topology equipped with node= detailed connectivity matrices is instantaneous;

    [FL] Yes, istantane= ous, but, in general, wrong as far as the connectivity matrices don’t= reflect the actual request parameters. Think about a request asking for a = path with some affinity constraint, for example. Affinities are 32 bits values; you can ask to include/exclude links in 3 d= ifferent ways, specifying for each one any of the 2^32 affinity combination= s. Results of the path computation can be completely different depending on= the affinity value and include/exlcude options. In theory to cope with just the affinity constraint we should cre= ate L*(L-1)/2 * 3 * 2^32 paths per domain. And we still have to combine thi= s (that is multiply) with all the other constraints.

    Maybe we could reno= unce to some constraints and limit the flexibility of path computation. In = my view this is the only way to make the connectivity matrix method a littl= e bit more appealing. But I still have dubts even with “essential” parameters like just bandwidth and= objective functions.

     

    4)   = ;   Computing diverse paths as two sing= le path computations with the topology transformation in between does not a= pply here: the paths may go through the same and/or different domains whose= internal topologies are not known (hence there is nothing to transform);

    [FL] I agree that h= ere the problem is more complex than in a single domain. I didn’t do = tests yet on this, but I assume that a PNC should give also the possibility= to ask for a path in diversity from another path. So when the second path computation crosses the result of the first = one in the same domain, we should ask the relevant PNC for a path computati= on in diversity from the previous path (possibly using the XRO mechanism) i= n order to be guaranteed that even though the same domain is used, the two paths are still diverse (PNC can g= uarantee that; if no diverse path is found, we should try and manage the of= fending domain as the offending links in bhandari algorithm, chasing them o= ut from the solution).

    5)   = ;   Computing a connectivity matrix on = a known (fully visible) topology is simple (as you said, could be done in a= single run) and also could be easily distributed between several path comp= uters to produce/support several flavors of said matrix (e.g. differently optimized). Each matrix entry may be asso= ciated with one or more intra-node paths and provide to the MDSC various me= trics, like delay, cost, max. bandwidth, SRLGs)  It could be done in b= ackground when the path computers have nothing else to do (which is most of the time).

    [FL] As said above,= the point here is that you don’t know the request parameters yet. An= d I do believe that in order to compute matrices suitable for the purpose, = either you have to compute (and store, and maintain) too many of them, or you have to reduce too much the complexity = of the problem to be solved.

     

    Cheers,<= /span>

    Igor

     

     

     

     

    From: Teas [ma= ilto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Thursday, November 10, 2016 12:39 PM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Igor,

    it seems to me that= the number of path computations should grow polinomially and not esponenti= ally with the number of domains and inter-domain links.

    Here it is some con= sideration about that, and correct me if I am wrong.

     

    Assume that the dom= ains are abstracted on MDSC as nodes, and assume we have a network of domai= ns only (adding “normal” nodes doesn’t affect the proposi= tion).

    The idea is to run = Dijkstra on the MDSC abstract topology and trigger a path computation to th= e relevant PNCs as soon as a node representing a domain is found.

    The abstract topolo= gy on MDSC will be a network with a number of nodes equal to the number of = domains and a number of links equal to the inter-domain links.

    If we run the Dijks= tra algorithm to compute an end-to-end path on that topology the complexity= of it, which is related to the number of relaxation steps, is polinomial a= s you know. So the number of requests going down to the different PNCs must be polinomial as well.

    Take also into acco= unt that Dijkstra is normally used to find the shortest path between two en= d-points in the network, but actually the algorithm is capable to find in a= single run (with the same complexity) the shortest path between a given node and any other node in the network. =

    This should suggest= to make the best of this property and foresee in the protocol/model a sing= le request capable to return all the suitable paths from a given source to = all the other nodes (or to a selected set of nodes, namely the exit nodes connected to the inter-domain links). = In that way we should have one request per domain, to feed the relaxation s= teps between one ingress point of the domain and all the points connected t= o inter-domain links.

    In the standard Dij= kstra one domain/node will be traversed (that is will generate relaxation s= teps to its links) at most once, as any other relaxation step passing throu= gh it eventually will be stopped once the node has been visited. So, with this method, in the very worst case (w= hen the best path is the Hamiltonian path, the one traversing all the nodes= once) we’ll have a number of requests to the PNCs equal to the numbe= r of PNCs (one per PNC).

    If instead we use n= ormal point-to point path computations, we should ask L-1 path computations= to each PNC, where L is the number of inter-domain links connected to the = domain managed by the PNC, which is still polinomial in the number of domains and inter-domain links.

     

    Regarding path comp= utation for paths in diversity, it should be still polinomial, as if you us= e for example the Bhandari algorithm to do so, you see that it’s actu= ally a sequence of two Dijkstra path computations plus some network transformation in between (modification of some link wei= ghts). The first instance is a traditional path computation, while the seco= nd one is a modified version allowing negative costs on the edges, but stil= l polinomial. So once again the result should still be polinomial and the number of request shouldn’= t diverge.

     

    Now, something abou= t the other approach mentioned in your e-mail, which implies computing all = the possible paths inside any domain in advance.

    It is polinomial as= well, but with a higher number of path computations, as for any domain in = the network you have to compute L(L-1)/2 paths.

    Of course, you̵= 7;ll say, this happens once and not at any path computation. That’s t= rue, but :

     

    -   =        As soon as network get increasingly= used, the computed paths could become invalid. So you need to recompute th= em as needed and advertise all the changes

    -   =        You perform a path computation R= 20;in advance”, that is before the actual request is done, and theref= ore PNC cannot be aware of the future requirements in term of bandwidth, ob= jective functions, constraints and so on. Computed paths will not be suitable in general for all the future requests, and of = course it’s not conceivable to compute those paths for all the possib= le combinations of the request parameters (this should grow esponentially!)=

     

    Something that I wo= uld like to investigate further is the possibility for the MDSC to store th= e results of the path computations  returned by the PNCs along the tim= e and reuse them as applicable during the future path computations.

    At the end of the d= ay this is something similar to the connectivity matrix concept, with two m= ain differences:

     

    -   =        It’s built incrementally from= real requests and therefore with real parameters

    -   =        It’s build by MDSC and mainta= ined inside MDSC, no need for notifications.

     

    BR

    Francesco

     

     

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 10 November, 2016 5:15 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller = <Dieter.Beller@nokia.com&= gt;
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; TEAS WG (teas@ietf.org) <te= as@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Franseco,

     

    We have discussed with= Italo the applicability of path computation service for multi-domain scena= rios and agreed (at least my impression) that this realistically works for = no more than two or three domains. For a single e2e path computation the number of paths MDSC needs to request fr= om PNCs grows exponentially with the number of domains and the number of in= ter-domain links. The things get worse when MDSC needs to compute e2e diver= se (e.g. SRLG-disjoint) paths for a single e2e protected service  and still worse when MDSC needs to pl= ace more than one e2e services with global optimization criteria in mind. T= hings get still much worse when MDSCs are linked into a hierarchy, and path= computation services will have to be requested vertically through entire hierarchy from all subordinate MDSCs a= nd PNCs

     

    Please, see further in= line.

     

    Igor=

     

     

    From: Teas [ma= ilto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Thursday, November 10, 2016 5:02 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - = DE); pce@ietf.org; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Igor,

    I assumed in fact a= multi-domain ACTN scenario, as stated in the abstract of draft-busibel-tea= s-yang-path-computation-00, where I believe we have the most interesting us= e cases for path computation services. I believe we should consider all of these, as the same model shall be used= both for single and multi-domain scenarios.

    Regarding path comp= utation on MDSC: in an ideal world MDSC could read topology from PNCs and c= ompute itself end-to-end paths but there are cases where this could be eith= er impossible or not convenient:

     

    -   =        For some reasons (e.g. security/pri= vacy) the PNC doesn’t export full topology information to the MDSC, s= o that such information is not suitable for a path computation on MDSC=

     

    IB>> No one expects PNC to export full topology info= rmation, it is likely to contain proprietary information and hence useless = for the MDSC anyway. PNC is expected to expose an abstract TE topology, which could be as small as a single TE node with = detailed connectivity matrix;

     

    -   =        For some reasons (e.g. scalability)= MDSC doesn’t want to get full topology information from the subtende= d domains

    IB>> See comment above;

     

    -   =        For some reasons (e.g. lack of know= ledge about the internal model of the equipment managed by the PNC : especi= ally in WDM networks) MDSC is not capable to cumpute reliably a feasible pa= th in a domain

    IB>> This is not a concern: all the necessary comput= ations are done already by PNCs when exposing and updating the abstract TE = topologies.

     

    IB>> Furthermore, according to ACTN MDSCs could be l= inked in a hierarchy. This means that for a top level MDSC e2e path computa= tion, the path computation services need to be requested hierarchically from all subordinate MDSCs and PNCs acr= oss all hierarchy levels. In contrast, multi-level abstraction of TE topolo= gies is not a problem

     

    BR

    Francesco

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 8:33 PM
    To: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller = <Dieter.Beller@nokia.com&= gt;
    Cc: mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org>; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>; pce@ietf.org; TEAS WG (teas@ietf.org) <te= as@ietf.org>
    Subject: RE: [mpls] http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,

     

    Please, note that t= he context of this discussion is single domain. In my opinion MDSC  sh= ould not rely on the Path computation services (stateless or stateful) prov= ided by PNCs, rather, on its own path computation on TE topology, the product of  merging of abstract TE topologies cat= ered by the subordinate PNCs. And BTW said abstract TE topologies should be= kept up-to-date by the PNCs (i.e. with updates, stateful).

     

    Igor

     

     

     

    From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Wednesday, November 09, 2016 12:42 PM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.or= g; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (    teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.i= etf.org/html/draft-busibel-teas-yang-path-computation-00

     

    Well, I know implem= entations of both the “flavours”, and I would say that the most= complex are the pre-planned ones.

    So, it could be an = interesting use case, but we need to be aware that it comes with a price.

    Take also into acco= unt that the path recomputation inside the provider could not necessarily o= ffer an optimal solution end-to-end, and the client (the MDSC actually) sho= uld anyway check whether the end-to-end path, when a change happens on a segment, is still in compliance with its = constraints (e.g. if there is a latency constraint on the end-to-end path, = it may happen that the recomputed segment has a longer latency that leads t= o exceeding the constraint on the end to end path : but the provider only sees that single segment of the en= d-to-end path and taking into account the end-to-end constraints could be r= eally difficult).

     

    Regarding the TE-li= nk, I was actually interested on what the provider (that is the PNC) advert= ises to the client (MDSC) when reservation occurs. It cannot advertise A= 217;B’ as it knows only A and B, but advertising AB seems to me not correct.

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 4:56 PM
    To: Francesco Lazzeri <    francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,<= /span>

     

    Please, see in-line.

     

    Igor=

     

     

     

    From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Francesco Lazzeri
    Sent: Wednesday, November 09, 2016 10:27 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.or= g; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (    teas@ietf.org)
    Subject: Re: [Teas] [mpls] http://tools.i= etf.org/html/draft-busibel-teas-yang-path-computation-00

     

    Igor,

     

    1)   = ;   IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn’t better for= a client (and provider) to ask what is needed when it’s needed, and get the best result back at that moment= ?

    IB>> What happens it the provider at this moment says: ̶= 0; No, I have nothing for you” ?  What if the path was relied up= on by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

       &= nbsp;   FL>> Probably the same in case the provider notifie= s “Hey, I have no longer anything for you”.

     

    IB>> But this would = be a bit too late, wouldn’t it? Wouldn’t it be better if the cl= ient has learnt about the previously returned path unfeasibility ahead of t= ime, so that it could re-plan it’s failure recovery scheme?

     

    If there is no (mor= e) path, there is no path. The client could only try and crankback looking = for some different path or report an alarm.

     

    IB>> Relying on cran= kbaks in an unpredictable way is not exactly a good solution, right?

     

    The scenario that s= eems more applicable to your proposal is a pre-planned restoration mechanis= m where we have a worker path in-service and a protection path just compute= d (but not reserving network resources, in order to share them among several protection paths), in a multi-domain = network. In that case, reserving te-tunnels like you suggest, could give an= advantage, as the end-to-end cranckback could occur when the notification = with “no-path” is triggered by the provider (that means the protection path or some of its segments is no lon= ger valid) and not when the path deployment is triggered by the client (tha= t means the worker path is gone and we need the protection immediately). Is= this the case you are considering ?

     

    IB>> Exactly. All th= e scenarios you can think of where you don’t know when and where a pr= oblem may happen and you want to maintain flexibility and share the network= resources to protect as much as you can

     

    In other cases, as = when used during an end-to-end path computation with immediate deployment t= o reduce the possibility of conflicts among concurrent procedures, it seems= to me less important or applicable, as all these procedures will likely be orchestrated by the same entity, wh= ich could well avoid conflicts.

     

    IB>> All cases where= the provider wants to expose a potentiality without committing resources t= o cover for the client multiple use cases and provide at the same time some= degree (albeit not perfect) predictability.

     

     <= /o:p>

    2)   = ;   Regarding the abstract link in the = overlay topology, I still can’t see what the provider will advertise.= If it’s a new link representing the forwarding adjacency between A&#= 8217; and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link A̵= 7;B’ points to the underlay (provider) TE topology where the path is = computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

    FL>> This means that the provider just sends the reply to th= e path computation request and doesn’t advertise any new TE link to t= he client ? This is actually what I would expect: the task to manage TE-links in the overlay topology is with the client.

     

    IB>> Overlay TE topology manager advertises a TE link that is suppo= rted not by a provisioned in a server layer TE tunnel (connection), rather,= by a computed and monitored path. This way the overlay TE topology manger can advertise multiple abstract TE links ma= pped onto the same network resources 

     

    Francesco

     

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 3:47 PM
    To: Francesco Lazzeri <    francesco.lazzeri@ericsson.com>; Fatai Zhang <zhangfatai@huawei.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Francesco,<= /span>

     

    1)   = ;   IMHO simplicity pays back. Instead = than maintaining all these states, notifying clients all the times somethin= g changes, and repeating path-computation as needed, isn’t better for= a client (and provider) to ask what is needed when it’s needed, and get the best result back at that moment= ?

    IB>> What happens it the provider at this moment says: ̶= 0; No, I have nothing for you” ?  What if the path was relied up= on by the client for a failure recovery or congestion avoidance strategy or disaster topology re-configuration?

     <= /o:p>

     <= /o:p>

    2)   = ;   Regarding the abstract link in the = overlay topology, I still can’t see what the provider will advertise.= If it’s a new link representing the forwarding adjacency between A&#= 8217; and B’, how it will be represented by the provider ?

     

    IB>> According to the TE topology model abstract TE link A̵= 7;B’ points to the underlay (provider) TE topology where the path is = computed and provisioned as supporting TE tunnel for committed TE link or not provisioned (but monitored) for uncommitted TE link (i.e. l= ink advertising potentiality in the provider network). In either case TE li= nk’s attributes (e.g. available bandwidth, SRLGs) are defined by the = path.

     

     

    Igor

     

     

    From: Francesco Lazzeri [mailto:francesco.lazzeri@ericsson.co= m]
    Sent: Wednesday, November 09, 2016 9:26 AM
    To: Igor Bryskin; Fatai Zhang; Dieter Beller
    Cc:     mpls@ietf.or= g; CCAMP (ccamp@ietf.org); Scharf, Michael (Nokia - DE); pce@ietf.org; TEAS WG (    teas@ietf.org)
    Subject: RE: [mpls] http://tools.ietf.org= /html/draft-busibel-teas-yang-path-computation-00

     

    Igor,

    IMHO simplicity pay= s back. Instead than maintaining all these states, notifying clients all th= e times something changes, and repeating path-computation as needed, isn= 217;t better for a client (and provider) to ask what is needed when it’s needed, and get the best result back at= that moment ?

    Regarding the abstr= act link in the overlay topology, I still can’t see what the provider= will advertise. If it’s a new link representing the forwarding adjac= ency between A’ and B’, how it will be represented by the provider ?

     

    BR

    Francesco

     

    From:= Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: 09 November, 2016 2:48 PM
    To: Fatai Zhang <    = zhangfatai@huawei.com>; Francesco L= azzeri <frances= co.lazzeri@ericsson.com>; Dieter Beller <Dieter= .Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; pce@ietf.org; TEAS WG (teas@ietf.o= rg) <teas@ietf.org>
    Subject: RE: [mpls]     http://tools.ietf.org/html/draft-= busibel-teas-yang-path-computation-00<= o:p>

     

    Hi Francesco,

     <= /o:p>

    Please, see in-line= .

     <= /o:p>

    Cheers,=

    Igor

     <= /o:p>

    The point here is f= or how long the provider should keep the computed path and its request para= meters

     <= /o:p>

    IB>> As far as t= he provider is concerned, the requested path and its parameters is a TE tun= nel (albeit computed but not provisioned). So it keeps the state until the = client removes the TE tunnel.

     <= /o:p>

    (in fact if we want= to have a possibly better path, at any change inside provider topology, re= source status and usage, the provider should check if the computed path is = still feasible and/or redo path computation to find a better path). This could be an overhead, in my view.=

     <= /o:p>

    IB>> For example= , if provider is to ensure the path’s feasibility, all it needs is to= detect a change in a TE link the path is going through and make sure that = the  change does not make the path unfeasible. Only in the latter case the path re-computation needs to be scheduled and perfo= rmed in a background thread.

     <= /o:p>

    Furthermore, I can&= #8217;t see how the provider could export the abstract TE-link, as this is = inside the client topology;

    IB>> The abstrac= t link is a part of the abstract topology “cooked” (customized)= for the client, which is supported by the computed path in the underlay to= pology, which is the provider’s topology.

     <= /o:p>

    in fact, if the cli= ent is asking for a path between A and B (A and B inside provider topology)= , having A’ (in client topology) connected to A and B’ (in clie= nt topology) connected to B, the relevant abstract TE link (the forwarding adjacency) should be built between A’ and B&= #8217;, that is in the client topology; therefore the client should be in c= harge of managing it, as the provider is not aware of A’ and B’= .

     <= /o:p>

    IB>> This is cor= rect, but note that the two topologies (underlay and overlay) according to = the TE topology model have independent and unrelated name spaces for node, = link and SRLG IDs. So it is perfectly Ok.

     

    IB>> Also note t= hat according  to TE topology model  one important attribute of a= TE node (especially abstract composite node) is connectivity matrix, which is nothing but a set of stateful paths computed, re-computed and c= onstantly monitored (but not reserved) over the TE topology the node encaps= ulates.  This means that stateful unreserved paths play already a very imp= ortant part in supporting TE topologies with asymmetrical blocking abstract= TE nodes.

     

    Igor

     <= /o:p>

     <= /o:p>

     <= /o:p>

     <= /o:p>

    BR

    Francesco

     <= /o:p>

    From:= CCAMP [mailto:ccamp-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: 04 November, 2016 7:12 PM
    To: Dieter Beller <    Dieter.Beller@nokia.com>
    Cc:     mpls@ietf.org; CCAMP (ccamp@ietf.org) <ccamp@ietf.org= >; Scharf, Michael (Nokia - DE) <michael.scharf@nokia.com>= ; TEAS WG (teas@ietf.org) <tea= s@ietf.org>; pce@ietf.org
    Subject: Re: [CCAMP] [mpls]     http://tools.ietf.org/htm= l/draft-busibel-teas-yang-path-computation-00

     

    Dieter,

     

    A client may ask for a= path not to be used immediately (e.g. to present as an abstract TE link to= its own client, in some failure restoration scheme or as a part of disaste= r recovery network topology re-configuration) without committing any network resources. In this case the client would wa= nt to know at least  if/when the path has stopped being feasible any l= onger or (ideally) a better path is available.

     

    This is similar to exp= osing to a client an abstract TE topology with an uncommitted abstract TE l= ink (i.e. TE link that does not have a committed TE tunnel supporting it an= d advertises potentiality). Once such link is provided, the provider is expected to send updates when/if the TE = link attributes change. For uncommitted/potential TE link such updates coul= d be provided based on event driven re-computation of the potentiality the = TE link represents.

    The point is that an u= ncommitted abstract TE link and COMPUTE_ONLY TE tunnel can represent (each = in its own way) the same network potentiality

     

    Cheers,

    Igor=

     

     

     

    From: Dieter Beller [mailto:Dieter.Beller@nokia.com]
    Sent: Friday, November 04, 2016 1:49 PM
    To: Igor Bryskin
    Cc: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org    ); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif";color:windowtext">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls]     http://tools.ietf.org= /html/draft-busibel-teas-yang-path-computation-00

     

    Hi Igor,

    could you please clarify how useful a stateful path without resource all= ocation is. I can't see the benefits of this use case.


    Thanks,
    Dieter

    On 04.11.2016 14:25, Igor Bryskin wrote:<= /p>

    Hi Dieter,=

     

    A provider may compute= path(s) for a TE tunnel, and then (without any resource allocation) may st= art monitoring/ensuring the path validity/optimality by re-computing them i= n an event driven manner. For example, it can trigger the re-computation of the path(s) when detecting a change i= n a state of a TE link the current path(s) are going through.  Dependi= ng on the results additional notifications may be sent to the client.

     

    Note that this is in a= ddition to the reasons you correctly identified for implementing stateful p= ath computation (such as compute_and_reserve).

     

    Cheers,

    Igor=

     

     

    From: Beller, = Dieter (Nokia - DE) [mailto:dieter.beller@nokia.com]
    Sent: Thursday, November 03, 2016 6:27 PM
    To: Leeyoung
    Cc: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (    ccamp@ietf.org<= /span>); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: Re: [mpls]     http://tools.ietf.org= /html/draft-busibel-teas-yang-path-computation-00

     

    Hi all, 
     
    when we talk about the stateful path computation use case,=
 it means IMHO that when a path has been calculated successfully in respons=
e to a request, a new path object is created in the data store. This does o=
nly make sense if the resources have been allocated in the TED of the PCE i=
rrespective of the fact whether the connection along this path will be esta=
blished right away or at a later point in time. This will prevent further p=
ath computation requests from assuming that the resources are still availab=
le. As the TED of the PCE also has to reflect the network state, I would as=
sume that the network resources can be in one of the following three states=
: available, allocatedButNotInUse,  allocatedAndInUse. The path object=
s also need state information reflecting for example the alarm state of the=
 allocated resources. The path calculated earlier may become (temporarily) =
invalid due to a link failure affecting the path. 
     
    Does this make sense? 
     
     
    Thanks, 
    Dieter
     
    Sent from my tablet
     
    Leeyoung <leeyoung@huawei.com> wrote:
     

    Igor,

     

    When you say “st= ate”, are you referring to the YANG datastore or some other “in= terim” state of those paths that are calculated but not instantiated = as LSPs? If we were to update the YANG datastore for this, I would think that we may have some issue when the customer decided not to i= nstantiate the TE tunnel (after the path compute request).

     

    Thanks.

    Young

     

     

    From: Igor Bry= skin
    Sent: Thursday, November 03, 2016 3:02 PM
    To: Leeyoung; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Young,

     

    From the provider cont= roller point of view COMPUTE_ONLY TE tunnels will have exactly the same sta= te as “normal” (COMPUTE_ADN_PROVISION) TE tunnels.<= /o:p>

     

    Igor=

     

    From: Leeyoung
    Sent: Thursday, November 03, 2016 3:42 PM
    To: Igor Bryskin; Scharf, Michael (Nokia - DE); Daniele Ceccarelli; = CCAMP (    ccamp@ietf.org<= /span>); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Igor,

     

    In such case, would th= e YANG datastore be updated? I guess not. If not, then the system/controlle= r has to keep this interim state, would it?

     

    Thanks.

    Young

     

    From: Igor Bry= skin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Scharf, Michael (Nokia - DE); Leeyoung; Daniele Ceccarelli; CCAM= P (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Michael,

    You are exactly right.= The purpose of the “compute-only” TE tunnel is to create/maint= ain the normal TE tunnel state and (re-)compute TE paths for the TE tunnel = connections/LSPs but not signal/provision the LSPs.

     

    Igor=

     

    From: Scharf, = Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: Thursday, November 03, 2016 3:17 PM
    To: Leeyoung; Daniele Ceccarelli; Igor Bryskin; CCAMP (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (teas@ietf.org); mpls@ietf.org
    Subject: RE:     http://tools.ietf.org/html/d= raft-busibel-teas-yang-path-computation-00

     

    Isn’t the intent= ion of defining „compute-only tunnels“ to create state in the c= ontroller, but not to signal them? If the tunnel should be signaled and res= ources shall be allocated, why not just configure a vanilla tunnel? Uses cases seem to exist for both variants, and both can be encode= d in YANG. Is there anything I miss here?

     

    Michael

     

     

    From: Leeyoung [mailto:leeyoung@huawei.com]
    Sent: Thursday, November 03, 2016 7:49 PM
    To: Scharf, Michael (Nokia - DE); Daniele Ceccarelli; Igor Bryskin; = CCAMP (    cca= mp@ietf.org); pce@ietf.org= ; TEAS WG (teas@ietf.org); mpls@ietf.o= rg
    Subject: RE:     http://tools.iet= f.org/html/draft-busibel-teas-yang-path-computation-00

     

    Hi Michael,

     

    I think I am with you = on your point. If we use rpc, it is clear. On the other hand, if we were to= use “stateful compute-only” it seems that the system/controlle= r has to keep the state of the paths somewhere which is not YANG datastore. My understanding is that YANG datastore is updated = only when the path is signaled and resource is allocated. Would this give t= he system/controller additional burden to keep the “interim” st= ate?

     

    Young

     

    From: CCAMP [<= /span>mailto:ccamp-bo= unces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
    Sent: Thursday, November 03, 2016 8:58 AM
    To: Daniele Ceccarelli; Igor Bryskin; CCAMP (    ccamp@ietf.org); pce@ietf.org<= span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se= rif"">; TEAS WG (    teas@ietf.org); mpls@ietf.org
    Subject: Re: [CCAMP]     http://tools.ietf.or= g/html/draft-busibel-teas-yang-path-computation-00

     

    Maybe I miss something= , but to me, the domain controller either computes a path stateless, which = can be modeled in YANG in an RPC. Or the domain controller computes a path,= stores state, and provides access to the result in the YANG datastore. In the latter case, whether resources ar= e allocated, or whether the NEs get actually provisioned, is an orthogonal = question.

     

    As a side note, I am n= ot sure of I would call a domain controller or an NMS a PCE. Path computati= on is only a subset of the functions of a domain controller.

     

    Michael

     

     

     

    From: Daniele = Ceccarelli [mailto:daniele.ceccarelli@ericsson.com]
    Sent: Thursday, November 03, 2016 2:49 PM
    To: Scharf, Michael     (Nokia - DE); Igo= r Bryskin; CCAMP (ccamp@ietf.org); pce@ietf.org= ; TEAS WG (teas@ietf.org); mpls@ietf.o= rg
    Subject: RE:     http://tools.iet= f.org/html/draft-busibel-teas-yang-path-computation-00

     

    Can you please explain what the “stateful comp= ute-only” stands for I don’t understand what is stateful in a p= ath computation request only.

    IMHO either I ask the PCE (SDN controller, NMS, what= ever) to compute a path and then forget about it or I ask to compute and pr= ovision it. I don’t understand the value of asking for it and remembe= ring about it.

     

    BR
    Daniele 

     

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: gioved=EC 3 novembre 2016 14:45
    To: Igor Bryskin <Igor= .Bryskin@huawei.com>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; CCAMP = (ccamp@ietf.org) <ccamp@ietf.org>; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>; mpls@ietf.org
    Subject: RE: http://tools.ietf.org/html/draft-busibel-teas-yang-path-computation-00<= o:p>

     

    We have discussed this= before. From an implementer’s perspective, the two clean solutions t= o the problem seem to either stateful „compute-only“ tunnels or= a stateless RPC.

     

    Michael

     

     

    From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: Thursday, November 03, 2016 2:34 PM
    To: Daniele Ceccarelli; CCAMP (    ccamp@ietf.org); pce@ietf.org= ; TEAS WG (teas@ietf.org); mpls@ietf.o= rg
    Subject: [ALU] [mpls]    http://t= ools.ietf.org/html/draft-busibel-teas-yang-path-computation-00

     

    Hi,<= /p>

     

    From the draft:=

     

    6. =    YANG Model for requesting Path Computation

     

     

      = ; Work on extending the TE Tunnel YANG model to support the need to<= o:p>

      = ; request path computation has recently started also in the context of

      = ; the [T= E-TUNNEL] draft.

     

      = ; It is possible to request path computation by configuring a

      = ; "compute-only" TE tunnel and retrieving the computed path(s) in= the

      = ; LSP(s) Record-Route Object (RRO) list as described in [T= E-TUNNEL].

     

      = ; This is a stateful solution since the state of each created

      = ; "compute-only" TE tunnel needs to be maintained and updated, wh= en

      = ; underlying network conditions change.

     

      = ; The need also for a stateless solution, based on an RPC, has been<= o:p>

      = ; recognized.

     

     

      = ; The YANG model to support stateless RPC is for further study.=

     

     

     

     

     

    IB>> Please, note, that in the TE Tunnel model we consider the COMPUTE_AND_FO= RGET mode. We also consider the concept of path computation action to be de= fined under the TE tunnel node. All this is to facilitate stateless path co= mputations.

     

    Cheers,

    Igor

     

     

     

     

     

     

     

     

     

     

     

    --_000_0C72C38E7EBC34499E8A9E7DD007863908F17531dfweml501mbx_-- From nobody Mon Nov 14 17:20:52 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id C5AB0129621 for ; Mon, 14 Nov 2016 17:20:50 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.989 X-Spam-Level: X-Spam-Status: No, score=-1.989 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, DKIM_VALID_AU=-0.1, FREEMAIL_FROM=0.001, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_NONE=-0.0001, SPF_PASS=-0.001, T_KAM_HTML_FONT_INVALID=0.01] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (2048-bit key) header.d=gmail.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id BcXF9cIv_2kI for ; Mon, 14 Nov 2016 17:20:49 -0800 (PST) Received: from mail-ua0-x22d.google.com (mail-ua0-x22d.google.com [IPv6:2607:f8b0:400c:c08::22d]) (using TLSv1.2 with cipher ECDHE-RSA-AES128-GCM-SHA256 (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id E94F51293FC for ; Mon, 14 Nov 2016 17:20:48 -0800 (PST) Received: by mail-ua0-x22d.google.com with SMTP id 20so76971881uak.0 for ; Mon, 14 Nov 2016 17:20:48 -0800 (PST) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=20120113; h=mime-version:from:date:message-id:subject:to:cc; bh=qkoEgBe1CVQngRCCsuRFBFNiaohzcmG3O4bpV62NRaQ=; b=xzP9/w46+2jEEujSHqAx7uPhX1uam2AXB0SvAhQp+jjG7cvpo9hvqERexSwBifeqNS sfOEJpBNllClfnQpJIhw+75y6Z0+uDBdWOoEdMLsUte+CyN9CnPTH0XQ/bcV9TAqE/qY g4Wd174C45QrUvUb9wof+5v7BB04czMV26Q7ckKnnKJZReLMzaEb9jmHIZrcZVqu51pu drrMG8ptl+0hi7Zrr8PCDBLKdjni5bvOVt/GMYAWHw9hhBmR+VbBOj4bXAFC9/sc+OP3 n4VETG6H996Dxx6lVH/UXZOEuf15zyTg38yXoX3xT3bdBuyatF6Pu3rSnchDo4Kl9MPt akhA== X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=1e100.net; s=20130820; h=x-gm-message-state:mime-version:from:date:message-id:subject:to:cc; bh=qkoEgBe1CVQngRCCsuRFBFNiaohzcmG3O4bpV62NRaQ=; b=Hyxk2Ot5byntqljSyPTcY20LP4SOAm5jn36RN+ykX3WYBrS4IpxnLw/g7SXipXemXi o2SPGdsIBXpxB0Dc+CliXrZyyteppLBPZW2QvwrXcTlkCeWtD5SdfQ8/a/Hlfj8QcpCM g1UoG6OMLFAzsQ9Z7BgqO0vFRr6VcxRl364N6V+nCbeZeSu74S2dLi490hM+pINEN6n6 4NcChiGXAsgtMd6oJsICrfJoMOvSeLs3seLt3/JMZIPatPR2bSMhU0igNay8ktlhp0kG 4GJ/ieQX/sI+pbqKlDyE4QexfOXhGp0hFS3bjmbxYw4QOJwpPufpBURoXd9+SumX6Nvz khRQ== X-Gm-Message-State: ABUngvf8ioCVcMRSflavT2lImXHyoBw9txLHrKPNEdv36V1vcztJyHRSMH1tft0YGh7ftirKkEuMw1a18i7FKA== X-Received: by 10.176.81.245 with SMTP id h50mr9586078uaa.1.1479172847965; Mon, 14 Nov 2016 17:20:47 -0800 (PST) MIME-Version: 1.0 Received: by 10.31.63.130 with HTTP; Mon, 14 Nov 2016 17:20:47 -0800 (PST) From: Vishnu Pavan Beeram Date: Mon, 14 Nov 2016 20:20:47 -0500 Message-ID: To: "teas@ietf.org" Content-Type: multipart/alternative; boundary=94eb2c1920502a1ac505414cc412 Archived-At: Cc: "Rakesh Gandhi \(rgandhi\)" , dhruv.dhody@huawei.com Subject: [Teas] -- Open Thread X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 15 Nov 2016 01:20:51 -0000 --94eb2c1920502a1ac505414cc412 Content-Type: text/plain; charset=UTF-8 Content-Transfer-Encoding: quoted-printable Folks, Hi! We presented in yesterday's morning session. Unfortunately, we didn't have any time left to take questions. So, I'm opening up a thread for folks to post their questions/concerns. Dhruv (on cc) had a couple of questions and I'll start this thread with responses to those -- (1) Why can't you do only SR on the controller and leave RSVP-TE control stay distributed? The base requirement for this =E2=80=9Cco-existence arrangement=E2=80=9D is= to ensure that the placement of SR LSPs in the same domain DOES NOT introduce any inaccuracies in the TED that is used by distributed or centralized RSVP Path computation engines. If your SR-LSPs are management by a centralized controller and you don't have the SR utilization information somehow reflected in the TED used by distributed RSVP-TE path computation engines, it would result in the TED information being not accurate. (2) With Option-5, wouldn't there be issues if not all nodes in the network support the recommended procedure? You do need the recommended procedure to be applied on all RSVP-TE nodes in the domain. If not, the TED information would not be completely accurate. This is TRUE for the other options as well -- the chosen option would need to be uniformly applied to all relevant nodes in the network. Regards, -Pavan ps: I believe Rakesh (on cc) had a question as well, but couldn't get his chance. @Rakesh -- Please do post your question here and we (the authors) will respond to it. --94eb2c1920502a1ac505414cc412 Content-Type: text/html; charset=UTF-8 Content-Transfer-Encoding: quoted-printable
    Folks, Hi!

    We presente= d <draft-sitaraman-sr-rsvp-coexistence-rec> in yester= day's morning session. Unfortunately, we didn't have any time left = to take questions. So, I'm opening up a thread for folks to post their = questions/concerns.

    Dhruv (on cc) had a couple of q= uestions and I'll start this thread with responses to those --

    <= /span>
    (1) Why can't you do only SR on the controller and= leave RSVP-TE control stay distributed?
    The base<= /span> re= quirement for this =E2=80=9Cco-existence arrangement=E2=80=9D is to ensure = that the placement of SR LSPs in the same domain DOES NOT introduce any ina= ccuracies in the TED that is used by distributed or centralized RSVP Path c= omputation engines. If your SR-LSPs are management by a centralized co= ntroller and you don't have the SR utilization information somehow refl= ected in the TED used by distributed RSVP-TE path computation engines, it w= ould result in the TED information being not accurate.

    (2) With Option-5, wouldn't there be issues if not all nodes in the= network support the recommended procedure?
    You do need the recommended procedure to be applied on all RS= VP-TE nodes in the domain. If not, the TED information would not be complet= ely accurate. This is TRUE for the other options as well -- the chosen opti= on would need to be uniformly applied to all relevant nodes in the network.=

    Regards,
    -Pavan

    ps: I believe Rakesh (on cc) had a question as well, but could= n't get=20 his chance. @Rakesh -- Please do post your question here and we (the=20 authors) will respond to it.
    --94eb2c1920502a1ac505414cc412-- From nobody Mon Nov 14 21:32:39 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 363E6129A21; Mon, 14 Nov 2016 21:32:33 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.999 X-Spam-Level: X-Spam-Status: No, score=-1.999 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, DKIM_VALID_AU=-0.1, FREEMAIL_FROM=0.001, HTML_MESSAGE=0.001, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (2048-bit key) header.d=gmail.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id hh1YqNi0bPzP; Mon, 14 Nov 2016 21:32:31 -0800 (PST) Received: from mail-pg0-x241.google.com (mail-pg0-x241.google.com [IPv6:2607:f8b0:400e:c05::241]) (using TLSv1.2 with cipher ECDHE-RSA-AES128-GCM-SHA256 (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 8DEE012966C; Mon, 14 Nov 2016 21:32:31 -0800 (PST) Received: by mail-pg0-x241.google.com with SMTP id e9so10493256pgc.1; Mon, 14 Nov 2016 21:32:31 -0800 (PST) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=20120113; h=from:mime-version:subject:message-id:date:to; bh=BFkNLC6M9eU4S3FaZguKtEa5poxHUtmHpu28ANwRh+4=; b=V9C8g8BesSwT/zHCw0aMfYg6m14AHxHKVXwiK0EYC7HhSdDIN/OloOa+acWxoK9afX MnDiKuBvTAGm4/VOfhR2MFAEg3Ay+C8gbIt9XEen/OtDH3ApnSQhYTLRfzOmfj1eiHtM bdA3stz8/8pRMfRvNIMaoSQ9LgDwIk1YWuc5G1ASsHhaEuIpjuAjv3237v4oxJTCaO+n qLHcEaFhIV1PQdC4bWQe26IBfy97N0pugJuMo0C3zACfaxSs+eAZ4WbqpsWyt6VHelTf c9/r6YSMzCXLMTeckAGahOolb8mebn/dnUxFwF6byjT31cKSQ0pNm0GIInkSTWrBXk53 Ytmg== X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=1e100.net; s=20130820; h=x-gm-message-state:from:mime-version:subject:message-id:date:to; bh=BFkNLC6M9eU4S3FaZguKtEa5poxHUtmHpu28ANwRh+4=; b=KV/nG1RtKFSv3AzJf8MuT5UBVBH2wMyGP1EnPdZsZ8xZwbB9+ag3iLToOw79WBugSN PYOClsUYnO5O8DRyMSMRIc4yP60oCIxhxTNCtVxkmQpB+/uKAGLYO/Ia1YaJBbH7QxmO XguS1aZrkiMMP9bD+PInYJdkS1YlSAMhMtUHQX0uLx+Mq5YcdygLEyQViqIEYBiDnLQ4 1iljzPzg9it95lNiOIFYXQZ7XHyHoVyQMGPnZ1KS641NaiWnaBs6wfpa7SjhYXwrOcZp bX1QBQHDh++njJ3zn02OibWL7R5RAVPo/Grh0+XnFtF4YbHds0kAE0nzhbIVFEMblwz2 hF+Q== X-Gm-Message-State: ABUngvcaO0lLlqaGEB9XMTxGgNqVvXNjjtsx7GLotLryOndm5n400W1+YwyDBvYcdiU3LA== X-Received: by 10.98.102.22 with SMTP id a22mr43293528pfc.182.1479187950669; Mon, 14 Nov 2016 21:32:30 -0800 (PST) Received: from dhcp-8ed3.meeting.ietf.org (dhcp-8ed3.meeting.ietf.org. [31.133.142.211]) by smtp.gmail.com with ESMTPSA id xk6sm39241467pab.26.2016.11.14.21.32.28 (version=TLS1_2 cipher=ECDHE-RSA-AES128-GCM-SHA256 bits=128/128); Mon, 14 Nov 2016 21:32:29 -0800 (PST) From: John Dowdell Content-Type: multipart/alternative; boundary="Apple-Mail=_04DC4861-F3EB-49D4-A036-497FB0247500" Mime-Version: 1.0 (Mac OS X Mail 10.1 \(3251\)) Message-Id: <86C8BF8E-7475-484F-89DD-62D428C96983@gmail.com> Date: Tue, 15 Nov 2016 14:32:27 +0900 To: teas@ietf.org, mpls@ietf.org, detnet@ietf.org X-Mailer: Apple Mail (2.3251) Archived-At: Subject: [Teas] Help wanted in detnet X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 15 Nov 2016 05:32:33 -0000 --Apple-Mail=_04DC4861-F3EB-49D4-A036-497FB0247500 Content-Transfer-Encoding: quoted-printable Content-Type: text/plain; charset=us-ascii Hi all in mpls and teas groups (consolidating earlier posting only on = mpls) Over in detnet wg we are working on transporting deterministic Ethernet = (e.g. from 802.1TSN LANs) across the wide area for applications such as = industrial control and audio/video broadcast. One of the key assumptions = is that the underlying transport already has sufficient scheduling and = queueing support to allow proper extension of time-sensitive (or even = time-critical) traffic over, for example, MPLS. To help us validate that assumption, please can someone volunteer to = help us? Feel free to come over to the detnet list. Recommendations on = exactly which flavour(s) of MPLS and/or configurations and/or gotchas = would be most welcome. The slides in question are here = https://www.ietf.org/proceedings/97/slides/slides-97-detnet-detnet-data-pl= ane-02.pptx = , slide 4. Many thanks in anticipation. John --Apple-Mail=_04DC4861-F3EB-49D4-A036-497FB0247500 Content-Transfer-Encoding: quoted-printable Content-Type: text/html; charset=us-ascii Hi all in mpls and teas groups (consolidating earlier posting = only on mpls)

    Over in detnet wg we are working on transporting = deterministic Ethernet (e.g. from 802.1TSN LANs) across the wide area = for applications such as industrial control and audio/video broadcast. = One of the key assumptions is that the underlying transport already has = sufficient scheduling and queueing support to allow proper extension of = time-sensitive (or even time-critical) traffic over, for example, = MPLS.

    To help = us validate that assumption, please can someone volunteer to help us? = Feel free to come over to the detnet list. Recommendations on exactly = which flavour(s) of MPLS and/or configurations and/or gotchas would be = most welcome.

    The slides in question are here https://www.ietf.org/proceedings/97/slides/slides-97-detnet-det= net-data-plane-02.pptx, slide 4.

    Many thanks in anticipation.

    John




    = --Apple-Mail=_04DC4861-F3EB-49D4-A036-497FB0247500-- From nobody Mon Nov 14 21:48:03 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 6D21D129A2B for ; Mon, 14 Nov 2016 21:48:00 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.689 X-Spam-Level: X-Spam-Status: No, score=-1.689 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, DKIM_VALID_AU=-0.1, FREEMAIL_FROM=0.001, FREEMAIL_REPLY=1, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_LOW=-0.7, SPF_PASS=-0.001, T_KAM_HTML_FONT_INVALID=0.01] autolearn=no autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (2048-bit key) header.d=gmail.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 95v8IXezdNM7 for ; Mon, 14 Nov 2016 21:47:59 -0800 (PST) Received: from mail-it0-x230.google.com (mail-it0-x230.google.com [IPv6:2607:f8b0:4001:c0b::230]) (using TLSv1.2 with cipher ECDHE-RSA-AES128-GCM-SHA256 (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 069EE129A26 for ; Mon, 14 Nov 2016 21:47:59 -0800 (PST) Received: by mail-it0-x230.google.com with SMTP id b123so76312909itb.0 for ; Mon, 14 Nov 2016 21:47:58 -0800 (PST) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=20120113; h=mime-version:sender:in-reply-to:references:from:date:message-id :subject:to:cc; bh=iUzaM10iiY9BFoitFzMTxOrMFyW6u25+xs6AmldkgM0=; b=ffbAAHjaIn6q4AKYwV3bwNHsbPfDRVov96v0GAs1/UmxMBy0uNMvHoZ/FCGjA9fVCr NNAThCJnRt2F1O/rWJD5uqnqhLB6ctsYqEpFBjRPitKZEd1JxnmfqbLxN9zla8QtUdST Hrviovbq+4OU+fxXSOUnIXZJE+ctciIzYwPjjXySLI4Us6VBKmzIByf/WY6JwlGwQhue IjAuI2NAu1AuSWTFLqd0lN7R3JRKoKHDCIN9NVX1zv50uw5t1X7i+Brgt299JOzYxhfV GBt+4H45Ul9dnc2lL/ZjJLa0PWZku39BOeLyyT5tC/YCzAkjkJlaGM04wl2FdA6VTPKy CSrA== X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=1e100.net; s=20130820; h=x-gm-message-state:mime-version:sender:in-reply-to:references:from :date:message-id:subject:to:cc; bh=iUzaM10iiY9BFoitFzMTxOrMFyW6u25+xs6AmldkgM0=; b=PQtocMvJ+RsYM/h8HOd3j6izqrzs9OnN4GqX9ezsEEhXuiFaW2kxcTksl7v4Rz/0yo 7wJwYga7C6d48RQgl85RDx/zKmSxUyIt+vrL/w8TYJhmHGcD/ZOboeLAn20ICAGxYwxb dVNzIfTDfm1U0juqz6r34wDA0G+puHhvyxcDYunOoe0l6ieZKJWrBN6o71IZFL4+HnQX 8cqIxakNEK5WK2cCVzbjshBPJBPf8iYpRKoILf1UMjtMz+4yWG/KnEkMgc6hRLE+G2a6 vrzDoRCRbMqaRo4SpDRqYsW0zDJNCGRkCvppfO4uLbDJL4JjY1hkWZK88RajCUzc6Bzi P9IQ== X-Gm-Message-State: ABUngvcw0/jWEzFme6caslhaUKrz0CWKgUm9e70y9M8+MeKclGCFtgYxXu11/sxuOIf8TRpDRkOXdog4r5tKGQ== X-Received: by 10.107.146.196 with SMTP id u187mr27994008iod.34.1479188878326; Mon, 14 Nov 2016 21:47:58 -0800 (PST) MIME-Version: 1.0 Sender: dhruvdhody@gmail.com X-Google-Sender-Delegation: dhruvdhody@gmail.com Received: by 10.50.21.232 with HTTP; Mon, 14 Nov 2016 21:47:57 -0800 (PST) In-Reply-To: References: From: Dhruv Dhody Date: Tue, 15 Nov 2016 14:47:57 +0900 X-Google-Sender-Auth: fXDqTW0Tlu6IzrJvLopZ0QAzZXU Message-ID: To: Vishnu Pavan Beeram Content-Type: multipart/alternative; boundary=94eb2c0560b2a603290541507f26 Archived-At: Cc: "Rakesh Gandhi \(rgandhi\)" , Kalyankumar Asangi , "dhruv.dhody@huawei.com" , "teas@ietf.org" Subject: Re: [Teas] -- Open Thread X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 15 Nov 2016 05:48:00 -0000 --94eb2c0560b2a603290541507f26 Content-Type: text/plain; charset=UTF-8 Content-Transfer-Encoding: quoted-printable Hi Pavan, Thanks for starting this thread. I think work in this space is needed. See inline.. On Tue, Nov 15, 2016 at 10:20 AM, Vishnu Pavan Beeram wrote: > Folks, Hi! > > We presented in yesterday's > morning session. Unfortunately, we didn't have any time left to take > questions. So, I'm opening up a thread for folks to post their > questions/concerns. > > Dhruv (on cc) had a couple of questions and I'll start this thread with > responses to those -- > > (1) Why can't you do only SR on the controller and leave RSVP-TE control > stay distributed? > The base requirement for this =E2=80=9Cco-existence arrangement=E2=80=9D = is to ensure > that the placement of SR LSPs in the same domain DOES NOT introduce any > inaccuracies in the TED that is used by distributed or centralized RSVP > Path computation engines. If your SR-LSPs are management by a centralized > controller and you don't have the SR utilization information somehow > reflected in the TED used by distributed RSVP-TE path computation > engines, it would result in the TED information being not accurate. > =E2=80=8B[Dhruv]: I agree, you have a point here. =E2=80=8B > > (2) With Option-5, wouldn't there be issues if not all nodes in the > network support the recommended procedure? > You do need the recommended procedure to be applied on all RSVP-TE nodes > in the domain. If not, the TED information would not be completely > accurate. This is TRUE for the other options as well -- the chosen option > would need to be uniformly applied to all relevant nodes in the network. > =E2=80=8B[Dhruv]: If you have to go and update all RSVP-TE nodes to use thi= s procedure, then I would lean towards option #3 which was noted as "Flooding SR Utilization in IGP" in the presentation. Which does require updating path computation and IGP. But I am not sure why updating this is an issue, whereas, a new logic on every TE node to measure SR utilization and update bandwidth is not? Regards, Dhruv > > Regards, > -Pavan > > ps: I believe Rakesh (on cc) had a question as well, but couldn't get his > chance. @Rakesh -- Please do post your question here and we (the authors) > will respond to it. > > _______________________________________________ > Teas mailing list > Teas@ietf.org > https://www.ietf.org/mailman/listinfo/teas > > --94eb2c0560b2a603290541507f26 Content-Type: text/html; charset=UTF-8 Content-Transfer-Encoding: quoted-printable
    Hi Pavan,=C2=A0

    Thanks= for starting this thread. I think work in this space is needed. See inline= ..=C2=A0

    On = Tue, Nov 15, 2016 at 10:20 AM, Vishnu Pavan Beeram <vishnupavan@gmail.= com> wrote:
    Folks, Hi!

    We pres= ented <draft-sitaraman-sr-rsvp-coexistence-rec> in ye= sterday's morning session. Unfortunately, we didn't have any time l= eft to take questions. So, I'm opening up a thread for folks to post th= eir questions/concerns.

    Dhruv (on cc) had a couple = of questions and I'll start this thread with responses to those --

    (1) Why can't you do = only SR on the controller and leave RSVP-TE control stay distributed?
    The base requirement f= or this =E2=80=9Cco-existence arrangement=E2=80=9D is to ensure that the pl= acement of SR LSPs in the same domain DOES NOT introduce any inaccuracies i= n the TED that is used by distributed or centralized RSVP Path computation = engines. If your SR-LSPs are management by a centralized controller and you don't= have the SR utilization information somehow reflected in the TED used by <= span id=3D"gmail-a51722a2-64e0-4ec7-a3b6-d17ba7f1d4ff" class=3D"gmail-GINGE= R_SOFTWARE_mark">distributed RSVP-TE path computation engines, it wo= uld result in the TED information being not accurate.

    = =E2=80=8B[Dhruv]: I agree, you have a point here.= =C2=A0
    =C2= =A0=E2=80=8B
    =C2=A0

    =
    (2) With Option-5, wouldn't there be issues if not all n= odes in the network support the recommended procedure?
    You do need the recommended procedure to be applie= d on all RSVP-TE nodes in the domain. If not, the TED information would not= be completely accurate. This is TRUE for the other options as well -- the = chosen option would need to be uniformly applied to all relevant nodes in t= he network.

