From nobody Sun Jul 1 20:39:52 2018 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 AFE17130E2F; Sun, 1 Jul 2018 20:39:50 -0700 (PDT) MIME-Version: 1.0 Content-Type: text/plain; charset="utf-8" Content-Transfer-Encoding: 7bit From: internet-drafts@ietf.org To: Cc: teas@ietf.org X-Test-IDTracker: no X-IETF-IDTracker: 6.81.3 Auto-Submitted: auto-generated Precedence: bulk Message-ID: <153050279067.27377.13040541312007330629@ietfa.amsl.com> Date: Sun, 01 Jul 2018 20:39:50 -0700 Archived-At: Subject: [Teas] I-D Action: draft-ietf-teas-yang-sr-te-topo-02.txt X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.26 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, 02 Jul 2018 03:39:51 -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 WG of the IETF. Title : YANG Data Model for SR and SR TE Topologies Authors : Xufeng Liu Igor Bryskin Vishnu Pavan Beeram Tarek Saad Himanshu Shah Stephane Litkowski Filename : draft-ietf-teas-yang-sr-te-topo-02.txt Pages : 22 Date : 2018-07-01 Abstract: This document defines a YANG data model for Segment Routing (SR) topology and Segment Routing (SR) traffic engineering (TE) topology. The IETF datatracker status page for this draft is: https://datatracker.ietf.org/doc/draft-ietf-teas-yang-sr-te-topo/ There are also htmlized versions available at: https://tools.ietf.org/html/draft-ietf-teas-yang-sr-te-topo-02 https://datatracker.ietf.org/doc/html/draft-ietf-teas-yang-sr-te-topo-02 A diff from the previous version is available at: https://www.ietf.org/rfcdiff?url2=draft-ietf-teas-yang-sr-te-topo-02 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 Jul 1 20:40:24 2018 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 D3A6B130F5C; Sun, 1 Jul 2018 20:40:12 -0700 (PDT) MIME-Version: 1.0 Content-Type: text/plain; charset="utf-8" Content-Transfer-Encoding: 7bit From: internet-drafts@ietf.org To: Cc: teas@ietf.org X-Test-IDTracker: no X-IETF-IDTracker: 6.81.3 Auto-Submitted: auto-generated Precedence: bulk Message-ID: <153050281281.27517.952656178849556237@ietfa.amsl.com> Date: Sun, 01 Jul 2018 20:40:12 -0700 Archived-At: Subject: [Teas] I-D Action: draft-ietf-teas-yang-l3-te-topo-02.txt X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.26 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, 02 Jul 2018 03:40:19 -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 WG of the IETF. Title : YANG Data Model for Layer 3 TE Topologies Authors : Xufeng Liu Igor Bryskin Vishnu Pavan Beeram Tarek Saad Himanshu Shah Oscar Gonzalez de Dios Filename : draft-ietf-teas-yang-l3-te-topo-02.txt Pages : 46 Date : 2018-07-01 Abstract: This document defines a YANG data model for layer 3 traffic engineering topologies. The IETF datatracker status page for this draft is: https://datatracker.ietf.org/doc/draft-ietf-teas-yang-l3-te-topo/ There are also htmlized versions available at: https://tools.ietf.org/html/draft-ietf-teas-yang-l3-te-topo-02 https://datatracker.ietf.org/doc/html/draft-ietf-teas-yang-l3-te-topo-02 A diff from the previous version is available at: https://www.ietf.org/rfcdiff?url2=draft-ietf-teas-yang-l3-te-topo-02 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 Mon Jul 2 07:33:39 2018 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 D1473130E64; Mon, 2 Jul 2018 07:33:37 -0700 (PDT) MIME-Version: 1.0 Content-Type: text/plain; charset="utf-8" Content-Transfer-Encoding: 7bit From: internet-drafts@ietf.org To: Cc: teas@ietf.org X-Test-IDTracker: no X-IETF-IDTracker: 6.81.3 Auto-Submitted: auto-generated Precedence: bulk Message-ID: <153054201783.16095.7243383531980376703@ietfa.amsl.com> Date: Mon, 02 Jul 2018 07:33:37 -0700 Archived-At: Subject: [Teas] I-D Action: draft-ietf-teas-yang-te-16.txt X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.26 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, 02 Jul 2018 14:33:38 -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 WG of the IETF. Title : A YANG Data Model for Traffic Engineering Tunnels and Interfaces Authors : Tarek Saad Rakesh Gandhi Xufeng Liu Vishnu Pavan Beeram Himanshu Shah Igor Bryskin Filename : draft-ietf-teas-yang-te-16.txt Pages : 173 Date : 2018-07-02 Abstract: This document defines a YANG data model for the configuration and management of Traffic Engineering (TE) interfaces, tunnels and Label Switched Paths (LSPs). The model is divided into YANG modules that classify data into generic, device-specific, technology agnostic, and technology-specific elements. The model also includes module(s) that contain reusable TE data types and data groupings. This model covers data for configuration, operational state, remote procedural calls, and event notifications. The IETF datatracker status page for this draft is: https://datatracker.ietf.org/doc/draft-ietf-teas-yang-te/ There are also htmlized versions available at: https://tools.ietf.org/html/draft-ietf-teas-yang-te-16 https://datatracker.ietf.org/doc/html/draft-ietf-teas-yang-te-16 A diff from the previous version is available at: https://www.ietf.org/rfcdiff?url2=draft-ietf-teas-yang-te-16 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 Mon Jul 2 09:30:41 2018 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 B053B130ECA for ; Mon, 2 Jul 2018 09:30:39 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -14.511 X-Spam-Level: X-Spam-Status: No, score=-14.511 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_HI=-5, SPF_PASS=-0.001, T_DKIMWL_WL_MED=-0.01, USER_IN_DEF_DKIM_WL=-7.5] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (1024-bit key) header.d=cisco.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 mSW1nofdYMQ2 for ; Mon, 2 Jul 2018 09:30:38 -0700 (PDT) Received: from alln-iport-1.cisco.com (alln-iport-1.cisco.com [173.37.142.88]) (using TLSv1.2 with cipher DHE-RSA-SEED-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 3399D12F1A6 for ; Mon, 2 Jul 2018 09:30:38 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/simple; d=cisco.com; i=@cisco.com; l=1666; q=dns/txt; s=iport; t=1530549038; x=1531758638; h=from:to:cc:subject:date:message-id:references: in-reply-to:content-transfer-encoding:mime-version; bh=e/16clTPqUTHEO+zYVr6wm6ypcRVQKR9M7Edqc3uLh0=; b=dUdIF3bea4U2t6fdtAvibbZd+bXLMgtERMLEt47V0GGccbw4MMTxlMdC s65v0Kx3uKfiI5fcYSqoWF8GK/Q28JMCOdD1M7pL6fd3+BKH6yMJoUs8w /MUtcNCd7SMzeJPjOs8gyGAxj+pyuPbY0Zjq2bbu0TkbW3fUrfzEB2vN2 8=; X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: =?us-ascii?q?A0DgAABmUjpb/49dJa1cGQEBAQEBAQE?= =?us-ascii?q?BAQEBAQcBAQEBAYNJgWEyi3OMPoIHlSSBeguEbAKDNCE0GAECAQECAQECbSi?= =?us-ascii?q?FNgEBAQECATo/BQsCAQg2EDIlAQEEDg2FEAiqIYhMgS6IbYFWP4QeilACmUY?= =?us-ascii?q?JAo8TgUiEDIgJh3qJZgIREwGBJB04gVJwFTuCapBRkAIEgSqBGgEB?= X-IronPort-AV: E=Sophos;i="5.51,299,1526342400"; d="scan'208";a="137661999" Received: from rcdn-core-7.cisco.com ([173.37.93.143]) by alln-iport-1.cisco.com with ESMTP/TLS/DHE-RSA-AES256-GCM-SHA384; 02 Jul 2018 16:30:37 +0000 Received: from XCH-RCD-003.cisco.com (xch-rcd-003.cisco.com [173.37.102.13]) by rcdn-core-7.cisco.com (8.14.5/8.14.5) with ESMTP id w62GUb1P000825 (version=TLSv1/SSLv3 cipher=AES256-SHA bits=256 verify=FAIL) for ; Mon, 2 Jul 2018 16:30:37 GMT Received: from xch-rcd-001.cisco.com (173.37.102.11) by XCH-RCD-003.cisco.com (173.37.102.13) with Microsoft SMTP Server (TLS) id 15.0.1320.4; Mon, 2 Jul 2018 11:30:36 -0500 Received: from xch-rcd-001.cisco.com ([173.37.102.11]) by XCH-RCD-001.cisco.com ([173.37.102.11]) with mapi id 15.00.1320.000; Mon, 2 Jul 2018 11:30:36 -0500 From: "Matt Hartley (mhartley)" To: "TEAS WG (teas@ietf.org)" CC: "Matt Hartley (mhartley)" Thread-Topic: Agenda for Montreal Thread-Index: AdQMkztf2s9agw5VRlqHqJyQ66cswwFjrzrQ Date: Mon, 2 Jul 2018 16:30:36 +0000 Message-ID: References: In-Reply-To: Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-ms-exchange-transport-fromentityheader: Hosted x-originating-ip: [10.24.208.197] Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable MIME-Version: 1.0 Archived-At: Subject: Re: [Teas] Agenda for Montreal X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.26 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, 02 Jul 2018 16:30:40 -0000 A reminder... please send slot requests by the end of the day today. Cheers Matt > All, >=20 > Time to prepare the agenda for Montreal. We're meeting at 9:30 - 12:00 on > Wednesday July 18th in Centre Ville. >=20 > If you have a draft you'd like to present, please send a request to me an= d > the Chairs by the end of next Monday (July 2nd) and tell us how long you > need. If a WG draft isn't being presented, please be prepared to send an > update on it to the list. Note that the same day is also the deadline for > draft submissions. >=20 > We'll be asking for slides and updates to be sent by Friday July 13th so > that we can get them all uploaded and people have a chance to look at the= m > in advance. >=20 > Thanks >=20 > Matt, Lou and Pavan >=20 > 2018-07-02 (Monday): Internet Draft submission cut-off (for all drafts, > including -00) by UTC 23:59. Upload using the ID Submission Tool. > 2018-07-04 (Wednesday): Draft Working Group agendas due by UTC 23:59. > Upload using the Meeting Materials Management Tool. > 2018-07-06 (Friday): Early Bird registration and payment cut-off at UTC > 23:59. > 2018-07-09 (Monday): Registration cancellation cut-off at UTC 23:59. > 2018-07-09 (Monday): Revised Working Group agendas due by UTC 23:59. > Upload using the Meeting Materials Management Tool. > 2018-07-13 (Friday): Final Pre-Registration and Pre-Payment cut-off at > 17:00 local meeting time. > 2018-08-10 (Friday): Proceedings submission cutoff date by UTC 23:59. > Upload using the Meeting Materials Management Tool. > 2018-09-03 (Monday): Proceedings submission corrections cutoff date by UT= C > 23:59. From nobody Mon Jul 2 09:43:40 2018 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 5F6E6131246 for ; Mon, 2 Jul 2018 09:43:36 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -4.199 X-Spam-Level: X-Spam-Status: No, score=-4.199 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HK_RANDOM_ENVFROM=0.001, RCVD_IN_DNSWL_MED=-2.3, SPF_PASS=-0.001, URIBL_BLOCKED=0.001] 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 f_P6WrIZDiCf for ; Mon, 2 Jul 2018 09:43:34 -0700 (PDT) Received: from huawei.com (lhrrgout.huawei.com [194.213.3.17]) (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 244861311D9 for ; Mon, 2 Jul 2018 09:43:31 -0700 (PDT) Received: from lhreml701-cah.china.huawei.com (unknown [172.18.7.108]) by Forcepoint Email with ESMTP id D81E555F026FD; Mon, 2 Jul 2018 17:43:26 +0100 (IST) Received: from SJCEML703-CHM.china.huawei.com (10.208.112.39) by lhreml701-cah.china.huawei.com (10.201.108.42) with Microsoft SMTP Server (TLS) id 14.3.382.0; Mon, 2 Jul 2018 17:43:27 +0100 Received: from SJCEML521-MBX.china.huawei.com ([169.254.1.141]) by SJCEML703-CHM.china.huawei.com ([169.254.5.104]) with mapi id 14.03.0382.000; Mon, 2 Jul 2018 09:43:16 -0700 From: Leeyoung To: "Matt Hartley (mhartley)" , "TEAS WG (teas@ietf.org)" CC: "Matt Hartley (mhartley)" , Daniele Ceccarelli , Dhruv Dhody , Dhruv Dhody Thread-Topic: Agenda for Montreal Thread-Index: AdQMkztf2s9agw5VRlqHqJyQ66cswwFjrzrQAAAlDlA= Date: Mon, 2 Jul 2018 16:43:16 +0000 Message-ID: <7AEB3D6833318045B4AE71C2C87E8E173D020EE2@sjceml521-mbx.china.huawei.com> References: In-Reply-To: Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.218.137.166] Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable MIME-Version: 1.0 X-CFilter-Loop: Reflected Archived-At: Subject: Re: [Teas] Agenda for Montreal X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.26 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, 02 Jul 2018 16:43:39 -0000 Hi Matt, I will get back to you once I get the agreement with other folks on the fou= r topics as to who to present.=20 We need the following slots:=20 1. ACTN VN YANG model (5 min, TBD) https://datatracker.ietf.org/doc/draft-ietf-teas-actn-vn-yang/=20 2. TE& Service Mapping Model (10 min, TBD) https://datatracker.ietf.org/doc/draft-lee-teas-te-service-mapping-yang/=20 3. ACTN/TE Performance Monitoring telemetry (10 min, TBD) https://datatracker.ietf.org/doc/draft-lee-teas-actn-pm-telemetry-autonomic= s/ 4. ACTN applicability to slicing (10 min, TBD)=20 https://datatracker.ietf.org/doc/draft-king-teas-applicability-actn-slicing= /=20 Thanks. Young -----Original Message----- From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Matt Hartley (mhartl= ey) Sent: Monday, July 02, 2018 11:31 AM To: TEAS WG (teas@ietf.org) Cc: Matt Hartley (mhartley) Subject: Re: [Teas] Agenda for Montreal A reminder... please send slot requests by the end of the day today. Cheers Matt > All, >=20 > Time to prepare the agenda for Montreal. We're meeting at 9:30 - 12:00=20 > on Wednesday July 18th in Centre Ville. >=20 > If you have a draft you'd like to present, please send a request to me=20 > and the Chairs by the end of next Monday (July 2nd) and tell us how=20 > long you need. If a WG draft isn't being presented, please be prepared=20 > to send an update on it to the list. Note that the same day is also=20 > the deadline for draft submissions. >=20 > We'll be asking for slides and updates to be sent by Friday July 13th=20 > so that we can get them all uploaded and people have a chance to look=20 > at them in advance. >=20 > Thanks >=20 > Matt, Lou and Pavan >=20 > 2018-07-02 (Monday): Internet Draft submission cut-off (for all=20 > drafts, including -00) by UTC 23:59. Upload using the ID Submission Tool. > 2018-07-04 (Wednesday): Draft Working Group agendas due by UTC 23:59. > Upload using the Meeting Materials Management Tool. > 2018-07-06 (Friday): Early Bird registration and payment cut-off at=20 > UTC 23:59. > 2018-07-09 (Monday): Registration cancellation cut-off at UTC 23:59. > 2018-07-09 (Monday): Revised Working Group agendas due by UTC 23:59. > Upload using the Meeting Materials Management Tool. > 2018-07-13 (Friday): Final Pre-Registration and Pre-Payment cut-off at > 17:00 local meeting time. > 2018-08-10 (Friday): Proceedings submission cutoff date by UTC 23:59. > Upload using the Meeting Materials Management Tool. > 2018-09-03 (Monday): Proceedings submission corrections cutoff date by=20 > UTC 23:59. _______________________________________________ Teas mailing list Teas@ietf.org https://www.ietf.org/mailman/listinfo/teas From nobody Mon Jul 2 09:46:17 2018 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 ED305130ECA for ; Mon, 2 Jul 2018 09:46:13 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -14.511 X-Spam-Level: X-Spam-Status: No, score=-14.511 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_HI=-5, RCVD_IN_MSPIKE_H2=-0.001, SPF_PASS=-0.001, T_DKIMWL_WL_HIGH=-0.01, URIBL_BLOCKED=0.001, USER_IN_DEF_DKIM_WL=-7.5] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (1024-bit key) header.d=cisco.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 iczH9ONFQU9O for ; Mon, 2 Jul 2018 09:46:09 -0700 (PDT) Received: from alln-iport-4.cisco.com (alln-iport-4.cisco.com [173.37.142.91]) (using TLSv1.2 with cipher DHE-RSA-SEED-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id A0D3E13121D for ; Mon, 2 Jul 2018 09:45:50 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/simple; d=cisco.com; i=@cisco.com; l=3490; q=dns/txt; s=iport; t=1530549950; x=1531759550; h=from:to:cc:subject:date:message-id:references: in-reply-to:content-transfer-encoding:mime-version; bh=X8cDj74OQQP/SP8Dtwg+XA9lYbsE/Nn/9C/eKegQ4k0=; b=kRJynipytEyUqBsOXC0cScP+ezdIF/t/qhhkXuY/w9R2cpt2o/JTelti /Ua0Dfskc/w578M75HiyH9aLP3oES7UpDWnBKpoH+ue06ST3/bmvODjlO aMyM4OfGyvSkn8KQksYXckQWd1FuBLib1z1YjCfMms7PqXL6tRLTI38uF Y=; X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: =?us-ascii?q?A0DhAAD/VTpb/4cNJK1cGQEBAQEBAQE?= =?us-ascii?q?BAQEBAQcBAQEBAYNJYn8oCotzjD6CB4gujHaBegsYDYRDAgICgzQhNBgBAgE?= =?us-ascii?q?BAgEBAm0cDIU2AQEBAQMBATg0CwwEAgEIEQQBAR8JByEGCxQJCAEBBAENBQi?= =?us-ascii?q?DGYFnAxUPqiCHEQ2BLoEpBYhtgVY/gQ+DD4JWQgEBAgEBhzICmRsrCQKGBIY?= =?us-ascii?q?MgwOBSIQMiAmHeoI5T4ZeAhETAYEkHTiBUnAVO4JpixSFPm8BjxIEgSqBGgE?= =?us-ascii?q?B?= X-IronPort-AV: E=Sophos;i="5.51,299,1526342400"; d="scan'208";a="137618538" Received: from alln-core-2.cisco.com ([173.36.13.135]) by alln-iport-4.cisco.com with ESMTP/TLS/DHE-RSA-AES256-GCM-SHA384; 02 Jul 2018 16:45:49 +0000 Received: from XCH-RCD-002.cisco.com (xch-rcd-002.cisco.com [173.37.102.12]) by alln-core-2.cisco.com (8.14.5/8.14.5) with ESMTP id w62GjmQU020011 (version=TLSv1/SSLv3 cipher=AES256-SHA bits=256 verify=FAIL); Mon, 2 Jul 2018 16:45:49 GMT Received: from xch-rcd-001.cisco.com (173.37.102.11) by XCH-RCD-002.cisco.com (173.37.102.12) with Microsoft SMTP Server (TLS) id 15.0.1320.4; Mon, 2 Jul 2018 11:45:48 -0500 Received: from xch-rcd-001.cisco.com ([173.37.102.11]) by XCH-RCD-001.cisco.com ([173.37.102.11]) with mapi id 15.00.1320.000; Mon, 2 Jul 2018 11:45:48 -0500 From: "Matt Hartley (mhartley)" To: Leeyoung , "Matt Hartley (mhartley)" , "TEAS WG (teas@ietf.org)" CC: Daniele Ceccarelli , Dhruv Dhody , Dhruv Dhody , "Matt Hartley (mhartley)" Thread-Topic: Agenda for Montreal Thread-Index: AdQMkztf2s9agw5VRlqHqJyQ66cswwFjrzrQAAAlDlAAAGIhkA== Date: Mon, 2 Jul 2018 16:45:48 +0000 Message-ID: <8ae22a4fe88a46159458c7ccb6371f0d@XCH-RCD-001.cisco.com> References: <7AEB3D6833318045B4AE71C2C87E8E173D020EE2@sjceml521-mbx.china.huawei.com> In-Reply-To: <7AEB3D6833318045B4AE71C2C87E8E173D020EE2@sjceml521-mbx.china.huawei.com> Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-ms-exchange-transport-fromentityheader: Hosted x-originating-ip: [10.24.208.197] Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable MIME-Version: 1.0 Archived-At: Subject: Re: [Teas] Agenda for Montreal X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.26 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, 02 Jul 2018 16:46:15 -0000 Thanks, Young. I'll put those on the list. Please let me know when you've d= ecided who the presenters will be. Cheers Matt > -----Original Message----- > From: Leeyoung > Sent: Monday, July 02, 2018 12:43 PM > To: Matt Hartley (mhartley) ; TEAS= WG > (teas@ietf.org) > Cc: Matt Hartley (mhartley) ; Daniele Ceccarelli > ; Dhruv Dhody ; > Dhruv Dhody > Subject: RE: Agenda for Montreal >=20 > Hi Matt, >=20 > I will get back to you once I get the agreement with other folks on the > four topics as to who to present. >=20 > We need the following slots: >=20 > 1. ACTN VN YANG model (5 min, TBD) > https://datatracker.ietf.org/doc/draft-ietf-teas-actn-vn-yang/ >=20 > 2. TE& Service Mapping Model (10 min, TBD) > https://datatracker.ietf.org/doc/draft-lee-teas-te-service-mapping-yang/ >=20 > 3. ACTN/TE Performance Monitoring telemetry (10 min, TBD) > https://datatracker.ietf.org/doc/draft-lee-teas-actn-pm-telemetry- > autonomics/ >=20 > 4. ACTN applicability to slicing (10 min, TBD) > https://datatracker.ietf.org/doc/draft-king-teas-applicability-actn- > slicing/ >=20 > Thanks. > Young > -----Original Message----- > From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Matt Hartley > (mhartley) > Sent: Monday, July 02, 2018 11:31 AM > To: TEAS WG (teas@ietf.org) > Cc: Matt Hartley (mhartley) > Subject: Re: [Teas] Agenda for Montreal >=20 > A reminder... please send slot requests by the end of the day today. >=20 > Cheers >=20 > Matt >=20 > > All, > > > > Time to prepare the agenda for Montreal. We're meeting at 9:30 - 12:00 > > on Wednesday July 18th in Centre Ville. > > > > If you have a draft you'd like to present, please send a request to me > > and the Chairs by the end of next Monday (July 2nd) and tell us how > > long you need. If a WG draft isn't being presented, please be prepared > > to send an update on it to the list. Note that the same day is also > > the deadline for draft submissions. > > > > We'll be asking for slides and updates to be sent by Friday July 13th > > so that we can get them all uploaded and people have a chance to look > > at them in advance. > > > > Thanks > > > > Matt, Lou and Pavan > > > > 2018-07-02 (Monday): Internet Draft submission cut-off (for all > > drafts, including -00) by UTC 23:59. Upload using the ID Submission > Tool. > > 2018-07-04 (Wednesday): Draft Working Group agendas due by UTC 23:59. > > Upload using the Meeting Materials Management Tool. > > 2018-07-06 (Friday): Early Bird registration and payment cut-off at > > UTC 23:59. > > 2018-07-09 (Monday): Registration cancellation cut-off at UTC 23:59. > > 2018-07-09 (Monday): Revised Working Group agendas due by UTC 23:59. > > Upload using the Meeting Materials Management Tool. > > 2018-07-13 (Friday): Final Pre-Registration and Pre-Payment cut-off at > > 17:00 local meeting time. > > 2018-08-10 (Friday): Proceedings submission cutoff date by UTC 23:59. > > Upload using the Meeting Materials Management Tool. > > 2018-09-03 (Monday): Proceedings submission corrections cutoff date by > > UTC 23:59. >=20 > _______________________________________________ > Teas mailing list > Teas@ietf.org > https://www.ietf.org/mailman/listinfo/teas From nobody Mon Jul 2 12:35:25 2018 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 4C761130E22; Mon, 2 Jul 2018 12:35:19 -0700 (PDT) MIME-Version: 1.0 Content-Type: text/plain; charset="utf-8" Content-Transfer-Encoding: 7bit From: internet-drafts@ietf.org To: Cc: teas@ietf.org X-Test-IDTracker: no X-IETF-IDTracker: 6.81.3 Auto-Submitted: auto-generated Precedence: bulk Message-ID: <153056011929.16108.2745567545507362969@ietfa.amsl.com> Date: Mon, 02 Jul 2018 12:35:19 -0700 Archived-At: Subject: [Teas] I-D Action: draft-ietf-teas-te-topo-and-tunnel-modeling-02.txt X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.26 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, 02 Jul 2018 19:35:20 -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 WG of the IETF. Title : TE Topology and Tunnel Modeling for Transport Networks Authors : Igor Bryskin Vishnu Pavan Beeram Tarek Saad Xufeng Liu Filename : draft-ietf-teas-te-topo-and-tunnel-modeling-02.txt Pages : 106 Date : 2018-07-02 Abstract: This document describes how to model TE topologies and tunnels for transport networks, by using the TE topology YANG model [I-D.ietf- teas-yang-te-topo] and the TE tunnel YANG model [I-D.ietf-teas-yang- te]. The IETF datatracker status page for this draft is: https://datatracker.ietf.org/doc/draft-ietf-teas-te-topo-and-tunnel-modeling/ There are also htmlized versions available at: https://tools.ietf.org/html/draft-ietf-teas-te-topo-and-tunnel-modeling-02 https://datatracker.ietf.org/doc/html/draft-ietf-teas-te-topo-and-tunnel-modeling-02 A diff from the previous version is available at: https://www.ietf.org/rfcdiff?url2=draft-ietf-teas-te-topo-and-tunnel-modeling-02 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 Tue Jul 3 09:08:33 2018 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 790F0130FF8; Tue, 3 Jul 2018 09:00:31 -0700 (PDT) MIME-Version: 1.0 Content-Type: text/plain; charset="utf-8" Content-Transfer-Encoding: 7bit From: "\"IETF Secretariat\"" To: , Cc: db3546@att.com, teas@ietf.org X-Test-IDTracker: no X-IETF-IDTracker: 6.81.3 Auto-Submitted: auto-generated Precedence: bulk Message-ID: <153063363149.4893.5836144144022674886.idtracker@ietfa.amsl.com> Date: Tue, 03 Jul 2018 09:00:31 -0700 Archived-At: Subject: [Teas] teas - Requested session has been scheduled for IETF 102 X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.26 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, 03 Jul 2018 16:00:41 -0000 Dear Lou Berger, The session(s) that you have requested have been scheduled. Below is the scheduled session information followed by the original request. teas Session 1 (2:30 requested) Wednesday, 18 July 2018, Morning Session I 0930-1200 Room Name: Centre Ville size: 200 --------------------------------------------- iCalendar: https://datatracker.ietf.org/meeting/102/sessions/teas.ics Request Information: --------------------------------------------------------- Working Group Name: Traffic Engineering Architecture and Signaling Area Name: Routing Area Session Requester: Lou Berger Number of Sessions: 1 Length of Session(s): 2.5 Hours Number of Attendees: 100 Conflicts to Avoid: First Priority: mpls ccamp pce netmod detnet Second Priority: idr i2rs spring lsr Third Priority: pals bess nvo3 People who must be present: Lou Berger Deborah Brungard Vishnu Pavan Beeram Resources Requested: Special Requests: Other Conflicts: IRTF RRG, RTG BOFs --------------------------------------------------------- From nobody Tue Jul 3 15:15:58 2018 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 6F581130DE0 for ; Tue, 3 Jul 2018 15:15:55 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.601 X-Spam-Level: X-Spam-Status: No, score=-2.601 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, RCVD_IN_DNSWL_LOW=-0.7, SPF_PASS=-0.001] autolearn=ham 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 gJVYHZKvVIDW for ; Tue, 3 Jul 2018 15:15:53 -0700 (PDT) Received: from outbound-ss-1363.hostmonster.com (outbound-ss-1363.hostmonster.com [67.222.56.32]) (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 D7827130DDE for ; Tue, 3 Jul 2018 15:15:53 -0700 (PDT) Received: from cmgw10.unifiedlayer.com (unknown [10.9.0.10]) by gproxy1.mail.unifiedlayer.com (Postfix) with ESMTP id 17E2D176D51 for ; Tue, 3 Jul 2018 16:15:04 -0600 (MDT) Received: from box313.bluehost.com ([69.89.31.113]) by cmsmtp with ESMTP id aTZffYI9ip1y6aTZffLRw9; Tue, 03 Jul 2018 16:15:04 -0600 X-Authority-Reason: nr=8 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:Cc:To:Subject:From:Sender:Reply-To:Content-ID:Content-Description: Resent-Date:Resent-From:Resent-Sender:Resent-To:Resent-Cc:Resent-Message-ID: In-Reply-To:References:List-Id:List-Help:List-Unsubscribe:List-Subscribe: List-Post:List-Owner:List-Archive; bh=m1Ez1EOjWB1/z5ZTEvkPx6If6ZNo9F+sPIoFdnP+Z4I=; b=yPMZ8yGZsn1K1ld8tSlD2Nd9Fu OSl+fhsAI6y8FjD9llEKur6ik7vZbZKizunpHJlzQce3dalvyGU9XLs1jqW6hC+ibbIt4bMEB2dml hoGZQzhYgSI3eLxXh4G7ZkLtV; Received: from pool-100-15-86-101.washdc.fios.verizon.net ([100.15.86.101]:53342 helo=[IPv6:::1]) by box313.bluehost.com with esmtpsa (TLSv1.2:ECDHE-RSA-AES128-GCM-SHA256:128) (Exim 4.91) (envelope-from ) id 1faTZf-0039SC-NH; Tue, 03 Jul 2018 16:15:03 -0600 From: Lou Berger To: TEAS WG Cc: TEAS WG Chairs Message-ID: <0a9147e3-aa13-7242-03f4-78c751118882@labn.net> Date: Tue, 3 Jul 2018 18:15:02 -0400 User-Agent: Mozilla/5.0 (Windows NT 10.0; WOW64; rv:52.0) Gecko/20100101 Thunderbird/52.8.0 MIME-Version: 1.0 Content-Type: text/plain; charset=utf-8; format=flowed Content-Language: en-US Content-Transfer-Encoding: 8bit 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: 100.15.86.101 X-Source-L: No X-Exim-ID: 1faTZf-0039SC-NH X-Source: X-Source-Args: X-Source-Dir: X-Source-Sender: pool-100-15-86-101.washdc.fios.verizon.net ([IPv6:::1]) [100.15.86.101]:53342 X-Source-Auth: lberger@labn.net X-Email-Count: 4 X-Source-Cap: bGFibm1vYmk7bGFibm1vYmk7Ym94MzEzLmJsdWVob3N0LmNvbQ== X-Local-Domain: yes Archived-At: Subject: [Teas] IETF 102 Draft agenda available X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.26 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, 03 Jul 2018 22:15:56 -0000 Hi,     The draft agenda for the upcoming IETF is now available, please take a look to ensure your request is included: https://datatracker.ietf.org/meeting/102/materials/agenda-102-teas Comments/corrections should be sent to the WG chairs alias (cc'ed above). NOTE: If you are on the agenda, slides are due at the end of the day Sunday, July 15. Please submit by sending to the chairs. If you are an author of a WG draft and are *not* presenting, please send a status update and plan for completing the draft to the list by Friday, Jul 13. Thank you, Lou (Janos and Ethan) From nobody Tue Jul 3 15:19:01 2018 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 341F3130DE0 for ; Tue, 3 Jul 2018 15:18:59 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.601 X-Spam-Level: X-Spam-Status: No, score=-2.601 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, RCVD_IN_DNSWL_LOW=-0.7, SPF_PASS=-0.001] autolearn=ham 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 ax0mZdvqlJrX for ; Tue, 3 Jul 2018 15:18:57 -0700 (PDT) Received: from outbound-ss-1363.hostmonster.com (outbound-ss-1363.hostmonster.com [67.222.56.32]) (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 A7402130DDE for ; Tue, 3 Jul 2018 15:18:57 -0700 (PDT) Received: from cmgw10.unifiedlayer.com (unknown [10.9.0.10]) by gproxy1.mail.unifiedlayer.com (Postfix) with ESMTP id 70E13175BEF for ; Tue, 3 Jul 2018 16:18:57 -0600 (MDT) Received: from box313.bluehost.com ([69.89.31.113]) by cmsmtp with ESMTP id aTdRfYOsWp1y6aTdRfLVkM; Tue, 03 Jul 2018 16:18:57 -0600 X-Authority-Reason: nr=8 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:Cc:To:Subject:From:Sender:Reply-To:Content-ID:Content-Description: Resent-Date:Resent-From:Resent-Sender:Resent-To:Resent-Cc:Resent-Message-ID: In-Reply-To:References:List-Id:List-Help:List-Unsubscribe:List-Subscribe: List-Post:List-Owner:List-Archive; bh=3Q23zR9Ir/YGlQyjAJberIMmiDKkyRlg6DzCeSVKSOE=; b=eEZ4Pxa5yP2xRBIunlgly/3gRB +JBxafBjajXuSvkchUX6S/4Q6P43ofb/Y7dH2w53n2d3Aix59KTm9qBw/TmDnQUwj7HzCEX08TgU/ LJucs8N2Hx5G+FlRpD799DKmj; Received: from pool-100-15-86-101.washdc.fios.verizon.net ([100.15.86.101]:53642 helo=[IPv6:::1]) by box313.bluehost.com with esmtpsa (TLSv1.2:ECDHE-RSA-AES128-GCM-SHA256:128) (Exim 4.91) (envelope-from ) id 1faTdR-003Ai6-7G; Tue, 03 Jul 2018 16:18:57 -0600 From: Lou Berger To: TEAS WG Cc: TEAS WG Chairs Message-ID: Date: Tue, 3 Jul 2018 18:18:56 -0400 User-Agent: Mozilla/5.0 (Windows NT 10.0; WOW64; rv:52.0) Gecko/20100101 Thunderbird/52.8.0 MIME-Version: 1.0 Content-Type: text/plain; charset=utf-8; format=flowed Content-Language: en-US Content-Transfer-Encoding: 8bit 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: 100.15.86.101 X-Source-L: No X-Exim-ID: 1faTdR-003Ai6-7G X-Source: X-Source-Args: X-Source-Dir: X-Source-Sender: pool-100-15-86-101.washdc.fios.verizon.net ([IPv6:::1]) [100.15.86.101]:53642 X-Source-Auth: lberger@labn.net X-Email-Count: 6 X-Source-Cap: bGFibm1vYmk7bGFibm1vYmk7Ym94MzEzLmJsdWVob3N0LmNvbQ== X-Local-Domain: yes Archived-At: Subject: [Teas] IETF 102 Draft agenda available X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.26 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, 03 Jul 2018 22:18:59 -0000 [corrected - sorry!] Hi,     The draft agenda for the upcoming IETF is now available, please take a look to ensure your request is included: https://datatracker.ietf.org/meeting/102/materials/agenda-102-teas Comments/corrections should be sent to the WG chairs alias (cc'ed above). NOTE: If you are on the agenda, slides are due at the end of the day Sunday, July 15. Please submit by sending to the chairs. If you are an author of a WG draft and are *not* presenting, please send a status update and plan for completing the draft to the list by Friday, Jul 13. Thank you, Lou (Pavan and Matt!) From nobody Tue Jul 3 19:22:57 2018 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 E5060130E31; Tue, 3 Jul 2018 19:22:50 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -4.2 X-Spam-Level: X-Spam-Status: No, score=-4.2 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, RCVD_IN_DNSWL_MED=-2.3, SPF_PASS=-0.001, URIBL_BLOCKED=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 SdjyjSzOf3Ab; Tue, 3 Jul 2018 19:22:49 -0700 (PDT) Received: from dmz-mailsec-scanner-1.mit.edu (dmz-mailsec-scanner-1.mit.edu [18.9.25.12]) (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 81092127598; Tue, 3 Jul 2018 19:22:48 -0700 (PDT) X-AuditID: 1209190c-ecdff70000003cc8-45-5b3c2f76efc7 Received: from mailhub-auth-4.mit.edu ( [18.7.62.39]) (using TLS with cipher DHE-RSA-AES256-SHA (256/256 bits)) (Client did not present a certificate) by dmz-mailsec-scanner-1.mit.edu (Symantec Messaging Gateway) with SMTP id 28.40.15560.67F2C3B5; Tue, 3 Jul 2018 22:22:46 -0400 (EDT) Received: from outgoing.mit.edu (OUTGOING-AUTH-1.MIT.EDU [18.9.28.11]) by mailhub-auth-4.mit.edu (8.13.8/8.9.2) with ESMTP id w642Mjrb012448; Tue, 3 Jul 2018 22:22:45 -0400 Received: from kduck.kaduk.org (24-107-191-124.dhcp.stls.mo.charter.com [24.107.191.124]) (authenticated bits=56) (User authenticated as kaduk@ATHENA.MIT.EDU) by outgoing.mit.edu (8.13.8/8.12.4) with ESMTP id w642MekP012913 (version=TLSv1/SSLv3 cipher=DHE-RSA-AES256-SHA bits=256 verify=NOT); Tue, 3 Jul 2018 22:22:43 -0400 Date: Tue, 3 Jul 2018 21:22:40 -0500 From: Benjamin Kaduk To: Xufeng Liu Cc: iesg@ietf.org, draft-ietf-teas-yang-te-topo@ietf.org, Lou Berger , TEAS WG Chairs , TEAS WG Message-ID: <20180704022237.GC60996@kduck.kaduk.org> References: <152831756015.6220.551593327209091162.idtracker@ietfa.amsl.com> MIME-Version: 1.0 Content-Type: text/plain; charset=utf-8 Content-Disposition: inline Content-Transfer-Encoding: 8bit In-Reply-To: User-Agent: Mutt/1.9.1 (2017-09-22) X-Brightmail-Tracker: H4sIAAAAAAAAA+NgFlrJKsWRmVeSWpSXmKPExsUixG6nrlumbxNt8PG1usXPXf+YLWb8mchs 0dH8lsWiae4uJovWHztYLK4c/8PkwOaxc9Zddo8lS34yeXzY1MwWwBzFZZOSmpNZllqkb5fA lXHx7Rr2gnkGFTc3n2dpYNyn1sXIySEhYCIxY/l/li5GLg4hgcVMEr9Wn2WDcDYwSnyed4Md wrnCJDGlYwczSAuLgIrE10ndbCA2G5Dd0H0ZLC4ioCXxr3MD2ChmgZWMEi9+7GAESQgLxEt8 nnWGqYuRg4MXaF/D5gKIoZMYJVa8fMEOUsMrIChxcuYTFhCbWUBd4s+8S8wg9cwC0hLL/3FA hOUlmrfOBtvFKRAose7vabByUQFlib19h9gnMArOQjJpFpJJsxAmzUIyaQEjyypG2ZTcKt3c xMyc4tRk3eLkxLy81CJdQ73czBK91JTSTYygWOCU5NnBeOaN1yFGAQ5GJR5ehgrraCHWxLLi ytxDjJIcTEqivPIbgUJ8SfkplRmJxRnxRaU5qcWHGCU4mJVEeO/9AsrxpiRWVqUW5cOkpDlY lMR5sxcxRgsJpCeWpGanphakFsFkZTg4lCR4PfRsooUEi1LTUyvSMnNKENJMHJwgw3mAhqfo AtXwFhck5hZnpkPkTzHqcvx5P3USsxBLXn5eqpQ4rzvIIAGQoozSPLg5oBQmkb2/5hWjONBb wrwrQKp4gOkPbtIroCVMQEt6tlmCLClJREhJNTAqLmPIbXsr3vNMvd75eoPmrDv/XzU4bWFb 5fPr3f7Am3Ouis5Tfbt65b6PHmeyvTXmCiX9WW6tcKVw3Wn38D6FGvNtWmsMN/MLdi8wXC93 zmzDQ2/xCR/7AiPzfLPObRe7kcL7LmFiuKDmrmK39V3ez3ZH50d8Wqx/6SHfnLd/9nKGG9y9 mfZYiaU4I9FQi7moOBEAlTfEfTwDAAA= Archived-At: Subject: Re: [Teas] Benjamin Kaduk's No Objection on draft-ietf-teas-yang-te-topo-16: (with COMMENT) X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.26 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, 04 Jul 2018 02:22:52 -0000 On Sun, Jun 24, 2018 at 03:39:23PM -0400, Xufeng Liu wrote: > Hi Benjamin, > > Thanks for providing valuable comments, and pointing out several errors in > the draft. We have posted an undated version > *https://tools.ietf.org/html/draft-ietf-teas-yang-te-topo-17 > *. Please check > the updated draft. Thanks for the updates, and sorry for the slow response. I will trim parts from the quoted text that are well-resolved. > Best regards, > - Xufeng > > On Wed, Jun 6, 2018 at 4:39 PM Benjamin Kaduk wrote: > > > > Section 8 > > > > I'm not sure I understand why the te:templates tree is not called > > out as "sensitive" -- is it just the "template" nature? Lots of > > these look like things that could have detrimental impact if > > modified in an actual live instance -- ID, bandwidth, type, etc., so > > I mostly assume that it's just the templatey-ness, but don't quite > > understand how that works. > > > [Xufeng]: You are right. The templates tree is “sensitive”. Because > the templates are located together under /nw:networks/tet:te, we do > not list each template separately. They are mentioned in the section > of /nw:networks/tet:te, which contains all templates. Ah, thanks for the clarification. > > > Section 1.1 > > > > Customized TE Topology: Customized TE Topology is a custom topology > > that is produced by a provider for a given Client. This topology > > typically augments the Client's Native TE Topology. Path > > computational algorithms aren't typically run on the Customized TE > > Topology; they are run on the Client's augmented Native TE Topology. > > > > This text doesn't really help me tell the difference between the > > "Client's augmented Native TE Topology" and the "Customized TE > > Topology", which is the Client's Native TE Topology plus some > > unspecified augmentation (that is apparently different from the one > > used for path computation). > > > > [Xufeng]: Reworded this section to clarify. We also use another document, *https://tools.ietf.org/pdf/draft-ietf-teas-te-topo-and-tunnel-modeling *, to describe such terminologies, model usages, and examples in more details. Thanks, this helps me a lot. > > [...] TE link > > is connected to TE node, terminating the TE link via exactly one TE > > link termination point (LTP). > > > > Even unidirectional links have a source and destination; presumably > > both of those are attributes of the TE link? Perhaps "for any given > > node" should be more explicit? > > > [Xufeng]: According to the model defined in RFC8345, the link > termination point is not an attribute of the link, but a separate > entity on the node. When a link is specified, the source node, source > termination point, destination node, and destination termination point > are associated with the link. The model in this document augments the > model in RFC8345, and therefore inherits the same characteristics. RFC 8345 says "Accordingly, a link contains a source and a destination. Both source and destination reference a corresponding node, as well as a termination point on that node." That is, the source of the link gets a LTP, and the destination of the link gets a (different) LTP. So a given link has two LTPs, one for source and one for destination, right? What I am trying to say here is that a TE link is terminated with exactly one LTP on the destination node, and is also terminated with exactly one LTP on the source node. But if I just say that a TE link is terminated with exactly one LTP, what does that mean? Is it talking about the source or the destination? What happens for the other end of the link? Saying that "A TE link is connected to a TE node, terminating the TE link via exactly one TE link termination point (LTP) on that node" would resolve these questions, for me. (That is, just adding "on that node" and some grammar tweaks.) > > > Section 3.8 > > > > [...] From the point of view of > > a potential TE path LLCL provides a list of valid TE links the TE > > path needs to start/stop on for the connection, taking the TE path, > > to be successfully terminated on the TTP in question. > > > > nit: this could probably be reworded to be more clear, maybe: > > > > % From the point of view of usability in creating a TE path, the LLCL > > % provides a list of the TE links that would be valid path components > > % for paths involving the TTP in question. > > > > [Xufeng]: “From the point of view of a potential TE path” is meant to say that an LLCL can be viewed as a potential path. We don’t let user to create a TE path here, and the usability would not be relevant. From this perspective, a potential TE path is from the TTP to one TE link. Since the TTP can potentially connects to many such TE links, there is a list of such entries, each of them is a link that can be potentially connected. The document *https://tools.ietf.org/pdf/draft-ietf-teas-te-topo-and-tunnel-modeling * describes some such examples. My main concern here is that grammatically, this sentence is just very hard for me to parse. I don't have a strong attachment to any particular rewording, but I think there is a lot of improved clarity that could be obtained by some rewording. I now understand, after a lot of thinking (well, I think I do; it's been some time since I read this draft) that the LLCL is a list of TE links that are terminated by the TTP. In order for a connection to use the TTP-hosting TE node, the TE path needs to start or stop on one of the links in the LLCL; if it doesn't, then the TTP in question is not usable for that TE path. I think there are better ways to write a sentence to convey that information, and I think it's more likely to remain accurate if you supply the rewording than if the RFC Editor supplies the rewording. Thanks, Benjamin From nobody Sat Jul 7 11:46:58 2018 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 65EC01274D0; Sat, 7 Jul 2018 11:46:50 -0700 (PDT) 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 yVYfn-d4AStV; Sat, 7 Jul 2018 11:46:48 -0700 (PDT) Received: from mail-oi0-x241.google.com (mail-oi0-x241.google.com [IPv6:2607:f8b0:4003:c06::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 07DF0130E99; Sat, 7 Jul 2018 11:46:48 -0700 (PDT) Received: by mail-oi0-x241.google.com with SMTP id k81-v6so29249429oib.4; Sat, 07 Jul 2018 11:46:47 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=20161025; h=message-id:subject:from:to:cc:date:in-reply-to:references :mime-version; bh=iXeMXrQ7hApsVui77WbQTYchZT2Ghej0+a6aPUYvUu0=; b=YpkuumDuxVCA/K+dlfUY8LQB9xEjOEEABl/+UOMAfyrKJ4kbfBZQeZwxqgcxK/dLn4 vzblt29k9Ydbby7/CU5gBPQPmpdD99ZXa/PQ1LlFNTZztdoNLL4XK8aZFt9nt70/Fq4b 0vqdu2LiHF5rwliwvktrpOWBmHFeXKu5GK00PFczLM26NuY09shhp9VKSDFy3pXn0q3M 9M1EINpFLyqpsRqD9+uzRH4uDZEZBt4H3Vf85VxhKK5lnTyTBosYkDc/yYkkMbCXOGUh tm2APv92X6mQ9zn1Lsv+qbAHLrrUVFGjN6bQ89yEvOkIr52+2z8BK2FMgAKSOeSKUrxt LeXw== X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=1e100.net; s=20161025; h=x-gm-message-state:message-id:subject:from:to:cc:date:in-reply-to :references:mime-version; bh=iXeMXrQ7hApsVui77WbQTYchZT2Ghej0+a6aPUYvUu0=; b=ODOvyjrRFU9W729KniPi/a8UV/mUvCT+5Ju498xRS9Ja/vrRAitsnsFLX9eXqVnovm iADlAcF5xjgFIYP7ySLen5MHTioDkY7NbN4QC50I2h+2xO1b9YBUloSniIHXqBYpu8wb jxx8vvz3fbUeCzj1vRWjF3bQ5FG3GI70bwRyGD0L0TfflWA6vCU+9MO04zTvIvlpZYlE TOg6JDVilnPWBwv4Ef54rhKPUvzEk/SjTMIuMu4td7Xvzakgf83ptRM0L34SWCiJIDEe 7YfK2WW7rxOnZ4twvF8fi18P4+DOgM5Bldn2H8hY7Le53RtijjmCfngj6ldBdMmitzdg Zy+Q== X-Gm-Message-State: APt69E0BXkHctGT8iaWS8M9Z+B3KHQiEFr6F2o4ZdL1j8ESsUCPNa05k b7E/IUVxF9vem/4hJJNSJis= X-Google-Smtp-Source: AAOMgpfiHotkIO9TPRSg80pqz77IzPT7r2D83SFwyZ/IZazrg0wld+/G0aFmZJ7Vd5djgG9J4Swkwg== X-Received: by 2002:aca:42:: with SMTP id 63-v6mr15160170oia.154.1530989207177; Sat, 07 Jul 2018 11:46:47 -0700 (PDT) Received: from tiger (ip72-196-214-116.dc.dc.cox.net. [72.196.214.116]) by smtp.gmail.com with ESMTPSA id k133-v6sm7407314oia.36.2018.07.07.11.46.45 (version=TLS1_2 cipher=ECDHE-RSA-CHACHA20-POLY1305 bits=256/256); Sat, 07 Jul 2018 11:46:46 -0700 (PDT) Message-ID: From: xufeng.liu.ietf@gmail.com To: Benjamin Kaduk Cc: iesg@ietf.org, draft-ietf-teas-yang-te-topo@ietf.org, Lou Berger , TEAS WG Chairs , TEAS WG Date: Sat, 07 Jul 2018 14:46:44 -0400 In-Reply-To: <20180704022237.GC60996@kduck.kaduk.org> References: <152831756015.6220.551593327209091162.idtracker@ietfa.amsl.com> <20180704022237.GC60996@kduck.kaduk.org> Content-Type: multipart/alternative; boundary="=-jeQluVe6Bw1bpzMamzSN" X-Mailer: Evolution 3.28.1-2 Mime-Version: 1.0 Archived-At: Subject: Re: [Teas] Benjamin Kaduk's No Objection on draft-ietf-teas-yang-te-topo-16: (with COMMENT) X-BeenThere: teas@ietf.org X-Mailman-Version: 2.1.26 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, 07 Jul 2018 18:46:51 -0000 --=-jeQluVe6Bw1bpzMamzSN Content-Type: text/plain; charset="UTF-8" Content-Transfer-Encoding: 8bit Hi Benjamin, Thanks for the further checking. We will take you advice and work with the RFC Editor to reword the two sections that you mentioned below. Best regards, - Xufeng On Tue, 2018-07-03 at 21:22 -0500, Benjamin Kaduk wrote: > On Sun, Jun 24, 2018 at 03:39:23PM -0400, Xufeng Liu wrote: > Hi Benjamin, > > Thanks for providing valuable comments, and pointing out several errors in > the draft. We have posted an undated version > *https://tools.ietf.org/html/draft-ietf-teas-yang-te-topo-17 > *. Please check > the updated draft. > > Thanks for the updates, and sorry for the slow response. I will trim parts > from the quoted text that are well-resolved. > > Best regards, > - Xufeng > > On Wed, Jun 6, 2018 at 4:39 PM Benjamin Kaduk wrote: > > > Section 8 > > I'm not sure I understand why the te:templates tree is not called > out as "sensitive" -- is it just the "template" nature? Lots of > these look like things that could have detrimental impact if > modified in an actual live instance -- ID, bandwidth, type, etc., so > I mostly assume that it's just the templatey-ness, but don't quite > understand how that works. > > [Xufeng]: You are right. The templates tree is “sensitive”. Because > the templates are located together under /nw:networks/tet:te, we do > not list each template separately. They are mentioned in the section > of /nw:networks/tet:te, which contains all templates. > > Ah, thanks for the clarification. > > > Section 1.1 > > Customized TE Topology: Customized TE Topology is a custom topology > that is produced by a provider for a given Client. This topology > typically augments the Client's Native TE Topology. Path > computational algorithms aren't typically run on the Customized TE > Topology; they are run on the Client's augmented Native TE Topology. > > This text doesn't really help me tell the difference between the > "Client's augmented Native TE Topology" and the "Customized TE > Topology", which is the Client's Native TE Topology plus some > unspecified augmentation (that is apparently different from the one > used for path computation). > > [Xufeng]: Reworded this section to clarify. We also use another document, *https://tools.ietf.org/pdf/draft-ietf-teas-te-topo-and-tunnel-modeling *, to describe such terminologies, model usages, and examples in more details. > > Thanks, this helps me a lot. > > [...] TE link > is connected to TE node, terminating the TE link via exactly one TE > link termination point (LTP). > > Even unidirectional links have a source and destination; presumably > both of those are attributes of the TE link? Perhaps "for any given > node" should be more explicit? > > [Xufeng]: According to the model defined in RFC8345, the link > termination point is not an attribute of the link, but a separate > entity on the node. When a link is specified, the source node, source > termination point, destination node, and destination termination point > are associated with the link. The model in this document augments the > model in RFC8345, and therefore inherits the same characteristics. > > RFC 8345 says "Accordingly, a link contains a source and a destination. > Both source and destination reference a corresponding node, as well as a > termination point on that node." That is, the source of the link gets a > LTP, and the destination of the link gets a (different) LTP. So a given > link has two LTPs, one for source and one for destination, right? What I > am trying to say here is that a TE link is terminated with exactly one LTP > on the destination node, and is also terminated with exactly one LTP on the > source node. But if I just say that a TE link is terminated with exactly > one LTP, what does that mean? Is it talking about the source or the > destination? What happens for the other end of the link? Saying that "A > TE link is connected to a TE node, terminating the TE link via exactly one > TE link termination point (LTP) on that node" would resolve these > questions, for me. (That is, just adding "on that node" and some grammar > tweaks.) > [Xufeng]: We will add "on that node" to the sentence. The above paragraph has accurately describes the relationships between nodes, LTPs and links. > > > > Section 3.8 > > [...] From the point of view of > a potential TE path LLCL provides a list of valid TE links the TE > path needs to start/stop on for the connection, taking the TE path, > to be successfully terminated on the TTP in question. > > nit: this could probably be reworded to be more clear, maybe: > > % From the point of view of usability in creating a TE path, the LLCL > % provides a list of the TE links that would be valid path components > % for paths involving the TTP in question. > > [Xufeng]: “From the point of view of a potential TE path” is meant to say that an LLCL can be viewed as a potential path. We don’t let user to create a TE path here, and the usability would not be relevant. From this perspective, a potential TE path is from the TTP to one TE link. Since the TTP can potentially connects to many such TE links, there is a list of such entries, each of them is a link that can be potentially connected. The document *https://tools.ietf.org/pdf/draft-ietf-teas-te-topo-and-tunnel-modeling * describes some such examples. > > My main concern here is that grammatically, this sentence is just very hard > for me to parse. I don't have a strong attachment to any particular > rewording, but I think there is a lot of improved clarity that could be > obtained by some rewording. I now understand, after a lot of thinking > (well, I think I do; it's been some time since I read this draft) that the > LLCL is a list of TE links that are terminated by the TTP. In order for a > connection to use the TTP-hosting TE node, the TE path needs to start or > stop on one of the links in the LLCL; if it doesn't, then the TTP in > question is not usable for that TE path. I think there are better ways to > write a sentence to convey that information, and I think it's more likely > to remain accurate if you supply the rewording than if the RFC Editor > supplies the rewording. [Xufeng]: The understanding is accurate. We will reword the section. If you have suggestions, please let us know. What about: From the point of view of a potential TE path, LLCL provides a list of valid TE links for the TE path to pass through. The selected TE link takes the TE path to be successfully terminated on the TTP in question. > > Thanks, > > Benjamin > --=-jeQluVe6Bw1bpzMamzSN Content-Type: text/html; charset="utf-8" Content-Transfer-Encoding: quoted-printable
Hi Benjamin,