    =E2=80=8B[Dhruv]: If you h= ave to go and update all RSVP-TE nodes to use this procedure, then I would = lean towards option #3 which was noted as "Flooding SR Utilization in = IGP" in the presentation. Which does require updating path computation= and IGP. But I am not sure why updating this is an issue, whereas, a new l= ogic on every TE node to measure SR utilization and update bandwidth is not= ?=C2=A0

    Regards,
    Dhruv=C2=A0
    =
    =C2=A0
    Regards,
    -Pavan

    ps: = I believe Rakesh (on cc) had a question as well, but couldn't get=20 his chance. @Rakesh -- Please do post your question here and we (the=20 authors) will respond to it.

    _______________________________________________
    Teas mailing list
    Teas@ietf.org
    https://www.ietf.org/mailman/listinfo/teas


    --94eb2c0560b2a603290541507f26-- From nobody Tue Nov 15 00:25:34 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id E8A5A12954E for ; Tue, 15 Nov 2016 00:25:32 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.689 X-Spam-Level: X-Spam-Status: No, score=-2.689 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, DKIM_VALID_AU=-0.1, FREEMAIL_FROM=0.001, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_LOW=-0.7, SPF_PASS=-0.001, T_KAM_HTML_FONT_INVALID=0.01] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (2048-bit key) header.d=gmail.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id m4MMLqYz7jo8 for ; Tue, 15 Nov 2016 00:25:29 -0800 (PST) Received: from mail-vk0-x231.google.com (mail-vk0-x231.google.com [IPv6:2607:f8b0:400c:c05::231]) (using TLSv1.2 with cipher ECDHE-RSA-AES128-GCM-SHA256 (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 978DE1294F3 for ; Tue, 15 Nov 2016 00:25:29 -0800 (PST) Received: by mail-vk0-x231.google.com with SMTP id p9so83419115vkd.3 for ; Tue, 15 Nov 2016 00:25:29 -0800 (PST) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=20120113; h=mime-version:in-reply-to:references:from:date:message-id:subject:to :cc; bh=RZRrwEu6t/3lJpAavAReJZpO1CLLcrl1SLTROBPbZok=; b=LBkrzm75adGkeeKbVyIjj9fQXJRmJeB5/542iYVVlEvCPOunqnEnAa7WLBCS52uWpb OdWflRPWHPTmhv7KKPV0XquTCxQWKDpJlzSu9+zN9dgWq10JsR0JOtJZy7iITeURtpeM Cp/E+tO9hcju0+Gu22mAoizyao/g1UStnBCPGj9q93svI3e2ca2i/P/UUYFNh2yUhAfB YOmNJQg1hGbOV1RlMz840UT/PBYLqBMPc9aF4ofXo5FPFDHt0Cr82c6/a61FgFWNbOOF OolFZKNcUoCF3XN7S6As3kMBL/3BxD/5VD5YTWixLbn6qo0W0qqR+t1pqkXZvXUKfTCX aNrg== X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=1e100.net; s=20130820; h=x-gm-message-state:mime-version:in-reply-to:references:from:date :message-id:subject:to:cc; bh=RZRrwEu6t/3lJpAavAReJZpO1CLLcrl1SLTROBPbZok=; b=NxyVWuIu2+VI206YGZNglVSSnNa+q+crLWWPpxIiG4HhGqn4FRX87QTFcIMCizkPcx 8kCuZggmMB0Nya23BOEdHrD+JPs0ZIGKaLj0brI8Xj4zECoNhoYrBphhaE3mIsxzHITv uPl0a1o6MNG7JD0C0gpoD/LbHRJsZHqPU8U0COhbRd5UbtSGXuOauDB4+q7nBosVzq4o ua8ZA7Tajvioz4sA0xc1DACuJ3FqrwJ5qoo5fgvMnTJQuUz8pR2+CwCYFTbXyJ44WQLC 83ICfwEuW6xUHG1D/87dElLM0NM93JeLZwUOL+SXZOqS657skggCkpm9llQ2HzD+wWRk TGtA== X-Gm-Message-State: ABUngveXTfJUy9w6gD5vpyszQQtle3O0Cvpol8CPaYn8g11MDnzReEl6MdjuYVN2rSVkXe6QbC5ziBYctt3azQ== X-Received: by 10.31.242.74 with SMTP id q71mr5075539vkh.46.1479198328531; Tue, 15 Nov 2016 00:25:28 -0800 (PST) MIME-Version: 1.0 Received: by 10.31.63.130 with HTTP; Tue, 15 Nov 2016 00:25:27 -0800 (PST) In-Reply-To: References: From: Vishnu Pavan Beeram Date: Tue, 15 Nov 2016 03:25:27 -0500 Message-ID: To: Dhruv Dhody Content-Type: multipart/alternative; boundary=94eb2c14bc9aecb5d1054152b209 Archived-At: Cc: "Rakesh Gandhi \(rgandhi\)" , Kalyankumar Asangi , "dhruv.dhody@huawei.com" , "teas@ietf.org" Subject: Re: [Teas] -- Open Thread X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 15 Nov 2016 08:25:33 -0000 --94eb2c14bc9aecb5d1054152b209 Content-Type: text/plain; charset=UTF-8 Content-Transfer-Encoding: quoted-printable Dhruv, Please see inline (prefixed VPB) Regards, -Pavan On Tue, Nov 15, 2016 at 12:47 AM, Dhruv Dhody wrote: > Hi Pavan, > > Thanks for starting this thread. I think work in this space is needed. Se= e > inline.. > > On Tue, Nov 15, 2016 at 10:20 AM, Vishnu Pavan Beeram < > vishnupavan@gmail.com> wrote: > >> Folks, Hi! >> >> We presented in yesterday's >> morning session. Unfortunately, we didn't have any time left to take >> questions. So, I'm opening up a thread for folks to post their >> questions/concerns. >> >> Dhruv (on cc) had a couple of questions and I'll start this thread with >> responses to those -- >> >> (1) Why can't you do only SR on the controller and leave RSVP-TE control >> stay distributed? >> The base requirement for this =E2=80=9Cco-existence arrangement=E2=80=9D= is to ensure >> that the placement of SR LSPs in the same domain DOES NOT introduce any >> inaccuracies in the TED that is used by distributed or centralized RSVP >> Path computation engines. If your SR-LSPs are management by a >> centralized controller and you don't have the SR utilization information >> somehow reflected in the TED used by distributed RSVP-TE path >> computation engines, it would result in the TED information being not >> accurate. >> > > =E2=80=8B[Dhruv]: I agree, you have a point here. > =E2=80=8B > > >> >> (2) With Option-5, wouldn't there be issues if not all nodes in the >> network support the recommended procedure? >> You do need the recommended procedure to be applied on all RSVP-TE nodes >> in the domain. If not, the TED information would not be completely >> accurate. This is TRUE for the other options as well -- the chosen optio= n >> would need to be uniformly applied to all relevant nodes in the network. >> > > =E2=80=8B[Dhruv]: If you have to go and update all RSVP-TE nodes to use t= his > procedure, then I would lean towards option #3 which was noted as "Floodi= ng > SR Utilization in IGP" in the presentation. Which does require updating > path computation and IGP. But I am not sure why updating this is an issue= , > whereas, a new logic on every TE node to measure SR utilization and updat= e > bandwidth is not? > [VPB] Please note that the intent of the document is to just list all available options and discuss the pros and cons of each approach (We are not picking any winners -- at least for now). In both options (#3 and #5), you do need to somehow decipher/measure SR utilization on each TE link. In option #3, this utilization information is flooded in IGP-TE (RFC7810 TLVs) and is taken into account by all ingress path computation engines. This requires updating IGP-TE and ingress-path-computation logic on all RSVP-TE nodes. In option #5, the SR utilization information gets reflected in the max-reservable-bandwidth attribute of the TE link. So, you end up not having to update IGP-TE and ingress path-computation logic on all RSVP-TE nodes. We can debate which of these 2 options is easy to implement and deploy, but I'm not sure if we can reach any consensus on that. Also, please do note that if an implementation is capable of streaming out per-interface SR traffic statistics and provides a programmable interface for updating the per-TE-link max-reservable-bandwidth, the entire procedure outlined in Section 3.5 of the draft can be done off-box. > Regards, > Dhruv > > >> >> Regards, >> -Pavan >> >> ps: I believe Rakesh (on cc) had a question as well, but couldn't get >> his chance. @Rakesh -- Please do post your question here and we (the >> authors) will respond to it. >> >> _______________________________________________ >> Teas mailing list >> Teas@ietf.org >> https://www.ietf.org/mailman/listinfo/teas >> >> > --94eb2c14bc9aecb5d1054152b209 Content-Type: text/html; charset=UTF-8 Content-Transfer-Encoding: quoted-printable
    Dhruv,

    Please see inline (pref= ixed VPB)

    Regards,
    -Pavan

    On Tue, Nov 15, 2016 = at 12:47 AM, Dhruv Dhody <dhruv.ietf@gmail.com> wrote:
    Hi Pavan,=C2=A0

    Thanks for starting this thread. I think work = in this space is needed. See inline..=C2=A0

    On Tue, Nov 15, 2016 at 10= :20 AM, Vishnu Pavan Beeram <vishnupavan@gmail.com> wrot= e:
    Folks, Hi!

    We presented <draft-sitaraman-sr-rsvp-= coexistence-rec> in yesterday's morning session. Unfortunat= ely, we didn't have any time left to take questions. So, I'm openin= g up a thread for folks to post their questions/concerns.

    Dhruv (on cc) had a couple of questions and I'll start this thre= ad with responses to those --

    (1) Why can't you = do only SR on the controller and leave RSVP-TE control stay distributed?
    The base requiremen= t for this =E2=80=9Cco-existence arrangement=E2=80=9D is to ensure that the= placement of SR LSPs in the same domain DOES NOT introduce any inaccuracie= s in the TED that is used by distributed or centralized RSVP Path computati= on engines. If your SR-LSPs are management by a centralized controller and you don't have the SR utilization inf= ormation somehow reflected in the TED used by distributed RSVP-TE path computatio= n engines, it would result in the TED information being not accurate.
    <= /span>
    =E2=80=8B[Dhruv]: I agree, you h= ave a point here.=C2=A0
    =C2=A0=E2=80=8B
    =C2=A0
    (2) With Option-5, wouldn't there be issues if n= ot all nodes in the network support the recommended procedure?
    You do need the recommended procedure to b= e applied on all RSVP-TE nodes in the domain. If not, the TED information w= ould not be completely accurate. This is TRUE for the other options as well= -- the chosen option would need to be uniformly applied to all relevant no= des in the network.

    =E2=80=8B[Dhruv]: If you have to go and update all RSVP-TE nodes t= o use this procedure, then I would lean towards option #3 which was noted a= s "Flooding SR Utilization in IGP" in the presentation. Which doe= s require updating path computation and IGP. But I am not sure why updating= this is an issue, whereas, a new logic on every TE node to measure SR util= ization and update bandwidth is not?=C2=A0
    =C2=A0
    [VPB] Please note that the intent of the documen= t is to just list all available options and discuss the pros and cons of ea= ch approach (We are not picking any winners -- at least for now).

    I= n both options (#3 and #5), you do need to somehow decipher/measure SR util= ization on each TE link. In option #3, this utilization information is floo= ded in IGP-TE (RFC7810 TLVs) and is taken into account by all ingress path = computation engines. This requires updating IGP-TE and ingress-path-computa= tion logic on all RSVP-TE nodes. In option #5, the SR utilization informati= on gets reflected in the max-reservable-bandwidth attribute of the TE link.= So, you end up not having to update IGP-TE and ingress path-computation lo= gic on all RSVP-TE nodes. We can debate which of these 2 options is easy to= implement and deploy, but I'm not sure if we can reach any consensus o= n that.

    Also, please do note that if an implementation is capable o= f streaming out per-interface SR traffic statistics and provides a programm= able interface for updating the per-TE-link max-reservable-bandwidth, the e= ntire procedure outlined in Section 3.5 of the draft can be done off-box.

    <= div dir=3D"ltr">
    =

    Regards,
    Dhruv=C2=A0
    =C2=A0

    Regards,
    -Pavan

    ps: I believe Rakesh (on = cc) had a question as well, but couldn't get=20 his chance. @Rakesh -- Please do post your question here and we (the=20 authors) will respond to it.

    _______________________________________________
    Teas mailing list
    Teas@ietf.org
    https://www.ietf.org/mailman/listinfo/teas



    --94eb2c14bc9aecb5d1054152b209-- From nobody Tue Nov 15 01:48:25 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 0FB72129524 for ; Tue, 15 Nov 2016 01:48:22 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.689 X-Spam-Level: X-Spam-Status: No, score=-1.689 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, DKIM_VALID_AU=-0.1, FREEMAIL_FROM=0.001, FREEMAIL_REPLY=1, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_LOW=-0.7, SPF_PASS=-0.001, T_KAM_HTML_FONT_INVALID=0.01] autolearn=no autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (2048-bit key) header.d=gmail.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id uXt-AuDf5qCi for ; Tue, 15 Nov 2016 01:48:21 -0800 (PST) Received: from mail-it0-x230.google.com (mail-it0-x230.google.com [IPv6:2607:f8b0:4001:c0b::230]) (using TLSv1.2 with cipher ECDHE-RSA-AES128-GCM-SHA256 (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 648201293E3 for ; Tue, 15 Nov 2016 01:48:21 -0800 (PST) Received: by mail-it0-x230.google.com with SMTP id q124so182289807itd.1 for ; Tue, 15 Nov 2016 01:48:21 -0800 (PST) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=20120113; h=mime-version:in-reply-to:references:from:date:message-id:subject:to :cc; bh=wWDluaboQa8iJvpVMraX8UFMz8HM48VNZEXFFR85avc=; b=jmjKvZue85H8sK41+oGveZ+Oul639BRKZmHjV+uEgAzwO6dN0h015p4/ET7YaeMp8Z LAXefxoAGidm06ljkszAVOj6umej9hWbBgp0vj//GP90+QvGqOd9ysjgImXWJOYkv1PU dSfnyODVtRHcohoY2U2FiVBV2RyPtVBUkOqPG3F5cF51OlgSwn6ZCGs7MJQdDo1TIxP6 WzYvauJx+ONV23MFxgWlMwPjgovi1aR0Lu5QMZZ0JZbx0rCtvQ/RQ3R6y4cEW/jBS78n FRzJbGUGqVMyPzGIfWUN5b7bCXGbE/togJm0fRh0zshzn3G3DbkjNK873vuAxjZDAQ0F bJfw== X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=1e100.net; s=20130820; h=x-gm-message-state:mime-version:in-reply-to:references:from:date :message-id:subject:to:cc; bh=wWDluaboQa8iJvpVMraX8UFMz8HM48VNZEXFFR85avc=; b=UnYhOhgLdFJUcH1vnr/nU/7XhYnhT/+33jByA4uRjnw5UXl/YTYqO2eFMbGORGsR3U MNJDT8ueW+4Y8nHn1ODJ549YY9OY8WoxyWjQEreAiZ0B0lUf3QXqfD+nad1U8C4NRzPw GB18apZwjaxeodYdk22TevfgM+sissWawT2Ia98hvCGUGObEnuuRTDap0++WlLdak7c0 trunFKuUcwTqJ4U5fb+GTcFRHTr946brjrfOpH++uBv1FUZkAKe866Gi8wMfY7JDLzG0 4MTIvKSgk6lL7aGxy/thHfO50Qbt4Q8jJeXn9fK19J0QGctZ2PKk0ZYkIus5STlgo3nl Fbag== X-Gm-Message-State: ABUngveAx/hD0WuV1UthWb/VIl7tIfJ+NoO69iWnf5X/6fW8kuHfjgN3wMYkbXZLZR6TXYNrKua5qKDGMmTXtg== X-Received: by 10.36.249.203 with SMTP id l194mr1958628ith.19.1479203300816; Tue, 15 Nov 2016 01:48:20 -0800 (PST) MIME-Version: 1.0 Received: by 10.36.175.85 with HTTP; Tue, 15 Nov 2016 01:48:20 -0800 (PST) In-Reply-To: References: From: Rakesh Gandhi Date: Tue, 15 Nov 2016 18:48:20 +0900 Message-ID: To: Vishnu Pavan Beeram Content-Type: multipart/alternative; boundary=94eb2c110a544bbf36054153db3f Archived-At: Cc: "Rakesh Gandhi \(rgandhi\)" , Dhruv Dhody , "teas@ietf.org" Subject: Re: [Teas] -- Open Thread X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 15 Nov 2016 09:48:23 -0000 --94eb2c110a544bbf36054153db3f Content-Type: text/plain; charset=UTF-8 Content-Transfer-Encoding: quoted-printable Hi Pavan, For the option where max-res-bw is adjusted, it would be good to add in the document what happens to Diff-Serve TE BC model RDM, MAM and MAR bandwidth pools. Thanks, Rakesh On Tue, Nov 15, 2016 at 10:20 AM, Vishnu Pavan Beeram wrote: > Folks, Hi! > > We presented in yesterday's > morning session. Unfortunately, we didn't have any time left to take > questions. So, I'm opening up a thread for folks to post their > questions/concerns. > > Dhruv (on cc) had a couple of questions and I'll start this thread with > responses to those -- > > (1) Why can't you do only SR on the controller and leave RSVP-TE control > stay distributed? > The base requirement for this =E2=80=9Cco-existence arrangement=E2=80=9D = is to ensure > that the placement of SR LSPs in the same domain DOES NOT introduce any > inaccuracies in the TED that is used by distributed or centralized RSVP > Path computation engines. If your SR-LSPs are management by a centralized > controller and you don't have the SR utilization information somehow > reflected in the TED used by distributed RSVP-TE path computation engines= , > it would result in the TED information being not accurate. > > (2) With Option-5, wouldn't there be issues if not all nodes in the > network support the recommended procedure? > You do need the recommended procedure to be applied on all RSVP-TE nodes > in the domain. If not, the TED information would not be completely > accurate. This is TRUE for the other options as well -- the chosen option > would need to be uniformly applied to all relevant nodes in the network. > > Regards, > -Pavan > > ps: I believe Rakesh (on cc) had a question as well, but couldn't get his > chance. @Rakesh -- Please do post your question here and we (the authors) > will respond to it. > > _______________________________________________ > Teas mailing list > Teas@ietf.org > https://www.ietf.org/mailman/listinfo/teas > > --94eb2c110a544bbf36054153db3f Content-Type: text/html; charset=UTF-8 Content-Transfer-Encoding: quoted-printable
    Hi Pavan,

    For the option where= max-res-bw is adjusted, it would be good to add in the document what happe= ns to Diff-Serve TE BC model RDM, MAM and MAR bandwidth pools.

    Thanks,
    Rakesh


    On Tue, Nov 15, 2016 at 10:20 AM, Vishnu Pavan Beeram = <vishnupavan@gmail.com> wrote:
    Folks, Hi!

    We= presented <draft-sitaraman-sr-rsvp-coexistence-rec> = in yesterday's morning session. Unfortunately, we didn't have any t= ime left to take questions. So, I'm opening up a thread for folks to po= st their questions/concerns.

    Dhruv (on cc) had a co= uple of questions and I'll start this thread with responses to those --=

    (1) Why can't you do only SR on the contr= oller and leave RSVP-TE control stay distributed?
    = The base requirement for this =E2=80=9Cco-existence arrangement=E2=80=9D is t= o ensure that the placement of SR LSPs in the same domain DOES NOT introduc= e any inaccuracies in the TED that is used by distributed or centralized RS= VP Path computation engines. If your SR-LSPs are management by a centr= alized controller and you don't have the SR utilization information som= ehow reflected in the TED used by distributed RSVP-TE path computation engi= nes, it would result in the TED information being not accurate.
    =
    (2) With Option-5, wouldn't there be issues if not all nod= es in the network support the recommended procedure?
    You do need the recommended procedure to be applied = on all RSVP-TE nodes in the domain. If not, the TED information would not b= e completely accurate. This is TRUE for the other options as well -- the ch= osen option would need to be uniformly applied to all relevant nodes in the= network.

    Regards,
    -Pavan

    ps: I believe Rakesh (on cc) had a question as well, = but couldn't get=20 his chance. @Rakesh -- Please do post your question here and we (the=20 authors) will respond to it.

    _______________________________________________
    Teas mailing list
    Teas@ietf.org
    https://www.ietf.org/mailman/listinfo/teas


    --94eb2c110a544bbf36054153db3f-- From nobody Tue Nov 15 13:32:25 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 513561294E1 for ; Tue, 15 Nov 2016 13:32:24 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.989 X-Spam-Level: X-Spam-Status: No, score=-1.989 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, DKIM_VALID_AU=-0.1, FREEMAIL_FROM=0.001, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_NONE=-0.0001, SPF_PASS=-0.001, T_KAM_HTML_FONT_INVALID=0.01] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (2048-bit key) header.d=gmail.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id CFee4fA8jz7h for ; Tue, 15 Nov 2016 13:32:22 -0800 (PST) Received: from mail-ua0-x22b.google.com (mail-ua0-x22b.google.com [IPv6:2607:f8b0:400c:c08::22b]) (using TLSv1.2 with cipher ECDHE-RSA-AES128-GCM-SHA256 (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 5B1781294D7 for ; Tue, 15 Nov 2016 13:32:22 -0800 (PST) Received: by mail-ua0-x22b.google.com with SMTP id 51so98548460uai.1 for ; Tue, 15 Nov 2016 13:32:22 -0800 (PST) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=20120113; h=mime-version:in-reply-to:references:from:date:message-id:subject:to :cc; bh=tDIIKavzxg4jHW6eK3zWmLp9gRYwhq5EkOnMKdUg3RM=; b=k4ViRCaMinB/kmppxE1LpKt9O0j12QrH/OvdjPAym/Ce/6/v6niV+b/4ZRdL5b2cvl WdilR392DMudxHfISGHkMmqVQYqcfzGf/l+FvhfuawZzzWOXnKXrDOpmXUTdNpLzWYhI NCKg9A8a5huaGhgtcUkva8hi1HinyHUNRIBwZz4DCRkVjRjp+zmMG7C8kmPHe1gRq+R0 ry/8lH4dVpba2TjVmqhPM+nJEFaO+QCVGOX1ibSbStRHt3Ijb1lmKZx4CcIJGDMRLBV2 Ym33JG5ARzb7NZS/t4UidgK+SLzeZ9/zmPITUThrDZKsRPSAEqPfaau8i14JW3ydkIUH Cj0Q== X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=1e100.net; s=20130820; h=x-gm-message-state:mime-version:in-reply-to:references:from:date :message-id:subject:to:cc; bh=tDIIKavzxg4jHW6eK3zWmLp9gRYwhq5EkOnMKdUg3RM=; b=dTfsoYJIsa4N/ofRMscYqouTFx5qwFsj1SBbILst/qlFW7ZcO7H39GoeOEW8jQ1LdD Zvk3+Y7HtR6MuOsLQzNGyJtFMnxYTSxI+5sKYDd46yxmqJenBSwmBceNmAtpsckENOm2 xk7xZjIXJI4iAcqipToEM2xkpYF8lYeKHbPQf5NmuIjXvjkTuopt4YxLLBceqwej74Lj 9LOW6f/9NV4uqm549yD7M9yDwM9VlQov1ds/CBAL72Xj15JunMbTyi5DeSyzbmfAriwY rvIsanrTqst0u+E4/XXdisAwinygSatfIjZQ2SXjwoe0Td51VRE0r9C1yfwEG6dK/ILj wsLg== X-Gm-Message-State: ABUngvf8imXYHVWhOfsrfdB0wsgwW61bQtcAwxHnpXp2pm5uN8aPcDxMcwVVHhFp9B47k/pNDPv7Uiw5jlbdTg== X-Received: by 10.176.81.245 with SMTP id h50mr12062980uaa.1.1479245541404; Tue, 15 Nov 2016 13:32:21 -0800 (PST) MIME-Version: 1.0 Received: by 10.31.63.130 with HTTP; Tue, 15 Nov 2016 13:32:20 -0800 (PST) In-Reply-To: References: From: Vishnu Pavan Beeram Date: Tue, 15 Nov 2016 16:32:20 -0500 Message-ID: To: Rakesh Gandhi Content-Type: multipart/alternative; boundary=94eb2c19205007f8fa05415db1c6 Archived-At: Cc: "Rakesh Gandhi \(rgandhi\)" , Dhruv Dhody , "teas@ietf.org" Subject: Re: [Teas] -- Open Thread X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 15 Nov 2016 21:32:24 -0000 --94eb2c19205007f8fa05415db1c6 Content-Type: text/plain; charset=UTF-8 Content-Transfer-Encoding: quoted-printable Rakesh, Hi! Thanks for bringing this up. We'll look at adding some text covering DS-TE in the next version. Regards, -Pavan On Tue, Nov 15, 2016 at 4:48 AM, Rakesh Gandhi wrote: > Hi Pavan, > > For the option where max-res-bw is adjusted, it would be good to add in > the document what happens to Diff-Serve TE BC model RDM, MAM and MAR > bandwidth pools. > > Thanks, > Rakesh > > > On Tue, Nov 15, 2016 at 10:20 AM, Vishnu Pavan Beeram < > vishnupavan@gmail.com> wrote: > >> Folks, Hi! >> >> We presented in yesterday's >> morning session. Unfortunately, we didn't have any time left to take >> questions. So, I'm opening up a thread for folks to post their >> questions/concerns. >> >> Dhruv (on cc) had a couple of questions and I'll start this thread with >> responses to those -- >> >> (1) Why can't you do only SR on the controller and leave RSVP-TE control >> stay distributed? >> The base requirement for this =E2=80=9Cco-existence arrangement=E2=80=9D= is to ensure >> that the placement of SR LSPs in the same domain DOES NOT introduce any >> inaccuracies in the TED that is used by distributed or centralized RSVP >> Path computation engines. If your SR-LSPs are management by a >> centralized controller and you don't have the SR utilization information >> somehow reflected in the TED used by distributed RSVP-TE path computatio= n >> engines, it would result in the TED information being not accurate. >> >> (2) With Option-5, wouldn't there be issues if not all nodes in the >> network support the recommended procedure? >> You do need the recommended procedure to be applied on all RSVP-TE nodes >> in the domain. If not, the TED information would not be completely >> accurate. This is TRUE for the other options as well -- the chosen optio= n >> would need to be uniformly applied to all relevant nodes in the network. >> >> Regards, >> -Pavan >> >> ps: I believe Rakesh (on cc) had a question as well, but couldn't get hi= s >> chance. @Rakesh -- Please do post your question here and we (the authors= ) >> will respond to it. >> >> _______________________________________________ >> Teas mailing list >> Teas@ietf.org >> https://www.ietf.org/mailman/listinfo/teas >> >> > --94eb2c19205007f8fa05415db1c6 Content-Type: text/html; charset=UTF-8 Content-Transfer-Encoding: quoted-printable
    Rakesh, Hi!

    Thanks for bringing this up. We'll = look at adding some text covering DS-TE in the next version.

    =
    Regards,
    -Pavan


    On = Tue, Nov 15, 2016 at 4:48 AM, Rakesh Gandhi <rgandhi.ietf@gmail.com= > wrote:
    <= div>
    Hi Pavan,

    For the option where max-res-bw is adj= usted, it would be good to add in the document what happens to Diff-Serve T= E BC model RDM, MAM and MAR bandwidth pools.

    Thanks,
    = Rakesh


    On Tue, Nov 15, 2016 at 10:20 AM, Vishnu Pavan Beeram <= span dir=3D"ltr"><vishnupavan@gmail.com> wrote:
    Folks, H= i!

    We presented <draft-sitaraman-sr-rsvp-= coexistence-rec> in yesterday's morning session. Unfortunat= ely, we didn't have any time left to take questions. So, I'm openin= g up a thread for folks to post their questions/concerns.

    Dhruv (on cc) had a couple of questions and I'll start this thre= ad with responses to those --

    (1) Why can'= t you do only SR on the controller and leave RSVP-TE control stay distribut= ed?
    The base requirement for this =E2=80=9Cco-existe= nce arrangement=E2=80=9D is to ensure that the placement of SR LSPs in the = same domain DOES NOT introduce any inaccuracies in the TED that is used by = distributed or centralized RSVP Path computation engines. If your SR-L= SPs are management by a centralized controller and you don't have the S= R utilization information somehow reflected in the TED used by distributed = RSVP-TE path computation engines, it would result in the TED information be= ing not accurate.

    (2) With Option-5, wouldn't= there be issues if not all nodes in the network support the recommended pr= ocedure?
    You do need the recom= mended procedure to be applied on all RSVP-TE nodes in the domain. If not, = the TED information would not be completely accurate. This is TRUE for the = other options as well -- the chosen option would need to be uniformly appli= ed to all relevant nodes in the network.

    Regards,
    -Pavan

    ps: I believe Rakesh (= on cc) had a question as well, but couldn't get=20 his chance. @Rakesh -- Please do post your question here and we (the=20 authors) will respond to it.

    _____________________________________= __________
    Teas mailing list
    Teas@ietf.org
    https://www.ietf.org/mailman/listinfo/teas



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FPR:; SPF:None; PTR:InfoNoRecords; A:1; MX:1; LANG:en; received-spf: None (protection.outlook.com: ericsson.com does not designate permitted sender hosts) spamdiagnosticoutput: 1:99 spamdiagnosticmetadata: NSPM Content-Type: multipart/mixed; boundary="_004_AM2PR07MB0994E01F95844779037F51C7F0B10AM2PR07MB0994eurp_" MIME-Version: 1.0 X-MS-Exchange-CrossTenant-originalarrivaltime: 17 Nov 2016 02:31:52.7999 (UTC) X-MS-Exchange-CrossTenant-fromentityheader: Hosted X-MS-Exchange-CrossTenant-id: 92e84ceb-fbfd-47ab-be52-080c6b87953f X-MS-Exchange-Transport-CrossTenantHeadersStamped: AM2PR07MB0995 X-OriginatorOrg: ericsson.com X-Brightmail-Tracker: H4sIAAAAAAAAA+NgFnrOKsWRmVeSWpSXmKPExsUyM2K7h+48Md0Igz0PlC1af+xgcWD0WLLk J1MAYxSXTUpqTmZZapG+XQJXxuZTl1kLPr2Vq5jd/4mtgXF7k1wXIyeHhICJxKOne1m7GLk4 hATWMUo8nX2LDcI5wShx5UMTI4jDItDLLPHhzhImiMwUJol1d84yQjjHGCXerD8K5HBwsAlY STw55ANiigjoSjx4KgKyQlhAROL52qmsILaIgKTE9WlTmCBsPYl1c3eB2SwCqhKf7/5gBrF5 BWIk9nxdDlbPKCAm8f3UGrAaZgFxiVtP5jNBnC0i8fDiaTYIW1Ti5eN/UPVJEutbd0DVKEms e3YF7EwJgQXMEsfb57JDJHwlerb+ZISxv007BBXPlmho7WKFsL0lbsx8xgTRfI9RYv3Tu1AJ GYmdL69CTd3OKtG9ZxfY2UICqRLL17YyQrwsJXH3SieULSPx4g4ohDmAXsiUWLynHuJLQYmT M5+wTGBUm4XkuVkIVbOQVEGU5Eu0TbrDDGHrSCzY/YkNwtaWWLbwNTOMfebAYyZMcQ+J7ft2 skKM15R4czt+FtADzAKbGSUO/l8MNV9RYkr3Q/YFjDyrGEWLU4uTctONjPRSizKTi4vz8/Ty Uks2MQKT3MEtvw12ML587niIUYCDUYmHt6BEJ0KINbGsuDL3EKMK0JxHG1ZfYJRiycvPS1US 4V0johshxJuSWFmVWpQfX1Sak1p8iFGag0VJnNds5f1wIYH0xJLU7NTUgtQimCwTB6dUA+NE h7vSIXc8Oq/13y32PjOF+9PxLed6N7m+Fnet4tty/v75XRVPz9fW+ettTs9eUcx2dDFDtXmP A6flWkYzmfuPBTTvxOkkKH5/2C/F93HBlKxmw9giR93HIYum7H6mcFG0dK1YuuOJeafm/DzH bP1GPl4v8oJ36zeO+0nMEcGhDuVv29SjXJVYijMSDbWYi4oTAWeMnNp6AwAA Archived-At: Subject: [Teas] ACTN update X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 17 Nov 2016 02:32:05 -0000 --_004_AM2PR07MB0994E01F95844779037F51C7F0B10AM2PR07MB0994eurp_ Content-Type: multipart/alternative; boundary="_000_AM2PR07MB0994E01F95844779037F51C7F0B10AM2PR07MB0994eurp_" --_000_AM2PR07MB0994E01F95844779037F51C7F0B10AM2PR07MB0994eurp_ Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable Dear WG and ACTNers, Please find attached some slides trying to clarify terminology, roles and f= unctionalities in ACTN (in line with the discussion we had at the mic durin= g the TEAS session). It provides an architectural explanation and a possibl= e workflow description trying to see if it fits with the architecture. My proposal is to: 1. Add a section in the framework document to explain the relationshi= p and the split of roles between PNC, MDSC and existing components like orc= hestrator and domain controller. 2. Add a section to the "Applicability of YANG models for ACTN" to ex= plain how this impacts the definition of the MPI and what is missing (i.e. = TE-Service model). This will have impacts also on the PCEP applicability. 3. Write a new document defining service mapping model that provides map= pings across LxSM and TE-service model and that can be extend to support di= fferent service models (L3VPN/L2VPN/L1VPN, VTS, Transport Connectivity serv= ice, etc). Dhruv, Young and I are already working on this. Opinions? Thoughts? BR Daniele --_000_AM2PR07MB0994E01F95844779037F51C7F0B10AM2PR07MB0994eurp_ Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable

    Dear WG and ACTNers,=

     

    Please find attached some slide= s trying to clarify terminology, roles and functionalities in ACTN (in line= with the discussion we had at the mic during the TEAS session). It provide= s an architectural explanation and a possible workflow description trying to see if it fits with the architectu= re.

     

    My proposal is to:

    1.       Add a section in the framework document to expl= ain the relationship and the split of roles between PNC, MDSC and existing = components like orchestrator and domain controller.

    2.       Add a section to the “Applicability of YA= NG models for ACTN” to explain how this impacts the definition of the= MPI and what is missing (i.e. TE-Service model). This will have impacts al= so on the PCEP applicability.

    3.    Write a new document defining service mapping model t= hat provides mappings across LxSM and TE-service model and that can be exte= nd to support different service models (L3VPN/L2VPN/L1VPN, VTS, Transport Connectivity service, etc). Dhruv, Young and I are already = working on this.

     

    Opinions? Thoughts?<= /span>

     

    BR
    Daniele 

     

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AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA== --_004_AM2PR07MB0994E01F95844779037F51C7F0B10AM2PR07MB0994eurp_-- From nobody Thu Nov 17 04:10:19 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id B013412973E for ; Thu, 17 Nov 2016 04:10:18 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.901 X-Spam-Level: X-Spam-Status: No, score=-6.901 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_HI=-5, RCVD_IN_MSPIKE_H2=-0.001, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 1XQncoOL8h8c for ; Thu, 17 Nov 2016 04:10:15 -0800 (PST) Received: from smtp-fr.alcatel-lucent.com (fr-hpida-esg-02.alcatel-lucent.com [135.245.210.21]) (using TLSv1.2 with cipher ECDHE-RSA-AES256-GCM-SHA384 (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 08C51129415 for ; Thu, 17 Nov 2016 04:10:14 -0800 (PST) Received: from fr712umx4.dmz.alcatel-lucent.com (unknown [135.245.210.45]) by Websense Email Security Gateway with ESMTPS id C1A0DE8A95F; Thu, 17 Nov 2016 12:10:09 +0000 (GMT) Received: from fr712usmtp2.zeu.alcatel-lucent.com (fr712usmtp2.zeu.alcatel-lucent.com [135.239.2.42]) by fr712umx4.dmz.alcatel-lucent.com (GMO-o) with ESMTP id uAHCAAt8000706 (version=TLSv1/SSLv3 cipher=DHE-RSA-AES256-SHA bits=256 verify=OK); Thu, 17 Nov 2016 12:10:12 GMT Received: from FR712WXCHHUB03.zeu.alcatel-lucent.com (fr712wxchhub03.zeu.alcatel-lucent.com [135.239.2.74]) by fr712usmtp2.zeu.alcatel-lucent.com (GMO) with ESMTP id uAHCA9uG001604 (version=TLSv1/SSLv3 cipher=AES128-SHA bits=128 verify=FAIL); Thu, 17 Nov 2016 13:10:09 +0100 Received: from FR712WXCHMBA15.zeu.alcatel-lucent.com ([169.254.7.251]) by FR712WXCHHUB03.zeu.alcatel-lucent.com ([135.239.2.74]) with mapi id 14.03.0301.000; Thu, 17 Nov 2016 13:10:09 +0100 From: "Scharf, Michael (Nokia - DE)" To: Daniele Ceccarelli , "TEAS WG (teas@ietf.org)" Thread-Topic: ACTN update Thread-Index: AdJAeoeb3oMDwnZ0TveBS2SD5cPsIAASyoHg Date: Thu, 17 Nov 2016 12:10:09 +0000 Message-ID: <655C07320163294895BBADA28372AF5D48B84C33@FR712WXCHMBA15.zeu.alcatel-lucent.com> References: In-Reply-To: Accept-Language: de-DE, en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [135.239.27.39] Content-Type: multipart/alternative; boundary="_000_655C07320163294895BBADA28372AF5D48B84C33FR712WXCHMBA15z_" MIME-Version: 1.0 Archived-At: Subject: Re: [Teas] ACTN update X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 17 Nov 2016 12:10:18 -0000 --_000_655C07320163294895BBADA28372AF5D48B84C33FR712WXCHMBA15z_ Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable Hi all, I think ongoing discussions in OPSAWG and L2SM show that a "service orchest= rator" implementing the L3SM model (or e.g. the L2SM model) may not necessa= rily directly talk to a domain controller. There can be much more complex a= rchitectures, e.g., if the service provider and network operator are not th= e same organization. Also, the L3SM is a customer-facing model and the system may deal with cust= omer "SLAs". Therefore, I am not sure if the term "TE" is really useful at = the level of the L3SM model. Also, I believe the SLAs for a customer may no= t necessarily directly relate to TE. So, I find the notion "L3SM + TE" quit= e confusing. In summary, I don't think that this slide deck clarifies the role of ACTN i= n a real service provisioning architecture, e.g., for IP services. And since there is already terminology discussion in OPSAWG and L2SM/L3SM, = I find it not useful to add further ACTN-specific terms. This just increase= s the confusion that already exists. Maybe TEAS should back of a bit and work with the other WGs on terminology = alignment? Thanks Michael From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Daniele Ceccarelli Sent: Thursday, November 17, 2016 3:32 AM To: TEAS WG (teas@ietf.org) Subject: [Teas] ACTN update Dear WG and ACTNers, Please find attached some slides trying to clarify terminology, roles and f= unctionalities in ACTN (in line with the discussion we had at the mic durin= g the TEAS session). It provides an architectural explanation and a possibl= e workflow description trying to see if it fits with the architecture. My proposal is to: 1. Add a section in the framework document to explain the relationshi= p and the split of roles between PNC, MDSC and existing components like orc= hestrator and domain controller. 2. Add a section to the "Applicability of YANG models for ACTN" to ex= plain how this impacts the definition of the MPI and what is missing (i.e. = TE-Service model). This will have impacts also on the PCEP applicability. 3. Write a new document defining service mapping model that provides map= pings across LxSM and TE-service model and that can be extend to support di= fferent service models (L3VPN/L2VPN/L1VPN, VTS, Transport Connectivity serv= ice, etc). Dhruv, Young and I are already working on this. Opinions? Thoughts? BR Daniele --_000_655C07320163294895BBADA28372AF5D48B84C33FR712WXCHMBA15z_ Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable

    Hi all,

     

    I think ongoing discussions in OPSAWG and L2SM show that a “ser= vice orchestrator” implementing the L3SM model (or e.g. the L2SM mode= l) may not necessarily directly talk to a domain controller. There can be much more complex architectures, e.g., if the service provide= r and network operator are not the same organization.

     

    Also, the L3SM is a customer-facing model and the system may deal wit= h customer “SLAs”. Therefore, I am not sure if the term “= TE” is really useful at the level of the L3SM model. Also, I believe the SLAs for a customer may not necessarily directly relate to T= E. So, I find the notion “L3SM + TE” quite confusing.<= /o:p>

     

    In summary, I don’t think that this slide deck clarifies the ro= le of ACTN in a real service provisioning architecture, e.g., for IP servic= es.

     

    And since there is already terminology discussion in OPSAWG and L2SM/= L3SM, I find it not useful to add further ACTN-specific terms. This just in= creases the confusion that already exists.

     

    Maybe TEAS should back of a bit and work with the other WGs on termin= ology alignment?

     

    Thanks

     

    Michael

     

     

    From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Daniele Ceccarelli
    Sent: Thursday, November 17, 2016 3:32 AM
    To: TEAS WG (teas@ietf.org) <teas@ietf.org>
    Subject: [Teas] ACTN update

     

    Dear WG and ACTNers,=

     

    Please find attached some slide= s trying to clarify terminology, roles and functionalities in ACTN (in line= with the discussion we had at the mic during the TEAS session). It provide= s an architectural explanation and a possible workflow description trying to see if it fits with the architectu= re.

     

    My proposal is to:

    1.       Add a section in the framework document to expl= ain the relationship and the split of roles between PNC, MDSC and existing = components like orchestrator and domain controller.

    2.       Add a section to the “Applicability of YA= NG models for ACTN” to explain how this impacts the definition of the= MPI and what is missing (i.e. TE-Service model). This will have impacts al= so on the PCEP applicability.

    3.    Write a new document defining service mapping model t= hat provides mappings across LxSM and TE-service model and that can be exte= nd to support different service models (L3VPN/L2VPN/L1VPN, VTS, Transport Connectivity service, etc). Dhruv, Young and I are already = working on this.

     

    Opinions? Thoughts?<= /span>

     

    BR
    Daniele 

     

    --_000_655C07320163294895BBADA28372AF5D48B84C33FR712WXCHMBA15z_-- From nobody Thu Nov 17 08:07:49 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 2EA5D12967A for ; Thu, 17 Nov 2016 08:07:48 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.717 X-Spam-Level: X-Spam-Status: No, score=-5.717 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id n6cCAY1XObib for ; Thu, 17 Nov 2016 08:07:45 -0800 (PST) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 7D9D8129624 for ; Thu, 17 Nov 2016 08:07:44 -0800 (PST) Received: from 172.18.7.190 (EHLO lhreml708-cah.china.huawei.com) ([172.18.7.190]) by lhrrg01-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id DAS69038; Thu, 17 Nov 2016 16:07:42 +0000 (GMT) Received: from DFWEML703-CAH.china.huawei.com (10.193.5.177) by lhreml708-cah.china.huawei.com (10.201.5.202) with Microsoft SMTP Server (TLS) id 14.3.235.1; Thu, 17 Nov 2016 16:07:41 +0000 Received: from DFWEML501-MBX.china.huawei.com ([10.193.5.178]) by DFWEML703-CAH.china.huawei.com ([10.193.5.177]) with mapi id 14.03.0235.001; Thu, 17 Nov 2016 08:07:36 -0800 From: Igor Bryskin To: Daniele Ceccarelli , "TEAS WG (teas@ietf.org)" Thread-Topic: ACTN update Thread-Index: AdJAeoeb3oMDwnZ0TveBS2SD5cPsIAAb/9IQ Date: Thu, 17 Nov 2016 16:07:36 +0000 Message-ID: <0C72C38E7EBC34499E8A9E7DD007863908F18AA2@dfweml501-mbx> References: In-Reply-To: Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.212.254.198] Content-Type: multipart/alternative; boundary="_000_0C72C38E7EBC34499E8A9E7DD007863908F18AA2dfweml501mbx_" MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A090206.582DD5CE.0098, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: bfe9e99d81ebc69cdd62452480a83a55 Archived-At: Subject: Re: [Teas] ACTN update X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 17 Nov 2016 16:07:48 -0000 --_000_0C72C38E7EBC34499E8A9E7DD007863908F18AA2dfweml501mbx_ Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable Danielle, Why in your opinion L3SM should know or care whether the provider looks aft= er a single- or multi-domain network? There is a strong case for multi-vend= or multi-domain transport network, but this is not necessarily true for a n= etwork providing L3 services, which (in contrast to, say. L0/L1 transport = network) could be a multi-vendor single domain network. In other words, why= in the context of L3SM multi-domain service coordination is necessary? Another question: when and how L3 service controller interacts with a trans= port controller (providing transport services)? These clarifications I think would be useful. Cheers, Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Daniele Ceccarelli Sent: Wednesday, November 16, 2016 9:32 PM To: TEAS WG (teas@ietf.org) Subject: [Teas] ACTN update Dear WG and ACTNers, Please find attached some slides trying to clarify terminology, roles and f= unctionalities in ACTN (in line with the discussion we had at the mic durin= g the TEAS session). It provides an architectural explanation and a possibl= e workflow description trying to see if it fits with the architecture. My proposal is to: 1. Add a section in the framework document to explain the relationshi= p and the split of roles between PNC, MDSC and existing components like orc= hestrator and domain controller. 2. Add a section to the "Applicability of YANG models for ACTN" to ex= plain how this impacts the definition of the MPI and what is missing (i.e. = TE-Service model). This will have impacts also on the PCEP applicability. 3. Write a new document defining service mapping model that provides map= pings across LxSM and TE-service model and that can be extend to support di= fferent service models (L3VPN/L2VPN/L1VPN, VTS, Transport Connectivity serv= ice, etc). Dhruv, Young and I are already working on this. Opinions? Thoughts? BR Daniele --_000_0C72C38E7EBC34499E8A9E7DD007863908F18AA2dfweml501mbx_ Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable

    Danielle,

     

    Why in your opinion L3= SM should know or care whether the provider looks after a single- or multi-= domain network? There is a strong case for multi-vendor multi-domain transp= ort network, but this is not necessarily true for a network providing L3 services, which (in contrast to, say. &nbs= p;L0/L1 transport network) could be a multi-vendor single domain network. I= n other words, why in the context of L3SM multi-domain service coordination= is necessary?

    Another question: when= and how L3 service controller interacts with a transport controller (provi= ding transport services)?

     

    These clarifications I= think would be useful.

     

    Cheers,

    Igor=

     

    From: Teas [ma= ilto:teas-bounces@ietf.org] On Behalf Of Daniele Ceccarelli
    Sent: Wednesday, November 16, 2016 9:32 PM
    To: TEAS WG (teas@ietf.org)
    Subject: [Teas] ACTN update

     

    Dear WG and ACTNers,

     

    Please find attached some slides trying to clarify t= erminology, roles and functionalities in ACTN (in line with the discussion = we had at the mic during the TEAS session). It provides an architectural ex= planation and a possible workflow description trying to see if it fits with the architecture.

     

    My proposal is to:

    1.       Add a section in the framework document to explain the relationship = and the split of roles between PNC, MDSC and existing components like orche= strator and domain controller.

    2.       Add a section to the “Applicability of YANG models for ACTN= 221; to explain how this impacts the definition of the MPI and what is miss= ing (i.e. TE-Service model). This will have impacts also on the PCEP applic= ability.

    3.    = Write a new document defining service mapping model that provides mappings = across LxSM and TE-service model and that can be extend to support differen= t service models (L3VPN/L2VPN/L1VPN, VTS, Transport Connectivity service, etc). Dhruv, Young and I are already working on this= .

     

    Opinions? Thoughts?

     

    BR
    Daniele 

     

    --_000_0C72C38E7EBC34499E8A9E7DD007863908F18AA2dfweml501mbx_-- From nobody Thu Nov 17 08:40:43 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 96EC21296C0 for ; Thu, 17 Nov 2016 08:40:41 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.717 X-Spam-Level: X-Spam-Status: No, score=-5.717 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id Bqv_uAguY0uN for ; Thu, 17 Nov 2016 08:40:37 -0800 (PST) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 8E0CA129621 for ; Thu, 17 Nov 2016 08:40:36 -0800 (PST) Received: from 172.18.7.190 (EHLO lhreml701-cah.china.huawei.com) ([172.18.7.190]) by lhrrg02-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id CVJ70167; Thu, 17 Nov 2016 16:40:33 +0000 (GMT) Received: from DFWEML701-CAH.china.huawei.com (10.193.5.175) by lhreml701-cah.china.huawei.com (10.201.5.93) with Microsoft SMTP Server (TLS) id 14.3.235.1; Thu, 17 Nov 2016 16:40:30 +0000 Received: from DFWEML501-MBX.china.huawei.com ([10.193.5.178]) by dfweml701-cah.china.huawei.com ([10.193.5.175]) with mapi id 14.03.0235.001; Thu, 17 Nov 2016 08:40:25 -0800 From: Igor Bryskin To: "Scharf, Michael (Nokia - DE)" , "Daniele Ceccarelli" , "TEAS WG (teas@ietf.org)" Thread-Topic: ACTN update Thread-Index: AdJAeoeb3oMDwnZ0TveBS2SD5cPsIAASyoHgAAp7I5A= Date: Thu, 17 Nov 2016 16:40:24 +0000 Message-ID: <0C72C38E7EBC34499E8A9E7DD007863908F18B12@dfweml501-mbx> References: <655C07320163294895BBADA28372AF5D48B84C33@FR712WXCHMBA15.zeu.alcatel-lucent.com> In-Reply-To: <655C07320163294895BBADA28372AF5D48B84C33@FR712WXCHMBA15.zeu.alcatel-lucent.com> Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.212.254.198] Content-Type: multipart/alternative; boundary="_000_0C72C38E7EBC34499E8A9E7DD007863908F18B12dfweml501mbx_" MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A020201.582DDD81.02A3, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: 9d13b07c82a90ca8f75b83bab7b61c68 Archived-At: Subject: Re: [Teas] ACTN update X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 17 Nov 2016 16:40:41 -0000 --_000_0C72C38E7EBC34499E8A9E7DD007863908F18B12dfweml501mbx_ Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable Hi Michael, Agree completely with all your points. Please, see in-line. Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Scharf, Michael (Nok= ia - DE) Sent: Thursday, November 17, 2016 7:10 AM To: Daniele Ceccarelli; TEAS WG (teas@ietf.org) Subject: Re: [Teas] ACTN update Hi all, I think ongoing discussions in OPSAWG and L2SM show that a "service orchest= rator" implementing the L3SM model (or e.g. the L2SM model) may not necessa= rily directly talk to a domain controller. There can be much more complex a= rchitectures, e.g., if the service provider and network operator are not th= e same organization. IB>> I would go even further. I'd say that L3 service controller normally n= ever talks directly to a transport controller. Transport controller, howeve= r, could be called to react on or avoid congestion in IP/MPLS layer because= of extra L3 services placed on current IP/MPLS topology, or as a part of d= isaster recovery IP topology reconfiguration. Also, the L3SM is a customer-facing model and the system may deal with cust= omer "SLAs". Therefore, I am not sure if the term "TE" is really useful at = the level of the L3SM model. Also, I believe the SLAs for a customer may no= t necessarily directly relate to TE. So, I find the notion "L3SM + TE" quit= e confusing. IB>> I would also add that L3SM should not consider multi-domain scenarios,= meaning that as far as the user concerned the network providing L3 service= s is a single domain network In summary, I don't think that this slide deck clarifies the role of ACTN i= n a real service provisioning architecture, e.g., for IP services. IB>> Agree. And since there is already terminology discussion in OPSAWG and L2SM/L3SM, = I find it not useful to add further ACTN-specific terms. This just increase= s the confusion that already exists. Maybe TEAS should back of a bit and work with the other WGs on terminology = alignment? Thanks Michael From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Daniele Ceccarelli Sent: Thursday, November 17, 2016 3:32 AM To: TEAS WG (teas@ietf.org) Subject: [Teas] ACTN update Dear WG and ACTNers, Please find attached some slides trying to clarify terminology, roles and f= unctionalities in ACTN (in line with the discussion we had at the mic durin= g the TEAS session). It provides an architectural explanation and a possibl= e workflow description trying to see if it fits with the architecture. My proposal is to: 1. Add a section in the framework document to explain the relationshi= p and the split of roles between PNC, MDSC and existing components like orc= hestrator and domain controller. 2. Add a section to the "Applicability of YANG models for ACTN" to ex= plain how this impacts the definition of the MPI and what is missing (i.e. = TE-Service model). This will have impacts also on the PCEP applicability. 3. Write a new document defining service mapping model that provides map= pings across LxSM and TE-service model and that can be extend to support di= fferent service models (L3VPN/L2VPN/L1VPN, VTS, Transport Connectivity serv= ice, etc). Dhruv, Young and I are already working on this. Opinions? Thoughts? BR Daniele --_000_0C72C38E7EBC34499E8A9E7DD007863908F18B12dfweml501mbx_ Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable

    Hi Michael,=

     

    Agree completely with = all your points.