Thanks = for the further checking. We will take you advice and work with the RFC Edi= tor to reword the two sections that you mentioned below.

Best regards,
- Xufeng


=
On Tue, 2018-07-03 at 21:22 -0500, Benjamin Kaduk wrote:
On Sun, Jun 24, 2018 at 03:39:23PM -0400, Xufeng Li=
u wrote:
Hi Benjamin,

Thanks for providi=
ng valuable comments, and pointing out several errors in
the draf=
t.  We have posted an undated version
*https://tools.ietf.org/html/d=
raft-ietf-teas-yang-te-topo-17
<https://tools.ietf.org/h=
tml/draft-ietf-teas-yang-te-topo-17>*. Please check
the up=
dated draft.

Thanks for the updates, and sorry for=
 the slow response.  I will trim parts
from the quoted text that =
are well-resolved.

Best regards,
- Xufen=
g

On Wed, Jun 6, 2018 at 4:39 PM Benjamin Kaduk &l=
t;kaduk@mit.edu> wrote:
<=
br>

Section 8

I'm not sur=
e I understand why the te:templates tree is not called
out as "se=
nsitive" -- is it just the "template" nature?  Lots of
these look=
 like things that could have detrimental impact if
modified in an=
 actual live instance -- ID, bandwidth, type, etc., so
I mostly a=
ssume that it's just the templatey-ness, but don't quite
understa=
nd how that works.

[Xufeng]: You are right. The te=
mplates tree is =E2=80=9Csensitive=E2=80=9D. Because
the template=
s are located together under /nw:networks/tet:te, we do
not list =
each template separately. They are mentioned in the section
of /n=
w:networks/tet:te, which contains all templates.

A=
h, thanks for the clarification.


Se=
ction 1.1

   Customized TE Topology: Customized TE=
 Topology is a custom topology
   that is produced by a provider =
for a given Client. This topology
   typically augments the Clien=
t's Native TE Topology. Path
   computational algorithms aren't t=
ypically run on the Customized TE
   Topology; they are run on th=
e Client's augmented Native TE Topology.

This text=
 doesn't really help me tell the difference between the
"Client's=
 augmented Native TE Topology" and the "Customized TE
Topology", =
which is the Client's Native TE Topology plus some
unspecified au=
gmentation (that is apparently different from the one
used for pa=
th computation).

[Xufeng]: Reworded this section t=
o clarify. We also use another document, *https://tools.ietf.org/pd=
f/draft-ietf-teas-te-topo-and-tunnel-modeling <https://=
tools.ietf.org/pdf/draft-ietf-teas-te-topo-and-tunnel-modeling>*, to=
 describe such terminologies, model usages, and examples in more details.

Thanks, this helps me a lot.

   [...] TE link
   is connected to TE node, terminating the T=
E link via exactly one TE
   link termination point (LTP).
<= pre>
Even unidirectional links have a source and destination;=
 presumably
both of those are attributes of the TE link?  Perhaps=
 "for any given
node" should be more explicit?

[Xufeng]: According to the model defined in RFC8345, the link
<=
pre>termination point is not an attribute of the link, but a separate
= 
entity on the node. When a link is specified, the source node, source<=
/pre>
termination point, destination node, and destination termination =
point
are associated with the link. The model in this document au=
gments the
model in RFC8345, and therefore inherits the same char=
acteristics.

RFC 8345 says "Accordingly, a link co=
ntains a source and a destination.
Both source and destination re=
ference a corresponding node, as well as a
termination point on t=
hat node."  That is, the source of the link gets a
LTP, and the d=
estination of the link gets a (different) LTP.  So a given
link h=
as two LTPs, one for source and one for destination, right?  What I
am trying to say here is that a TE link is terminated with exactly one L=
TP
on the destination node, and is also terminated with exactly o=
ne LTP on the
source node.  But if I just say that a TE link is t=
erminated with exactly
one LTP, what does that mean?  Is it talki=
ng about the source or the
destination?  What happens for the oth=
er end of the link?  Saying that "A
TE link is connected to a TE =
node, terminating the TE link via exactly one
TE link termination=
 point (LTP) on that node" would resolve these
questions, for me.=
  (That is, just adding "on that node" and some grammar
tweaks.)<=
/pre>

[Xufeng]: We will add "on that node" =
to the sentence. The above paragraph has accurately describes the relations=
hips between nodes, LTPs and links. 



Section 3.8

   [...] From the point of view of
   a potential TE path=
 LLCL provides a list of valid TE links the TE
   path needs to s=
tart/stop on for the connection, taking the TE path,
   to be suc=
cessfully terminated on the TTP in question.

nit: =
this could probably be reworded to be more clear, maybe:

%  From the point of view of usability in creating a TE path, the LL=
CL
%  provides a list of the TE links that would be valid path co=
mponents
%  for paths involving the TTP in question.
[Xufeng]: =E2=80=9CFrom the point of view of a potential TE pa=
th=E2=80=9D is meant to say that an LLCL can be viewed as a potential path.=
 We don=E2=80=99t let user to create a TE path here, and the usability woul=
d not be relevant. From this perspective, a potential TE path  is from the =
TTP to one TE link. Since the TTP can potentially connects to many such TE =
links, there is a list of such entries, each of them is a link that can be =
potentially connected. The document *https://tools.ietf.org/pdf/dra=
ft-ietf-teas-te-topo-and-tunnel-modeling <https://tools=
.ietf.org/pdf/draft-ietf-teas-te-topo-and-tunnel-modeling>* describe=
s some such examples.

My main concern here is that=
 grammatically, this sentence is just very hard
for me to parse. =
 I don't have a strong attachment to any particular
rewording, bu=
t I think there is a lot of improved clarity that could be
obtain=
ed by some rewording.  I now understand, after a lot of thinking
=
(well, I think I do; it's been some time since I read this draft) that the<=
/pre>
LLCL is a list of TE links that are terminated by the TTP.  In or=
der for a
connection to use the TTP-hosting TE node, the TE path =
needs to start or
stop on one of the links in the LLCL; if it doe=
sn't, then the TTP in
question is not usable for that TE path.  I=
 think there are better ways to
write a sentence to convey that i=
nformation, and I think it's more likely
to remain accurate if yo=
u supply the rewording than if the RFC Editor
supplies the reword=
ing.

[Xufeng]: The understanding is a=
ccurate. We will reword the section. If you have suggestions, please let us=
 know.  What about:
   From the point of view of
 =
  a potential TE path, LLCL provides a list of valid TE links for=
 the TE
   path to pass through. The selected TE l=
ink takes the TE path
   to be successfully termin=
ated on the TTP in question.


Thanks,

Benjamin

--=-jeQluVe6Bw1bpzMamzSN--


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A new Request for Comments is now available in online RFC libraries.

        
        RFC 8413

        Title:      Framework for Scheduled Use of Resources 
        Author:     Y. Zhuang,
                    Q. Wu,
                    H. Chen,
                    A. Farrel
        Status:     Informational
        Stream:     IETF
        Date:       July 2018
        Mailbox:    zhuangyan.zhuang@huawei.com, 
                    bill.wu@huawei.com, 
                    huaimo.chen@huawei.com,
                    afarrel@juniper.net
        Pages:      22
        Characters: 53135
        Updates/Obsoletes/SeeAlso:   None

        I-D Tag:    draft-ietf-teas-scheduled-resources-07.txt

        URL:        https://www.rfc-editor.org/info/rfc8413

        DOI:        10.17487/RFC8413

Time-Scheduled (TS) 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 at any moment in time, including
network usage that is planned for the future.  This document provides
a framework that describes and discusses the architecture for
supporting scheduled reservation of TE resources.  This document does
not describe specific protocols or protocol extensions needed to
realize this service.

This document is a product of the Traffic Engineering Architecture and Signaling Working Group of the IETF.


INFORMATIONAL: This memo provides information for the Internet community.
It does not specify an Internet standard of any kind. Distribution of
this memo is unlimited.

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Content-Type: text/plain;
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Content-Description: draft-ietf-teas-assoc-corouted-bidir-frr-04.txt
Content-Disposition: attachment;
 filename="draft-ietf-teas-assoc-corouted-bidir-frr-04.txt"; size=35558;
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 modification-date="Wed, 11 Jul 2018 15:00:01 GMT"
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From nobody Wed Jul 11 10:36:39 2018
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From: "Matt Hartley (mhartley)" 
To: "TEAS WG (teas@ietf.org)" 
CC: "Matt Hartley (mhartley)" 
Thread-Topic: Agenda for Montreal
Thread-Index: AdQMkztf2s9agw5VRlqHqJyQ66cswwMqmdaA
Date: Wed, 11 Jul 2018 17:36:35 +0000
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Subject: Re: [Teas] Agenda for Montreal
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All,

A reminder.. please send slides by Friday!

Cheers

Matt/Lou/Pavan

> All,
>=20
> Time to prepare the agenda for Montreal. We're meeting at 9:30 - 12:00 on
> Wednesday July 18th in Centre Ville.
>=20
> If you have a draft you'd like to present, please send a request to me an=
d
> the Chairs by the end of next Monday (July 2nd) and tell us how long you
> need. If a WG draft isn't being presented, please be prepared to send an
> update on it to the list. Note that the same day is also the deadline for
> draft submissions.
>=20
> We'll be asking for slides and updates to be sent by Friday July 13th so
> that we can get them all uploaded and people have a chance to look at the=
m
> in advance.
>=20
> Thanks
>=20
> Matt, Lou and Pavan
>=20
> 2018-07-02 (Monday): Internet Draft submission cut-off (for all drafts,
> including -00) by UTC 23:59. Upload using the ID Submission Tool.
> 2018-07-04 (Wednesday): Draft Working Group agendas due by UTC 23:59.
> Upload using the Meeting Materials Management Tool.
> 2018-07-06 (Friday): Early Bird registration and payment cut-off at UTC
> 23:59.
> 2018-07-09 (Monday): Registration cancellation cut-off at UTC 23:59.
> 2018-07-09 (Monday): Revised Working Group agendas due by UTC 23:59.
> Upload using the Meeting Materials Management Tool.
> 2018-07-13 (Friday): Final Pre-Registration and Pre-Payment cut-off at
> 17:00 local meeting time.
> 2018-08-10 (Friday): Proceedings submission cutoff date by UTC 23:59.
> Upload using the Meeting Materials Management Tool.
> 2018-09-03 (Monday): Proceedings submission corrections cutoff date by UT=
C
> 23:59.


From nobody Fri Jul 13 09:29:07 2018
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From: Igor Bryskin 
To: "Matt Hartley (mhartley)" , "TEAS WG (teas@ietf.org)" 
CC: "Matt Hartley (mhartley)" , Xufeng Liu , "vbeeram@juniper.net" , Tarek Saad , Italo Busi , "Belotti, Sergio (Nokia - IT/Vimercate)" 
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--_002_0C72C38E7EBC34499E8A9E7DD00786391C3ED77Dsjceml521mbxchi_
Content-Type: text/plain; charset="us-ascii"
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Hi Matt,

Please, find attached.

Igor

-----Original Message-----
From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Matt Hartley (mhartl=
ey)
Sent: Wednesday, July 11, 2018 1:37 PM
To: TEAS WG (teas@ietf.org)
Cc: Matt Hartley (mhartley)
Subject: Re: [Teas] Agenda for Montreal

All,

A reminder.. please send slides by Friday!

Cheers

Matt/Lou/Pavan

> All,
>=20
> Time to prepare the agenda for Montreal. We're meeting at 9:30 - 12:00=20
> on Wednesday July 18th in Centre Ville.
>=20
> If you have a draft you'd like to present, please send a request to me=20
> and the Chairs by the end of next Monday (July 2nd) and tell us how=20
> long you need. If a WG draft isn't being presented, please be prepared=20
> to send an update on it to the list. Note that the same day is also=20
> the deadline for draft submissions.
>=20
> We'll be asking for slides and updates to be sent by Friday July 13th=20
> so that we can get them all uploaded and people have a chance to look=20
> at them in advance.
>=20
> Thanks
>=20
> Matt, Lou and Pavan
>=20
> 2018-07-02 (Monday): Internet Draft submission cut-off (for all=20
> drafts, including -00) by UTC 23:59. Upload using the ID Submission Tool.
> 2018-07-04 (Wednesday): Draft Working Group agendas due by UTC 23:59.
> Upload using the Meeting Materials Management Tool.
> 2018-07-06 (Friday): Early Bird registration and payment cut-off at=20
> UTC 23:59.
> 2018-07-09 (Monday): Registration cancellation cut-off at UTC 23:59.
> 2018-07-09 (Monday): Revised Working Group agendas due by UTC 23:59.
> Upload using the Meeting Materials Management Tool.
> 2018-07-13 (Friday): Final Pre-Registration and Pre-Payment cut-off at=20
> 17:00 local meeting time.
> 2018-08-10 (Friday): Proceedings submission cutoff date by UTC 23:59.
> Upload using the Meeting Materials Management Tool.
> 2018-09-03 (Monday): Proceedings submission corrections cutoff date by=20
> UTC 23:59.

_______________________________________________
Teas mailing list
Teas@ietf.org
https://www.ietf.org/mailman/listinfo/teas

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From: "Matt Hartley (mhartley)" 
To: Igor Bryskin , "Matt Hartley (mhartley)" , "TEAS WG (teas@ietf.org)" 
CC: Xufeng Liu , "vbeeram@juniper.net" , Tarek Saad , Italo Busi , "Belotti, Sergio (Nokia - IT/Vimercate)" , "Matt Hartley (mhartley)" 
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Thanks, Igor!

> -----Original Message-----
> From: Igor Bryskin 
> Sent: Friday, July 13, 2018 12:34 PM
> To: Matt Hartley (mhartley) ; TEAS=
 WG
> (teas@ietf.org) 
> Cc: Matt Hartley (mhartley) ; Xufeng Liu
> ; vbeeram@juniper.net; Tarek Saad
> ; Italo Busi ; Belotti, Sergio
> (Nokia - IT/Vimercate) 
> Subject: RE: Presentation slides
>=20
> Sorry, forgot to change Xufeng's affiliation. Corrected in the attached.
>=20
> Igor
>=20
> -----Original Message-----
> From: Igor Bryskin
> Sent: Friday, July 13, 2018 12:25 PM
> To: 'Matt Hartley (mhartley)'; TEAS WG (teas@ietf.org)
> Cc: Matt Hartley (mhartley); 'Xufeng Liu'; vbeeram@juniper.net; 'Tarek
> Saad'; Italo Busi; Belotti, Sergio (Nokia - IT/Vimercate)
> Subject: Presentation slides
>=20
> Hi Matt,
>=20
> Please, find attached.
>=20
> Igor
>=20
> -----Original Message-----
> From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Matt Hartley
> (mhartley)
> Sent: Wednesday, July 11, 2018 1:37 PM
> To: TEAS WG (teas@ietf.org)
> Cc: Matt Hartley (mhartley)
> Subject: Re: [Teas] Agenda for Montreal
>=20
> All,
>=20
> A reminder.. please send slides by Friday!
>=20
> Cheers
>=20
> Matt/Lou/Pavan
>=20
> > All,
> >
> > Time to prepare the agenda for Montreal. We're meeting at 9:30 - 12:00
> > on Wednesday July 18th in Centre Ville.
> >
> > If you have a draft you'd like to present, please send a request to me
> > and the Chairs by the end of next Monday (July 2nd) and tell us how
> > long you need. If a WG draft isn't being presented, please be prepared
> > to send an update on it to the list. Note that the same day is also
> > the deadline for draft submissions.
> >
> > We'll be asking for slides and updates to be sent by Friday July 13th
> > so that we can get them all uploaded and people have a chance to look
> > at them in advance.
> >
> > Thanks
> >
> > Matt, Lou and Pavan
> >
> > 2018-07-02 (Monday): Internet Draft submission cut-off (for all
> > drafts, including -00) by UTC 23:59. Upload using the ID Submission
> Tool.
> > 2018-07-04 (Wednesday): Draft Working Group agendas due by UTC 23:59.
> > Upload using the Meeting Materials Management Tool.
> > 2018-07-06 (Friday): Early Bird registration and payment cut-off at
> > UTC 23:59.
> > 2018-07-09 (Monday): Registration cancellation cut-off at UTC 23:59.
> > 2018-07-09 (Monday): Revised Working Group agendas due by UTC 23:59.
> > Upload using the Meeting Materials Management Tool.
> > 2018-07-13 (Friday): Final Pre-Registration and Pre-Payment cut-off at
> > 17:00 local meeting time.
> > 2018-08-10 (Friday): Proceedings submission cutoff date by UTC 23:59.
> > Upload using the Meeting Materials Management Tool.
> > 2018-09-03 (Monday): Proceedings submission corrections cutoff date by
> > UTC 23:59.
>=20
> _______________________________________________
> Teas mailing list
> Teas@ietf.org
> https://www.ietf.org/mailman/listinfo/teas


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From: Igor Bryskin 
To: "Matt Hartley (mhartley)" , "TEAS WG (teas@ietf.org)" 
CC: "Matt Hartley (mhartley)" , Xufeng Liu , "vbeeram@juniper.net" , Tarek Saad , Italo Busi , "Belotti, Sergio (Nokia - IT/Vimercate)" 
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--_002_0C72C38E7EBC34499E8A9E7DD00786391C3ED794sjceml521mbxchi_
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Sorry, forgot to change Xufeng's affiliation. Corrected in the attached.

Igor

-----Original Message-----
From: Igor Bryskin=20
Sent: Friday, July 13, 2018 12:25 PM
To: 'Matt Hartley (mhartley)'; TEAS WG (teas@ietf.org)
Cc: Matt Hartley (mhartley); 'Xufeng Liu'; vbeeram@juniper.net; 'Tarek Saad=
'; Italo Busi; Belotti, Sergio (Nokia - IT/Vimercate)
Subject: Presentation slides

Hi Matt,

Please, find attached.

Igor

-----Original Message-----
From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Matt Hartley (mhartl=
ey)
Sent: Wednesday, July 11, 2018 1:37 PM
To: TEAS WG (teas@ietf.org)
Cc: Matt Hartley (mhartley)
Subject: Re: [Teas] Agenda for Montreal

All,

A reminder.. please send slides by Friday!

Cheers

Matt/Lou/Pavan

> All,
>=20
> Time to prepare the agenda for Montreal. We're meeting at 9:30 - 12:00=20
> on Wednesday July 18th in Centre Ville.
>=20
> If you have a draft you'd like to present, please send a request to me=20
> and the Chairs by the end of next Monday (July 2nd) and tell us how=20
> long you need. If a WG draft isn't being presented, please be prepared=20
> to send an update on it to the list. Note that the same day is also=20
> the deadline for draft submissions.
>=20
> We'll be asking for slides and updates to be sent by Friday July 13th=20
> so that we can get them all uploaded and people have a chance to look=20
> at them in advance.
>=20
> Thanks
>=20
> Matt, Lou and Pavan
>=20
> 2018-07-02 (Monday): Internet Draft submission cut-off (for all=20
> drafts, including -00) by UTC 23:59. Upload using the ID Submission Tool.
> 2018-07-04 (Wednesday): Draft Working Group agendas due by UTC 23:59.
> Upload using the Meeting Materials Management Tool.
> 2018-07-06 (Friday): Early Bird registration and payment cut-off at=20
> UTC 23:59.
> 2018-07-09 (Monday): Registration cancellation cut-off at UTC 23:59.
> 2018-07-09 (Monday): Revised Working Group agendas due by UTC 23:59.
> Upload using the Meeting Materials Management Tool.
> 2018-07-13 (Friday): Final Pre-Registration and Pre-Payment cut-off at=20
> 17:00 local meeting time.
> 2018-08-10 (Friday): Proceedings submission cutoff date by UTC 23:59.
> Upload using the Meeting Materials Management Tool.
> 2018-09-03 (Monday): Proceedings submission corrections cutoff date by=20
> UTC 23:59.

_______________________________________________
Teas mailing list
Teas@ietf.org
https://www.ietf.org/mailman/listinfo/teas

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From nobody Sun Jul 15 05:55:40 2018
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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 WG of the IETF.

        Title           : Updates to the Fast Reroute Procedures for Co-routed Associated Bidirectional Label Switched Paths (LSPs)
        Authors         : Rakesh Gandhi
                          Himanshu Shah
                          Jeremy Whittaker
	Filename        : draft-ietf-teas-assoc-corouted-bidir-frr-04.txt
	Pages           : 16
	Date            : 2018-07-15

Abstract:
   Resource Reservation Protocol (RSVP) association signaling can be
   used to bind two unidirectional LSPs into an associated bidirectional
   LSP.  When an associated bidirectional LSP is co-routed, the reverse
   LSP follows the same path as its forward LSP.  This document updates
   the Fast Reroute (FRR) procedures defined in RFC 4090 to support both
   single-sided and double-sided provisioned associated bidirectional
   LSPs.  This document also updates the procedure for associating two
   reverse LSPs defined in RFC 7551 to support co-routed bidirectional
   LSPs.  The FRR procedures can ensure that for the co-routed LSPs,
   traffic flows on co-routed paths in the forward and reverse
   directions after a failure event.



The IETF datatracker status page for this draft is:
https://datatracker.ietf.org/doc/draft-ietf-teas-assoc-corouted-bidir-frr/

There are also htmlized versions available at:
https://tools.ietf.org/html/draft-ietf-teas-assoc-corouted-bidir-frr-04
https://datatracker.ietf.org/doc/html/draft-ietf-teas-assoc-corouted-bidir-frr-04

A diff from the previous version is available at:
https://www.ietf.org/rfcdiff?url2=draft-ietf-teas-assoc-corouted-bidir-frr-04


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/


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--_000_6A735AAABB2743438CB1F03B57A9BFBCciscocom_--


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Vishnu Beeram has requested publication of draft-ietf-teas-assoc-corouted-bidir-frr-04 as Proposed Standard on behalf of the TEAS working group.

Please verify the document's state at https://datatracker.ietf.org/doc/draft-ietf-teas-assoc-corouted-bidir-frr/


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From: "Tarek Saad (tsaad)" 
To: "teas@ietf.org" 
Thread-Topic: Status report for draft-ietf-teas-yang-rsvp and draft-ietf-teas-yang-rsvp-te
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Date: Mon, 16 Jul 2018 13:39:34 +0000
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Subject: [Teas] Status report for draft-ietf-teas-yang-rsvp and draft-ietf-teas-yang-rsvp-te
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From: Leeyoung 
To: "TEAS WG (teas@ietf.org)" 
Thread-Topic: https://tools.ietf.org/html/draft-ietf-teas-actn-yang-01
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Hi chairs,

We don't have any update for this draft for IETF 102.

Applicability of YANG models for Abstraction and Control of Traffic Enginee=
red Networks.

Thanks.
Young

--_000_7AEB3D6833318045B4AE71C2C87E8E173D03C8FCsjceml521mbxchi_
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Hi chairs,


 


We don’t have any update for this draft for IE=
TF 102.


 


Applicability of YANG models for Abstraction and Con=
trol of Traffic Engineered Networks.



 


Thanks.


Young






--_000_7AEB3D6833318045B4AE71C2C87E8E173D03C8FCsjceml521mbxchi_--


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To: Leeyoung , "TEAS WG (teas@ietf.org)" 
References: <7AEB3D6833318045B4AE71C2C87E8E173D03C8FC@sjceml521-mbx.china.huawei.com>
From: Lou Berger 
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Hi Young,

What is the plan to complete these documents?

Thanks,
Lou
On 7/16/2018 11:19 AM, Leeyoung wrote:
>
> Hi chairs,
>
> We dont have any update for this draft for IETF 102.
>
> Applicability of YANG models for Abstraction and Control of Traffic 
> Engineered Networks.
>
> Thanks.
>
> Young
>
>
>
> _______________________________________________
> Teas mailing list
> Teas@ietf.org
> https://www.ietf.org/mailman/listinfo/teas


From nobody Mon Jul 16 10:32:19 2018
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From: Leeyoung 
To: Lou Berger , "TEAS WG (teas@ietf.org)" 
Thread-Topic: [Teas] https://tools.ietf.org/html/draft-ietf-teas-actn-yang-01
Thread-Index: AdQdGBRSrcZcq+WQTaC5Z6riYoC1IwAO+Q6AAApN95A=
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Hi Lou,

We will update the document before IETF 103 and ask for comments to be read=
y for WG LC.=20

Thanks.
Young

-----Original Message-----
From: Lou Berger [mailto:lberger@labn.net]=20
Sent: Monday, July 16, 2018 10:26 AM
To: Leeyoung ; TEAS WG (teas@ietf.org) 
Subject: Re: [Teas] https://tools.ietf.org/html/draft-ietf-teas-actn-yang-0=
1

Hi Young,

What is the plan to complete these documents?

Thanks,
Lou
On 7/16/2018 11:19 AM, Leeyoung wrote:
>
> Hi chairs,
>
> We don't have any update for this draft for IETF 102.
>
> Applicability of YANG models for Abstraction and Control of Traffic=20
> Engineered Networks.
>
> Thanks.
>
> Young
>
>
>
> _______________________________________________
> Teas mailing list
> Teas@ietf.org
> https://www.ietf.org/mailman/listinfo/teas


From nobody Wed Jul 18 06:29:20 2018
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To: "mpls@ietf.org" , TEAS WG 
From: Loa Andersson 
Cc: "mpls-chairs@ietf.org" , TEAS WG Chairs , draft-zzhang-mpls-rmr-rsvp-p2mp@ietf.org, draft-zzhang-mpls-rmr-multicast@ietf.org
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Subject: [Teas] WG for draft-zzhang-mpls-rmr-multicast and draft-zzhang-mpls-rmr-rsvp-p2mp
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Folks,

The MPLS and TEAS chairs have discussed the "home working group" for
draft-zzhang-mpls-rmr-rsvp-p2mp and draft-zzhang-mpls-rmr-multicast.

We agreed that draft-zzhang-mpls-rmr-rsvp-p2mp should be progressed in
TEAS and draft-zzhang-mpls-rmr-multicast in MPLS.

/Loa
for the mpls and teas chairs


-- 


Loa Andersson                        email: loa@pi.nu
Senior MPLS Expert
Bronze Dragon Consulting             phone: +46 739 81 21 64


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A new Request for Comments is now available in online RFC libraries.

        
        RFC 8390

        Title:      RSVP-TE Path Diversity Using Exclude Route 
        Author:     Z. Ali, Ed.,
                    G. Swallow, Ed.,
                    F. Zhang, Ed.,
                    D. Beller, Ed.
        Status:     Standards Track
        Stream:     IETF
        Date:       July 2018
        Mailbox:    zali@cisco.com, 
                    swallow@cisco.com, 
                    zhangfatai@huawei.com,
                    dieter.beller@nokia.com
        Pages:      26
        Characters: 59106
        Updates:    RFC 4874

        I-D Tag:    draft-ietf-teas-lsp-diversity-10.txt

        URL:        https://www.rfc-editor.org/info/rfc8390

        DOI:        10.17487/RFC8390

RSVP-TE provides support for the communication of exclusion
information during Label Switched Path (LSP) setup.  A typical LSP
diversity use case is for protection, where two LSPs should follow
different paths through the network in order to avoid single points
of failure, thus greatly improving service availability.  This
document specifies an approach that can be used for network scenarios
where the full path(s) is not necessarily known by use of an abstract
identifier for the path.  Three types of abstract identifiers are
specified: client based, Path Computation Element (PCE) based, and
network based.  This document specifies two new diversity subobjects
for the RSVP eXclude Route Object (XRO) and the Explicit Exclusion
Route Subobject (EXRS).

For the protection use case, LSPs are typically created at a slow
rate and exist for a long time so that it is reasonable to assume
that a given (reference) path currently existing (with a well-known
identifier) will continue to exist and can be used as a reference
when creating the new diverse path.  Re-routing of the existing
(reference) LSP, before the new path is established, is not
considered.

This document is a product of the Traffic Engineering Architecture and Signaling Working Group of the IETF.

This is now a Proposed Standard.

STANDARDS TRACK: This document specifies an Internet Standards Track
protocol for the Internet community, and requests discussion and suggestions
for improvements.  Please refer to the current edition of the Official
Internet Protocol Standards (https://www.rfc-editor.org/standards) for the 
standardization state and status of this protocol.  Distribution of this 
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From: Greg Mirsky 
Date: Wed, 18 Jul 2018 08:40:26 -0700
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To: TEAS WG 
Cc: IETF IPPM WG 
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Subject: [Teas] STAMP YANG model
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Dear TEAS WG,
appreciate your consideration, comments, and questions of the STAMP (Simple
Two-way Active Measurement Protocol) YANG model
. In addition
to controlling PM test session(s) model includes reportable performance
metrics.

Regards,
Greg

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Dear TEAS WG,
appreciate your consideration, comments,=
 and questions of the STAMP (Simple Two-way Active Measurement Protocol) YANG=
 model. In addition to controlling PM test session(s) model includes re=
portable performance metrics.

Regards,
G=
reg


--000000000000bab227057147e163--


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From: "BRUNGARD, DEBORAH A" 
To: "teas@ietf.org" 
Thread-Topic: IESG Statement on Support Documents
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TEAS,

For those not familiar with the IESG statement which was mentioned at this =
morning's session:

https://www.ietf.org/blog/support-documents-ietf-working-groups/?primary_to=
pic=3D7&

Thanks,
Deborah


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TEAS,


 


For those not familiar with the IESG statement which=
 was mentioned at this morning’s session:


 


https://www.ietf.org/blog/s=
upport-documents-ietf-working-groups/?primary_topic=3D7&=



 


Thanks,


Deborah


 






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Thread-Topic: [Teas] STAMP YANG model
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From: Daniele Ceccarelli 
To: "TEAS WG (teas@ietf.org)" 
Thread-Topic: draft-lee-teas-te-service-mapping-yang-09
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Subject: [Teas] draft-lee-teas-te-service-mapping-yang-09
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Hi,

trying to continue the discussion on the service mapping yang model.
There are a couple of items that need further discussion.


  1.  Terminology - mapping vs binding



The scope of the draft is to MAP the service models and the TE models and o=
ne of the goals is to BIND a service against a TE tunnel to provide the ser=
vice with the guaranteed KPIs/SLA/TE metric bound that only a TE tunnel can=
 provide. Which term is more appropriate here? Mapping? Binding ? we are op=
en to suggestions.

I'm borrowing the image below from a new draft under development that might=
 be useful to better understand what is the mapping function, where it is a=
nd what are its inputs. Probably having the figure in this draft would impr=
ove readability?



[cid:image001.png@01D41F72.639774B0]



  1.  Scope

The drafts implicitly states that this model only applies to the CMI interf=
ace. Such implication could be made explicit with an improvement of the tex=
t.





THanks

Daniele + authors

--_000_VI1PR07MB1680A5BBDEE86C031CCE2C4CF0520VI1PR07MB1680eurp_
Content-Type: text/html; charset="us-ascii"
Content-Transfer-Encoding: quoted-printable











Hi,


 


trying to continue the discussi=
on on the service mapping yang model.



There are a couple of items tha=
t need further discussion.


 


    

  1. Terminology – mapping vs binding


 =



The scope of the draft i=
s to MAP the service models and the TE models and one of the goals is to BI=
ND a service against a TE tunnel to provide the service with the guaranteed=
 KPIs/SLA/TE metric bound that only
 a TE tunnel can provide. Which term is more appropriate here? Mapping? Bin=
ding ? we are open to suggestions.


I’m borrowing the =
image below from a new draft under development that might be useful to bett=
er understand what is the mapping function, where it is and what are its in=
puts. Probably having the figure in this draft
 would improve readability?


 =





 =



    

  1. Scope



The drafts implicitly st=
ates that this model only applies to the CMI interface. Such implication co=
uld be made explicit with an improvement of the text.


 =



 =



THanks=



Daniele + authors






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From: "Scharf, Michael (Nokia - DE/Stuttgart)" 
To: Daniele Ceccarelli , "TEAS WG (teas@ietf.org)" 
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Subject: Re: [Teas] draft-lee-teas-te-service-mapping-yang-09
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Some questions inline [ms]...

Thanks

Michael

From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Daniele Ceccarelli
Sent: Thursday, July 19, 2018 9:09 PM
To: TEAS WG (teas@ietf.org) 
Subject: [Teas] draft-lee-teas-te-service-mapping-yang-09

Hi,

trying to continue the discussion on the service mapping yang model.
There are a couple of items that need further discussion.


  1.  Terminology - mapping vs binding



The scope of the draft is to MAP the service models and the TE models and o=
ne of the goals is to BIND a service against a TE tunnel to provide the ser=
vice with the guaranteed KPIs/SLA/TE metric bound that only a TE tunnel can=
 provide. Which term is more appropriate here? Mapping? Binding ? we are op=
en to suggestions.

I'm borrowing the image below from a new draft under development that might=
 be useful to better understand what is the mapping function, where it is a=
nd what are its inputs. Probably having the figure in this draft would impr=
ove readability?



[cid:image001.png@01D42030.37A11690]



[ms] This figure is probably better than the ones currently used on the I-D=
. Yet, it is not clear to me how this figure relates to Section 5.5 and Fig=
ure 10 in draft-ietf-teas-actn-framework-15. For instance, operators could =
use network resources also from other operators, e.g., optical connectivity=
 from another operator. Due to recursion, the CMI could play a role in the =
lower parts of the figure, no? Would the model then apply to all CMI in dif=
ferent layers inside the figure?



  1.  Scope

The drafts implicitly states that this model only applies to the CMI interf=
ace. Such implication could be made explicit with an improvement of the tex=
t.



[ms] The I-D explicitly refers to L3SM, L2SM, etc., which are service model=
s between customers and network operators. Indeed, a model that refers e.g.=
 to L3SM and L2SM may be limited to customer-network operator communication=
.



[ms] But isn't the mapping (or binding) of service to tunnels is a generic =
concept that can apply basically on any technology or layer, and even recur=
sively? So how would the mapping problem be modeled outside the CMI? Would =
there be a different YANG model for that?



Thanks



Michael





THanks

Daniele + authors

--_000_VI1PR07MB0880C6D3182325BB97C5063B93510VI1PR07MB0880eurp_
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Some questions inline [ms]=
…


 

Thanks

 

Michael<=
/p>

 








From: Teas [mailto:teas-bounces@ietf.org] =
On Behalf Of
Daniele Ceccarelli

Sent: Thursday, July 19, 2018 9:09 PM

To: TEAS WG (teas@ietf.org) <teas@ietf.org>

Subject: [Teas] draft-lee-teas-te-service-mapping-yang-09=







 


Hi,


 


trying to continue the discussion on the service map=
ping yang model.



There are a couple of items that need further discus=
sion.


 


    

  1. Terminology ̵=
1; mapping vs binding


 


The scope of the draft is to MAP the service =
models and the TE models and one of the goals is to BIND a service against =
a TE tunnel to provide the service with the guaranteed KPIs/SLA/TE metric b=
ound that only a TE tunnel can provide.
 Which term is more appropriate here? Mapping? Binding ? we are open to sug=
gestions.


I’m borrowing the image below from a ne=
w draft under development that might be useful to better understand what is=
 the mapping function, where it is and what are its inputs. Probably having=
 the figure in this draft would improve
 readability?


 


3D"cid:image001.png@01D42030.3=


 

[ms] This figure is probably better than the ones currently used on =
the I-D. Yet, it is not clear to me how this figure relates to Section 5.5 =
and Figure 10 in draft-ietf-teas-actn-framework-15.
 For instance, operators could use network resources also from other operat=
ors, e.g., optical connectivity from another operator. Due to recursion, th=
e CMI could play a role in the lower parts of the figure, no? Would the mod=
el then apply to all CMI in different
 layers inside the figure?


 


    

  1. Scope =



The drafts implicitly states that this model =
only applies to the CMI interface. Such implication could be made explicit =
with an improvement of the text.


 


[ms] The I-D explicitly refers to L3SM, L2SM, etc., which are servic=
e models between customers and network operators. Indeed, a model that refe=
rs e.g. to L3SM and L2SM may be limited
 to customer-network operator communication.


 


[ms] But isn’t the mappin=
g (or binding) of service to tunnels is a generic concept
 that can apply basically on any technology or layer, and even recursively?=
 So how would the mapping problem be modeled outside the CMI? Would there b=
e a different YANG model for that?


 


Thanks


 


Michael


 


 


THanks


Daniele + authors








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From: "Belotti, Sergio (Nokia - IT/Vimercate)" 
To: TEAS WG , "teas-chairs@ietf.org" 
CC: Italo Busi , "Belotti, Sergio (Nokia - IT/Vimercate)" , "francesco Lazzeri (francesco.lazzeri@ericsson.com)" , Carlo Perocchio , "Scharf, Michael (Nokia - DE/Stuttgart)" , "Anurag Sharma (ansha@google.com)" , "ylee@huawei.com" , "shiyan49@chinaunicom.cn" , Ricard Vilalta , "OSCAR GONZALEZ DE DIOS (oscar.gonzalezdedios@telefonica.com)" ,  Victor Lopez , Daniele Ceccarelli , "Beller, Dieter (Nokia - DE/Stuttgart)" , "Sethuraman, Karthik" 
Thread-Topic: draft-ietf-teas-yang-path-computation-02 : path computation stateless RPC attributes
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Subject: [Teas] draft-ietf-teas-yang-path-computation-02 : path computation stateless RPC attributes
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Hi all,

After the discussion held during the last TEAS WG session in IETF102 and so=
me offline talks, we are trying to summarize the questions that we need to =
answer to resolve the open issue 31 (reference for background https://githu=
b.com/rvilalta/ietf-te-path-computation/issues/31) .

The question is: are there benefits in including in input of Path Computati=
on Request RPC also te-tunnel attributes without any foreseen recommended u=
sage by path computation engine? For example this is the case of administra=
tion attributes such as 'tunnel description' or of those attributes that ar=
e relevant only for the provisioning phase e.g provisioning-state... Please=
 consider that the question is in the scope of a 'Stateless-Path-Computatio=
n' service: no state or data is saved by PCE after RPC output is returned t=
o the client.

One of the main use case for the Path Computation RPC design is to support =
multi domain path computation. In this case the MDSC (the RPC client) addre=
sses to a PNC (the RPC server) a request to compute a path within the PNC n=
ative/controlled topology during the quest for a multi-domain path at a giv=
en time T1; at a later time T2 (once, for example, the e2e path is identifi=
ed) MDSC requests southbound to PNC per domain Tunnel setup (the segments o=
f the multi-domain tunnel) with either the same or different metrics and co=
nstraints (MDSC implementation decision), to guarantee that the PNC would s=
etup a path equivalent or better than the one computed at time T1.

Example: the MDSC computes a multi-domain end-to-end path between points A =
and Z and selects a path having te-metric 100. The path A-Z passes through =
the  domain controlled by PNC  X, entering in B and exiting in C, for which=
 path computation RPC has returned a B-C path with te-metric 20. When askin=
g  PNC X to setup the path B-C, a constraint on te-metric must be provided =
in order to avoid PNC X finding a suitable path satisfying all the other co=
nstraints of the end-to-end path but with te-metric higher than 20. If a di=
fferent path is found with a metric < 20, that's fine. So, it's not essenti=
al that the same identical path is produced at the second path computation.=
 The only requirement is on its metrics.

 Depending on the abstraction level applied by the domain controller the cl=
ient may never know the actual computed path: the only important requiremen=
t is that the path metrics and constraints are met.
Therefore it is not necessary to guaranteed that the path setup at time T2 =
is exactly the same as the path computed at time T1 but only that it has th=
e same or better metrics.

Regarding the policies, it has been said in the ietf meeting (see the relev=
ant transcript) that they allow a "private" behavior of the server triggere=
d by a condition depending possibly on any attribute of the tunnel request.=
 This actually prevents a client application to perform autonomously the en=
d-to-end path computation (e.g. using detailed connectivity matrix), as it =
doesn't know how each domain will behave when recomputing the tunnel for de=
ployment (and so applying policies the client doesn't know and which could =
be even different for different domains).
In order to prevent this, policies should be explicitly shared with the cli=
ents, and be included in the detailed connectivity matrix information expos=
ed by each domain to take into account not only the possible alternative pa=
th computation parameters, but also all the possible combinations of applic=
able policies. The client shall then select the suitable detailed connectiv=
ity matrix taking into account both the path computation parameters AND the=
 applicable policies.
When such policy attributes are defined, they will be included in the path =
computation RPC.

Italo and Sergio (on behalf of co-authors/contributors)

Sergio Belotti
Senior System Engineer and Standardization Architect
IP/Optical Networks, Optics BU
Nokia
M: +39-335761776
Via Energy Park, 20871 Vimercate (MB) , Italy
sergio.belotti@nokia.com


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Hi all,


 =



After the dis=
cussion held during the last TEAS WG session in IETF102 and some offline ta=
lks, we are trying to summarize the questions that
 we need to answer to resolve the open issue 31 (reference for background <=
a href=3D"https://github.com/rvilalta/ietf-te-path-computation/issues/31">
https://github.com/rvilalta/ietf-te-path-computation/issues/31) .



 =



The question =
is: are there benefits in including in input of Path Computation Request RP=
C also te-tunnel attributes without any foreseen
 recommended usage by path computation engine? For example this is the case=
 of administration attributes such as 'tunnel description' or of those attr=
ibutes that are relevant only for the provisioning phase e.g provisioning-s=
tate... Please consider that the
 question is in the scope of a 'Stateless-Path-Computation' service: no sta=
te or data is saved by PCE after RPC output is returned to the client. =
;


 =



One of the ma=
in use case for the Path Computation RPC design is to support multi domain =
path computation. In this case the MDSC (the RPC
 client) addresses to a PNC (the RPC server) a request to compute a path wi=
thin the PNC native/controlled topology during the quest for a multi-domain=
 path at a given time T1; at a later time T2 (once, for example, the e2e pa=
th is identified) MDSC requests
 southbound to PNC per domain Tunnel setup (the segments of the multi-domai=
n tunnel) with either the same or different metrics and constraints (MDSC i=
mplementation decision), to guarantee that the PNC would setup a path equiv=
alent or better than the one computed
 at time T1.


 =



Example: the =
MDSC computes a multi-domain end-to-end path between points A and Z and sel=
ects a path having te-metric 100. The path A-Z passes
 through the  domain controlled by PNC  X, entering in B and exit=
ing in C, for which path computation RPC has returned a B-C path with te-me=
tric 20. When asking  PNC X to setup the path B-C, a constraint on te-=
metric must be provided in order to avoid PNC X
 finding a suitable path satisfying all the other constraints of the end-to=
-end path but with te-metric higher than 20. If a different path is found w=
ith a metric < 20, that's fine. So, it's not essential that the same ide=
ntical path is produced at the second
 path computation. The only requirement is on its metrics.


 =



 Dependi=
ng on the abstraction level applied by the domain controller the client may=
 never know the actual computed path: the only important
 requirement is that the path metrics and constraints are met.<=
/o:p>


Therefore it =
is not necessary to guaranteed that the path setup at time T2 is exactly th=
e same as the path computed at time T1 but only
 that it has the same or better metrics.


 =



Regarding the=
 policies, it has been said in the ietf meeting (see the relevant transcrip=
t) that they allow a "private" behavior of the server
 triggered by a condition depending possibly on any attribute of the tunnel=
 request. This actually prevents a client application to perform autonomous=
ly the end-to-end path computation (e.g. using detailed connectivity matrix=
), as it doesn't know how each domain
 will behave when recomputing the tunnel for deployment (and so applying po=
licies the client doesn't know and which could be even different for differ=
ent domains). 


In order to p=
revent this, policies should be explicitly shared with the clients, and be =
included in the detailed connectivity matrix information
 exposed by each domain to take into account not only the possible alternat=
ive path computation parameters, but also all the possible combinations of =
applicable policies. The client shall then select the suitable detailed con=
nectivity matrix taking into account
 both the path computation parameters AND the applicable policies. 


When such policy attributes are defined, t=
hey will be included in the path computation RPC.


 


Italo and Sergio (on behalf of co-authors/contributo=
rs)


 


Sergio Belotti


Senior System Engineer=
 and Standardization Architect


IP/Optical Networks, O=
ptics BU


Nokia 


M: +39=
-335761776


Via Energy=
 Park, 20871 Vimercate (MB) , Italy


sergio.belotti@nokia.com


 






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From: Daniele Ceccarelli 
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CC: Italo Busi , Francesco Lazzeri , Carlo Perocchio , "Scharf, Michael (Nokia - DE/Stuttgart)" , "Anurag Sharma (ansha@google.com)" , "ylee@huawei.com" , "shiyan49@chinaunicom.cn" , Ricard Vilalta , "OSCAR GONZALEZ DE DIOS (oscar.gonzalezdedios@telefonica.com)" ,  Victor Lopez , "Beller, Dieter (Nokia - DE/Stuttgart)" , "Sethuraman, Karthik" 
Thread-Topic: draft-ietf-teas-yang-path-computation-02 : path computation stateless RPC attributes
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Subject: Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path computation stateless RPC attributes
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Hi,

>The question is: are there benefits in including in input of Path Computat=
ion Request RPC also te-tunnel attributes without any foreseen recommended =
usage by path computation engine?

Absolutely no.

Main reasons:

  1.  Policies might not be shared with the MDSC
  2.  Policies may be different from PNC to PNC
  3.  A high number of path computation results will be discarded (stateles=
s path computation is needed also by the MDSC to understand what are the di=
fferent options to get from a node in a domain to another node in a differe=
nt domain and possibly through a number of other domains...hence a high num=
ber of comination)
  4.  Last but not least simplification.

BR
Daniele

From: Belotti, Sergio (Nokia - IT/Vimercate) 
Sent: gioved=EC 26 luglio 2018 11:00
To: TEAS WG ; teas-chairs@ietf.org
Cc: Italo Busi ; Belotti, Sergio (Nokia - IT/Vimerca=
te) ; Francesco Lazzeri ; Carlo Perocchio ; Scharf, Michael (N=
okia - DE/Stuttgart) ; Anurag Sharma (ansha@googl=
e.com) ; ylee@huawei.com; shiyan49@chinaunicom.cn; Ricard=
 Vilalta ; OSCAR GONZALEZ DE DIOS (oscar.gonzalezde=
dios@telefonica.com) ; Victor Lopez ; Daniele Ceccarelli ; Beller=
, Dieter (Nokia - DE/Stuttgart) ; Sethuraman, Kart=
hik 
Subject: draft-ietf-teas-yang-path-computation-02 : path computation statel=
ess RPC attributes

Hi all,

After the discussion held during the last TEAS WG session in IETF102 and so=
me offline talks, we are trying to summarize the questions that we need to =
answer to resolve the open issue 31 (reference for background https://githu=
b.com/rvilalta/ietf-te-path-computation/issues/31) .

The question is: are there benefits in including in input of Path Computati=
on Request RPC also te-tunnel attributes without any foreseen recommended u=
sage by path computation engine? For example this is the case of administra=
tion attributes such as 'tunnel description' or of those attributes that ar=
e relevant only for the provisioning phase e.g provisioning-state... Please=
 consider that the question is in the scope of a 'Stateless-Path-Computatio=
n' service: no state or data is saved by PCE after RPC output is returned t=
o the client.

One of the main use case for the Path Computation RPC design is to support =
multi domain path computation. In this case the MDSC (the RPC client) addre=
sses to a PNC (the RPC server) a request to compute a path within the PNC n=
ative/controlled topology during the quest for a multi-domain path at a giv=
en time T1; at a later time T2 (once, for example, the e2e path is identifi=
ed) MDSC requests southbound to PNC per domain Tunnel setup (the segments o=
f the multi-domain tunnel) with either the same or different metrics and co=
nstraints (MDSC implementation decision), to guarantee that the PNC would s=
etup a path equivalent or better than the one computed at time T1.

Example: the MDSC computes a multi-domain end-to-end path between points A =
and Z and selects a path having te-metric 100. The path A-Z passes through =
the  domain controlled by PNC  X, entering in B and exiting in C, for which=
 path computation RPC has returned a B-C path with te-metric 20. When askin=
g  PNC X to setup the path B-C, a constraint on te-metric must be provided =
in order to avoid PNC X finding a suitable path satisfying all the other co=
nstraints of the end-to-end path but with te-metric higher than 20. If a di=
fferent path is found with a metric < 20, that's fine. So, it's not essenti=
al that the same identical path is produced at the second path computation.=
 The only requirement is on its metrics.

 Depending on the abstraction level applied by the domain controller the cl=
ient may never know the actual computed path: the only important requiremen=
t is that the path metrics and constraints are met.
Therefore it is not necessary to guaranteed that the path setup at time T2 =
is exactly the same as the path computed at time T1 but only that it has th=
e same or better metrics.

Regarding the policies, it has been said in the ietf meeting (see the relev=
ant transcript) that they allow a "private" behavior of the server triggere=
d by a condition depending possibly on any attribute of the tunnel request.=
 This actually prevents a client application to perform autonomously the en=
d-to-end path computation (e.g. using detailed connectivity matrix), as it =
doesn't know how each domain will behave when recomputing the tunnel for de=
ployment (and so applying policies the client doesn't know and which could =
be even different for different domains).
In order to prevent this, policies should be explicitly shared with the cli=
ents, and be included in the detailed connectivity matrix information expos=
ed by each domain to take into account not only the possible alternative pa=
th computation parameters, but also all the possible combinations of applic=
able policies. The client shall then select the suitable detailed connectiv=
ity matrix taking into account both the path computation parameters AND the=
 applicable policies.
When such policy attributes are defined, they will be included in the path =
computation RPC.

Italo and Sergio (on behalf of co-authors/contributors)

Sergio Belotti
Senior System Engineer and Standardization Architect
IP/Optical Networks, Optics BU
Nokia
M: +39-335761776
Via Energy Park, 20871 Vimercate (MB) , Italy
sergio.belotti@nokia.com


--_000_HE1PR07MB16753FC8D0D876FE54ADBD51F02B0HE1PR07MB1675eurp_
Content-Type: text/html; charset="iso-8859-1"
Content-Transfer-Encoding: quoted-printable











Hi,


 

>The question is: are th=
ere benefits in including in input of Path Computation Request RPC also te-=
tunnel attributes without any foreseen recommended
 usage by path computation engine?


 


Absolutely no.


 


Main reasons:


    

  1. Policies mi=
ght not be shared with the MDSC
  2. Policies may be different from P=
NC to PNC
  3. A high number of path computation results will be disc=
arded (stateless path computation is needed also by the MDSC to understand
 what are the different options to get from a node in a domain to another n=
ode in a different domain and possibly through a number of other domains=
230;hence a high number of comination)
  4. Last but not least simpli=
fication.


 


BR

Daniele  


 








From: Belotti, Sergio (Nokia - IT/Vimercate) <sergio.belotti@nokia=
.com>


Sent: gioved=EC 26 luglio 2018 11:00

To: TEAS WG <teas@ietf.org>; teas-chairs@ietf.org

Cc: Italo Busi <Italo.Busi@huawei.com>; Belotti, Sergio (Nokia=
 - IT/Vimercate) <sergio.belotti@nokia.com>; Francesco Lazzeri <fr=
ancesco.lazzeri@ericsson.com>; Carlo Perocchio <carlo.perocchio@erics=
son.com>; Scharf, Michael (Nokia - DE/Stuttgart) <michael.scharf@noki=
a.com>;
 Anurag Sharma (ansha@google.com) <ansha@google.com>; ylee@huawei.com=
; shiyan49@chinaunicom.cn; Ricard Vilalta <ricard.vilalta@cttc.es>; O=
SCAR GONZALEZ DE DIOS (oscar.gonzalezdedios@telefonica.com) <oscar.gonza=
lezdedios@telefonica.com>; Victor Lopez <vlopez@tid.es>;
 Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; Beller, Dieter=
 (Nokia - DE/Stuttgart) <dieter.beller@nokia.com>; Sethuraman, Karthi=
k <Karthik.Sethuraman@necam.com>

Subject: draft-ietf-teas-yang-path-computation-02 : path computation=
 stateless RPC attributes






 


Hi all,


 


After the discussion held during the last TEAS WG session in IETF102 and =
some offline talks, we are trying to summarize the
 questions that we need to answer to resolve the open issue 31 (reference f=
or background
=
https://github.com/rvilalta/ietf-te-path-computation/issues/31) .



 


The question is: are there benefits in including in input of Path Computa=
tion Request RPC also te-tunnel attributes without
 any foreseen recommended usage by path computation engine? For example thi=
s is the case of administration attributes such as 'tunnel description' or =
of those attributes that are relevant only for the provisioning phase e.g p=
rovisioning-state... Please consider
 that the question is in the scope of a 'Stateless-Path-Computation' servic=
e: no state or data is saved by PCE after RPC output is returned to the cli=
ent. 


 


One of the main use case for the Path Computation RPC design is to suppor=
t multi domain path computation. In this case the
 MDSC (the RPC client) addresses to a PNC (the RPC server) a request to com=
pute a path within the PNC native/controlled topology during the quest for =
a multi-domain path at a given time T1; at a later time T2 (once, for examp=
le, the e2e path is identified)
 MDSC requests southbound to PNC per domain Tunnel setup (the segments of t=
he multi-domain tunnel) with either the same or different metrics and const=
raints (MDSC implementation decision), to guarantee that the PNC would setu=
p a path equivalent or better than
 the one computed at time T1.=



 


Example: the MDSC computes a multi-domain end-to-end path between points =
A and Z and selects a path having te-metric 100. The
 path A-Z passes through the  domain controlled by PNC  X, enteri=
ng in B and exiting in C, for which path computation RPC has returned a B-C=
 path with te-metric 20. When asking  PNC X to setup the path B-C, a c=
onstraint on te-metric must be provided in order
 to avoid PNC X finding a suitable path satisfying all the other constraint=
s of the end-to-end path but with te-metric higher than 20. If a different =
path is found with a metric < 20, that's fine. So, it's not essential th=
at the same identical path is produced
 at the second path computation. The only requirement is on its metrics.


 


 Depending on the abstraction level applied by the domain controller=
 the client may never know the actual computed path: the
 only important requirement is that the path metrics and constraints are me=
t.


Therefore it is not necessary to guaranteed that the path setup at time T=
2 is exactly the same as the path computed at time
 T1 but only that it has the same or better metrics.


 


Regarding the policies, it has been said in the ietf meeting (see the rel=
evant transcript) that they allow a "private" behavior
 of the server triggered by a condition depending possibly on any attribute=
 of the tunnel request. This actually prevents a client application to perf=
orm autonomously the end-to-end path computation (e.g. using detailed conne=
ctivity matrix), as it doesn't know
 how each domain will behave when recomputing the tunnel for deployment (an=
d so applying policies the client doesn't know and which could be even diff=
erent for different domains). <=
/span>


In order to prevent this, policies should be explicitly shared with the c=
lients, and be included in the detailed connectivity
 matrix information exposed by each domain to take into account not only th=
e possible alternative path computation parameters, but also all the possib=
le combinations of applicable policies. The client shall then select the su=
itable detailed connectivity matrix
 taking into account both the path computation parameters AND the applicabl=
e policies. 


When such policy attributes=
 are defined, they will be included in the path computation RPC.


 


Italo and Sergio (on behalf of =
co-authors/contributors)


 


Sergio =
Belotti


Senior =
System Engineer and Standardization Architect


IP/Opti=
cal Networks, Optics BU


Nokia <=
/span>


M: +39-335761776


Via Energy Park, 20871=
 Vimercate (MB) , Italy=



sergio.b=
elotti@nokia.com


 








--_000_HE1PR07MB16753FC8D0D876FE54ADBD51F02B0HE1PR07MB1675eurp_--


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From: Igor Bryskin 
To: "daniele.ceccarelli@ericsson.com" , "sergio.belotti@nokia.com" , "teas@ietf.org" , "teas-chairs@ietf.org" 
CC: "francesco.lazzeri@ericsson.com" , "Karthik.Sethuraman@necam.com" , "michael.scharf@nokia.com" , "vlopez@tid.es" , "oscar.gonzalezdedios@telefonica.com" , "dieter.beller@nokia.com" , "carlo.perocchio@ericsson.com" , Leeyoung , "ansha@google.com" , "ricard.vilalta@cttc.es" , "shiyan49@chinaunicom.cn" , Italo Busi 
Thread-Topic: [Teas] draft-ietf-teas-yang-path-computation-02 : path computation stateless RPC attributes
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Daniele,
What is the point of path computation request / response if it can not be g=
uaranteed, generally speaking, that a TE tunnel configured on a given netwo=
rk will take the same path as returned via path computation response?
The policies installed in the network are not expected to be known to all c=
lients, but the policies could significantly  influence  on tunnel routing.
All we are saying is that when the same information is passed for tunnel co=
nfiguration and in path computation request for the tunnel  in questuon, th=
ere will be no reason for a path computation return one path, while the act=
ual tunnel, when requested,  taking  a different one.
Note also that all extra parameters we are talking about are optional and c=
ould be omitted in path computation RPC if it is known, for example, from e=
xperience that they do not affect the actual tunnel routing.

Igor
From:Daniele Ceccarelli
To:Belotti, Sergio (Nokia - IT/Vimercate),TEAS WG,teas-chairs@ietf.org,
Cc:Francesco Lazzeri,Sethuraman, Karthik,Scharf, Michael (Nokia - DE/Stuttg=
art),Victor Lopez,OSCAR GONZALEZ DE DIOS (oscar.gonzalezdedios@telefonica.c=
om),Beller, Dieter (Nokia - DE/Stuttgart),Carlo Perocchio,Leeyoung,Anurag S=
harma (ansha@google.com),Ricard Vilalta,shiyan49@chinaunicom.cn,Italo Busi,
Date:2018-07-26 05:54:16
Subject:Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path computat=
ion stateless RPC attributes

Hi,

>The question is: are there benefits in including in input of Path Computat=
ion Request RPC also te-tunnel attributes without any foreseen recommended =
usage by path computation engine?

Absolutely no.

Main reasons:

  1.  Policies might not be shared with the MDSC
  2.  Policies may be different from PNC to PNC
  3.  A high number of path computation results will be discarded (stateles=
s path computation is needed also by the MDSC to understand what are the di=
fferent options to get from a node in a domain to another node in a differe=
nt domain and possibly through a number of other domains=85hence a high num=
ber of comination)
  4.  Last but not least simplification.

BR
Daniele

From: Belotti, Sergio (Nokia - IT/Vimercate) 
Sent: gioved=EC 26 luglio 2018 11:00
To: TEAS WG ; teas-chairs@ietf.org
Cc: Italo Busi ; Belotti, Sergio (Nokia - IT/Vimerca=
te) ; Francesco Lazzeri ; Carlo Perocchio ; Scharf, Michael (N=
okia - DE/Stuttgart) ; Anurag Sharma (ansha@googl=
e.com) ; ylee@huawei.com; shiyan49@chinaunicom.cn; Ricard=
 Vilalta ; OSCAR GONZALEZ DE DIOS (oscar.gonzalezde=
dios@telefonica.com) ; Victor Lopez ; Daniele Ceccarelli ; Beller=
, Dieter (Nokia - DE/Stuttgart) ; Sethuraman, Kart=
hik 
Subject: draft-ietf-teas-yang-path-computation-02 : path computation statel=
ess RPC attributes

Hi all,

After the discussion held during the last TEAS WG session in IETF102 and so=
me offline talks, we are trying to summarize the questions that we need to =
answer to resolve the open issue 31 (reference for background https://githu=
b.com/rvilalta/ietf-te-path-computation/issues/31) .