     

    Please, see in-line.

     

    Igor=

     

    From: Teas [ma= ilto:teas-bounces@ietf.org] On Behalf Of Scharf, Michael (Nokia - DE)
    Sent: Thursday, November 17, 2016 7:10 AM
    To: Daniele Ceccarelli; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] ACTN update

     

    Hi all,

     

    I think ongoing discussions in OPSAWG and L2SM show = that a “service orchestrator” implementing the L3SM model (or e= .g. the L2SM model) may not necessarily directly talk to a domain controlle= r. There can be much more complex architectures, e.g., if the service provider and network operator are not the same organi= zation.

     

    IB>> I would go even further. I’d say th= at L3 service controller normally never talks directly to a transport contr= oller. Transport controller, however, could be called to react on or avoid = congestion in IP/MPLS layer because of extra L3 services placed on current IP/MPLS topology, or as a part of disaster reco= very IP topology reconfiguration.

     

    Also, the L3SM is a customer-facing model and the sy= stem may deal with customer “SLAs”. Therefore, I am not sure if= the term “TE” is really useful at the level of the L3SM model.= Also, I believe the SLAs for a customer may not necessarily directly relate to TE. So, I find the notion “L3SM + TE” q= uite confusing.

     

    IB>> I would also add that L3SM should not con= sider multi-domain scenarios, meaning that as far as the user concerned the= network providing L3 services is a single domain network

     

    In summary, I don’t think that this slide deck= clarifies the role of ACTN in a real service provisioning architecture, e.= g., for IP services.

    IB>> Agree.

     

    And since there is already terminology discussion in= OPSAWG and L2SM/L3SM, I find it not useful to add further ACTN-specific te= rms. This just increases the confusion that already exists.

     

    Maybe TEAS should back of a bit and work with the ot= her WGs on terminology alignment?

     

    Thanks

     

    Michael

     

     

    From: Teas [mailto:teas-bounces@ietf.org] = On Behalf Of Daniele Ceccarelli
    Sent: Thursday, November 17, 2016 3:32 AM
    To: TEAS WG (teas@ietf.org) <teas@ietf.org>
    Subject: [Teas] ACTN update

     

    Dear WG and ACTNers,

     

    Please find attached some slides trying to clarify t= erminology, roles and functionalities in ACTN (in line with the discussion = we had at the mic during the TEAS session). It provides an architectural ex= planation and a possible workflow description trying to see if it fits with the architecture.

     

    My proposal is to:

    1.       Add a section in the framework document to explain the relationship = and the split of roles between PNC, MDSC and existing components like orche= strator and domain controller.

    2.       Add a section to the “Applicability of YANG models for ACTN= 221; to explain how this impacts the definition of the MPI and what is miss= ing (i.e. TE-Service model). This will have impacts also on the PCEP applic= ability.

    3.    = Write a new document defining service mapping model that provides mappings = across LxSM and TE-service model and that can be extend to support differen= t service models (L3VPN/L2VPN/L1VPN, VTS, Transport Connectivity service, etc). Dhruv, Young and I are already working on this= .

     

    Opinions? Thoughts?

     

    BR
    Daniele 

     

     

     

    --_000_0C72C38E7EBC34499E8A9E7DD007863908F18B12dfweml501mbx_-- From nobody Thu Nov 17 09:19:57 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 5BB1E129982 for ; Thu, 17 Nov 2016 09:19:56 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -4.22 X-Spam-Level: X-Spam-Status: No, score=-4.22 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (1024-bit key) header.d=ericsson.onmicrosoft.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id UCgntdbrrf-0 for ; Thu, 17 Nov 2016 09:19:53 -0800 (PST) Received: from sessmg23.ericsson.net (sessmg23.ericsson.net [193.180.251.45]) (using TLSv1.2 with cipher ECDHE-RSA-AES256-GCM-SHA384 (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 22F4412943C for ; 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charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable In line BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 17 novembre 2016 21:10 To: Daniele Ceccarelli ; TEAS WG (teas@iet= f.org) Subject: RE: ACTN update Hi all, I think ongoing discussions in OPSAWG and L2SM show that a "service orchest= rator" implementing the L3SM model (or e.g. the L2SM model) may not necessa= rily directly talk to a domain controller. DC> May not or may, this is just an example. The goal of the slides is tot= ally different and is to show the relationship between the orchestrator and= the MDSC, since orchestrator is a well known term and the MDSC is not. The= re was a misunderstanding in thinking that the relationship is 1:1 while th= e MDSC is just a subset of the orchestrator functionalities. I hope you'll = have the chance to read the minutes of the meeting when available. There can be much more complex architectures, e.g., if the service provider= and network operator are not the same organization. DC> This is orthogonal with respect to the slides. If the service provide a= nd the network operator are not in the same organization (very common situa= tion) the "service" box will be inside the orchestrator and the MDSC will b= e out, what's the problem? Also, the L3SM is a customer-facing model and the system may deal with cust= omer "SLAs". Therefore, I am not sure if the term "TE" is really useful at = the level of the L3SM model. Also, I believe the SLAs for a customer may no= t necessarily directly relate to TE. So, I find the notion "L3SM + TE" quit= e confusing. DC> Again, that's just an example to say that it is L3SM plus constraints a= nd not just "I want connectivity between X and Y". If you don't like "L3SM+= TE" we can find a better one. If you have a suggestion it's more than welco= me. In summary, I don't think that this slide deck clarifies the role of ACTN i= n a real service provisioning architecture, e.g., for IP services. And since there is already terminology discussion in OPSAWG and L2SM/L3SM, = I find it not useful to add further ACTN-specific terms. This just increase= s the confusion that already exists. Maybe TEAS should back of a bit and work with the other WGs on terminology = alignment? DC> if you have a proposal I'm more than happy to consider it Thanks Michael From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Daniele Ceccarelli Sent: Thursday, November 17, 2016 3:32 AM To: TEAS WG (teas@ietf.org) > Subject: [Teas] ACTN update Dear WG and ACTNers, Please find attached some slides trying to clarify terminology, roles and f= unctionalities in ACTN (in line with the discussion we had at the mic durin= g the TEAS session). It provides an architectural explanation and a possibl= e workflow description trying to see if it fits with the architecture. My proposal is to: 1. Add a section in the framework document to explain the relationshi= p and the split of roles between PNC, MDSC and existing components like orc= hestrator and domain controller. 2. Add a section to the "Applicability of YANG models for ACTN" to ex= plain how this impacts the definition of the MPI and what is missing (i.e. = TE-Service model). This will have impacts also on the PCEP applicability. 3. Write a new document defining service mapping model that provides map= pings across LxSM and TE-service model and that can be extend to support di= fferent service models (L3VPN/L2VPN/L1VPN, VTS, Transport Connectivity serv= ice, etc). Dhruv, Young and I are already working on this. Opinions? Thoughts? BR Daniele --_000_AM2PR07MB0994A1E745CDFC54987DA18DF0B10AM2PR07MB0994eurp_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

    In line

     

    BR
    Daniele

     

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: gioved=EC 17 novembre 2016 21:10
    To: Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; TEAS= WG (teas@ietf.org) <teas@ietf.org>
    Subject: RE: ACTN update

     

    Hi all,

     

    I think ongoing discussions in OPSAWG and L2SM show that a “ser= vice orchestrator” implementing the L3SM model (or e.g. the L2SM mode= l) may not necessarily directly talk to a domain controller.

     

    DC> May not or may, this is just an example.  The goal of the= slides is totally different and is to show the relationship between the or= chestrator and the MDSC, since orchestrator is a well known term and the MDSC is not. There was a misunderstanding in thi= nking that the relationship is 1:1 while the MDSC is just a subset of the o= rchestrator functionalities. I hope you’ll have the chance to read th= e minutes of the meeting when available.

     

    There can be much more complex architectures, e.g., if the service pr= ovider and network operator are not the same organization.

    DC> This is orthogonal with respect to the slides. If the service = provide and the network operator are not in the same organization (very com= mon situation) the “service” box will be inside the orchestrator and the MDSC will be out, what’s the problem= ?

     

    Also, the L3SM is a customer-facing model and the system may deal wit= h customer “SLAs”. Therefore, I am not sure if the term “= TE” is really useful at the level of the L3SM model. Also, I believe the SLAs for a customer may not necessarily directly relate to T= E. So, I find the notion “L3SM + TE” quite confusing.<= /o:p>

    DC> Again, that’s just an example to say that it is L3SM plu= s constraints and not just “I want connectivity between X and Y”= ;. If you don’t like “L3SM+TE” we can find a better o= ne. If you have a suggestion it’s more than welcome.

     

    In summary, I don’t think that this slide deck clarifies the ro= le of ACTN in a real service provisioning architecture, e.g., for IP servic= es.

     

    And since there is already terminology discussion in OPSAWG and L2SM/= L3SM, I find it not useful to add further ACTN-specific terms. This just in= creases the confusion that already exists.

     

    Maybe TEAS should back of a bit and work with the other WGs on termin= ology alignment?

    DC> if you have a proposal I’m more than happy to consider i= t

     

    Thanks

     

    Michael

     

     

    From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Daniele Ceccarelli
    Sent: Thursday, November 17, 2016 3:32 AM
    To: TEAS WG (    teas@ietf.org) <teas@ietf.org>
    Subject: [Teas] ACTN update

     

    Dear WG and ACTNers,=

     

    Please find attached some slide= s trying to clarify terminology, roles and functionalities in ACTN (in line= with the discussion we had at the mic during the TEAS session). It provide= s an architectural explanation and a possible workflow description trying to see if it fits with the architectu= re.

     

    My proposal is to:

    1.       Add a section in the framework document to expl= ain the relationship and the split of roles between PNC, MDSC and existing = components like orchestrator and domain controller.

    2.       Add a section to the “Applicability of YA= NG models for ACTN” to explain how this impacts the definition of the= MPI and what is missing (i.e. TE-Service model). This will have impacts al= so on the PCEP applicability.

    3.    Write a new document defining service mapping model t= hat provides mappings across LxSM and TE-service model and that can be exte= nd to support different service models (L3VPN/L2VPN/L1VPN, VTS, Transport Connectivity service, etc). Dhruv, Young and I are already = working on this.

     

    Opinions? Thoughts?<= /span>

     

    BR
    Daniele 

     

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SFP:1101; SCL:1; SRVR:AM2PR07MB0995; H:AM2PR07MB0994.eurprd07.prod.outlook.com; FPR:; SPF:None; PTR:InfoNoRecords; A:1; MX:1; LANG:en; received-spf: None (protection.outlook.com: ericsson.com does not designate permitted sender hosts) spamdiagnosticoutput: 1:99 spamdiagnosticmetadata: NSPM Content-Type: multipart/alternative; boundary="_000_AM2PR07MB099400342123E3D447930825F0B10AM2PR07MB0994eurp_" MIME-Version: 1.0 X-MS-Exchange-CrossTenant-originalarrivaltime: 17 Nov 2016 17:28:32.6124 (UTC) X-MS-Exchange-CrossTenant-fromentityheader: Hosted X-MS-Exchange-CrossTenant-id: 92e84ceb-fbfd-47ab-be52-080c6b87953f X-MS-Exchange-Transport-CrossTenantHeadersStamped: AM2PR07MB0995 X-OriginatorOrg: ericsson.com X-Brightmail-Tracker: H4sIAAAAAAAAA+NgFlrBKsWRmVeSWpSXmKPExsUyM2J7iO6RF7oRBruPcFr8PWlo0fpjB4sD k0fLkbesHkuW/GQKYIrisklJzcksSy3St0vgypj09B9jwaHCilsf7rM1ME5N6mLk5JAQMJG4 +uQAYxcjF4eQwDpGianrmpkgnBOMEscmnmYDqWIR6GWWOP7JDCIxhUni1awdrBDOMUaJL61N QC0cHGwCVhJPDvmANIgIhEs09K1mArGFBSQkZn78wQoRl5S4Pm0KE4QNVL7qFCPEAlWJ6987 wJbxCsRI/Dh1Ceqk6YwS29p2soLM5xRwlej+6A5SwyggJvH91BqwOcwC4hK3nsxngnhHQGLJ nvPMELaoxMvH/1gh6pMk1rfugKoxl/h4ZxsLyHwJgQXMEtuvnmeHSPhKrDw0nQ3G/jbtEFQ8 W+Lf+tlwdkfHXlaI5suMEn8nXoRqkJHY+fIqI0TiOavEsfsPwF4TEkiVWL62lRESFFISd690 QtkyEi/u7GWdwKgxC8kXEHa+xO43yxlngUNDUOLkzCcsEHE9iRtTp7BB2NoSyxa+ZoawdSVm /DvEgiy+gJF9FaNocWpxcW66kbFealFmcnFxfp5eXmrJJkZg+jm45bfuDsbVrx0PMQpwMCrx 8BaU6EQIsSaWFVfmHmKU4GBWEuHVeqAbIcSbklhZlVqUH19UmpNafIhRmoNFSZzXbOX9cCGB 9MSS1OzU1ILUIpgsEwenVANjQX9OsA/D+nyVOadm8Xs+ZF1jcq7nwqsF89jYeusWSh3JsT5c xpija618nmfPrk1z3u692tCyZPV73tebt/7crtdlM1HT6iYLy4n4489SVl7z3HZH2P6L883X 1WtFLb3m/9tYUOn1421bpoDyjt8XpT7PZPFbxrlkA+fvPa/Sb3/f/GmfwcNdskosxRmJhlrM RcWJAFIY83s7AwAA Archived-At: Subject: Re: [Teas] ACTN update X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 17 Nov 2016 17:28:43 -0000 --_000_AM2PR07MB099400342123E3D447930825F0B10AM2PR07MB0994eurp_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Hi Igor, I've used the L3SM example because it is the customer facing model and it i= s what we have on top of the MDSC and the orchestrator and, being on top of= the MDSC, means that the sigle-multi/domain aspects are hidden (on top of = the MDSC you don't care and you don't know if between CE1 and CE2 or betwee= n AP1 and AP2 there is one, two or N domains. In the context of L3SM multi-domain service coordination is NOT mandatory. = The L3SM can be used on top of the MDSC in case of multiple domains and in= case of single domain it can be used either on top of the MDSC or on top o= f the PNC, this is a deployment choice and I just used an example. The interaction between the overlay network (i.e. the services) and the und= erlay/infrastruscture (i.e. the VN, tunnels etc) is mandatory if you want t= o map a service against a given tunnel or set of tunnel. If you don't want = to do so you don't need ACTN or SDN in the network and you can simply opera= te the network as you did yesterday, with the tunnels created by LDP and th= e unawareness of which service uses which tunnel...it is simply enough to k= wno that a packet goes from a source to a destination and you don't care ab= out the path, the constraints related to the service, and the capability to= know which services are used by which tunnel. Cheers Daniele From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: venerd=EC 18 novembre 2016 01:08 To: Daniele Ceccarelli ; TEAS WG (teas@iet= f.org) Subject: RE: ACTN update Danielle, Why in your opinion L3SM should know or care whether the provider looks aft= er a single- or multi-domain network? There is a strong case for multi-vend= or multi-domain transport network, but this is not necessarily true for a n= etwork providing L3 services, which (in contrast to, say. L0/L1 transport = network) could be a multi-vendor single domain network. In other words, why= in the context of L3SM multi-domain service coordination is necessary? Another question: when and how L3 service controller interacts with a trans= port controller (providing transport services)? These clarifications I think would be useful. Cheers, Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Daniele Ceccarelli Sent: Wednesday, November 16, 2016 9:32 PM To: TEAS WG (teas@ietf.org) Subject: [Teas] ACTN update Dear WG and ACTNers, Please find attached some slides trying to clarify terminology, roles and f= unctionalities in ACTN (in line with the discussion we had at the mic durin= g the TEAS session). It provides an architectural explanation and a possibl= e workflow description trying to see if it fits with the architecture. My proposal is to: 1. Add a section in the framework document to explain the relationshi= p and the split of roles between PNC, MDSC and existing components like orc= hestrator and domain controller. 2. Add a section to the "Applicability of YANG models for ACTN" to ex= plain how this impacts the definition of the MPI and what is missing (i.e. = TE-Service model). This will have impacts also on the PCEP applicability. 3. Write a new document defining service mapping model that provides map= pings across LxSM and TE-service model and that can be extend to support di= fferent service models (L3VPN/L2VPN/L1VPN, VTS, Transport Connectivity serv= ice, etc). Dhruv, Young and I are already working on this. Opinions? Thoughts? BR Daniele --_000_AM2PR07MB099400342123E3D447930825F0B10AM2PR07MB0994eurp_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

    Hi Igor,

     

    I’ve used the L3SM example because it is the customer facing mo= del and it is what we have on top of the MDSC and the orchestrator and, bei= ng on top of the MDSC, means that the sigle-multi/domain aspects are hidden (on top of the MDSC you don’t care and you don= 217;t know if between CE1 and CE2 or between AP1 and AP2 there is one, two = or N domains.

     

    In the context of L3SM multi-domain service coordination is NOT manda= tory. The L3SM can be used on top of the MDSC in case of multiple domains&n= bsp; and in case of single domain it can be used either on top of the MDSC or on top of the PNC, this is a deployment = choice and I just used an example.

     

    The interaction between the overlay network (i.e. the services) and t= he underlay/infrastruscture (i.e. the VN, tunnels etc) is mandatory if you = want to map a service against a given tunnel or set of tunnel. If you don’t want to do so you don’t = need ACTN or SDN in the network and you can simply operate the network as y= ou did yesterday, with the tunnels created by LDP and the unawareness of wh= ich service uses which tunnel…it is simply enough to kwno that a packet goes from a source to a destination and you don̵= 7;t care about the path, the constraints related to the service, and the ca= pability to know which services are used by which tunnel.=

     

    Cheers

    Daniele 

     

    From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: venerd=EC 18 novembre 2016 01:08
    To: Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; TEAS= WG (teas@ietf.org) <teas@ietf.org>
    Subject: RE: ACTN update

     

    Daniell= e,

    &n= bsp;

    Why in = your opinion L3SM should know or care whether the provider looks after a si= ngle- or multi-domain network? There is a strong case for multi-vendor mult= i-domain transport network, but this is not necessarily true for a network providing L3 services, which (in contra= st to, say.  L0/L1 transport network) could be a multi-vendor single d= omain network. In other words, why in the context of L3SM multi-domain serv= ice coordination is necessary?

    Another= question: when and how L3 service controller interacts with a transport co= ntroller (providing transport services)?

    &n= bsp;

    These c= larifications I think would be useful.

    &n= bsp;

    Cheers,=

    Igor

    &n= bsp;

     

    Dear WG and ACTNers,=

     

    Please find attached some slide= s trying to clarify terminology, roles and functionalities in ACTN (in line= with the discussion we had at the mic during the TEAS session). It provide= s an architectural explanation and a possible workflow description trying to see if it fits with the architectu= re.

     

    My proposal is to:

    1.       Add a section in the framework document to expl= ain the relationship and the split of roles between PNC, MDSC and existing = components like orchestrator and domain controller.

    2.       Add a section to the “Applicability of YA= NG models for ACTN” to explain how this impacts the definition of the= MPI and what is missing (i.e. TE-Service model). This will have impacts al= so on the PCEP applicability.

    3.    Write a new document defining service mapping model t= hat provides mappings across LxSM and TE-service model and that can be exte= nd to support different service models (L3VPN/L2VPN/L1VPN, VTS, Transport Connectivity service, etc). Dhruv, Young and I are already = working on this.

     

    Opinions? Thoughts?<= /span>

     

    BR
    Daniele 

     

    --_000_AM2PR07MB099400342123E3D447930825F0B10AM2PR07MB0994eurp_-- From nobody Thu Nov 17 09:53:29 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id EFDC3129623 for ; Thu, 17 Nov 2016 09:53:27 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.901 X-Spam-Level: X-Spam-Status: No, score=-6.901 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_HI=-5, RCVD_IN_MSPIKE_H2=-0.001, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id bvOUa-jL1Lbx for ; Thu, 17 Nov 2016 09:53:24 -0800 (PST) Received: from smtp-fr.alcatel-lucent.com (fr-hpida-esg-02.alcatel-lucent.com [135.245.210.21]) (using TLSv1.2 with cipher ECDHE-RSA-AES256-GCM-SHA384 (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 68D7C12945F for ; Thu, 17 Nov 2016 09:53:23 -0800 (PST) Received: from fr712umx3.dmz.alcatel-lucent.com (unknown [135.245.210.42]) by Websense Email Security Gateway with ESMTPS id 918997030410; Thu, 17 Nov 2016 17:53:15 +0000 (GMT) Received: from fr711usmtp1.zeu.alcatel-lucent.com (fr711usmtp1.zeu.alcatel-lucent.com [135.239.2.122]) by fr712umx3.dmz.alcatel-lucent.com (GMO-o) with ESMTP id uAHHrJPo026824 (version=TLSv1/SSLv3 cipher=DHE-RSA-AES256-SHA bits=256 verify=OK); Thu, 17 Nov 2016 17:53:19 GMT Received: from FR712WXCHHUB03.zeu.alcatel-lucent.com (fr712wxchhub03.zeu.alcatel-lucent.com [135.239.2.74]) by fr711usmtp1.zeu.alcatel-lucent.com (GMO) with ESMTP id uAHHrIea001240 (version=TLSv1/SSLv3 cipher=AES128-SHA bits=128 verify=FAIL); Thu, 17 Nov 2016 18:53:18 +0100 Received: from FR712WXCHMBA15.zeu.alcatel-lucent.com ([169.254.7.251]) by FR712WXCHHUB03.zeu.alcatel-lucent.com ([135.239.2.74]) with mapi id 14.03.0301.000; Thu, 17 Nov 2016 18:53:18 +0100 From: "Scharf, Michael (Nokia - DE)" To: Daniele Ceccarelli , "TEAS WG (teas@ietf.org)" Thread-Topic: ACTN update Thread-Index: AdJAeoeb3oMDwnZ0TveBS2SD5cPsIAASyoHgAAukeUAAARwbsA== Date: Thu, 17 Nov 2016 17:53:17 +0000 Message-ID: <655C07320163294895BBADA28372AF5D48B855CD@FR712WXCHMBA15.zeu.alcatel-lucent.com> References: <655C07320163294895BBADA28372AF5D48B84C33@FR712WXCHMBA15.zeu.alcatel-lucent.com> In-Reply-To: Accept-Language: de-DE, en-US Content-Language: de-DE X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [135.239.27.41] Content-Type: multipart/alternative; boundary="_000_655C07320163294895BBADA28372AF5D48B855CDFR712WXCHMBA15z_" MIME-Version: 1.0 Archived-At: Subject: Re: [Teas] ACTN update X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 17 Nov 2016 17:53:28 -0000 --_000_655C07320163294895BBADA28372AF5D48B855CDFR712WXCHMBA15z_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Hi Daniele, I don't think that MDSC can be considered as a subset of an orchestrator, f= or the current definition of MDSC. For instance, I read in draft-ietf-teas-= actn-framework-01 this statement: "A key requirement for allowing recursion of MDSCs is that a single interface needs to be defined both for the north and the south bounds." If that were the case, the northbound and southbound interface of an orches= trator would have to have that recursion property of MSDC as well, for a su= bset of its interfaces, right? But, unfortunately, I don't believe that this is generally true. One indica= tion is that draft-wu-opsawg-service-model-explained-03 defines different m= odels on the different interfaces for an orchestrator (the names may not be= consensus). These interfaces may even use entirely different protocols and= data models in reality. To me, the recursion envisioned for MDSC seems to contradict how orchestrat= ors are discussed in other IETF WGs. I am not sure how this can be sorted e= xcept by revisiting the ACTN concepts and terms from a service provisioning= workflow point of view. Thanks Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 17, 2016 6:20 PM To: Scharf, Michael (Nokia - DE); TEAS WG (teas@ietf.org) Subject: RE: ACTN update In line BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 17 novembre 2016 21:10 To: Daniele Ceccarelli >; TEAS WG (teas@ietf.org) > Subject: RE: ACTN update Hi all, I think ongoing discussions in OPSAWG and L2SM show that a "service orchest= rator" implementing the L3SM model (or e.g. the L2SM model) may not necessa= rily directly talk to a domain controller. DC> May not or may, this is just an example. The goal of the slides is tot= ally different and is to show the relationship between the orchestrator and= the MDSC, since orchestrator is a well known term and the MDSC is not. The= re was a misunderstanding in thinking that the relationship is 1:1 while th= e MDSC is just a subset of the orchestrator functionalities. I hope you'll = have the chance to read the minutes of the meeting when available. There can be much more complex architectures, e.g., if the service provider= and network operator are not the same organization. DC> This is orthogonal with respect to the slides. If the service provide a= nd the network operator are not in the same organization (very common situa= tion) the "service" box will be inside the orchestrator and the MDSC will b= e out, what's the problem? Also, the L3SM is a customer-facing model and the system may deal with cust= omer "SLAs". Therefore, I am not sure if the term "TE" is really useful at = the level of the L3SM model. Also, I believe the SLAs for a customer may no= t necessarily directly relate to TE. So, I find the notion "L3SM + TE" quit= e confusing. DC> Again, that's just an example to say that it is L3SM plus constraints a= nd not just "I want connectivity between X and Y". If you don't like "L3SM+= TE" we can find a better one. If you have a suggestion it's more than welco= me. In summary, I don't think that this slide deck clarifies the role of ACTN i= n a real service provisioning architecture, e.g., for IP services. And since there is already terminology discussion in OPSAWG and L2SM/L3SM, = I find it not useful to add further ACTN-specific terms. This just increase= s the confusion that already exists. Maybe TEAS should back of a bit and work with the other WGs on terminology = alignment? DC> if you have a proposal I'm more than happy to consider it Thanks Michael From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Daniele Ceccarelli Sent: Thursday, November 17, 2016 3:32 AM To: TEAS WG (teas@ietf.org) > Subject: [Teas] ACTN update Dear WG and ACTNers, Please find attached some slides trying to clarify terminology, roles and f= unctionalities in ACTN (in line with the discussion we had at the mic durin= g the TEAS session). It provides an architectural explanation and a possibl= e workflow description trying to see if it fits with the architecture. My proposal is to: 1. Add a section in the framework document to explain the relationshi= p and the split of roles between PNC, MDSC and existing components like orc= hestrator and domain controller. 2. Add a section to the "Applicability of YANG models for ACTN" to ex= plain how this impacts the definition of the MPI and what is missing (i.e. = TE-Service model). This will have impacts also on the PCEP applicability. 3. Write a new document defining service mapping model that provides map= pings across LxSM and TE-service model and that can be extend to support di= fferent service models (L3VPN/L2VPN/L1VPN, VTS, Transport Connectivity serv= ice, etc). Dhruv, Young and I are already working on this. Opinions? Thoughts? BR Daniele --_000_655C07320163294895BBADA28372AF5D48B855CDFR712WXCHMBA15z_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

    Hi Dani= ele,

    &n= bsp;

    I don&#= 8217;t think that MDSC can be considered as a subset of an orchestrator, fo= r the current definition of MDSC. For instance, I read in draft-ietf-teas-a= ctn-framework-01 this statement:

    &n= bsp;

     &= nbsp; “A key requirement for allowing recursion of MDSCs is that a si= ngle

     &= nbsp; interface needs to be defined both for the north and the south

     &= nbsp; bounds.”

    &n= bsp;

    If that= were the case, the northbound and southbound interface of an orchestrator = would have to have that recursion property of MSDC as well, for a subset of= its interfaces, right?

    &n= bsp;

    But, un= fortunately, I don’t believe that this is generally true. One indicat= ion is that draft-wu-opsawg-service-model-explained-03 defines different mo= dels on the different interfaces for an orchestrator (the names may not be consensus). These interfaces may even use entirely d= ifferent protocols and data models in reality.

    &n= bsp;

    To me, = the recursion envisioned for MDSC seems to contradict how orchestrators are= discussed in other IETF WGs. I am not sure how this can be sorted except b= y revisiting the ACTN concepts and terms from a service provisioning workflow point of view.

    &n= bsp;

    Thanks<= o:p>

    &n= bsp;

    Michael=

    &n= bsp;

    &n= bsp;

    From: Daniele = Ceccarelli [mailto:daniele.ceccarelli@ericsson.com]
    Sent: Thursday, November 17, 2016 6:20 PM
    To: Scharf, Michael (Nokia - DE); TEAS WG (teas@ietf.org)
    Subject: RE: ACTN update

     

    In line

     

    BR
    Daniele

     

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: gioved=EC 17 novembre 2016 21:10
    To: Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; TEAS WG (teas@ietf.org) <t= eas@ietf.org>
    Subject: RE: ACTN update

     

    Hi all,

     

    I think ongoing discussions in = OPSAWG and L2SM show that a “service orchestrator” implementing= the L3SM model (or e.g. the L2SM model) may not necessarily directly talk = to a domain controller.

     

    DC> May not or may, this is = just an example.  The goal of the slides is totally different and is t= o show the relationship between the orchestrator and the MDSC, since orches= trator is a well known term and the MDSC is not. There was a misunderstanding in thinking that the relationship is 1:1= while the MDSC is just a subset of the orchestrator functionalities. I hop= e you’ll have the chance to read the minutes of the meeting when avai= lable.

     

    There can be much more complex = architectures, e.g., if the service provider and network operator are not t= he same organization.

    DC> This is orthogonal with = respect to the slides. If the service provide and the network operator are = not in the same organization (very common situation) the “serviceR= 21; box will be inside the orchestrator and the MDSC will be out, what’s the problem?

     

    Also, the L3SM is a customer-fa= cing model and the system may deal with customer “SLAs”. Theref= ore, I am not sure if the term “TE” is really useful at the lev= el of the L3SM model. Also, I believe the SLAs for a customer may not necessarily directly relate to TE. So, I find the notion “L3= SM + TE” quite confusing.

    DC> Again, that’s just= an example to say that it is L3SM plus constraints and not just “I w= ant connectivity between X and Y”. If you don’t like “L3S= M+TE” we can find a better one. If you have a suggestion it’= ;s more than welcome.

     

    In summary, I don’t think= that this slide deck clarifies the role of ACTN in a real service provisio= ning architecture, e.g., for IP services.

     

    And since there is already term= inology discussion in OPSAWG and L2SM/L3SM, I find it not useful to add fur= ther ACTN-specific terms. This just increases the confusion that already ex= ists.

     

    Maybe TEAS should back of a bit= and work with the other WGs on terminology alignment?

    DC> if you have a proposal I= ’m more than happy to consider it

     

    Thanks

     

    Michael

     

     

    From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Daniele Ceccarelli
    Sent: Thursday, November 17, 2016 3:32 AM
    To: TEAS WG (    teas@ietf.org) <teas@ietf.org>
    Subject: [Teas] ACTN update

     

    Dear WG and ACTNers,=

     

    Please find attached some slide= s trying to clarify terminology, roles and functionalities in ACTN (in line= with the discussion we had at the mic during the TEAS session). It provide= s an architectural explanation and a possible workflow description trying to see if it fits with the architectu= re.

     

    My proposal is to:

    1.     =   Add a section in the framework document to expl= ain the relationship and the split of roles between PNC, MDSC and existing = components like orchestrator and domain controller.

    2.     =   Add a section to the “Applicability of YA= NG models for ACTN” to explain how this impacts the definition of the= MPI and what is missing (i.e. TE-Service model). This will have impacts al= so on the PCEP applicability.

    3.    Write a new document defining service mapping model t= hat provides mappings across LxSM and TE-service model and that can be exte= nd to support different service models (L3VPN/L2VPN/L1VPN, VTS, Transport Connectivity service, etc). Dhruv, Young and I are already = working on this.

     

    Opinions? Thoughts?<= /span>

     

    BR
    Daniele 

     

    --_000_655C07320163294895BBADA28372AF5D48B855CDFR712WXCHMBA15z_-- From nobody Thu Nov 17 10:13:46 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id E46E11299CD for ; Thu, 17 Nov 2016 10:13:43 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.716 X-Spam-Level: X-Spam-Status: No, score=-5.716 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DC_PNG_UNO_LARGO=0.001, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id Df3e2POc3t2j for ; Thu, 17 Nov 2016 10:13:40 -0800 (PST) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 2AF011299CC for ; Thu, 17 Nov 2016 10:13:39 -0800 (PST) Received: from 172.18.7.190 (EHLO lhreml704-cah.china.huawei.com) ([172.18.7.190]) by lhrrg02-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id CVJ80191; Thu, 17 Nov 2016 18:13:35 +0000 (GMT) Received: from DFWEML703-CAH.china.huawei.com (10.193.5.177) by lhreml704-cah.china.huawei.com (10.201.5.130) with Microsoft SMTP Server (TLS) id 14.3.235.1; Thu, 17 Nov 2016 18:13:34 +0000 Received: from DFWEML501-MBX.china.huawei.com ([10.193.5.178]) by DFWEML703-CAH.china.huawei.com ([10.193.5.177]) with mapi id 14.03.0235.001; Thu, 17 Nov 2016 10:13:31 -0800 From: Igor Bryskin To: Daniele Ceccarelli , "TEAS WG (teas@ietf.org)" Thread-Topic: ACTN update Thread-Index: AdJAeoeb3oMDwnZ0TveBS2SD5cPsIAAb/9IQAAMTAcAAALmRUA== Date: Thu, 17 Nov 2016 18:13:31 +0000 Message-ID: <0C72C38E7EBC34499E8A9E7DD007863908F18B77@dfweml501-mbx> References: <0C72C38E7EBC34499E8A9E7DD007863908F18AA2@dfweml501-mbx> In-Reply-To: Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: yes X-MS-TNEF-Correlator: x-originating-ip: [10.212.254.198] Content-Type: multipart/related; boundary="_004_0C72C38E7EBC34499E8A9E7DD007863908F18B77dfweml501mbx_"; type="multipart/alternative" MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A020201.582DF351.0091, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: 9d13b07c82a90ca8f75b83bab7b61c68 Archived-At: Subject: Re: [Teas] ACTN update X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 17 Nov 2016 18:13:44 -0000 --_004_0C72C38E7EBC34499E8A9E7DD007863908F18B77dfweml501mbx_ Content-Type: multipart/alternative; boundary="_000_0C72C38E7EBC34499E8A9E7DD007863908F18B77dfweml501mbx_" --_000_0C72C38E7EBC34499E8A9E7DD007863908F18B77dfweml501mbx_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Hi Daniele, Please, see in-line. Igor From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 17, 2016 12:29 PM To: Igor Bryskin; TEAS WG (teas@ietf.org) Subject: RE: ACTN update Hi Igor, I've used the L3SM example because it is the customer facing model and it i= s what we have on top of the MDSC and the orchestrator and, being on top of= the MDSC, means that the sigle-multi/domain aspects are hidden (on top of = the MDSC you don't care and you don't know if between CE1 and CE2 or betwee= n AP1 and AP2 there is one, two or N domains. In the context of L3SM multi-domain service coordination is NOT mandatory. = The L3SM can be used on top of the MDSC in case of multiple domains and in= case of single domain it can be used either on top of the MDSC or on top o= f the PNC, this is a deployment choice and I just used an example. IB>> I agree with you, except that L3 service controller does not seat on t= op of MDSC as a direct client. The L3SM<=3D>MDSC relationship is indirect a= nd much more complex. Also from your slide below it is hard to interpret th= at L3SM nulti0domain coordination is not mandatory (IMHO by the way it is s= imply not needed) [cid:image001.png@01D240D4.6395ECE0] The interaction between the overlay network (i.e. the services) and the und= erlay/infrastruscture (i.e. the VN, tunnels etc) is mandatory if you want t= o map a service against a given tunnel or set of tunnel. IB>> It is not clear what do you mean by tunnels. Normally L3 service (e.g.= L3 VPN) PEs are connected via a mesh of IP/MPLS layer RSVP-TE tunnels and= L3 service specific LSPs are nested inside them. In any case, the TE part = does not go deeper than IP/MPLS layer, and said RSVP-TE tunnels are not re-= configured necessarily with every addition of a new L3 service. So, direct = interaction between L3 service and transport service controllers is not man= datory (especially if the two are owned by separate organizations and imple= mented by separate vendors). If you don't want to do so you don't need ACTN or SDN in the network and yo= u can simply operate the network as you did yesterday, with the tunnels cre= ated by LDP and the unawareness of which service uses which tunnel...it is = simply enough to kwno that a packet goes from a source to a destination and= you don't care about the path, the constraints related to the service, and= the capability to know which services are used by which tunnel. IB>> The point is that L3 service SDN controller and transport service (T-S= DN) controller are both needed, but the two do not have to be integrated in= to one solution. It should be possible for an operator to cherry pick the c= ontrollers (e.g. L3 service controller provided by JNPR and T-SDN controlle= r provided by Huawei). Cheers Daniele From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: venerd=EC 18 novembre 2016 01:08 To: Daniele Ceccarelli ; TEAS WG (teas@iet= f.org) Subject: RE: ACTN update Danielle, Why in your opinion L3SM should know or care whether the provider looks aft= er a single- or multi-domain network? There is a strong case for multi-vend= or multi-domain transport network, but this is not necessarily true for a n= etwork providing L3 services, which (in contrast to, say. L0/L1 transport = network) could be a multi-vendor single domain network. In other words, why= in the context of L3SM multi-domain service coordination is necessary? Another question: when and how L3 service controller interacts with a trans= port controller (providing transport services)? These clarifications I think would be useful. Cheers, Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Daniele Ceccarelli Sent: Wednesday, November 16, 2016 9:32 PM To: TEAS WG (teas@ietf.org) Subject: [Teas] ACTN update Dear WG and ACTNers, Please find attached some slides trying to clarify terminology, roles and f= unctionalities in ACTN (in line with the discussion we had at the mic durin= g the TEAS session). It provides an architectural explanation and a possibl= e workflow description trying to see if it fits with the architecture. My proposal is to: 1. Add a section in the framework document to explain the relationshi= p and the split of roles between PNC, MDSC and existing components like orc= hestrator and domain controller. 2. Add a section to the "Applicability of YANG models for ACTN" to ex= plain how this impacts the definition of the MPI and what is missing (i.e. = TE-Service model). This will have impacts also on the PCEP applicability. 3. Write a new document defining service mapping model that provides map= pings across LxSM and TE-service model and that can be extend to support di= fferent service models (L3VPN/L2VPN/L1VPN, VTS, Transport Connectivity serv= ice, etc). Dhruv, Young and I are already working on this. Opinions? Thoughts? BR Daniele --_000_0C72C38E7EBC34499E8A9E7DD007863908F18B77dfweml501mbx_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

    Hi Daniele,=

     

    Please, see in-line.

     

    Igor=

     

    From: Daniele = Ceccarelli [mailto:daniele.ceccarelli@ericsson.com]
    Sent: Thursday, November 17, 2016 12:29 PM
    To: Igor Bryskin; TEAS WG (teas@ietf.org)
    Subject: RE: ACTN update

     

    Hi Igor,

     

    I’ve used the L3SM example because it is the c= ustomer facing model and it is what we have on top of the MDSC and the orch= estrator and, being on top of the MDSC, means that the sigle-multi/domain a= spects are hidden (on top of the MDSC you don’t care and you don’t know if between CE1 and CE2 or betwee= n AP1 and AP2 there is one, two or N domains.

     

    In the context of L3SM multi-domain service coordina= tion is NOT mandatory. The L3SM can be used on top of the MDSC in case of m= ultiple domains  and in case of single domain it can be used either on= top of the MDSC or on top of the PNC, this is a deployment choice and I just used an example.

     

    IB>> I agree with you, except that L3 service = controller does not seat on top of MDSC as a direct client. The L3SM<=3D= >MDSC relationship is indirect and much more complex. Also from your sli= de below it is hard to interpret that L3SM nulti0domain coordination is not mandatory (IMHO by the way it is simply not needed)

     

     

     

    The interaction between the overlay network (i.e. th= e services) and the underlay/infrastruscture (i.e. the VN, tunnels etc) is = mandatory if you want to map a service against a given tunnel or set of tun= nel.

     

    IB>> It is not clear what do you mean by tunne= ls. Normally L3 service (e.g. L3 VPN) PEs are connected via a mesh of IP/MP= LS layer  RSVP-TE tunnels and L3 service specific LSPs are nested insi= de them. In any case, the TE part does not go deeper than IP/MPLS layer, and said RSVP-TE tunnels are not re-configured = necessarily with every addition of a new L3 service. So, direct interaction= between L3 service and transport service controllers is not mandatory (esp= ecially if the two are owned by separate organizations and implemented by separate vendors).

     

    If you don’t want to do so you don’t nee= d ACTN or SDN in the network and you can simply operate the network as you = did yesterday, with the tunnels created by LDP and the unawareness of which= service uses which tunnel…it is simply enough to kwno that a packet goes from a source to a destination and you don̵= 7;t care about the path, the constraints related to the service, and the ca= pability to know which services are used by which tunnel.

     

    IB>> The point is that L3 service SDN controll= er and transport service (T-SDN) controller are both needed, but the two do= not have to be integrated into one solution. It should be possible for an = operator to cherry pick the controllers (e.g. L3 service controller provided by JNPR and T-SDN controller provided= by Huawei).

     

    Cheers

    Daniele 

     

    From: Igor Bryskin [mailto:Igor.Bryskin@huawe= i.com]
    Sent: venerd=EC 18 novembre 2016 01:08
    To: Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; TEAS= WG (teas@ietf.org) <teas@ietf.org>
    Subject: RE: ACTN update

     

    Danielle,

     

    Why in your opinion L3= SM should know or care whether the provider looks after a single- or multi-= domain network? There is a strong case for multi-vendor multi-domain transp= ort network, but this is not necessarily true for a network providing L3 services, which (in contrast to, say. &nbs= p;L0/L1 transport network) could be a multi-vendor single domain network. I= n other words, why in the context of L3SM multi-domain service coordination= is necessary?

    Another question: when= and how L3 service controller interacts with a transport controller (provi= ding transport services)?

     

    These clarifications I= think would be useful.

     

    Cheers,

    Igor=

     

    From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Daniele Ceccarelli
    Sent: Wednesday, November 16, 2016 9:32 PM
    To: TEAS WG (teas@ietf.org)
    Subject: [Teas] ACTN update

     

    Dear WG and ACTNers,

     

    Please find attached some slides trying to clarify t= erminology, roles and functionalities in ACTN (in line with the discussion = we had at the mic during the TEAS session). It provides an architectural ex= planation and a possible workflow description trying to see if it fits with the architecture.

     

    My proposal is to:

    1.       Add a section in the framework document to explain the relationship = and the split of roles between PNC, MDSC and existing components like orche= strator and domain controller.

    2.       Add a section to the “Applicability of YANG models for ACTN= 221; to explain how this impacts the definition of the MPI and what is miss= ing (i.e. TE-Service model). This will have impacts also on the PCEP applic= ability.

    3.    = Write a new document defining service mapping model that provides mappings = across LxSM and TE-service model and that can be extend to support differen= t service models (L3VPN/L2VPN/L1VPN, VTS, Transport Connectivity service, etc). Dhruv, Young and I are already working on this= .

     

    Opinions? Thoughts?

     

    BR
    Daniele 

     

     

     

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boundary="_004_AM2PR07MB0994C137FFFA349F9C8CE583F0B10AM2PR07MB0994eurp_"; type="multipart/alternative" MIME-Version: 1.0 X-MS-Exchange-CrossTenant-originalarrivaltime: 17 Nov 2016 23:31:37.1048 (UTC) X-MS-Exchange-CrossTenant-fromentityheader: Hosted X-MS-Exchange-CrossTenant-id: 92e84ceb-fbfd-47ab-be52-080c6b87953f X-MS-Exchange-Transport-CrossTenantHeadersStamped: AM2PR07MB0996 X-OriginatorOrg: ericsson.com X-Brightmail-Tracker: H4sIAAAAAAAAA2WSa0iTYRTHe9733Xw3Wz0tzaP5pWGRpUtNakRFgZUfLKIvDglq5esFdcre qWkEFgqlJgrT8kJpectbGukWXayllkaRlbmW9+ximl28pqa5PROCvv3O+f+fc/gfHpaWnhW6 sOFqLadRqyJlQjGTq9SDZ88uudKrbspH8afVW5EybWD2UP7JTd8E/sXFv6nDVJB4ZzAXGR7H abbsPi4O62k00zELT0SnitJH6CSUliVKRSIWsC8Mf54RpiIxK8U1CM7lN1KkeIrgUko+bSkY fJGGrPpbAqLoKKifq0akaEFgGDAsFiwrxDtg0BhgmeuAAyEpo5Ky8GoMkPtzWkD6ztCZo6MI 74f8tw20hRm8Hn5ceYwsLMFHoaWknCbzSyj4efer1STC+2BeX2ZnYYTXwFRblXUQjZ3APHiV IoEcoL/9mZCwIwx9mBcQ/wm4mWKweRTQf77AmhNwIQ19F8dtwkG4PXeNWeLZjGbKEgxwBNRW 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boundary="_000_AM2PR07MB0994C137FFFA349F9C8CE583F0B10AM2PR07MB0994eurp_" --_000_AM2PR07MB0994C137FFFA349F9C8CE583F0B10AM2PR07MB0994eurp_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Hi Igor, Some more thoughts in line in red. Cheers Daniele From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: venerd=EC 18 novembre 2016 03:14 To: Daniele Ceccarelli ; TEAS WG (teas@iet= f.org) Subject: RE: ACTN update Hi Daniele, Please, see in-line. Igor From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 17, 2016 12:29 PM To: Igor Bryskin; TEAS WG (teas@ietf.org) Subject: RE: ACTN update Hi Igor, I've used the L3SM example because it is the customer facing model and it i= s what we have on top of the MDSC and the orchestrator and, being on top of= the MDSC, means that the sigle-multi/domain aspects are hidden (on top of = the MDSC you don't care and you don't know if between CE1 and CE2 or betwee= n AP1 and AP2 there is one, two or N domains. In the context of L3SM multi-domain service coordination is NOT mandatory. = The L3SM can be used on top of the MDSC in case of multiple domains and in= case of single domain it can be used either on top of the MDSC or on top o= f the PNC, this is a deployment choice and I just used an example. IB>> I agree with you, except that L3 service controller does not seat on t= op of MDSC as a direct client. The L3SM<=3D>MDSC relationship is indirect a= nd much more complex. Also from your slide below it is hard to interpret th= at L3SM nulti0domain coordination is not mandatory (IMHO by the way it is s= imply not needed) DC: I get your point. The picture seems to mandate a multi-domain coordinat= ion between the "service" boxes, which is not the case, that's correct. The= message that it wants to convey are the following: 1. Coordination between the MDSC and the Service function in the Serv= ice Orchestrator is needed (in order to be able to map a service against a = tunnel or a VN). It applies to single or multi domain and it doesn't care i= f it is single or multiple domains 2. The MDSC does not the service 3. The service can be created also at Controller level (within its ow= n domain) and it is not the PNC that is doing that. Hence a Service function box is needed in all the boxes, but this does not = mean that they coordinate among them. [cid:image001.png@01D2416D.B8AF42A0] The interaction between the overlay network (i.e. the services) and the und= erlay/infrastruscture (i.e. the VN, tunnels etc) is mandatory if you want t= o map a service against a given tunnel or set of tunnel. IB>> It is not clear what do you mean by tunnels. Normally L3 service (e.g.= L3 VPN) PEs are connected via a mesh of IP/MPLS layer RSVP-TE tunnels and= L3 service specific LSPs are nested inside them. In any case, the TE part = does not go deeper than IP/MPLS layer, and said RSVP-TE tunnels are not re-= configured necessarily with every addition of a new L3 service. So, direct = interaction between L3 service and transport service controllers is not man= datory (especially if the two are owned by separate organizations and imple= mented by separate vendors). DC: I don't disagree with that. It must be possible to do the service to tu= nnel binding (i.e. I want L3VPN X to use tunnel Y) or in the classic way wi= th not such a binding (i.e. I want an L3VPN between A and B and I don't car= e which tunnel will be used). The binding does not mandate to create a new tunnel for each service obviou= sly. Existing ones can and must be reusable. If you don't want to do so you don't need ACTN or SDN in the network and yo= u can simply operate the network as you did yesterday, with the tunnels cre= ated by LDP and the unawareness of which service uses which tunnel...it is = simply enough to kwno that a packet goes from a source to a destination and= you don't care about the path, the constraints related to the service, and= the capability to know which services are used by which tunnel. IB>> The point is that L3 service SDN controller and transport service (T-S= DN) controller are both needed, but the two do not have to be integrated in= to one solution. It should be possible for an operator to cherry pick the c= ontrollers (e.g. L3 service controller provided by JNPR and T-SDN controlle= r provided by Huawei). DC: again agree, what in the figure makes you think that this is not the ca= se? Cheers Daniele From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: venerd=EC 18 novembre 2016 01:08 To: Daniele Ceccarelli >; TEAS WG (teas@ietf.org) > Subject: RE: ACTN update Danielle, Why in your opinion L3SM should know or care whether the provider looks aft= er a single- or multi-domain network? There is a strong case for multi-vend= or multi-domain transport network, but this is not necessarily true for a n= etwork providing L3 services, which (in contrast to, say. L0/L1 transport = network) could be a multi-vendor single domain network. In other words, why= in the context of L3SM multi-domain service coordination is necessary? Another question: when and how L3 service controller interacts with a trans= port controller (providing transport services)? These clarifications I think would be useful. Cheers, Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Daniele Ceccarelli Sent: Wednesday, November 16, 2016 9:32 PM To: TEAS WG (teas@ietf.org) Subject: [Teas] ACTN update Dear WG and ACTNers, Please find attached some slides trying to clarify terminology, roles and f= unctionalities in ACTN (in line with the discussion we had at the mic durin= g the TEAS session). It provides an architectural explanation and a possibl= e workflow description trying to see if it fits with the architecture. My proposal is to: 1. Add a section in the framework document to explain the relationshi= p and the split of roles between PNC, MDSC and existing components like orc= hestrator and domain controller. 2. Add a section to the "Applicability of YANG models for ACTN" to ex= plain how this impacts the definition of the MPI and what is missing (i.e. = TE-Service model). This will have impacts also on the PCEP applicability. 3. Write a new document defining service mapping model that provides map= pings across LxSM and TE-service model and that can be extend to support di= fferent service models (L3VPN/L2VPN/L1VPN, VTS, Transport Connectivity serv= ice, etc). Dhruv, Young and I are already working on this. Opinions? Thoughts? BR Daniele --_000_AM2PR07MB0994C137FFFA349F9C8CE583F0B10AM2PR07MB0994eurp_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

    Hi Igor,

     

    Some more thoughts in line in red.

     

    Cheers

    Daniele 

     

    From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: venerd=EC 18 novembre 2016 03:14
    To: Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; TEAS= WG (teas@ietf.org) <teas@ietf.org>
    Subject: RE: ACTN update

     

    Hi Dani= ele,

    &n= bsp;

    Please,= see in-line.

    &n= bsp;

    Igor

    &n= bsp;

    From: Da= niele Ceccarelli [mailto= :daniele.ceccarelli@ericsson.com]
    Sent: Thursday, November 17, 2016 12:29 PM
    To: Igor Bryskin; TEAS WG (teas@iet= f.org)
    Subject: RE: ACTN update

     

    Hi Igor,

     

    I’ve used the L3SM exampl= e because it is the customer facing model and it is what we have on top of = the MDSC and the orchestrator and, being on top of the MDSC, means that the= sigle-multi/domain aspects are hidden (on top of the MDSC you don’t care and you don’t know if between C= E1 and CE2 or between AP1 and AP2 there is one, two or N domains.

     

    In the context of L3SM multi-do= main service coordination is NOT mandatory. The L3SM can be used on top of = the MDSC in case of multiple domains  and in case of single domain it = can be used either on top of the MDSC or on top of the PNC, this is a deployment choice and I just used an example.=

     

    IB>> I agree with you, ex= cept that L3 service controller does not seat on top of MDSC as a direct cl= ient. The L3SM<=3D>MDSC relationship is indirect and much more comple= x. Also from your slide below it is hard to interpret that L3SM nulti0domain coordination is not mandatory (IMHO by the way it i= s simply not needed)

    DC: I get y= our point. The picture seems to mandate a multi-domain coordination between= the “service” boxes, which is not the case, that’s corre= ct. The message that it wants to convey are the following:

    1.       Coo= rdination between the MDSC and the Service function in the Service Orchestr= ator is needed (in order to be able to map a service against a tunnel or a = VN). It applies to single or multi domain and it doesn’t care if it is single or multiple domains

    2.       The= MDSC does not the service

    3.       The= service can be created also at Controller level (within its own domain) an= d it is not the PNC that is doing that.

     =

    Hence a Ser= vice function box is needed in all the boxes, but this does not mean that t= hey coordinate among them.

     

     

     

    The interaction between the ove= rlay network (i.e. the services) and the underlay/infrastruscture (i.e. the= VN, tunnels etc) is mandatory if you want to map a service against a given= tunnel or set of tunnel.

     

    IB>> It is not clear what= do you mean by tunnels. Normally L3 service (e.g. L3 VPN) PEs are connecte= d via a mesh of IP/MPLS layer  RSVP-TE tunnels and L3 service specific= LSPs are nested inside them. In any case, the TE part does not go deeper than IP/MPLS layer, and said RSVP-TE tunnels ar= e not re-configured necessarily with every addition of a new L3 service. So= , direct interaction between L3 service and transport service controllers i= s not mandatory (especially if the two are owned by separate organizations and implemented by separate vendor= s).

    DC: I don&#= 8217;t disagree with that. It must be possible to do the service to tunnel = binding (i.e. I want L3VPN X to use tunnel Y) or in the classic way with no= t such a binding (i.e. I want an L3VPN between A and B and I don’t care which tunnel will be used).

    The binding= does not mandate to create a new tunnel for each service obviously. Existi= ng ones can and must be reusable.

     

    If you don’t want to do s= o you don’t need ACTN or SDN in the network and you can simply operat= e the network as you did yesterday, with the tunnels created by LDP and the= unawareness of which service uses which tunnel…it is simply enough to kwno that a packet goes from a source to a destination= and you don’t care about the path, the constraints related to the se= rvice, and the capability to know which services are used by which tunnel.<= o:p>

     

    IB>> The point is that L3= service SDN controller and transport service (T-SDN) controller are both n= eeded, but the two do not have to be integrated into one solution. It shoul= d be possible for an operator to cherry pick the controllers (e.g. L3 service controller provided by JNPR and T-SDN con= troller provided by Huawei).

    DC: again a= gree, what in the figure makes you think that this is not the case?

     

    Cheers

    Daniele 

     

    From: Igor Bryskin [mailto= :Igor.Bryskin@huawei.com]
    Sent: venerd=EC 18 novembre 2016 01:08
    To: Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; TEAS WG (teas@ietf.org) <t= eas@ietf.org>
    Subject: RE: ACTN update

     

    Daniell= e,

    &n= bsp;

    Why in = your opinion L3SM should know or care whether the provider looks after a si= ngle- or multi-domain network? There is a strong case for multi-vendor mult= i-domain transport network, but this is not necessarily true for a network providing L3 services, which (in contra= st to, say.  L0/L1 transport network) could be a multi-vendor single d= omain network. In other words, why in the context of L3SM multi-domain serv= ice coordination is necessary?

    Another= question: when and how L3 service controller interacts with a transport co= ntroller (providing transport services)?

    &n= bsp;

    These c= larifications I think would be useful.

    &n= bsp;

    Cheers,=

    Igor

    &n= bsp;

    From: Te= as [mailto:teas-bounces@ietf.org] On Behalf Of Daniele Ceccarelli
    Sent: Wednesday, November 16, 2016 9:32 PM
    To: TEAS WG (    teas@ietf.org)
    Subject: [Teas] ACTN update

     

    Dear WG and ACTNers,=

     

    Please find attached some slide= s trying to clarify terminology, roles and functionalities in ACTN (in line= with the discussion we had at the mic during the TEAS session). It provide= s an architectural explanation and a possible workflow description trying to see if it fits with the architectu= re.

     

    My proposal is to:

    1.       Add a section in the framework document to expl= ain the relationship and the split of roles between PNC, MDSC and existing = components like orchestrator and domain controller.

    2.       Add a section to the “Applicability of YA= NG models for ACTN” to explain how this impacts the definition of the= MPI and what is missing (i.e. TE-Service model). This will have impacts al= so on the PCEP applicability.

    3.    Write a new document defining service mapping model t= hat provides mappings across LxSM and TE-service model and that can be exte= nd to support different service models (L3VPN/L2VPN/L1VPN, VTS, Transport Connectivity service, etc). Dhruv, Young and I are already = working on this.

     

    Opinions? Thoughts?<= /span>

     

    BR
    Daniele 

     

     

    &n= bsp;

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with ESMTP id SclzULWG1jV1 for ; Fri, 18 Nov 2016 02:57:30 -0800 (PST) Received: from smtp-fr.alcatel-lucent.com (fr-hpida-esg-02.alcatel-lucent.com [135.245.210.21]) (using TLSv1.2 with cipher ECDHE-RSA-AES256-GCM-SHA384 (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 95DA2129697 for ; Fri, 18 Nov 2016 02:57:29 -0800 (PST) Received: from fr712umx3.dmz.alcatel-lucent.com (unknown [135.245.210.42]) by Websense Email Security Gateway with ESMTPS id 1793F89965074; Fri, 18 Nov 2016 10:57:25 +0000 (GMT) Received: from fr711usmtp1.zeu.alcatel-lucent.com (fr711usmtp1.zeu.alcatel-lucent.com [135.239.2.122]) by fr712umx3.dmz.alcatel-lucent.com (GMO-o) with ESMTP id uAIAvQ3Q009206 (version=TLSv1/SSLv3 cipher=DHE-RSA-AES256-SHA bits=256 verify=OK); Fri, 18 Nov 2016 10:57:27 GMT Received: from FR711WXCHHUB02.zeu.alcatel-lucent.com (fr711wxchhub02.zeu.alcatel-lucent.com [135.239.2.112]) by fr711usmtp1.zeu.alcatel-lucent.com (GMO) with ESMTP id uAIAvPrS018459 (version=TLSv1/SSLv3 cipher=AES128-SHA bits=128 verify=FAIL); Fri, 18 Nov 2016 11:57:25 +0100 Received: from FR712WXCHMBA15.zeu.alcatel-lucent.com ([169.254.7.251]) by FR711WXCHHUB02.zeu.alcatel-lucent.com ([135.239.2.112]) with mapi id 14.03.0301.000; Fri, 18 Nov 2016 11:57:25 +0100 From: "Scharf, Michael (Nokia - DE)" To: Daniele Ceccarelli , Igor Bryskin , "TEAS WG (teas@ietf.org)" Thread-Topic: ACTN update Thread-Index: AdJAeoeb3oMDwnZ0TveBS2SD5cPsIAAb/9IQAAMTAcAAALmRUAAKCQxQABkXK6A= Date: Fri, 18 Nov 2016 10:57:24 +0000 Message-ID: <655C07320163294895BBADA28372AF5D48B8642A@FR712WXCHMBA15.zeu.alcatel-lucent.com> References: <0C72C38E7EBC34499E8A9E7DD007863908F18AA2@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F18B77@dfweml501-mbx> In-Reply-To: Accept-Language: de-DE, en-US Content-Language: de-DE X-MS-Has-Attach: yes X-MS-TNEF-Correlator: x-originating-ip: [135.239.27.41] Content-Type: multipart/related; boundary="_004_655C07320163294895BBADA28372AF5D48B8642AFR712WXCHMBA15z_"; type="multipart/alternative" MIME-Version: 1.0 Archived-At: Subject: Re: [Teas] ACTN update X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 18 Nov 2016 10:57:34 -0000 --_004_655C07320163294895BBADA28372AF5D48B8642AFR712WXCHMBA15z_ Content-Type: multipart/alternative; boundary="_000_655C07320163294895BBADA28372AF5D48B8642AFR712WXCHMBA15z_" --_000_655C07320163294895BBADA28372AF5D48B8642AFR712WXCHMBA15z_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable In case of L3VPNs and L2VPNs, a "service orchestrator" may not have to crea= te tunnels (or pseudowires etc.). This can be a function of a "network orch= estrator" or a "domain controller" (or however we call them(), or it can be= a standalone function outside any "orchestrator". I agree with Igor that the picture does not cover well the case of having d= ifferent IP and optical controllers - simply because it only shows one laye= r. Michael From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Daniele Ceccarelli Sent: Friday, November 18, 2016 12:32 AM To: Igor Bryskin; TEAS WG (teas@ietf.org) Subject: Re: [Teas] ACTN update Hi Igor, Some more thoughts in line in red. Cheers Daniele From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: venerd=EC 18 novembre 2016 03:14 To: Daniele Ceccarelli >; TEAS WG (teas@ietf.org) > Subject: RE: ACTN update Hi Daniele, Please, see in-line. Igor From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 17, 2016 12:29 PM To: Igor Bryskin; TEAS WG (teas@ietf.org) Subject: RE: ACTN update Hi Igor, I've used the L3SM example because it is the customer facing model and it i= s what we have on top of the MDSC and the orchestrator and, being on top of= the MDSC, means that the sigle-multi/domain aspects are hidden (on top of = the MDSC you don't care and you don't know if between CE1 and CE2 or betwee= n AP1 and AP2 there is one, two or N domains. In the context of L3SM multi-domain service coordination is NOT mandatory. = The L3SM can be used on top of the MDSC in case of multiple domains and in= case of single domain it can be used either on top of the MDSC or on top o= f the PNC, this is a deployment choice and I just used an example. IB>> I agree with you, except that L3 service controller does not seat on t= op of MDSC as a direct client. The L3SM<=3D>MDSC relationship is indirect a= nd much more complex. Also from your slide below it is hard to interpret th= at L3SM nulti0domain coordination is not mandatory (IMHO by the way it is s= imply not needed) DC: I get your point. The picture seems to mandate a multi-domain coordinat= ion between the "service" boxes, which is not the case, that's correct. The= message that it wants to convey are the following: 1. Coordination between the MDSC and the Service function in the Serv= ice Orchestrator is needed (in order to be able to map a service against a = tunnel or a VN). It applies to single or multi domain and it doesn't care i= f it is single or multiple domains 2. The MDSC does not the service 3. The service can be created also at Controller level (within its ow= n domain) and it is not the PNC that is doing that. Hence a Service function box is needed in all the boxes, but this does not = mean that they coordinate among them. [cid:image001.png@01D2418F.22CBDC40] The interaction between the overlay network (i.e. the services) and the und= erlay/infrastruscture (i.e. the VN, tunnels etc) is mandatory if you want t= o map a service against a given tunnel or set of tunnel. IB>> It is not clear what do you mean by tunnels. Normally L3 service (e.g.= L3 VPN) PEs are connected via a mesh of IP/MPLS layer RSVP-TE tunnels and= L3 service specific LSPs are nested inside them. In any case, the TE part = does not go deeper than IP/MPLS layer, and said RSVP-TE tunnels are not re-= configured necessarily with every addition of a new L3 service. So, direct = interaction between L3 service and transport service controllers is not man= datory (especially if the two are owned by separate organizations and imple= mented by separate vendors). DC: I don't disagree with that. It must be possible to do the service to tu= nnel binding (i.e. I want L3VPN X to use tunnel Y) or in the classic way wi= th not such a binding (i.e. I want an L3VPN between A and B and I don't car= e which tunnel will be used). The binding does not mandate to create a new tunnel for each service obviou= sly. Existing ones can and must be reusable. If you don't want to do so you don't need ACTN or SDN in the network and yo= u can simply operate the network as you did yesterday, with the tunnels cre= ated by LDP and the unawareness of which service uses which tunnel...it is = simply enough to kwno that a packet goes from a source to a destination and= you don't care about the path, the constraints related to the service, and= the capability to know which services are used by which tunnel. IB>> The point is that L3 service SDN controller and transport service (T-S= DN) controller are both needed, but the two do not have to be integrated in= to one solution. It should be possible for an operator to cherry pick the c= ontrollers (e.g. L3 service controller provided by JNPR and T-SDN controlle= r provided by Huawei). DC: again agree, what in the figure makes you think that this is not the ca= se? Cheers Daniele From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: venerd=EC 18 novembre 2016 01:08 To: Daniele Ceccarelli >; TEAS WG (teas@ietf.org) > Subject: RE: ACTN update Danielle, Why in your opinion L3SM should know or care whether the provider looks aft= er a single- or multi-domain network? There is a strong case for multi-vend= or multi-domain transport network, but this is not necessarily true for a n= etwork providing L3 services, which (in contrast to, say. L0/L1 transport = network) could be a multi-vendor single domain network. In other words, why= in the context of L3SM multi-domain service coordination is necessary? Another question: when and how L3 service controller interacts with a trans= port controller (providing transport services)? These clarifications I think would be useful. Cheers, Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Daniele Ceccarelli Sent: Wednesday, November 16, 2016 9:32 PM To: TEAS WG (teas@ietf.org) Subject: [Teas] ACTN update Dear WG and ACTNers, Please find attached some slides trying to clarify terminology, roles and f= unctionalities in ACTN (in line with the discussion we had at the mic durin= g the TEAS session). It provides an architectural explanation and a possibl= e workflow description trying to see if it fits with the architecture. My proposal is to: 1. Add a section in the framework document to explain the relationshi= p and the split of roles between PNC, MDSC and existing components like orc= hestrator and domain controller. 2. Add a section to the "Applicability of YANG models for ACTN" to ex= plain how this impacts the definition of the MPI and what is missing (i.e. = TE-Service model). This will have impacts also on the PCEP applicability. 3. Write a new document defining service mapping model that provides map= pings across LxSM and TE-service model and that can be extend to support di= fferent service models (L3VPN/L2VPN/L1VPN, VTS, Transport Connectivity serv= ice, etc). Dhruv, Young and I are already working on this. Opinions? Thoughts? BR Daniele --_000_655C07320163294895BBADA28372AF5D48B8642AFR712WXCHMBA15z_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

    In case= of L3VPNs and L2VPNs, a “service orchestrator” may not have to= create tunnels (or pseudowires etc.). This can be a function of a “n= etwork orchestrator” or a “domain controller” (or however we call them(), or it can be a standalone function outside any “orch= estrator”.

    &n= bsp;

    I agree= with Igor that the picture does not cover well the case of having differen= t IP and optical controllers – simply because it only shows one layer= .

    &n= bsp;

    Michael=

    &n= bsp;

    &n= bsp;

    From: Teas [ma= ilto:teas-bounces@ietf.org] On Behalf Of Daniele Ceccarelli
    Sent: Friday, November 18, 2016 12:32 AM
    To: Igor Bryskin; TEAS WG (teas@ietf.org)
    Subject: Re: [Teas] ACTN update

     

    Hi Igor,

     

    Some more thoughts in line in r= ed.

     

    Cheers

    Daniele 

     

    From: Igor Bryskin [mailto= :Igor.Bryskin@huawei.com]
    Sent: venerd=EC 18 novembre 2016 03:14
    To: Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; TEAS WG (teas@ietf.org) <t= eas@ietf.org>
    Subject: RE: ACTN update

     

    Hi Dani= ele,

    &n= bsp;

    Please,= see in-line.

    &n= bsp;

    Igor

    &n= bsp;

    From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com]
    Sent: Thursday, November 17, 2016 12:29 PM
    To: Igor Bryskin; TEAS WG (teas@iet= f.org)
    Subject: RE: ACTN update

     

    Hi Igor,

     

    I’ve used the L3SM exampl= e because it is the customer facing model and it is what we have on top of = the MDSC and the orchestrator and, being on top of the MDSC, means that the= sigle-multi/domain aspects are hidden (on top of the MDSC you don’t care and you don’t know if between C= E1 and CE2 or between AP1 and AP2 there is one, two or N domains.

     

    In the context of L3SM multi-do= main service coordination is NOT mandatory. The L3SM can be used on top of = the MDSC in case of multiple domains  and in case of single domain it = can be used either on top of the MDSC or on top of the PNC, this is a deployment choice and I just used an example.=

     

    IB>> I agree with you, ex= cept that L3 service controller does not seat on top of MDSC as a direct cl= ient. The L3SM<=3D>MDSC relationship is indirect and much more comple= x. Also from your slide below it is hard to interpret that L3SM nulti0domain coordination is not mandatory (IMHO by the way it i= s simply not needed)

    DC: I get y= our point. The picture seems to mandate a multi-domain coordination between= the “service” boxes, which is not the case, that’s corre= ct. The message that it wants to convey are the following:

    1.       Coordination between the MD= SC and the Service function in the Service Orchestrator is needed (in order= to be able to map a service against a tunnel or a VN). It applies to singl= e or multi domain and it doesn’t care if it is single or multiple domains

    2.       The MDSC does not the servi= ce

    3.       The service can be created = also at Controller level (within its own domain) and it is not the PNC that= is doing that.

     =

    Hence a Ser= vice function box is needed in all the boxes, but this does not mean that t= hey coordinate among them.

     

     

     

    The interaction between the ove= rlay network (i.e. the services) and the underlay/infrastruscture (i.e. the= VN, tunnels etc) is mandatory if you want to map a service against a given= tunnel or set of tunnel.

     

    IB>> It is not clear what= do you mean by tunnels. Normally L3 service (e.g. L3 VPN) PEs are connecte= d via a mesh of IP/MPLS layer  RSVP-TE tunnels and L3 service specific= LSPs are nested inside them. In any case, the TE part does not go deeper than IP/MPLS layer, and said RSVP-TE tunnels ar= e not re-configured necessarily with every addition of a new L3 service. So= , direct interaction between L3 service and transport service controllers i= s not mandatory (especially if the two are owned by separate organizations and implemented by separate vendor= s).

    DC: I don&#= 8217;t disagree with that. It must be possible to do the service to tunnel = binding (i.e. I want L3VPN X to use tunnel Y) or in the classic way with no= t such a binding (i.e. I want an L3VPN between A and B and I don’t care which tunnel will be used).

    The binding= does not mandate to create a new tunnel for each service obviously. Existi= ng ones can and must be reusable.

     

    If you don’t want to do s= o you don’t need ACTN or SDN in the network and you can simply operat= e the network as you did yesterday, with the tunnels created by LDP and the= unawareness of which service uses which tunnel…it is simply enough to kwno that a packet goes from a source to a destination= and you don’t care about the path, the constraints related to the se= rvice, and the capability to know which services are used by which tunnel.<= o:p>

     

    IB>> The point is that L3= service SDN controller and transport service (T-SDN) controller are both n= eeded, but the two do not have to be integrated into one solution. It shoul= d be possible for an operator to cherry pick the controllers (e.g. L3 service controller provided by JNPR and T-SDN con= troller provided by Huawei).

    DC: again a= gree, what in the figure makes you think that this is not the case?

     

    Cheers

    Daniele 

     

    From: Igor Bryskin [mailto= :Igor.Bryskin@huawei.com]
    Sent: venerd=EC 18 novembre 2016 01:08
    To: Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; TEAS WG (teas@ietf.org) <t= eas@ietf.org>
    Subject: RE: ACTN update

     

    Daniell= e,

    &n= bsp;

    Why in = your opinion L3SM should know or care whether the provider looks after a si= ngle- or multi-domain network? There is a strong case for multi-vendor mult= i-domain transport network, but this is not necessarily true for a network providing L3 services, which (in contra= st to, say.  L0/L1 transport network) could be a multi-vendor single d= omain network. In other words, why in the context of L3SM multi-domain serv= ice coordination is necessary?

    Another= question: when and how L3 service controller interacts with a transport co= ntroller (providing transport services)?

    &n= bsp;

    These c= larifications I think would be useful.

    &n= bsp;

    Cheers,=

    Igor

    &n= bsp;

    From: Teas [mailto= :teas-bounces@ietf.org] On Behalf Of Daniele Ceccarelli
    Sent: Wednesday, November 16, 2016 9:32 PM
    To: TEAS WG (teas@ietf.org)
    Subject: [Teas] ACTN update

     

    Dear WG and ACTNers,=

     

    Please find attached some slide= s trying to clarify terminology, roles and functionalities in ACTN (in line= with the discussion we had at the mic during the TEAS session). It provide= s an architectural explanation and a possible workflow description trying to see if it fits with the architectu= re.

     

    My proposal is to:

    1.     =   Add a section in the framework document to expl= ain the relationship and the split of roles between PNC, MDSC and existing = components like orchestrator and domain controller.

    2.     =   Add a section to the “Applicability of YA= NG models for ACTN” to explain how this impacts the definition of the= MPI and what is missing (i.e. TE-Service model). This will have impacts al= so on the PCEP applicability.

    3.    Write a new document defining service mapping model t= hat provides mappings across LxSM and TE-service model and that can be exte= nd to support different service models (L3VPN/L2VPN/L1VPN, VTS, Transport Connectivity service, etc). Dhruv, Young and I are already = working on this.

     

    Opinions? Thoughts?<= /span>

     

    BR
    Daniele 

     

     

    &n= bsp;

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(ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id YKidWpJr4f2G for ; Fri, 18 Nov 2016 05:29:56 -0800 (PST) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id A2EF3129626 for ; Fri, 18 Nov 2016 05:29:55 -0800 (PST) Received: from 172.18.7.190 (EHLO lhreml702-cah.china.huawei.com) ([172.18.7.190]) by lhrrg01-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id DAW86889; Fri, 18 Nov 2016 13:29:52 +0000 (GMT) Received: from DFWEML703-CAH.china.huawei.com (10.193.5.177) by lhreml702-cah.china.huawei.com (10.201.5.99) with Microsoft SMTP Server (TLS) id 14.3.235.1; Fri, 18 Nov 2016 13:29:37 +0000 Received: from DFWEML501-MBX.china.huawei.com ([10.193.5.178]) by DFWEML703-CAH.china.huawei.com ([10.193.5.177]) with mapi id 14.03.0235.001; Fri, 18 Nov 2016 05:29:32 -0800 From: Igor Bryskin To: Daniele Ceccarelli , "TEAS WG (teas@ietf.org)" Thread-Topic: ACTN update Thread-Index: AdJAeoeb3oMDwnZ0TveBS2SD5cPsIAAb/9IQAAMTAcAAALmRUAAKCQxQAB8276A= Date: Fri, 18 Nov 2016 13:29:31 +0000 Message-ID: <0C72C38E7EBC34499E8A9E7DD007863908F19D18@dfweml501-mbx> References: <0C72C38E7EBC34499E8A9E7DD007863908F18AA2@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F18B77@dfweml501-mbx> In-Reply-To: Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: yes X-MS-TNEF-Correlator: x-originating-ip: [10.212.254.198] Content-Type: multipart/related; boundary="_004_0C72C38E7EBC34499E8A9E7DD007863908F19D18dfweml501mbx_"; type="multipart/alternative" MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A020202.582F0251.00E9, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: bfe9e99d81ebc69cdd62452480a83a55 Archived-At: Subject: Re: [Teas] ACTN update X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 18 Nov 2016 13:30:01 -0000 --_004_0C72C38E7EBC34499E8A9E7DD007863908F19D18dfweml501mbx_ Content-Type: multipart/alternative; boundary="_000_0C72C38E7EBC34499E8A9E7DD007863908F19D18dfweml501mbx_" --_000_0C72C38E7EBC34499E8A9E7DD007863908F19D18dfweml501mbx_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Daniele, You still didn't answer my question. If the tunnels you refer to are TE tun= nels inter-connecting PEs (via Ps) in IP/MPLS layer, and you want to map a = given L3 service to a set of such tunnels, then what this has to do with MD= SC? I thought we agreed that multi-domain service coordination is only requ= ired when a circuit-switched transport service spanning multiple domains i= s set up or manipulated. Neither L3 services nor IP/MPLS TE tunnels support= ing them require multi-domain coordination. Cheers, Igor From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 17, 2016 6:32 PM To: Igor Bryskin; TEAS WG (teas@ietf.org) Subject: RE: ACTN update Hi Igor, Some more thoughts in line in red. Cheers Daniele From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: venerd=EC 18 novembre 2016 03:14 To: Daniele Ceccarelli ; TEAS WG (teas@iet= f.org) Subject: RE: ACTN update Hi Daniele, Please, see in-line. Igor From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 17, 2016 12:29 PM To: Igor Bryskin; TEAS WG (teas@ietf.org) Subject: RE: ACTN update Hi Igor, I've used the L3SM example because it is the customer facing model and it i= s what we have on top of the MDSC and the orchestrator and, being on top of= the MDSC, means that the sigle-multi/domain aspects are hidden (on top of = the MDSC you don't care and you don't know if between CE1 and CE2 or betwee= n AP1 and AP2 there is one, two or N domains. In the context of L3SM multi-domain service coordination is NOT mandatory. = The L3SM can be used on top of the MDSC in case of multiple domains and in= case of single domain it can be used either on top of the MDSC or on top o= f the PNC, this is a deployment choice and I just used an example. IB>> I agree with you, except that L3 service controller does not seat on t= op of MDSC as a direct client. The L3SM<=3D>MDSC relationship is indirect a= nd much more complex. Also from your slide below it is hard to interpret th= at L3SM nulti0domain coordination is not mandatory (IMHO by the way it is s= imply not needed) DC: I get your point. The picture seems to mandate a multi-domain coordinat= ion between the "service" boxes, which is not the case, that's correct. The= message that it wants to convey are the following: 1. Coordination between the MDSC and the Service function in the Serv= ice Orchestrator is needed (in order to be able to map a service against a = tunnel or a VN). It applies to single or multi domain and it doesn't care i= f it is single or multiple domains 2. The MDSC does not the service 3. The service can be created also at Controller level (within its ow= n domain) and it is not the PNC that is doing that. Hence a Service function box is needed in all the boxes, but this does not = mean that they coordinate among them. [cid:image001.png@01D24175.4F86A950] The interaction between the overlay network (i.e. the services) and the und= erlay/infrastruscture (i.e. the VN, tunnels etc) is mandatory if you want t= o map a service against a given tunnel or set of tunnel. IB>> It is not clear what do you mean by tunnels. Normally L3 service (e.g.= L3 VPN) PEs are connected via a mesh of IP/MPLS layer RSVP-TE tunnels and= L3 service specific LSPs are nested inside them. In any case, the TE part = does not go deeper than IP/MPLS layer, and said RSVP-TE tunnels are not re-= configured necessarily with every addition of a new L3 service. So, direct = interaction between L3 service and transport service controllers is not man= datory (especially if the two are owned by separate organizations and imple= mented by separate vendors). DC: I don't disagree with that. It must be possible to do the service to tu= nnel binding (i.e. I want L3VPN X to use tunnel Y) or in the classic way wi= th not such a binding (i.e. I want an L3VPN between A and B and I don't car= e which tunnel will be used). The binding does not mandate to create a new tunnel for each service obviou= sly. Existing ones can and must be reusable. If you don't want to do so you don't need ACTN or SDN in the network and yo= u can simply operate the network as you did yesterday, with the tunnels cre= ated by LDP and the unawareness of which service uses which tunnel...it is = simply enough to kwno that a packet goes from a source to a destination and= you don't care about the path, the constraints related to the service, and= the capability to know which services are used by which tunnel. IB>> The point is that L3 service SDN controller and transport service (T-S= DN) controller are both needed, but the two do not have to be integrated in= to one solution. It should be possible for an operator to cherry pick the c= ontrollers (e.g. L3 service controller provided by JNPR and T-SDN controlle= r provided by Huawei). DC: again agree, what in the figure makes you think that this is not the ca= se? Cheers Daniele From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: venerd=EC 18 novembre 2016 01:08 To: Daniele Ceccarelli >; TEAS WG (teas@ietf.org) > Subject: RE: ACTN update Danielle, Why in your opinion L3SM should know or care whether the provider looks aft= er a single- or multi-domain network? There is a strong case for multi-vend= or multi-domain transport network, but this is not necessarily true for a n= etwork providing L3 services, which (in contrast to, say. L0/L1 transport = network) could be a multi-vendor single domain network. In other words, why= in the context of L3SM multi-domain service coordination is necessary? Another question: when and how L3 service controller interacts with a trans= port controller (providing transport services)? These clarifications I think would be useful. Cheers, Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Daniele Ceccarelli Sent: Wednesday, November 16, 2016 9:32 PM To: TEAS WG (teas@ietf.org) Subject: [Teas] ACTN update Dear WG and ACTNers, Please find attached some slides trying to clarify terminology, roles and f= unctionalities in ACTN (in line with the discussion we had at the mic durin= g the TEAS session). It provides an architectural explanation and a possibl= e workflow description trying to see if it fits with the architecture. My proposal is to: 1. Add a section in the framework document to explain the relationshi= p and the split of roles between PNC, MDSC and existing components like orc= hestrator and domain controller. 2. Add a section to the "Applicability of YANG models for ACTN" to ex= plain how this impacts the definition of the MPI and what is missing (i.e. = TE-Service model). This will have impacts also on the PCEP applicability. 3. Write a new document defining service mapping model that provides map= pings across LxSM and TE-service model and that can be extend to support di= fferent service models (L3VPN/L2VPN/L1VPN, VTS, Transport Connectivity serv= ice, etc). Dhruv, Young and I are already working on this. Opinions? Thoughts? BR Daniele --_000_0C72C38E7EBC34499E8A9E7DD007863908F19D18dfweml501mbx_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

    Daniele,

    You still didn’t= answer my question. If the tunnels you refer to are TE tunnels inter-conne= cting PEs (via Ps) in IP/MPLS layer, and you want to map a given L3 service= to a set of such tunnels, then what this has to do with MDSC? I thought we agreed that multi-domain service coordin= ation is only required when a circuit-switched  transport service span= ning multiple domains is set up or manipulated. Neither L3 services nor IP/= MPLS TE tunnels supporting them require multi-domain coordination.

     

    Cheers,

    Igor=

     

    From: Daniele = Ceccarelli [mailto:daniele.ceccarelli@ericsson.com]
    Sent: Thursday, November 17, 2016 6:32 PM
    To: Igor Bryskin; TEAS WG (teas@ietf.org)
    Subject: RE: ACTN update

     

    Hi Igor,

     

    Some more thoughts in line in red.

     

    Cheers

    Daniele 

     

    From: Igor Bryskin [mailto:Igor.Bryskin@huawe= i.com]
    Sent: venerd=EC 18 novembre 2016 03:14
    To: Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; TEAS= WG (teas@ietf.org) <teas@ietf.org>
    Subject: RE: ACTN update

     

    Hi Daniele,=

     

    Please, see in-line.

     

    Igor=

     

    From: Daniele = Ceccarelli [mailto:danie= le.ceccarelli@ericsson.com]
    Sent: Thursday, November 17, 2016 12:29 PM
    To: Igor Bryskin; TEAS WG (teas@iet= f.org)
    Subject: RE: ACTN update

     

    Hi Igor,

     

    I’ve used the L3SM example because it is the c= ustomer facing model and it is what we have on top of the MDSC and the orch= estrator and, being on top of the MDSC, means that the sigle-multi/domain a= spects are hidden (on top of the MDSC you don’t care and you don’t know if between CE1 and CE2 or betwee= n AP1 and AP2 there is one, two or N domains.

     

    In the context of L3SM multi-domain service coordina= tion is NOT mandatory. The L3SM can be used on top of the MDSC in case of m= ultiple domains  and in case of single domain it can be used either on= top of the MDSC or on top of the PNC, this is a deployment choice and I just used an example.

     

    IB>> I agree with you, except that L3 service = controller does not seat on top of MDSC as a direct client. The L3SM<=3D= >MDSC relationship is indirect and much more complex. Also from your sli= de below it is hard to interpret that L3SM nulti0domain coordination is not mandatory (IMHO by the way it is simply not needed)

    DC: I get your point. The = picture seems to mandate a multi-domain coordination between the “ser= vice” boxes, which is not the case, that’s correct. The message= that it wants to convey are the following:

    1.  =      Coordination between the MDSC and the Serv= ice function in the Service Orchestrator is needed (in order to be able to = map a service against a tunnel or a VN). It applies to single or multi doma= in and it doesn’t care if it is single or multiple domains

    2.  =      The MDSC does not the service

    3.  =      The service can be created also at Control= ler level (within its own domain) and it is not the PNC that is doing that.=

     

    Hence a Service function b= ox is needed in all the boxes, but this does not mean that they coordinate = among them.

     

     

     

    The interaction between the overlay network (i.e. th= e services) and the underlay/infrastruscture (i.e. the VN, tunnels etc) is = mandatory if you want to map a service against a given tunnel or set of tun= nel.

     

    IB>> It is not clear what do you mean by tunne= ls. Normally L3 service (e.g. L3 VPN) PEs are connected via a mesh of IP/MP= LS layer  RSVP-TE tunnels and L3 service specific LSPs are nested insi= de them. In any case, the TE part does not go deeper than IP/MPLS layer, and said RSVP-TE tunnels are not re-configured = necessarily with every addition of a new L3 service. So, direct interaction= between L3 service and transport service controllers is not mandatory (esp= ecially if the two are owned by separate organizations and implemented by separate vendors).

    DC: I don’t disagree= with that. It must be possible to do the service to tunnel binding (i.e. I= want L3VPN X to use tunnel Y) or in the classic way with not such a bindin= g (i.e. I want an L3VPN between A and B and I don’t care which tunnel will be used).

    The binding does not manda= te to create a new tunnel for each service obviously. Existing ones can and= must be reusable.

     

    If you don’t want to do so you don’t nee= d ACTN or SDN in the network and you can simply operate the network as you = did yesterday, with the tunnels created by LDP and the unawareness of which= service uses which tunnel…it is simply enough to kwno that a packet goes from a source to a destination and you don̵= 7;t care about the path, the constraints related to the service, and the ca= pability to know which services are used by which tunnel.

     

    IB>> The point is that L3 service SDN controll= er and transport service (T-SDN) controller are both needed, but the two do= not have to be integrated into one solution. It should be possible for an = operator to cherry pick the controllers (e.g. L3 service controller provided by JNPR and T-SDN controller provided= by Huawei).

    DC: again agree, what in t= he figure makes you think that this is not the case?

     

    Cheers

    Daniele 

     

    From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: venerd=EC 18 novembre 2016 01:08
    To: Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; TEAS WG (teas@ietf.org) <t= eas@ietf.org>
    Subject: RE: ACTN update

     

    Danielle,

     

    Why in your opinion L3= SM should know or care whether the provider looks after a single- or multi-= domain network? There is a strong case for multi-vendor multi-domain transp= ort network, but this is not necessarily true for a network providing L3 services, which (in contrast to, say. &nbs= p;L0/L1 transport network) could be a multi-vendor single domain network. I= n other words, why in the context of L3SM multi-domain service coordination= is necessary?

    Another question: when= and how L3 service controller interacts with a transport controller (provi= ding transport services)?

     

    These clarifications I= think would be useful.

     

    Cheers,

    Igor=

     

    From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Daniele Ceccarelli
    Sent: Wednesday, November 16, 2016 9:32 PM
    To: TEAS WG (teas@ietf.org)
    Subject: [Teas] ACTN update

     

    Dear WG and ACTNers,

     

    Please find attached some slides trying to clarify t= erminology, roles and functionalities in ACTN (in line with the discussion = we had at the mic during the TEAS session). It provides an architectural ex= planation and a possible workflow description trying to see if it fits with the architecture.

     

    My proposal is to:

    1.       Add a section in the framework document to explain the relationship = and the split of roles between PNC, MDSC and existing components like orche= strator and domain controller.

    2.       Add a section to the “Applicability of YANG models for ACTN= 221; to explain how this impacts the definition of the MPI and what is miss= ing (i.e. TE-Service model). This will have impacts also on the PCEP applic= ability.

    3.    = Write a new document defining service mapping model that provides mappings = across LxSM and TE-service model and that can be extend to support differen= t service models (L3VPN/L2VPN/L1VPN, VTS, Transport Connectivity service, etc). Dhruv, Young and I are already working on this= .

     

    Opinions? Thoughts?

     

    BR
    Daniele 

     

     

     

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boundary="_004_AM2PR07MB0994170702DA95CFE891E28EF0B00AM2PR07MB0994eurp_" MIME-Version: 1.0 X-MS-Exchange-CrossTenant-originalarrivaltime: 18 Nov 2016 16:37:22.1074 (UTC) X-MS-Exchange-CrossTenant-fromentityheader: Hosted X-MS-Exchange-CrossTenant-id: 92e84ceb-fbfd-47ab-be52-080c6b87953f X-MS-Exchange-Transport-CrossTenantHeadersStamped: AM2PR07MB0994 X-OriginatorOrg: ericsson.com X-Brightmail-Tracker: H4sIAAAAAAAAA2WSbUhTURjHO3d323W4uk3NpxmUq8DUbWkRYmFaEZq90puEkUsvauo2dlW0 +rAPydA0JNTS0jTM8C1NzdaLrgaKFlaaplmms2GZH3T24kyStp0JQd9+z///f845z8OhOKIZ rphKVKYyGqUiWcITkMVRDz2ke2XyqM3Ppt2C5nt9g7KsejKUCK+snCfCR4b7iMPEKcGOOCY5 MZ3RyENiBAkdNUNIPd0XmDFkjdAia1FADqIooLfC09teOUhAieh7CNpfT3Bw0YXgvfm5rXCh SDqPA4YSMTYKCdD+qXOmOhE8askn7Ufx6GAwG/fbG9zpc/DWYODb2Y0GKLZYuVhfDYNFBQTm vXBzcsF5wUawfDcjOwvpaHg3PuZgET1AwExhhJ1d6NPwbfSqoxfRq2DuRZ2DObQnDJtvORho dzD1vuRh9oDJz4tcnD8LDVl6Z2YdNE184NnfD3Q5B36PmbjYOADamle8JW41ZPPxipKgv4vE +VwEIwNlCBefEORNNBM4tAamZ7djvYEHjbopLp6Agbv1WQhvQgwj/dlOXgNfP7Zx85FPyT9D 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--_000_AM2PR07MB0994170702DA95CFE891E28EF0B00AM2PR07MB0994eurp_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Hi Michael, I'm replying from the plane so the discussion might have progressed in the = meantime and I'll catch up later but wanted to reply to this. Please have at how I changed the architecture slide, trying to reflect the = fact that there is no multi domain coordination in the services and the one= that I added on the MDSC recursiveness. About recursiveness, we moved away from the statement that the CMI is equal= to the MPI and also added the concept of MMI (MDSC-MDSC interface) because= it is yet another interface. Consider for example the fact that on the CMI= you have the VN awareness why in the MPI you don't... We should update the fwk accordingly and IMO remove that statement. BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: venerd=EC 18 novembre 2016 02:53 To: Daniele Ceccarelli ; TEAS WG (teas@iet= f.org) Subject: RE: ACTN update Hi Daniele, I don't think that MDSC can be considered as a subset of an orchestrator, f= or the current definition of MDSC. For instance, I read in draft-ietf-teas-= actn-framework-01 this statement: "A key requirement for allowing recursion of MDSCs is that a single interface needs to be defined both for the north and the south bounds." If that were the case, the northbound and southbound interface of an orches= trator would have to have that recursion property of MSDC as well, for a su= bset of its interfaces, right? But, unfortunately, I don't believe that this is generally true. One indica= tion is that draft-wu-opsawg-service-model-explained-03 defines different m= odels on the different interfaces for an orchestrator (the names may not be= consensus). These interfaces may even use entirely different protocols and= data models in reality. To me, the recursion envisioned for MDSC seems to contradict how orchestrat= ors are discussed in other IETF WGs. I am not sure how this can be sorted e= xcept by revisiting the ACTN concepts and terms from a service provisioning= workflow point of view. Thanks Michael From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 17, 2016 6:20 PM To: Scharf, Michael (Nokia - DE); TEAS WG (teas@ietf.org) Subject: RE: ACTN update In line BR Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: gioved=EC 17 novembre 2016 21:10 To: Daniele Ceccarelli >; TEAS WG (teas@ietf.org) > Subject: RE: ACTN update Hi all, I think ongoing discussions in OPSAWG and L2SM show that a "service orchest= rator" implementing the L3SM model (or e.g. the L2SM model) may not necessa= rily directly talk to a domain controller. DC> May not or may, this is just an example. The goal of the slides is tot= ally different and is to show the relationship between the orchestrator and= the MDSC, since orchestrator is a well known term and the MDSC is not. The= re was a misunderstanding in thinking that the relationship is 1:1 while th= e MDSC is just a subset of the orchestrator functionalities. I hope you'll = have the chance to read the minutes of the meeting when available. There can be much more complex architectures, e.g., if the service provider= and network operator are not the same organization. DC> This is orthogonal with respect to the slides. If the service provide a= nd the network operator are not in the same organization (very common situa= tion) the "service" box will be inside the orchestrator and the MDSC will b= e out, what's the problem? Also, the L3SM is a customer-facing model and the system may deal with cust= omer "SLAs". Therefore, I am not sure if the term "TE" is really useful at = the level of the L3SM model. Also, I believe the SLAs for a customer may no= t necessarily directly relate to TE. So, I find the notion "L3SM + TE" quit= e confusing. DC> Again, that's just an example to say that it is L3SM plus constraints a= nd not just "I want connectivity between X and Y". If you don't like "L3SM+= TE" we can find a better one. If you have a suggestion it's more than welco= me. In summary, I don't think that this slide deck clarifies the role of ACTN i= n a real service provisioning architecture, e.g., for IP services. And since there is already terminology discussion in OPSAWG and L2SM/L3SM, = I find it not useful to add further ACTN-specific terms. This just increase= s the confusion that already exists. Maybe TEAS should back of a bit and work with the other WGs on terminology = alignment? DC> if you have a proposal I'm more than happy to consider it Thanks Michael From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Daniele Ceccarelli Sent: Thursday, November 17, 2016 3:32 AM To: TEAS WG (teas@ietf.org) > Subject: [Teas] ACTN update Dear WG and ACTNers, Please find attached some slides trying to clarify terminology, roles and f= unctionalities in ACTN (in line with the discussion we had at the mic durin= g the TEAS session). It provides an architectural explanation and a possibl= e workflow description trying to see if it fits with the architecture. My proposal is to: 1. Add a section in the framework document to explain the relationshi= p and the split of roles between PNC, MDSC and existing components like orc= hestrator and domain controller. 2. Add a section to the "Applicability of YANG models for ACTN" to ex= plain how this impacts the definition of the MPI and what is missing (i.e. = TE-Service model). This will have impacts also on the PCEP applicability. 3. Write a new document defining service mapping model that provides map= pings across LxSM and TE-service model and that can be extend to support di= fferent service models (L3VPN/L2VPN/L1VPN, VTS, Transport Connectivity serv= ice, etc). Dhruv, Young and I are already working on this. Opinions? Thoughts? BR Daniele --_000_AM2PR07MB0994170702DA95CFE891E28EF0B00AM2PR07MB0994eurp_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

    Hi Michael,

     

    I’m replying from the plane so the discussion might have progre= ssed in the meantime and I’ll catch up later but wanted to reply to t= his.

     

    Please have at how I changed the architecture slide, trying to reflec= t the fact that there is no multi domain coordination in the services and t= he one that I added on the MDSC recursiveness.

     

    About recursiveness, we moved away from the statement that the CMI is= equal to the MPI and also added the concept of MMI (MDSC-MDSC interface) b= ecause it is yet another interface. Consider for example the fact that on the CMI you have the VN awareness why in the = MPI you don’t…

     

    We should update the fwk accordingly and IMO remove that statement.

     

    BR
    Daniele 

     

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: venerd=EC 18 novembre 2016 02:53
    To: Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; TEAS= WG (teas@ietf.org) <teas@ietf.org>
    Subject: RE: ACTN update

     

    Hi Dani= ele,

     <= /span>

    I don&#= 8217;t think that MDSC can be considered as a subset of an orchestrator, fo= r the current definition of MDSC. For instance, I read in draft-ietf-teas-a= ctn-framework-01 this statement:=

     <= /span>

     &= nbsp; “A key requirement for allowing recursion of MDSCs is that a si= ngle

     &= nbsp; interface needs to be defined both for the north and the south=

     &= nbsp; bounds.”

     <= /span>

    If that= were the case, the northbound and southbound interface of an orchestrator = would have to have that recursion property of MSDC as well, for a subset of= its interfaces, right?

     <= /span>

    But, un= fortunately, I don’t believe that this is generally true. One indicat= ion is that draft-wu-opsawg-service-model-explained-03 defines different mo= dels on the different interfaces for an orchestrator (the names may not be consensus). These interfaces may even use entirely d= ifferent protocols and data models in reality.

     <= /span>

    To me, = the recursion envisioned for MDSC seems to contradict how orchestrators are= discussed in other IETF WGs. I am not sure how this can be sorted except b= y revisiting the ACTN concepts and terms from a service provisioning workflow point of view.

     <= /span>

    Thanks<= /span>

     <= /span>

    Michael=

     <= /span>

     <= /span>

    From: Daniele = Ceccarelli [mailto:danie= le.ceccarelli@ericsson.com]
    Sent: Thursday, November 17, 2016 6:20 PM
    To: Scharf, Michael (Nokia - DE); TEAS WG (teas@ietf.org)
    Subject: RE: ACTN update    <= /p>

     

    In line

     =

    BR
    Daniele

     =

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: gioved=EC 17 novembre 2016 21:10
    To: Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; TEAS WG (teas@ietf.org) <t= eas@ietf.org>
    Subject: RE: ACTN update    <= /p>

     

    Hi all,

     =

    I think ongoing discussions in = OPSAWG and L2SM show that a “service orchestrator” implementing= the L3SM model (or e.g. the L2SM model) may not necessarily directly talk = to a domain controller.

     =

    DC> May not or may, this is = just an example.  The goal of the slides is totally different and is t= o show the relationship between the orchestrator and the MDSC, since orches= trator is a well known term and the MDSC is not. There was a misunderstanding in thinking that the relationship is 1:1= while the MDSC is just a subset of the orchestrator functionalities. I hop= e you’ll have the chance to read the minutes of the meeting when avai= lable.

     =

    There can be much more complex = architectures, e.g., if the service provider and network operator are not t= he same organization.

    DC> This is orthogonal with = respect to the slides. If the service provide and the network operator are = not in the same organization (very common situation) the “serviceR= 21; box will be inside the orchestrator and the MDSC will be out, what’s the problem?=

     =

    Also, the L3SM is a customer-fa= cing model and the system may deal with customer “SLAs”. Theref= ore, I am not sure if the term “TE” is really useful at the lev= el of the L3SM model. Also, I believe the SLAs for a customer may not necessarily directly relate to TE. So, I find the notion “L3= SM + TE” quite confusing.

    DC> Again, that’s just= an example to say that it is L3SM plus constraints and not just “I w= ant connectivity between X and Y”. If you don’t like “L3S= M+TE” we can find a better one. If you have a suggestion it’= ;s more than welcome.

     =

    In summary, I don’t think= that this slide deck clarifies the role of ACTN in a real service provisio= ning architecture, e.g., for IP services.

     =

    And since there is already term= inology discussion in OPSAWG and L2SM/L3SM, I find it not useful to add fur= ther ACTN-specific terms. This just increases the confusion that already ex= ists.

     =

    Maybe TEAS should back of a bit= and work with the other WGs on terminology alignment?

    DC> if you have a proposal I= ’m more than happy to consider it=

     =

    Thanks=

     =

    Michael

     =

     =

    From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Daniele Ceccarelli
    Sent: Thursday, November 17, 2016 3:32 AM
    To: TEAS WG (    teas@ietf.org) <teas@ietf.org>
    Subject: [Teas] ACTN update

     =

    Dear WG and ACTNers,

     =

    Please find attached some slide= s trying to clarify terminology, roles and functionalities in ACTN (in line= with the discussion we had at the mic during the TEAS session). It provide= s an architectural explanation and a possible workflow description trying to see if it fits with the architectu= re.

     =

    My proposal is to:

    1.       Add a section in the framework document to expl= ain the relationship and the split of roles between PNC, MDSC and existing = components like orchestrator and domain controller.

    2.       Add a section to the “Applicability of YA= NG models for ACTN” to explain how this impacts the definition of the= MPI and what is missing (i.e. TE-Service model). This will have impacts al= so on the PCEP applicability.

    3.    Write a new document defining service mapping model t= hat provides mappings across LxSM and TE-service model and that can be exte= nd to support different service models (L3VPN/L2VPN/L1VPN, VTS, Transport Connectivity service, etc). Dhruv, Young and I are already = working on this.

     

    Opinions? Thoughts?