The question is: are there benefits in including in input of Path Computati=
on Request RPC also te-tunnel attributes without any foreseen recommended u=
sage by path computation engine? For example this is the case of administra=
tion attributes such as 'tunnel description' or of those attributes that ar=
e relevant only for the provisioning phase e.g provisioning-state... Please=
 consider that the question is in the scope of a 'Stateless-Path-Computatio=
n' service: no state or data is saved by PCE after RPC output is returned t=
o the client.

One of the main use case for the Path Computation RPC design is to support =
multi domain path computation. In this case the MDSC (the RPC client) addre=
sses to a PNC (the RPC server) a request to compute a path within the PNC n=
ative/controlled topology during the quest for a multi-domain path at a giv=
en time T1; at a later time T2 (once, for example, the e2e path is identifi=
ed) MDSC requests southbound to PNC per domain Tunnel setup (the segments o=
f the multi-domain tunnel) with either the same or different metrics and co=
nstraints (MDSC implementation decision), to guarantee that the PNC would s=
etup a path equivalent or better than the one computed at time T1.

Example: the MDSC computes a multi-domain end-to-end path between points A =
and Z and selects a path having te-metric 100. The path A-Z passes through =
the  domain controlled by PNC  X, entering in B and exiting in C, for which=
 path computation RPC has returned a B-C path with te-metric 20. When askin=
g  PNC X to setup the path B-C, a constraint on te-metric must be provided =
in order to avoid PNC X finding a suitable path satisfying all the other co=
nstraints of the end-to-end path but with te-metric higher than 20. If a di=
fferent path is found with a metric < 20, that's fine. So, it's not essenti=
al that the same identical path is produced at the second path computation.=
 The only requirement is on its metrics.

 Depending on the abstraction level applied by the domain controller the cl=
ient may never know the actual computed path: the only important requiremen=
t is that the path metrics and constraints are met.
Therefore it is not necessary to guaranteed that the path setup at time T2 =
is exactly the same as the path computed at time T1 but only that it has th=
e same or better metrics.

Regarding the policies, it has been said in the ietf meeting (see the relev=
ant transcript) that they allow a "private" behavior of the server triggere=
d by a condition depending possibly on any attribute of the tunnel request.=
 This actually prevents a client application to perform autonomously the en=
d-to-end path computation (e.g. using detailed connectivity matrix), as it =
doesn't know how each domain will behave when recomputing the tunnel for de=
ployment (and so applying policies the client doesn't know and which could =
be even different for different domains).
In order to prevent this, policies should be explicitly shared with the cli=
ents, and be included in the detailed connectivity matrix information expos=
ed by each domain to take into account not only the possible alternative pa=
th computation parameters, but also all the possible combinations of applic=
able policies. The client shall then select the suitable detailed connectiv=
ity matrix taking into account both the path computation parameters AND the=
 applicable policies.
When such policy attributes are defined, they will be included in the path =
computation RPC.

Italo and Sergio (on behalf of co-authors/contributors)

Sergio Belotti
Senior System Engineer and Standardization Architect
IP/Optical Networks, Optics BU
Nokia
M: +39-335761776
Via Energy Park, 20871 Vimercate (MB) , Italy
sergio.belotti@nokia.com


--_000_etPan5b59df866d3e5bb57394localhost_
Content-Type: text/html; charset="Windows-1252"
Content-Transfer-Encoding: quoted-printable








Daniele,

What is the point of path computation request / response if it can not be g=
uaranteed, generally speaking, that a TE tunnel configured on a given netwo=
rk will take the same path as returned via path computation response?

The policies installed in the network are not expected to be known to all c=
lients, but the policies could significantly  influence  on tunne=
l routing.

All we are saying is that when the same information is passed for tunnel co=
nfiguration and in path computation request for the tunnel  in questuo=
n, there will be no reason for a path computation return one path, while th=
e actual tunnel, when requested,  taking 
 a different one.

Note also that all extra parameters we are talking about are optional and c=
ould be omitted in path computation RPC if it is known, for example, from e=
xperience that they do not affect the actual tunnel routing.



Igor






From:Daniele Ceccarelli


To:Belotti, Sergio (Nokia - IT/V=
imercate),TEAS WG,teas-chairs@ietf.org,


Cc:Francesco Lazzeri,Sethuraman,=
 Karthik,Scharf, Michael (Nokia - DE/Stuttgart),Victor Lopez,OSCAR GONZALEZ=
 DE DIOS (oscar.gonzalezdedios@telefonica.com),Beller, Dieter (Nokia - DE/S=
tuttgart),Carlo Perocchio,Leeyoung,Anurag
 Sharma (ansha@google.com),Ricard Vilalta,shiyan49@chinaunicom.cn,Italo Bus=
i,


Date:2018-07-26 05:54:16


Subject:Re: [Teas] draft-ietf-te=
as-yang-path-computation-02 : path computation stateless RPC attributes












Hi,


 


>The question is: are =
there benefits in including in input of Path Computation Request RPC also t=
e-tunnel attributes without any foreseen recommended
 usage by path computation engine?


 


Absolutely no.


 


Main reasons:=



    

  1. Policies might not be shared with the MDSC
  2. Policies may be different from PNC to PNC
  3. A=
 high number of path computation results will be discarded (stateless path =
computation is needed also by the MDSC to understand what are the different=
 options to get from a node
 in a domain to another node in a different domain and possibly through a n=
umber of other domains=85hence a high number of comination)
  4. Last but not least simplification.


 


BR

Daniele  


 








From: Belotti, Sergio (Nokia - IT/Vimercate) <sergio.belotti@nokia=
..com>


Sent: gioved=EC 26 luglio 2018 11:00

To: TEAS WG <teas@ietf.org>; teas-chairs@ietf.org

Cc: Italo Busi <Italo.Busi@huawei.com>; Belotti, Sergio (Nokia=
 - IT/Vimercate) <sergio.belotti@nokia.com>; Francesco Lazzeri <fr=
ancesco.lazzeri@ericsson.com>; Carlo Perocchio <carlo.perocchio@erics=
son.com>; Scharf, Michael (Nokia - DE/Stuttgart) <michael.scharf@noki=
a.com>;
 Anurag Sharma (ansha@google.com) <ansha@google.com>; ylee@huawei.com=
; shiyan49@chinaunicom.cn; Ricard Vilalta <ricard.vilalta@cttc.es>; O=
SCAR GONZALEZ DE DIOS (oscar.gonzalezdedios@telefonica.com) <oscar.gonza=
lezdedios@telefonica.com>; Victor Lopez <vlopez@tid.es>;
 Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; Beller, Dieter=
 (Nokia - DE/Stuttgart) <dieter.beller@nokia.com>; Sethuraman, Karthi=
k <Karthik.Sethuraman@necam.com>

Subject: draft-ietf-teas-yang-path-computation-02 : path computation=
 stateless RPC attributes






 


Hi all,


 


After the discussion held during the last TEAS WG session in IETF102 an=
d some offline talks, we are trying to summarize the
 questions that we need to answer to resolve the open issue 31 (reference f=
or background
=
https://github.com/rvilalta/ietf-te-path-computation/issues/31) .



 


The question is: are there benefits in including in input of Path Compu=
tation Request RPC also te-tunnel attributes without
 any foreseen recommended usage by path computation engine? For example thi=
s is the case of administration attributes such as 'tunnel description' or =
of those attributes that are relevant only for the provisioning phase e.g p=
rovisioning-state... Please consider
 that the question is in the scope of a 'Stateless-Path-Computation' servic=
e: no state or data is saved by PCE after RPC output is returned to the cli=
ent. 


 


One of the main use case for the Path Computation RPC design is to supp=
ort multi domain path computation. In this case the
 MDSC (the RPC client) addresses to a PNC (the RPC server) a request to com=
pute a path within the PNC native/controlled topology during the quest for =
a multi-domain path at a given time T1; at a later time T2 (once, for examp=
le, the e2e path is identified)
 MDSC requests southbound to PNC per domain Tunnel setup (the segments of t=
he multi-domain tunnel) with either the same or different metrics and const=
raints (MDSC implementation decision), to guarantee that the PNC would setu=
p a path equivalent or better than
 the one computed at time T1.


 


Example: the MDSC computes a multi-domain end-to-end path between point=
s A and Z and selects a path having te-metric 100.
 The path A-Z passes through the  domain controlled by PNC  X, en=
tering in B and exiting in C, for which path computation RPC has returned a=
 B-C path with te-metric 20. When asking  PNC X to setup the path B-C,=
 a constraint on te-metric must be provided in
 order to avoid PNC X finding a suitable path satisfying all the other cons=
traints of the end-to-end path but with te-metric higher than 20. If a diff=
erent path is found with a metric < 20, that's fine. So, it's not essent=
ial that the same identical path is
 produced at the second path computation. The only requirement is on its me=
trics.


 


 Depending on the abstraction level applied by the domain controll=
er the client may never know the actual computed path:
 the only important requirement is that the path metrics and constraints ar=
e met.


Therefore it is not necessary to guaranteed that the path setup at time=
 T2 is exactly the same as the path computed at time
 T1 but only that it has the same or better metrics.


 


Regarding the policies, it has been said in the ietf meeting (see the r=
elevant transcript) that they allow a "private" behavior
 of the server triggered by a condition depending possibly on any attribute=
 of the tunnel request. This actually prevents a client application to perf=
orm autonomously the end-to-end path computation (e.g. using detailed conne=
ctivity matrix), as it doesn't know
 how each domain will behave when recomputing the tunnel for deployment (an=
d so applying policies the client doesn't know and which could be even diff=
erent for different domains). 


In order to prevent this, policies should be explicitly shared with the=
 clients, and be included in the detailed connectivity
 matrix information exposed by each domain to take into account not only th=
e possible alternative path computation parameters, but also all the possib=
le combinations of applicable policies. The client shall then select the su=
itable detailed connectivity matrix
 taking into account both the path computation parameters AND the applicabl=
e policies. 


When such policy attribut=
es are defined, they will be included in the path computation RPC.


 


Italo and Sergio (on behalf of =
co-authors/contributors)


 


Sergio =
Belotti


Senior =
System Engineer and Standardization Architect


IP/Opti=
cal Networks, Optics BU


Nokia <=
/span><=
/p>

M: +39-335761776


Via Energy Park, 20871=
 Vimercate (MB) , Italy


sergio.b=
elotti@nokia.com


 










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From: "Scharf, Michael (Nokia - DE/Stuttgart)" 
To: Igor Bryskin , "daniele.ceccarelli@ericsson.com" , "Belotti, Sergio (Nokia - IT/Vimercate)" , "teas@ietf.org" , "teas-chairs@ietf.org" 
CC: Italo Busi , "francesco.lazzeri@ericsson.com" , "vlopez@tid.es" , "oscar.gonzalezdedios@telefonica.com" , "Beller, Dieter (Nokia - DE/Stuttgart)" , "carlo.perocchio@ericsson.com" , Leeyoung , "ansha@google.com" , "ricard.vilalta@cttc.es" , "shiyan49@chinaunicom.cn" , "Karthik.Sethuraman@necam.com" 
Thread-Topic: [Teas] draft-ietf-teas-yang-path-computation-02 : path computation stateless RPC attributes
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Subject: Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path computation stateless RPC attributes
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--_000_VI1PR07MB0880A08EE3B08A170BC28F51932B0VI1PR07MB0880eurp_
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If the path computation is stateless and there can be more than one path co=
mputation request in parallel, or dynamic changes in the network, there are=
 *many* reasons why the result of a path computation RPC could be different=
 to the route of the actual tunnel. Otherwise one would have to be able to =
look into the future to predict network failures and topology changes that =
affect the path computation.

And a potential difference between RPC and provisioning is a feature, not a=
 bug. If the RPC caller cannot accept that the actual path could be differe=
nt from the path computation RPC in some cases, outside his control, the RP=
C caller has to refrain from using a stateless RPC right from the beginning=
.

My 2 cents

Michael

From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Igor Bryskin
Sent: Thursday, July 26, 2018 4:50 PM
To: daniele.ceccarelli@ericsson.com; Belotti, Sergio (Nokia - IT/Vimercate)=
 ; teas@ietf.org; teas-chairs@ietf.org
Cc: Italo Busi ; francesco.lazzeri@ericsson.com; Sch=
arf, Michael (Nokia - DE/Stuttgart) ; vlopez@tid.=
es; oscar.gonzalezdedios@telefonica.com; Beller, Dieter (Nokia - DE/Stuttga=
rt) ; carlo.perocchio@ericsson.com; Leeyoung ; ansha@google.com; ricard.vilalta@cttc.es; shiyan49@chinau=
nicom.cn; Karthik.Sethuraman@necam.com
Subject: Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path computa=
tion stateless RPC attributes

Daniele,
What is the point of path computation request / response if it can not be g=
uaranteed, generally speaking, that a TE tunnel configured on a given netwo=
rk will take the same path as returned via path computation response?
The policies installed in the network are not expected to be known to all c=
lients, but the policies could significantly  influence  on tunnel routing.
All we are saying is that when the same information is passed for tunnel co=
nfiguration and in path computation request for the tunnel  in questuon, th=
ere will be no reason for a path computation return one path, while the act=
ual tunnel, when requested,  taking  a different one.
Note also that all extra parameters we are talking about are optional and c=
ould be omitted in path computation RPC if it is known, for example, from e=
xperience that they do not affect the actual tunnel routing.

Igor
From:Daniele Ceccarelli
To:Belotti, Sergio (Nokia - IT/Vimercate),TEAS WG,teas-chairs@ietf.org,
Cc:Francesco Lazzeri,Sethuraman, Karthik,Scharf, Michael (Nokia - DE/Stuttg=
art),Victor Lopez,OSCAR GONZALEZ DE DIOS (oscar.gonzalezdedios@telefonica.c=
om),Beller, Dieter (Nok=
ia - DE/Stuttgart),Carlo Perocchio,Leeyoung,Anurag Sharma (ansha@google.com=
),Ricard Vilalta,shiyan49@chinaunicom.cn,I=
talo Busi,
Date:2018-07-26 05:54:16
Subject:Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path computat=
ion stateless RPC attributes

Hi,

>The question is: are there benefits in including in input of Path Computat=
ion Request RPC also te-tunnel attributes without any foreseen recommended =
usage by path computation engine?

Absolutely no.

Main reasons:

  1.  Policies might not be shared with the MDSC
  2.  Policies may be different from PNC to PNC
  3.  A high number of path computation results will be discarded (stateles=
s path computation is needed also by the MDSC to understand what are the di=
fferent options to get from a node in a domain to another node in a differe=
nt domain and possibly through a number of other domains...hence a high num=
ber of comination)
  4.  Last but not least simplification.

BR
Daniele

From: Belotti, Sergio (Nokia - IT/Vimercate) >
Sent: gioved=EC 26 luglio 2018 11:00
To: TEAS WG >; teas-chairs@ietf.org
Cc: Italo Busi >; Belot=
ti, Sergio (Nokia - IT/Vimercate) >; Francesco Lazzeri >; Carlo Perocchio >; Scharf, Michael (Nokia - DE/S=
tuttgart) >; Anur=
ag Sharma (ansha@google.com) >; ylee@huawei.com; shiyan49@c=
hinaunicom.cn; Ricard Vilalta >; OSCAR GONZALEZ DE DIOS (oscar.g=
onzalezdedios@telefonica.com) <=
oscar.gonzalezdedios@telefonica.com>; Victor Lopez >; Daniele Ceccarel=
li =
>; Beller, Dieter (Nokia - DE/Stuttgart) >; Sethuraman, Karthik >
Subject: draft-ietf-teas-yang-path-computation-02 : path computation statel=
ess RPC attributes

Hi all,

After the discussion held during the last TEAS WG session in IETF102 and so=
me offline talks, we are trying to summarize the questions that we need to =
answer to resolve the open issue 31 (reference for background https://githu=
b.com/rvilalta/ietf-te-path-computation/issues/31) .

The question is: are there benefits in including in input of Path Computati=
on Request RPC also te-tunnel attributes without any foreseen recommended u=
sage by path computation engine? For example this is the case of administra=
tion attributes such as 'tunnel description' or of those attributes that ar=
e relevant only for the provisioning phase e.g provisioning-state... Please=
 consider that the question is in the scope of a 'Stateless-Path-Computatio=
n' service: no state or data is saved by PCE after RPC output is returned t=
o the client.

One of the main use case for the Path Computation RPC design is to support =
multi domain path computation. In this case the MDSC (the RPC client) addre=
sses to a PNC (the RPC server) a request to compute a path within the PNC n=
ative/controlled topology during the quest for a multi-domain path at a giv=
en time T1; at a later time T2 (once, for example, the e2e path is identifi=
ed) MDSC requests southbound to PNC per domain Tunnel setup (the segments o=
f the multi-domain tunnel) with either the same or different metrics and co=
nstraints (MDSC implementation decision), to guarantee that the PNC would s=
etup a path equivalent or better than the one computed at time T1.

Example: the MDSC computes a multi-domain end-to-end path between points A =
and Z and selects a path having te-metric 100. The path A-Z passes through =
the  domain controlled by PNC  X, entering in B and exiting in C, for which=
 path computation RPC has returned a B-C path with te-metric 20. When askin=
g  PNC X to setup the path B-C, a constraint on te-metric must be provided =
in order to avoid PNC X finding a suitable path satisfying all the other co=
nstraints of the end-to-end path but with te-metric higher than 20. If a di=
fferent path is found with a metric < 20, that's fine. So, it's not essenti=
al that the same identical path is produced at the second path computation.=
 The only requirement is on its metrics.

 Depending on the abstraction level applied by the domain controller the cl=
ient may never know the actual computed path: the only important requiremen=
t is that the path metrics and constraints are met.
Therefore it is not necessary to guaranteed that the path setup at time T2 =
is exactly the same as the path computed at time T1 but only that it has th=
e same or better metrics.

Regarding the policies, it has been said in the ietf meeting (see the relev=
ant transcript) that they allow a "private" behavior of the server triggere=
d by a condition depending possibly on any attribute of the tunnel request.=
 This actually prevents a client application to perform autonomously the en=
d-to-end path computation (e.g. using detailed connectivity matrix), as it =
doesn't know how each domain will behave when recomputing the tunnel for de=
ployment (and so applying policies the client doesn't know and which could =
be even different for different domains).
In order to prevent this, policies should be explicitly shared with the cli=
ents, and be included in the detailed connectivity matrix information expos=
ed by each domain to take into account not only the possible alternative pa=
th computation parameters, but also all the possible combinations of applic=
able policies. The client shall then select the suitable detailed connectiv=
ity matrix taking into account both the path computation parameters AND the=
 applicable policies.
When such policy attributes are defined, they will be included in the path =
computation RPC.

Italo and Sergio (on behalf of co-authors/contributors)

Sergio Belotti
Senior System Engineer and Standardization Architect
IP/Optical Networks, Optics BU
Nokia
M: +39-335761776
Via Energy Park, 20871 Vimercate (MB) , Italy
sergio.belotti@nokia.com


--_000_VI1PR07MB0880A08EE3B08A170BC28F51932B0VI1PR07MB0880eurp_
Content-Type: text/html; charset="iso-8859-1"
Content-Transfer-Encoding: quoted-printable











If the path computation is stateless and there can b=
e more than one path computation request in parallel, or dynamic changes in=
 the network, there are *many* reasons why the result of a path comp=
utation RPC could be different to
 the route of the actual tunnel. Otherwise one would have to be able to loo=
k into the future to predict network failures and topology changes that aff=
ect the path computation.


 


And a potential difference between RPC and provision=
ing is a feature, not a bug. If the RPC caller cannot accept that the actua=
l path could be different from the path computation RPC in some cases, outs=
ide his control, the RPC caller has
 to refrain from using a stateless RPC right from the beginning. 


 


My 2 cents


 


Michael


 








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

Sent: Thursday, July 26, 2018 4:50 PM

To: daniele.ceccarelli@ericsson.com; Belotti, Sergio (Nokia - IT/Vim=
ercate) <sergio.belotti@nokia.com>; teas@ietf.org; teas-chairs@ietf.o=
rg

Cc: Italo Busi <Italo.Busi@huawei.com>; francesco.lazzeri@eric=
sson.com; Scharf, Michael (Nokia - DE/Stuttgart) <michael.scharf@nokia.c=
om>; vlopez@tid.es; oscar.gonzalezdedios@telefonica.com; Beller, Dieter =
(Nokia - DE/Stuttgart) <dieter.beller@nokia.com>;
 carlo.perocchio@ericsson.com; Leeyoung <leeyoung@huawei.com>; ansha@=
google.com; ricard.vilalta@cttc.es; shiyan49@chinaunicom.cn; Karthik.Sethur=
aman@necam.com

Subject: Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path =
computation stateless RPC attributes






 




Daniele,

What is the point of path computation request / response if it can not be g=
uaranteed, generally speaking, that a TE tunnel configured on a given netwo=
rk will take the same path as returned via path computation response?

The policies installed in the network are not expected to be known to all c=
lients, but the policies could significantly  influence  on tunne=
l routing.

All we are saying is that when the same information is passed for tunnel co=
nfiguration and in path computation request for the tunnel  in questuo=
n, there will be no reason for a path computation return one path, while th=
e actual tunnel, when requested,  taking 
 a different one.

Note also that all extra parameters we are talking about are optional and c=
ould be omitted in path computation RPC if it is known, for example, from e=
xperience that they do not affect the actual tunnel routing.



Igor








From:Daniele Ceccarelli






To:Belotti, Sergio (Nokia - IT/Vimercate),TEAS W=
G,teas-chairs@ietf.org,






Cc:Francesco Lazzeri,Sethuraman, Karthik,Scharf,=
 Michael (Nokia - DE/Stuttgart),Victor Lopez,OSCAR
 GONZALEZ DE DIOS (oscar.gonzalezde=
dios@telefonica.com),Beller, Dieter (Nokia - DE/Stuttgart),Carlo
 Perocchio,Leeyoung,Anurag Sharma (ansha@google.com),R=
icard Vilalta,shiya=
n49@chinaunicom.cn,Italo Busi,






Date:2018-07-26 05:54:16






Subject:Re: [Teas] draft-ietf-teas-yang-path-com=
putation-02 : path computation stateless RPC
 attributes






 










Hi,


 =



>The question is: are there benefits in=
 including in input of Path Computation Request RPC also te-tunnel attribut=
es without any foreseen recommended usage by path
 computation engine?


 


Absolutely no.

 


Main reasons:

    

  1. Policies might no=
t be shared with the MDSC
  2. Policies may be different =
from PNC to PNC
  3. A high number of path computation re=
sults will be discarded (stateless path computation is needed also by the M=
DSC to understand what are the different options to get from a node in a do=
main to another node
 in a different domain and possibly through a number of other domains…=
;hence a high number of comination)
  4. Last but not lea=
st simplification.


 


BR

Daniele  


 








From: Belotti, Sergio (Nokia - IT/Vimercate) <sergio.belotti@nokia...com>


Sent: gioved=EC 26 luglio 2018 11:00

To: TEAS WG <teas@ietf.org>;
teas-chair=
s@ietf.org

Cc: Italo Busi <<=
span lang=3D"IT">Italo.Busi@huawei.com>; Be=
lotti, Sergio (Nokia - IT/Vimercate) <sergio.belotti@nokia.com>;
 Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Carlo Perocchio <carlo.perocchio@ericsson.com>;
 Scharf, Michael (Nokia - DE/Stuttgart) <michael.scharf@nokia.com>; Anurag Sharma (ansha@google.com)
 <ansha@goo=
gle.com>;
ylee@huawei.com=
;
shiyan4=
9@chinaunicom.cn; Ricard Vilalta <ricard.vilalta@ct=
tc.es>; OSCAR GONZALEZ
 DE DIOS (oscar.gonzalezdedios@telefonica.com) <oscar.gonzalezdedios@telefonica.com>;
 Victor Lopez <vlopez@tid.es>; Daniele Ceccarelli <da=
niele.ceccarelli@ericsson.com>;
 Beller, Dieter (Nokia - DE/Stuttgart) <dieter.beller@nokia.com>; Sethuraman, Karthik <Karthik.Sethuraman@necam.com>

Subject: draft-ietf-teas-yang-path-computation-02 : path computation=
 stateless RPC attributes






 


Hi all,


 =



After the dis=
cussion held during the last TEAS WG session in IETF102 and some offline ta=
lks, we are trying to summarize the questions that
 we need to answer to resolve the open issue 31 (reference for background <=
/span>
=
ht=
tps://github.com/rvilalta/ietf-te-path-computation/issues/31)
 . 


 =



The question =
is: are there benefits in including in input of Path Computation Request RP=
C also te-tunnel attributes without any foreseen
 recommended usage by path computation engine? For example this is the case=
 of administration attributes such as 'tunnel description' or of those attr=
ibutes that are relevant only for the provisioning phase e.g provisioning-s=
tate... Please consider that the
 question is in the scope of a 'Stateless-Path-Computation' service: no sta=
te or data is saved by PCE after RPC output is returned to the client. =
;


 =



One of the ma=
in use case for the Path Computation RPC design is to support multi domain =
path computation. In this case the MDSC (the RPC
 client) addresses to a PNC (the RPC server) a request to compute a path wi=
thin the PNC native/controlled topology during the quest for a multi-domain=
 path at a given time T1; at a later time T2 (once, for example, the e2e pa=
th is identified) MDSC requests
 southbound to PNC per domain Tunnel setup (the segments of the multi-domai=
n tunnel) with either the same or different metrics and constraints (MDSC i=
mplementation decision), to guarantee that the PNC would setup a path equiv=
alent or better than the one computed
 at time T1.


 =



Example: the =
MDSC computes a multi-domain end-to-end path between points A and Z and sel=
ects a path having te-metric 100. The path A-Z passes
 through the  domain controlled by PNC  X, entering in B and exit=
ing in C, for which path computation RPC has returned a B-C path with te-me=
tric 20. When asking  PNC X to setup the path B-C, a constraint on te-=
metric must be provided in order to avoid PNC X
 finding a suitable path satisfying all the other constraints of the end-to=
-end path but with te-metric higher than 20. If a different path is found w=
ith a metric < 20, that's fine. So, it's not essential that the same ide=
ntical path is produced at the second
 path computation. The only requirement is on its metrics.


 =



 Dependi=
ng on the abstraction level applied by the domain controller the client may=
 never know the actual computed path: the only important
 requirement is that the path metrics and constraints are met.


Therefore it =
is not necessary to guaranteed that the path setup at time T2 is exactly th=
e same as the path computed at time T1 but only
 that it has the same or better metrics.


 =



Regarding the=
 policies, it has been said in the ietf meeting (see the relevant transcrip=
t) that they allow a "private" behavior of the server
 triggered by a condition depending possibly on any attribute of the tunnel=
 request. This actually prevents a client application to perform autonomous=
ly the end-to-end path computation (e.g. using detailed connectivity matrix=
), as it doesn't know how each domain
 will behave when recomputing the tunnel for deployment (and so applying po=
licies the client doesn't know and which could be even different for differ=
ent domains). 


In order to p=
revent this, policies should be explicitly shared with the clients, and be =
included in the detailed connectivity matrix information
 exposed by each domain to take into account not only the possible alternat=
ive path computation parameters, but also all the possible combinations of =
applicable policies. The client shall then select the suitable detailed con=
nectivity matrix taking into account
 both the path computation parameters AND the applicable policies. 


When such policy attributes are defined, t=
hey will be included in the path computation RPC.<=
o:p>


 


Italo and Sergio (on behalf of co-authors/contributo=
rs)


 


Sergio Belotti<=
span lang=3D"IT">


Senior System Engineer=
 and Standardization Architect

IP/Optical Networks, O=
ptics BU


Nokia 


M: +39=
-335761776


Via Energy=
 Park, 20871 Vimercate (MB) , Italy


sergio.belotti@nokia.com<=
/span>


 














--_000_VI1PR07MB0880A08EE3B08A170BC28F51932B0VI1PR07MB0880eurp_--


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From: Igor Bryskin 
To: "michael.scharf@nokia.com" , Igor Bryskin , "daniele.ceccarelli@ericsson.com" , "sergio.belotti@nokia.com" , "teas@ietf.org" , "teas-chairs@ietf.org" 
CC: Italo Busi , "francesco.lazzeri@ericsson.com" , "vlopez@tid.es" , "oscar.gonzalezdedios@telefonica.com" , "dieter.beller@nokia.com" , "carlo.perocchio@ericsson.com" , Leeyoung , "ansha@google.com" , "ricard.vilalta@cttc.es" , "shiyan49@chinaunicom.cn" , "Karthik.Sethuraman@necam.com" 
Thread-Topic: RE: [Teas] draft-ietf-teas-yang-path-computation-02 : path computation stateless RPC attributes
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Subject: Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path computation stateless RPC attributes
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Hi Michael,

Imagine a client at moment T requests a path computation between points A a=
nd B specifying a set of path computation constraints C, and the server ret=
urns resulting path P. How should the client interpret the response?

1. At the moment I (the server) have network resources available along the =
returned path;
2. If you (the client) requested at moment T a tunnel from A to B specifyin=
g constraints C, the tunnel would take path P.

The two interpretations are obviously different and therefore have differen=
t utility. According to 1. the client may, for example, have no clue that t=
he resources indetified by path P are in fact earmarked for internal nrtwor=
k building, restoration procedures, etc, and hence are only available for i=
nternal or privileged clients, but not external general clients, or maybe a=
re simply not covered by the current SLA.

If the client specifies the same parameters for a tunnel and for a path com=
putation for the tunnel, the client can assign a higher Bayesian probabilit=
y for the interpretation #2, making stateless path computations more useful=
 for the client's TE needs.
What is the point of discovering network resources that are not available f=
or your tunnels ?

Igor

From:Scharf, Michael (Nokia - DE/Stuttgart)
To:Igor Bryskin,daniele.ceccarelli@ericsson.com,Belotti, Sergio (Nokia - IT=
/Vimercate),teas@ietf.org,teas-chairs@ietf.org,
Cc:Italo Busi,francesco.lazzeri@ericsson.com,vlopez@tid.es,oscar.gonzalezde=
dios@telefonica.com,Beller, Dieter (Nokia - DE/Stuttgart),carlo.perocchio@e=
ricsson.com,Leeyoung,ansha@google.com,ricard.vilalta@cttc.es,shiyan49@china=
unicom.cn,Karthik.Sethuraman@necam.com,
Date:2018-07-26 12:46:18
Subject:RE: [Teas] draft-ietf-teas-yang-path-computation-02 : path computat=
ion stateless RPC attributes

If the path computation is stateless and there can be more than one path co=
mputation request in parallel, or dynamic changes in the network, there are=
 *many* reasons why the result of a path computation RPC could be different=
 to the route of the actual tunnel. Otherwise one would have to be able to =
look into the future to predict network failures and topology changes that =
affect the path computation.

And a potential difference between RPC and provisioning is a feature, not a=
 bug. If the RPC caller cannot accept that the actual path could be differe=
nt from the path computation RPC in some cases, outside his control, the RP=
C caller has to refrain from using a stateless RPC right from the beginning=
.

My 2 cents

Michael

From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Igor Bryskin
Sent: Thursday, July 26, 2018 4:50 PM
To: daniele.ceccarelli@ericsson.com; Belotti, Sergio (Nokia - IT/Vimercate)=
 ; teas@ietf.org; teas-chairs@ietf.org
Cc: Italo Busi ; francesco.lazzeri@ericsson.com; Sch=
arf, Michael (Nokia - DE/Stuttgart) ; vlopez@tid.=
es; oscar.gonzalezdedios@telefonica.com; Beller, Dieter (Nokia - DE/Stuttga=
rt) ; carlo.perocchio@ericsson.com; Leeyoung ; ansha@google.com; ricard.vilalta@cttc.es; shiyan49@chinau=
nicom.cn; Karthik.Sethuraman@necam.com
Subject: Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path computa=
tion stateless RPC attributes

Daniele,
What is the point of path computation request / response if it can not be g=
uaranteed, generally speaking, that a TE tunnel configured on a given netwo=
rk will take the same path as returned via path computation response?
The policies installed in the network are not expected to be known to all c=
lients, but the policies could significantly  influence  on tunnel routing.
All we are saying is that when the same information is passed for tunnel co=
nfiguration and in path computation request for the tunnel  in questuon, th=
ere will be no reason for a path computation return one path, while the act=
ual tunnel, when requested,  taking  a different one.
Note also that all extra parameters we are talking about are optional and c=
ould be omitted in path computation RPC if it is known, for example, from e=
xperience that they do not affect the actual tunnel routing.

Igor
From:Daniele Ceccarelli
To:Belotti, Sergio (Nokia - IT/Vimercate),TEAS WG,teas-chairs@ietf.org,
Cc:Francesco Lazzeri,Sethuraman, Karthik,Scharf, Michael (Nokia - DE/Stuttg=
art),Victor Lopez,OSCAR GONZALEZ DE DIOS (oscar.gonzalezdedios@telefonica.c=
om),Beller, Dieter (Nok=
ia - DE/Stuttgart),Carlo Perocchio,Leeyoung,Anurag Sharma (ansha@google.com=
),Ricard Vilalta,shiyan49@chinaunicom.cn,I=
talo Busi,
Date:2018-07-26 05:54:16
Subject:Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path computat=
ion stateless RPC attributes

Hi,

>The question is: are there benefits in including in input of Path Computat=
ion Request RPC also te-tunnel attributes without any foreseen recommended =
usage by path computation engine?

Absolutely no.

Main reasons:

  1.  Policies might not be shared with the MDSC
  2.  Policies may be different from PNC to PNC
  3.  A high number of path computation results will be discarded (stateles=
s path computation is needed also by the MDSC to understand what are the di=
fferent options to get from a node in a domain to another node in a differe=
nt domain and possibly through a number of other domains=85hence a high num=
ber of comination)
  4.  Last but not least simplification.

BR
Daniele

From: Belotti, Sergio (Nokia - IT/Vimercate) >
Sent: gioved=EC 26 luglio 2018 11:00
To: TEAS WG >; teas-chairs@ietf.org
Cc: Italo Busi >; Belot=
ti, Sergio (Nokia - IT/Vimercate) >; Francesco Lazzeri >; Carlo Perocchio >; Scharf, Michael (Nokia - DE/S=
tuttgart) >; Anur=
ag Sharma (ansha@google.com) >; ylee@huawei.com; shiyan49@c=
hinaunicom.cn; Ricard Vilalta >; OSCAR GONZALEZ DE DIOS (oscar.g=
onzalezdedios@telefonica.com) <=
oscar.gonzalezdedios@telefonica.com>; Victor Lopez >; Daniele Ceccarel=
li =
>; Beller, Dieter (Nokia - DE/Stuttgart) >; Sethuraman, Karthik >
Subject: draft-ietf-teas-yang-path-computation-02 : path computation statel=
ess RPC attributes

Hi all,

After the discussion held during the last TEAS WG session in IETF102 and so=
me offline talks, we are trying to summarize the questions that we need to =
answer to resolve the open issue 31 (reference for background https://githu=
b.com/rvilalta/ietf-te-path-computation/issues/31) .

The question is: are there benefits in including in input of Path Computati=
on Request RPC also te-tunnel attributes without any foreseen recommended u=
sage by path computation engine? For example this is the case of administra=
tion attributes such as 'tunnel description' or of those attributes that ar=
e relevant only for the provisioning phase e.g provisioning-state... Please=
 consider that the question is in the scope of a 'Stateless-Path-Computatio=
n' service: no state or data is saved by PCE after RPC output is returned t=
o the client.

One of the main use case for the Path Computation RPC design is to support =
multi domain path computation. In this case the MDSC (the RPC client) addre=
sses to a PNC (the RPC server) a request to compute a path within the PNC n=
ative/controlled topology during the quest for a multi-domain path at a giv=
en time T1; at a later time T2 (once, for example, the e2e path is identifi=
ed) MDSC requests southbound to PNC per domain Tunnel setup (the segments o=
f the multi-domain tunnel) with either the same or different metrics and co=
nstraints (MDSC implementation decision), to guarantee that the PNC would s=
etup a path equivalent or better than the one computed at time T1.

Example: the MDSC computes a multi-domain end-to-end path between points A =
and Z and selects a path having te-metric 100. The path A-Z passes through =
the  domain controlled by PNC  X, entering in B and exiting in C, for which=
 path computation RPC has returned a B-C path with te-metric 20. When askin=
g  PNC X to setup the path B-C, a constraint on te-metric must be provided =
in order to avoid PNC X finding a suitable path satisfying all the other co=
nstraints of the end-to-end path but with te-metric higher than 20. If a di=
fferent path is found with a metric < 20, that's fine. So, it's not essenti=
al that the same identical path is produced at the second path computation.=
 The only requirement is on its metrics.

 Depending on the abstraction level applied by the domain controller the cl=
ient may never know the actual computed path: the only important requiremen=
t is that the path metrics and constraints are met.
Therefore it is not necessary to guaranteed that the path setup at time T2 =
is exactly the same as the path computed at time T1 but only that it has th=
e same or better metrics.

Regarding the policies, it has been said in the ietf meeting (see the relev=
ant transcript) that they allow a "private" behavior of the server triggere=
d by a condition depending possibly on any attribute of the tunnel request.=
 This actually prevents a client application to perform autonomously the en=
d-to-end path computation (e.g. using detailed connectivity matrix), as it =
doesn't know how each domain will behave when recomputing the tunnel for de=
ployment (and so applying policies the client doesn't know and which could =
be even different for different domains).
In order to prevent this, policies should be explicitly shared with the cli=
ents, and be included in the detailed connectivity matrix information expos=
ed by each domain to take into account not only the possible alternative pa=
th computation parameters, but also all the possible combinations of applic=
able policies. The client shall then select the suitable detailed connectiv=
ity matrix taking into account both the path computation parameters AND the=
 applicable policies.
When such policy attributes are defined, they will be included in the path =
computation RPC.