     =

    BR
    Daniele 

     =

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permitted sender hosts) spamdiagnosticoutput: 1:99 spamdiagnosticmetadata: NSPM Content-Type: multipart/related; boundary="_004_AM2PR07MB0994848FFE73F2D79E4CDFD7F0B00AM2PR07MB0994eurp_"; type="multipart/alternative" MIME-Version: 1.0 X-MS-Exchange-CrossTenant-originalarrivaltime: 18 Nov 2016 17:06:23.1246 (UTC) X-MS-Exchange-CrossTenant-fromentityheader: Hosted X-MS-Exchange-CrossTenant-id: 92e84ceb-fbfd-47ab-be52-080c6b87953f X-MS-Exchange-Transport-CrossTenantHeadersStamped: AM2PR07MB0995 X-OriginatorOrg: ericsson.com X-Brightmail-Tracker: H4sIAAAAAAAAA2WSe0iTYRTGeb+b35aD1zXztAxqWYh57yYV0YXCoKB/amKWzfxS2dxsW9EF bFATnBqG09SiMixNraYLNMjK0U2D6GY2LaVcmbmyG2sVRdveKUH//c5znue8nMPL01ITJ+fz tEZBr1VpFJyYqUlrD4+TLkpIS7RWsCm/u5NSzN4OZiWVeuTWBza1vv4HtYlKFy/PFjR5ewV9 wood4tz69nK2oMQt2nfV04tM6J5NZEEiHvBCONd4FlmQmJfiSwiK2+8wpLiH4PbQcKBgcBkN 7tIxinSsFNTdOBNCijsI3o989Nl4nsNLweXY4J8rw0owHW2m/DwVA9R89rJEnw59VVaK8Ba4 fvQS7WcGz4W7J5uRnyU4Az65LRyZb6fheON4ICDCa+GneTAQQHgafO9pCeg0joB+12mKLCSD 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Content-Type: multipart/alternative; boundary="_000_AM2PR07MB0994848FFE73F2D79E4CDFD7F0B00AM2PR07MB0994eurp_" --_000_AM2PR07MB0994848FFE73F2D79E4CDFD7F0B00AM2PR07MB0994eurp_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Hi Igor, I'm starting to understand the misunderstanding. We changed this when the "T" of ACTN moved from "Transport" to "TE", this h= appen even before the WG adoption. The tunnels I refer to are exactly TE tunnels at any layer between 0 and 3,= including MPLS-TE and Segment Routing TE. The role of the MDSC is setting up those tunnels (via coordination of multi= ple domains) and bind e.g. a L3VPN to those RSVP-TE or SR-TE tunnels. In th= eory it is possible to create a L3VPN directly on top of L0 or L1 tunnels b= ut it is not an appealing use case... Cheers Daniele From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: venerd=EC 18 novembre 2016 14:30 To: Daniele Ceccarelli ; TEAS WG (teas@iet= f.org) Subject: Re: [Teas] ACTN update Daniele, You still didn't answer my question. If the tunnels you refer to are TE tun= nels inter-connecting PEs (via Ps) in IP/MPLS layer, and you want to map a = given L3 service to a set of such tunnels, then what this has to do with MD= SC? I thought we agreed that multi-domain service coordination is only requ= ired when a circuit-switched transport service spanning multiple domains i= s set up or manipulated. Neither L3 services nor IP/MPLS TE tunnels support= ing them require multi-domain coordination. Cheers, Igor From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 17, 2016 6:32 PM To: Igor Bryskin; TEAS WG (teas@ietf.org) Subject: RE: ACTN update Hi Igor, Some more thoughts in line in red. Cheers Daniele From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: venerd=EC 18 novembre 2016 03:14 To: Daniele Ceccarelli >; TEAS WG (teas@ietf.org) > Subject: RE: ACTN update Hi Daniele, Please, see in-line. Igor From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 17, 2016 12:29 PM To: Igor Bryskin; TEAS WG (teas@ietf.org) Subject: RE: ACTN update Hi Igor, I've used the L3SM example because it is the customer facing model and it i= s what we have on top of the MDSC and the orchestrator and, being on top of= the MDSC, means that the sigle-multi/domain aspects are hidden (on top of = the MDSC you don't care and you don't know if between CE1 and CE2 or betwee= n AP1 and AP2 there is one, two or N domains. In the context of L3SM multi-domain service coordination is NOT mandatory. = The L3SM can be used on top of the MDSC in case of multiple domains and in= case of single domain it can be used either on top of the MDSC or on top o= f the PNC, this is a deployment choice and I just used an example. IB>> I agree with you, except that L3 service controller does not seat on t= op of MDSC as a direct client. The L3SM<=3D>MDSC relationship is indirect a= nd much more complex. Also from your slide below it is hard to interpret th= at L3SM nulti0domain coordination is not mandatory (IMHO by the way it is s= imply not needed) DC: I get your point. The picture seems to mandate a multi-domain coordinat= ion between the "service" boxes, which is not the case, that's correct. The= message that it wants to convey are the following: 1. Coordination between the MDSC and the Service function in the Serv= ice Orchestrator is needed (in order to be able to map a service against a = tunnel or a VN). It applies to single or multi domain and it doesn't care i= f it is single or multiple domains 2. The MDSC does not the service 3. The service can be created also at Controller level (within its ow= n domain) and it is not the PNC that is doing that. Hence a Service function box is needed in all the boxes, but this does not = mean that they coordinate among them. [cid:image001.png@01D241C6.75953B10] The interaction between the overlay network (i.e. the services) and the und= erlay/infrastruscture (i.e. the VN, tunnels etc) is mandatory if you want t= o map a service against a given tunnel or set of tunnel. IB>> It is not clear what do you mean by tunnels. Normally L3 service (e.g.= L3 VPN) PEs are connected via a mesh of IP/MPLS layer RSVP-TE tunnels and= L3 service specific LSPs are nested inside them. In any case, the TE part = does not go deeper than IP/MPLS layer, and said RSVP-TE tunnels are not re-= configured necessarily with every addition of a new L3 service. So, direct = interaction between L3 service and transport service controllers is not man= datory (especially if the two are owned by separate organizations and imple= mented by separate vendors). DC: I don't disagree with that. It must be possible to do the service to tu= nnel binding (i.e. I want L3VPN X to use tunnel Y) or in the classic way wi= th not such a binding (i.e. I want an L3VPN between A and B and I don't car= e which tunnel will be used). The binding does not mandate to create a new tunnel for each service obviou= sly. Existing ones can and must be reusable. If you don't want to do so you don't need ACTN or SDN in the network and yo= u can simply operate the network as you did yesterday, with the tunnels cre= ated by LDP and the unawareness of which service uses which tunnel...it is = simply enough to kwno that a packet goes from a source to a destination and= you don't care about the path, the constraints related to the service, and= the capability to know which services are used by which tunnel. IB>> The point is that L3 service SDN controller and transport service (T-S= DN) controller are both needed, but the two do not have to be integrated in= to one solution. It should be possible for an operator to cherry pick the c= ontrollers (e.g. L3 service controller provided by JNPR and T-SDN controlle= r provided by Huawei). DC: again agree, what in the figure makes you think that this is not the ca= se? Cheers Daniele From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: venerd=EC 18 novembre 2016 01:08 To: Daniele Ceccarelli >; TEAS WG (teas@ietf.org) > Subject: RE: ACTN update Danielle, Why in your opinion L3SM should know or care whether the provider looks aft= er a single- or multi-domain network? There is a strong case for multi-vend= or multi-domain transport network, but this is not necessarily true for a n= etwork providing L3 services, which (in contrast to, say. L0/L1 transport = network) could be a multi-vendor single domain network. In other words, why= in the context of L3SM multi-domain service coordination is necessary? Another question: when and how L3 service controller interacts with a trans= port controller (providing transport services)? These clarifications I think would be useful. Cheers, Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Daniele Ceccarelli Sent: Wednesday, November 16, 2016 9:32 PM To: TEAS WG (teas@ietf.org) Subject: [Teas] ACTN update Dear WG and ACTNers, Please find attached some slides trying to clarify terminology, roles and f= unctionalities in ACTN (in line with the discussion we had at the mic durin= g the TEAS session). It provides an architectural explanation and a possibl= e workflow description trying to see if it fits with the architecture. My proposal is to: 1. Add a section in the framework document to explain the relationshi= p and the split of roles between PNC, MDSC and existing components like orc= hestrator and domain controller. 2. Add a section to the "Applicability of YANG models for ACTN" to ex= plain how this impacts the definition of the MPI and what is missing (i.e. = TE-Service model). This will have impacts also on the PCEP applicability. 3. Write a new document defining service mapping model that provides map= pings across LxSM and TE-service model and that can be extend to support di= fferent service models (L3VPN/L2VPN/L1VPN, VTS, Transport Connectivity serv= ice, etc). Dhruv, Young and I are already working on this. Opinions? Thoughts? BR Daniele --_000_AM2PR07MB0994848FFE73F2D79E4CDFD7F0B00AM2PR07MB0994eurp_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

    Hi Igor,

     

    I’m starting to understand the misunderstanding.

    We changed this when the “T” of ACTN moved from “Tr= ansport” to “TE”, this happen even before the WG adoption= .

     

    The tunnels I refer to are exactly TE tunnels at any layer between 0 = and 3, including MPLS-TE and Segment Routing TE.

    The role of the MDSC is setting up those tunnels (via coordination of= multiple domains) and bind e.g. a L3VPN to those RSVP-TE or SR-TE tunnels.= In theory it is possible to create a L3VPN directly on top of L0 or L1 tunnels but it is not an appealing use c= ase…

     

    Cheers

    Daniele 

     

    From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Igor Bryskin
    Sent: venerd=EC 18 novembre 2016 14:30
    To: Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; TEAS= WG (teas@ietf.org) <teas@ietf.org>
    Subject: Re: [Teas] ACTN update

     

    Daniele= ,

    You sti= ll didn’t answer my question. If the tunnels you refer to are TE tunn= els inter-connecting PEs (via Ps) in IP/MPLS layer, and you want to map a g= iven L3 service to a set of such tunnels, then what this has to do with MDSC? I thought we agreed that multi-domain servi= ce coordination is only required when a circuit-switched  transport se= rvice spanning multiple domains is set up or manipulated. Neither L3 servic= es nor IP/MPLS TE tunnels supporting them require multi-domain coordination.

    &n= bsp;

    Cheers,=

    Igor

    &n= bsp;

    From: Da= niele Ceccarelli [mailto= :daniele.ceccarelli@ericsson.com]
    Sent: Thursday, November 17, 2016 6:32 PM
    To: Igor Bryskin; TEAS WG (teas@iet= f.org)
    Subject: RE: ACTN update

     

    Hi Igor,

     

    Some more thoughts in line in r= ed.

     

    Cheers

    Daniele 

     

    From: Igor Bryskin [mailto= :Igor.Bryskin@huawei.com]
    Sent: venerd=EC 18 novembre 2016 03:14
    To: Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; TEAS WG (teas@ietf.org) <t= eas@ietf.org>
    Subject: RE: ACTN update

     

    Hi Dani= ele,

    &n= bsp;

    Please,= see in-line.

    &n= bsp;

    Igor

    &n= bsp;

    From: Da= niele Ceccarelli [mailto= :daniele.ceccarelli@ericsson.com]
    Sent: Thursday, November 17, 2016 12:29 PM
    To: Igor Bryskin; TEAS WG (teas@iet= f.org)
    Subject: RE: ACTN update

     

    Hi Igor,

     

    I’ve used the L3SM exampl= e because it is the customer facing model and it is what we have on top of = the MDSC and the orchestrator and, being on top of the MDSC, means that the= sigle-multi/domain aspects are hidden (on top of the MDSC you don’t care and you don’t know if between C= E1 and CE2 or between AP1 and AP2 there is one, two or N domains.

     

    In the context of L3SM multi-do= main service coordination is NOT mandatory. The L3SM can be used on top of = the MDSC in case of multiple domains  and in case of single domain it = can be used either on top of the MDSC or on top of the PNC, this is a deployment choice and I just used an example.=

     

    IB>> I agree with you, ex= cept that L3 service controller does not seat on top of MDSC as a direct cl= ient. The L3SM<=3D>MDSC relationship is indirect and much more comple= x. Also from your slide below it is hard to interpret that L3SM nulti0domain coordination is not mandatory (IMHO by the way it i= s simply not needed)

    DC: I get y= our point. The picture seems to mandate a multi-domain coordination between= the “service” boxes, which is not the case, that’s corre= ct. The message that it wants to convey are the following:

    1.       Coordination between the MD= SC and the Service function in the Service Orchestrator is needed (in order= to be able to map a service against a tunnel or a VN). It applies to singl= e or multi domain and it doesn’t care if it is single or multiple domains

    2.       The MDSC does not the servi= ce

    3.       The service can be created = also at Controller level (within its own domain) and it is not the PNC that= is doing that.

     =

    Hence a Ser= vice function box is needed in all the boxes, but this does not mean that t= hey coordinate among them.

     

     

     

    The interaction between the ove= rlay network (i.e. the services) and the underlay/infrastruscture (i.e. the= VN, tunnels etc) is mandatory if you want to map a service against a given= tunnel or set of tunnel.

     

    IB>> It is not clear what= do you mean by tunnels. Normally L3 service (e.g. L3 VPN) PEs are connecte= d via a mesh of IP/MPLS layer  RSVP-TE tunnels and L3 service specific= LSPs are nested inside them. In any case, the TE part does not go deeper than IP/MPLS layer, and said RSVP-TE tunnels ar= e not re-configured necessarily with every addition of a new L3 service. So= , direct interaction between L3 service and transport service controllers i= s not mandatory (especially if the two are owned by separate organizations and implemented by separate vendor= s).

    DC: I don&#= 8217;t disagree with that. It must be possible to do the service to tunnel = binding (i.e. I want L3VPN X to use tunnel Y) or in the classic way with no= t such a binding (i.e. I want an L3VPN between A and B and I don’t care which tunnel will be used).

    The binding= does not mandate to create a new tunnel for each service obviously. Existi= ng ones can and must be reusable.

     

    If you don’t want to do s= o you don’t need ACTN or SDN in the network and you can simply operat= e the network as you did yesterday, with the tunnels created by LDP and the= unawareness of which service uses which tunnel…it is simply enough to kwno that a packet goes from a source to a destination= and you don’t care about the path, the constraints related to the se= rvice, and the capability to know which services are used by which tunnel.<= o:p>

     

    IB>> The point is that L3= service SDN controller and transport service (T-SDN) controller are both n= eeded, but the two do not have to be integrated into one solution. It shoul= d be possible for an operator to cherry pick the controllers (e.g. L3 service controller provided by JNPR and T-SDN con= troller provided by Huawei).

    DC: again a= gree, what in the figure makes you think that this is not the case?

     

    Cheers

    Daniele 

     

    From: Igor Bryskin [mailto= :Igor.Bryskin@huawei.com]
    Sent: venerd=EC 18 novembre 2016 01:08
    To: Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; TEAS WG (teas@ietf.org) <t= eas@ietf.org>
    Subject: RE: ACTN update

     

    Daniell= e,

    &n= bsp;

    Why in = your opinion L3SM should know or care whether the provider looks after a si= ngle- or multi-domain network? There is a strong case for multi-vendor mult= i-domain transport network, but this is not necessarily true for a network providing L3 services, which (in contra= st to, say.  L0/L1 transport network) could be a multi-vendor single d= omain network. In other words, why in the context of L3SM multi-domain serv= ice coordination is necessary?

    Another= question: when and how L3 service controller interacts with a transport co= ntroller (providing transport services)?

    &n= bsp;

    These c= larifications I think would be useful.

    &n= bsp;

    Cheers,=

    Igor

    &n= bsp;

    From: Te= as [mailto:teas-bounces@ietf.org] On Behalf Of Daniele Ceccarelli
    Sent: Wednesday, November 16, 2016 9:32 PM
    To: TEAS WG (    teas@ietf.org)
    Subject: [Teas] ACTN update

     

    Dear WG and ACTNers,=

     

    Please find attached some slide= s trying to clarify terminology, roles and functionalities in ACTN (in line= with the discussion we had at the mic during the TEAS session). It provide= s an architectural explanation and a possible workflow description trying to see if it fits with the architectu= re.

     

    My proposal is to:

    1.       Add a section in the framework document to expl= ain the relationship and the split of roles between PNC, MDSC and existing = components like orchestrator and domain controller.

    2.       Add a section to the “Applicability of YA= NG models for ACTN” to explain how this impacts the definition of the= MPI and what is missing (i.e. TE-Service model). This will have impacts al= so on the PCEP applicability.

    3.    Write a new document defining service mapping model t= hat provides mappings across LxSM and TE-service model and that can be exte= nd to support different service models (L3VPN/L2VPN/L1VPN, VTS, Transport Connectivity service, etc). Dhruv, Young and I are already = working on this.

     

    Opinions? Thoughts?<= /span>

     

    BR
    Daniele 

     

     

    &n= bsp;

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boundary="_006_AM2PR07MB0994476B1F9D6B57F7123E4FF0B00AM2PR07MB0994eurp_" MIME-Version: 1.0 X-MS-Exchange-CrossTenant-originalarrivaltime: 18 Nov 2016 17:29:07.0650 (UTC) X-MS-Exchange-CrossTenant-fromentityheader: Hosted X-MS-Exchange-CrossTenant-id: 92e84ceb-fbfd-47ab-be52-080c6b87953f X-MS-Exchange-Transport-CrossTenantHeadersStamped: AM2PR07MB0994 X-OriginatorOrg: ericsson.com X-Brightmail-Tracker: H4sIAAAAAAAAA2WSe0iTYRTGeb/L9mmN3ubKo0XUyjDzroSkiAWBVGIEmaWSKz9ypJvus4sR JZKFlnZR8xKUhWheykthUmk4tJr1h7Y007TUJdo9sXIto317Nwj673fO85zzcF5ejpY/kbhz ak0Gr9OoUpQSZ6Ys9m6kj3q9X6x/SX9QyJwhIMTc6xWSM9vKRNCRJzs/sZGVlWYqcnjwObWN 3u0clsSnqA/xOr/wROfkit42aVpdU/SRr18jstDMuag85MQBDobagWI2DzlzcnwLwcfsOSkp niDo7KqnxYLB+TRkX55kiFJMQefvs3bbIwQ5HS1UHuI4CV4PJv1Wsa/AFxGUNpfTYogLBij7 NsuKrMBu8PJSEUU4Buon7tk8DPaACxcsNo8Mx0Njd7497SkNVe3ljCg44QQoNI4jkRFeDD+7 622LaOwKg6arFLlIAaO9TyWEF8HU+B+W+PdCQ06r3bMcmieGJGIA4Aoa3loMDBGiYGysU+Lg loe5UsIH4Fd+H0sGziAw/LpPkWIEQe54Ny3eD3gpfJkOJf1GCRSYO2xxcsxD9c0cRN7CHYZf 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boundary="_005_AM2PR07MB0994476B1F9D6B57F7123E4FF0B00AM2PR07MB0994eurp_"; type="multipart/alternative" --_005_AM2PR07MB0994476B1F9D6B57F7123E4FF0B00AM2PR07MB0994eurp_ Content-Type: multipart/alternative; boundary="_000_AM2PR07MB0994476B1F9D6B57F7123E4FF0B00AM2PR07MB0994eurp_" --_000_AM2PR07MB0994476B1F9D6B57F7123E4FF0B00AM2PR07MB0994eurp_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable The entity that creates the tunnels is the MDSC. The MDSC is a functionalit= y and it can be included into the service orchestrator or the network orche= strator. If the service is between nodes belonging to the same domain it is obviousl= y possible to do it directly via the domain controller or (if the operator = wants to have only the Service/Network Orchestator as unique point to contr= ol the network) via the Service/Network Orchestrator that in this case woul= d speak just with one PNC. Regarding the layers in the slide I only considered one layer (MPLS) becaus= e the service is done at one layer. I have added a slide with a packet-otpi= cal scenario but I think it is irrelevant wrt the service to tunnel binding= . Critiques to the slides are more than welcome but also proposals on how to = improve them would be highly useful. Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: venerd=EC 18 novembre 2016 11:57 To: Daniele Ceccarelli ; Igor Bryskin ; TEAS WG (teas@ietf.org) Subject: RE: ACTN update In case of L3VPNs and L2VPNs, a "service orchestrator" may not have to crea= te tunnels (or pseudowires etc.). This can be a function of a "network orch= estrator" or a "domain controller" (or however we call them(), or it can be= a standalone function outside any "orchestrator". I agree with Igor that the picture does not cover well the case of having d= ifferent IP and optical controllers - simply because it only shows one laye= r. Michael From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Daniele Ceccarelli Sent: Friday, November 18, 2016 12:32 AM To: Igor Bryskin; TEAS WG (teas@ietf.org) Subject: Re: [Teas] ACTN update Hi Igor, Some more thoughts in line in red. Cheers Daniele From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: venerd=EC 18 novembre 2016 03:14 To: Daniele Ceccarelli >; TEAS WG (teas@ietf.org) > Subject: RE: ACTN update Hi Daniele, Please, see in-line. Igor From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 17, 2016 12:29 PM To: Igor Bryskin; TEAS WG (teas@ietf.org) Subject: RE: ACTN update Hi Igor, I've used the L3SM example because it is the customer facing model and it i= s what we have on top of the MDSC and the orchestrator and, being on top of= the MDSC, means that the sigle-multi/domain aspects are hidden (on top of = the MDSC you don't care and you don't know if between CE1 and CE2 or betwee= n AP1 and AP2 there is one, two or N domains. In the context of L3SM multi-domain service coordination is NOT mandatory. = The L3SM can be used on top of the MDSC in case of multiple domains and in= case of single domain it can be used either on top of the MDSC or on top o= f the PNC, this is a deployment choice and I just used an example. IB>> I agree with you, except that L3 service controller does not seat on t= op of MDSC as a direct client. The L3SM<=3D>MDSC relationship is indirect a= nd much more complex. Also from your slide below it is hard to interpret th= at L3SM nulti0domain coordination is not mandatory (IMHO by the way it is s= imply not needed) DC: I get your point. The picture seems to mandate a multi-domain coordinat= ion between the "service" boxes, which is not the case, that's correct. The= message that it wants to convey are the following: 1. Coordination between the MDSC and the Service function in the Serv= ice Orchestrator is needed (in order to be able to map a service against a = tunnel or a VN). It applies to single or multi domain and it doesn't care i= f it is single or multiple domains 2. The MDSC does not the service 3. The service can be created also at Controller level (within its ow= n domain) and it is not the PNC that is doing that. Hence a Service function box is needed in all the boxes, but this does not = mean that they coordinate among them. [cid:image001.png@01D241C7.455BFF00] The interaction between the overlay network (i.e. the services) and the und= erlay/infrastruscture (i.e. the VN, tunnels etc) is mandatory if you want t= o map a service against a given tunnel or set of tunnel. IB>> It is not clear what do you mean by tunnels. Normally L3 service (e.g.= L3 VPN) PEs are connected via a mesh of IP/MPLS layer RSVP-TE tunnels and= L3 service specific LSPs are nested inside them. In any case, the TE part = does not go deeper than IP/MPLS layer, and said RSVP-TE tunnels are not re-= configured necessarily with every addition of a new L3 service. So, direct = interaction between L3 service and transport service controllers is not man= datory (especially if the two are owned by separate organizations and imple= mented by separate vendors). DC: I don't disagree with that. It must be possible to do the service to tu= nnel binding (i.e. I want L3VPN X to use tunnel Y) or in the classic way wi= th not such a binding (i.e. I want an L3VPN between A and B and I don't car= e which tunnel will be used). The binding does not mandate to create a new tunnel for each service obviou= sly. Existing ones can and must be reusable. If you don't want to do so you don't need ACTN or SDN in the network and yo= u can simply operate the network as you did yesterday, with the tunnels cre= ated by LDP and the unawareness of which service uses which tunnel...it is = simply enough to kwno that a packet goes from a source to a destination and= you don't care about the path, the constraints related to the service, and= the capability to know which services are used by which tunnel. IB>> The point is that L3 service SDN controller and transport service (T-S= DN) controller are both needed, but the two do not have to be integrated in= to one solution. It should be possible for an operator to cherry pick the c= ontrollers (e.g. L3 service controller provided by JNPR and T-SDN controlle= r provided by Huawei). DC: again agree, what in the figure makes you think that this is not the ca= se? Cheers Daniele From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: venerd=EC 18 novembre 2016 01:08 To: Daniele Ceccarelli >; TEAS WG (teas@ietf.org) > Subject: RE: ACTN update Danielle, Why in your opinion L3SM should know or care whether the provider looks aft= er a single- or multi-domain network? There is a strong case for multi-vend= or multi-domain transport network, but this is not necessarily true for a n= etwork providing L3 services, which (in contrast to, say. L0/L1 transport = network) could be a multi-vendor single domain network. In other words, why= in the context of L3SM multi-domain service coordination is necessary? Another question: when and how L3 service controller interacts with a trans= port controller (providing transport services)? These clarifications I think would be useful. Cheers, Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Daniele Ceccarelli Sent: Wednesday, November 16, 2016 9:32 PM To: TEAS WG (teas@ietf.org) Subject: [Teas] ACTN update Dear WG and ACTNers, Please find attached some slides trying to clarify terminology, roles and f= unctionalities in ACTN (in line with the discussion we had at the mic durin= g the TEAS session). It provides an architectural explanation and a possibl= e workflow description trying to see if it fits with the architecture. My proposal is to: 1. Add a section in the framework document to explain the relationshi= p and the split of roles between PNC, MDSC and existing components like orc= hestrator and domain controller. 2. Add a section to the "Applicability of YANG models for ACTN" to ex= plain how this impacts the definition of the MPI and what is missing (i.e. = TE-Service model). This will have impacts also on the PCEP applicability. 3. Write a new document defining service mapping model that provides map= pings across LxSM and TE-service model and that can be extend to support di= fferent service models (L3VPN/L2VPN/L1VPN, VTS, Transport Connectivity serv= ice, etc). Dhruv, Young and I are already working on this. Opinions? Thoughts? BR Daniele --_000_AM2PR07MB0994476B1F9D6B57F7123E4FF0B00AM2PR07MB0994eurp_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

    The entity that creates the tunnels is the MDSC. The MDSC is a functi= onality and it can be included into the service orchestrator or the network= orchestrator.

     

    If the service is between nodes belonging to the same domain it is ob= viously possible to do it directly via the domain controller or (if the ope= rator wants to have only the Service/Network Orchestator as unique point to control the network) via the Service/Networ= k Orchestrator that in this case would speak just with one PNC.<= /span>

     

    Regarding the layers in the slide I only considered one layer (MPLS) = because the service is done at one layer. I have added a slide with a packe= t-otpical scenario but I think it is irrelevant wrt the service to tunnel binding.

     

    Critiques to the slides are more than welcome but also proposals on h= ow to improve them would be highly useful.

     

    Daniele 

     

     

    From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com]
    Sent: venerd=EC 18 novembre 2016 11:57
    To: Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; Igor= Bryskin <Igor.Bryskin@huawei.com>; TEAS WG (teas@ietf.org) <teas@= ietf.org>
    Subject: RE: ACTN update

     

    In case= of L3VPNs and L2VPNs, a “service orchestrator” may not have to= create tunnels (or pseudowires etc.). This can be a function of a “n= etwork orchestrator” or a “domain controller” (or however we call them(), or it can be a standalone function outside any “orch= estrator”.

    &n= bsp;

    I agree= with Igor that the picture does not cover well the case of having differen= t IP and optical controllers – simply because it only shows one layer= .

    &n= bsp;

    Michael=

    &n= bsp;

    &n= bsp;

    From: Teas [mailto:teas-bounc= es@ietf.org] On Behalf Of Daniele Ceccarelli
    Sent: Friday, November 18, 2016 12:32 AM
    To: Igor Bryskin; TEAS WG (    <= span lang=3D"DE" style=3D"font-size:10.0pt;font-family:"Tahoma",s= ans-serif">teas@ietf.org    )
    Subject: Re: [Teas] ACTN update

     

    Hi Igor,

     

    Some more thoughts in line in r= ed.

     

    Cheers

    Daniele 

     

    From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: venerd=EC 18 novembre 2016 03:14
    To: Daniele Ceccarelli <    daniele.ceccarelli@ericsson.com>; TEAS WG (teas@ietf.org) <teas@ietf= .org>
    Subject: RE: ACTN update

     

    Hi Dani= ele,

    &n= bsp;

    Please,= see in-line.

    &n= bsp;

    Igor

    &n= bsp;

    From: Da= niele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com]
    Sent: Thursday, November 17, 2016 12:29 PM
    To: Igor Bryskin; TEAS WG (    <= span lang=3D"EN-US" style=3D"font-size:10.0pt;font-family:"Tahoma"= ;,sans-serif">teas@ietf.org)
    Subject: RE: ACTN update

     

    Hi Igor,

     

    I’ve used the L3SM exampl= e because it is the customer facing model and it is what we have on top of = the MDSC and the orchestrator and, being on top of the MDSC, means that the= sigle-multi/domain aspects are hidden (on top of the MDSC you don’t care and you don’t know if between C= E1 and CE2 or between AP1 and AP2 there is one, two or N domains.

     

    In the context of L3SM multi-do= main service coordination is NOT mandatory. The L3SM can be used on top of = the MDSC in case of multiple domains  and in case of single domain it = can be used either on top of the MDSC or on top of the PNC, this is a deployment choice and I just used an example.=

     

    IB>> I agree with you, ex= cept that L3 service controller does not seat on top of MDSC as a direct cl= ient. The L3SM<=3D>MDSC relationship is indirect and much more comple= x. Also from your slide below it is hard to interpret that L3SM nulti0domain coordination is not mandatory (IMHO by the way it i= s simply not needed)

    DC: I get y= our point. The picture seems to mandate a multi-domain coordination between= the “service” boxes, which is not the case, that’s corre= ct. The message that it wants to convey are the following:

    1.       Coordination between the MD= SC and the Service function in the Service Orchestrator is needed (in order= to be able to map a service against a tunnel or a VN). It applies to singl= e or multi domain and it doesn’t care if it is single or multiple domains

    2.       The MDSC does not the servi= ce

    3.       The service can be created = also at Controller level (within its own domain) and it is not the PNC that= is doing that.

     =

    Hence a Ser= vice function box is needed in all the boxes, but this does not mean that t= hey coordinate among them.

     

    3D"cid:image001.png@01D241C7.455BFF00" 

     

    The interaction between the ove= rlay network (i.e. the services) and the underlay/infrastruscture (i.e. the= VN, tunnels etc) is mandatory if you want to map a service against a given= tunnel or set of tunnel.

     

    IB>> It is not clear what= do you mean by tunnels. Normally L3 service (e.g. L3 VPN) PEs are connecte= d via a mesh of IP/MPLS layer  RSVP-TE tunnels and L3 service specific= LSPs are nested inside them. In any case, the TE part does not go deeper than IP/MPLS layer, and said RSVP-TE tunnels ar= e not re-configured necessarily with every addition of a new L3 service. So= , direct interaction between L3 service and transport service controllers i= s not mandatory (especially if the two are owned by separate organizations and implemented by separate vendor= s).

    DC: I don&#= 8217;t disagree with that. It must be possible to do the service to tunnel = binding (i.e. I want L3VPN X to use tunnel Y) or in the classic way with no= t such a binding (i.e. I want an L3VPN between A and B and I don’t care which tunnel will be used).

    The binding= does not mandate to create a new tunnel for each service obviously. Existi= ng ones can and must be reusable.

     

    If you don’t want to do s= o you don’t need ACTN or SDN in the network and you can simply operat= e the network as you did yesterday, with the tunnels created by LDP and the= unawareness of which service uses which tunnel…it is simply enough to kwno that a packet goes from a source to a destination= and you don’t care about the path, the constraints related to the se= rvice, and the capability to know which services are used by which tunnel.<= o:p>

     

    IB>> The point is that L3= service SDN controller and transport service (T-SDN) controller are both n= eeded, but the two do not have to be integrated into one solution. It shoul= d be possible for an operator to cherry pick the controllers (e.g. L3 service controller provided by JNPR and T-SDN con= troller provided by Huawei).

    DC: again a= gree, what in the figure makes you think that this is not the case?

     

    Cheers

    Daniele 

     

    From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: venerd=EC 18 novembre 2016 01:08
    To: Daniele Ceccarelli <    daniele.ceccarelli@ericsson.com>; TEAS WG (teas@ietf.org) <teas@ietf= .org>
    Subject: RE: ACTN update

     

    Daniell= e,

    &n= bsp;

    Why in = your opinion L3SM should know or care whether the provider looks after a si= ngle- or multi-domain network? There is a strong case for multi-vendor mult= i-domain transport network, but this is not necessarily true for a network providing L3 services, which (in contra= st to, say.  L0/L1 transport network) could be a multi-vendor single d= omain network. In other words, why in the context of L3SM multi-domain serv= ice coordination is necessary?

    Another= question: when and how L3 service controller interacts with a transport co= ntroller (providing transport services)?

    &n= bsp;

    These c= larifications I think would be useful.

    &n= bsp;

    Cheers,=

    Igor

    &n= bsp;

    From: Te= as [mailto:t= eas-bounces@ietf.org] On Behalf Of Daniele Ceccarelli
    Sent: Wednesday, November 16, 2016 9:32 PM
    To: TEAS WG (    = teas@ietf.org)
    Subject: [Teas] ACTN update

     

    Dear WG and ACTNers,=

     

    Please find attached some slide= s trying to clarify terminology, roles and functionalities in ACTN (in line= with the discussion we had at the mic during the TEAS session). It provide= s an architectural explanation and a possible workflow description trying to see if it fits with the architectu= re.

     

    My proposal is to:

    1.       Add a section in the framework document to expl= ain the relationship and the split of roles between PNC, MDSC and existing = components like orchestrator and domain controller.

    2.       Add a section to the “Applicability of YA= NG models for ACTN” to explain how this impacts the definition of the= MPI and what is missing (i.e. TE-Service model). This will have impacts al= so on the PCEP applicability.

    3.    Write a new document defining service mapping model t= hat provides mappings across LxSM and TE-service model and that can be exte= nd to support different service models (L3VPN/L2VPN/L1VPN, VTS, Transport Connectivity service, etc). Dhruv, Young and I are already = working on this.

     

    Opinions? Thoughts?<= /span>

     

    BR
    Daniele 

     

     

    &n= bsp;

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Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 679FF129416 for ; Fri, 18 Nov 2016 09:58:10 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.716 X-Spam-Level: X-Spam-Status: No, score=-5.716 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DC_PNG_UNO_LARGO=0.001, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id fI5XmRazIMhL for ; Fri, 18 Nov 2016 09:58:06 -0800 (PST) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 6200412949A for ; Fri, 18 Nov 2016 09:58:05 -0800 (PST) Received: from 172.18.7.190 (EHLO lhreml702-cah.china.huawei.com) ([172.18.7.190]) by lhrrg02-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id CVN14069; Fri, 18 Nov 2016 17:58:00 +0000 (GMT) Received: from DFWEML702-CAH.china.huawei.com (10.193.5.176) by lhreml702-cah.china.huawei.com (10.201.5.99) with Microsoft SMTP Server (TLS) id 14.3.235.1; Fri, 18 Nov 2016 17:55:36 +0000 Received: from DFWEML501-MBX.china.huawei.com ([10.193.5.178]) by dfweml702-cah.china.huawei.com ([10.193.5.176]) with mapi id 14.03.0235.001; Fri, 18 Nov 2016 09:55:33 -0800 From: Igor Bryskin To: Daniele Ceccarelli , "TEAS WG (teas@ietf.org)" Thread-Topic: ACTN update Thread-Index: AdJAeoeb3oMDwnZ0TveBS2SD5cPsIAAb/9IQAAMTAcAAALmRUAAKCQxQAB8276AAB5iLYAABJV4A Date: Fri, 18 Nov 2016 17:55:33 +0000 Message-ID: <0C72C38E7EBC34499E8A9E7DD007863908F19DD7@dfweml501-mbx> References: <0C72C38E7EBC34499E8A9E7DD007863908F18AA2@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F18B77@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F19D18@dfweml501-mbx> In-Reply-To: Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: yes X-MS-TNEF-Correlator: x-originating-ip: [10.212.254.198] Content-Type: multipart/related; boundary="_004_0C72C38E7EBC34499E8A9E7DD007863908F19DD7dfweml501mbx_"; type="multipart/alternative" MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A010204.582F412A.00A4, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: 9d13b07c82a90ca8f75b83bab7b61c68 Archived-At: Subject: Re: [Teas] ACTN update X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 18 Nov 2016 17:58:10 -0000 --_004_0C72C38E7EBC34499E8A9E7DD007863908F19DD7dfweml501mbx_ Content-Type: multipart/alternative; boundary="_000_0C72C38E7EBC34499E8A9E7DD007863908F19DD7dfweml501mbx_" --_000_0C72C38E7EBC34499E8A9E7DD007863908F19DD7dfweml501mbx_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Daniele, In the context of L3 services there is a big difference between TE tunnels = in IP/MPLS layer and ones, say, in L0/L1 layers. The former inter-connect P= Es (via Ps) and do not imply IP/MPLS topology reconfigurations. They direct= ly support L3 services and could be easily added/removed/adjusted if/when p= rove necessary. In contrast, TE tunnels in L0/L1 do not directly support L3= services; rather, they support IP/MPLS TE links ( for example, between adj= acent PE and P or between Ps) that could be dynamically added (or removed) = if/when the current IP/MPLS topology is not sufficient to accommodate addit= ional IP/MPLS TE tunnels to support a new L3 service. I doubt that network operators will like the idea of routine IP topology re= -configurations every time a new L3 service is added or removed. Don't get = me wrong, there are important use cases when dynamic IP topology re-configu= ration is required (e.g. severe congestion prevention or disaster recovery = reconfiguration), but normal L3 service manipulation is likely to be not on= e of them - rare exceptions aside it is expected to be contained within exi= sting IP/MPLS topology. Cheers, Igor From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Friday, November 18, 2016 12:06 PM To: Igor Bryskin; TEAS WG (teas@ietf.org) Subject: RE: ACTN update Hi Igor, I'm starting to understand the misunderstanding. We changed this when the "T" of ACTN moved from "Transport" to "TE", this h= appen even before the WG adoption. The tunnels I refer to are exactly TE tunnels at any layer between 0 and 3,= including MPLS-TE and Segment Routing TE. The role of the MDSC is setting up those tunnels (via coordination of multi= ple domains) and bind e.g. a L3VPN to those RSVP-TE or SR-TE tunnels. In th= eory it is possible to create a L3VPN directly on top of L0 or L1 tunnels b= ut it is not an appealing use case... Cheers Daniele From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Igor Bryskin Sent: venerd=EC 18 novembre 2016 14:30 To: Daniele Ceccarelli ; TEAS WG (teas@iet= f.org) Subject: Re: [Teas] ACTN update Daniele, You still didn't answer my question. If the tunnels you refer to are TE tun= nels inter-connecting PEs (via Ps) in IP/MPLS layer, and you want to map a = given L3 service to a set of such tunnels, then what this has to do with MD= SC? I thought we agreed that multi-domain service coordination is only requ= ired when a circuit-switched transport service spanning multiple domains i= s set up or manipulated. Neither L3 services nor IP/MPLS TE tunnels support= ing them require multi-domain coordination. Cheers, Igor From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 17, 2016 6:32 PM To: Igor Bryskin; TEAS WG (teas@ietf.org) Subject: RE: ACTN update Hi Igor, Some more thoughts in line in red. Cheers Daniele From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: venerd=EC 18 novembre 2016 03:14 To: Daniele Ceccarelli >; TEAS WG (teas@ietf.org) > Subject: RE: ACTN update Hi Daniele, Please, see in-line. Igor From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 17, 2016 12:29 PM To: Igor Bryskin; TEAS WG (teas@ietf.org) Subject: RE: ACTN update Hi Igor, I've used the L3SM example because it is the customer facing model and it i= s what we have on top of the MDSC and the orchestrator and, being on top of= the MDSC, means that the sigle-multi/domain aspects are hidden (on top of = the MDSC you don't care and you don't know if between CE1 and CE2 or betwee= n AP1 and AP2 there is one, two or N domains. In the context of L3SM multi-domain service coordination is NOT mandatory. = The L3SM can be used on top of the MDSC in case of multiple domains and in= case of single domain it can be used either on top of the MDSC or on top o= f the PNC, this is a deployment choice and I just used an example. IB>> I agree with you, except that L3 service controller does not seat on t= op of MDSC as a direct client. The L3SM<=3D>MDSC relationship is indirect a= nd much more complex. Also from your slide below it is hard to interpret th= at L3SM nulti0domain coordination is not mandatory (IMHO by the way it is s= imply not needed) DC: I get your point. The picture seems to mandate a multi-domain coordinat= ion between the "service" boxes, which is not the case, that's correct. The= message that it wants to convey are the following: 1. Coordination between the MDSC and the Service function in the Serv= ice Orchestrator is needed (in order to be able to map a service against a = tunnel or a VN). It applies to single or multi domain and it doesn't care i= f it is single or multiple domains 2. The MDSC does not the service 3. The service can be created also at Controller level (within its ow= n domain) and it is not the PNC that is doing that. Hence a Service function box is needed in all the boxes, but this does not = mean that they coordinate among them. [cid:image001.png@01D2419B.0BB67950] The interaction between the overlay network (i.e. the services) and the und= erlay/infrastruscture (i.e. the VN, tunnels etc) is mandatory if you want t= o map a service against a given tunnel or set of tunnel. IB>> It is not clear what do you mean by tunnels. Normally L3 service (e.g.= L3 VPN) PEs are connected via a mesh of IP/MPLS layer RSVP-TE tunnels and= L3 service specific LSPs are nested inside them. In any case, the TE part = does not go deeper than IP/MPLS layer, and said RSVP-TE tunnels are not re-= configured necessarily with every addition of a new L3 service. So, direct = interaction between L3 service and transport service controllers is not man= datory (especially if the two are owned by separate organizations and imple= mented by separate vendors). DC: I don't disagree with that. It must be possible to do the service to tu= nnel binding (i.e. I want L3VPN X to use tunnel Y) or in the classic way wi= th not such a binding (i.e. I want an L3VPN between A and B and I don't car= e which tunnel will be used). The binding does not mandate to create a new tunnel for each service obviou= sly. Existing ones can and must be reusable. If you don't want to do so you don't need ACTN or SDN in the network and yo= u can simply operate the network as you did yesterday, with the tunnels cre= ated by LDP and the unawareness of which service uses which tunnel...it is = simply enough to kwno that a packet goes from a source to a destination and= you don't care about the path, the constraints related to the service, and= the capability to know which services are used by which tunnel. IB>> The point is that L3 service SDN controller and transport service (T-S= DN) controller are both needed, but the two do not have to be integrated in= to one solution. It should be possible for an operator to cherry pick the c= ontrollers (e.g. L3 service controller provided by JNPR and T-SDN controlle= r provided by Huawei). DC: again agree, what in the figure makes you think that this is not the ca= se? Cheers Daniele From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: venerd=EC 18 novembre 2016 01:08 To: Daniele Ceccarelli >; TEAS WG (teas@ietf.org) > Subject: RE: ACTN update Danielle, Why in your opinion L3SM should know or care whether the provider looks aft= er a single- or multi-domain network? There is a strong case for multi-vend= or multi-domain transport network, but this is not necessarily true for a n= etwork providing L3 services, which (in contrast to, say. L0/L1 transport = network) could be a multi-vendor single domain network. In other words, why= in the context of L3SM multi-domain service coordination is necessary? Another question: when and how L3 service controller interacts with a trans= port controller (providing transport services)? These clarifications I think would be useful. Cheers, Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Daniele Ceccarelli Sent: Wednesday, November 16, 2016 9:32 PM To: TEAS WG (teas@ietf.org) Subject: [Teas] ACTN update Dear WG and ACTNers, Please find attached some slides trying to clarify terminology, roles and f= unctionalities in ACTN (in line with the discussion we had at the mic durin= g the TEAS session). It provides an architectural explanation and a possibl= e workflow description trying to see if it fits with the architecture. My proposal is to: 1. Add a section in the framework document to explain the relationshi= p and the split of roles between PNC, MDSC and existing components like orc= hestrator and domain controller. 2. Add a section to the "Applicability of YANG models for ACTN" to ex= plain how this impacts the definition of the MPI and what is missing (i.e. = TE-Service model). This will have impacts also on the PCEP applicability. 3. Write a new document defining service mapping model that provides map= pings across LxSM and TE-service model and that can be extend to support di= fferent service models (L3VPN/L2VPN/L1VPN, VTS, Transport Connectivity serv= ice, etc). Dhruv, Young and I are already working on this. Opinions? Thoughts? BR Daniele --_000_0C72C38E7EBC34499E8A9E7DD007863908F19DD7dfweml501mbx_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

    Daniele,

     

    In the context of L3 s= ervices there is a big difference between TE tunnels in IP/MPLS layer and o= nes, say, in L0/L1 layers. The former inter-connect PEs (via Ps) and do not= imply IP/MPLS topology reconfigurations. They directly support L3 services and could be easily added/removed/adjust= ed if/when prove necessary. In contrast, TE tunnels in L0/L1 do not directl= y support L3 services; rather, they support IP/MPLS TE links ( for example,= between adjacent PE and P or between Ps) that could be dynamically added (or removed) if/when the current IP/MP= LS topology is not sufficient to accommodate additional IP/MPLS TE tunnels&= nbsp; to support a new L3 service.

     

    I doubt that network o= perators will like the idea of routine IP topology re-configurations every = time a new L3 service is added or removed. Don’t get me wrong, there are important use cases when dynamic IP topology re-configuration is required (e.g. seve= re congestion prevention or disaster recovery reconfiguration), but normal = L3 service manipulation is likely to be not one of them – rare except= ions aside it is expected to be contained within existing IP/MPLS topology.

     

    Cheers,

    Igor=

     

     

     

     

    From: Daniele = Ceccarelli [mailto:daniele.ceccarelli@ericsson.com]
    Sent: Friday, November 18, 2016 12:06 PM
    To: Igor Bryskin; TEAS WG (teas@ietf.org)
    Subject: RE: ACTN update

     

    Hi Igor,

     

    I’m starting to understand the misunderstandin= g.

    We changed this when the “T” of ACTN mov= ed from “Transport” to “TE”, this happen even befor= e the WG adoption.

     

    The tunnels I refer to are exactly TE tunnels at any= layer between 0 and 3, including MPLS-TE and Segment Routing TE.

    The role of the MDSC is setting up those tunnels (vi= a coordination of multiple domains) and bind e.g. a L3VPN to those RSVP-TE = or SR-TE tunnels. In theory it is possible to create a L3VPN directly on to= p of L0 or L1 tunnels but it is not an appealing use case…

     

    Cheers

    Daniele 

     

    From: Teas [mailto:teas-bounces@ietf.org] = On Behalf Of Igor Bryskin
    Sent: venerd=EC 18 novembre 2016 14:30
    To: Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; TEAS= WG (teas@ietf.org) <teas@ietf.org>
    Subject: Re: [Teas] ACTN update

     

    Daniele,

    You still didn’t= answer my question. If the tunnels you refer to are TE tunnels inter-conne= cting PEs (via Ps) in IP/MPLS layer, and you want to map a given L3 service= to a set of such tunnels, then what this has to do with MDSC? I thought we agreed that multi-domain service coordin= ation is only required when a circuit-switched  transport service span= ning multiple domains is set up or manipulated. Neither L3 services nor IP/= MPLS TE tunnels supporting them require multi-domain coordination.

     

    Cheers,

    Igor=

     

    From: Daniele = Ceccarelli [mailto:danie= le.ceccarelli@ericsson.com]
    Sent: Thursday, November 17, 2016 6:32 PM
    To: Igor Bryskin; TEAS WG (teas@iet= f.org)
    Subject: RE: ACTN update

     

    Hi Igor,

     

    Some more thoughts in line in red.

     

    Cheers

    Daniele 

     

    From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: venerd=EC 18 novembre 2016 03:14
    To: Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; TEAS WG (teas@ietf.org) <t= eas@ietf.org>
    Subject: RE: ACTN update

     

    Hi Daniele,=

     

    Please, see in-line.

     

    Igor=

     

    From: Daniele = Ceccarelli [mailto:danie= le.ceccarelli@ericsson.com]
    Sent: Thursday, November 17, 2016 12:29 PM
    To: Igor Bryskin; TEAS WG (teas@iet= f.org)
    Subject: RE: ACTN update

     

    Hi Igor,

     

    I’ve used the L3SM example because it is the c= ustomer facing model and it is what we have on top of the MDSC and the orch= estrator and, being on top of the MDSC, means that the sigle-multi/domain a= spects are hidden (on top of the MDSC you don’t care and you don’t know if between CE1 and CE2 or betwee= n AP1 and AP2 there is one, two or N domains.

     

    In the context of L3SM multi-domain service coordina= tion is NOT mandatory. The L3SM can be used on top of the MDSC in case of m= ultiple domains  and in case of single domain it can be used either on= top of the MDSC or on top of the PNC, this is a deployment choice and I just used an example.

     

    IB>> I agree with you, except that L3 service = controller does not seat on top of MDSC as a direct client. The L3SM<=3D= >MDSC relationship is indirect and much more complex. Also from your sli= de below it is hard to interpret that L3SM nulti0domain coordination is not mandatory (IMHO by the way it is simply not needed)

    DC: I get your point. The = picture seems to mandate a multi-domain coordination between the “ser= vice” boxes, which is not the case, that’s correct. The message= that it wants to convey are the following:

    1.  =      Coordination between the MDSC and the Serv= ice function in the Service Orchestrator is needed (in order to be able to = map a service against a tunnel or a VN). It applies to single or multi doma= in and it doesn’t care if it is single or multiple domains

    2.  =      The MDSC does not the service

    3.  =      The service can be created also at Control= ler level (within its own domain) and it is not the PNC that is doing that.=

     

    Hence a Service function b= ox is needed in all the boxes, but this does not mean that they coordinate = among them.

     

     

     

    The interaction between the overlay network (i.e. th= e services) and the underlay/infrastruscture (i.e. the VN, tunnels etc) is = mandatory if you want to map a service against a given tunnel or set of tun= nel.

     

    IB>> It is not clear what do you mean by tunne= ls. Normally L3 service (e.g. L3 VPN) PEs are connected via a mesh of IP/MP= LS layer  RSVP-TE tunnels and L3 service specific LSPs are nested insi= de them. In any case, the TE part does not go deeper than IP/MPLS layer, and said RSVP-TE tunnels are not re-configured = necessarily with every addition of a new L3 service. So, direct interaction= between L3 service and transport service controllers is not mandatory (esp= ecially if the two are owned by separate organizations and implemented by separate vendors).

    DC: I don’t disagree= with that. It must be possible to do the service to tunnel binding (i.e. I= want L3VPN X to use tunnel Y) or in the classic way with not such a bindin= g (i.e. I want an L3VPN between A and B and I don’t care which tunnel will be used).

    The binding does not manda= te to create a new tunnel for each service obviously. Existing ones can and= must be reusable.

     

    If you don’t want to do so you don’t nee= d ACTN or SDN in the network and you can simply operate the network as you = did yesterday, with the tunnels created by LDP and the unawareness of which= service uses which tunnel…it is simply enough to kwno that a packet goes from a source to a destination and you don̵= 7;t care about the path, the constraints related to the service, and the ca= pability to know which services are used by which tunnel.

     

    IB>> The point is that L3 service SDN controll= er and transport service (T-SDN) controller are both needed, but the two do= not have to be integrated into one solution. It should be possible for an = operator to cherry pick the controllers (e.g. L3 service controller provided by JNPR and T-SDN controller provided= by Huawei).

    DC: again agree, what in t= he figure makes you think that this is not the case?