Italo and Sergio (on behalf of co-authors/contributors)

Sergio Belotti
Senior System Engineer and Standardization Architect
IP/Optical Networks, Optics BU
Nokia
M: +39-335761776
Via Energy Park, 20871 Vimercate (MB) , Italy
sergio.belotti@nokia.com


--_000_etPan5b5a06d211ef92557394localhost_
Content-Type: text/html; charset="Windows-1252"
Content-Transfer-Encoding: quoted-printable








Hi Michael,



Imagine a client at moment T requests a path computation between points A a=
nd B specifying a set of path computation constraints C, and the server ret=
urns resulting path P. How should the client interpret the response?



1. At the moment I (the server) have network resources available along the =
returned path;

2. If you (the client) requested at moment T a tunnel from A to B specifyin=
g constraints C, the tunnel would take path P.



The two interpretations are obviously different and therefore have differen=
t utility. According to 1. the client may, for example, have no clue that t=
he resources indetified by path P are in fact earmarked for internal nrtwor=
k building, restoration procedures,
 etc, and hence are only available for internal or privileged clients, but =
not external general clients, or maybe are simply not covered by the curren=
t SLA.



If the client specifies the same parameters for a tunnel and for a path com=
putation for the tunnel, the client can assign a higher Bayesian probabilit=
y for the interpretation #2, making stateless path computations more useful=
 for the client's TE needs.

What is the point of discovering network resources that are not available f=
or your tunnels ?



Igor








From:Scharf, Michael (Nokia - DE=
/Stuttgart)


To:Igor Bryskin,daniele.ceccarel=
li@ericsson.com,Belotti, Sergio (Nokia - IT/Vimercate),teas@ietf.org,teas-c=
hairs@ietf.org,


Cc:Italo Busi,francesco.lazzeri@=
ericsson.com,vlopez@tid.es,oscar.gonzalezdedios@telefonica.com,Beller, Diet=
er (Nokia - DE/Stuttgart),carlo.perocchio@ericsson.com,Leeyoung,ansha@googl=
e.com,ricard.vilalta@cttc.es,shiyan49@chinaunicom.cn,Karthik.Sethuraman@nec=
am.com,


Date:2018-07-26 12:46:18


Subject:RE: [Teas] draft-ietf-te=
as-yang-path-computation-02 : path computation stateless RPC attributes












If the path computation is stateless and there can b=
e more than one path computation request in parallel, or dynamic changes in=
 the network, there are *many* reasons why the result of a path comp=
utation RPC could be different to
 the route of the actual tunnel. Otherwise one would have to be able to loo=
k into the future to predict network failures and topology changes that aff=
ect the path computation.


 


And a potential difference between RPC and provision=
ing is a feature, not a bug. If the RPC caller cannot accept that the actua=
l path could be different from the path computation RPC in some cases, outs=
ide his control, the RPC caller has
 to refrain from using a stateless RPC right from the beginning. 


 


My 2 cents


 


Michael


 








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

Sent: Thursday, July 26, 2018 4:50 PM

To: daniele.ceccarelli@ericsson.com; Belotti, Sergio (Nokia - IT/Vim=
ercate) <sergio.belotti@nokia.com>; teas@ietf.org; teas-chairs@ietf.o=
rg

Cc: Italo Busi <Italo.Busi@huawei.com>; francesco.lazzeri@eric=
sson.com; Scharf, Michael (Nokia - DE/Stuttgart) <michael.scharf@nokia.c=
om>; vlopez@tid.es; oscar.gonzalezdedios@telefonica.com; Beller, Dieter =
(Nokia - DE/Stuttgart) <dieter.beller@nokia.com>;
 carlo.perocchio@ericsson.com; Leeyoung <leeyoung@huawei.com>; ansha@=
google.com; ricard.vilalta@cttc.es; shiyan49@chinaunicom.cn; Karthik.Sethur=
aman@necam.com

Subject: Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path =
computation stateless RPC attributes






 




Daniele,

What is the point of path computation request / response if it can not be g=
uaranteed, generally speaking, that a TE tunnel configured on a given netwo=
rk will take the same path as returned via path computation response?

The policies installed in the network are not expected to be known to all c=
lients, but the policies could significantly  influence  on tunne=
l routing.

All we are saying is that when the same information is passed for tunnel co=
nfiguration and in path computation request for the tunnel  in questuo=
n, there will be no reason for a path computation return one path, while th=
e actual tunnel, when requested,  taking 
 a different one.

Note also that all extra parameters we are talking about are optional and c=
ould be omitted in path computation RPC if it is known, for example, from e=
xperience that they do not affect the actual tunnel routing.



Igor








<=
b>From:Daniele Ceccarelli






<=
b>To:Belotti, Sergio (Nokia - IT/Vimercate),TEAS =
WG,teas-chairs@ietf.org,






<=
b>Cc:Francesco Lazzeri,Sethuraman, Karthik,Scharf=
, Michael (Nokia - DE/Stuttgart),Victor Lopez,OSCAR
 GONZALEZ DE DIOS (oscar.gonzalezde=
dios@telefonica.com),Beller, Dieter (Nokia - DE/Stuttgart),Carlo
 Perocchio,Leeyoung,Anurag Sharma (ansha@google.com),R=
icard Vilalta,shiya=
n49@chinaunicom.cn,Italo Busi,






<=
b>Date:2018-07-26 05:54:16






<=
b>Subject:Re: [Teas] draft-ietf-teas-yang-path-co=
mputation-02 : path computation stateless RPC
 attributes






 










Hi,


 

>The question is: are there benefits =
in including in input of Path Computation Request RPC also te-tunnel attrib=
utes without any foreseen recommended usage by path
 computation engine?


 


Absolutely no.


 


Main reasons:


    

  1. Policies might not be shared with the MD=
SC
  2. Policies=
 may be different from PNC to PNC
  3. A high number of path computation results will be di=
scarded (stateless path computation is needed also by the MDSC to understan=
d what are the different options to get from a node in a domain to another =
node in a different domain
 and possibly through a number of other domains=85hence a high number of co=
mination)
  4. L=
ast but not least simplification.


 


BR

Daniele  


 








From: Belotti, Sergio (Nokia - IT/Vimercate) <sergio.belotti@nokia...com>


Sent: gioved=EC 26 luglio 2018 11:00

To: TEAS WG <teas@ietf.org>;
teas-chair=
s@ietf.org

Cc: Italo Busi <<=
span lang=3D"IT">Italo.Busi@huawei.com>; Be=
lotti, Sergio (Nokia - IT/Vimercate) <sergio.belotti@nokia.com>;
 Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Carlo Perocchio <carlo.perocchio@ericsson.com>;
 Scharf, Michael (Nokia - DE/Stuttgart) <michael.scharf@nokia.com>; Anurag Sharma (ansha@google.com)
 <ansha@goo=
gle.com>;
ylee@huawei.com=
;
shiyan4=
9@chinaunicom.cn; Ricard Vilalta <ricard.vilalta@ct=
tc.es>; OSCAR GONZALEZ
 DE DIOS (oscar.gonzalezdedios@telefonica.com) <oscar.gonzalezdedios@telefonica.com>;
 Victor Lopez <vlopez@tid.es>; Daniele Ceccarelli <da=
niele.ceccarelli@ericsson.com>;
 Beller, Dieter (Nokia - DE/Stuttgart) <dieter.beller@nokia.com>; Sethuraman, Karthik <Karthik.Sethuraman@necam.com>

Subject: draft-ietf-teas-yang-path-computation-02 : path computation=
 stateless RPC attributes






 


Hi all,


 


After the d=
iscussion held during the last TEAS WG session in IETF102 and some offline =
talks, we are trying to summarize the questions
 that we need to answer to resolve the open issue 31 (reference for backgro=
und 
=
h=
ttps://github.com/rvilalta/ietf-te-path-computation/issues/31)
 . 


 


The questio=
n is: are there benefits in including in input of Path Computation Request =
RPC also te-tunnel attributes without any foreseen
 recommended usage by path computation engine? For example this is the case=
 of administration attributes such as 'tunnel description' or of those attr=
ibutes that are relevant only for the provisioning phase e.g provisioning-s=
tate... Please consider that the
 question is in the scope of a 'Stateless-Path-Computation' service: no sta=
te or data is saved by PCE after RPC output is returned to the client. =
;


 


One of the =
main use case for the Path Computation RPC design is to support multi domai=
n path computation. In this case the MDSC (the RPC
 client) addresses to a PNC (the RPC server) a request to compute a path wi=
thin the PNC native/controlled topology during the quest for a multi-domain=
 path at a given time T1; at a later time T2 (once, for example, the e2e pa=
th is identified) MDSC requests
 southbound to PNC per domain Tunnel setup (the segments of the multi-domai=
n tunnel) with either the same or different metrics and constraints (MDSC i=
mplementation decision), to guarantee that the PNC would setup a path equiv=
alent or better than the one computed
 at time T1.


 


Example: th=
e MDSC computes a multi-domain end-to-end path between points A and Z and s=
elects a path having te-metric 100. The path A-Z
 passes through the  domain controlled by PNC  X, entering in B a=
nd exiting in C, for which path computation RPC has returned a B-C path wit=
h te-metric 20. When asking  PNC X to setup the path B-C, a constraint=
 on te-metric must be provided in order to avoid
 PNC X finding a suitable path satisfying all the other constraints of the =
end-to-end path but with te-metric higher than 20. If a different path is f=
ound with a metric < 20, that's fine. So, it's not essential that the sa=
me identical path is produced at the
 second path computation. The only requirement is on its metrics.


 


 Depen=
ding on the abstraction level applied by the domain controller the client m=
ay never know the actual computed path: the only important
 requirement is that the path metrics and constraints are met.


Therefore i=
t is not necessary to guaranteed that the path setup at time T2 is exactly =
the same as the path computed at time T1 but only
 that it has the same or better metrics.

 


Regarding t=
he policies, it has been said in the ietf meeting (see the relevant transcr=
ipt) that they allow a "private" behavior of the
 server triggered by a condition depending possibly on any attribute of the=
 tunnel request. This actually prevents a client application to perform aut=
onomously the end-to-end path computation (e.g. using detailed connectivity=
 matrix), as it doesn't know how
 each domain will behave when recomputing the tunnel for deployment (and so=
 applying policies the client doesn't know and which could be even differen=
t for different domains). 


In order to=
 prevent this, policies should be explicitly shared with the clients, and b=
e included in the detailed connectivity matrix information
 exposed by each domain to take into account not only the possible alternat=
ive path computation parameters, but also all the possible combinations of =
applicable policies. The client shall then select the suitable detailed con=
nectivity matrix taking into account
 both the path computation parameters AND the applicable policies. 


When such policy attributes are defined,=
 they will be included in the path computation RPC.


 


Italo and Sergio (on behalf of co-authors/contributo=
rs)


 


Sergio Belotti<=
span lang=3D"IT">


Senior System Engineer=
 and Standardization Architect


IP/Optical Networks, O=
ptics BU


Nokia 


M: +39=
-335761776


Via Energy=
 Park, 20871 Vimercate (MB) , Italy


sergio.belotti@nokia.com


 
















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From: Daniele Ceccarelli 
To: Igor Bryskin , "sergio.belotti@nokia.com" , "teas@ietf.org" , "teas-chairs@ietf.org" 
CC: Francesco Lazzeri , "Karthik.Sethuraman@necam.com" , "michael.scharf@nokia.com" , "vlopez@tid.es" , "oscar.gonzalezdedios@telefonica.com" , "dieter.beller@nokia.com" , Carlo Perocchio , Leeyoung , "ansha@google.com" , "ricard.vilalta@cttc.es" , "shiyan49@chinaunicom.cn" , Italo Busi 
Thread-Topic: [Teas] draft-ietf-teas-yang-path-computation-02 : path computation stateless RPC attributes
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Subject: Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path computation stateless RPC attributes
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Hi Igor,

what you are describing is just one of the use cases.


  *   Statefull path computation: I want the request/response to be guarant=
eed along the same path returned via path computation response.
  *   Stateless path computation: I don't really care about the path, I jus=
t want to know that a path exists with given characteristics between A and =
B.

Here we're talking about stateless path computation. As I said before if a =
H-PCE needs to find the best path across multiple domains and there are dif=
ferent links/nodes that allow going from one domain to the other, the numbe=
r of iterations between the H-PCE and the various PCE is huge, hence it sho=
uld be very simple and in 99% of the cases who cares about an intra domain =
path? The only thing that cares is that between two border nodes there are =
X Gbps with given TE characteristics.

Cheers
Daniele

From: Igor Bryskin 
Sent: gioved=EC 26 luglio 2018 16:50
To: Daniele Ceccarelli ; sergio.belotti@no=
kia.com; teas@ietf.org; teas-chairs@ietf.org
Cc: Francesco Lazzeri ; Karthik.Sethuraman@=
necam.com; michael.scharf@nokia.com; vlopez@tid.es; oscar.gonzalezdedios@te=
lefonica.com; dieter.beller@nokia.com; Carlo Perocchio ; Leeyoung ; ansha@google.com; ricard.vilalt=
a@cttc.es; shiyan49@chinaunicom.cn; Italo Busi 
Subject: Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path computa=
tion stateless RPC attributes

Daniele,
What is the point of path computation request / response if it can not be g=
uaranteed, generally speaking, that a TE tunnel configured on a given netwo=
rk will take the same path as returned via path computation response?
The policies installed in the network are not expected to be known to all c=
lients, but the policies could significantly  influence  on tunnel routing.
All we are saying is that when the same information is passed for tunnel co=
nfiguration and in path computation request for the tunnel  in questuon, th=
ere will be no reason for a path computation return one path, while the act=
ual tunnel, when requested,  taking  a different one.
Note also that all extra parameters we are talking about are optional and c=
ould be omitted in path computation RPC if it is known, for example, from e=
xperience that they do not affect the actual tunnel routing.

Igor
From:Daniele Ceccarelli
To:Belotti, Sergio (Nokia - IT/Vimercate),TEAS WG,teas-chairs@ietf.org,
Cc:Francesco Lazzeri,Sethuraman, Karthik,Scharf, Michael (Nokia - DE/Stuttg=
art),Victor Lopez,OSCAR GONZALEZ DE DIOS (oscar.gonzalezdedios@telefonica.c=
om),Beller, Dieter (Nok=
ia - DE/Stuttgart),Carlo Perocchio,Leeyoung,Anurag Sharma (ansha@google.com=
),Ricard Vilalta,shiyan49@chinaunicom.cn,I=
talo Busi,
Date:2018-07-26 05:54:16
Subject:Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path computat=
ion stateless RPC attributes

Hi,

>The question is: are there benefits in including in input of Path Computat=
ion Request RPC also te-tunnel attributes without any foreseen recommended =
usage by path computation engine?

Absolutely no.

Main reasons:

  1.  Policies might not be shared with the MDSC
  2.  Policies may be different from PNC to PNC
  3.  A high number of path computation results will be discarded (stateles=
s path computation is needed also by the MDSC to understand what are the di=
fferent options to get from a node in a domain to another node in a differe=
nt domain and possibly through a number of other domains...hence a high num=
ber of comination)
  4.  Last but not least simplification.

BR
Daniele

From: Belotti, Sergio (Nokia - IT/Vimercate) >
Sent: gioved=EC 26 luglio 2018 11:00
To: TEAS WG >; teas-chairs@ietf.org
Cc: Italo Busi >; Belot=
ti, Sergio (Nokia - IT/Vimercate) >; Francesco Lazzeri >; Carlo Perocchio >; Scharf, Michael (Nokia - DE/S=
tuttgart) >; Anur=
ag Sharma (ansha@google.com) >; ylee@huawei.com; shiyan49@c=
hinaunicom.cn; Ricard Vilalta >; OSCAR GONZALEZ DE DIOS (oscar.g=
onzalezdedios@telefonica.com) <=
oscar.gonzalezdedios@telefonica.com>; Victor Lopez >; Daniele Ceccarel=
li =
>; Beller, Dieter (Nokia - DE/Stuttgart) >; Sethuraman, Karthik >
Subject: draft-ietf-teas-yang-path-computation-02 : path computation statel=
ess RPC attributes

Hi all,

After the discussion held during the last TEAS WG session in IETF102 and so=
me offline talks, we are trying to summarize the questions that we need to =
answer to resolve the open issue 31 (reference for background https://githu=
b.com/rvilalta/ietf-te-path-computation/issues/31) .

The question is: are there benefits in including in input of Path Computati=
on Request RPC also te-tunnel attributes without any foreseen recommended u=
sage by path computation engine? For example this is the case of administra=
tion attributes such as 'tunnel description' or of those attributes that ar=
e relevant only for the provisioning phase e.g provisioning-state... Please=
 consider that the question is in the scope of a 'Stateless-Path-Computatio=
n' service: no state or data is saved by PCE after RPC output is returned t=
o the client.

One of the main use case for the Path Computation RPC design is to support =
multi domain path computation. In this case the MDSC (the RPC client) addre=
sses to a PNC (the RPC server) a request to compute a path within the PNC n=
ative/controlled topology during the quest for a multi-domain path at a giv=
en time T1; at a later time T2 (once, for example, the e2e path is identifi=
ed) MDSC requests southbound to PNC per domain Tunnel setup (the segments o=
f the multi-domain tunnel) with either the same or different metrics and co=
nstraints (MDSC implementation decision), to guarantee that the PNC would s=
etup a path equivalent or better than the one computed at time T1.

Example: the MDSC computes a multi-domain end-to-end path between points A =
and Z and selects a path having te-metric 100. The path A-Z passes through =
the  domain controlled by PNC  X, entering in B and exiting in C, for which=
 path computation RPC has returned a B-C path with te-metric 20. When askin=
g  PNC X to setup the path B-C, a constraint on te-metric must be provided =
in order to avoid PNC X finding a suitable path satisfying all the other co=
nstraints of the end-to-end path but with te-metric higher than 20. If a di=
fferent path is found with a metric < 20, that's fine. So, it's not essenti=
al that the same identical path is produced at the second path computation.=
 The only requirement is on its metrics.

 Depending on the abstraction level applied by the domain controller the cl=
ient may never know the actual computed path: the only important requiremen=
t is that the path metrics and constraints are met.
Therefore it is not necessary to guaranteed that the path setup at time T2 =
is exactly the same as the path computed at time T1 but only that it has th=
e same or better metrics.

Regarding the policies, it has been said in the ietf meeting (see the relev=
ant transcript) that they allow a "private" behavior of the server triggere=
d by a condition depending possibly on any attribute of the tunnel request.=
 This actually prevents a client application to perform autonomously the en=
d-to-end path computation (e.g. using detailed connectivity matrix), as it =
doesn't know how each domain will behave when recomputing the tunnel for de=
ployment (and so applying policies the client doesn't know and which could =
be even different for different domains).
In order to prevent this, policies should be explicitly shared with the cli=
ents, and be included in the detailed connectivity matrix information expos=
ed by each domain to take into account not only the possible alternative pa=
th computation parameters, but also all the possible combinations of applic=
able policies. The client shall then select the suitable detailed connectiv=
ity matrix taking into account both the path computation parameters AND the=
 applicable policies.
When such policy attributes are defined, they will be included in the path =
computation RPC.

Italo and Sergio (on behalf of co-authors/contributors)

Sergio Belotti
Senior System Engineer and Standardization Architect
IP/Optical Networks, Optics BU
Nokia
M: +39-335761776
Via Energy Park, 20871 Vimercate (MB) , Italy
sergio.belotti@nokia.com


--_000_VI1PR07MB16807711951A9443E70E2428F02A0VI1PR07MB1680eurp_
Content-Type: text/html; charset="iso-8859-1"
Content-Transfer-Encoding: quoted-printable











Hi Igor,<=
o:p>


&nbs=
p;


what you are describing is just one of the use cases.


 


    

  • Statefull p=
ath computation: I want the request/response to be guaranteed along the sam=
e path returned via path computation response.
  • =
Stateless path co=
mputation: I don’t really care about the path, I just want to know th=
at a path exists with given characteristics
 between A and B.


 


Here we’re talking about stateless path computation. As I said =
before if a H-PCE needs to find the best path across multiple domains and t=
here are different links/nodes that allow going
 from one domain to the other, the number of iterations between the H-PCE a=
nd the various PCE is huge, hence it should be very simple and in 99% of th=
e cases who cares about an intra domain path? The only thing that cares is =
that between two border nodes there
 are X Gbps with given TE characteristics.


 


Cheers


Daniele 



 








From: Igor Bryskin <Igor.Bryskin@huawei.com>


Sent: gioved=EC 26 luglio 2018 16:50

To: Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>; serg=
io.belotti@nokia.com; teas@ietf.org; teas-chairs@ietf.org

Cc: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Karthi=
k.Sethuraman@necam.com; michael.scharf@nokia.com; vlopez@tid.es; oscar.gonz=
alezdedios@telefonica.com; dieter.beller@nokia.com; Carlo Perocchio <car=
lo.perocchio@ericsson.com>; Leeyoung <leeyoung@huawei.com>;
 ansha@google.com; ricard.vilalta@cttc.es; shiyan49@chinaunicom.cn; Italo B=
usi <Italo.Busi@huawei.com>

Subject: Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path =
computation stateless RPC attributes






 




Daniele,

What is the point of path computation request / response if it can not be g=
uaranteed, generally speaking, that a TE tunnel configured on a given netwo=
rk will take the same path as returned via path computation response?

The policies installed in the network are not expected to be known to all c=
lients, but the policies could significantly  influence  on tunne=
l routing.

All we are saying is that when the same information is passed for tunnel co=
nfiguration and in path computation request for the tunnel  in questuo=
n, there will be no reason for a path computation return one path, while th=
e actual tunnel, when requested,  taking 
 a different one.

Note also that all extra parameters we are talking about are optional and c=
ould be omitted in path computation RPC if it is known, for example, from e=
xperience that they do not affect the actual tunnel routing.



Igor








From:Daniele Ceccarelli






To:Belotti, Sergio (Nokia - IT/Vimercate),TEAS WG,teas-chairs@ietf.org,<=
o:p>






Cc:Francesco Lazzeri,Sethuraman, Karthik,Scharf, Michael (Nokia - DE/Stu=
ttgart),Victor Lopez,OSCAR GONZALEZ DE DIOS
 (oscar.gonz=
alezdedios@telefonica.com),Beller, Dieter (Nokia - DE/Stuttgart),Carlo =
Perocchio,Leeyoung,Anurag Sharma (ansha@google.com),Ricard Vilalta,shiyan49@chinaunicom.cn,Italo
 Busi,






Date:2018-07-26 05:54:16






Subject:Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path compu=
tation stateless RPC attributes






 










Hi,


 

>The question is: are th=
ere benefits in including in input of Path Computation Request RPC also te-=
tunnel attributes without any foreseen recommended
 usage by path computation engine?


 


Absolutely no.


 


Main reasons:=



    

  1. Policies might not be shared with the MDSC
  2. Policies may be different from =
PNC to PNC
  3. A high number o=
f path computation results will be discarded (stateless path computation is=
 needed also by the MDSC to understand what are the different options to
 get from a node in a domain to another node in a different domain and poss=
ibly through a number of other domains…hence a high number of cominat=
ion)
  4. Last but not least si=
mplification.


 


BR

Daniele  


 








From: Belotti, Sergio (Nokia - IT/Vimercate) <sergio.belotti@nokia..com>


Sent: gioved=EC 26 luglio 2018 11:00

To: TEAS WG <teas@ietf.org&g=
t;; 
teas-chairs@ietf.org

Cc: Italo Busi <Italo.Bu=
si@huawei.com>; Belotti, Sergio (Nokia - IT/Vimercate) <sergio.belotti@nokia.com>; Fran=
cesco Lazzeri <frances=
co.lazzeri@ericsson.com>;
 Carlo Perocchio <carlo.=
perocchio@ericsson.com>; Scharf, Michael (Nokia - DE/Stuttgart) <=
michael.scharf@nokia.com>=
;; Anurag Sharma (ansha@google.com)
 <ansha@google.com>; 
ylee@huawei.com; shiyan49@ch=
inaunicom.cn; Ricard Vilalta <ricard.vilalta@cttc.es>; OSCAR GONZALEZ DE DIOS (oscar.gonzalezdedios@telefonica.com=
)
 <oscar.gonzalezd=
edios@telefonica.com>; Victor Lopez <vlopez@tid.es>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>;
 Beller, Dieter (Nokia - DE/Stuttgart) <dieter.beller@nokia.com>; Sethuraman, Karthik <Karthik.Sethuraman@necam.com&g=
t;

Subject: draft-ietf-teas-yang-path-computation-02 : path computation=
 stateless RPC attributes






 


Hi all,


 


After the discussion held during the last TEAS WG session in IETF102 and =
some offline talks, we are trying to summarize the
 questions that we need to answer to resolve the open issue 31 (reference f=
or background
=
https://github.com/rvilalta/ietf-te-path-computation/issues/31) .



 


The question is: are there benefits in including in input of Path Computa=
tion Request RPC also te-tunnel attributes without
 any foreseen recommended usage by path computation engine? For example thi=
s is the case of administration attributes such as 'tunnel description' or =
of those attributes that are relevant only for the provisioning phase e.g p=
rovisioning-state... Please consider
 that the question is in the scope of a 'Stateless-Path-Computation' servic=
e: no state or data is saved by PCE after RPC output is returned to the cli=
ent. 


 


One of the main use case for the Path Computation RPC design is to suppor=
t multi domain path computation. In this case the
 MDSC (the RPC client) addresses to a PNC (the RPC server) a request to com=
pute a path within the PNC native/controlled topology during the quest for =
a multi-domain path at a given time T1; at a later time T2 (once, for examp=
le, the e2e path is identified)
 MDSC requests southbound to PNC per domain Tunnel setup (the segments of t=
he multi-domain tunnel) with either the same or different metrics and const=
raints (MDSC implementation decision), to guarantee that the PNC would setu=
p a path equivalent or better than
 the one computed at time T1.


 


Example: the MDSC computes a multi-domain end-to-end path between points =
A and Z and selects a path having te-metric 100. The
 path A-Z passes through the  domain controlled by PNC  X, enteri=
ng in B and exiting in C, for which path computation RPC has returned a B-C=
 path with te-metric 20. When asking  PNC X to setup the path B-C, a c=
onstraint on te-metric must be provided in order
 to avoid PNC X finding a suitable path satisfying all the other constraint=
s of the end-to-end path but with te-metric higher than 20. If a different =
path is found with a metric < 20, that's fine. So, it's not essential th=
at the same identical path is produced
 at the second path computation. The only requirement is on its metrics.


 


 Depending on the abstraction level applied by the domain controller=
 the client may never know the actual computed path: the
 only important requirement is that the path metrics and constraints are me=
t.


Therefore it is not necessary to guaranteed that the path setup at time T=
2 is exactly the same as the path computed at time
 T1 but only that it has the same or better metrics.


 


Regarding the policies, it has been said in the ietf meeting (see the rel=
evant transcript) that they allow a "private" behavior
 of the server triggered by a condition depending possibly on any attribute=
 of the tunnel request. This actually prevents a client application to perf=
orm autonomously the end-to-end path computation (e.g. using detailed conne=
ctivity matrix), as it doesn't know
 how each domain will behave when recomputing the tunnel for deployment (an=
d so applying policies the client doesn't know and which could be even diff=
erent for different domains). 


In order to prevent this, policies should be explicitly shared with the c=
lients, and be included in the detailed connectivity
 matrix information exposed by each domain to take into account not only th=
e possible alternative path computation parameters, but also all the possib=
le combinations of applicable policies. The client shall then select the su=
itable detailed connectivity matrix
 taking into account both the path computation parameters AND the applicabl=
e policies. 


When such policy attributes=
 are defined, they will be included in the path computation RPC.


 


Italo and Sergio (on behalf of =
co-authors/contributors)


 


Sergio =
Belotti


Senior =
System Engineer and Standardization Architect


IP/Opti=
cal Networks, Optics BU


Nokia <=
/span>


M: +39-335761776


Via Energy Park, 20871=
 Vimercate (MB) , Italy


sergio.b=
elotti@nokia.com


 














--_000_VI1PR07MB16807711951A9443E70E2428F02A0VI1PR07MB1680eurp_--


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From: Francesco Lazzeri 
To: Daniele Ceccarelli , Igor Bryskin , "sergio.belotti@nokia.com" , "teas@ietf.org" , "teas-chairs@ietf.org" 
CC: "Karthik.Sethuraman@necam.com" , "michael.scharf@nokia.com" , "vlopez@tid.es" , "oscar.gonzalezdedios@telefonica.com" , "dieter.beller@nokia.com" , Carlo Perocchio , Leeyoung , "ansha@google.com" , "ricard.vilalta@cttc.es" , "shiyan49@chinaunicom.cn" , Italo Busi 
Thread-Topic: [Teas] draft-ietf-teas-yang-path-computation-02 : path computation stateless RPC attributes
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Subject: Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path computation stateless RPC attributes
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I believe that the main point for deciding whether all the parameters (incl=
uding name, description and so on) are needed or not for stateless path com=
putation is the adoption of policies.
When I think about policies, I go to the definitions present in RFC3060, wh=
ere policy information model is described.
According to 3060, basically policies are a (set of) rules where each rule =
is defined by enabling conditions (boolean expressions that "enable" the po=
licy actions as soon as they become true) and policy actions (the behavior =
of the policy).
If we introduce this concept in path computation we could think for example=
 to create two policies for a given domain D:


  *   The first one is enabled when the tunnel description contains the str=
ing "igor", and the relevant action is avoiding the node X inside the relev=
ant domain.
  *   The second one is enabled when the tunnel description con contains th=
e string "francesco", and the levant action is avoiding the node Y inside t=
he relevant domain.

Let suppose we don't want to use stateless path computation (e.g. the domai=
n is "white", so we have full topology information about it, or, if domain =
is "black" or "gray",  we just use its abstract connectivity).
We are asking for a new tunnel with description "igor".
Assuming the client (MDSC) knows nothing about those policies, it does path=
 computation end-to-end using the topology information it collected,  and f=
ind that the best end-to-end path passing through D.
This path could well use node X: MDSC doesn't care, as it doesn't know that=
 there is a policy installed in D the will ask to avoid that node.
When the end-to-end path needs to be deployed the tunnel requested on D wil=
l be created using a path avoding X, because the path creation is done by t=
he controller of the domain D which is aware of and enforces that policy.
But, being this path different from the one computed during the end-to-end =
path computation, it could have different te-cost, igp-cost, latency and so=
 on, leading to end-to-end figures possibly not in compliance with the end-=
to-end constraints.
In my view, this is not acceptable.

There are two ways to overcome this issue:


  *   Requesting path computation to the domain D also during end-to-end pa=
th computation. This is stateless path computation actually, and means that=
 abstract topology is useless (as we actully are renouncing to use it).
  *   Exposing information about policies to the MDSC (or the client reques=
ting end-to-end path computation). But this is still not enough: abstract t=
opology should be also enhanced in order to take into account the possible =
policies enforced.
In this example we should have one (or more) abstract connectivity informat=
ion for ingress-egress of D in case neither "igor" or "francesco" policies =
are enforced, "igor" is enforced, "francesco" is enforced, "igor" and "fran=
cesco" are enforced at once (e.g. asking a path having name "igor and franc=
esco like ietf").
In this case policy information known to MDSC could be limited to the enabl=
ing conditions, which should also be referred by the relevant abstract conn=
ectivity, of course, so MDSC can select the right connectivity information.


In the past we already had discussions about the scalability of the abstrac=
t connectivity model, and basically the stateful model was born because thi=
s very reason. The presence of policies makes the scalability issue even mo=
re evident, multiplying each abstract link times the number of the combinat=
ions of the installed policies in the domain.

So, now we can:


  *   Renounce at all to use policies (or provide for them a definition dif=
ferent from RFC3060, please suggest). In this case not all the attributes p=
resent in ietf-te are managed by ietf-te-path-computation are needed.
  *   Use the policies and use only ietf-te-path-computation; this lead to =
a deep revision of the entire ietf model of the traffic and topology, becau=
se abstract connectivity information is no longer needed.
  *   Go ahead with ietf-te plus these policies and face either wrong resul=
ts or the "dragon" of scalability.

My 2 cents
Francesco


From: Daniele Ceccarelli
Sent: 27 July, 2018 8:29 AM
To: Igor Bryskin ; sergio.belotti@nokia.com; teas@=
ietf.org; teas-chairs@ietf.org
Cc: Francesco Lazzeri ; Karthik.Sethuraman@=
necam.com; michael.scharf@nokia.com; vlopez@tid.es; oscar.gonzalezdedios@te=
lefonica.com; dieter.beller@nokia.com; Carlo Perocchio ; Leeyoung ; ansha@google.com; ricard.vilalt=
a@cttc.es; shiyan49@chinaunicom.cn; Italo Busi 
Subject: RE: [Teas] draft-ietf-teas-yang-path-computation-02 : path computa=
tion stateless RPC attributes

Hi Igor,

what you are describing is just one of the use cases.


  *   Statefull path computation: I want the request/response to be guarant=
eed along the same path returned via path computation response.
  *   Stateless path computation: I don't really care about the path, I jus=
t want to know that a path exists with given characteristics between A and =
B.

Here we're talking about stateless path computation. As I said before if a =
H-PCE needs to find the best path across multiple domains and there are dif=
ferent links/nodes that allow going from one domain to the other, the numbe=
r of iterations between the H-PCE and the various PCE is huge, hence it sho=
uld be very simple and in 99% of the cases who cares about an intra domain =
path? The only thing that cares is that between two border nodes there are =
X Gbps with given TE characteristics.

Cheers
Daniele

From: Igor Bryskin =
>
Sent: gioved=EC 26 luglio 2018 16:50
To: Daniele Ceccarelli >; sergio.belotti@nokia.com; teas@ietf.org; teas-chairs@ietf.org
Cc: Francesco Lazzeri >; Karthik.Sethuraman@necam.com; michael.scharf@nokia.com; vlop=
ez@tid.es; oscar.gonzalezdedios@telefonica.com; dieter.beller@nokia.com; Carlo Perocchio >; Leeyoung >; ansha@google.com; ricard.vilalta@c=
ttc.es; shiyan49@chinaunicom.cn; Italo Busi >
Subject: Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path computa=
tion stateless RPC attributes

Daniele,
What is the point of path computation request / response if it can not be g=
uaranteed, generally speaking, that a TE tunnel configured on a given netwo=
rk will take the same path as returned via path computation response?
The policies installed in the network are not expected to be known to all c=
lients, but the policies could significantly  influence  on tunnel routing.
All we are saying is that when the same information is passed for tunnel co=
nfiguration and in path computation request for the tunnel  in questuon, th=
ere will be no reason for a path computation return one path, while the act=
ual tunnel, when requested,  taking  a different one.
Note also that all extra parameters we are talking about are optional and c=
ould be omitted in path computation RPC if it is known, for example, from e=
xperience that they do not affect the actual tunnel routing.

Igor
From:Daniele Ceccarelli
To:Belotti, Sergio (Nokia - IT/Vimercate),TEAS WG,teas-chairs@ietf.org,
Cc:Francesco Lazzeri,Sethuraman, Karthik,Scharf, Michael (Nokia - DE/Stuttg=
art),Victor Lopez,OSCAR GONZALEZ DE DIOS (oscar.gonzalezdedios@telefonica.c=
om),Beller, Dieter (Nok=
ia - DE/Stuttgart),Carlo Perocchio,Leeyoung,Anurag Sharma (ansha@google.com=
),Ricard Vilalta,shiyan49@chinaunicom.cn,I=
talo Busi,
Date:2018-07-26 05:54:16
Subject:Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path computat=
ion stateless RPC attributes

Hi,

>The question is: are there benefits in including in input of Path Computat=
ion Request RPC also te-tunnel attributes without any foreseen recommended =
usage by path computation engine?

Absolutely no.

Main reasons:

  1.  Policies might not be shared with the MDSC
  2.  Policies may be different from PNC to PNC
  3.  A high number of path computation results will be discarded (stateles=
s path computation is needed also by the MDSC to understand what are the di=
fferent options to get from a node in a domain to another node in a differe=
nt domain and possibly through a number of other domains...hence a high num=
ber of comination)
  4.  Last but not least simplification.

BR
Daniele

From: Belotti, Sergio (Nokia - IT/Vimercate) >
Sent: gioved=EC 26 luglio 2018 11:00
To: TEAS WG >; teas-chairs@ietf.org
Cc: Italo Busi >; Belot=
ti, Sergio (Nokia - IT/Vimercate) >; Francesco Lazzeri >; Carlo Perocchio >; Scharf, Michael (Nokia - DE/S=
tuttgart) >; Anur=
ag Sharma (ansha@google.com) >; ylee@huawei.com; shiyan49@c=
hinaunicom.cn; Ricard Vilalta >; OSCAR GONZALEZ DE DIOS (oscar.g=
onzalezdedios@telefonica.com) <=
oscar.gonzalezdedios@telefonica.com>; Victor Lopez >; Daniele Ceccarel=
li =
>; Beller, Dieter (Nokia - DE/Stuttgart) >; Sethuraman, Karthik >
Subject: draft-ietf-teas-yang-path-computation-02 : path computation statel=
ess RPC attributes

Hi all,

After the discussion held during the last TEAS WG session in IETF102 and so=
me offline talks, we are trying to summarize the questions that we need to =
answer to resolve the open issue 31 (reference for background https://githu=
b.com/rvilalta/ietf-te-path-computation/issues/31) .

The question is: are there benefits in including in input of Path Computati=
on Request RPC also te-tunnel attributes without any foreseen recommended u=
sage by path computation engine? For example this is the case of administra=
tion attributes such as 'tunnel description' or of those attributes that ar=
e relevant only for the provisioning phase e.g provisioning-state... Please=
 consider that the question is in the scope of a 'Stateless-Path-Computatio=
n' service: no state or data is saved by PCE after RPC output is returned t=
o the client.

One of the main use case for the Path Computation RPC design is to support =
multi domain path computation. In this case the MDSC (the RPC client) addre=
sses to a PNC (the RPC server) a request to compute a path within the PNC n=
ative/controlled topology during the quest for a multi-domain path at a giv=
en time T1; at a later time T2 (once, for example, the e2e path is identifi=
ed) MDSC requests southbound to PNC per domain Tunnel setup (the segments o=
f the multi-domain tunnel) with either the same or different metrics and co=
nstraints (MDSC implementation decision), to guarantee that the PNC would s=
etup a path equivalent or better than the one computed at time T1.

Example: the MDSC computes a multi-domain end-to-end path between points A =
and Z and selects a path having te-metric 100. The path A-Z passes through =
the  domain controlled by PNC  X, entering in B and exiting in C, for which=
 path computation RPC has returned a B-C path with te-metric 20. When askin=
g  PNC X to setup the path B-C, a constraint on te-metric must be provided =
in order to avoid PNC X finding a suitable path satisfying all the other co=
nstraints of the end-to-end path but with te-metric higher than 20. If a di=
fferent path is found with a metric < 20, that's fine. So, it's not essenti=
al that the same identical path is produced at the second path computation.=
 The only requirement is on its metrics.

 Depending on the abstraction level applied by the domain controller the cl=
ient may never know the actual computed path: the only important requiremen=
t is that the path metrics and constraints are met.
Therefore it is not necessary to guaranteed that the path setup at time T2 =
is exactly the same as the path computed at time T1 but only that it has th=
e same or better metrics.

Regarding the policies, it has been said in the ietf meeting (see the relev=
ant transcript) that they allow a "private" behavior of the server triggere=
d by a condition depending possibly on any attribute of the tunnel request.=
 This actually prevents a client application to perform autonomously the en=
d-to-end path computation (e.g. using detailed connectivity matrix), as it =
doesn't know how each domain will behave when recomputing the tunnel for de=
ployment (and so applying policies the client doesn't know and which could =
be even different for different domains).
In order to prevent this, policies should be explicitly shared with the cli=
ents, and be included in the detailed connectivity matrix information expos=
ed by each domain to take into account not only the possible alternative pa=
th computation parameters, but also all the possible combinations of applic=
able policies. The client shall then select the suitable detailed connectiv=
ity matrix taking into account both the path computation parameters AND the=
 applicable policies.
When such policy attributes are defined, they will be included in the path =
computation RPC.

Italo and Sergio (on behalf of co-authors/contributors)

Sergio Belotti
Senior System Engineer and Standardization Architect
IP/Optical Networks, Optics BU
Nokia
M: +39-335761776
Via Energy Park, 20871 Vimercate (MB) , Italy
sergio.belotti@nokia.com


--_000_VI1PR07MB4270CB8B54E4A5DDC587929C962A0VI1PR07MB4270eurp_
Content-Type: text/html; charset="iso-8859-1"
Content-Transfer-Encoding: quoted-printable











I believe that the main point for deciding whether a=
ll the parameters (including name, description and so on) are needed or not=
 for stateless path computation is the adoption of policies.



When I think about policies, I go to the definitions=
 present in RFC3060, where policy information model is described.



According to 3060, basically policies are a (set of)=
 rules where each rule is defined by enabling conditions (boolean expressio=
ns that “enable” the policy actions as soon as they become true=
) and policy actions (the behavior of the policy).



If we introduce this concept in path computation we =
could think for example to create two policies for a given domain D:


 


    

  • The first one is enabled when the tunnel description contains the str=
ing “igor”, and the relevant action is avoiding the node X insi=
de the relevant domain.
  • The second one is enabled when=
 the tunnel description con contains the string “francesco”, an=
d the levant action is avoiding the node Y inside the relevant domain.=



 


Let suppose we don’t want to use stateless pat=
h computation (e.g. the domain is “white”, so we have full topo=
logy information about it, or, if domain is “black” or “g=
ray”,  we just use its abstract connectivity).


We are asking for a new tunnel with description R=
20;igor”.


Assuming the client (MDSC) knows nothing about those=
 policies, it does path computation end-to-end using the topology informati=
on it collected,  and find that the best end-to-end path passing throu=
gh D.



This path could well use node X: MDSC doesn’t =
care, as it doesn’t know that there is a policy installed in D the wi=
ll ask to avoid that node.



When the end-to-end path needs to be deployed the tu=
nnel requested on D will be created using a path avoding X, because the pat=
h creation is done by the controller of the domain D which is aware of and =
enforces that policy.  


But, being this path different from the one computed=
 during the end-to-end path computation, it could have different te-cost, i=
gp-cost, latency and so on, leading to end-to-end figures possibly not in c=
ompliance with the end-to-end constraints.



In my view, this is not acceptable.


 


There are two ways to overcome this issue:


 


    

  • Requesting path computation to the domain D also during end-to-end pa=
th computation. This is stateless path computation actually, and means that=
 abstract topology is useless (as we
 actully are renouncing to use it).
  • Exposing informati=
on about policies to the MDSC (or the client requesting end-to-end path com=
putation). But this is still not enough: abstract topology should be also e=
nhanced in order
 to take into account the possible policies enforced. 
    
In this example we should have one (or more) abstract connectivity informat=
ion for ingress-egress of D in case neither “igor” or “fr=
ancesco” policies are enforced, “igor” is enforced, ̶=
0;francesco” is enforced, “igor” and “francescoR=
21; are enforced at once (e.g.
 asking a path having name “igor and francesco like ietf”). 
In this case policy information known to MDSC could be limited to the enabl=
ing conditions, which should also be referred by the relevant abstract conn=
ectivity, of course, so MDSC can select the right connectivity information.=



 


In the past we already had discussions about the sca=
lability of the abstract connectivity model, and basically the stateful mod=
el was born because this very reason. The presence of policies makes the sc=
alability issue even more evident,
 multiplying each abstract link times the number of the combinations of the=
 installed policies in the domain.


 


So, now we can:


 


    

  • Renounce at all to use policies (or provide for them a definition dif=
ferent from RFC3060, please suggest). In this case not all the attributes p=
resent in ietf-te are managed by ietf-te-path-computation
 are needed.
  • Use the policies and use only ietf-te-pat=
h-computation; this lead to a deep revision of the entire ietf model of the=
 traffic and topology, because abstract connectivity information
 is no longer needed. 
  • Go ahead with ietf-te plus the=
se policies and face either wrong results or the “dragon” of sc=
alability.


 


My 2 cents


Francesco


 


 






From: Daniele Ceccarelli 

Sent: 27 July, 2018 8:29 AM

To: Igor Bryskin <Igor.Bryskin@huawei.com>; sergio.belotti@nok=
ia.com; teas@ietf.org; teas-chairs@ietf.org

Cc: Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Karthi=
k.Sethuraman@necam.com; michael.scharf@nokia.com; vlopez@tid.es; oscar.gonz=
alezdedios@telefonica.com; dieter.beller@nokia.com; Carlo Perocchio <car=
lo.perocchio@ericsson.com>; Leeyoung <leeyoung@huawei.com>;
 ansha@google.com; ricard.vilalta@cttc.es; shiyan49@chinaunicom.cn; Italo B=
usi <Italo.Busi@huawei.com>

Subject: RE: [Teas] draft-ietf-teas-yang-path-computation-02 : path =
computation stateless RPC attributes






 


Hi Igor,


 


what you are describing is just one of the use cases=
.


 


    

  • Statefull path computation: I want the request/response to be guarant=
eed along the same path returned via path computation response.<=
/li>
  • Stateless path computation: I don’t really care about the p=
ath, I just want to know that a path exists with given characteristics betw=
een A and B.


 


Here we’re talking about stateless path comput=
ation. As I said before if a H-PCE needs to find the best path across multi=
ple domains and there are different links/nodes that allow going from one d=
omain to the other, the number of iterations
 between the H-PCE and the various PCE is huge, hence it should be very sim=
ple and in 99% of the cases who cares about an intra domain path? The only =
thing that cares is that between two border nodes there are X Gbps with giv=
en TE characteristics.


 


Cheers


Daniele  


 








From: Igor Bryskin <Igor.Bryskin@huawei.com>


Sent: gioved=EC 26 luglio 2018 16:50

To: Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>;
sergio.belotti@nokia.com; <=
a href=3D"mailto:teas@ietf.org">
teas@ietf.org; teas-chairs@ietf=
.org

Cc: Francesco Lazzeri <francesco.lazzeri@ericsson.com>;
Karthik.Sethuraman@necam.co=
m; 
michael.scharf@nokia.com; vlopez@tid.e=
s; 
oscar.gonzalezdedios@telefonica.com; 
dieter.beller@nokia.com; Carlo Perocchio <carlo.perocchio@ericsson.com>; Leeyoung <leeyoung@huawei.com>;
ansha@google.com; 
ricard.vilalta@cttc.es; shiy=
an49@chinaunicom.cn; Italo Busi <Italo.Busi@huawei.com>

Subject: Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path =
computation stateless RPC attributes






 




Daniele,

What is the point of path computation request / response if it can not be g=
uaranteed, generally speaking, that a TE tunnel configured on a given netwo=
rk will take the same path as returned via path computation response?

The policies installed in the network are not expected to be known to all c=
lients, but the policies could significantly  influence  on tunne=
l routing.

All we are saying is that when the same information is passed for tunnel co=
nfiguration and in path computation request for the tunnel  in questuo=
n, there will be no reason for a path computation return one path, while th=
e actual tunnel, when requested,  taking 
 a different one.

Note also that all extra parameters we are talking about are optional and c=
ould be omitted in path computation RPC if it is known, for example, from e=
xperience that they do not affect the actual tunnel routing.



Igor








From:Daniele Ceccarelli






To:Belotti, Sergio (Nokia - IT/Vimercate),TEAS W=
G,teas-chairs@ietf.org,






Cc:Francesco Lazzeri,Sethuraman, Karthik,Scharf,=
 Michael (Nokia - DE/Stuttgart),Victor Lopez,OSCAR
 GONZALEZ DE DIOS (oscar.gonzalezdedios@telefonica.com),Beller, Dieter (Nokia - DE/=
Stuttgart),Carlo Perocchio,Leeyoung,Anurag Sharma (ansha@google.com),Ricard
 Vilalta,shiyan49@chinaunicom.cn,Italo Busi,






Date:2018-07-26 05:54:16






Subject:Re: [Teas] draft-ietf-teas-yang-path-com=
putation-02 : path computation stateless RPC
 attributes






 










Hi,


 =



>The question is: are there benefits in=
 including in input of Path Computation Request RPC also te-tunnel attribut=
es without any foreseen recommended usage by path
 computation engine?


 


Absolutely no.

 


Main reasons:

    

  1. Policies might not be shared with the MDSC
  2. Policies may be different from PNC to PNC
  3. A high number of path computation results =
will be discarded (stateless path computation is needed also by the MDSC to=
 understand what are the different options to get from a node in
 a domain to another node in a different domain and possibly through a numb=
er of other domains…hence a high number of comination)
  4. Last but not least simplification.


 


BR

Daniele  


 








From: Belotti, Sergio (Nokia - IT/Vimercate) =
<sergio.belotti@nokia..com<=
/a>>


Sent: gioved=EC 26 luglio 2018 11:00

To: TEAS WG <teas@ietf.org&g=
t;; 
teas-chairs@ietf.org

Cc: Italo Busi <Italo.Bu=
si@huawei.com>; Belotti, Sergio (Nokia - IT/Vimercate) <sergio.belotti@nokia.com>; Fran=
cesco Lazzeri <frances=
co.lazzeri@ericsson.com>;
 Carlo Perocchio <carlo.=
perocchio@ericsson.com>; Scharf, Michael (Nokia - DE/Stuttgart) <=
michael.scharf@nokia.com>=
;; Anurag Sharma (ansha@google.com)
 <ansha@google.com>; 
ylee@huawei.com; shiyan49@ch=
inaunicom.cn; Ricard Vilalta <ricard.vilalta@cttc.es>; OSCAR GONZALEZ DE DIOS (oscar.gonzalezdedios@telefonica.com=
)
 <oscar.gonzalezd=
edios@telefonica.com>; Victor Lopez <vlopez@tid.es>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>;
 Beller, Dieter (Nokia - DE/Stuttgart) <dieter.beller@nokia.com>; Sethuraman, Karthik <Karthik.Sethuraman@necam.com&g=
t;

Subject: draft-ietf-teas-yang-path-computation-02 : path computation=
 stateless RPC attributes






 


Hi all,


 =



After the dis=
cussion held during the last TEAS WG session in IETF102 and some offline ta=
lks, we are trying to summarize the questions that
 we need to answer to resolve the open issue 31 (reference for background <=
a href=3D"https://github.com/rvilalta/ietf-te-path-computation/issues/31">
https://github.com/rvilalta/ietf-te-path-computation/issues/31) .



 =



The question =
is: are there benefits in including in input of Path Computation Request RP=
C also te-tunnel attributes without any foreseen
 recommended usage by path computation engine? For example this is the case=
 of administration attributes such as 'tunnel description' or of those attr=
ibutes that are relevant only for the provisioning phase e.g provisioning-s=
tate... Please consider that the
 question is in the scope of a 'Stateless-Path-Computation' service: no sta=
te or data is saved by PCE after RPC output is returned to the client. =
;


 =



One of the ma=
in use case for the Path Computation RPC design is to support multi domain =
path computation. In this case the MDSC (the RPC
 client) addresses to a PNC (the RPC server) a request to compute a path wi=
thin the PNC native/controlled topology during the quest for a multi-domain=
 path at a given time T1; at a later time T2 (once, for example, the e2e pa=
th is identified) MDSC requests
 southbound to PNC per domain Tunnel setup (the segments of the multi-domai=
n tunnel) with either the same or different metrics and constraints (MDSC i=
mplementation decision), to guarantee that the PNC would setup a path equiv=
alent or better than the one computed
 at time T1.


 =



Example: the =
MDSC computes a multi-domain end-to-end path between points A and Z and sel=
ects a path having te-metric 100. The path A-Z passes
 through the  domain controlled by PNC  X, entering in B and exit=
ing in C, for which path computation RPC has returned a B-C path with te-me=
tric 20. When asking  PNC X to setup the path B-C, a constraint on te-=
metric must be provided in order to avoid PNC X
 finding a suitable path satisfying all the other constraints of the end-to=
-end path but with te-metric higher than 20. If a different path is found w=
ith a metric < 20, that's fine. So, it's not essential that the same ide=
ntical path is produced at the second
 path computation. The only requirement is on its metrics.


 =



 Dependi=
ng on the abstraction level applied by the domain controller the client may=
 never know the actual computed path: the only important
 requirement is that the path metrics and constraints are met.


Therefore it =
is not necessary to guaranteed that the path setup at time T2 is exactly th=
e same as the path computed at time T1 but only
 that it has the same or better metrics.


 =



Regarding the=
 policies, it has been said in the ietf meeting (see the relevant transcrip=
t) that they allow a "private" behavior of the server
 triggered by a condition depending possibly on any attribute of the tunnel=
 request. This actually prevents a client application to perform autonomous=
ly the end-to-end path computation (e.g. using detailed connectivity matrix=
), as it doesn't know how each domain
 will behave when recomputing the tunnel for deployment (and so applying po=
licies the client doesn't know and which could be even different for differ=
ent domains). 


In order to p=
revent this, policies should be explicitly shared with the clients, and be =
included in the detailed connectivity matrix information
 exposed by each domain to take into account not only the possible alternat=
ive path computation parameters, but also all the possible combinations of =
applicable policies. The client shall then select the suitable detailed con=
nectivity matrix taking into account
 both the path computation parameters AND the applicable policies. 


When such policy attributes are defined, t=
hey will be included in the path computation RPC.<=
o:p>


 


Italo and Sergio (on behalf of co-authors/contributo=
rs)


 


Sergio Belotti<=
span lang=3D"IT">


Senior System Engineer=
 and Standardization Architect

IP/Optical Networks, O=
ptics BU


Nokia 


M: +39=
-335761776


Via Energy=
 Park, 20871 Vimercate (MB) , Italy


sergio.belotti@nokia.com


 














--_000_VI1PR07MB4270CB8B54E4A5DDC587929C962A0VI1PR07MB4270eurp_--


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To: Francesco Lazzeri , Daniele Ceccarelli , Igor Bryskin , "sergio.belotti@nokia.com" , "teas@ietf.org" , "teas-chairs@ietf.org" 
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Subject: Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path computation stateless RPC attributes
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    Hi all,

      

      I concur with the comments from Francesco and Daniele below as
      well as with those from Michael.

      

      We discussed this issue at length in Montreal after the CCAMP
      session and I would like to emphasize again that I am having
      reservations about policies being

      applied by a path computation engine based on attributes that are
      provided as input to path computation, which have absolutely
      nothing to do with policy

      rules as they were defined for totally other purposes! We called
      that hidden policies in our discussion.

      

      

      Thanks,

      Dieter

      

    

    
On 27.07.2018 10:16, Francesco Lazzeri
      wrote:

    

    

      
      
      
      

        
I believe that the main point for deciding
          whether all the parameters (including name, description and so
          on) are needed or not for stateless path computation is the
          adoption of policies.
          

        
When I think about policies, I go to the
          definitions present in RFC3060, where policy information model
          is described.
          

        
According to 3060, basically policies are a
          (set of) rules where each rule is defined by enabling
          conditions (boolean expressions that enable the policy
          actions as soon as they become true) and policy actions (the
          behavior of the policy).
          

        
If we introduce this concept in path
          computation we could think for example to create two policies
          for a given domain D:

        

        
    
          
  • The first
            one is enabled when the tunnel description contains the
            string igor, and the relevant action is avoiding the node
            X inside the relevant domain.
    • 
          
  • The second
            one is enabled when the tunnel description con contains the
            string francesco, and the levant action is avoiding the
            node Y inside the relevant domain.
    • 
        

        

        
Let suppose we dont want to use stateless
          path computation (e.g. the domain is white, so we have full
          topology information about it, or, if domain is black or
          gray, we just use its abstract connectivity).

        
We are asking for a new tunnel with
          description igor.

        
Assuming the client (MDSC) knows nothing
          about those policies, it does path computation end-to-end
          using the topology information it collected, and find that
          the best end-to-end path passing through D.
          

        
This path could well use node X: MDSC
          doesnt care, as it doesnt know that there is a policy
          installed in D the will ask to avoid that node.
          

        
When the end-to-end path needs to be
          deployed the tunnel requested on D will be created using a
          path avoding X, because the path creation is done by the
          controller of the domain D which is aware of and enforces that
          policy. 

        
But, being this path different from the one
          computed during the end-to-end path computation, it could have
          different te-cost, igp-cost, latency and so on, leading to
          end-to-end figures possibly not in compliance with the
          end-to-end constraints.
          

        
In my view, this is not acceptable.

        

        
There are two ways to overcome this issue:

        

        
    
          
  • Requesting
            path computation to the domain D also during end-to-end path
            computation. This is stateless path computation actually,
            and means that abstract topology is useless (as we actully
            are renouncing to use it).
    • 
          
  • Exposing
            information about policies to the MDSC (or the client
            requesting end-to-end path computation). But this is still
            not enough: abstract topology should be also enhanced in
            order to take into account the possible policies enforced. 
    
            In this example we should have one (or more) abstract
            connectivity information for ingress-egress of D in case
            neither igor or francesco policies are enforced, igor
            is enforced, francesco is enforced, igor and francesco
            are enforced at once (e.g. asking a path having name igor
            and francesco like ietf). 
    
            In this case policy information known to MDSC could be
            limited to the enabling conditions, which should also be
            referred by the relevant abstract connectivity, of course,
            so MDSC can select the right connectivity information.
    • 
        

        

        
In the past we already had discussions
          about the scalability of the abstract connectivity model, and
          basically the stateful model was born because this very
          reason. The presence of policies makes the scalability issue
          even more evident, multiplying each abstract link times the
          number of the combinations of the installed policies in the
          domain.

        

        
So, now we can:

        

        
    
          
  • Renounce at
            all to use policies (or provide for them a definition
            different from RFC3060, please suggest). In this case not
            all the attributes present in ietf-te are managed by
            ietf-te-path-computation are needed.
    • 
          
  • Use the
            policies and use only ietf-te-path-computation; this lead to
            a deep revision of the entire ietf model of the traffic and
            topology, because abstract connectivity information is no
            longer needed. 
    • 
          
  • Go ahead
            with ietf-te plus these policies and face either wrong
            results or the dragon of scalability.
    • 
        

        

        
My 2 cents

        
Francesco

        

        

        

          

            
From: Daniele Ceccarelli 

              Sent: 27 July, 2018 8:29 AM

              To: Igor Bryskin <Igor.Bryskin@huawei.com>;
              sergio.belotti@nokia.com; teas@ietf.org;
              teas-chairs@ietf.org

              Cc: Francesco Lazzeri
              <francesco.lazzeri@ericsson.com>;
              Karthik.Sethuraman@necam.com; michael.scharf@nokia.com;
              vlopez@tid.es; oscar.gonzalezdedios@telefonica.com;
              dieter.beller@nokia.com; Carlo Perocchio
              <carlo.perocchio@ericsson.com>; Leeyoung
              <leeyoung@huawei.com>; ansha@google.com;
              ricard.vilalta@cttc.es; shiyan49@chinaunicom.cn; Italo
              Busi <Italo.Busi@huawei.com>

              Subject: RE: [Teas]
              draft-ietf-teas-yang-path-computation-02 : path
              computation stateless RPC attributes

          

        

        

        
Hi Igor,

        

        
what you are describing is just one of the
          use cases.

        

        
    
          
  • Statefull
            path computation: I want the request/response to be
            guaranteed along the same path returned via path computation
            response.
    • 
          
  • Stateless
            path computation: I dont really care about the path, I just
            want to know that a path exists with given characteristics
            between A and B.
    • 
        

        

        
Here were talking about stateless path
          computation. As I said before if a H-PCE needs to find the
          best path across multiple domains and there are different
          links/nodes that allow going from one domain to the other, the
          number of iterations between the H-PCE and the various PCE is
          huge, hence it should be very simple and in 99% of the cases
          who cares about an intra domain path? The only thing that
          cares is that between two border nodes there are X Gbps with
          given TE characteristics.

        

        
Cheers

        
Daniele 

        

        

          

            

              
From: Igor Bryskin <Igor.Bryskin@huawei.com>
                

                Sent: gioved 26 luglio 2018 16:50

                To: Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>;
                sergio.belotti@nokia.com; 
                  teas@ietf.org; teas-chairs@ietf.org

                Cc: Francesco Lazzeri <francesco.lazzeri@ericsson.com>;
                Karthik.Sethuraman@necam.com;
                
                  michael.scharf@nokia.com; vlopez@tid.es;
                
                  oscar.gonzalezdedios@telefonica.com; 
                  dieter.beller@nokia.com; Carlo Perocchio <carlo.perocchio@ericsson.com>;
                Leeyoung <leeyoung@huawei.com>;
                ansha@google.com;
                
                  ricard.vilalta@cttc.es; shiyan49@chinaunicom.cn;
                Italo Busi <Italo.Busi@huawei.com>

                Subject: Re: [Teas]
                draft-ietf-teas-yang-path-computation-02 : path
                computation stateless RPC attributes

            

          

          

          

            
Daniele,

                What is the point of path computation request / response
                if it can not be guaranteed, generally speaking, that a
                TE tunnel configured on a given network will take the
                same path as returned via path computation response?

                The policies installed in the network are not expected
                to be known to all clients, but the policies could
                significantly influence on tunnel routing.

                All we are saying is that when the same information is
                passed for tunnel configuration and in path computation
                request for the tunnel in questuon, there will be no
                reason for a path computation return one path, while the
                actual tunnel, when requested, taking a different one.

                Note also that all extra parameters we are talking about
                are optional and could be omitted in path computation
                RPC if it is known, for example, from experience that
                they do not affect the actual tunnel routing.

                

                Igor

          

          

            

              
From:Daniele Ceccarelli

            

            

              
To:Belotti, Sergio
                  (Nokia - IT/Vimercate),TEAS WG,teas-chairs@ietf.org,

            

            

              
Cc:Francesco
                  Lazzeri,Sethuraman, Karthik,Scharf, Michael (Nokia -
                  DE/Stuttgart),Victor Lopez,OSCAR GONZALEZ DE DIOS (oscar.gonzalezdedios@telefonica.com),Beller,
                  Dieter (Nokia - DE/Stuttgart),Carlo
                  Perocchio,Leeyoung,Anurag Sharma (ansha@google.com),Ricard
                  Vilalta,shiyan49@chinaunicom.cn,Italo Busi,

            

            

              
Date:2018-07-26 05:54:16

            

            

              
Subject:Re: [Teas]
                  draft-ietf-teas-yang-path-computation-02 : path
                  computation stateless RPC attributes

            

            

              

            

          

          

            

              
Hi,

              

              
>The
                  question is: are there benefits in including in input
                  of Path Computation Request RPC also te-tunnel
                  attributes without any foreseen recommended usage by
                  path computation engine?

              

              
Absolutely no.

              

              
Main reasons:

              
    
                
  1. Policies
                  might not be shared with the MDSC
    2. 
                
  2. Policies
                  may be different from PNC to PNC
    3. 
                
  3. A high
                  number of path computation results will be discarded
                  (stateless path computation is needed also by the MDSC
                  to understand what are the different options to get
                  from a node in a domain to another node in a different
                  domain and possibly through a number of other
                  domainshence a high number of comination)
    4. 
                
  4. Last
                  but not least simplification.
    5. 
              

              

              
BR

                Daniele 

              

              

                

                  

                    
From: Belotti, Sergio
                      (Nokia - IT/Vimercate) <sergio.belotti@nokia..com>
                      

                      Sent: gioved 26 luglio 2018 11:00

                      To: TEAS WG <teas@ietf.org>; 
                        teas-chairs@ietf.org

                      Cc: Italo Busi <Italo.Busi@huawei.com>;
                      Belotti, Sergio (Nokia - IT/Vimercate) <sergio.belotti@nokia.com>;
                      Francesco Lazzeri <francesco.lazzeri@ericsson.com>;
                      Carlo Perocchio <carlo.perocchio@ericsson.com>;
                      Scharf, Michael (Nokia - DE/Stuttgart) <michael.scharf@nokia.com>;
                      Anurag Sharma (ansha@google.com)
                      <ansha@google.com>;
                      
                        ylee@huawei.com; shiyan49@chinaunicom.cn;
                      Ricard Vilalta <ricard.vilalta@cttc.es>;
                      OSCAR GONZALEZ DE DIOS (oscar.gonzalezdedios@telefonica.com)
                      <oscar.gonzalezdedios@telefonica.com>;
                      Victor Lopez <vlopez@tid.es>;
                      Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>;
                      Beller, Dieter (Nokia - DE/Stuttgart) <dieter.beller@nokia.com>;
                      Sethuraman, Karthik <Karthik.Sethuraman@necam.com>

                      Subject:
                      draft-ietf-teas-yang-path-computation-02 : path
                      computation stateless RPC attributes

                  

                

                

                
Hi
                    all,

                

                
After
                    the discussion held during the last TEAS WG session
                    in IETF102 and some offline talks, we are trying to
                    summarize the questions that we need to answer to
                    resolve the open issue 31 (reference for background
                    
https://github.com/rvilalta/ietf-te-path-computation/issues/31) .
                    

                

                
The
                    question is: are there benefits in including in
                    input of Path Computation Request RPC also te-tunnel
                    attributes without any foreseen recommended usage by
                    path computation engine? For example this is the
                    case of administration attributes such as 'tunnel
                    description' or of those attributes that are
                    relevant only for the provisioning phase e.g
                    provisioning-state... Please consider that the
                    question is in the scope of a
                    'Stateless-Path-Computation' service: no state or
                    data is saved by PCE after RPC output is returned to
                    the client.

                

                
One
                    of the main use case for the Path Computation RPC
                    design is to support multi domain path computation.
                    In this case the MDSC (the RPC client) addresses to
                    a PNC (the RPC server) a request to compute a path
                    within the PNC native/controlled topology during the
                    quest for a multi-domain path at a given time T1; at
                    a later time T2 (once, for example, the e2e path is
                    identified) MDSC requests southbound to PNC per
                    domain Tunnel setup (the segments of the
                    multi-domain tunnel) with either the same or
                    different metrics and constraints (MDSC
                    implementation decision), to guarantee that the PNC
                    would setup a path equivalent or better than the one
                    computed at time T1.

                

                
Example:
                    the MDSC computes a multi-domain end-to-end path
                    between points A and Z and selects a path having
                    te-metric 100. The path A-Z passes through the
                    domain controlled by PNC X, entering in B and
                    exiting in C, for which path computation RPC has
                    returned a B-C path with te-metric 20. When asking
                    PNC X to setup the path B-C, a constraint on
                    te-metric must be provided in order to avoid PNC X
                    finding a suitable path satisfying all the other
                    constraints of the end-to-end path but with
                    te-metric higher than 20. If a different path is
                    found with a metric < 20, that's fine. So, it's
                    not essential that the same identical path is
                    produced at the second path computation. The only
                    requirement is on its metrics.

                

                
Depending
                    on the abstraction level applied by the domain
                    controller the client may never know the actual
                    computed path: the only important requirement is
                    that the path metrics and constraints are met.

                
Therefore
                    it is not necessary to guaranteed that the path
                    setup at time T2 is exactly the same as the path
                    computed at time T1 but only that it has the same or
                    better metrics.

                

                
Regarding
                    the policies, it has been said in the ietf meeting
                    (see the relevant transcript) that they allow a
                    "private" behavior of the server triggered by a
                    condition depending possibly on any attribute of the
                    tunnel request. This actually prevents a client
                    application to perform autonomously the end-to-end
                    path computation (e.g. using detailed connectivity
                    matrix), as it doesn't know how each domain will
                    behave when recomputing the tunnel for deployment
                    (and so applying policies the client doesn't know
                    and which could be even different for different
                    domains).

                
In
                    order to prevent this, policies should be explicitly
                    shared with the clients, and be included in the
                    detailed connectivity matrix information exposed by
                    each domain to take into account not only the
                    possible alternative path computation parameters,
                    but also all the possible combinations of applicable
                    policies. The client shall then select the suitable
                    detailed connectivity matrix taking into account
                    both the path computation parameters AND the
                    applicable policies.

                
When
                    such policy attributes are defined, they will be
                    included in the path computation RPC.

                

                
Italo and Sergio (on behalf of
                  co-authors/contributors)

                

                
Sergio
                    Belotti

                
Senior
                    System Engineer and Standardization Architect

                
IP/Optical
                    Networks, Optics BU

                
Nokia 

                
M: +39-335761776

                
Via Energy Park, 20871 Vimercate (MB) ,
                    Italy

                
sergio.belotti@nokia.com

                

              

            

          

        

      

    

    

  



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Reply-To: 
From: "Adrian Farrel" 
To: "'Dieter Beller'" , "'Francesco Lazzeri'" , "'Daniele Ceccarelli'" , "'Igor Bryskin'" , , , 
Cc: "'Italo Busi'" , , , , "'Carlo Perocchio'" , "'Leeyoung'" , , , , 
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Archived-At: 
Subject: Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path computation stateless RPC attributes
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I've had several off-line conversations with a number of you where I =
have
learned a lot about the use cases and desires that are driving this =
work.
=20
However, (there he goes spoiling the effect!) I see nothing in the use =
cases
that could not be addressed using PCEP (if PCEP were implemented in =
those
scenarios) so it makes me think that we should generalise (as we should =
do in
many cases, anyway). That is, we should make our YANG model carry =
exactly the
same information as a PCEP computation request/response, and for the =
same
reasons.
=20
Some of that information should be part of the base model and some =
should be in
augmentations, but I don't suppose we should leave stuff out.=20
=20
The debate about how fields like "tunnel name" are used does not serve =
us well,
I believe. That in some environments there is information encoded in =
these
fields so that the PCC can communicate to the PCE the purpose of the =
path
computation is (of course) a implementation/deployment thing. That it =
can be
useful to a PCE, looking at the LSPs installed in the network, to match =
them
against the computations it performed may be incidental to this =
discussion. My
point is that the parameters are there in PCEP, they may have found =
various
uses, and the YANG model is supposed to model the PCEP requests.
=20
I have yet to be convinced of the desirability of leaving things out. =
And I
don't see the harm of including stuff.
=20
Adrian
=20
From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Dieter Beller
Sent: 27 July 2018 16:22
To: Francesco Lazzeri; Daniele Ceccarelli; Igor Bryskin;
sergio.belotti@nokia.com; teas@ietf.org; teas-chairs@ietf.org
Cc: Italo Busi; michael.scharf@nokia.com; vlopez@tid.es;
oscar.gonzalezdedios@telefonica.com; Carlo Perocchio; Leeyoung;
ansha@google.com; ricard.vilalta@cttc.es; shiyan49@chinaunicom.cn;
Karthik.Sethuraman@necam.com
Subject: Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path =
computation
stateless RPC attributes
=20
Hi all,

I concur with the comments from Francesco and Daniele below as well as =
with
those from Michael.

We discussed this issue at length in Montreal after the CCAMP session =
and I
would like to emphasize again that I am having reservations about =
policies being
applied by a path computation engine based on attributes that are =
provided as
input to path computation, which have absolutely nothing to do with =
policy
rules as they were defined for totally other purposes! We called that =
hidden
policies in our discussion.


Thanks,
Dieter


On 27.07.2018 10:16, Francesco Lazzeri wrote:
I believe that the main point for deciding whether all the parameters =
(including
name, description and so on) are needed or not for stateless path =
computation is
the adoption of policies.=20
When I think about policies, I go to the definitions present in RFC3060, =
where
policy information model is described.=20
According to 3060, basically policies are a (set of) rules where each =
rule is
defined by enabling conditions (boolean expressions that =93enable=94 =
the policy
actions as soon as they become true) and policy actions (the behavior of =
the
policy).=20
If we introduce this concept in path computation we could think for =
example to
create two policies for a given domain D:
=20
*	The first one is enabled when the tunnel description contains the =
string
=93igor=94, and the relevant action is avoiding the node X inside the =
relevant
domain.
*	The second one is enabled when the tunnel description con contains the
string =93francesco=94, and the levant action is avoiding the node Y =
inside the
relevant domain.
=20
Let suppose we don=92t want to use stateless path computation (e.g. the =
domain is
=93white=94, so we have full topology information about it, or, if =
domain is =93black=94
or =93gray=94,  we just use its abstract connectivity).
We are asking for a new tunnel with description =93igor=94.
Assuming the client (MDSC) knows nothing about those policies, it does =
path
computation end-to-end using the topology information it collected,  and =
find
that the best end-to-end path passing through D.=20
This path could well use node X: MDSC doesn=92t care, as it doesn=92t =
know that
there is a policy installed in D the will ask to avoid that node.=20
When the end-to-end path needs to be deployed the tunnel requested on D =
will be
created using a path avoding X, because the path creation is done by the
controller of the domain D which is aware of and enforces that policy. =20
But, being this path different from the one computed during the =
end-to-end path
computation, it could have different te-cost, igp-cost, latency and so =
on,
leading to end-to-end figures possibly not in compliance with the =
end-to-end
constraints.=20
In my view, this is not acceptable.
=20
There are two ways to overcome this issue:
=20
*	Requesting path computation to the domain D also during end-to-end =
path
computation. This is stateless path computation actually, and means that
abstract topology is useless (as we actully are renouncing to use it).
*	Exposing information about policies to the MDSC (or the client
requesting end-to-end path computation). But this is still not enough: =
abstract
topology should be also enhanced in order to take into account the =
possible
policies enforced.=20
In this example we should have one (or more) abstract connectivity =
information
for ingress-egress of D in case neither =93igor=94 or =93francesco=94 =
policies are
enforced, =93igor=94 is enforced, =93francesco=94 is enforced, =
=93igor=94 and =93francesco=94
are enforced at once (e.g. asking a path having name =93igor and =
francesco like
ietf=94).=20
In this case policy information known to MDSC could be limited to the =
enabling
conditions, which should also be referred by the relevant abstract =
connectivity,
of course, so MDSC can select the right connectivity information.
=20
In the past we already had discussions about the scalability of the =
abstract
connectivity model, and basically the stateful model was born because =
this very
reason. The presence of policies makes the scalability issue even more =
evident,
multiplying each abstract link times the number of the combinations of =
the
installed policies in the domain.
=20
So, now we can:
=20
*	Renounce at all to use policies (or provide for them a definition
different from RFC3060, please suggest). In this case not all the =
attributes
present in ietf-te are managed by ietf-te-path-computation are needed.
*	Use the policies and use only ietf-te-path-computation; this lead to a
deep revision of the entire ietf model of the traffic and topology, =
because
abstract connectivity information is no longer needed.=20
*	Go ahead with ietf-te plus these policies and face either wrong =
results
or the =93dragon=94 of scalability.
=20
My 2 cents
Francesco
=20
=20
From: Daniele Ceccarelli=20
Sent: 27 July, 2018 8:29 AM
To: Igor Bryskin   =
;
sergio.belotti@nokia.com; teas@ietf.org; teas-chairs@ietf.org
Cc: Francesco Lazzeri  
; Karthik.Sethuraman@necam.com;
michael.scharf@nokia.com; vlopez@tid.es; =
oscar.gonzalezdedios@telefonica.com;
dieter.beller@nokia.com; Carlo Perocchio  =

; Leeyoung  
; ansha@google.com; ricard.vilalta@cttc.es;
shiyan49@chinaunicom.cn; Italo Busi  

Subject: RE: [Teas] draft-ietf-teas-yang-path-computation-02 : path =
computation
stateless RPC attributes
=20
Hi Igor,
=20
what you are describing is just one of the use cases.
=20
*	Statefull path computation: I want the request/response to be =
guaranteed
along the same path returned via path computation response.
*	Stateless path computation: I don=92t really care about the path, I =
just
want to know that a path exists with given characteristics between A and =
B.
=20
Here we=92re talking about stateless path computation. As I said before =
if a H-PCE
needs to find the best path across multiple domains and there are =
different
links/nodes that allow going from one domain to the other, the number of
iterations between the H-PCE and the various PCE is huge, hence it =
should be
very simple and in 99% of the cases who cares about an intra domain =
path? The
only thing that cares is that between two border nodes there are X Gbps =
with
given TE characteristics.
=20
Cheers
Daniele =20
=20
From: Igor Bryskin =20
Sent: gioved=EC 26 luglio 2018 16:50
To: Daniele Ceccarelli ;
sergio.belotti@nokia.com; teas@ietf.org; teas-chairs@ietf.org
Cc: Francesco Lazzeri ;
Karthik.Sethuraman@necam.com; michael.scharf@nokia.com; vlopez@tid.es;
oscar.gonzalezdedios@telefonica.com; dieter.beller@nokia.com; Carlo =
Perocchio
; Leeyoung ;
ansha@google.com; ricard.vilalta@cttc.es; shiyan49@chinaunicom.cn; Italo =
Busi

Subject: Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path =
computation
stateless RPC attributes
=20
Daniele,
What is the point of path computation request / response if it can not =
be
guaranteed, generally speaking, that a TE tunnel configured on a given =
network
will take the same path as returned via path computation response?
The policies installed in the network are not expected to be known to =
all
clients, but the policies could significantly  influence  on tunnel =
routing.
All we are saying is that when the same information is passed for tunnel
configuration and in path computation request for the tunnel  in =
questuon, there
will be no reason for a path computation return one path, while the =
actual
tunnel, when requested,  taking  a different one.
Note also that all extra parameters we are talking about are optional =
and could
be omitted in path computation RPC if it is known, for example, from =
experience
that they do not affect the actual tunnel routing.