     

    Cheers

    Daniele 

     

    From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
    Sent: venerd=EC 18 novembre 2016 01:08
    To: Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; TEAS WG (teas@ietf.org) <t= eas@ietf.org>
    Subject: RE: ACTN update

     

    Danielle,

     

    Why in your opinion L3= SM should know or care whether the provider looks after a single- or multi-= domain network? There is a strong case for multi-vendor multi-domain transp= ort network, but this is not necessarily true for a network providing L3 services, which (in contrast to, say. &nbs= p;L0/L1 transport network) could be a multi-vendor single domain network. I= n other words, why in the context of L3SM multi-domain service coordination= is necessary?

    Another question: when= and how L3 service controller interacts with a transport controller (provi= ding transport services)?

     

    These clarifications I= think would be useful.

     

    Cheers,

    Igor=

     

    From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Daniele Ceccarelli
    Sent: Wednesday, November 16, 2016 9:32 PM
    To: TEAS WG (teas@ietf.org)
    Subject: [Teas] ACTN update

     

    Dear WG and ACTNers,

     

    Please find attached some slides trying to clarify t= erminology, roles and functionalities in ACTN (in line with the discussion = we had at the mic during the TEAS session). It provides an architectural ex= planation and a possible workflow description trying to see if it fits with the architecture.

     

    My proposal is to:

    1.       Add a section in the framework document to explain the relationship = and the split of roles between PNC, MDSC and existing components like orche= strator and domain controller.

    2.       Add a section to the “Applicability of YANG models for ACTN= 221; to explain how this impacts the definition of the MPI and what is miss= ing (i.e. TE-Service model). This will have impacts also on the PCEP applic= ability.

    3.    = Write a new document defining service mapping model that provides mappings = across LxSM and TE-service model and that can be extend to support differen= t service models (L3VPN/L2VPN/L1VPN, VTS, Transport Connectivity service, etc). Dhruv, Young and I are already working on this= .

     

    Opinions? Thoughts?

     

    BR
    Daniele 

     

     

     

     

     

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(ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id MnaFvPAvQIGT for ; Mon, 21 Nov 2016 07:14:43 -0800 (PST) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id B128D1294DF for ; Mon, 21 Nov 2016 07:14:41 -0800 (PST) Received: from 172.18.7.190 (EHLO lhreml704-cah.china.huawei.com) ([172.18.7.190]) by lhrrg01-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id DBB86835; Mon, 21 Nov 2016 15:14:37 +0000 (GMT) Received: from DFWEML703-CAH.china.huawei.com (10.193.5.177) by lhreml704-cah.china.huawei.com (10.201.5.130) with Microsoft SMTP Server (TLS) id 14.3.235.1; Mon, 21 Nov 2016 15:14:36 +0000 Received: from DFWEML501-MBX.china.huawei.com ([10.193.5.178]) by DFWEML703-CAH.china.huawei.com ([10.193.5.177]) with mapi id 14.03.0301.000; Mon, 21 Nov 2016 07:14:30 -0800 From: Igor Bryskin To: Daniele Ceccarelli , "Scharf, Michael (Nokia - DE)" , "TEAS WG (teas@ietf.org)" Thread-Topic: ACTN update Thread-Index: AdJAeoeb3oMDwnZ0TveBS2SD5cPsIAAb/9IQAAMTAcAAALmRUAAKCQxQABkXK6AADgRaUACPY58Q Date: Mon, 21 Nov 2016 15:14:29 +0000 Message-ID: <0C72C38E7EBC34499E8A9E7DD007863908F1EE5F@dfweml501-mbx> References: <0C72C38E7EBC34499E8A9E7DD007863908F18AA2@dfweml501-mbx> <0C72C38E7EBC34499E8A9E7DD007863908F18B77@dfweml501-mbx> <655C07320163294895BBADA28372AF5D48B8642A@FR712WXCHMBA15.zeu.alcatel-lucent.com> In-Reply-To: Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: yes X-MS-TNEF-Correlator: x-cr-hashedpuzzle: BmvL IW1e JIbD JP3X M63x Odn+ QY4l RpoW TgAe U6Jz VhNt XBwJ Z5SK aDBf a1V7 cmFw; 3; ZABhAG4AaQBlAGwAZQAuAGMAZQBjAGMAYQByAGUAbABsAGkAQABlAHIAaQBjAHMAcwBvAG4ALgBjAG8AbQA7AG0AaQBjAGgAYQBlAGwALgBzAGMAaABhAHIAZgBAAG4AbwBrAGkAYQAuAGMAbwBtADsAdABlAGEAcwBAAGkAZQB0AGYALgBvAHIAZwA=; Sosha1_v1; 7; {DB03234D-7DA9-4ECF-B697-7049530AF54F}; aQBnAG8AcgAuAGIAcgB5AHMAawBpAG4AQABoAHUAYQB3AGUAaQAuAGMAbwBtAA==; Mon, 21 Nov 2016 15:14:24 GMT;UgBFADoAIABBAEMAVABOACAAdQBwAGQAYQB0AGUA x-cr-puzzleid: {DB03234D-7DA9-4ECF-B697-7049530AF54F} x-originating-ip: [10.212.254.214] Content-Type: multipart/related; boundary="_004_0C72C38E7EBC34499E8A9E7DD007863908F1EE5Fdfweml501mbx_"; type="multipart/alternative" MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A020206.58330F5F.019B, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: bfe9e99d81ebc69cdd62452480a83a55 Archived-At: Subject: Re: [Teas] ACTN update X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 21 Nov 2016 15:14:47 -0000 --_004_0C72C38E7EBC34499E8A9E7DD007863908F1EE5Fdfweml501mbx_ Content-Type: multipart/alternative; boundary="_000_0C72C38E7EBC34499E8A9E7DD007863908F1EE5Fdfweml501mbx_" --_000_0C72C38E7EBC34499E8A9E7DD007863908F1EE5Fdfweml501mbx_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Daniele, >From your slides: * XXXX (I don't have a name for that functionality) asks the MDSC i= f an underlay infrastructure meeting the requirements is available, if not = create it. You have to be more specific and describe what you mean by "underlay infras= tructure". As mentioned in previous emails there are reasons as to why you = cannot just say in one breath "The tunnels I refer to are exactly TE tunnel= s at any layer between 0 and 3" L3 TE tunnels L0/L1 TE tunnels IP topology re-configuration Not required Implied Tunnel termination points PEs directly supporting L3 service Any pair of PE-P, P-P, PE-PE (to be) adjacent in IP layer Granularity Fine, could be tailored and dynamically (re-)adjusted to the supported L3 s= ervice needs Coarse, implies unused resources You also said: "In theory it is possible to create a L3VPN directly on top of L0 or L1 tun= nels but it is not an appealing use case..." Well, but this would be not L3VPN, rather, much more expensive L3PN, right? Furthermore, from you slides: * Customer asks for a L3VPN between CE1 and CE2 (or between AP1 and= AP2 if supported) with TE constraints using L3SM model enhanced with TE (m= issing). Why? What is missing? If you want a customer to be able to map a L3 service= onto the provider network resources, the client can do it: a) Using TE topology model negotiate desired network abstraction in th= e form of one or more abstract topologies; b) Using the provided abstract topology (ies) compute desired placement= and configure desired TE tunnels via TE tunnel model; c) Using L3 service model map a L3 service onto the tunnels. All three models are undeniably necessary. But why do we have to integrate = them into an IETF endorsed version of Unified Theory Of Everything (a.k.a. = ACTN), rather than coming up with a simple Best Known Practices document? A= s far as I can recall, it was never the policy of IETF to produce such thin= gs. One reason for that is that folks solving their own real (rather than s= omebody else's hypothetical) problems will surely come up with better ways = to mix-n-match the models than we can suggest, especially, when each of suc= h models may/does have a very long list of augmentations. Cheers, Igor From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Friday, November 18, 2016 12:29 PM To: Scharf, Michael (Nokia - DE); Igor Bryskin; TEAS WG (teas@ietf.org) Subject: RE: ACTN update The entity that creates the tunnels is the MDSC. The MDSC is a functionalit= y and it can be included into the service orchestrator or the network orche= strator. If the service is between nodes belonging to the same domain it is obviousl= y possible to do it directly via the domain controller or (if the operator = wants to have only the Service/Network Orchestator as unique point to contr= ol the network) via the Service/Network Orchestrator that in this case woul= d speak just with one PNC. Regarding the layers in the slide I only considered one layer (MPLS) becaus= e the service is done at one layer. I have added a slide with a packet-otpi= cal scenario but I think it is irrelevant wrt the service to tunnel binding= . Critiques to the slides are more than welcome but also proposals on how to = improve them would be highly useful. Daniele From: Scharf, Michael (Nokia - DE) [mailto:michael.scharf@nokia.com] Sent: venerd=EC 18 novembre 2016 11:57 To: Daniele Ceccarelli ; Igor Bryskin ; TEAS WG (teas@ietf.org) Subject: RE: ACTN update In case of L3VPNs and L2VPNs, a "service orchestrator" may not have to crea= te tunnels (or pseudowires etc.). This can be a function of a "network orch= estrator" or a "domain controller" (or however we call them(), or it can be= a standalone function outside any "orchestrator". I agree with Igor that the picture does not cover well the case of having d= ifferent IP and optical controllers - simply because it only shows one laye= r. Michael From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Daniele Ceccarelli Sent: Friday, November 18, 2016 12:32 AM To: Igor Bryskin; TEAS WG (teas@ietf.org) Subject: Re: [Teas] ACTN update Hi Igor, Some more thoughts in line in red. Cheers Daniele From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: venerd=EC 18 novembre 2016 03:14 To: Daniele Ceccarelli >; TEAS WG (teas@ietf.org) > Subject: RE: ACTN update Hi Daniele, Please, see in-line. Igor From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com] Sent: Thursday, November 17, 2016 12:29 PM To: Igor Bryskin; TEAS WG (teas@ietf.org) Subject: RE: ACTN update Hi Igor, I've used the L3SM example because it is the customer facing model and it i= s what we have on top of the MDSC and the orchestrator and, being on top of= the MDSC, means that the sigle-multi/domain aspects are hidden (on top of = the MDSC you don't care and you don't know if between CE1 and CE2 or betwee= n AP1 and AP2 there is one, two or N domains. In the context of L3SM multi-domain service coordination is NOT mandatory. = The L3SM can be used on top of the MDSC in case of multiple domains and in= case of single domain it can be used either on top of the MDSC or on top o= f the PNC, this is a deployment choice and I just used an example. IB>> I agree with you, except that L3 service controller does not seat on t= op of MDSC as a direct client. The L3SM<=3D>MDSC relationship is indirect a= nd much more complex. Also from your slide below it is hard to interpret th= at L3SM nulti0domain coordination is not mandatory (IMHO by the way it is s= imply not needed) DC: I get your point. The picture seems to mandate a multi-domain coordinat= ion between the "service" boxes, which is not the case, that's correct. The= message that it wants to convey are the following: 1. Coordination between the MDSC and the Service function in the Serv= ice Orchestrator is needed (in order to be able to map a service against a = tunnel or a VN). It applies to single or multi domain and it doesn't care i= f it is single or multiple domains 2. The MDSC does not the service 3. The service can be created also at Controller level (within its ow= n domain) and it is not the PNC that is doing that. Hence a Service function box is needed in all the boxes, but this does not = mean that they coordinate among them. [cid:image001.png@01D243D2.5E34D6C0] The interaction between the overlay network (i.e. the services) and the und= erlay/infrastruscture (i.e. the VN, tunnels etc) is mandatory if you want t= o map a service against a given tunnel or set of tunnel. IB>> It is not clear what do you mean by tunnels. Normally L3 service (e.g.= L3 VPN) PEs are connected via a mesh of IP/MPLS layer RSVP-TE tunnels and= L3 service specific LSPs are nested inside them. In any case, the TE part = does not go deeper than IP/MPLS layer, and said RSVP-TE tunnels are not re-= configured necessarily with every addition of a new L3 service. So, direct = interaction between L3 service and transport service controllers is not man= datory (especially if the two are owned by separate organizations and imple= mented by separate vendors). DC: I don't disagree with that. It must be possible to do the service to tu= nnel binding (i.e. I want L3VPN X to use tunnel Y) or in the classic way wi= th not such a binding (i.e. I want an L3VPN between A and B and I don't car= e which tunnel will be used). The binding does not mandate to create a new tunnel for each service obviou= sly. Existing ones can and must be reusable. If you don't want to do so you don't need ACTN or SDN in the network and yo= u can simply operate the network as you did yesterday, with the tunnels cre= ated by LDP and the unawareness of which service uses which tunnel...it is = simply enough to kwno that a packet goes from a source to a destination and= you don't care about the path, the constraints related to the service, and= the capability to know which services are used by which tunnel. IB>> The point is that L3 service SDN controller and transport service (T-S= DN) controller are both needed, but the two do not have to be integrated in= to one solution. It should be possible for an operator to cherry pick the c= ontrollers (e.g. L3 service controller provided by JNPR and T-SDN controlle= r provided by Huawei). DC: again agree, what in the figure makes you think that this is not the ca= se? Cheers Daniele From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com] Sent: venerd=EC 18 novembre 2016 01:08 To: Daniele Ceccarelli >; TEAS WG (teas@ietf.org) > Subject: RE: ACTN update Danielle, Why in your opinion L3SM should know or care whether the provider looks aft= er a single- or multi-domain network? There is a strong case for multi-vend= or multi-domain transport network, but this is not necessarily true for a n= etwork providing L3 services, which (in contrast to, say. L0/L1 transport = network) could be a multi-vendor single domain network. In other words, why= in the context of L3SM multi-domain service coordination is necessary? Another question: when and how L3 service controller interacts with a trans= port controller (providing transport services)? These clarifications I think would be useful. Cheers, Igor From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Daniele Ceccarelli Sent: Wednesday, November 16, 2016 9:32 PM To: TEAS WG (teas@ietf.org) Subject: [Teas] ACTN update Dear WG and ACTNers, Please find attached some slides trying to clarify terminology, roles and f= unctionalities in ACTN (in line with the discussion we had at the mic durin= g the TEAS session). It provides an architectural explanation and a possibl= e workflow description trying to see if it fits with the architecture. My proposal is to: 1. Add a section in the framework document to explain the relationshi= p and the split of roles between PNC, MDSC and existing components like orc= hestrator and domain controller. 2. Add a section to the "Applicability of YANG models for ACTN" to ex= plain how this impacts the definition of the MPI and what is missing (i.e. = TE-Service model). This will have impacts also on the PCEP applicability. 3. Write a new document defining service mapping model that provides map= pings across LxSM and TE-service model and that can be extend to support di= fferent service models (L3VPN/L2VPN/L1VPN, VTS, Transport Connectivity serv= ice, etc). Dhruv, Young and I are already working on this. Opinions? Thoughts? BR Daniele --_000_0C72C38E7EBC34499E8A9E7DD007863908F1EE5Fdfweml501mbx_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

    Daniele,

     

    From your slides:=

     

    •    &nb= sp;    XXXX (I don= 217;t have a name for that functionality) asks the MDSC if an underlay infr= astructure meeting the requirements is available, if not create it.

     

    You have to be more sp= ecific and describe what you mean by “underlay infrastructure”.= As mentioned in previous emails there are reasons as to why you cannot jus= t say in one breath “The tunnels I refer to are exactly TE tunnels at any layer between 0 and 3”

     

     

    L3 TE tunnels

    L0/L1 TE tunnels<= /o:p>

    IP topology re-configu= ration

    Not required

    Implied

    Tunnel termination points

    PEs directly supportin= g L3 service

    Any pair of PE-P, P-P,= PE-PE (to be) adjacent in IP layer

    Granularity

    Fine, could be tailore= d and dynamically (re-)adjusted to the supported L3 service needs

    Coarse, implies unused= resources

     

    You also said:

    “In theor= y it is possible to create a L3VPN directly on top of L0 or L1 tunnels but = it is not an appealing use case…”

     

    Well, but this would be not L3VPN, rather, much more= expensive L3PN, right?

     

    Furthermore, from you slides:

     

    •       = ;  Customer asks for a L3VPN between CE1 and CE= 2 (or between AP1 and AP2 if supported) with TE constraints using L3SM mode= l enhanced with TE (missing).

     

    Why? What is missing? If you want a customer to be a= ble to map a L3 service onto the provider network resources, the client can= do it:

    a)      Using TE topology model negotiate desired network a= bstraction in the form of one or more abstract topologies;

    b)     Using the provided abstract topology (ies) compute = desired placement and configure desired TE tunnels via TE tunnel model;

    c)      Using L3 service model map a L3 service onto the tu= nnels.

     

    All three models are undeniably necessary. But why d= o we have to integrate them into an IETF endorsed version of Unified Theory= Of Everything (a.k.a. ACTN), rather than coming up with a simple Best Know= n Practices document? As far as I can recall, it was never the policy of IETF to produce such things. One re= ason for that is that folks solving their own real (rather than somebody el= se’s hypothetical) problems will surely come up with better ways to m= ix-n-match the models than we can suggest, especially, when each of such models may/does have a very long list of aug= mentations.

     

    Cheers,

    Igor 

     

     

     

     

    From: Daniele = Ceccarelli [mailto:daniele.ceccarelli@ericsson.com]
    Sent: Friday, November 18, 2016 12:29 PM
    To: Scharf, Michael (Nokia - DE); Igor Bryskin; TEAS WG (teas@ietf.o= rg)
    Subject: RE: ACTN update

     

    The entity that creates the tunnels is the MDSC. The= MDSC is a functionality and it can be included into the service orchestrat= or or the network orchestrator.

     

    If the service is between nodes belonging to the sam= e domain it is obviously possible to do it directly via the domain controll= er or (if the operator wants to have only the Service/Network Orchestator a= s unique point to control the network) via the Service/Network Orchestrator that in this case would speak just wi= th one PNC.

     

    Regarding the layers in the slide I only considered = one layer (MPLS) because the service is done at one layer. I have added a s= lide with a packet-otpical scenario but I think it is irrelevant wrt the se= rvice to tunnel binding.

     

    Critiques to the slides are more than welcome but al= so proposals on how to improve them would be highly useful.

     

    Daniele 

     

     

    From: Scharf, Michael (Nokia - DE) [mailto:mi= chael.scharf@nokia.com]
    Sent: venerd=EC 18 novembre 2016 11:57
    To: Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; Igor= Bryskin <Igor.Bryskin@huawei.com>; TEAS WG (teas@ietf.org) <teas@= ietf.org>
    Subject: RE: ACTN update

     

    In case of L3VPNs and = L2VPNs, a “service orchestrator” may not have to create tunnels= (or pseudowires etc.). This can be a function of a “network orchestr= ator” or a “domain controller” (or however we call them()= , or it can be a standalone function outside any “orchestrator”.=

     

    I agree with Igor that= the picture does not cover well the case of having different IP and optica= l controllers – simply because it only shows one layer.

     

    Michael

     

     

    From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Daniele Ceccarelli
    Sent: Friday, November 18, 2016 12:32 AM
    To: Igor Bryskin; TEAS WG (    teas@ietf.org)
    Subject: Re: [Teas] ACTN update

     

    Hi Igor,

     

    Some more thoughts in line in red.

     

    Cheers

    Daniele 

     

    From: Igor Bryskin [mailto:Igor.Bryski= n@huawei.com]
    Sent: venerd=EC 18 novembre 2016 03:14
    To: Daniele Ceccarelli <daniele.ceccarelli@ericsso= n.com>; TEAS WG (teas@ietf.org) <teas@ietf.org>
    Subject: RE: ACTN update

     

    Hi Daniele,=

     

    Please, see in-line.

     

    Igor=

     

    From: Daniele = Ceccarelli [mailto:daniele.ceccarelli@ericsson.= com]
    Sent: Thursday, November 17, 2016 12:29 PM
    To: Igor Bryskin; TEAS WG (    teas@ietf.org= )
    Subject: RE: ACTN update

     

    Hi Igor,

     

    I’ve used the L3SM example because it is the c= ustomer facing model and it is what we have on top of the MDSC and the orch= estrator and, being on top of the MDSC, means that the sigle-multi/domain a= spects are hidden (on top of the MDSC you don’t care and you don’t know if between CE1 and CE2 or betwee= n AP1 and AP2 there is one, two or N domains.

     

    In the context of L3SM multi-domain service coordina= tion is NOT mandatory. The L3SM can be used on top of the MDSC in case of m= ultiple domains  and in case of single domain it can be used either on= top of the MDSC or on top of the PNC, this is a deployment choice and I just used an example.

     

    IB>> I agree with you, except that L3 service = controller does not seat on top of MDSC as a direct client. The L3SM<=3D= >MDSC relationship is indirect and much more complex. Also from your sli= de below it is hard to interpret that L3SM nulti0domain coordination is not mandatory (IMHO by the way it is simply not needed)

    DC: I get your point. The = picture seems to mandate a multi-domain coordination between the “ser= vice” boxes, which is not the case, that’s correct. The message= that it wants to convey are the following:

    1.  =      Coordination between the MDSC and the Serv= ice function in the Service Orchestrator is needed (in order to be able to = map a service against a tunnel or a VN). It applies to single or multi doma= in and it doesn’t care if it is single or multiple domains

    2.  =      The MDSC does not the service

    3.  =      The service can be created also at Control= ler level (within its own domain) and it is not the PNC that is doing that.=

     

    Hence a Service function b= ox is needed in all the boxes, but this does not mean that they coordinate = among them.

     

     

     

    The interaction between the overlay network (i.e. th= e services) and the underlay/infrastruscture (i.e. the VN, tunnels etc) is = mandatory if you want to map a service against a given tunnel or set of tun= nel.

     

    IB>> It is not clear what do you mean by tunne= ls. Normally L3 service (e.g. L3 VPN) PEs are connected via a mesh of IP/MP= LS layer  RSVP-TE tunnels and L3 service specific LSPs are nested insi= de them. In any case, the TE part does not go deeper than IP/MPLS layer, and said RSVP-TE tunnels are not re-configured = necessarily with every addition of a new L3 service. So, direct interaction= between L3 service and transport service controllers is not mandatory (esp= ecially if the two are owned by separate organizations and implemented by separate vendors).

    DC: I don’t disagree= with that. It must be possible to do the service to tunnel binding (i.e. I= want L3VPN X to use tunnel Y) or in the classic way with not such a bindin= g (i.e. I want an L3VPN between A and B and I don’t care which tunnel will be used).

    The binding does not manda= te to create a new tunnel for each service obviously. Existing ones can and= must be reusable.

     

    If you don’t want to do so you don’t nee= d ACTN or SDN in the network and you can simply operate the network as you = did yesterday, with the tunnels created by LDP and the unawareness of which= service uses which tunnel…it is simply enough to kwno that a packet goes from a source to a destination and you don̵= 7;t care about the path, the constraints related to the service, and the ca= pability to know which services are used by which tunnel.

     

    IB>> The point is that L3 service SDN controll= er and transport service (T-SDN) controller are both needed, but the two do= not have to be integrated into one solution. It should be possible for an = operator to cherry pick the controllers (e.g. L3 service controller provided by JNPR and T-SDN controller provided= by Huawei).

    DC: again agree, what in t= he figure makes you think that this is not the case?

     

    Cheers

    Daniele 

     

    From: Igor Bryskin [mailto:Igor.Bryski= n@huawei.com]
    Sent: venerd=EC 18 novembre 2016 01:08
    To: Daniele Ceccarelli <daniele.ceccarelli@ericsso= n.com>; TEAS WG (teas@ietf.org) <teas@ietf.org>
    Subject: RE: ACTN update

     

    Danielle,

     

    Why in your opinion L3= SM should know or care whether the provider looks after a single- or multi-= domain network? There is a strong case for multi-vendor multi-domain transp= ort network, but this is not necessarily true for a network providing L3 services, which (in contrast to, say. &nbs= p;L0/L1 transport network) could be a multi-vendor single domain network. I= n other words, why in the context of L3SM multi-domain service coordination= is necessary?

    Another question: when= and how L3 service controller interacts with a transport controller (provi= ding transport services)?

     

    These clarifications I= think would be useful.

     

    Cheers,

    Igor=

     

    From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Daniele Ceccarelli
    Sent: Wednesday, November 16, 2016 9:32 PM
    To: TEAS WG (    teas@ietf.org)<= br> Subject: [Teas] ACTN update

     

    Dear WG and ACTNers,

     

    Please find attached some slides trying to clarify t= erminology, roles and functionalities in ACTN (in line with the discussion = we had at the mic during the TEAS session). It provides an architectural ex= planation and a possible workflow description trying to see if it fits with the architecture.

     

    My proposal is to:

    1.       Add a section in the framework document to explain the relationship = and the split of roles between PNC, MDSC and existing components like orche= strator and domain controller.

    2.       Add a section to the “Applicability of YANG models for ACTN= 221; to explain how this impacts the definition of the MPI and what is miss= ing (i.e. TE-Service model). This will have impacts also on the PCEP applic= ability.

    3.    = Write a new document defining service mapping model that provides mappings = across LxSM and TE-service model and that can be extend to support differen= t service models (L3VPN/L2VPN/L1VPN, VTS, Transport Connectivity service, etc). Dhruv, Young and I are already working on this= .

     

    Opinions? Thoughts?

     

    BR
    Daniele 

     

     

     

     

     

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[213.123.124.182]) by smtp.gmail.com with ESMTPSA id ab10sm30968935wjc.45.2016.11.22.06.00.52 for (version=TLS1_2 cipher=ECDHE-RSA-AES128-GCM-SHA256 bits=128/128); Tue, 22 Nov 2016 06:00:53 -0800 (PST) References: To: teas@ietf.org From: Stewart Bryant X-Forwarded-Message-Id: Message-ID: <99babdf7-b3bb-bc6b-4331-1f3ce0e38932@gmail.com> Date: Tue, 22 Nov 2016 14:00:51 +0000 User-Agent: Mozilla/5.0 (Windows NT 10.0; WOW64; rv:45.0) Gecko/20100101 Thunderbird/45.5.0 MIME-Version: 1.0 In-Reply-To: Content-Type: multipart/alternative; boundary="------------CB4153AC340F99980449FBFA" Archived-At: Subject: [Teas] Network Slicing meeting at IETF 97 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 22 Nov 2016 14:01:01 -0000 This is a multi-part message in MIME format. --------------CB4153AC340F99980449FBFA Content-Type: text/plain; charset=utf-8; format=flowed Content-Transfer-Encoding: 7bit I sent the following to the attendees of the Network Slicing Side Meeting at IETF97. It has been proposed that discussion continue on the TEAS list. Stewart On Tue, Nov 22, 2016 at 6:15 AM, Stewart Bryant > wrote: Thanks to everyone that participated and thanks to those that took notes of the meeting. Jie and I have merged the notes, which are included below. Corrections welcome. I have put the slides on dropbox rather than attach them to the email. The slides can be found here: https://www.dropbox.com/s/ax2ofdwygjema8z/0-Network%20Slicing%20Side%20Meeting%20Introduction_IETF97.pdf?dl=0 https://www.dropbox.com/s/k2or6sd0ddzrc6c/1-Network%20Slicing%20Problem%20Statement_IETF97.pdf?dl=0 https://www.dropbox.com/s/g8zvfvbrtkysjs1/2-Autonomic%20Slice%20Networking_IETF97.pdf?dl=0 https://www.dropbox.com/s/d3rk4pjeg552ilv/3-Architecture%20for%20delivering%20multicast%20mobility%20services%20using%20network%20slicing_IETF97.pdf?dl=0 https://www.dropbox.com/s/e3isn1bxwwhaw8g/4-ACTN%20and%20network%20slicing_IETF97.pdf?dl=0 If anyone has trouble with the links, please let me know and I will make some other arrangement for depositing the files. To avoid span traps, I am sending this to a few people at a time, so please do not reply to this email and expect the message to go to the entire set of attendees. The last discussion I had with the Routing ADs suggested that we continue the discussion on the IETF TEAS list. I am not sure that this is necessarily the best long term home, but let's start there and if we generate to much noise outside their scope, I am sure we will be asked to move and provided with a new home. Best Regards Stewart & jie ===================== Network Slicing Side Meeting Nov 14, 2016, 19:00-21:00, Studio 3 67 People signed the attendance sheet. 0. General Admin Jie Dong introduced the purpose of the meeting. Services have unique requirements, end-2-end slicing is required for 5G. Among definitions we need to establish common definition. Purpose is to have a common view of what network slicing is in IETF. List request has been sent to Deborah (Routing Area AD). 1. Network slicing problem statement Stewart Bryant https://tools.ietf.org/html/draft-dong-network-slicing-problem-statement-00 Presentation: What is to be done in IETF, what existing and new work? Existing definition - NGMN - 3GPP - ITU-T (FG IMT-2020) - IETF? Requirements of Network Slicing - Isolation/separation - Customization of topology - Flexibility of topology - Guaranteed QoS - Management consideration What should be definition of network slicing in IETF ? What is needed beyond connectivity? What is the scope of network slicing in IETF? How much can existing/on-going tech meet the reqt? Discussion/Questions: Comment 1. IETF is protocol-oriented, how would slicing change the semantics of existing protocols? Stewart: We typically have a set of tools designed for best-effort fabrics and adding BW, these are not scalable and we need some additional scheduling. Comment 2. We typically build separate networks for banking and other low latency apps, this is not economical. Isolation and security are weak points. Comment 3. What are the performance and isolation requirements? Does this mean statistical sharing is out of scope? Fixed fraction of b/w seems to be a must. Stewart: There will be a spectrum of requirements, different QoS for different application, we may need some packet scheduling. Do we need isolation using mechanisms like IEEE (time sensitive networking ? TSN) or detnet. If its bit-level, we will go back to TDM. Andrew: isolation and security is the biggest challenge, figure out how to provide banking applications in economic manner, such as a slice. Packet scheduling at buffer and line speed level is not enough we need to adapt to packet changes at micro-level (it was quietly mentioned, we are not thinking at bit-level but focus at packet level). Comment 4. Look at 5G applications for machine critical, interface b/w down to radio is key, we may adapt BW based on radio capacity, Internet does not do this today, we need to figure this out. Stewart: It may be a packet level. factoring into a lower layer is an issue Comment 5. Can we define slicing?? Stewart: We can also agree on an existing definition, which would be useful. Comment 6. Generalised packet networks are not suitable for hard packet tunnels. Comment 7. Dave Allen (Ericsson): slicing definition leave it open disjoint resource like wavelength is considered in other forum as the only way to achieve isolation. e.g. WDM-PON, wavelengths allocated per slice. (Young Lee added that WSON controller is already doing this). What does packet have to do if isolation cannot be guaranteed? 2. Autonomic slice networking Alex Galis Presentation: https://tools.ietf.org/html/draft-galis-anima-autonomic-slice-networking-00 Generation 1 - Resource partition of network resource is one definition. Generation 2 - Network function and services are another definition of network slicing. Generation 3 - Grouping of partitioning of 5G slicing Generation 4 - Management and control and advertisement has to be added to the Network slicing definition ANIMA - unified network slicing definition in the context of autonomic networking - The service instance component - A network slice instance component - Resource component - Slice capability exposure component Suggested 15 work items and issues Discussion/Questions: Comment 1. Dino: asked difference between horizontal and vertical slicing. Vertical slicing, can an application be a member of multiple slices? Will Extranet be required? For horizontal slicing, would it be stitching or something else? These would be for customers ill shared services and isolation for specific VPN connectivity Alex: Yes, level of abstraction and level of isolation need to be considered, and separate control may also be needed. Stewart: We may see both models Comment 2. This complicates the solution space. Alex: This is not an intent to recreate a VPN technology. Comment 3. Feels like IETF is lagging in industry work, upper service layer which drives network resources. OpenSource is already ahead/doing some of this, slicing is mainly multi-tenant, this is not rocket science or new. They are trying to map existing technology like VXLAN and mapping it into YANG. Is there a new architecture and protocol required? what is the role of IETF? API ? application level TOSCA; policy; YANG; already in place in industry. Question is where is the gap? Map to protocol of new or existing protocols. Stewart: Those are the questions we are asking at the start of the session. Comment 4. Slicing is a service definition, where is the gap? Categorise them and see if we need new protocols, or adapt existing. Alec: Yes, at least 15 problems, these are not supported by existing protocols. Comment 5. We have a slicing architecture (as part of a H2020 project), and service orchestrator, we then define flows which are application specific: IoT, video, etc. Comment 6. Ravi: IMT-2020 challenge was that service context could be only identified by flow tuple in cp, dp and mgmt. Also slicing is interesting for ICN as it allows new architectures and new properites per slice basis. 3. Architecture for delivering multicast mobility services using network slicing Truong-Xuan Do https://tools.ietf.org/html/draft-xuan-dmm-multicast-mobility-slicing-00 Presentation: Multicast functionality is different for say broadcast, mobility etc cases, so there is a need to function decomposition and function chaining. Discussion/Questions: Comment 1. You are aware of DMM working group, DMM FTC draft defines a model that covers this. I think the group does not have a good definition of "slice", domain is similar with 5G slice. I think it's not clear what a slice is. Stewart: This is why we are here; do we need to define "slice"? 4. ACTN and network slicing - Daniele Ceccarelli https://tools.ietf.org/html/draft-ietf-teas-actn-framework-01 Presentation: Describe end to end L2VPN/L3VPN is not enough, so there are 3 different level of controls (CNC, PNC and MDSC for customer, physical, multi-domain network controls). Access points, per domain tunnels and inter-domain links. Customer is able to provide constraints during network provisioning. Discussion/Questions: Comment 1. Parviz: ACTN is a great piece of work, we have integrated based on this framework. We shipped and integrate into ONOS. ACTN is used for integrated packet optical SDN based solution. It is generalized for L0-L3 layers and need to be perhaps extended for L1,L2 and NS. ACTN seems to have a good starting point for network resource slicing and Detnet may be implementing a protocol solution for time-sensitive networking. Comment 2. Do you slice at the lower/physical lower and provide a slice to the customer? So they can modify network resource, based on their specific slice? Customer may just want the resource, not a solution, they want to manage it by themselves. Daniele: Yes, they can manage their own resource. Young Lee: VNF connectivity is included in the solution. Alex: Maybe methods for slicing exist, the management methods for specific applications and network functions are missing. Comment 3. ACTN has multiple topology descriptions (physical, virtual and customer), can it support end to end slicing with applications? YoungLee: ACTN also support NFV-constraints as part of abstraction and connectivity. Comment 4. Looking at ACTN it seems it can abstract multiple physical domains and give us a logical view of TE/transport. Daniele: ACTN introduces virtual networking, between MDSC and CNC, beneath PNC, its technology/vendor specific. Comment 5: Why ACTN for network slicing? Does it support hierarchy? YoungLee: Yes. It does via MDSC-MDSC recursion. Comment 6. ACTN is for multi-domain. How about for a single domain? YoungLee: Yes, multi-domain solution includes single-domain, which is easier. Comment 7. For 5G transport, IETF has a role to play. Front-haul, back-haul and cross haul need transport network abstraction which is needed for 5G network. Orchestration federation takes each component to give end-to-end solution. Georgios: Asked how does it do QoS besides partitioning of n/w resources. Ans: Whatever TC can do is supported Pedro: There are 2 aspects of slices - an act of creating it, and second customizing and managing it in isolation is second part of the problem. Comment: Service abstraction layer is missing and Information models. Seil: is there a gap to be discussed. Natasha from GSMA: not duplicate the work of other SDOs, if work needs to evolve they will let IETF specific group know. Wim from Nokia: slicing includes all - management, applications, radio etc beyond transport. Chris Seal: we need a stable platform first that doesnt exist. Loa: non WG BOF can be done, it is way too early to exclude from IETF Dave Allend: so many people are working on it. Problem space need to be deconstructed, work needs to be done in totality of it. Jonas: can we invite 3GPP for next meeting? 5. Open Discussion 60 mins Stewart posed several questions 1. Does the IETF need to work on slicing? Yes 2. Does existing technologies solve the full set of slicing requirements? No Comments: Already there are several slice definitions, educating and agreeing definitions is useful - Suggest we allow implementations first using existing solutions, using the tools which are already available. - Network slicing is important; it needs to be end-to-end and the IETF has be involved. We also need to engage with other SDOs (3GPP, et al.), including inviting the (SDOs) to participate in a BoF. - ACTN seems like a good starting point, maybe this needs to be extended for additional technologies like Radio - A lot of this discussion needs to be relevant to the IETF, what's on and in the wire - Process from here for the discussion, is non-WG BoF and then WG-forming BoF. We should not exclude a potential WG on this topic, we should prepare and investigate, then if we decide not to form that's better than not being able to form due to a lack of investigation work. - One reason for lots of slicing definitions is the fact so many people are working on this topic. Across different areas and functions (controllers, orchestrations), and scheduling and APIs. We would need to deconstruct the problem space to understand what is needed, and how the IETF can help. - Of the questions asked through show of hands, people favored forming a non-working group and agreed this is an area IETF can work into. - Identifying gaps from IETF perspective is the most important aspect. 3. Does the IETF need to focus discussion and develop tools for slicing? (no discussion captured) 4. Interests to work on slicing? A lot 5. Willing to contribute to drafts and discussions? Some --------------CB4153AC340F99980449FBFA Content-Type: text/html; charset=utf-8 Content-Transfer-Encoding: 8bit I sent the following to the attendees of the Network Slicing Side Meeting at IETF97.

    It has been proposed that discussion continue on the TEAS list.

    Stewart

    On Tue, Nov 22, 2016 at 6:15 AM, Stewart Bryant <stewart.bryant@gmail.com> wrote:

    Thanks to everyone that participated and thanks to those that took notes
    of the meeting.

    Jie and I have merged the notes, which are included below. Corrections
    welcome.

    I have put the slides on dropbox rather than attach them to the email.
    The slides can be found here:

    https://www.dropbox.com/s/ax2ofdwygjema8z/0-Network%20Slicing%20Side%20Meeting%20Introduction_IETF97.pdf?dl=0

    https://www.dropbox.com/s/k2or6sd0ddzrc6c/1-Network%20Slicing%20Problem%20Statement_IETF97.pdf?dl=0

    https://www.dropbox.com/s/g8zvfvbrtkysjs1/2-Autonomic%20Slice%20Networking_IETF97.pdf?dl=0

    https://www.dropbox.com/s/d3rk4pjeg552ilv/3-Architecture%20for%20delivering%20multicast%20mobility%20services%20using%20network%20slicing_IETF97.pdf?dl=0

    https://www.dropbox.com/s/e3isn1bxwwhaw8g/4-ACTN%20and%20network%20slicing_IETF97.pdf?dl=0

    If anyone has trouble with the links, please let me know and I will make
    some other arrangement for depositing the files.

    To avoid span traps, I am sending this to a few people at a time, so
    please do not reply to this email and expect the
    message to go to the entire set of attendees. The last discussion I had
    with the Routing ADs suggested that we
    continue the discussion on the IETF TEAS list. I am not sure that this
    is necessarily the best long term home, but let's
    start there and if we generate to much noise outside their scope, I am
    sure we will be asked to move and provided
    with a new home.

    Best Regards

    Stewart & jie

    =====================

    Network Slicing Side Meeting

    Nov 14, 2016, 19:00-21:00, Studio 3

    67 People signed the attendance sheet.

    0.    General Admin

    Jie Dong introduced the purpose of the meeting.
    Services have unique requirements, end-2-end slicing is required
    for 5G. Among definitions we need to establish common definition.
    Purpose is to have a common view of what network slicing is in IETF.

    List request has been sent to Deborah (Routing Area AD).

    1. Network slicing problem statement    Stewart Bryant

    https://tools.ietf.org/html/draft-dong-network-slicing-problem-statement-00

    Presentation:

    What is to be done in IETF, what existing and new work?

    Existing definition
    -    NGMN
    -    3GPP
    -    ITU-T (FG IMT-2020)
    -    IETF?

    Requirements of Network Slicing
    -    Isolation/separation
    -    Customization of topology
    -    Flexibility of topology
    -    Guaranteed QoS
    -    Management consideration

    What should be definition of network slicing in IETF ?
    What is needed beyond connectivity?

    What is the scope of network slicing in IETF?

    How much can existing/on-going tech meet the reqt?

    Discussion/Questions:

    Comment 1. IETF is protocol-oriented, how would slicing change
    the semantics of existing protocols?

    Stewart: We typically have a set of tools designed for
    best-effort fabrics and adding BW, these are not scalable and we
    need some additional scheduling.

    Comment 2. We typically build separate networks for banking and
    other low latency apps, this is not economical. Isolation and
    security are weak points.

    Comment 3. What are the performance and isolation requirements?
    Does this mean statistical sharing is out of scope? Fixed
    fraction of b/w seems to be a must.

    Stewart: There will be a spectrum of requirements, different QoS
    for different application, we may need some packet scheduling.
    Do we need isolation using mechanisms like IEEE (time sensitive
    networking ? TSN) or detnet. If its bit-level, we will go back
    to TDM.

    Andrew: isolation and security is the biggest challenge,
    figure out how to provide banking applications in economic manner,
    such as a slice. Packet scheduling at buffer and line speed
    level is not enough we need to adapt to packet changes at micro-level
    (it was quietly mentioned, we are not thinking at bit-level but
    focus at packet level).

    Comment 4. Look at 5G applications for machine critical, interface
    b/w down to radio is key, we may adapt BW based on radio capacity,
    Internet does not do this today, we need to figure this out.

    Stewart: It may be a packet level.  factoring into a lower layer is an issue

    Comment 5. Can we define slicing??

    Stewart: We can also agree on an existing definition, which would
    be useful.

    Comment 6. Generalised packet networks are not suitable for hard
    packet tunnels.

    Comment 7. Dave Allen (Ericsson):  slicing definition leave it open
    disjoint resource like wavelength is considered in other forum as
    the only way to achieve isolation. e.g. WDM-PON, wavelengths allocated
    per slice. (Young Lee added that WSON controller is already doing this).
    What does packet have to do if isolation cannot be guaranteed?

    2. Autonomic slice networking    Alex Galis

    Presentation:
    https://tools.ietf.org/html/draft-galis-anima-autonomic-slice-networking-00

    Generation 1 - Resource partition of network resource is one definition.
    Generation 2 - Network function and services are another definition of
                   network slicing.
    Generation 3 - Grouping of partitioning of 5G slicing
    Generation 4 - Management and control and advertisement has to be added
                   to the Network slicing definition

    ANIMA - unified network slicing definition in the context of autonomic
    networking

    - The service instance component
    - A network slice instance component
    - Resource component
    - Slice capability exposure component

    Suggested 15 work items and issues

    Discussion/Questions:

    Comment 1. Dino: asked difference between horizontal and vertical
    slicing. Vertical slicing, can an application be a member of
    multiple slices? Will Extranet be required? For horizontal
    slicing, would it be stitching or something else? These would be
    for customers ill shared services and isolation for specific VPN
    connectivity

    Alex: Yes, level of abstraction and level of isolation need to be
    considered, and separate control may also be needed.

    Stewart: We may see both models

    Comment 2. This complicates the solution space.

    Alex: This is not an intent to recreate a VPN technology.

    Comment 3. Feels like IETF is lagging in industry work, upper
    service layer which drives network resources. OpenSource is already
    ahead/doing some of this, slicing is mainly multi-tenant, this is
    not rocket science or new. They are trying to map existing technology like
    VXLAN and mapping it into YANG. Is there a new architecture and
    protocol required? what is the role of IETF? API ? application
    level TOSCA; policy; YANG; already in place in industry. Question
    is where is the gap? Map to protocol of new or existing protocols.

    Stewart: Those are the questions we are asking at the start of the session.

    Comment 4.  Slicing is a service definition, where is the gap?
    Categorise them and see if we need new protocols, or adapt existing.

    Alec: Yes, at least 15 problems, these are not supported by existing
    protocols.

    Comment 5. We have a slicing architecture (as part of a H2020 project),
    and service orchestrator, we then define flows which are application
    specific: IoT, video, etc.

    Comment 6. Ravi: IMT-2020 challenge was that service context could
    be only identified by flow tuple in cp, dp and mgmt. Also slicing is
    interesting for ICN as it allows new architectures and new properites
    per slice basis.

    3. Architecture for delivering multicast mobility services using
    network slicing Truong-Xuan Do

    https://tools.ietf.org/html/draft-xuan-dmm-multicast-mobility-slicing-00

    Presentation:

    Multicast functionality is different for say broadcast, mobility etc
    cases, so there is a need to function decomposition and function chaining.

    Discussion/Questions:

    Comment 1. You are aware of DMM working group, DMM FTC draft defines
    a model that covers this. I think the group does not have a good
    definition of "slice", domain is similar with 5G slice. I think it's
    not clear what a slice is.

    Stewart: This is why we are here; do we need to define "slice"?

    4. ACTN and network slicing - Daniele Ceccarelli

    https://tools.ietf.org/html/draft-ietf-teas-actn-framework-01

    Presentation:

    Describe end to end L2VPN/L3VPN is not enough, so there are 3
    different level of controls (CNC, PNC and MDSC for customer, physical,
    multi-domain network controls). Access points, per domain tunnels and
    inter-domain links. Customer is able to provide constraints during
    network provisioning.

    Discussion/Questions:

    Comment 1. Parviz: ACTN is a great piece of work, we have integrated
               based on this framework. We shipped and integrate into ONOS.
               ACTN is used for integrated packet optical SDN based solution.
               It is generalized for L0-L3 layers and need to be perhaps
               extended for L1,L2 and NS. ACTN seems to have a good starting
               point for network resource slicing and Detnet may be
               implementing a protocol solution for time-sensitive networking.

    Comment 2. Do you slice at the lower/physical lower and provide a slice to
               the customer? So they can modify network resource, based on
               their specific slice? Customer may just want the resource, not
               a solution, they want to manage it by themselves.

    Daniele:  Yes, they can manage their own resource.

    Young Lee: VNF connectivity is included in the solution.

    Alex: Maybe methods for slicing exist, the management methods for
          specific applications and network functions are missing.

    Comment 3. ACTN has multiple topology descriptions (physical, virtual
               and customer), can it support end to end slicing with
               applications?

    YoungLee:  ACTN also support NFV-constraints as part of abstraction and
               connectivity.

    Comment 4. Looking at ACTN it seems it can abstract multiple physical
               domains and give us a logical view of TE/transport.

    Daniele: ACTN introduces virtual networking, between MDSC and CNC, beneath
             PNC, its technology/vendor specific.

    Comment 5: Why ACTN for network slicing? Does it support hierarchy?

    YoungLee: Yes. It does via MDSC-MDSC recursion.

    Comment 6. ACTN is for multi-domain. How about for a single domain?

    YoungLee: Yes, multi-domain solution includes single-domain, which is
    easier.

    Comment 7. For 5G transport, IETF has a role to play. Front-haul, back-haul
               and cross haul need transport network abstraction which is
    needed
               for 5G network. Orchestration federation takes each component
               to give end-to-end solution.


    Georgios: Asked how does it do QoS besides partitioning of n/w resources.

    Ans: Whatever TC can do is supported

    Pedro: There are 2 aspects of slices - an act of creating it, and second
           customizing and managing it in isolation is second part of the
    problem.

    Comment: Service abstraction layer is missing and Information models.

    Seil: is there a gap to be discussed.

    Natasha from GSMA: not duplicate the work of other SDOs, if work needs
    to evolve they will let IETF specific group know.

    Wim from Nokia: slicing includes all - management, applications, radio
    etc beyond transport.

    Chris Seal: we need a stable platform first that doesnt exist.

    Loa: non WG BOF can be done, it is way too early to exclude from IETF

    Dave Allend: so many people are working on it. Problem space need to be
    deconstructed, work needs to be done in totality of it.

    Jonas: can we invite 3GPP for next meeting?

    5. Open Discussion 60 mins

    Stewart posed several questions

    1. Does the IETF need to work on slicing?   Yes

    2. Does existing technologies solve the full set of slicing
    requirements?   No

    Comments:

    Already there are several slice definitions, educating and agreeing
    definitions is useful

    - Suggest we allow implementations first using existing solutions, using
    the tools which are already available.

    - Network slicing is important; it needs to be end-to-end and the IETF
    has be involved. We also need to engage with other SDOs (3GPP, et al.),
    including inviting the (SDOs) to participate in a BoF.

    - ACTN seems like a good starting point, maybe this needs to be extended
    for additional technologies like Radio

    - A lot of this discussion needs to be relevant to the IETF, what's on
    and in the wire

    - Process from here for the discussion, is non-WG BoF and then
    WG-forming BoF. We should not exclude a potential WG on this topic, we
    should prepare and investigate, then if we decide not to form that's
    better than not being able to form due to a lack of investigation work.

    - One reason for lots of slicing definitions is the fact so many people
    are working on this topic. Across different areas and functions
    (controllers, orchestrations), and scheduling and APIs. We would need
    to deconstruct the problem space to understand what is needed, and how
    the IETF can help.

    - Of the questions asked through show of hands, people favored forming
    a non-working group and agreed this is an area IETF can work into.

    - Identifying gaps from IETF perspective is the most important aspect.