Igor
From:Daniele Ceccarelli
To:Belotti, Sergio (Nokia - IT/Vimercate),TEAS WG,teas-chairs@ietf.org,
Cc:Francesco Lazzeri,Sethuraman, Karthik,Scharf, Michael (Nokia -
DE/Stuttgart),Victor Lopez,OSCAR GONZALEZ DE DIOS
(oscar.gonzalezdedios@telefonica.com),Beller
 , Dieter (Nokia -
DE/Stuttgart),Carlo Perocchio,Leeyoung,Anurag Sharma =
(ansha@google.com),Ricard
  =
Vilalta,shiyan49@chinaunicom.cn,Italo Busi,
Date:2018-07-26 05:54:16
Subject:Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path =
computation
stateless RPC attributes
=20
Hi,
=20
>The question is: are there benefits in including in input of Path =
Computation
Request RPC also te-tunnel attributes without any foreseen recommended =
usage by
path computation engine?
=20
Absolutely no.
=20
Main reasons:
1.	Policies might not be shared with the MDSC
2.	Policies may be different from PNC to PNC
3.	A high number of path computation results will be discarded =
(stateless
path computation is needed also by the MDSC to understand what are the =
different
options to get from a node in a domain to another node in a different =
domain and
possibly through a number of other domains=85hence a high number of =
comination)
4.	Last but not least simplification.
=20
BR
Daniele =20
=20
From: Belotti, Sergio (Nokia - IT/Vimercate)  =

Sent: gioved=EC 26 luglio 2018 11:00
To: TEAS WG ; teas-chairs@ietf.org
Cc: Italo Busi ; Belotti, Sergio (Nokia - =
IT/Vimercate)
; Francesco Lazzeri =
;
Carlo Perocchio ; Scharf, Michael (Nokia -
DE/Stuttgart) ; Anurag Sharma =
(ansha@google.com)
; ylee@huawei.com; shiyan49@chinaunicom.cn; Ricard =
Vilalta
; OSCAR GONZALEZ DE DIOS
(oscar.gonzalezdedios@telefonica.com) =
;
Victor Lopez ; Daniele Ceccarelli
; Beller, Dieter (Nokia - DE/Stuttgart)
; Sethuraman, Karthik =

Subject: draft-ietf-teas-yang-path-computation-02 : path computation =
stateless
RPC attributes
=20
Hi all,
=20
After the discussion held during the last TEAS WG session in IETF102 and =
some
offline talks, we are trying to summarize the questions that we need to =
answer
to resolve the open issue 31 (reference for background
https://github.com/rvilalta/ietf-te-path-computation/issues/31) .=20
=20
The question is: are there benefits in including in input of Path =
Computation
Request RPC also te-tunnel attributes without any foreseen recommended =
usage by
path computation engine? For example this is the case of administration
attributes such as 'tunnel description' or of those attributes that are =
relevant
only for the provisioning phase e.g provisioning-state... Please =
consider that
the question is in the scope of a 'Stateless-Path-Computation' service: =
no state
or data is saved by PCE after RPC output is returned to the client.=20
=20
One of the main use case for the Path Computation RPC design is to =
support multi
domain path computation. In this case the MDSC (the RPC client) =
addresses to a
PNC (the RPC server) a request to compute a path within the PNC
native/controlled topology during the quest for a multi-domain path at a =
given
time T1; at a later time T2 (once, for example, the e2e path is =
identified) MDSC
requests southbound to PNC per domain Tunnel setup (the segments of the
multi-domain tunnel) with either the same or different metrics and =
constraints
(MDSC implementation decision), to guarantee that the PNC would setup a =
path
equivalent or better than the one computed at time T1.
=20
Example: the MDSC computes a multi-domain end-to-end path between points =
A and Z
and selects a path having te-metric 100. The path A-Z passes through the =
 domain
controlled by PNC  X, entering in B and exiting in C, for which path =
computation
RPC has returned a B-C path with te-metric 20. When asking  PNC X to =
setup the
path B-C, a constraint on te-metric must be provided in order to avoid =
PNC X
finding a suitable path satisfying all the other constraints of the =
end-to-end
path but with te-metric higher than 20. If a different path is found =
with a
metric < 20, that's fine. So, it's not essential that the same identical =
path is
produced at the second path computation. The only requirement is on its =
metrics.
=20
 Depending on the abstraction level applied by the domain controller the =
client
may never know the actual computed path: the only important requirement =
is that
the path metrics and constraints are met.
Therefore it is not necessary to guaranteed that the path setup at time =
T2 is
exactly the same as the path computed at time T1 but only that it has =
the same
or better metrics.
=20
Regarding the policies, it has been said in the ietf meeting (see the =
relevant
transcript) that they allow a "private" behavior of the server triggered =
by a
condition depending possibly on any attribute of the tunnel request. =
This
actually prevents a client application to perform autonomously the =
end-to-end
path computation (e.g. using detailed connectivity matrix), as it =
doesn't know
how each domain will behave when recomputing the tunnel for deployment =
(and so
applying policies the client doesn't know and which could be even =
different for
different domains).=20
In order to prevent this, policies should be explicitly shared with the =
clients,
and be included in the detailed connectivity matrix information exposed =
by each
domain to take into account not only the possible alternative path =
computation
parameters, but also all the possible combinations of applicable =
policies. The
client shall then select the suitable detailed connectivity matrix =
taking into
account both the path computation parameters AND the applicable =
policies.=20
When such policy attributes are defined, they will be included in the =
path
computation RPC.
=20
Italo and Sergio (on behalf of co-authors/contributors)
=20
Sergio Belotti
Senior System Engineer and Standardization Architect
IP/Optical Networks, Optics BU
Nokia=20
M: +39-335761776
Via Energy Park, 20871 Vimercate (MB) , Italy
sergio.belotti@nokia.com
=20
=20

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I've had several =
off-line conversations with a number of you where I have learned a lot =
about the use cases and desires that are driving this =
work.
 
However, (there he =
goes spoiling the effect!) I see nothing in the use cases that could not =
be addressed using PCEP (if PCEP were implemented in those scenarios) so =
it makes me think that we should generalise (as we should do in many =
cases, anyway). That is, we should make our YANG model carry exactly the =
same information as a PCEP computation request/response, and for the =
same reasons.
 
Some of that =
information should be part of the base model and some should be in =
augmentations, but I don't suppose we should leave stuff out. =

 
The debate about how =
fields like "tunnel name" are used does not serve us well, I =
believe. That in some environments there is information encoded in these =
fields so that the PCC can communicate to the PCE the purpose of the =
path computation is (of course) a implementation/deployment thing. That =
it can be useful to a PCE, looking at the LSPs installed in the network, =
to match them against the computations it performed may be incidental to =
this discussion. My point is that the parameters are there in PCEP, they =
may have found various uses, and the YANG model is supposed to model the =
PCEP requests.
 
I have yet to be =
convinced of the desirability of leaving things out. And I don't see the =
harm of including stuff.
 
Adrian
 
From: =
Teas [mailto:teas-bounces@ietf.org] On Behalf Of Dieter =
Beller
Sent: 27 July 2018 16:22
To: Francesco =
Lazzeri; Daniele Ceccarelli; Igor Bryskin; sergio.belotti@nokia.com; =
teas@ietf.org; teas-chairs@ietf.org
Cc: Italo Busi; =
michael.scharf@nokia.com; vlopez@tid.es; =
oscar.gonzalezdedios@telefonica.com; Carlo Perocchio; Leeyoung; =
ansha@google.com; ricard.vilalta@cttc.es; shiyan49@chinaunicom.cn; =
Karthik.Sethuraman@necam.com
Subject: Re: [Teas] =
draft-ietf-teas-yang-path-computation-02 : path computation stateless =
RPC attributes
 
Hi all,

I concur with the comments from Francesco =
and Daniele below as well as with those from Michael.

We =
discussed this issue at length in Montreal after the CCAMP session and I =
would like to emphasize again that I am having reservations about =
policies being
applied by a path computation engine based on =
attributes that are provided as input to path computation, which have =
absolutely nothing to do with policy
rules as they were defined for =
totally other purposes! We called that hidden policies in our =
discussion.


Thanks,
Dieter

On 27.07.2018 10:16, =
Francesco Lazzeri wrote:
I =
believe that the main point for deciding whether all the parameters =
(including name, description and so on) are needed or not for stateless =
path computation is the adoption of policies. 
When I think about policies, I go to the definitions =
present in RFC3060, where policy information model is described. =

According to 3060, basically =
policies are a (set of) rules where each rule is defined by enabling =
conditions (boolean expressions that “enable” the policy =
actions as soon as they become true) and policy actions (the behavior of =
the policy). 
If we introduce this =
concept in path computation we could think for example to create two =
policies for a given domain D:
 
  • The first one is =
enabled when the tunnel description contains the string =
“igor”, and the relevant action is avoiding the node X =
inside the relevant domain.
  • The second one is =
enabled when the tunnel description con contains the string =
“francesco”, and the levant action is avoiding the node Y =
inside the relevant domain.
 
Let suppose =
we don’t want to use stateless path computation (e.g. the domain =
is “white”, so we have full topology information about it, =
or, if domain is “black” or “gray”,  we =
just use its abstract connectivity).
We are asking for a new tunnel with description =
“igor”.
Assuming the =
client (MDSC) knows nothing about those policies, it does path =
computation end-to-end using the topology information it collected, =
 and find that the best end-to-end path passing through D. =

This path could well use node X: =
MDSC doesn’t care, as it doesn’t know that there is a policy =
installed in D the will ask to avoid that node. 
When the end-to-end path needs to be deployed the =
tunnel requested on D will be created using a path avoding X, because =
the path creation is done by the controller of the domain D which is =
aware of and enforces that policy.  
But, being this path different from the one computed =
during the end-to-end path computation, it could have different te-cost, =
igp-cost, latency and so on, leading to end-to-end figures possibly not =
in compliance with the end-to-end constraints. 
In my view, this is not acceptable.
 
There are =
two ways to overcome this issue:
 
  • Requesting path =
computation to the domain D also during end-to-end path computation. =
This is stateless path computation actually, and means that abstract =
topology is useless (as we actully are renouncing to use =
it).
  • Exposing information =
about policies to the MDSC (or the client requesting end-to-end path =
computation). But this is still not enough: abstract topology should be =
also enhanced in order to take into account the possible policies =
enforced. 
    In this example we should have one (or more) abstract =
connectivity information for ingress-egress of D in case neither =
“igor” or “francesco” policies are enforced, =
“igor” is enforced, “francesco” is enforced, =
“igor” and “francesco” are enforced at once =
(e.g. asking a path having name “igor and francesco like =
ietf”). 
    In this case policy information known to MDSC could be =
limited to the enabling conditions, which should also be referred by the =
relevant abstract connectivity, of course, so MDSC can select the right =
connectivity information.
 
In =
the past we already had discussions about the scalability of the =
abstract connectivity model, and basically the stateful model was born =
because this very reason. The presence of policies makes the scalability =
issue even more evident, multiplying each abstract link times the number =
of the combinations of the installed policies in the =
domain.
 
So, now we can:
 
  • Renounce at all to =
use policies (or provide for them a definition different from RFC3060, =
please suggest). In this case not all the attributes present in ietf-te =
are managed by ietf-te-path-computation are =
needed.
  • Use the policies and =
use only ietf-te-path-computation; this lead to a deep revision of the =
entire ietf model of the traffic and topology, because abstract =
connectivity information is no longer needed. 
  • Go =
ahead with ietf-te plus these policies and face either wrong results or =
the “dragon” of scalability.
 
My 2 =
cents
Francesco
 
 
From: Daniele Ceccarelli =

Sent: 27 July, 2018 8:29 AM
To: Igor Bryskin <Igor.Bryskin@huawei.com>; sergio.belotti@nokia.com; =
teas@ietf.org; teas-chairs@ietf.org
Cc: Francesco Lazzeri <francesco.lazzeri@eric=
sson.com>; Karthik.Sethuraman@necam.com=
; michael.scharf@nokia.com; =
vlopez@tid.es; oscar.gonzalezdedios@=
telefonica.com; dieter.beller@nokia.com; =
Carlo Perocchio <carlo.perocchio@ericsson=
.com>; Leeyoung <leeyoung@huawei.com>; ansha@google.com; ricard.vilalta@cttc.es; shiyan49@chinaunicom.cn; =
Italo Busi <Italo.Busi@huawei.com>Subject: RE: [Teas] draft-ietf-teas-yang-path-computation-02 : =
path computation stateless RPC attributes
 
Hi =
Igor,
 
what you are describing is just one of the use =
cases.
 
  • Statefull path =
computation: I want the request/response to be guaranteed along the same =
path returned via path computation response.
  • Stateless path computation: I don’t really care about the =
path, I just want to know that a path exists with given characteristics =
between A and B.
 
Here =
we’re talking about stateless path computation. As I said before =
if a H-PCE needs to find the best path across multiple domains and there =
are different links/nodes that allow going from one domain to the other, =
the number of iterations between the H-PCE and the various PCE is huge, =
hence it should be very simple and in 99% of the cases who cares about =
an intra domain path? The only thing that cares is that between two =
border nodes there are X Gbps with given TE =
characteristics.
 
Cheers
Daniele  
 
From: Igor =
Bryskin <Igor.Bryskin@huawei.com> =

Sent: gioved=EC 26 luglio 2018 16:50
To: Daniele =
Ceccarelli <daniele.ceccarelli@ericss=
on.com>; sergio.belotti@nokia.com; =
teas@ietf.org; teas-chairs@ietf.org
Cc: Francesco Lazzeri <francesco.lazzeri@ericsson=
.com>; Karthik.Sethuraman@necam.com=
; michael.scharf@nokia.com; =
vlopez@tid.es; oscar.gonzalezdedios@=
telefonica.com; dieter.beller@nokia.com; =
Carlo Perocchio <carlo.perocchio@ericsson.com=
>; Leeyoung <leeyoung@huawei.com>; ansha@google.com; ricard.vilalta@cttc.es; shiyan49@chinaunicom.cn; =
Italo Busi <Italo.Busi@huawei.com>
Subject: Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path =
computation stateless RPC attributes
 
Daniele,
What is the point of path =
computation request / response if it can not be guaranteed, generally =
speaking, that a TE tunnel configured on a given network will take the =
same path as returned via path computation response?
The policies =
installed in the network are not expected to be known to all clients, =
but the policies could significantly  influence  on tunnel =
routing.
All we are saying is that when the same information is =
passed for tunnel configuration and in path computation request for the =
tunnel  in questuon, there will be no reason for a path computation =
return one path, while the actual tunnel, when requested,  =
taking  a different one.
Note also that all extra parameters we =
are talking about are optional and could be omitted in path computation =
RPC if it is known, for example, from experience that they do not affect =
the actual tunnel routing.

Igor
From:Daniele =
Ceccarelli
To:Belotti, =
Sergio (Nokia - IT/Vimercate),TEAS WG,teas-chairs@ietf.org,
Cc:Francesco =
Lazzeri,Sethuraman, Karthik,Scharf, Michael (Nokia - =
DE/Stuttgart),Victor Lopez,OSCAR GONZALEZ DE DIOS (oscar.gonza=
lezdedios@telefonica.com),Beller, Dieter (Nokia - =
DE/Stuttgart),Carlo Perocchio,Leeyoung,Anurag Sharma (ansha@google.com),Ricard =
Vilalta,shiyan49@chinaunicom.cn,Ita=
lo Busi,
Date:2018-07-26 =
05:54:16
Subject:Re: [Teas] =
draft-ietf-teas-yang-path-computation-02 : path computation stateless =
RPC attributes
 <=
/p>
Hi,
 <=
o:p>
>The =
question is: are there benefits in including in input of Path =
Computation Request RPC also te-tunnel attributes without any foreseen =
recommended usage by path computation engine?
 
Absolutely =
no.
 
Main reasons:
  1. Policies might not =
be shared with the MDSC
  2. Policies may be =
different from PNC to PNC
  3. A high number of =
path computation results will be discarded (stateless path computation =
is needed also by the MDSC to understand what are the different options =
to get from a node in a domain to another node in a different domain and =
possibly through a number of other domains…hence a high number of =
comination)
  4. Last but not least =
simplification.
 
BR
Daniele  
 
From: =
Belotti, Sergio (Nokia - IT/Vimercate) <sergio.belotti@nokia..com&g=
t; 
Sent: gioved=EC 26 luglio 2018 11:00
To: TEAS WG =
<teas@ietf.org>; teas-chairs@ietf.org
Cc: Italo Busi <Italo.Busi@huawei.com>; =
Belotti, Sergio (Nokia - IT/Vimercate) <sergio.belotti@nokia.com>=
; Francesco Lazzeri <francesco.lazzeri@ericsson=
.com>; Carlo Perocchio <carlo.perocchio@ericsson.com=
>; Scharf, Michael (Nokia - DE/Stuttgart) <michael.scharf@nokia.com>=
; Anurag Sharma (ansha@google.com) <ansha@google.com>; ylee@huawei.com; shiyan49@chinaunicom.cn; =
Ricard Vilalta <ricard.vilalta@cttc.es>; =
OSCAR GONZALEZ DE DIOS (oscar.gonzalezdedios@=
telefonica.com) <oscar.gonzalezdedios@=
telefonica.com>; Victor Lopez <vlopez@tid.es>; Daniele Ceccarelli =
<daniele.ceccarelli@ericss=
on.com>; Beller, Dieter (Nokia - DE/Stuttgart) <dieter.beller@nokia.com>; =
Sethuraman, Karthik <Karthik.Sethuraman@necam.com=
>
Subject: draft-ietf-teas-yang-path-computation-02 : =
path computation stateless RPC attributes
 
Hi =
all,
 <=
o:p>
After the =
discussion held during the last TEAS WG session in IETF102 and some =
offline talks, we are trying to summarize the questions that we need to =
answer to resolve the open issue 31 (reference for background h=
ttps://github.com/rvilalta/ietf-te-path-computation/issues/31) . =

 <=
o:p>
The question =
is: are there benefits in including in input of Path Computation Request =
RPC also te-tunnel attributes without any foreseen recommended usage by =
path computation engine? For example this is the case of administration =
attributes such as 'tunnel description' or of those attributes that are =
relevant only for the provisioning phase e.g provisioning-state... =
Please consider that the question is in the scope of a =
'Stateless-Path-Computation' service: no state or data is saved by PCE =
after RPC output is returned to the =
client. 
 <=
o:p>
One of the =
main use case for the Path Computation RPC design is to support multi =
domain path computation. In this case the MDSC (the RPC client) =
addresses to a PNC (the RPC server) a request to compute a path within =
the PNC native/controlled topology during the quest for a multi-domain =
path at a given time T1; at a later time T2 (once, for example, the e2e =
path is identified) MDSC requests southbound to PNC per domain Tunnel =
setup (the segments of the multi-domain tunnel) with either the same or =
different metrics and constraints (MDSC implementation decision), to =
guarantee that the PNC would setup a path equivalent or better than the =
one computed at time T1.
 <=
o:p>
Example: the =
MDSC computes a multi-domain end-to-end path between points A and Z and =
selects a path having te-metric 100. The path A-Z passes through =
the  domain controlled by PNC  X, entering in B and exiting in =
C, for which path computation RPC has returned a B-C path with te-metric =
20. When asking  PNC X to setup the path B-C, a constraint on =
te-metric must be provided in order to avoid PNC X finding a suitable =
path satisfying all the other constraints of the end-to-end path but =
with te-metric higher than 20. If a different path is found with a =
metric < 20, that's fine. So, it's not essential that the same =
identical path is produced at the second path computation. The only =
requirement is on its metrics.
 <=
o:p>
 Dependin=
g on the abstraction level applied by the domain controller the client =
may never know the actual computed path: the only important requirement =
is that the path metrics and constraints are =
met.
Therefore it =
is not necessary to guaranteed that the path setup at time T2 is exactly =
the same as the path computed at time T1 but only that it has the same =
or better metrics.
 <=
o:p>
Regarding the =
policies, it has been said in the ietf meeting (see the relevant =
transcript) that they allow a "private" behavior of the server =
triggered by a condition depending possibly on any attribute of the =
tunnel request. This actually prevents a client application to perform =
autonomously the end-to-end path computation (e.g. using detailed =
connectivity matrix), as it doesn't know how each domain will behave =
when recomputing the tunnel for deployment (and so applying policies the =
client doesn't know and which could be even different for different =
domains). 
In order to =
prevent this, policies should be explicitly shared with the clients, and =
be included in the detailed connectivity matrix information exposed by =
each domain to take into account not only the possible alternative path =
computation parameters, but also all the possible combinations of =
applicable policies. The client shall then select the suitable detailed =
connectivity matrix taking into account both the path computation =
parameters AND the applicable policies. 
When such =
policy attributes are defined, they will be included in the path =
computation RPC.
 
Italo and =
Sergio (on behalf of co-authors/contributors)
 
Sergio Belotti
Senior System Engineer =
and Standardization Architect
IP/Optical Networks, =
Optics BU
Nokia 
M: =
+39-335761776
Via Energy Park, 20871 =
Vimercate (MB) , Italy
sergio.belotti@nokia.com
 
 

------=_NextPart_000_0298_01D425E0.3E8E6B50--


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From: Igor Bryskin 
To: "daniele.ceccarelli@ericsson.com" , Igor Bryskin , "sergio.belotti@nokia.com" , "teas@ietf.org" , "teas-chairs@ietf.org" 
CC: "francesco.lazzeri@ericsson.com" , "Karthik.Sethuraman@necam.com" , "michael.scharf@nokia.com" , "vlopez@tid.es" , "oscar.gonzalezdedios@telefonica.com" , "dieter.beller@nokia.com" , "carlo.perocchio@ericsson.com" , Leeyoung , "ansha@google.com" , "ricard.vilalta@cttc.es" , "shiyan49@chinaunicom.cn" , Italo Busi 
Thread-Topic: RE: [Teas] draft-ietf-teas-yang-path-computation-02 : path computation stateless RPC attributes
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From: Igor Bryskin 
To: "adrian@olddog.co.uk" , 'Dieter Beller' , 'Francesco Lazzeri' , 'Daniele Ceccarelli' , "sergio.belotti@nokia.com" , "teas@ietf.org" , "teas-chairs@ietf.org" 
CC: Italo Busi , "michael.scharf@nokia.com" , "vlopez@tid.es" , "oscar.gonzalezdedios@telefonica.com" , 'Carlo Perocchio' , Leeyoung , "ansha@google.com" , "ricard.vilalta@cttc.es" , "shiyan49@chinaunicom.cn" , "Karthik.Sethuraman@necam.com" 
Thread-Topic: [Teas] draft-ietf-teas-yang-path-computation-02 : path computation stateless RPC attributes
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Date: Fri, 27 Jul 2018 20:10:49 +0000
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Subject: Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path computation stateless RPC attributes
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Hi Adrian,

To say that we cannot do a stateless path computation better than what coul=
d be done using PCEP today is a bit too bold IMUO. Why then we keep working=
 on PCEP enhancements? ;-)

One example: today, using the TE tunnel model, a client can request (and I =
know servers that implement) a customized (client controlled) weighted mult=
i-criteria optimization for path selection, specifying any subset of model =
defined metrics. For example, the client can ask for a best possible compro=
mise between, say, TE e2e cost, delay and following as much as possible a s=
pecific explicit path, assigning a relative weight/importance to each of th=
e three criteria. AFAIK this is not possible to do with PCEP today.

Cheers,
Igor


From: Adrian Farrel [mailto:adrian@olddog.co.uk]
Sent: Friday, July 27, 2018 2:30 PM
To: 'Dieter Beller'; 'Francesco Lazzeri'; 'Daniele Ceccarelli'; Igor Bryski=
n; sergio.belotti@nokia.com; teas@ietf.org; teas-chairs@ietf.org
Cc: Italo Busi; michael.scharf@nokia.com; vlopez@tid.es; oscar.gonzalezdedi=
os@telefonica.com; 'Carlo Perocchio'; Leeyoung; ansha@google.com; ricard.vi=
lalta@cttc.es; shiyan49@chinaunicom.cn; Karthik.Sethuraman@necam.com
Subject: RE: [Teas] draft-ietf-teas-yang-path-computation-02 : path computa=
tion stateless RPC attributes

I've had several off-line conversations with a number of you where I have l=
earned a lot about the use cases and desires that are driving this work.

However, (there he goes spoiling the effect!) I see nothing in the use case=
s that could not be addressed using PCEP (if PCEP were implemented in those=
 scenarios) so it makes me think that we should generalise (as we should do=
 in many cases, anyway). That is, we should make our YANG model carry exact=
ly the same information as a PCEP computation request/response, and for the=
 same reasons.

Some of that information should be part of the base model and some should b=
e in augmentations, but I don't suppose we should leave stuff out.

The debate about how fields like "tunnel name" are used does not serve us w=
ell, I believe. That in some environments there is information encoded in t=
hese fields so that the PCC can communicate to the PCE the purpose of the p=
ath computation is (of course) a implementation/deployment thing. That it c=
an be useful to a PCE, looking at the LSPs installed in the network, to mat=
ch them against the computations it performed may be incidental to this dis=
cussion. My point is that the parameters are there in PCEP, they may have f=
ound various uses, and the YANG model is supposed to model the PCEP request=
s.

I have yet to be convinced of the desirability of leaving things out. And I=
 don't see the harm of including stuff.

Adrian

From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Dieter Beller
Sent: 27 July 2018 16:22
To: Francesco Lazzeri; Daniele Ceccarelli; Igor Bryskin; sergio.belotti@nok=
ia.com; teas@ietf.org; teas-chairs@ietf.org
Cc: Italo Busi; michael.scharf@nokia.com; vlopez@tid.es; oscar.gonzalezdedi=
os@telefonica.com; Carlo Perocchio; Leeyoung; ansha@google.com; ricard.vila=
lta@cttc.es; shiyan49@chinaunicom.cn; Karthik.Sethuraman@necam.com
Subject: Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path computa=
tion stateless RPC attributes

Hi all,

I concur with the comments from Francesco and Daniele below as well as with=
 those from Michael.

We discussed this issue at length in Montreal after the CCAMP session and I=
 would like to emphasize again that I am having reservations about policies=
 being
applied by a path computation engine based on attributes that are provided =
as input to path computation, which have absolutely nothing to do with poli=
cy
rules as they were defined for totally other purposes! We called that hidde=
n policies in our discussion.


Thanks,
Dieter

On 27.07.2018 10:16, Francesco Lazzeri wrote:
I believe that the main point for deciding whether all the parameters (incl=
uding name, description and so on) are needed or not for stateless path com=
putation is the adoption of policies.
When I think about policies, I go to the definitions present in RFC3060, wh=
ere policy information model is described.
According to 3060, basically policies are a (set of) rules where each rule =
is defined by enabling conditions (boolean expressions that "enable" the po=
licy actions as soon as they become true) and policy actions (the behavior =
of the policy).
If we introduce this concept in path computation we could think for example=
 to create two policies for a given domain D:


  *   The first one is enabled when the tunnel description contains the str=
ing "igor", and the relevant action is avoiding the node X inside the relev=
ant domain.
  *   The second one is enabled when the tunnel description con contains th=
e string "francesco", and the levant action is avoiding the node Y inside t=
he relevant domain.

Let suppose we don't want to use stateless path computation (e.g. the domai=
n is "white", so we have full topology information about it, or, if domain =
is "black" or "gray",  we just use its abstract connectivity).
We are asking for a new tunnel with description "igor".
Assuming the client (MDSC) knows nothing about those policies, it does path=
 computation end-to-end using the topology information it collected,  and f=
ind that the best end-to-end path passing through D.
This path could well use node X: MDSC doesn't care, as it doesn't know that=
 there is a policy installed in D the will ask to avoid that node.
When the end-to-end path needs to be deployed the tunnel requested on D wil=
l be created using a path avoding X, because the path creation is done by t=
he controller of the domain D which is aware of and enforces that policy.
But, being this path different from the one computed during the end-to-end =
path computation, it could have different te-cost, igp-cost, latency and so=
 on, leading to end-to-end figures possibly not in compliance with the end-=
to-end constraints.
In my view, this is not acceptable.

There are two ways to overcome this issue:


  *   Requesting path computation to the domain D also during end-to-end pa=
th computation. This is stateless path computation actually, and means that=
 abstract topology is useless (as we actully are renouncing to use it).
  *   Exposing information about policies to the MDSC (or the client reques=
ting end-to-end path computation). But this is still not enough: abstract t=
opology should be also enhanced in order to take into account the possible =
policies enforced.
In this example we should have one (or more) abstract connectivity informat=
ion for ingress-egress of D in case neither "igor" or "francesco" policies =
are enforced, "igor" is enforced, "francesco" is enforced, "igor" and "fran=
cesco" are enforced at once (e.g. asking a path having name "igor and franc=
esco like ietf").
In this case policy information known to MDSC could be limited to the enabl=
ing conditions, which should also be referred by the relevant abstract conn=
ectivity, of course, so MDSC can select the right connectivity information.


In the past we already had discussions about the scalability of the abstrac=
t connectivity model, and basically the stateful model was born because thi=
s very reason. The presence of policies makes the scalability issue even mo=
re evident, multiplying each abstract link times the number of the combinat=
ions of the installed policies in the domain.

So, now we can:


  *   Renounce at all to use policies (or provide for them a definition dif=
ferent from RFC3060, please suggest). In this case not all the attributes p=
resent in ietf-te are managed by ietf-te-path-computation are needed.
  *   Use the policies and use only ietf-te-path-computation; this lead to =
a deep revision of the entire ietf model of the traffic and topology, becau=
se abstract connectivity information is no longer needed.
  *   Go ahead with ietf-te plus these policies and face either wrong resul=
ts or the "dragon" of scalability.

My 2 cents
Francesco


From: Daniele Ceccarelli
Sent: 27 July, 2018 8:29 AM
To: Igor Bryskin ;=
 sergio.belotti@nokia.com; teas@ietf.org; teas-chairs@ietf.org
Cc: Francesco Lazzeri ; Karthik.Sethuraman@necam.com; michael.scharf@nokia.com; vlop=
ez@tid.es; oscar.gonzalezdedios@telefonica.com; dieter.beller@nokia.com; Carlo Perocchio ; Leeyoung ; ansha@google.com; ricard.vilalta@c=
ttc.es; shiyan49@chinaunicom.cn; Italo Busi 
Subject: RE: [Teas] draft-ietf-teas-yang-path-computation-02 : path computa=
tion stateless RPC attributes

Hi Igor,

what you are describing is just one of the use cases.


  *   Statefull path computation: I want the request/response to be guarant=
eed along the same path returned via path computation response.
  *   Stateless path computation: I don't really care about the path, I jus=
t want to know that a path exists with given characteristics between A and =
B.

Here we're talking about stateless path computation. As I said before if a =
H-PCE needs to find the best path across multiple domains and there are dif=
ferent links/nodes that allow going from one domain to the other, the numbe=
r of iterations between the H-PCE and the various PCE is huge, hence it sho=
uld be very simple and in 99% of the cases who cares about an intra domain =
path? The only thing that cares is that between two border nodes there are =
X Gbps with given TE characteristics.

Cheers
Daniele

From: Igor Bryskin =
>
Sent: gioved=EC 26 luglio 2018 16:50
To: Daniele Ceccarelli >; sergio.belotti@nokia.com; teas@ietf.org; teas-chairs@ietf.org
Cc: Francesco Lazzeri >; Karthik.Sethuraman@necam.com; michael.scharf@nokia.com; vlop=
ez@tid.es; oscar.gonzalezdedios@telefonica.com; dieter.beller@nokia.com; Carlo Perocchio >; Leeyoung >; ansha@google.com; ricard.vilalta@c=
ttc.es; shiyan49@chinaunicom.cn; Italo Busi >
Subject: Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path computa=
tion stateless RPC attributes

Daniele,
What is the point of path computation request / response if it can not be g=
uaranteed, generally speaking, that a TE tunnel configured on a given netwo=
rk will take the same path as returned via path computation response?
The policies installed in the network are not expected to be known to all c=
lients, but the policies could significantly  influence  on tunnel routing.
All we are saying is that when the same information is passed for tunnel co=
nfiguration and in path computation request for the tunnel  in questuon, th=
ere will be no reason for a path computation return one path, while the act=
ual tunnel, when requested,  taking  a different one.
Note also that all extra parameters we are talking about are optional and c=
ould be omitted in path computation RPC if it is known, for example, from e=
xperience that they do not affect the actual tunnel routing.

Igor
From:Daniele Ceccarelli
To:Belotti, Sergio (Nokia - IT/Vimercate),TEAS WG,teas-chairs@ietf.org,
Cc:Francesco Lazzeri,Sethuraman, Karthik,Scharf, Michael (Nokia - DE/Stuttg=
art),Victor Lopez,OSCAR GONZALEZ DE DIOS (oscar.gonzalezdedios@telefonica.c=
om),Beller, Dieter (N=
okia - DE/Stuttgart),Carlo Perocchio,Leeyoung,Anurag Sharma (ansha@google.c=
om),Ricard Vilalta,shiyan49@chinaunicom.=
cn,Italo Busi,
Date:2018-07-26 05:54:16
Subject:Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path computat=
ion stateless RPC attributes

Hi,

>The question is: are there benefits in including in input of Path Computat=
ion Request RPC also te-tunnel attributes without any foreseen recommended =
usage by path computation engine?

Absolutely no.

Main reasons:

  1.  Policies might not be shared with the MDSC
  2.  Policies may be different from PNC to PNC
  3.  A high number of path computation results will be discarded (stateles=
s path computation is needed also by the MDSC to understand what are the di=
fferent options to get from a node in a domain to another node in a differe=
nt domain and possibly through a number of other domains...hence a high num=
ber of comination)
  4.  Last but not least simplification.

BR
Daniele

From: Belotti, Sergio (Nokia - IT/Vimercate) >
Sent: gioved=EC 26 luglio 2018 11:00
To: TEAS WG >; teas-chairs@ietf.org
Cc: Italo Busi >; Belot=
ti, Sergio (Nokia - IT/Vimercate) >; Francesco Lazzeri >; Carlo Perocchio >; Scharf, Michael (Nokia - DE/S=
tuttgart) >; Anur=
ag Sharma (ansha@google.com) >; ylee@huawei.com; shiyan49@c=
hinaunicom.cn; Ricard Vilalta >; OSCAR GONZALEZ DE DIOS (oscar.g=
onzalezdedios@telefonica.com) <=
oscar.gonzalezdedios@telefonica.com>; Victor Lopez >; Daniele Ceccarel=
li =
>; Beller, Dieter (Nokia - DE/Stuttgart) >; Sethuraman, Karthik >
Subject: draft-ietf-teas-yang-path-computation-02 : path computation statel=
ess RPC attributes

Hi all,

After the discussion held during the last TEAS WG session in IETF102 and so=
me offline talks, we are trying to summarize the questions that we need to =
answer to resolve the open issue 31 (reference for background https://githu=
b.com/rvilalta/ietf-te-path-computation/issues/31) .

The question is: are there benefits in including in input of Path Computati=
on Request RPC also te-tunnel attributes without any foreseen recommended u=
sage by path computation engine? For example this is the case of administra=
tion attributes such as 'tunnel description' or of those attributes that ar=
e relevant only for the provisioning phase e.g provisioning-state... Please=
 consider that the question is in the scope of a 'Stateless-Path-Computatio=
n' service: no state or data is saved by PCE after RPC output is returned t=
o the client.

One of the main use case for the Path Computation RPC design is to support =
multi domain path computation. In this case the MDSC (the RPC client) addre=
sses to a PNC (the RPC server) a request to compute a path within the PNC n=
ative/controlled topology during the quest for a multi-domain path at a giv=
en time T1; at a later time T2 (once, for example, the e2e path is identifi=
ed) MDSC requests southbound to PNC per domain Tunnel setup (the segments o=
f the multi-domain tunnel) with either the same or different metrics and co=
nstraints (MDSC implementation decision), to guarantee that the PNC would s=
etup a path equivalent or better than the one computed at time T1.

Example: the MDSC computes a multi-domain end-to-end path between points A =
and Z and selects a path having te-metric 100. The path A-Z passes through =
the  domain controlled by PNC  X, entering in B and exiting in C, for which=
 path computation RPC has returned a B-C path with te-metric 20. When askin=
g  PNC X to setup the path B-C, a constraint on te-metric must be provided =
in order to avoid PNC X finding a suitable path satisfying all the other co=
nstraints of the end-to-end path but with te-metric higher than 20. If a di=
fferent path is found with a metric < 20, that's fine. So, it's not essenti=
al that the same identical path is produced at the second path computation.=
 The only requirement is on its metrics.

 Depending on the abstraction level applied by the domain controller the cl=
ient may never know the actual computed path: the only important requiremen=
t is that the path metrics and constraints are met.
Therefore it is not necessary to guaranteed that the path setup at time T2 =
is exactly the same as the path computed at time T1 but only that it has th=
e same or better metrics.