    3. Does the IETF need to focus discussion and develop tools for slicing?
    (no discussion captured)

    4. Interests to work on slicing?  A lot

    5. Willing to contribute to drafts and discussions? Some

    <end>


    --------------CB4153AC340F99980449FBFA-- From nobody Tue Nov 22 14:38:21 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 46845129B91 for ; Tue, 22 Nov 2016 14:38:21 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.501 X-Spam-Level: X-Spam-Status: No, score=-1.501 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, DKIM_VALID_AU=-0.1, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_NONE=-0.0001, RCVD_IN_MSPIKE_H2=-0.001, RCVD_IN_SORBS_SPAM=0.5, SPF_PASS=-0.001] autolearn=no autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (768-bit key) header.d=labn.net Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id OCt3sNWMdHLy for ; Tue, 22 Nov 2016 14:38:18 -0800 (PST) Received: from gproxy4-pub.mail.unifiedlayer.com (gproxy4-pub.mail.unifiedlayer.com [69.89.23.142]) by ietfa.amsl.com (Postfix) with SMTP id 44C34129440 for ; Tue, 22 Nov 2016 14:38:18 -0800 (PST) Received: (qmail 2426 invoked by uid 0); 22 Nov 2016 22:38:15 -0000 Received: from unknown (HELO cmgw2) (10.0.90.83) by gproxy4.mail.unifiedlayer.com with SMTP; 22 Nov 2016 22:38:15 -0000 Received: from box313.bluehost.com ([69.89.31.113]) by cmgw2 with id BAe91u00e2SSUrH01AeCpy; Tue, 22 Nov 2016 15:38:13 -0700 X-Authority-Analysis: v=2.1 cv=YNIMl32x c=1 sm=1 tr=0 a=h1BC+oY+fLhyFmnTBx92Jg==:117 a=h1BC+oY+fLhyFmnTBx92Jg==:17 a=L9H7d07YOLsA:10 a=9cW_t1CCXrUA:10 a=s5jvgZ67dGcA:10 a=L24OOQBejmoA:10 a=r77TgQKjGQsHNAKrUKIA:9 a=pGLkceISAAAA:8 a=El_2GlUCAAAA:20 a=5tlnXdLZAAAA:20 a=pQ1VAt4WAAAA:20 a=VAMm1qzQAAAA:8 a=RpX9YG_KAAAA:20 a=48vgC7mUAAAA:8 a=TQs3BSkjmEhMnHBH0GUA:9 a=7Ns6aZuy2Q2JJ85T:21 a=T1JQ0hEbm6LjyrC1:21 a=QEXdDO2ut3YA:10 a=YmvSWxMeuqAHQ9-dm1sA:9 a=oh3IVuk804R1kIbI:21 a=EiPbQ7vJhXVR-ytH:21 a=xaKGf-tinm1BeSnJ:21 a=_W_S_7VecoQA:10 a=6kGIvZw6iX1k4Y-7sg4_:22 a=VJbdtLpWXGEcfoCASgXQ:22 a=w1C3t2QeGrPiZgrLijVG:22 DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; c=relaxed/relaxed; d=labn.net; s=default; h=Content-Type:MIME-Version:Subject:References:In-Reply-To: Message-ID:Date:To:From; bh=12e/zc892RyRKjDJj//xso8+eu6v6J4jR+sQeDlQtEk=; b=h pZj1I7zEg5wq1/032sCPR17JeZM8xMuWxjfXRnBDrMGahNguIgyLOxbPBZoDXxGAxhU9mNwitP6xN bTsdjflhZpWBccOBJU3WmMGJu4ieCxNcZHDvOyYnhfdIudZdJM; Received: from [172.58.184.32] (port=54088 helo=[192.0.0.4]) by box313.bluehost.com with esmtpsa (TLSv1:AES128-SHA:128) (Exim 4.86_1) (envelope-from ) id 1c9Jha-0002Le-I8; Tue, 22 Nov 2016 15:38:11 -0700 From: Lou Berger To: Stewart Bryant , Date: Tue, 22 Nov 2016 17:37:58 -0500 Message-ID: <1588e304570.2818.9b4188e636579690ba6c69f2c8a0f1fd@labn.net> In-Reply-To: <99babdf7-b3bb-bc6b-4331-1f3ce0e38932@gmail.com> References: <99babdf7-b3bb-bc6b-4331-1f3ce0e38932@gmail.com> User-Agent: AquaMail/1.6.2.9 (build: 27000209) MIME-Version: 1.0 Content-Type: multipart/alternative; boundary="----------1588e3047951098281843e6fb48" X-AntiAbuse: This header was added to track abuse, please include it with any abuse report X-AntiAbuse: Primary Hostname - box313.bluehost.com X-AntiAbuse: Original Domain - ietf.org X-AntiAbuse: Originator/Caller UID/GID - [47 12] / [47 12] X-AntiAbuse: Sender Address Domain - labn.net X-BWhitelist: no X-Source-IP: 172.58.184.32 X-Exim-ID: 1c9Jha-0002Le-I8 X-Source: X-Source-Args: X-Source-Dir: X-Source-Sender: ([192.0.0.4]) [172.58.184.32]:54088 X-Source-Auth: lberger@labn.net X-Email-Count: 2 X-Source-Cap: bGFibm1vYmk7bGFibm1vYmk7Ym94MzEzLmJsdWVob3N0LmNvbQ== Archived-At: Subject: Re: [Teas] Network Slicing meeting at IETF 97 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 22 Nov 2016 22:38:21 -0000 This is a multi-part message in MIME format. ------------1588e3047951098281843e6fb48 Content-Type: text/plain; format=flowed; charset="UTF-8" Content-Transfer-Encoding: 8bit Stewart, Thanks for this information. It would be good if you could help kick off the discussion by describing how Slicing differs from current RFCs, ACTN and other existing (chartered) work on TE. Thank you, Lou On November 22, 2016 9:01:41 AM Stewart Bryant wrote: > I sent the following to the attendees of the Network Slicing Side > Meeting at IETF97. > > It has been proposed that discussion continue on the TEAS list. > > Stewart > > On Tue, Nov 22, 2016 at 6:15 AM, Stewart Bryant > > wrote: > > > Thanks to everyone that participated and thanks to those that took notes > of the meeting. > > Jie and I have merged the notes, which are included below. Corrections > welcome. > > I have put the slides on dropbox rather than attach them to the email. > The slides can be found here: > > https://www.dropbox.com/s/ax2ofdwygjema8z/0-Network%20Slicing%20Side%20Meeting%20Introduction_IETF97.pdf?dl=0 > > > https://www.dropbox.com/s/k2or6sd0ddzrc6c/1-Network%20Slicing%20Problem%20Statement_IETF97.pdf?dl=0 > > > https://www.dropbox.com/s/g8zvfvbrtkysjs1/2-Autonomic%20Slice%20Networking_IETF97.pdf?dl=0 > > > https://www.dropbox.com/s/d3rk4pjeg552ilv/3-Architecture%20for%20delivering%20multicast%20mobility%20services%20using%20network%20slicing_IETF97.pdf?dl=0 > > > https://www.dropbox.com/s/e3isn1bxwwhaw8g/4-ACTN%20and%20network%20slicing_IETF97.pdf?dl=0 > > > If anyone has trouble with the links, please let me know and I will make > some other arrangement for depositing the files. > > To avoid span traps, I am sending this to a few people at a time, so > please do not reply to this email and expect the > message to go to the entire set of attendees. The last discussion I had > with the Routing ADs suggested that we > continue the discussion on the IETF TEAS list. I am not sure that this > is necessarily the best long term home, but let's > start there and if we generate to much noise outside their scope, I am > sure we will be asked to move and provided > with a new home. > > Best Regards > > Stewart & jie > > ===================== > > Network Slicing Side Meeting > > Nov 14, 2016, 19:00-21:00, Studio 3 > > 67 People signed the attendance sheet. > > 0. General Admin > > Jie Dong introduced the purpose of the meeting. > Services have unique requirements, end-2-end slicing is required > for 5G. Among definitions we need to establish common definition. > Purpose is to have a common view of what network slicing is in IETF. > > List request has been sent to Deborah (Routing Area AD). > > 1. Network slicing problem statement Stewart Bryant > > https://tools.ietf.org/html/draft-dong-network-slicing-problem-statement-00 > > > Presentation: > > What is to be done in IETF, what existing and new work? > > Existing definition > - NGMN > - 3GPP > - ITU-T (FG IMT-2020) > - IETF? > > Requirements of Network Slicing > - Isolation/separation > - Customization of topology > - Flexibility of topology > - Guaranteed QoS > - Management consideration > > What should be definition of network slicing in IETF ? > What is needed beyond connectivity? > > What is the scope of network slicing in IETF? > > How much can existing/on-going tech meet the reqt? > > Discussion/Questions: > > Comment 1. IETF is protocol-oriented, how would slicing change > the semantics of existing protocols? > > Stewart: We typically have a set of tools designed for > best-effort fabrics and adding BW, these are not scalable and we > need some additional scheduling. > > Comment 2. We typically build separate networks for banking and > other low latency apps, this is not economical. Isolation and > security are weak points. > > Comment 3. What are the performance and isolation requirements? > Does this mean statistical sharing is out of scope? Fixed > fraction of b/w seems to be a must. > > Stewart: There will be a spectrum of requirements, different QoS > for different application, we may need some packet scheduling. > Do we need isolation using mechanisms like IEEE (time sensitive > networking ? TSN) or detnet. If its bit-level, we will go back > to TDM. > > Andrew: isolation and security is the biggest challenge, > figure out how to provide banking applications in economic manner, > such as a slice. Packet scheduling at buffer and line speed > level is not enough we need to adapt to packet changes at micro-level > (it was quietly mentioned, we are not thinking at bit-level but > focus at packet level). > > Comment 4. Look at 5G applications for machine critical, interface > b/w down to radio is key, we may adapt BW based on radio capacity, > Internet does not do this today, we need to figure this out. > > Stewart: It may be a packet level. factoring into a lower layer is > an issue > > Comment 5. Can we define slicing?? > > Stewart: We can also agree on an existing definition, which would > be useful. > > Comment 6. Generalised packet networks are not suitable for hard > packet tunnels. > > Comment 7. Dave Allen (Ericsson): slicing definition leave it open > disjoint resource like wavelength is considered in other forum as > the only way to achieve isolation. e.g. WDM-PON, wavelengths allocated > per slice. (Young Lee added that WSON controller is already doing this). > What does packet have to do if isolation cannot be guaranteed? > > 2. Autonomic slice networking Alex Galis > > Presentation: > https://tools.ietf.org/html/draft-galis-anima-autonomic-slice-networking-00 > > > Generation 1 - Resource partition of network resource is one definition. > Generation 2 - Network function and services are another definition of > network slicing. > Generation 3 - Grouping of partitioning of 5G slicing > Generation 4 - Management and control and advertisement has to be added > to the Network slicing definition > > ANIMA - unified network slicing definition in the context of autonomic > networking > > - The service instance component > - A network slice instance component > - Resource component > - Slice capability exposure component > > Suggested 15 work items and issues > > Discussion/Questions: > > Comment 1. Dino: asked difference between horizontal and vertical > slicing. Vertical slicing, can an application be a member of > multiple slices? Will Extranet be required? For horizontal > slicing, would it be stitching or something else? These would be > for customers ill shared services and isolation for specific VPN > connectivity > > Alex: Yes, level of abstraction and level of isolation need to be > considered, and separate control may also be needed. > > Stewart: We may see both models > > Comment 2. This complicates the solution space. > > Alex: This is not an intent to recreate a VPN technology. > > Comment 3. Feels like IETF is lagging in industry work, upper > service layer which drives network resources. OpenSource is already > ahead/doing some of this, slicing is mainly multi-tenant, this is > not rocket science or new. They are trying to map existing > technology like > VXLAN and mapping it into YANG. Is there a new architecture and > protocol required? what is the role of IETF? API ? application > level TOSCA; policy; YANG; already in place in industry. Question > is where is the gap? Map to protocol of new or existing protocols. > > Stewart: Those are the questions we are asking at the start of the > session. > > Comment 4. Slicing is a service definition, where is the gap? > Categorise them and see if we need new protocols, or adapt existing. > > Alec: Yes, at least 15 problems, these are not supported by existing > protocols. > > Comment 5. We have a slicing architecture (as part of a H2020 project), > and service orchestrator, we then define flows which are application > specific: IoT, video, etc. > > Comment 6. Ravi: IMT-2020 challenge was that service context could > be only identified by flow tuple in cp, dp and mgmt. Also slicing is > interesting for ICN as it allows new architectures and new properites > per slice basis. > > 3. Architecture for delivering multicast mobility services using > network slicing Truong-Xuan Do > > https://tools.ietf.org/html/draft-xuan-dmm-multicast-mobility-slicing-00 > > > Presentation: > > Multicast functionality is different for say broadcast, mobility etc > cases, so there is a need to function decomposition and function > chaining. > > Discussion/Questions: > > Comment 1. You are aware of DMM working group, DMM FTC draft defines > a model that covers this. I think the group does not have a good > definition of "slice", domain is similar with 5G slice. I think it's > not clear what a slice is. > > Stewart: This is why we are here; do we need to define "slice"? > > 4. ACTN and network slicing - Daniele Ceccarelli > > https://tools.ietf.org/html/draft-ietf-teas-actn-framework-01 > > > Presentation: > > Describe end to end L2VPN/L3VPN is not enough, so there are 3 > different level of controls (CNC, PNC and MDSC for customer, physical, > multi-domain network controls). Access points, per domain tunnels and > inter-domain links. Customer is able to provide constraints during > network provisioning. > > Discussion/Questions: > > Comment 1. Parviz: ACTN is a great piece of work, we have integrated > based on this framework. We shipped and integrate into ONOS. > ACTN is used for integrated packet optical SDN based > solution. > It is generalized for L0-L3 layers and need to be perhaps > extended for L1,L2 and NS. ACTN seems to have a good > starting > point for network resource slicing and Detnet may be > implementing a protocol solution for time-sensitive > networking. > > Comment 2. Do you slice at the lower/physical lower and provide a > slice to > the customer? So they can modify network resource, based on > their specific slice? Customer may just want the > resource, not > a solution, they want to manage it by themselves. > > Daniele: Yes, they can manage their own resource. > > Young Lee: VNF connectivity is included in the solution. > > Alex: Maybe methods for slicing exist, the management methods for > specific applications and network functions are missing. > > Comment 3. ACTN has multiple topology descriptions (physical, virtual > and customer), can it support end to end slicing with > applications? > > YoungLee: ACTN also support NFV-constraints as part of abstraction and > connectivity. > > Comment 4. Looking at ACTN it seems it can abstract multiple physical > domains and give us a logical view of TE/transport. > > Daniele: ACTN introduces virtual networking, between MDSC and CNC, > beneath > PNC, its technology/vendor specific. > > Comment 5: Why ACTN for network slicing? Does it support hierarchy? > > YoungLee: Yes. It does via MDSC-MDSC recursion. > > Comment 6. ACTN is for multi-domain. How about for a single domain? > > YoungLee: Yes, multi-domain solution includes single-domain, which is > easier. > > Comment 7. For 5G transport, IETF has a role to play. Front-haul, > back-haul > and cross haul need transport network abstraction which is > needed > for 5G network. Orchestration federation takes each > component > to give end-to-end solution. > > > Georgios: Asked how does it do QoS besides partitioning of n/w > resources. > > Ans: Whatever TC can do is supported > > Pedro: There are 2 aspects of slices - an act of creating it, and second > customizing and managing it in isolation is second part of the > problem. > > Comment: Service abstraction layer is missing and Information models. > > Seil: is there a gap to be discussed. > > Natasha from GSMA: not duplicate the work of other SDOs, if work needs > to evolve they will let IETF specific group know. > > Wim from Nokia: slicing includes all - management, applications, radio > etc beyond transport. > > Chris Seal: we need a stable platform first that doesnt exist. > > Loa: non WG BOF can be done, it is way too early to exclude from IETF > > Dave Allend: so many people are working on it. Problem space need to be > deconstructed, work needs to be done in totality of it. > > Jonas: can we invite 3GPP for next meeting? > > 5. Open Discussion 60 mins > > Stewart posed several questions > > 1. Does the IETF need to work on slicing? Yes > > 2. Does existing technologies solve the full set of slicing > requirements? No > > Comments: > > Already there are several slice definitions, educating and agreeing > definitions is useful > > - Suggest we allow implementations first using existing solutions, using > the tools which are already available. > > - Network slicing is important; it needs to be end-to-end and the IETF > has be involved. We also need to engage with other SDOs (3GPP, et al.), > including inviting the (SDOs) to participate in a BoF. > > - ACTN seems like a good starting point, maybe this needs to be extended > for additional technologies like Radio > > - A lot of this discussion needs to be relevant to the IETF, what's on > and in the wire > > - Process from here for the discussion, is non-WG BoF and then > WG-forming BoF. We should not exclude a potential WG on this topic, we > should prepare and investigate, then if we decide not to form that's > better than not being able to form due to a lack of investigation work. > > - One reason for lots of slicing definitions is the fact so many people > are working on this topic. Across different areas and functions > (controllers, orchestrations), and scheduling and APIs. We would need > to deconstruct the problem space to understand what is needed, and how > the IETF can help. > > - Of the questions asked through show of hands, people favored forming > a non-working group and agreed this is an area IETF can work into. > > - Identifying gaps from IETF perspective is the most important aspect. > > 3. Does the IETF need to focus discussion and develop tools for slicing? > (no discussion captured) > > 4. Interests to work on slicing? A lot > > 5. Willing to contribute to drafts and discussions? Some > > > > > > > > ---------- > _______________________________________________ > Teas mailing list > Teas@ietf.org > https://www.ietf.org/mailman/listinfo/teas > ------------1588e3047951098281843e6fb48 Content-Type: text/html; charset="UTF-8" Content-Transfer-Encoding: 8bit

    Stewart,

    Thanks for this information. It would be good if you could help kick off the discussion by describing how Slicing differs from current RFCs, ACTN and other existing (chartered) work on TE.

    Thank you,
    Lou

    On November 22, 2016 9:01:41 AM Stewart Bryant <stewart.bryant@gmail.com> wrote:

    I sent the following to the attendees of the Network Slicing Side Meeting at IETF97.

    It has been proposed that discussion continue on the TEAS list.

    Stewart

    On Tue, Nov 22, 2016 at 6:15 AM, Stewart Bryant <stewart.bryant@gmail.com> wrote:

    Thanks to everyone that participated and thanks to those that took notes
    of the meeting.

    Jie and I have merged the notes, which are included below. Corrections
    welcome.

    I have put the slides on dropbox rather than attach them to the email.
    The slides can be found here:

    https://www.dropbox.com/s/ax2ofdwygjema8z/0-Network%20Slicing%20Side%20Meeting%20Introduction_IETF97.pdf?dl=0

    https://www.dropbox.com/s/k2or6sd0ddzrc6c/1-Network%20Slicing%20Problem%20Statement_IETF97.pdf?dl=0

    https://www.dropbox.com/s/g8zvfvbrtkysjs1/2-Autonomic%20Slice%20Networking_IETF97.pdf?dl=0

    https://www.dropbox.com/s/d3rk4pjeg552ilv/3-Architecture%20for%20delivering%20multicast%20mobility%20services%20using%20network%20slicing_IETF97.pdf?dl=0

    https://www.dropbox.com/s/e3isn1bxwwhaw8g/4-ACTN%20and%20network%20slicing_IETF97.pdf?dl=0

    If anyone has trouble with the links, please let me know and I will make
    some other arrangement for depositing the files.

    To avoid span traps, I am sending this to a few people at a time, so
    please do not reply to this email and expect the
    message to go to the entire set of attendees. The last discussion I had
    with the Routing ADs suggested that we
    continue the discussion on the IETF TEAS list. I am not sure that this
    is necessarily the best long term home, but let's
    start there and if we generate to much noise outside their scope, I am
    sure we will be asked to move and provided
    with a new home.

    Best Regards

    Stewart & jie

    =====================

    Network Slicing Side Meeting

    Nov 14, 2016, 19:00-21:00, Studio 3

    67 People signed the attendance sheet.

    0.    General Admin

    Jie Dong introduced the purpose of the meeting.
    Services have unique requirements, end-2-end slicing is required
    for 5G. Among definitions we need to establish common definition.
    Purpose is to have a common view of what network slicing is in IETF.

    List request has been sent to Deborah (Routing Area AD).

    1. Network slicing problem statement    Stewart Bryant

    https://tools.ietf.org/html/draft-dong-network-slicing-problem-statement-00

    Presentation:

    What is to be done in IETF, what existing and new work?

    Existing definition
    -    NGMN
    -    3GPP
    -    ITU-T (FG IMT-2020)
    -    IETF?

    Requirements of Network Slicing
    -    Isolation/separation
    -    Customization of topology
    -    Flexibility of topology
    -    Guaranteed QoS
    -    Management consideration

    What should be definition of network slicing in IETF ?
    What is needed beyond connectivity?

    What is the scope of network slicing in IETF?

    How much can existing/on-going tech meet the reqt?

    Discussion/Questions:

    Comment 1. IETF is protocol-oriented, how would slicing change
    the semantics of existing protocols?

    Stewart: We typically have a set of tools designed for
    best-effort fabrics and adding BW, these are not scalable and we
    need some additional scheduling.

    Comment 2. We typically build separate networks for banking and
    other low latency apps, this is not economical. Isolation and
    security are weak points.

    Comment 3. What are the performance and isolation requirements?
    Does this mean statistical sharing is out of scope? Fixed
    fraction of b/w seems to be a must.

    Stewart: There will be a spectrum of requirements, different QoS
    for different application, we may need some packet scheduling.
    Do we need isolation using mechanisms like IEEE (time sensitive
    networking ? TSN) or detnet. If its bit-level, we will go back
    to TDM.

    Andrew: isolation and security is the biggest challenge,
    figure out how to provide banking applications in economic manner,
    such as a slice. Packet scheduling at buffer and line speed
    level is not enough we need to adapt to packet changes at micro-level
    (it was quietly mentioned, we are not thinking at bit-level but
    focus at packet level).

    Comment 4. Look at 5G applications for machine critical, interface
    b/w down to radio is key, we may adapt BW based on radio capacity,
    Internet does not do this today, we need to figure this out.

    Stewart: It may be a packet level.  factoring into a lower layer is an issue

    Comment 5. Can we define slicing??

    Stewart: We can also agree on an existing definition, which would
    be useful.

    Comment 6. Generalised packet networks are not suitable for hard
    packet tunnels.

    Comment 7. Dave Allen (Ericsson):  slicing definition leave it open
    disjoint resource like wavelength is considered in other forum as
    the only way to achieve isolation. e.g. WDM-PON, wavelengths allocated
    per slice. (Young Lee added that WSON controller is already doing this).
    What does packet have to do if isolation cannot be guaranteed?

    2. Autonomic slice networking    Alex Galis

    Presentation:
    https://tools.ietf.org/html/draft-galis-anima-autonomic-slice-networking-00

    Generation 1 - Resource partition of network resource is one definition.
    Generation 2 - Network function and services are another definition of
                   network slicing.
    Generation 3 - Grouping of partitioning of 5G slicing
    Generation 4 - Management and control and advertisement has to be added
                   to the Network slicing definition

    ANIMA - unified network slicing definition in the context of autonomic
    networking

    - The service instance component
    - A network slice instance component
    - Resource component
    - Slice capability exposure component

    Suggested 15 work items and issues

    Discussion/Questions:

    Comment 1. Dino: asked difference between horizontal and vertical
    slicing. Vertical slicing, can an application be a member of
    multiple slices? Will Extranet be required? For horizontal
    slicing, would it be stitching or something else? These would be
    for customers ill shared services and isolation for specific VPN
    connectivity

    Alex: Yes, level of abstraction and level of isolation need to be
    considered, and separate control may also be needed.

    Stewart: We may see both models

    Comment 2. This complicates the solution space.

    Alex: This is not an intent to recreate a VPN technology.

    Comment 3. Feels like IETF is lagging in industry work, upper
    service layer which drives network resources. OpenSource is already
    ahead/doing some of this, slicing is mainly multi-tenant, this is
    not rocket science or new. They are trying to map existing technology like
    VXLAN and mapping it into YANG. Is there a new architecture and
    protocol required? what is the role of IETF? API ? application
    level TOSCA; policy; YANG; already in place in industry. Question
    is where is the gap? Map to protocol of new or existing protocols.

    Stewart: Those are the questions we are asking at the start of the session.

    Comment 4.  Slicing is a service definition, where is the gap?
    Categorise them and see if we need new protocols, or adapt existing.

    Alec: Yes, at least 15 problems, these are not supported by existing
    protocols.

    Comment 5. We have a slicing architecture (as part of a H2020 project),
    and service orchestrator, we then define flows which are application
    specific: IoT, video, etc.

    Comment 6. Ravi: IMT-2020 challenge was that service context could
    be only identified by flow tuple in cp, dp and mgmt. Also slicing is
    interesting for ICN as it allows new architectures and new properites
    per slice basis.

    3. Architecture for delivering multicast mobility services using
    network slicing Truong-Xuan Do

    https://tools.ietf.org/html/draft-xuan-dmm-multicast-mobility-slicing-00

    Presentation:

    Multicast functionality is different for say broadcast, mobility etc
    cases, so there is a need to function decomposition and function chaining.

    Discussion/Questions:

    Comment 1. You are aware of DMM working group, DMM FTC draft defines
    a model that covers this. I think the group does not have a good
    definition of "slice", domain is similar with 5G slice. I think it's
    not clear what a slice is.

    Stewart: This is why we are here; do we need to define "slice"?

    4. ACTN and network slicing - Daniele Ceccarelli

    https://tools.ietf.org/html/draft-ietf-teas-actn-framework-01

    Presentation:

    Describe end to end L2VPN/L3VPN is not enough, so there are 3
    different level of controls (CNC, PNC and MDSC for customer, physical,
    multi-domain network controls). Access points, per domain tunnels and
    inter-domain links. Customer is able to provide constraints during
    network provisioning.

    Discussion/Questions:

    Comment 1. Parviz: ACTN is a great piece of work, we have integrated
               based on this framework. We shipped and integrate into ONOS.
               ACTN is used for integrated packet optical SDN based solution.
               It is generalized for L0-L3 layers and need to be perhaps
               extended for L1,L2 and NS. ACTN seems to have a good starting
               point for network resource slicing and Detnet may be
               implementing a protocol solution for time-sensitive networking.

    Comment 2. Do you slice at the lower/physical lower and provide a slice to
               the customer? So they can modify network resource, based on
               their specific slice? Customer may just want the resource, not
               a solution, they want to manage it by themselves.

    Daniele:  Yes, they can manage their own resource.

    Young Lee: VNF connectivity is included in the solution.

    Alex: Maybe methods for slicing exist, the management methods for
          specific applications and network functions are missing.

    Comment 3. ACTN has multiple topology descriptions (physical, virtual
               and customer), can it support end to end slicing with
               applications?

    YoungLee:  ACTN also support NFV-constraints as part of abstraction and
               connectivity.

    Comment 4. Looking at ACTN it seems it can abstract multiple physical
               domains and give us a logical view of TE/transport.

    Daniele: ACTN introduces virtual networking, between MDSC and CNC, beneath
             PNC, its technology/vendor specific.

    Comment 5: Why ACTN for network slicing? Does it support hierarchy?

    YoungLee: Yes. It does via MDSC-MDSC recursion.

    Comment 6. ACTN is for multi-domain. How about for a single domain?

    YoungLee: Yes, multi-domain solution includes single-domain, which is
    easier.

    Comment 7. For 5G transport, IETF has a role to play. Front-haul, back-haul
               and cross haul need transport network abstraction which is
    needed
               for 5G network. Orchestration federation takes each component
               to give end-to-end solution.


    Georgios: Asked how does it do QoS besides partitioning of n/w resources.

    Ans: Whatever TC can do is supported

    Pedro: There are 2 aspects of slices - an act of creating it, and second
           customizing and managing it in isolation is second part of the
    problem.

    Comment: Service abstraction layer is missing and Information models.

    Seil: is there a gap to be discussed.

    Natasha from GSMA: not duplicate the work of other SDOs, if work needs
    to evolve they will let IETF specific group know.

    Wim from Nokia: slicing includes all - management, applications, radio
    etc beyond transport.

    Chris Seal: we need a stable platform first that doesnt exist.

    Loa: non WG BOF can be done, it is way too early to exclude from IETF

    Dave Allend: so many people are working on it. Problem space need to be
    deconstructed, work needs to be done in totality of it.

    Jonas: can we invite 3GPP for next meeting?

    5. Open Discussion 60 mins

    Stewart posed several questions

    1. Does the IETF need to work on slicing?   Yes

    2. Does existing technologies solve the full set of slicing
    requirements?   No

    Comments:

    Already there are several slice definitions, educating and agreeing
    definitions is useful

    - Suggest we allow implementations first using existing solutions, using
    the tools which are already available.

    - Network slicing is important; it needs to be end-to-end and the IETF
    has be involved. We also need to engage with other SDOs (3GPP, et al.),
    including inviting the (SDOs) to participate in a BoF.

    - ACTN seems like a good starting point, maybe this needs to be extended
    for additional technologies like Radio

    - A lot of this discussion needs to be relevant to the IETF, what's on
    and in the wire

    - Process from here for the discussion, is non-WG BoF and then
    WG-forming BoF. We should not exclude a potential WG on this topic, we
    should prepare and investigate, then if we decide not to form that's
    better than not being able to form due to a lack of investigation work.

    - One reason for lots of slicing definitions is the fact so many people
    are working on this topic. Across different areas and functions
    (controllers, orchestrations), and scheduling and APIs. We would need
    to deconstruct the problem space to understand what is needed, and how
    the IETF can help.

    - Of the questions asked through show of hands, people favored forming
    a non-working group and agreed this is an area IETF can work into.

    - Identifying gaps from IETF perspective is the most important aspect.

    3. Does the IETF need to focus discussion and develop tools for slicing?
    (no discussion captured)

    4. Interests to work on slicing?  A lot

    5. Willing to contribute to drafts and discussions? Some

    <end>


    _______________________________________________
    Teas mailing list
    Teas@ietf.org
    https://www.ietf.org/mailman/listinfo/teas

    ------------1588e3047951098281843e6fb48-- From nobody Wed Nov 23 13:09:44 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 7F4C81296D6; Wed, 23 Nov 2016 13:09:42 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.702 X-Spam-Level: X-Spam-Status: No, score=-2.702 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, DKIM_VALID_AU=-0.1, RCVD_IN_DNSWL_LOW=-0.7, SPF_HELO_PASS=-0.001, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (1024-bit key) header.d=joelhalpern.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id l3onRa1Sq-NZ; Wed, 23 Nov 2016 13:09:41 -0800 (PST) Received: from maila2.tigertech.net (maila2.tigertech.net [208.80.4.152]) (using TLSv1.2 with cipher ECDHE-RSA-AES256-GCM-SHA384 (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 30EB612948A; Wed, 23 Nov 2016 13:09:38 -0800 (PST) Received: from localhost (localhost [127.0.0.1]) by maila2.tigertech.net (Postfix) with ESMTP id F3572247571; Wed, 23 Nov 2016 13:09:37 -0800 (PST) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=joelhalpern.com; s=1.tigertech; t=1479935378; bh=YyC0ggY/gelRqTbllYtt443brOZs4+9zW40ZiQFh7JQ=; h=To:Cc:From:Subject:Date:From; b=rHHZSUNMjyT+P/he9Hay3MHw4zR293H/wmkou540IwlhiXtI+GiORh+jOjTtjW7PF UplqlRQyHfsmuDDpJF6GkcpymS09k4BQUt6g4FUguNUUwQuZ5szR0N/e1qe57YZPUM WzuuAeyFLdT44kj75c0K0YRpWbSkYTs3OMgRRbyo= X-Virus-Scanned: Debian amavisd-new at maila2.tigertech.net Received: from Joels-MacBook-Pro.local (209-255-163-147.ip.mcleodusa.net [209.255.163.147]) (using TLSv1.2 with cipher ECDHE-RSA-AES128-GCM-SHA256 (128/128 bits)) (No client certificate requested) by maila2.tigertech.net (Postfix) with ESMTPSA id 5D2A624B481; Wed, 23 Nov 2016 13:09:37 -0800 (PST) To: "rtg-ads@tools.ietf.org" From: "Joel M. Halpern" Message-ID: Date: Wed, 23 Nov 2016 16:10:27 -0500 User-Agent: Mozilla/5.0 (Macintosh; Intel Mac OS X 10.9; rv:45.0) Gecko/20100101 Thunderbird/45.5.0 MIME-Version: 1.0 Content-Type: text/plain; charset=utf-8; format=flowed Content-Transfer-Encoding: 8bit Archived-At: Cc: "rtg-dir@ietf.org" , draft-ietf-teas-p2mp-loose-path-reopt.all@ietf.org, "teas@ietf.org" Subject: [Teas] RtgDir review: draft-ietf-teas-p2mp-loose-path-reopt-07.txt X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 23 Nov 2016 21:09:42 -0000 Hello, I have been selected as the Routing Directorate reviewer for this draft. The Routing Directorate seeks to review all routing or routing-related drafts as they pass through IETF last call and IESG review, and sometimes on special request. The purpose of the review is to provide assistance to the Routing ADs. For more information about the Routing Directorate, please see ​http://trac.tools.ietf.org/area/rtg/trac/wiki/RtgDir Although these comments are primarily for the use of the Routing ADs, it would be helpful if you could consider them along with any other IETF Last Call comments that you receive, and strive to resolve them through discussion or by updating the draft. Document: draft-ietf-teas-p2mp-loose-path-reopt-07.txt Reviewer: Joel M. Halpern Review Date: 23-November-2016 IETF LC End Date: N/A Intended Status: Standards Track Summary: I have some moderate concerns about this document that I think should be resolved before publication is approved. Comments: Major: The use of SHOULD and MAY in section 4.1 seems to lead to a device which ostensibly supports this document, but does the wrong things. First, with regard to the SHOULDs, in the absence of any indication as to why it would not do this, it appears that the SHOULD is really "MUST if the device supports this document" which is what MUST in a document actually means. Section 4.2 first bullet says that a mid-point LSR "SHOULD" check for a preferable P2MP-TE LSP Tree. But if it doesn't, it is not supporting this document. As written, it could decide to ignore the message, even though it claims to support this RFC. Looking at the handling when a preferable P2MP-TE LSP tree is found, according to the document, the LSR MAY send the PathErr response. My assumption is that if it does not send the PathErr, it MUST propagate the request. If it does not do either one, the protocol does not function. It seems likely that if this is really intended to be optional (MAY), the document would be improved my giving implementors some hint as to when it is desirable or undesirable to send the message. Then in the third bullet, it is only a SHOULD to pass on the request. Thus, a device which supports this mechanism, but chooses not to pass on the request, is compliant to this document while preventing other devices from properly supporting the mechanism. Minor: The abstract is much too long. Much of the content of the abstract belongs in the introduction. Even teh second paragraph has too much detail for an abstract. Editorial: In the last paragraph of the introduction, it says that this document "proposes" solutions. Given we are now in the position of evaluating publication as a Proposed Standard, I would say that this document "defines" solutions. From nobody Fri Nov 25 11:03:57 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 8B38C124281; Fri, 25 Nov 2016 11:03:55 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -0.721 X-Spam-Level: X-Spam-Status: No, score=-0.721 tagged_above=-999 required=5 tests=[BAYES_20=-0.001, RCVD_IN_DNSWL_LOW=-0.7, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id A5ARK-REG_9E; Fri, 25 Nov 2016 11:03:53 -0800 (PST) Received: from asmtp3.iomartmail.com (asmtp3.iomartmail.com [62.128.201.159]) (using TLSv1 with cipher DHE-RSA-AES256-SHA (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 99ABA129449; Fri, 25 Nov 2016 11:03:53 -0800 (PST) Received: from asmtp3.iomartmail.com (localhost.localdomain [127.0.0.1]) by asmtp3.iomartmail.com (8.13.8/8.13.8) with ESMTP id uAPJ3o4w013099; Fri, 25 Nov 2016 19:03:50 GMT Received: from 950129200 (206.131.51.84.dyn.plus.net [84.51.131.206] (may be forged)) (authenticated bits=0) by asmtp3.iomartmail.com (8.13.8/8.13.8) with ESMTP id uAPJ3nmT013085 (version=TLSv1/SSLv3 cipher=AES256-SHA bits=256 verify=NO); Fri, 25 Nov 2016 19:03:49 GMT From: "Adrian Farrel" To: References: In-Reply-To: Date: Fri, 25 Nov 2016 19:03:48 -0000 Message-ID: <035f01d2474e$a7bf9ee0$f73edca0$@olddog.co.uk> MIME-Version: 1.0 Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: 7bit X-Mailer: Microsoft Outlook 14.0 Thread-Index: AdJFby+06EuGJMdfR5C9V8d8uo588gB3DEEw Content-Language: en-gb X-TM-AS-MML: disable X-TM-AS-Product-Ver: IMSS-7.1.0.1679-8.0.0.1202-22722.001 X-TM-AS-Result: No--4.508-10.0-31-10 X-imss-scan-details: No--4.508-10.0-31-10 X-TMASE-MatchedRID: WNN0YgD6gojbjF84eGLr8qb8GfRpncAzBdebOqawiLv9EEYrC2uGMxlb y9sTjxSikzG01C/Uzh5bvNVEiLOauquaZbrFj5mYSDkh6bW+bccK3iJpXUOQQ5N+4675W9rbPOM 7YhrpIiKEP4XhO1jJGEHtx5AxXwQHxEEtnnH5KRcSDAzxRL+lMRrHeFABLxXV+Cckfm+bb6DEfw 4CEXdUNQxcCSVShdBgTgId0YAAsmc72d2F4DOSZNxajlW+zwxClnrMq7Sriu0GW3hFnC9N1fWx3 wblDGHNjVh9zIHTM2XHovCWwl5jce7ou6E91dhw6Zzj+kMRBrZ9LQinZ4QefL6qvLNjDYTwzhtq OA7SSC8fRoCwBzgRYidET58jp62SD16MOO3jYBxLgjbNq8cBPXcBUfR/2KKYlsMPpHIUb0hw9ts NYcm7r9s3hA+YZShLKWy3/3WWFuPfGghAeer1KGJXB78pFPlK6Hq9RCTLxvsstHmcXeW1eBVSGW 4LjW40FYnPSoXfG8ckhYHVA/r8kw== Archived-At: Cc: draft-ietf-teas-actn-framework@ietf.org Subject: [Teas] Review of draft-ietf-teas-actn-framework-01 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list Reply-To: adrian@olddog.co.uk List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 25 Nov 2016 19:03:55 -0000 Hi list and authors, I took an action to review the ACTN documents for terminology and consistency with RFC 7926. The first on my list was the framework draft. The terminology was not too bad. The main issue was that the document was using "abstraction" in two different ways: 1. presentation of real resources as a virtualised set of resources 2. separation of processes used by an overlay from the actual processes used by the underlay. These are both correct uses of the word although the first definition is what is usually used in the industry (ONF, IETF). Orchestration may be an adequate term for the second meaning. I found the definitions of "node" and "link" and suggested replacement text. Also some need to be careful with the term "aggregation". Along the way I found quite a number of typos, format issues, and changes for clarity. I collected these in a Word file with change markers. I sent that to Young, and I won't bore the list with a non-standard format file. In summary... - Lots of format issues caused by export from Word - Need to put Abstract on front page - s/draft/document/ - sort out references - expand abbreviations on first use - clarify the difference between "resource slicing" and "resource sharing" - clarify the terms "client" and "customer" - some of the statements about VPNs seem to be over-constrained - delete figures 2 and 3 as basically empty - tidy up figures - note "editor note" needs fixing - try to resolve difference between an end point and a network function located in a DC - security section is absent - sort out authors and contributors As an aside, I am not sure that there is a necessity to have APs (and VNAPs) in the architecture. I don't object to them, just I don't see the point. Cheers, Adrian From nobody Mon Nov 28 05:25:08 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 923FD129F11 for ; Mon, 28 Nov 2016 05:25:05 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.502 X-Spam-Level: X-Spam-Status: No, score=-1.502 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, DKIM_VALID_AU=-0.1, RCVD_IN_DNSWL_NONE=-0.0001, RCVD_IN_MSPIKE_H2=-0.001, RCVD_IN_SORBS_SPAM=0.5, SPF_PASS=-0.001] autolearn=no autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (768-bit key) header.d=labn.net Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id bMODJSUNrkki for ; Mon, 28 Nov 2016 05:25:04 -0800 (PST) Received: from gproxy6-pub.mail.unifiedlayer.com (gproxy6-pub.mail.unifiedlayer.com [67.222.39.168]) by ietfa.amsl.com (Postfix) with SMTP id 3CC56129F06 for ; Mon, 28 Nov 2016 05:25:04 -0800 (PST) Received: (qmail 6476 invoked by uid 0); 28 Nov 2016 13:25:04 -0000 Received: from unknown (HELO cmgw2) (10.0.90.83) by gproxy6.mail.unifiedlayer.com with SMTP; 28 Nov 2016 13:25:04 -0000 Received: from box313.bluehost.com ([69.89.31.113]) by cmgw2 with id DRQy1u00v2SSUrH01RR1ak; Mon, 28 Nov 2016 06:25:02 -0700 X-Authority-Analysis: v=2.1 cv=YNIMl32x c=1 sm=1 tr=0 a=h1BC+oY+fLhyFmnTBx92Jg==:117 a=h1BC+oY+fLhyFmnTBx92Jg==:17 a=L9H7d07YOLsA:10 a=9cW_t1CCXrUA:10 a=s5jvgZ67dGcA:10 a=N659UExz7-8A:10 a=xqWC_Br6kY4A:10 a=L24OOQBejmoA:10 a=wU2YTnxGAAAA:8 a=48vgC7mUAAAA:8 a=z5nbsJZ9MsWi_9_UTQQA:9 a=7QmClhpfjcUDqHVD:21 a=LZffTU3c9aEftv2D:21 a=pILNOxqGKmIA:10 a=Yz9wTY_ffGCQnEDHKrcv:22 a=w1C3t2QeGrPiZgrLijVG:22 DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; c=relaxed/relaxed; d=labn.net; s=default; h=Content-Transfer-Encoding:Content-Type:In-Reply-To:MIME-Version :Date:Message-ID:From:To:References:Subject; bh=SC1CkmpMN+QswidimJpMQRq2DSXNGaC4s8yYFYjQBx4=; b=0QpyB3pg2mRwWTRZEHtzLvzysW meGrgnJSna3CenAWc4t3aYvSTnNz0WMKufQyS1rL6mdEsVA+uS115YEEXIkTn8dmtvY0h84PS6269 w5Eo9ZYfYQvTawGaAjgQQDGdE; Received: from pool-100-15-85-191.washdc.fios.verizon.net ([100.15.85.191]:35969 helo=[IPv6:::1]) by box313.bluehost.com with esmtpsa (TLSv1.2:ECDHE-RSA-AES128-GCM-SHA256:128) (Exim 4.86_1) (envelope-from ) id 1cBLvY-0005c3-4y for teas@ietf.org; Mon, 28 Nov 2016 06:25:00 -0700 References: <7a7c1896-b203-196d-6a6e-fb8afd3c3846@labn.net> To: TEAS WG From: Lou Berger X-Forwarded-Message-Id: <7a7c1896-b203-196d-6a6e-fb8afd3c3846@labn.net> Message-ID: Date: Mon, 28 Nov 2016 08:24:57 -0500 User-Agent: Mozilla/5.0 (Windows NT 10.0; WOW64; rv:45.0) Gecko/20100101 Thunderbird/45.5.0 MIME-Version: 1.0 In-Reply-To: <7a7c1896-b203-196d-6a6e-fb8afd3c3846@labn.net> Content-Type: text/plain; charset=windows-1252 Content-Transfer-Encoding: 7bit X-AntiAbuse: This header was added to track abuse, please include it with any abuse report X-AntiAbuse: Primary Hostname - box313.bluehost.com X-AntiAbuse: Original Domain - ietf.org X-AntiAbuse: Originator/Caller UID/GID - [47 12] / [47 12] X-AntiAbuse: Sender Address Domain - labn.net X-BWhitelist: no X-Source-IP: 100.15.85.191 X-Exim-ID: 1cBLvY-0005c3-4y X-Source: X-Source-Args: X-Source-Dir: X-Source-Sender: pool-100-15-85-191.washdc.fios.verizon.net ([IPv6:::1]) [100.15.85.191]:35969 X-Source-Auth: lberger@labn.net X-Email-Count: 1 X-Source-Cap: bGFibm1vYmk7bGFibm1vYmk7Ym94MzEzLmJsdWVob3N0LmNvbQ== Archived-At: Subject: [Teas] Fwd: [Rtg-yang-coord] Aligning models across the Routing Area X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 28 Nov 2016 13:25:06 -0000 YANG draft authors please take note and discuss proposed changes with the WG. Lou -------- Forwarded Message -------- Subject: [Rtg-yang-coord] Aligning models across the Routing Area Date: Wed, 23 Nov 2016 10:49:38 -0500 From: Lou Berger To: Routing Chairs , Routing YANG Coordination CC: Routing Area YANG Architecture DT Hi, (RTG Chairs and YANG aficionados), YANG continues to be a hot topic in many (of your) RTG area groups. Some of us in the DT thought it would be worth pointing out some more recent publications/WG activities that may impact work in area WGs -- and importantly, that aligning RTG Area WG's models with these activities will help us all produce a more cohesive and complementary body of work. The key recent items are: 1) RFC 8022 has been published (A YANG Data Model for Routing Management) This really contains basic building blocks for our area 2) RFC6087bis has been submitted for publication (Guidelines for Authors and Reviewers of YANG Data Model Documents) Notably, Section 5.23 provides some guidance on how to handle OpState now, while waiting for the revised data store solution. 3) YANG Schema Mount, draft-ietf-netmod-schema-mount, is moving along in NetMod This is a key building block for VRFs/VSIs and Logical routers/switches/systems, and may provide value elsewhere too. 4) Logical Network Elements and Network Instance drafts are progressing in RTGWG (draft-ietf-rtgwg-lne-model, draft-ietf-rtgwg-ni-model) These are the models supporting VRFs/VSIs (NIs) and Logical routers/switches/systems (LNEs) *without* requiring explicit support in every model. 5) Finally, based on the past meeting, we should shortly have a base set of "Routing Area Common YANG Data Types" defined in RTGWG (based on draft-rtgyangdt-rtgwg-routing-types) This defines several types that are commonly used in the rtg area, and use of such should help with consistency across models. We are suggesting that aligning RTG WG's models to the above makes sense at this time, and that each WG/set of authors review and update their models as they see appropriate. Of course, feedback on the drafts mentioned above should be provided to their respective WGs. Lou for the RTG Area YANG DT _______________________________________________ Rtg-yang-coord mailing list Rtg-yang-coord@ietf.org https://www.ietf.org/mailman/listinfo/rtg-yang-coord From nobody Mon Nov 28 05:52:54 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 4D1441294C5; Mon, 28 Nov 2016 05:52:48 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -4.22 X-Spam-Level: X-Spam-Status: No, score=-4.22 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (1024-bit key) header.d=ericsson.onmicrosoft.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id N956OlIyWVVX; 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A:1; MX:1; LANG:en; received-spf: None (protection.outlook.com: ericsson.com does not designate permitted sender hosts) spamdiagnosticoutput: 1:99 spamdiagnosticmetadata: NSPM Content-Type: multipart/alternative; boundary="_000_AM2PR07MB0994FDE385670F4780B20CA0F08A0AM2PR07MB0994eurp_" MIME-Version: 1.0 X-MS-Exchange-CrossTenant-originalarrivaltime: 28 Nov 2016 13:52:39.2000 (UTC) X-MS-Exchange-CrossTenant-fromentityheader: Hosted X-MS-Exchange-CrossTenant-id: 92e84ceb-fbfd-47ab-be52-080c6b87953f X-MS-Exchange-Transport-CrossTenantHeadersStamped: AM2PR07MB0994 X-OriginatorOrg: ericsson.com X-Brightmail-Tracker: H4sIAAAAAAAAA02SbUhTcRTG+e/eO6+j0XX5clyCNTDB8i3DxpDKT71gIJI1w16mXlR0U3ZV skDENNyaoOYEl5jFzGZTS1Jny6yBM01oRJpNw2IjFbFWZLXUqHm38NvvOc/DgedwSEzQTQjJ fEUJrVTICkVcHt4iHYyMNiYmSeOufwkQO1tncLG9w0CIq+Zn/MQ1v0z4EfyYXu/mpKKzvKQc ujC/jFbGHrrIy7PfCy22h15SXQupRF+D1cifBOoANA4Y/NSIRwqoHgTNVWaMFS8QjGkeEx6B U3UYvO5oIlhHywF1VZtXWBGMj/Rz1IgkuZQEnJYUz95AKhqGH77FPIxRRaD6bCc8vIMSgr3e jbGZcBgctfqxHAMTDY7NDE5FQPXaEPIwn8oEW20t7mFEBcPPCSOH3RkCductDtuBAv2TVxjL QbDk+EOw+SzorTF5M7vB1qXz8kl4N2j+zwMjqs3+QGlw6Gm/4V1UAK71SoJlCdQ2jBFsqJUD bbOtXiMMZo3zXsNMwJK2h+sxBBQNnd01yFf5/RuVl8NgcW6Y8J2lc2qFW48idVsa6bZYus0L BMB4ixNn5/ug3fyNy/JeuHt7GfPx5DMHZ+u8Hfl1oSCGZhh57v6EGFqZn80wRYoYBV3Sh/49 0fNHa9EmdH852YIoEom28V3fJVIBIStjyuUWBCQmCuS745OkAn6OrPwyrSy6oCwtpBkL2kni ohB+omH+jIDKlZXQBTRdTCt9Lof0F1YiydMoW5//wMvYju0Zlae1em35g1Hr6mSms2H66i7X h9+S9KjzmrTmjY8HceHhuqnUxcRVdb8jRa4J3zAMWXS2E+Hr8qwK80qTxGFLqA6U3+xNmzKN dsUtlGafC85Onl64MpdxXBMhch/dcKVNVnxKT03T/5A06kKMp6x7FtV3RDiTJ4uPwpSM7C+x 9YO+QAMAAA== Archived-At: Cc: "mpls@ietf.org" , "pce@ietf.org" , "TEAS WG \(teas@ietf.org\)" Subject: [Teas] IETF 97 - Minutes X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 28 Nov 2016 13:52:48 -0000 --_000_AM2PR07MB0994FDE385670F4780B20CA0F08A0AM2PR07MB0994eurp_ Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable Hi all, the first draft of the CCAMP and joint YANG session minutes is now availabl= e at the following link: https://www.ietf.org/proceedings/97/minutes/minute= s-97-ccamp-00.htm Thanks a lot to Italo, Haomian and Yoji for the help with notes taking. Thanks Daniele, Fatai, Oscar --_000_AM2PR07MB0994FDE385670F4780B20CA0F08A0AM2PR07MB0994eurp_ Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable

    Hi all,

     

    the first draft of the CCAMP an= d joint YANG session minutes is now available at the following link: https://www.ietf.org/proceedings/97/minutes/minutes-97-ccamp-00.htm 

     

    Thanks a lot to Italo, Haomian = and Yoji for the help with notes taking.

     

    Thanks

    Daniele, Fatai, Oscar

    --_000_AM2PR07MB0994FDE385670F4780B20CA0F08A0AM2PR07MB0994eurp_-- From nobody Mon Nov 28 06:14:55 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id CAA841295D5; Mon, 28 Nov 2016 06:14:53 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -4.221 X-Spam-Level: X-Spam-Status: No, score=-4.221 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (1024-bit key) header.d=ericsson.onmicrosoft.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id xex6zaoEmqSd; Mon, 28 Nov 2016 06:14:51 -0800 (PST) Received: from sessmg23.ericsson.net (sessmg23.ericsson.net [193.180.251.45]) (using TLSv1.2 with cipher ECDHE-RSA-AES256-GCM-SHA384 (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 218751293FB; 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Mon, 28 Nov 2016 14:14:47 +0000 Received: from AM2PR07MB0994.eurprd07.prod.outlook.com ([10.162.37.152]) by AM2PR07MB0994.eurprd07.prod.outlook.com ([10.162.37.152]) with mapi id 15.01.0761.009; Mon, 28 Nov 2016 14:14:47 +0000 From: Daniele Ceccarelli To: "adrian@olddog.co.uk" , "teas@ietf.org" Thread-Topic: [Teas] Review of draft-ietf-teas-actn-framework-01 Thread-Index: AdJFby+06EuGJMdfR5C9V8d8uo588gB3DEEwAI1TUwA= Date: Mon, 28 Nov 2016 14:14:47 +0000 Message-ID: References: <035f01d2474e$a7bf9ee0$f73edca0$@olddog.co.uk> In-Reply-To: <035f01d2474e$a7bf9ee0$f73edca0$@olddog.co.uk> Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: authentication-results: spf=none (sender IP is ) smtp.mailfrom=daniele.ceccarelli@ericsson.com; x-originating-ip: [151.0.200.100] x-ms-office365-filtering-correlation-id: 06a38702-742f-4003-e69c-08d41798e8ab x-microsoft-antispam: UriScan:;BCL:0;PCL:0;RULEID:(22001);SRVR:AM2PR07MB0996; x-microsoft-exchange-diagnostics: 1; AM2PR07MB0996; 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DIR:OUT; SFP:1101; SCL:1; SRVR:AM2PR07MB0996; H:AM2PR07MB0994.eurprd07.prod.outlook.com; FPR:; SPF:None; PTR:InfoNoRecords; A:1; MX:1; LANG:en; received-spf: None (protection.outlook.com: ericsson.com does not designate permitted sender hosts) spamdiagnosticoutput: 1:99 spamdiagnosticmetadata: NSPM Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable MIME-Version: 1.0 X-MS-Exchange-CrossTenant-originalarrivaltime: 28 Nov 2016 14:14:47.1199 (UTC) X-MS-Exchange-CrossTenant-fromentityheader: Hosted X-MS-Exchange-CrossTenant-id: 92e84ceb-fbfd-47ab-be52-080c6b87953f X-MS-Exchange-Transport-CrossTenantHeadersStamped: AM2PR07MB0996 X-OriginatorOrg: ericsson.com X-Brightmail-Tracker: H4sIAAAAAAAAA+NgFupkleLIzCtJLcpLzFFi42KZGbE9XPemtU2EwadjShY/em4wW1y5dJnF ovXHDhYHZo8lS34yeazYvJIxgCmKyyYlNSezLLVI3y6BK+P4mo0sBQvFKto2+Dcw3hTsYuTk kBAwkVj1ayZbFyMXh5DAOkaJRVtmsEI4J4CcT3uZQRwWgV5miSkn1jJCZKYwSaw6u5AJwjnG KLH77SGgDAcHm4CVxJNDPiBzRQSCJH4dOcIMYjMLREocfX0DzBYWsJd43XSOGaRcRMBB4sK2 QIhyK4k1t1ewg9gsAqoSd7v/g9m8AjESa278YgWxhYBqGtddAbM5BawlfvU8ZQKxGQXEJL6f WsMEsUpc4taT+UwQrwlILNlznhnCFpV4+fgfK0R9ksT61h1QNYoSF1bNgrJ9JV41bmSHsX/3 HQV7UUKgh0Vi0uO1bBCJbInld/dD2dYSL8/tZoUomsMksWbnMRaIhIzE7TX3oRJnWSUe7Gxi g3ghVWL52lZGSEhISdy90sk4gVFrFpLLIWw9iRtTp7BB2NoSyxa+Zp4FDg1BiZMzn7AsYGRZ xShanFpcnJtuZKyXWpSZXFycn6eXl1qyiRGYQA5u+a27g3H1a8dDjAIcjEo8vB++WEUIsSaW FVfmHmKU4GBWEuHdbGYTIcSbklhZlVqUH19UmpNafIhRmoNFSZzXbOX9cCGB9MSS1OzU1ILU IpgsEwenVANj/KbbmmseWcfwvN20esGtKcXdioKFrvtPL+FSWzZRj/VO85vHF5g9Jwr2+SXn zflWrXZoSvdKMQaGo67iC9x9zGSUd1ie/tHQd6u0X2Du/FbFKMPwUxvSDu9OFimUk1tYutvg Q0mHeCxPtcwRQ9v8efqvGmN32vK33Ytwmni3+GvN0Yy9hpVKLMUZiYZazEXFiQDQTWjGHAMA AA== Archived-At: Cc: "draft-ietf-teas-actn-framework@ietf.org" Subject: Re: [Teas] Review of draft-ietf-teas-actn-framework-01 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 28 Nov 2016 14:14:54 -0000 Hi Adrian, Thanks a lot for the thorough review.=20 I agree with the usage of abstraction in the two scenarios, the suggested c= hange makes sense to me.=20 We'll go through the doc and fix the comments. Regarding the APs I don't un= derstand if you're suggesting to define the APs in a different document sin= ce they don't fit into the architecture or you don't see any value in them = at all and you're suggesting to drop them? Thanks a lot Daniele =20 > -----Original Message----- > From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Adrian Farrel > Sent: venerd=EC 25 novembre 2016 20:04 > To: teas@ietf.org > Cc: draft-ietf-teas-actn-framework@ietf.org > Subject: [Teas] Review of draft-ietf-teas-actn-framework-01 >=20 > Hi list and authors, >=20 > I took an action to review the ACTN documents for terminology and > consistency with RFC 7926. >=20 > The first on my list was the framework draft. >=20 > The terminology was not too bad. The main issue was that the document was > using "abstraction" in two different ways: > 1. presentation of real resources as a virtualised set of resources 2. se= paration > of processes used by an overlay from the actual processes used by the > underlay. > These are both correct uses of the word although the first definition is = what is > usually used in the industry (ONF, IETF). Orchestration may be an adequat= e > term for the second meaning. >=20 > I found the definitions of "node" and "link" and suggested replacement te= xt. >=20 > Also some need to be careful with the term "aggregation". >=20 > Along the way I found quite a number of typos, format issues, and changes= for > clarity. I collected these in a Word file with change markers. I sent tha= t to > Young, and I won't bore the list with a non-standard format file. >=20 > In summary... > - Lots of format issues caused by export from Word > - Need to put Abstract on front page > - s/draft/document/ > - sort out references > - expand abbreviations on first use > - clarify the difference between "resource slicing" and "resource sharing= " > - clarify the terms "client" and "customer" > - some of the statements about VPNs seem to be over-constrained > - delete figures 2 and 3 as basically empty > - tidy up figures > - note "editor note" needs fixing > - try to resolve difference between an end point and a network function > located in a DC > - security section is absent > - sort out authors and contributors >=20 > As an aside, I am not sure that there is a necessity to have APs (and VNA= Ps) in > the architecture. I don't object to them, just I don't see the point. >=20 > Cheers, > Adrian >=20 > _______________________________________________ > Teas mailing list > Teas@ietf.org > https://www.ietf.org/mailman/listinfo/teas From nobody Mon Nov 28 07:06:52 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 8728B1295F5; Mon, 28 Nov 2016 07:06:50 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.717 X-Spam-Level: X-Spam-Status: No, score=-5.717 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HK_RANDOM_ENVFROM=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id N0ty2EJjVK_d; Mon, 28 Nov 2016 07:06:45 -0800 (PST) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id A772A12950D; Mon, 28 Nov 2016 07:06:44 -0800 (PST) Received: from 172.18.7.190 (EHLO lhreml707-cah.china.huawei.com) ([172.18.7.190]) by lhrrg02-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id CWE36318; Mon, 28 Nov 2016 15:06:42 +0000 (GMT) Received: from DFWEML702-CAH.china.huawei.com (10.193.5.176) by lhreml707-cah.china.huawei.com (10.201.5.199) with Microsoft SMTP Server (TLS) id 14.3.301.0; Mon, 28 Nov 2016 15:06:41 +0000 Received: from DFWEML501-MBX.china.huawei.com ([10.193.5.178]) by dfweml702-cah.china.huawei.com ([10.193.5.176]) with mapi id 14.03.0301.000; Mon, 28 Nov 2016 07:06:36 -0800 From: Leeyoung To: Daniele Ceccarelli , "adrian@olddog.co.uk" , "teas@ietf.org" Thread-Topic: [Teas] Review of draft-ietf-teas-actn-framework-01 Thread-Index: AdJFby+06EuGJMdfR5C9V8d8uo588gB3DEEwAI1TUwAAAd14YA== Date: Mon, 28 Nov 2016 15:06:35 +0000 Message-ID: <7AEB3D6833318045B4AE71C2C87E8E172A8E10A4@dfweml501-mbx> References: <035f01d2474e$a7bf9ee0$f73edca0$@olddog.co.uk> In-Reply-To: Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.218.137.249] Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A020201.583C4802.055F, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: b061c230d8bc9c278b3185dfb5fdf0d8 Archived-At: Cc: "draft-ietf-teas-actn-framework@ietf.org" Subject: Re: [Teas] Review of draft-ietf-teas-actn-framework-01 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 28 Nov 2016 15:06:50 -0000 Hi Adrian, I also thank you for your careful and useful review of the framework docume= nt.=20 As Daniele committed for the revision, we will promptly make the changes an= d have the list know what changes has been made. In regard to your comments on the APs/VNAPs, I have the same question as Da= niele's. Please clarify it. Thanks. Best regards, Young -----Original Message----- From: Daniele Ceccarelli [mailto:daniele.ceccarelli@ericsson.com]=20 Sent: Monday, November 28, 2016 8:15 AM To: adrian@olddog.co.uk; teas@ietf.org Cc: draft-ietf-teas-actn-framework@ietf.org Subject: RE: [Teas] Review of draft-ietf-teas-actn-framework-01 Hi Adrian, Thanks a lot for the thorough review.=20 I agree with the usage of abstraction in the two scenarios, the suggested c= hange makes sense to me.=20 We'll go through the doc and fix the comments. Regarding the APs I don't un= derstand if you're suggesting to define the APs in a different document sin= ce they don't fit into the architecture or you don't see any value in them = at all and you're suggesting to drop them? Thanks a lot Daniele =20 > -----Original Message----- > From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Adrian Farrel > Sent: venerd=EC 25 novembre 2016 20:04 > To: teas@ietf.org > Cc: draft-ietf-teas-actn-framework@ietf.org > Subject: [Teas] Review of draft-ietf-teas-actn-framework-01 >=20 > Hi list and authors, >=20 > I took an action to review the ACTN documents for terminology and=20 > consistency with RFC 7926. >=20 > The first on my list was the framework draft. >=20 > The terminology was not too bad. The main issue was that the document=20 > was using "abstraction" in two different ways: > 1. presentation of real resources as a virtualised set of resources 2.=20 > separation of processes used by an overlay from the actual processes=20 > used by the underlay. > These are both correct uses of the word although the first definition=20 > is what is usually used in the industry (ONF, IETF). Orchestration may=20 > be an adequate term for the second meaning. >=20 > I found the definitions of "node" and "link" and suggested replacement te= xt. >=20 > Also some need to be careful with the term "aggregation". >=20 > Along the way I found quite a number of typos, format issues, and=20 > changes for clarity. I collected these in a Word file with change=20 > markers. I sent that to Young, and I won't bore the list with a non-stand= ard format file. >=20 > In summary... > - Lots of format issues caused by export from Word > - Need to put Abstract on front page > - s/draft/document/ > - sort out references > - expand abbreviations on first use > - clarify the difference between "resource slicing" and "resource sharing= " > - clarify the terms "client" and "customer" > - some of the statements about VPNs seem to be over-constrained > - delete figures 2 and 3 as basically empty > - tidy up figures > - note "editor note" needs fixing > - try to resolve difference between an end point and a network function > located in a DC > - security section is absent > - sort out authors and contributors >=20 > As an aside, I am not sure that there is a necessity to have APs (and=20 > VNAPs) in the architecture. I don't object to them, just I don't see the = point. >=20 > Cheers, > Adrian >=20 > _______________________________________________ > Teas mailing list > Teas@ietf.org > https://www.ietf.org/mailman/listinfo/teas From nobody Mon Nov 28 10:11:14 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 316621295C0; Mon, 28 Nov 2016 10:11:13 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.62 X-Spam-Level: X-Spam-Status: No, score=-2.62 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, RCVD_IN_DNSWL_LOW=-0.7, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01] autolearn=unavailable autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id VWmHAPfy15GT; Mon, 28 Nov 2016 10:11:11 -0800 (PST) Received: from asmtp1.iomartmail.com (asmtp1.iomartmail.com [62.128.201.248]) (using TLSv1 with cipher DHE-RSA-AES256-SHA (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 42B62129F80; Mon, 28 Nov 2016 10:04:31 -0800 (PST) Received: from asmtp1.iomartmail.com (localhost.localdomain [127.0.0.1]) by asmtp1.iomartmail.com (8.13.8/8.13.8) with ESMTP id uASI4HwW004852; Mon, 28 Nov 2016 18:04:17 GMT Received: from 950129200 (206.131.51.84.dyn.plus.net [84.51.131.206] (may be forged)) (authenticated bits=0) by asmtp1.iomartmail.com (8.13.8/8.13.8) with ESMTP id uASI4F4k004833 (version=TLSv1/SSLv3 cipher=AES256-SHA bits=256 verify=NO); Mon, 28 Nov 2016 18:04:16 GMT From: "Adrian Farrel" To: "'Leeyoung'" , "'Daniele Ceccarelli'" , References: <035f01d2474e$a7bf9ee0$f73edca0$@olddog.co.uk> <7AEB3D6833318045B4AE71C2C87E8E172A8E10A4@dfweml501-mbx> In-Reply-To: <7AEB3D6833318045B4AE71C2C87E8E172A8E10A4@dfweml501-mbx> Date: Mon, 28 Nov 2016 18:04:14 -0000 Message-ID: <025701d249a1$d4e363c0$7eaa2b40$@olddog.co.uk> MIME-Version: 1.0 Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: 7bit X-Mailer: Microsoft Outlook 14.0 Thread-Index: AQKKvzRrQ1SYAQCr0IZhEuf5Xon9fALD1aj8Akr6muCfVUvF0A== Content-Language: en-gb X-TM-AS-MML: disable X-TM-AS-Product-Ver: IMSS-7.1.0.1679-8.0.0.1202-22728.001 X-TM-AS-Result: No--4.122-10.0-31-10 X-imss-scan-details: No--4.122-10.0-31-10 X-TMASE-MatchedRID: zGP2F0O7j/s4HKI/yaqRmxMMmcrjEONd1kqyrcMalqW638ZUY6gSd4IW PSi3YJYO4KPOz6vzCM0LO4ro5BO0/LgSigd+50ba5gCHftmwEML66wd4gAR1X1pbYq2f4jz+sUx OWMsTCHKGpSgF5WX4PtpXuHW0tHwVe6k6FRH8ATy1PiMh4ZF39UGV2YNiPCWmuL1xlWnw0L+pFN yKpJLb40DXsqRsiis04gYlnr6q/ytNfs8n85Te8v7E6GNqs6ceavP8b9lJtWr6C0ePs7A07Vg3w wZ5miMrFT2L//d4qa48vE0jDDWwMqn6AeBpyT+dtrgFAezAVubyH92O+PZlDkacJzVQOLAFj+jV S9q3Q6lJ3lWSo8uCahio7oYUlJSoh8f9+fd10RPkvmU7gj2frT4n7o4CNd3aodO9X0I+jcrAvpL E+mvX8g== Archived-At: Cc: draft-ietf-teas-actn-framework@ietf.org Subject: Re: [Teas] Review of draft-ietf-teas-actn-framework-01 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list Reply-To: adrian@olddog.co.uk List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 28 Nov 2016 18:11:13 -0000 > I also thank you for your careful and useful review of the framework document. > As Daniele committed for the revision, we will promptly make the changes and > have the list know what changes has been made. Great. I have the Requirements draft open in my editor for a similar review. > In regard to your comments on the APs/VNAPs, I have the same question as > Daniele's. Please clarify it. Thanks. Correct document. I just fail to grasp the value of APs within the architecture. They seem to sit on the boundary between a CE and PE and there is a 1:1 relationship between a CE-PE pair and an AP. But anyway, I don't think they harm anything. Adrian -- Support an author and your imagination. Tales from the Wood - Eighteen new fairy tales. More Tales from the Wood - Eighteen MORE new fairy tales. https://www.feedaread.com/profiles/8604/ http://www.amazon.co.uk/Tales-Wood-Adrian-Farrel/dp/1786100924 Or buy from me direct. From nobody Mon Nov 28 11:17:00 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 302FD129F7C; Mon, 28 Nov 2016 11:16:59 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -5.717 X-Spam-Level: X-Spam-Status: No, score=-5.717 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HK_RANDOM_ENVFROM=0.001, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.497, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 4k1WJ5m1guo5; Mon, 28 Nov 2016 11:16:56 -0800 (PST) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 6519B129554; Mon, 28 Nov 2016 11:16:56 -0800 (PST) Received: from 172.18.7.190 (EHLO lhreml701-cah.china.huawei.com) ([172.18.7.190]) by lhrrg02-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id CWE65469; Mon, 28 Nov 2016 19:16:53 +0000 (GMT) Received: from DFWEML701-CAH.china.huawei.com (10.193.5.175) by lhreml701-cah.china.huawei.com (10.201.5.93) with Microsoft SMTP Server (TLS) id 14.3.301.0; Mon, 28 Nov 2016 19:16:52 +0000 Received: from DFWEML501-MBX.china.huawei.com ([10.193.5.178]) by dfweml701-cah.china.huawei.com ([10.193.5.175]) with mapi id 14.03.0301.000; Mon, 28 Nov 2016 11:16:50 -0800 From: Leeyoung To: "adrian@olddog.co.uk" , "'Daniele Ceccarelli'" , "teas@ietf.org" Thread-Topic: [Teas] Review of draft-ietf-teas-actn-framework-01 Thread-Index: AdJFby+06EuGJMdfR5C9V8d8uo588gB3DEEwAI1TUwAAAd14YAAXL4YAAA5IoPA= Date: Mon, 28 Nov 2016 19:16:49 +0000 Message-ID: <7AEB3D6833318045B4AE71C2C87E8E172A8E1236@dfweml501-mbx> References: <035f01d2474e$a7bf9ee0$f73edca0$@olddog.co.uk> <7AEB3D6833318045B4AE71C2C87E8E172A8E10A4@dfweml501-mbx> <025701d249a1$d4e363c0$7eaa2b40$@olddog.co.uk> In-Reply-To: <025701d249a1$d4e363c0$7eaa2b40$@olddog.co.uk> Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.218.137.249] Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A020206.583C82A6.006C, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: b061c230d8bc9c278b3185dfb5fdf0d8 Archived-At: Cc: "draft-ietf-teas-actn-framework@ietf.org" Subject: Re: [Teas] Review of draft-ietf-teas-actn-framework-01 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 28 Nov 2016 19:16:59 -0000 Hi Adrian, Thanks. This helps understand your comments better.=20 Best regards, Young -----Original Message----- From: Adrian Farrel [mailto:adrian@olddog.co.uk]=20 Sent: Monday, November 28, 2016 12:04 PM To: Leeyoung; 'Daniele Ceccarelli'; teas@ietf.org Cc: draft-ietf-teas-actn-framework@ietf.org Subject: RE: [Teas] Review of draft-ietf-teas-actn-framework-01 > I also thank you for your careful and useful review of the framework docu= ment. > As Daniele committed for the revision, we will promptly make the=20 > changes and have the list know what changes has been made. Great. I have the Requirements draft open in my editor for a similar review= . > In regard to your comments on the APs/VNAPs, I have the same question=20 > as Daniele's. Please clarify it. Thanks. Correct document. I just fail to grasp the value of APs within the architec= ture. They seem to sit on the boundary between a CE and PE and there is a 1:1 rel= ationship between a CE-PE pair and an AP.=20 But anyway, I don't think they harm anything. Adrian -- Support an author and your imagination. Tales from the Wood - Eighteen new fairy tales. More Tales from the Wood - Eighteen MORE new fairy tales. https://www.feedaread.com/profiles/8604/ http://www.amazon.co.uk/Tales-Wood-Adrian-Farrel/dp/1786100924 Or buy from me direct. From nobody Tue Nov 29 13:56:35 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 0260F129546; Tue, 29 Nov 2016 13:56:32 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.699 X-Spam-Level: X-Spam-Status: No, score=-2.699 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, DKIM_VALID_AU=-0.1, FREEMAIL_FROM=0.001, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_LOW=-0.7, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (2048-bit key) header.d=gmail.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id akkvsYovXBpF; Tue, 29 Nov 2016 13:56:30 -0800 (PST) Received: from mail-oi0-x234.google.com (mail-oi0-x234.google.com [IPv6:2607:f8b0:4003:c06::234]) (using TLSv1.2 with cipher ECDHE-RSA-AES128-GCM-SHA256 (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 620D9127077; Tue, 29 Nov 2016 13:56:30 -0800 (PST) Received: by mail-oi0-x234.google.com with SMTP id v84so207341571oie.3; Tue, 29 Nov 2016 13:56:30 -0800 (PST) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=20120113; h=from:to:cc:references:in-reply-to:subject:date:message-id :mime-version:thread-index:content-language; bh=IlFO93p6gOWuzZ2THHt4Htj/KpnFWSkqGZiOnYB6V6g=; b=dAX+5OSuUJ56iJF9JhP5Vs+9GKULn7zGj1e0HT5JXgrAcTgUbrGvnkXDLsh8X8/daP EgrKBjCa9qqKprIOFhs4rHMjD9Vn+Tc8O/uA7Nbx1EMNRyHIdqhd51z6YYrNqyDLb28k EDMXBn1pX79zkwRhZkkSPS2RjV3aWgXRc+50zGeSeNejLZvL+RTsbM9UoKl3GfLwoU5S lWYNIMyMpoo8luwREQ95O5a9t3NzEbBGwtorUrR/Lnr971xeQNdlZzQmBRMlCjOZMCDx vzNnyUP0oKEe0lef9hbESoRqYFreMn7SupPfHhsPl/4WvxryQwWKtbP4B7Bw2gYeLAJ/ DlHg== X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=1e100.net; s=20130820; h=x-gm-message-state:from:to:cc:references:in-reply-to:subject:date :message-id:mime-version:thread-index:content-language; bh=IlFO93p6gOWuzZ2THHt4Htj/KpnFWSkqGZiOnYB6V6g=; b=KVlAQAGD3/0HvHhMUITV6NG8XPNy6yj8Mr8PTk4lb+AFyQz+wlTW5+laRAaOaHQrjV +pQOfc3TaQ4XfV9LdW64UHhwy8u7KaQ8JY/pq2Ajq92pRRWcEKSLT7IRoy+NXy3TOQjk 3RHQLv4b3A6gBfm/S94dqn9ma3tHZuBPXSvpbI3K4O6Nk5auPjS/YVjq7yCXJ494WQAf UnS/h5FK387AMs9j5zvCWjQMTFEgIrEoiKpvF3xCVKgoKUlJPDW+K6bFwmp0bAGtPmOo cJlGbyXKoxXX55wYRyH+T5ygHfLNzArnMmYVJUZqamXltlht4IPZJYgafMbTR2QYCFZx d7kQ== X-Gm-Message-State: AKaTC01mexgg/8mwaPbRx7HIF9arrHjhmIspLV/CWff2ukyj1RxH7HduUyBTq1hh/fIQ6g== X-Received: by 10.157.49.119 with SMTP id v52mr15485142otd.134.1480456589680; Tue, 29 Nov 2016 13:56:29 -0800 (PST) Received: from xliuus (ip72-209-195-86.dc.dc.cox.net. [72.209.195.86]) by smtp.gmail.com with ESMTPSA id 90sm19303066otw.15.2016.11.29.13.56.28 (version=TLS1_2 cipher=ECDHE-RSA-AES128-GCM-SHA256 bits=128/128); Tue, 29 Nov 2016 13:56:29 -0800 (PST) From: "Xufeng Liu" To: "'Daniele Ceccarelli'" , "'CCAMP'" References: In-Reply-To: Date: Tue, 29 Nov 2016 16:56:29 -0500 Message-ID: <00d901d24a8b$71953880$54bfa980$@gmail.com> MIME-Version: 1.0 Content-Type: multipart/alternative; boundary="----=_NextPart_000_00DA_01D24A61.88BFF3D0" X-Mailer: Microsoft Outlook 16.0 Thread-Index: AQIFU9WuS/Ts/YWjbwCL+T5Lg2kf/6CKbCDw Content-Language: en-us Archived-At: Cc: mpls@ietf.org, pce@ietf.org, 'TEAS WG' Subject: Re: [Teas] [mpls] IETF 97 - Minutes X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 29 Nov 2016 21:56:32 -0000 This is a multipart message in MIME format. ------=_NextPart_000_00DA_01D24A61.88BFF3D0 Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: 7bit Hi Daniele, Fatiai and Oscar, For item 4, It will be good to add a record saying that we planned to split draft-ietf-mpls-ldp-mldp-yang-00 into two documents: draft-ietf-mpls-ldp-yang and draft-ietf-mpls-mldp-yang, as presented during the session. This is not obvious when looking at the linked presentation draft. The split documents were submitted right after the presentation. Thanks, - Xufeng From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Daniele Ceccarelli Sent: Monday, November 28, 2016 8:53 AM To: CCAMP (ccamp@ietf.org) Cc: mpls@ietf.org; pce@ietf.org; TEAS WG (teas@ietf.org) Subject: [mpls] IETF 97 - Minutes Hi all, the first draft of the CCAMP and joint YANG session minutes is now available at the following link: https://www.ietf.org/proceedings/97/minutes/minutes-97-ccamp-00.htm Thanks a lot to Italo, Haomian and Yoji for the help with notes taking. Thanks Daniele, Fatai, Oscar ------=_NextPart_000_00DA_01D24A61.88BFF3D0 Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable

    Hi Daniele, Fatiai and = Oscar,

     

    For item 4, = It will be good to add a record saying that we planned to split = draft-ietf-mpls-ldp-mldp-yang-00 into two documents: = draft-ietf-mpls-ldp-yang and draft-ietf-mpls-mldp-yang, as = presented during the session. This is not obvious when looking at the = linked presentation draft. The split documents were submitted right = after the presentation.

     

    Thanks,

     

    - = Xufeng

     

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PTR:InfoNoRecords; A:1; MX:1; LANG:en; received-spf: None (protection.outlook.com: ericsson.com does not designate permitted sender hosts) spamdiagnosticoutput: 1:99 spamdiagnosticmetadata: NSPM Content-Type: multipart/alternative; boundary="_000_AM2PR07MB0994CDE2EDC732C060AD1A24F08C0AM2PR07MB0994eurp_" MIME-Version: 1.0 X-MS-Exchange-CrossTenant-originalarrivaltime: 30 Nov 2016 09:34:59.2829 (UTC) X-MS-Exchange-CrossTenant-fromentityheader: Hosted X-MS-Exchange-CrossTenant-id: 92e84ceb-fbfd-47ab-be52-080c6b87953f X-MS-Exchange-Transport-CrossTenantHeadersStamped: AM2PR07MB0995 X-OriginatorOrg: ericsson.com X-Brightmail-Tracker: H4sIAAAAAAAAA02Sa0iTURjHOe/7bnu1Bqd5ezCVXDfTvGRSw0oUiiSsBAlHCLryRU2dtldN 84sE++DSMtLSaeRlldq0NK9oHxyRN1IzL9MSMxdlIq7A0iytt2Pgt9/z/H+H85yHw9KyZpEz m6BO4zRqVZJcbMuUKFs9vU/cC1L6Lfx2U1jKzIxi8kGNSHFt2ixRaJfbGMVI9y8qWBTarp+S hBoMK1Q4dd72aCyXlJDBaXyDYmzjewYWUaohNDNvvoHOQW+CdciGBRwAYwNaiQ7ZsjJcj2Bm ZpAmRQ+CCm0zEgoG59NgnBjf0AopmB/VIuG8DL9E8Dz3ig6xrBgHgsUUJrTt8XHoNFtpgWkc DcbHLYzAdng/lFd9QIJuj73hs1FGMBBu5IQIBoN3g3WpjBJYiqNgor5/Yx4dgvbFdZHg22AF 1NU4Cg7CjvCjz0iRm5xg0nKfIg/DYOgcpAk7wNzsmoj4F+CJtm3DcYehWv0Gn4a+lTXmP3+/ Y5IQzmNgociPcCLUVzaICZ+CUvN7SpgNsJ6Cd61jiAQu0Nafj0jQK4K5bwMMWRUHj+rI2uyw M0yN5KICtE+/aXDCKfC1sprR/1vANugtsTCk7wPmokIxYS94WDFPE/aG4jUTs7lfjiS1yIHn eD45zt/fh9MkXOT5FLWPmktrRH8/U1fTamAb6voUYkKYRfKtUuvdY0qZSJXBZyWbELC03F66 oyxIKZPGqrKucpqUaE16Eseb0HaWkTtJD9VMR8pwnCqNS+S4VE7zP6VYG+ccdPbw9QA+W9La 6eU3uLOutKoq4q0U5n5mMvJi/fJqaceZ5u5LeyvDsxNu3poPLggrWjXEaGiLe19+tNXF46Pb ks8X9Svm2euOyaEXu3pWxiOG5XkjjdXrHlPDt32PlJSzJ6PSz3VFyl0HLjvlZoWLoxqtLa6Z Tw+O7okYbgpp3DIrZ/h41QFPWsOr/gAaS/UwSAMAAA== Archived-At: Cc: "mpls@ietf.org" , "pce@ietf.org" , 'TEAS WG' Subject: Re: [Teas] [mpls] IETF 97 - Minutes X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 30 Nov 2016 09:39:32 -0000 --_000_AM2PR07MB0994CDE2EDC732C060AD1A24F08C0AM2PR07MB0994eurp_ Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Hi Xufeng, Thanks for the note. Minutes fixed. https://www.ietf.org/proceedings/97/minutes/minutes-97-ccamp-01.htm BR Daniele From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Xufeng Liu Sent: marted=EC 29 novembre 2016 22:56 To: Daniele Ceccarelli ; 'CCAMP' Cc: mpls@ietf.org; pce@ietf.org; 'TEAS WG' Subject: Re: [Teas] [mpls] IETF 97 - Minutes Hi Daniele, Fatiai and Oscar, For item 4, It will be good to add a record saying that we planned to split= draft-ietf-mpls-ldp-mldp-yang-00 into two documents: draft-ietf-mpls-ldp-y= ang and draft-ietf-mpls-mldp-yang, as presented during the session. This is= not obvious when looking at the linked presentation draft. The split docum= ents were submitted right after the presentation. Thanks, - Xufeng From: mpls [mailto:mpls-bounces@ietf.org] On Behalf Of Daniele Ceccarelli Sent: Monday, November 28, 2016 8:53 AM To: CCAMP (ccamp@ietf.org) > Cc: mpls@ietf.org; pce@ietf.org;= TEAS WG (teas@ietf.org) > Subject: [mpls] IETF 97 - Minutes Hi all, the first draft of the CCAMP and joint YANG session minutes is now availabl= e at the following link: https://www.ietf.org/proceedings/97/minutes/minute= s-97-ccamp-00.htm Thanks a lot to Italo, Haomian and Yoji for the help with notes taking. Thanks Daniele, Fatai, Oscar --_000_AM2PR07MB0994CDE2EDC732C060AD1A24F08C0AM2PR07MB0994eurp_ Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable

    Hi Xufeng,

     

    Thanks for the note. Minutes fi= xed.

     

    https://www.ietf.org/proce= edings/97/minutes/minutes-97-ccamp-01.htm

     

    BR
    Daniele 

     

    From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Xufeng Liu
    Sent: marted=EC 29 novembre 2016 22:56
    To: Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; 'CCA= MP' <ccamp@ietf.org>
    Cc: mpls@ietf.org; pce@ietf.org; 'TEAS WG' <teas@ietf.org>
    Subject: Re: [Teas] [mpls] IETF 97 - Minutes

     

    Hi Daniele, Fatiai and Oscar,

     

    For item 4, It will be good to add a record saying that we planned to= split draft-ietf-mpls-ldp-mldp-yang-00 into two documents: draft-ietf-mpls-ldp-yang and draft-ietf-mpls-ml= dp-yang, as presented during the session. This is not obvious when looking = at the linked presentation draft. The split documents were submitted right = after the presentation.

     

    Thanks,

     

    - Xufeng

     

    From: mpls [mailto:mpls-bounces= @ietf.org] On Behalf Of Daniele Ceccarelli
    Sent: Monday, November 28, 2016 8:53 AM
    To: CCAMP (ccamp@ietf.org) <= ;ccamp@ietf.org>
    Cc: mpls@ietf.org; pce@ietf.org; TEAS WG (teas@ietf.org) <teas@ietf.org>
    Subject: [mpls] IETF 97 - Minutes

     

    Hi all,

     

    the first draft of the CCAMP an= d joint YANG session minutes is now available at the following link: https://www.ietf.org/proceedings/97/minutes/minutes-97-ccamp-00.htm 

     

    Thanks a lot to Italo, Haomian = and Yoji for the help with notes taking.

     

    Thanks

    Daniele, Fatai, Oscar

    --_000_AM2PR07MB0994CDE2EDC732C060AD1A24F08C0AM2PR07MB0994eurp_-- From nobody Wed Nov 30 03:37:45 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 6EABD129FE9 for ; Wed, 30 Nov 2016 03:37:44 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -0.721 X-Spam-Level: X-Spam-Status: No, score=-0.721 tagged_above=-999 required=5 tests=[BAYES_20=-0.001, RCVD_IN_DNSWL_LOW=-0.7, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id yJVe90pEEkXJ for ; Wed, 30 Nov 2016 03:37:42 -0800 (PST) Received: from asmtp2.iomartmail.com (asmtp2.iomartmail.com [62.128.201.249]) (using TLSv1 with cipher DHE-RSA-AES256-SHA (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 48EF9129FDE for ; Wed, 30 Nov 2016 03:37:33 -0800 (PST) Received: from asmtp2.iomartmail.com (localhost.localdomain [127.0.0.1]) by asmtp2.iomartmail.com (8.13.8/8.13.8) with ESMTP id uAUBbULH021555 for ; Wed, 30 Nov 2016 11:37:30 GMT Received: from 950129200 ([213.205.252.111]) (authenticated bits=0) by asmtp2.iomartmail.com (8.13.8/8.13.8) with ESMTP id uAUBbRB0021530 (version=TLSv1/SSLv3 cipher=AES256-SHA bits=256 verify=NO) for ; Wed, 30 Nov 2016 11:37:30 GMT From: "Adrian Farrel" To: Date: Wed, 30 Nov 2016 11:37:24 -0000 Message-ID: <00fa01d24afe$20ffcf70$62ff6e50$@olddog.co.uk> MIME-Version: 1.0 Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: 7bit X-Mailer: Microsoft Outlook 14.0 Thread-Index: AdJK/XwBwe/EVpdeSvSxTa+vYtHojA== Content-Language: en-gb X-TM-AS-MML: disable X-TM-AS-Product-Ver: IMSS-7.1.0.1679-8.0.0.1202-22732.002 X-TM-AS-Result: No--3.749-10.0-31-10 X-imss-scan-details: No--3.749-10.0-31-10 X-TMASE-MatchedRID: lnXwjIxb/tYDh1tb/sWFHMOvQCMFyZ9GUAjrAJWsTe+638ZUY6gSd+pU Olu1Vn8QqZmvjwasQalrbMAkxD9gQDJz3NGP4sGiVU3yVpaj3Qy5JJEy92I4jCfO9H6Y/dy+qmf P5dyxqBWyO6qekPc65L9RgImTMzhbULNUje/+PyB7k1ZHmKLF7RSRa9qpSosfrGn3BSxZVNTrvM pCIr/ArN5Ig+ERxFLr6knqwNohkFGcmtrRK7tMe1v4SXU9nOhWcmsHQK7cMOdo5YsPsbyLXfNvm SaCnjTlNS3sxMwCeN0azMuH9G3mb/r7uaNX5h+5ngIgpj8eDcC063Wh9WVqghziNLWewPgd+gtH j7OwNO0om+oXB9/U8/rOkdyJiHMoEgnysdPq4c3EkLlXHnvdxaGwmLo/PylnlbzI8RXEsHDY5jR DOWNLq3IWl5Jot1c1slhODFtGFYpo1FdUUz116rnrea/QXYb3dOnI8WPGJZtXLGtABlf0m/uiDM cv/L85wL6SxPpr1/I= Archived-At: Subject: [Teas] Terminology review of draft-ietf-teas-actn-requirements X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list Reply-To: adrian@olddog.co.uk List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 30 Nov 2016 11:37:44 -0000 As promised, I have reviewed draft-ietf-teas-actn-requirements for terminology and consistency with RFC 7926. Actually, I had no issues with the use of terminology in this document. There is a terminology dependency on the Framework draft which: - may seem unnatural (having requirements depend on the architecture that satisfies the requirements) - means that the Framework needs to be a normative reference. I tried to understand the purpose of the document, and the best value I could find was in section 4: that section seems to tell me what function needs to be supported by the two interfaces. Section 2 was also somewhat useful in that it seems to say what the purpose and value of ACTN is, however, I couldn't really understand what that is doing in this document rather than in the Framework: it seems to be trying to justify ACTN rather than impose requirements on something - perhaps it imposes requirements on the developers of the solution architecture, but if so it is a bit self-referential. Section 3, seems to just repeat section 2 (but viewed from a different angle). Section 3.1 doesn't add much except a type classifier for requirements. So I suggest: - move the definitions of types of requirement from 3.1 to the top of 2 - split 2 into subsections for the two types of requirement reflecting the classification in 3.1 - delete the whole of 3 In section 4, about half of the interface requirements are accompanied by little quotes (such as "Give me a VN?"). This is really useful and should be extended to all of the interface requirements. Also in section 4 it is often unclear what the bullets mean under each requirement. I think these are parameters of qualifications of the request/response at the interface, but it would help to make this clear. I have sent the authors a more detailed set of changes, typos, clarifications, and suggestions in a Word file which I won't bother the list with. Cheers, Adrian -- Support an author and your imagination. Tales from the Wood - Eighteen new fairy tales. More Tales from the Wood - Eighteen MORE new fairy tales. https://www.feedaread.com/profiles/8604/ http://www.amazon.co.uk/Tales-Wood-Adrian-Farrel/dp/1786100924 Or buy from me direct. From nobody Wed Nov 30 10:36:39 2016 Return-Path: X-Original-To: teas@ietf.org Delivered-To: teas@ietfa.amsl.com Received: from ietfa.amsl.com (localhost [IPv6:::1]) by ietfa.amsl.com (Postfix) with ESMTP id 7BAA81297BF; Wed, 30 Nov 2016 10:36:32 -0800 (PST) MIME-Version: 1.0 Content-Type: text/plain; charset="utf-8" Content-Transfer-Encoding: 7bit From: internet-drafts@ietf.org To: X-Test-IDTracker: no X-IETF-IDTracker: 6.39.0 Auto-Submitted: auto-generated Precedence: bulk Message-ID: <148053099249.9646.4101988019944442356.idtracker@ietfa.amsl.com> Date: Wed, 30 Nov 2016 10:36:32 -0800 Archived-At: Cc: teas@ietf.org Subject: [Teas] I-D Action: draft-ietf-teas-scheduled-resources-01.txt X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 30 Nov 2016 18:36:32 -0000 A New Internet-Draft is available from the on-line Internet-Drafts directories. This draft is a work item of the Traffic Engineering Architecture and Signaling of the IETF. Title : Architecture for Scheduled Use of Resources Authors : Yan Zhuang Qin Wu Huaimo Chen Adrian Farrel Filename : draft-ietf-teas-scheduled-resources-01.txt Pages : 15 Date : 2016-11-30 Abstract: Time-scheduled reservation of traffic engineering (TE) resources can be used to provide resource booking for TE Label Switched Paths so as to better guarantee services for customers and to improve the efficiency of network resource usage into the future. This document provides a framework that describes and discusses the architecture for the scheduled reservation of TE resources. This document does not describe specific protocols or protocol extensions needed to realize this service. The IETF datatracker status page for this draft is: https://datatracker.ietf.org/doc/draft-ietf-teas-scheduled-resources/ There's also a htmlized version available at: https://tools.ietf.org/html/draft-ietf-teas-scheduled-resources-01 A diff from the previous version is available at: https://www.ietf.org/rfcdiff?url2=draft-ietf-teas-scheduled-resources-01 Please note that it may take a couple of minutes from the time of submission until the htmlized version and diff are available at tools.ietf.org. Internet-Drafts are also available by anonymous FTP at: ftp://ftp.ietf.org/internet-drafts/ From nobody Wed Nov 30 10:39:54 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 2D29D129464 for ; Wed, 30 Nov 2016 10:39:50 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -0.72 X-Spam-Level: X-Spam-Status: No, score=-0.72 tagged_above=-999 required=5 tests=[RCVD_IN_DNSWL_LOW=-0.7, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id eGc6jPJ4NZ5C for ; Wed, 30 Nov 2016 10:39:47 -0800 (PST) Received: from asmtp2.iomartmail.com (asmtp2.iomartmail.com [62.128.201.249]) (using TLSv1 with cipher DHE-RSA-AES256-SHA (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 33AFC1297BF for ; Wed, 30 Nov 2016 10:39:46 -0800 (PST) Received: from asmtp2.iomartmail.com (localhost.localdomain [127.0.0.1]) by asmtp2.iomartmail.com (8.13.8/8.13.8) with ESMTP id uAUIdi2N013356 for ; Wed, 30 Nov 2016 18:39:44 GMT Received: from 950129200 (58.145.115.87.dyn.plus.net [87.115.145.58]) (authenticated bits=0) by asmtp2.iomartmail.com (8.13.8/8.13.8) with ESMTP id uAUIdhe2013341 (version=TLSv1/SSLv3 cipher=AES256-SHA bits=256 verify=NO) for ; Wed, 30 Nov 2016 18:39:43 GMT From: "Adrian Farrel" To: References: <148053099249.9646.4101988019944442356.idtracker@ietfa.amsl.com> In-Reply-To: <148053099249.9646.4101988019944442356.idtracker@ietfa.amsl.com> Date: Wed, 30 Nov 2016 18:39:41 -0000 Message-ID: <020401d24b39$1d3a6130$57af2390$@olddog.co.uk> MIME-Version: 1.0 Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: 7bit X-Mailer: Microsoft Outlook 14.0 Thread-Index: AQIoV7LPxvPrygePor2EsIN/8g4jP6BFwhwQ Content-Language: en-gb X-TM-AS-MML: disable X-TM-AS-Product-Ver: IMSS-7.1.0.1679-8.0.0.1202-22734.001 X-TM-AS-Result: No--12.667-10.0-31-10 X-imss-scan-details: No--12.667-10.0-31-10 X-TMASE-MatchedRID: TmlY9+XBoTleDtEKgt5AZm/CU2X9JBM7lIvcAfYJnEqSeV7T1XnwPd2s 0Z4PQQnrVj/G+ZC2n97ZG82T/nQ/Ih43bpPn/5bkVo6mn+xXmdXDHSNFHFxB8wmZ1fM6EQx2Xe9 WI6ays7FJ0E97gFtA7qyv27Q2sLu0ia9Q2pMjM0+1PiMh4ZF39UGV2YNiPCWmuL1xlWnw0L+pFN yKpJLb40DXsqRsiis05ZUNNHteWprXFDY6Be2LlYBXdkxWsrDImru3TC/mLU6Rl9Ydphffelpq2 K/Emlk1rtMiBXvboUso4LmTgl363rM5yFdOCNfRdrnuu4cCcfH8d3gJRYhL8eZD5UIGWbVTcNoZ ZqqTG49MuqNB+RNxlYB4pA0SGRyvpfazk15zqKVtD1qg9KZYkW79evoIpeI3V5WJzvNfLz92eLS H9FRxBPCQ39OgwArzq4mbZC4LGM24EooHfudG2oDqq/69HfgsD2lsxv9ktobM7zpEspqG/zpbfd TAcNXm4vM1YF6AJbZcLc3sLtjOt+03P1hii2skseWplitmp0j6C0ePs7A07Q9dk+6tnSFLzOzwG tHprNLonLiY25aP4MvGWyDo8/eM17zDAmDZ8fg= Archived-At: Subject: Re: [Teas] I-D Action: draft-ietf-teas-scheduled-resources-01.txt X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list Reply-To: adrian@olddog.co.uk List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 30 Nov 2016 18:39:50 -0000 Hi WG, I just did a tidy-up revision after adoption. Fixed idnits Fixed references Fixed spelling Tidied a little English No changes of substance, but you are welcome to run a diff. There are a few empty sections and the authors will try to get to these before the New Year. If anyone wants to suggest text you may find we say thank-you. Cheers, Adrian -- Buy someone a book for Christmas. Tales from the Wood - Eighteen new fairy tales. More Tales from the Wood - Eighteen MORE new fairy tales. https://www.feedaread.com/profiles/8604/ http://www.amazon.co.uk/Tales-Wood-Adrian-Farrel/dp/1786100924 Or buy from me direct. > -----Original Message----- > From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of internet-drafts@ietf.org > Sent: 30 November 2016 18:37 > To: i-d-announce@ietf.org > Cc: teas@ietf.org > Subject: [Teas] I-D Action: draft-ietf-teas-scheduled-resources-01.txt > > > A New Internet-Draft is available from the on-line Internet-Drafts directories. > This draft is a work item of the Traffic Engineering Architecture and Signaling of > the IETF. > > Title : Architecture for Scheduled Use of Resources > Authors : Yan Zhuang > Qin Wu > Huaimo Chen > Adrian Farrel > Filename : draft-ietf-teas-scheduled-resources-01.txt > Pages : 15 > Date : 2016-11-30 > > Abstract: > Time-scheduled reservation of traffic engineering (TE) resources can > be used to provide resource booking for TE Label Switched Paths so as > to better guarantee services for customers and to improve the > efficiency of network resource usage into the future. This document > provides a framework that describes and discusses the architecture > for the scheduled reservation of TE resources. This document does > not describe specific protocols or protocol extensions needed to > realize this service. > > > The IETF datatracker status page for this draft is: > https://datatracker.ietf.org/doc/draft-ietf-teas-scheduled-resources/ > > There's also a htmlized version available at: > https://tools.ietf.org/html/draft-ietf-teas-scheduled-resources-01 > > A diff from the previous version is available at: > https://www.ietf.org/rfcdiff?url2=draft-ietf-teas-scheduled-resources-01 > > > Please note that it may take a couple of minutes from the time of submission > until the htmlized version and diff are available at tools.ietf.org. > > Internet-Drafts are also available by anonymous FTP at: > ftp://ftp.ietf.org/internet-drafts/ > > _______________________________________________ > Teas mailing list > Teas@ietf.org > https://www.ietf.org/mailman/listinfo/teas From nobody Wed Nov 30 11:48:56 2016 Return-Path: X-Original-To: teas@ietfa.amsl.com Delivered-To: teas@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id D9F6F129413 for ; Wed, 30 Nov 2016 11:48:50 -0800 (PST) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.117 X-Spam-Level: X-Spam-Status: No, score=-6.117 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HK_RANDOM_ENVFROM=0.001, HK_RANDOM_FROM=0.999, RCVD_IN_DNSWL_MED=-2.3, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-2.896, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 5UYjfgLKieX6 for ; Wed, 30 Nov 2016 11:48:48 -0800 (PST) Received: from lhrrgout.huawei.com (lhrrgout.huawei.com [194.213.3.17]) (using TLSv1 with cipher RC4-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id A4CDA1299A7 for ; Wed, 30 Nov 2016 11:48:47 -0800 (PST) Received: from 172.18.7.190 (EHLO lhreml701-cah.china.huawei.com) ([172.18.7.190]) by lhrrg01-dlp.huawei.com (MOS 4.3.7-GA FastPath queued) with ESMTP id DBR67031; Wed, 30 Nov 2016 19:48:45 +0000 (GMT) Received: from DFWEML703-CAH.china.huawei.com (10.193.5.177) by lhreml701-cah.china.huawei.com (10.201.5.93) with Microsoft SMTP Server (TLS) id 14.3.301.0; Wed, 30 Nov 2016 19:48:44 +0000 Received: from DFWEML501-MBX.china.huawei.com ([10.193.5.178]) by DFWEML703-CAH.china.huawei.com ([10.193.5.177]) with mapi id 14.03.0301.000; Wed, 30 Nov 2016 11:48:42 -0800 From: Leeyoung To: "adrian@olddog.co.uk" , "teas@ietf.org" Thread-Topic: [Teas] Terminology review of draft-ietf-teas-actn-requirements Thread-Index: AdJK/XwBwe/EVpdeSvSxTa+vYtHojAAQyKBgAACDbFA= Date: Wed, 30 Nov 2016 19:48:41 +0000 Message-ID: <7AEB3D6833318045B4AE71C2C87E8E172A8E1904@dfweml501-mbx> References: <00fa01d24afe$20ffcf70$62ff6e50$@olddog.co.uk> Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.218.137.249] Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable MIME-Version: 1.0 X-CFilter-Loop: Reflected X-Mirapoint-Virus-RAPID-Raw: score=unknown(0), refid=str=0001.0A090201.583F2D1D.023A, ss=1, re=0.000, recu=0.000, reip=0.000, cl=1, cld=1, fgs=0, ip=0.0.0.0, so=2013-06-18 04:22:30, dmn=2013-03-21 17:37:32 X-Mirapoint-Loop-Id: a54a288bda170f40c457b522c510eb50 Archived-At: Subject: Re: [Teas] Terminology review of draft-ietf-teas-actn-requirements X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: Traffic Engineering Architecture and Signaling working group discussion list List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 30 Nov 2016 19:48:51 -0000 Hi Adrian, Thank you so much for your careful and very useful review of this document.= We will try to address your comments/suggestions and have the WG know all = the changes of the document before publishing the revision. Please see in-l= ine for my comment.=20 Best regards, Young (on behalf of co-authors and contributors) -----Original Message----- From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Adrian Farrel Sent: Wednesday, November 30, 2016 5:37 AM To: teas@ietf.org Subject: [Teas] Terminology review of draft-ietf-teas-actn-requirements As promised, I have reviewed draft-ietf-teas-actn-requirements for terminol= ogy and consistency with RFC 7926. Actually, I had no issues with the use of terminology in this document. The= re is a terminology dependency on the Framework draft which: - may seem unnatural (having requirements depend on the architecture that satisfies the requirements) - means that the Framework needs to be a normative reference. YOUNG>> OK.=20 I tried to understand the purpose of the document, and the best value I cou= ld find was in section 4: that section seems to tell me what function needs= to be supported by the two interfaces. Section 2 was also somewhat useful = in that it seems to say what the purpose and value of ACTN is, however, I c= ouldn't really understand what that is doing in this document rather than i= n the Framework: it seems to be trying to justify ACTN rather than impose r= equirements on something - perhaps it imposes requirements on the developers of the solution archite= cture, but if so it is a bit self-referential. YOUNG>> I think the part of the reasons why you feel this way is that many = operators' use-cases had their multi-domain architecture in mind. In a sens= e, each use-case that was referenced and presented in the ACTN BOF back in = Toronto (IETF 90) had this very particular context in mind and thus the req= uirements appeared to be self-referential based on their use-case. This req= uirement document tried to come up with a set of common requirements from e= ach use-case referenced. =20 Section 3, seems to just repeat section 2 (but viewed from a different angl= e). Section 3.1 doesn't add much except a type classifier for requirements. So = I suggest: - move the definitions of types of requirement from 3.1 to the top of 2 - split 2 into subsections for the two types of requirement reflecting the classification in 3.1 - delete the whole of 3 YOUNG>> Agreed.=20 In section 4, about half of the interface requirements are accompanied by l= ittle quotes (such as "Give me a VN?"). This is really useful and should be= extended to all of the interface requirements. YOUNG>> Great suggestion. Will try to do that.=20 Also in section 4 it is often unclear what the bullets mean under each requ= irement. I think these are parameters of qualifications of the request/resp= onse at the interface, but it would help to make this clear. YOUNG>> Agreed.=20 I have sent the authors a more detailed set of changes, typos, clarificatio= ns, and suggestions in a Word file which I won't bother the list with. YOUNG>> Received. Thanks. =20 Cheers, Adrian -- Support an author and your imagination. Tales from the Wood - Eighteen new fairy tales. More Tales from the Wood - Eighteen MORE new fairy tales. https://www.feedaread.com/profiles/8604/ http://www.amazon.co.uk/Tales-Wood-Adrian-Farrel/dp/1786100924 Or buy from me direct. _______________________________________________ Teas mailing list Teas@ietf.org https://www.ietf.org/mailman/listinfo/teas