Regarding the policies, it has been said in the ietf meeting (see the relev=
ant transcript) that they allow a "private" behavior of the server triggere=
d by a condition depending possibly on any attribute of the tunnel request.=
 This actually prevents a client application to perform autonomously the en=
d-to-end path computation (e.g. using detailed connectivity matrix), as it =
doesn't know how each domain will behave when recomputing the tunnel for de=
ployment (and so applying policies the client doesn't know and which could =
be even different for different domains).
In order to prevent this, policies should be explicitly shared with the cli=
ents, and be included in the detailed connectivity matrix information expos=
ed by each domain to take into account not only the possible alternative pa=
th computation parameters, but also all the possible combinations of applic=
able policies. The client shall then select the suitable detailed connectiv=
ity matrix taking into account both the path computation parameters AND the=
 applicable policies.
When such policy attributes are defined, they will be included in the path =
computation RPC.

Italo and Sergio (on behalf of co-authors/contributors)

Sergio Belotti
Senior System Engineer and Standardization Architect
IP/Optical Networks, Optics BU
Nokia
M: +39-335761776
Via Energy Park, 20871 Vimercate (MB) , Italy
sergio.belotti@nokia.com



--_000_0C72C38E7EBC34499E8A9E7DD00786391C435BFBsjceml521mbxchi_
Content-Type: text/html; charset="iso-8859-1"
Content-Transfer-Encoding: quoted-printable











Hi Adrian,<=
/span>


 


To say that we cannot =
do a stateless path computation better than what could be done using PCEP t=
oday is a bit too bold IMUO. Why then we keep working on PCEP enhancements?=
 ;-)


 


One example: today, us=
ing the TE tunnel model, a client can request (and I know servers that impl=
ement) a customized (client controlled) weighted multi-criteria optimizatio=
n for path selection, specifying any
 subset of model defined metrics. For example, the client can ask for a bes=
t possible compromise between, say, TE e2e cost, delay and following as muc=
h as possible a specific explicit path, assigning a relative weight/importa=
nce to each of the three criteria.
 AFAIK this is not possible to do with PCEP today.


 


Cheers,


Igor   =



 


 






From: Adrian Farrel [mailto:adrian@olddog.co.uk]


Sent: Friday, July 27, 2018 2:30 PM

To: 'Dieter Beller'; 'Francesco Lazzeri'; 'Daniele Ceccarelli'; Igor=
 Bryskin; sergio.belotti@nokia.com; teas@ietf.org; teas-chairs@ietf.org

Cc: Italo Busi; michael.scharf@nokia.com; vlopez@tid.es; oscar.gonza=
lezdedios@telefonica.com; 'Carlo Perocchio'; Leeyoung; ansha@google.com; ri=
card.vilalta@cttc.es; shiyan49@chinaunicom.cn; Karthik.Sethuraman@necam.com=


Subject: RE: [Teas] draft-ietf-teas-yang-path-computation-02 : path =
computation stateless RPC attributes






 


I've ha=
d several off-line conversations with a number of you where I have learned =
a lot about the use cases and desires that are driving this work.


&n=
bsp;


However=
, (there he goes spoiling the effect!) I see nothing in the use cases that =
could not be addressed using PCEP (if PCEP were implemented in those scenar=
ios) so it makes me think that we should
 generalise (as we should do in many cases, anyway). That is, we should mak=
e our YANG model carry exactly the same information as a PCEP computation r=
equest/response, and for the same reasons.


&n=
bsp;


Some of=
 that information should be part of the base model and some should be in au=
gmentations, but I don't suppose we should leave stuff out.



&n=
bsp;


The deb=
ate about how fields like "tunnel name" are used does not serve u=
s well, I believe. That in some environments there is information encoded i=
n these fields so that the PCC can communicate to
 the PCE the purpose of the path computation is (of course) a implementatio=
n/deployment thing. That it can be useful to a PCE, looking at the LSPs ins=
talled in the network, to match them against the computations it performed =
may be incidental to this discussion.
 My point is that the parameters are there in PCEP, they may have found var=
ious uses, and the YANG model is supposed to model the PCEP requests.<=
/o:p>


&n=
bsp;


I have =
yet to be convinced of the desirability of leaving things out. And I don't =
see the harm of including stuff.


&n=
bsp;


Adrian<=
o:p>


&n=
bsp;








From: Teas [mailto:teas-bounces@ietf.org]
On Behalf Of Dieter Beller

Sent: 27 July 2018 16:22

To: Francesco Lazzeri; Daniele Ceccarelli; Igor Bryskin; sergio.belo=
tti@nokia.com; teas@ietf.org; teas-chairs@ietf.org

Cc: Italo Busi; michael.scharf@nokia.com; vlopez@tid.es; oscar.gonza=
lezdedios@telefonica.com; Carlo Perocchio; Leeyoung; ansha@google.com; rica=
rd.vilalta@cttc.es; shiyan49@chinaunicom.cn; Karthik.Sethuraman@necam.com
Subject: Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path =
computation stateless RPC attributes






 


Hi all,



I concur with the comments from Francesco and Daniele below as well as with=
 those from Michael.



We discussed this issue at length in Montreal after the CCAMP session and I=
 would like to emphasize again that I am having reservations about policies=
 being

applied by a path computation engine based on attributes that are provided =
as input to path computation, which have absolutely nothing to do with poli=
cy

rules as they were defined for totally other purposes! We called that hidde=
n policies in our discussion.





Thanks,

Dieter








On 27.07.2018 10:16, Francesco =
Lazzeri wrote:






I believe that the main point f=
or deciding whether all the parameters (including name, description and so =
on) are needed or not for stateless path computation is the adoption of pol=
icies.



When I think about policies, I =
go to the definitions present in RFC3060, where policy information model is=
 described.



According to 3060, basically po=
licies are a (set of) rules where each rule is defined by enabling conditio=
ns (boolean expressions that “enable” the policy actions as soo=
n as they become true) and policy actions (the behavior
 of the policy). 


If we introduce this concept in=
 path computation we could think for example to create two policies for a g=
iven domain D:


 


    

  • The first one is enabled when the tunnel description contains the strin=
g “igor”, and the relevant action is avoiding the node X inside=
 the relevant domain.
  • The second one is enabled=
 when the tunnel description con contains the string “francesco”=
;, and the levant action is avoiding the node Y inside the relevant domain.=



 


Let suppose we don’t want=
 to use stateless path computation (e.g. the domain is “white”,=
 so we have full topology information about it, or, if domain is “bla=
ck” or “gray”,  we just use its abstract connectivit=
y).


We are asking for a new tunnel =
with description “igor”.


Assuming the client (MDSC) know=
s nothing about those policies, it does path computation end-to-end using t=
he topology information it collected,  and find that the best end-to-e=
nd path passing through D.



This path could well use node X=
: MDSC doesn’t care, as it doesn’t know that there is a policy =
installed in D the will ask to avoid that node.



When the end-to-end path needs =
to be deployed the tunnel requested on D will be created using a path avodi=
ng X, because the path creation is done by the controller of the domain D w=
hich is aware of and enforces that policy.
  


But, being this path different =
from the one computed during the end-to-end path computation, it could have=
 different te-cost, igp-cost, latency and so on, leading to end-to-end figu=
res possibly not in compliance with
 the end-to-end constraints. 


In my view, this is not accepta=
ble.


 


There are two ways to overcome =
this issue:


 


    

  • Requesting path computation to the domain D also during end-to-end path=
 computation. This is stateless path computation actually, and means that a=
bstract topology is useless (as we actully
 are renouncing to use it).
  • Exposing information =
about policies to the MDSC (or the client requesting end-to-end path comput=
ation). But this is still not enough: abstract topology should be also enha=
nced in order
 to take into account the possible policies enforced. 
    
In this example we should have one (or more) abstract connectivity informat=
ion for ingress-egress of D in case neither “igor” or “fr=
ancesco” policies are enforced, “igor” is enforced, ̶=
0;francesco” is enforced, “igor” and “francescoR=
21; are enforced at once (e.g.
 asking a path having name “igor and francesco like ietf”). 
In this case policy information known to MDSC could be limited to the enabl=
ing conditions, which should also be referred by the relevant abstract conn=
ectivity, of course, so MDSC can select the right connectivity information.=



 =



In the past we already had disc=
ussions about the scalability of the abstract connectivity model, and basic=
ally the stateful model was born because this very reason. The presence of =
policies makes the scalability issue
 even more evident, multiplying each abstract link times the number of the =
combinations of the installed policies in the domain.


 


So, now we can:


 


    

  • Renounce at all to use policies (or provide for them a definition diffe=
rent from RFC3060, please suggest). In this case not all the attributes pre=
sent in ietf-te are managed by ietf-te-path-computation
 are needed.
  • Use the policies and use only ietf-t=
e-path-computation; this lead to a deep revision of the entire ietf model o=
f the traffic and topology, because abstract connectivity information is
 no longer needed. 
  • Go ahead with ietf-te plus th=
ese policies and face either wrong results or the “dragon” of s=
calability.


 


My 2 cents

Francesco


 


 






From: Daniele Ceccarelli


Sent: 27 July, 2018 8:29 AM

To: Igor Bryskin <Igor=
.Bryskin@huawei.com>;
sergio.belotti@nokia.com; <=
a href=3D"mailto:teas@ietf.org">
teas@ietf.org; teas-chairs@ietf=
.org

Cc: Francesco Lazzeri <francesco.lazzeri@ericsson.com>;
Karthik.Sethuraman@necam.co=
m; 
michael.scharf@nokia.com; vlopez@tid.e=
s; 
oscar.gonzalezdedios@telefonica.com; 
dieter.beller@nokia.com; Carlo Perocchio 
<carlo.perocchio@ericsson.com>; Leeyoung 
<leeyoung@huawei.com>; ansha@=
google.com;
ricard.vilalta@cttc.es; 
shiyan49@chinaunicom.cn; Italo Busi <Italo.Busi@huawei.com>

Subject: RE: [Teas] draft-ietf-teas-yang-path-computation-02 : path =
computation stateless RPC attributes






 


Hi Igor,


 =



what you are describing is just=
 one of the use cases.


 


    

  • Statefull path computation: I want the request/response to be guarantee=
d along the same path returned via path computation response.
  • Stateless path computation: I don’t really care about th=
e path, I just want to know that a path exists with given characteristics b=
etween A and B.


 


Here we’re talking about =
stateless path computation. As I said before if a H-PCE needs to find the b=
est path across multiple domains and there are different links/nodes that a=
llow going from one domain to the other, the
 number of iterations between the H-PCE and the various PCE is huge, hence =
it should be very simple and in 99% of the cases who cares about an intra d=
omain path? The only thing that cares is that between two border nodes ther=
e are X Gbps with given TE characteristics.


 


Cheers


Daniele  


 








From: Igor Bryskin <Igo=
r.Bryskin@huawei.com>


Sent: gioved=EC 26 luglio 2018 16:50

To: Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>;
sergio.belotti@nokia.com; <=
a href=3D"mailto:teas@ietf.org">
teas@ietf.org; teas-chairs@ietf=
.org

Cc: Francesco Lazzeri <francesco.lazzeri@ericsson.com>;
Karthik.Sethuraman@necam.co=
m; 
michael.scharf@nokia.com; vlopez@tid.e=
s; 
oscar.gonzalezdedios@telefonica.com; 
dieter.beller@nokia.com; Carlo Perocchio <carlo.perocchio@ericsson.com>; Leeyoung <leeyoung@huawei.com>;
ansha@google.com; 
ricard.vilalta@cttc.es; shiy=
an49@chinaunicom.cn; Italo Busi <Italo.Busi@huawei.com>

Subject: Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path =
computation stateless RPC attributes






 =





Daniele,

What is the point of path computation request / response if it can not be g=
uaranteed, generally speaking, that a TE tunnel configured on a given netwo=
rk will take the same path as returned via path computation response?

The policies installed in the network are not expected to be known to all c=
lients, but the policies could significantly  influence  on tunne=
l routing.

All we are saying is that when the same information is passed for tunnel co=
nfiguration and in path computation request for the tunnel  in questuo=
n, there will be no reason for a path computation return one path, while th=
e actual tunnel, when requested,  taking 
 a different one.

Note also that all extra parameters we are talking about are optional and c=
ould be omitted in path computation RPC if it is known, for example, from e=
xperience that they do not affect the actual tunnel routing.



Igor








From:Daniele Ceccarelli






To:Belotti, Sergio (Nokia - IT/Vimercate),TEAS W=
G,teas-chairs@ietf.org,<=
span lang=3D"EN-GB">






Cc:Francesco Lazzeri,Sethuraman, Karthik,Scharf,=
 Michael (Nokia - DE/Stuttgart),Victor Lopez,OSCAR
 GONZALEZ DE DIOS (oscar.gonzalezdedios@telefonica.com),Beller, Dieter (Nokia - D=
E/Stuttgart),Carlo Perocchio,Leeyoung,Anurag Sharma (ansha@google.com),Ricard
 Vilalta,shiyan49@chinauni=
com.cn,Italo Busi,






Date:2018-07-26 05:54:16






Subject:Re: [Teas] draft-ietf-teas-yang-path-com=
putation-02 : path computation stateless RPC
 attributes






 <=
/p>









Hi,


 


>The question is: are th=
ere benefits in including in input of Path Computation Request RPC also te-=
tunnel attributes without any foreseen recommended usage by path
 computation engine?


 


Absolutely no.


 


Main reasons:=



    

  1. Policies might not be shared with the MDSC
  2. Po=
licies may be different from PNC to PNC
  3. A high nu=
mber of path computation results will be discarded (stateless path computat=
ion is needed also by the MDSC to understand what are the different options=
 to get from a node in a
 domain to another node in a different domain and possibly through a number=
 of other domains…hence a high number of comination)
  4. Last but not least simplification.


 


BR

Daniele  


 








From: Belotti, Sergio (Nokia - IT/Vimercate) <sergio.belotti@nokia..com>


Sent: gioved=EC 26 luglio 2018 11:00

To: TEAS WG <teas@ietf.org&g=
t;; 
teas-chairs@ietf.org

Cc: Italo Busi <Italo.Bu=
si@huawei.com>; Belotti, Sergio (Nokia - IT/Vimercate) <sergio.belotti@nokia.com>; Fran=
cesco Lazzeri <frances=
co.lazzeri@ericsson.com>;
 Carlo Perocchio <carlo.=
perocchio@ericsson.com>; Scharf, Michael (Nokia - DE/Stuttgart) <=
michael.scharf@nokia.com>=
;; Anurag Sharma (ansha@google.com)
 <ansha@google.com>; 
ylee@huawei.com; shiyan49@ch=
inaunicom.cn; Ricard Vilalta <ricard.vilalta@cttc.es>; OSCAR GONZALEZ DE DIOS (oscar.gonzalezdedios@telefonica.com=
)
 <oscar.gonzalezd=
edios@telefonica.com>; Victor Lopez <vlopez@tid.es>; Daniele Ceccarelli <daniele.ceccarelli@ericsson.com>;
 Beller, Dieter (Nokia - DE/Stuttgart) <dieter.beller@nokia.com>; Sethuraman, Karthik <Karthik.Sethuraman@necam.com&g=
t;

Subject: draft-ietf-teas-yang-path-computation-02 : path computation=
 stateless RPC attributes






 =



Hi all,


 


After the discussion held during the last TEAS WG session in IETF102 and =
some offline talks, we are trying to summarize the questions
 that we need to answer to resolve the open issue 31 (reference for backgro=
und 
https://github.com/rvilalta/ietf-te-path-computation/issues/31) . 


 


The question is: are there benefits in including in input of Path Computa=
tion Request RPC also te-tunnel attributes without any foreseen
 recommended usage by path computation engine? For example this is the case=
 of administration attributes such as 'tunnel description' or of those attr=
ibutes that are relevant only for the provisioning phase e.g provisioning-s=
tate... Please consider that the
 question is in the scope of a 'Stateless-Path-Computation' service: no sta=
te or data is saved by PCE after RPC output is returned to the client. =
;


 


One of the main use case for the Path Computation RPC design is to suppor=
t multi domain path computation. In this case the MDSC (the
 RPC client) addresses to a PNC (the RPC server) a request to compute a pat=
h within the PNC native/controlled topology during the quest for a multi-do=
main path at a given time T1; at a later time T2 (once, for example, the e2=
e path is identified) MDSC requests
 southbound to PNC per domain Tunnel setup (the segments of the multi-domai=
n tunnel) with either the same or different metrics and constraints (MDSC i=
mplementation decision), to guarantee that the PNC would setup a path equiv=
alent or better than the one computed
 at time T1.


 


Example: the MDSC computes a multi-domain end-to-end path between points =
A and Z and selects a path having te-metric 100. The path A-Z
 passes through the  domain controlled by PNC  X, entering in B a=
nd exiting in C, for which path computation RPC has returned a B-C path wit=
h te-metric 20. When asking  PNC X to setup the path B-C, a constraint=
 on te-metric must be provided in order to avoid
 PNC X finding a suitable path satisfying all the other constraints of the =
end-to-end path but with te-metric higher than 20. If a different path is f=
ound with a metric < 20, that's fine. So, it's not essential that the sa=
me identical path is produced at the
 second path computation. The only requirement is on its metrics.


 


 Depending on the abstraction level applied by the domain controller=
 the client may never know the actual computed path: the only important
 requirement is that the path metrics and constraints are met.


Therefore it is not necessary to guaranteed that the path setup at time T=
2 is exactly the same as the path computed at time T1 but only
 that it has the same or better metrics.


 


Regarding the policies, it has been said in the ietf meeting (see the rel=
evant transcript) that they allow a "private" behavior of the
 server triggered by a condition depending possibly on any attribute of the=
 tunnel request. This actually prevents a client application to perform aut=
onomously the end-to-end path computation (e.g. using detailed connectivity=
 matrix), as it doesn't know how
 each domain will behave when recomputing the tunnel for deployment (and so=
 applying policies the client doesn't know and which could be even differen=
t for different domains). 


In order to prevent this, policies should be explicitly shared with the c=
lients, and be included in the detailed connectivity matrix
 information exposed by each domain to take into account not only the possi=
ble alternative path computation parameters, but also all the possible comb=
inations of applicable policies. The client shall then select the suitable =
detailed connectivity matrix taking
 into account both the path computation parameters AND the applicable polic=
ies. 


When such policy attributes=
 are defined, they will be included in the path computation RPC.


 


Italo and Sergio (on behalf of =
co-authors/contributors)


 


Sergio =
Belotti


Senior =
System Engineer and Standardization Architect


IP/Opti=
cal Networks, Optics BU


Nokia <=
/span>


M: +39=
-335761776


Via Energy=
 Park, 20871 Vimercate (MB) , Italy<=
/span>


sergio.belotti@nokia.com


 












 








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From: Igor Bryskin 
To: "michael.scharf@nokia.com" , Igor Bryskin , "daniele.ceccarelli@ericsson.com" , "sergio.belotti@nokia.com" , "teas@ietf.org" , "teas-chairs@ietf.org" 
CC: Italo Busi , "francesco.lazzeri@ericsson.com" , "vlopez@tid.es" , "oscar.gonzalezdedios@telefonica.com" , "dieter.beller@nokia.com" , "carlo.perocchio@ericsson.com" , Leeyoung , "ansha@google.com" , "ricard.vilalta@cttc.es" , "shiyan49@chinaunicom.cn" , "Karthik.Sethuraman@necam.com" 
Thread-Topic: RE: [Teas] draft-ietf-teas-yang-path-computation-02 : path computation stateless RPC attributes
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Subject: Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path computation stateless RPC attributes
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Hi Michael,

I think you are talking about bigger, more general problem of the state of =
the art stateless path computation.  Thank you for bringing this up.
I think you are saying that a TE apllication based on stateless path comput=
ations is finicky. It must deal with uncertainties of different kinds of di=
fferent (hopefully calculable) probabilities. If this is the case, I agree =
with you. It is time for us to welcome ourselves into the game of hypothesi=
s, evidencies and probabilities and acknowledge that stateless PCE is not j=
ust about computing paths on TE graphs, which is albeit non-trivial, but we=
ll-understood/documented/taken care of problem. The difficult part is using=
 probablistic cause-evidence-effect graphs to compute the probability of a =
path returned at time T0 to point/be close to a satisfectory solution when =
applied at time T1. The latter aspect is not covered by PCEP architecture s=
tateless path computation, and I think it could be a useful addition to PCE=
 YANG work.

Speaking of which, yesterday Adrian suggested the scope for this effort to =
be roughly what PCEP can do today.With a high probability (;=3D))  I predic=
t what he will say 1 year down the road. It will sound sometime like this:
"You really did all this? Great! But wait! Why do we need two solutions doi=
ng the same thing? Why clients and servers cannot use just PCEP, considerin=
g that whule you were busy catching up, Druv has produced some 17 new RFCs?=
 What exactly we are getting out of PCE YANG anyway? PCE requests and respo=
nses on the wire are human readable? That's it ?"

This is, at least, I would say. IMHO PCE YANG should be more ambitious and =
iclude aspects that are not covered yet, such as probablistic path computat=
ions mentioned above.

BTW TE tunnel model based path computation today enables (inherently and to=
tally for free) the statefull  path computation according to its original (=
pre-Crabb) definition: the server mintains states of returned paths rather =
than of LSPs taking the paths. How about we stop talking about stateless an=
d statefull paths, and start using probabilities computed for path states?


Just my 2c,

Igor

From:Scharf, Michael (Nokia - DE/Stuttgart)
To:Igor Bryskin,daniele.ceccarelli@ericsson.com,Belotti, Sergio (Nokia - IT=
/Vimercate),teas@ietf.org,teas-chairs@ietf.org,
Cc:Italo Busi,francesco.lazzeri@ericsson.com,vlopez@tid.es,oscar.gonzalezde=
dios@telefonica.com,Beller, Dieter (Nokia - DE/Stuttgart),carlo.perocchio@e=
ricsson.com,Leeyoung,ansha@google.com,ricard.vilalta@cttc.es,shiyan49@china=
unicom.cn,Karthik.Sethuraman@necam.com,
Date:2018-07-26 12:46:18
Subject:RE: [Teas] draft-ietf-teas-yang-path-computation-02 : path computat=
ion stateless RPC attributes

If the path computation is stateless and there can be more than one path co=
mputation request in parallel, or dynamic changes in the network, there are=
 *many* reasons why the result of a path computation RPC could be different=
 to the route of the actual tunnel. Otherwise one would have to be able to =
look into the future to predict network failures and topology changes that =
affect the path computation.

And a potential difference between RPC and provisioning is a feature, not a=
 bug. If the RPC caller cannot accept that the actual path could be differe=
nt from the path computation RPC in some cases, outside his control, the RP=
C caller has to refrain from using a stateless RPC right from the beginning=
.

My 2 cents

Michael

From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Igor Bryskin
Sent: Thursday, July 26, 2018 4:50 PM
To: daniele.ceccarelli@ericsson.com; Belotti, Sergio (Nokia - IT/Vimercate)=
 ; teas@ietf.org; teas-chairs@ietf.org
Cc: Italo Busi ; francesco.lazzeri@ericsson.com; Sch=
arf, Michael (Nokia - DE/Stuttgart) ; vlopez@tid.=
es; oscar.gonzalezdedios@telefonica.com; Beller, Dieter (Nokia - DE/Stuttga=
rt) ; carlo.perocchio@ericsson.com; Leeyoung ; ansha@google.com; ricard.vilalta@cttc.es; shiyan49@chinau=
nicom.cn; Karthik.Sethuraman@necam.com
Subject: Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path computa=
tion stateless RPC attributes

Daniele,
What is the point of path computation request / response if it can not be g=
uaranteed, generally speaking, that a TE tunnel configured on a given netwo=
rk will take the same path as returned via path computation response?
The policies installed in the network are not expected to be known to all c=
lients, but the policies could significantly  influence  on tunnel routing.
All we are saying is that when the same information is passed for tunnel co=
nfiguration and in path computation request for the tunnel  in questuon, th=
ere will be no reason for a path computation return one path, while the act=
ual tunnel, when requested,  taking  a different one.
Note also that all extra parameters we are talking about are optional and c=
ould be omitted in path computation RPC if it is known, for example, from e=
xperience that they do not affect the actual tunnel routing.

Igor
From:Daniele Ceccarelli
To:Belotti, Sergio (Nokia - IT/Vimercate),TEAS WG,teas-chairs@ietf.org,
Cc:Francesco Lazzeri,Sethuraman, Karthik,Scharf, Michael (Nokia - DE/Stuttg=
art),Victor Lopez,OSCAR GONZALEZ DE DIOS (oscar.gonzalezdedios@telefonica.c=
om),Beller, Dieter (Nok=
ia - DE/Stuttgart),Carlo Perocchio,Leeyoung,Anurag Sharma (ansha@google.com=
),Ricard Vilalta,shiyan49@chinaunicom.cn,I=
talo Busi,
Date:2018-07-26 05:54:16
Subject:Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path computat=
ion stateless RPC attributes

Hi,

>The question is: are there benefits in including in input of Path Computat=
ion Request RPC also te-tunnel attributes without any foreseen recommended =
usage by path computation engine?

Absolutely no.

Main reasons:

  1.  Policies might not be shared with the MDSC
  2.  Policies may be different from PNC to PNC
  3.  A high number of path computation results will be discarded (stateles=
s path computation is needed also by the MDSC to understand what are the di=
fferent options to get from a node in a domain to another node in a differe=
nt domain and possibly through a number of other domains=85hence a high num=
ber of comination)
  4.  Last but not least simplification.

BR
Daniele

From: Belotti, Sergio (Nokia - IT/Vimercate) >
Sent: gioved=EC 26 luglio 2018 11:00
To: TEAS WG >; teas-chairs@ietf.org
Cc: Italo Busi >; Belot=
ti, Sergio (Nokia - IT/Vimercate) >; Francesco Lazzeri >; Carlo Perocchio >; Scharf, Michael (Nokia - DE/S=
tuttgart) >; Anur=
ag Sharma (ansha@google.com) >; ylee@huawei.com; shiyan49@c=
hinaunicom.cn; Ricard Vilalta >; OSCAR GONZALEZ DE DIOS (oscar.g=
onzalezdedios@telefonica.com) <=
oscar.gonzalezdedios@telefonica.com>; Victor Lopez >; Daniele Ceccarel=
li =
>; Beller, Dieter (Nokia - DE/Stuttgart) >; Sethuraman, Karthik >
Subject: draft-ietf-teas-yang-path-computation-02 : path computation statel=
ess RPC attributes

Hi all,

After the discussion held during the last TEAS WG session in IETF102 and so=
me offline talks, we are trying to summarize the questions that we need to =
answer to resolve the open issue 31 (reference for background https://githu=
b.com/rvilalta/ietf-te-path-computation/issues/31) .

The question is: are there benefits in including in input of Path Computati=
on Request RPC also te-tunnel attributes without any foreseen recommended u=
sage by path computation engine? For example this is the case of administra=
tion attributes such as 'tunnel description' or of those attributes that ar=
e relevant only for the provisioning phase e.g provisioning-state... Please=
 consider that the question is in the scope of a 'Stateless-Path-Computatio=
n' service: no state or data is saved by PCE after RPC output is returned t=
o the client.

One of the main use case for the Path Computation RPC design is to support =
multi domain path computation. In this case the MDSC (the RPC client) addre=
sses to a PNC (the RPC server) a request to compute a path within the PNC n=
ative/controlled topology during the quest for a multi-domain path at a giv=
en time T1; at a later time T2 (once, for example, the e2e path is identifi=
ed) MDSC requests southbound to PNC per domain Tunnel setup (the segments o=
f the multi-domain tunnel) with either the same or different metrics and co=
nstraints (MDSC implementation decision), to guarantee that the PNC would s=
etup a path equivalent or better than the one computed at time T1.

Example: the MDSC computes a multi-domain end-to-end path between points A =
and Z and selects a path having te-metric 100. The path A-Z passes through =
the  domain controlled by PNC  X, entering in B and exiting in C, for which=
 path computation RPC has returned a B-C path with te-metric 20. When askin=
g  PNC X to setup the path B-C, a constraint on te-metric must be provided =
in order to avoid PNC X finding a suitable path satisfying all the other co=
nstraints of the end-to-end path but with te-metric higher than 20. If a di=
fferent path is found with a metric < 20, that's fine. So, it's not essenti=
al that the same identical path is produced at the second path computation.=
 The only requirement is on its metrics.

 Depending on the abstraction level applied by the domain controller the cl=
ient may never know the actual computed path: the only important requiremen=
t is that the path metrics and constraints are met.
Therefore it is not necessary to guaranteed that the path setup at time T2 =
is exactly the same as the path computed at time T1 but only that it has th=
e same or better metrics.

Regarding the policies, it has been said in the ietf meeting (see the relev=
ant transcript) that they allow a "private" behavior of the server triggere=
d by a condition depending possibly on any attribute of the tunnel request.=
 This actually prevents a client application to perform autonomously the en=
d-to-end path computation (e.g. using detailed connectivity matrix), as it =
doesn't know how each domain will behave when recomputing the tunnel for de=
ployment (and so applying policies the client doesn't know and which could =
be even different for different domains).
In order to prevent this, policies should be explicitly shared with the cli=
ents, and be included in the detailed connectivity matrix information expos=
ed by each domain to take into account not only the possible alternative pa=
th computation parameters, but also all the possible combinations of applic=
able policies. The client shall then select the suitable detailed connectiv=
ity matrix taking into account both the path computation parameters AND the=
 applicable policies.
When such policy attributes are defined, they will be included in the path =
computation RPC.

Italo and Sergio (on behalf of co-authors/contributors)

Sergio Belotti
Senior System Engineer and Standardization Architect
IP/Optical Networks, Optics BU
Nokia
M: +39-335761776
Via Energy Park, 20871 Vimercate (MB) , Italy
sergio.belotti@nokia.com


--_000_etPan5b5c8d2a618fa08afbdlocalhost_
Content-Type: text/html; charset="Windows-1252"
Content-Transfer-Encoding: quoted-printable








Hi Michael,



I think you are talking about bigger, more general problem of the state of =
the art stateless path computation.  Thank you for bringing this up.
I think you are saying that a TE apllication based on stateless path comput=
ations is finicky. It must deal with uncertainties of different kinds of di=
fferent (hopefully calculable) probabilities. If this is the case, I agree =
with you. It is time for us to welcome
 ourselves into the game of hypothesis, evidencies and probabilities and ac=
knowledge that stateless PCE is not just about computing paths on TE graphs=
, which is albeit non-trivial, but well-understood/documented/taken care of=
 problem. The difficult part is
 using probablistic cause-evidence-effect graphs to compute the probability=
 of a path returned at time T0 to point/be close to a satisfectory solution=
 when applied at time T1. The latter aspect is not covered by PCEP architec=
ture stateless path computation,
 and I think it could be a useful addition to PCE YANG work.



Speaking of which, yesterday Adrian suggested the scope for this effort to =
be roughly what PCEP can do today.With a high probability (;=3D))  I p=
redict what he will say 1 year down the road. It will sound sometime like t=
his:

"You really did all this? Great! But wait! Why do we need two solution=
s doing the same thing? Why clients and servers cannot use just PCEP, consi=
dering that whule you were busy catching up, Druv has produced some 17 new =
RFCs? What exactly we are getting out
 of PCE YANG anyway? PCE requests and responses on the wire are human reada=
ble? That's it ?"



This is, at least, I would say. IMHO PCE YANG should be more ambitious and =
iclude aspects that are not covered yet, such as probablistic path computat=
ions mentioned above.



BTW TE tunnel model based path computation today enables (inherently and to=
tally for free) the statefull  path computation according to its origi=
nal (pre-Crabb) definition: the server mintains states of returned paths ra=
ther than of LSPs taking the paths. How
 about we stop talking about stateless and statefull paths, and start using=
 probabilities computed for path states?





Just my 2c,



Igor








From:Scharf, Michael (Nokia - DE=
/Stuttgart)


To:Igor Bryskin,daniele.ceccarel=
li@ericsson.com,Belotti, Sergio (Nokia - IT/Vimercate),teas@ietf.org,teas-c=
hairs@ietf.org,


Cc:Italo Busi,francesco.lazzeri@=
ericsson.com,vlopez@tid.es,oscar.gonzalezdedios@telefonica.com,Beller, Diet=
er (Nokia - DE/Stuttgart),carlo.perocchio@ericsson.com,Leeyoung,ansha@googl=
e.com,ricard.vilalta@cttc.es,shiyan49@chinaunicom.cn,Karthik.Sethuraman@nec=
am.com,


Date:2018-07-26 12:46:18


Subject:RE: [Teas] draft-ietf-te=
as-yang-path-computation-02 : path computation stateless RPC attributes












If the path computation is stateless and there can b=
e more than one path computation request in parallel, or dynamic changes in=
 the network, there are *many* reasons why the result of a path comp=
utation RPC could be different to
 the route of the actual tunnel. Otherwise one would have to be able to loo=
k into the future to predict network failures and topology changes that aff=
ect the path computation.


 


And a potential difference between RPC and provision=
ing is a feature, not a bug. If the RPC caller cannot accept that the actua=
l path could be different from the path computation RPC in some cases, outs=
ide his control, the RPC caller has
 to refrain from using a stateless RPC right from the beginning. 


 


My 2 cents


 


Michael


 








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

Sent: Thursday, July 26, 2018 4:50 PM

To: daniele.ceccarelli@ericsson.com; Belotti, Sergio (Nokia - IT/Vim=
ercate) <sergio.belotti@nokia.com>; teas@ietf.org; teas-chairs@ietf.o=
rg

Cc: Italo Busi <Italo.Busi@huawei.com>; francesco.lazzeri@eric=
sson.com; Scharf, Michael (Nokia - DE/Stuttgart) <michael.scharf@nokia.c=
om>; vlopez@tid.es; oscar.gonzalezdedios@telefonica.com; Beller, Dieter =
(Nokia - DE/Stuttgart) <dieter.beller@nokia.com>;
 carlo.perocchio@ericsson.com; Leeyoung <leeyoung@huawei.com>; ansha@=
google.com; ricard.vilalta@cttc.es; shiyan49@chinaunicom.cn; Karthik.Sethur=
aman@necam.com

Subject: Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path =
computation stateless RPC attributes






 




Daniele,

What is the point of path computation request / response if it can not be g=
uaranteed, generally speaking, that a TE tunnel configured on a given netwo=
rk will take the same path as returned via path computation response?

The policies installed in the network are not expected to be known to all c=
lients, but the policies could significantly  influence  on tunne=
l routing.

All we are saying is that when the same information is passed for tunnel co=
nfiguration and in path computation request for the tunnel  in questuo=
n, there will be no reason for a path computation return one path, while th=
e actual tunnel, when requested,  taking 
 a different one.

Note also that all extra parameters we are talking about are optional and c=
ould be omitted in path computation RPC if it is known, for example, from e=
xperience that they do not affect the actual tunnel routing.



Igor








<=
b>From:Daniele Ceccarelli






<=
b>To:Belotti, Sergio (Nokia - IT/Vimercate),TEAS =
WG,teas-chairs@ietf.org,






<=
b>Cc:Francesco Lazzeri,Sethuraman, Karthik,Scharf=
, Michael (Nokia - DE/Stuttgart),Victor Lopez,OSCAR
 GONZALEZ DE DIOS (oscar.gonzalezde=
dios@telefonica.com),Beller, Dieter (Nokia - DE/Stuttgart),Carlo
 Perocchio,Leeyoung,Anurag Sharma (ansha@google.com),R=
icard Vilalta,shiya=
n49@chinaunicom.cn,Italo Busi,






<=
b>Date:2018-07-26 05:54:16






<=
b>Subject:Re: [Teas] draft-ietf-teas-yang-path-co=
mputation-02 : path computation stateless RPC
 attributes






 










Hi,


 

>The question is: are there benefits =
in including in input of Path Computation Request RPC also te-tunnel attrib=
utes without any foreseen recommended usage by path
 computation engine?


 


Absolutely no.


 


Main reasons:


    

  1. Policies might not be shared with the MD=
SC
  2. Policies=
 may be different from PNC to PNC
  3. A high number of path computation results will be di=
scarded (stateless path computation is needed also by the MDSC to understan=
d what are the different options to get from a node in a domain to another =
node in a different domain
 and possibly through a number of other domains=85hence a high number of co=
mination)
  4. L=
ast but not least simplification.


 


BR

Daniele  


 








From: Belotti, Sergio (Nokia - IT/Vimercate) <sergio.belotti@nokia...com>


Sent: gioved=EC 26 luglio 2018 11:00

To: TEAS WG <teas@ietf.org>;
teas-chair=
s@ietf.org

Cc: Italo Busi <<=
span lang=3D"IT">Italo.Busi@huawei.com>; Be=
lotti, Sergio (Nokia - IT/Vimercate) <sergio.belotti@nokia.com>;
 Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Carlo Perocchio <carlo.perocchio@ericsson.com>;
 Scharf, Michael (Nokia - DE/Stuttgart) <michael.scharf@nokia.com>; Anurag Sharma (ansha@google.com)
 <ansha@goo=
gle.com>;
ylee@huawei.com=
;
shiyan4=
9@chinaunicom.cn; Ricard Vilalta <ricard.vilalta@ct=
tc.es>; OSCAR GONZALEZ
 DE DIOS (oscar.gonzalezdedios@telefonica.com) <oscar.gonzalezdedios@telefonica.com>;
 Victor Lopez <vlopez@tid.es>; Daniele Ceccarelli <da=
niele.ceccarelli@ericsson.com>;
 Beller, Dieter (Nokia - DE/Stuttgart) <dieter.beller@nokia.com>; Sethuraman, Karthik <Karthik.Sethuraman@necam.com>

Subject: draft-ietf-teas-yang-path-computation-02 : path computation=
 stateless RPC attributes






 


Hi all,


 


After the d=
iscussion held during the last TEAS WG session in IETF102 and some offline =
talks, we are trying to summarize the questions
 that we need to answer to resolve the open issue 31 (reference for backgro=
und 
=
h=
ttps://github.com/rvilalta/ietf-te-path-computation/issues/31)
 . 


 


The questio=
n is: are there benefits in including in input of Path Computation Request =
RPC also te-tunnel attributes without any foreseen
 recommended usage by path computation engine? For example this is the case=
 of administration attributes such as 'tunnel description' or of those attr=
ibutes that are relevant only for the provisioning phase e.g provisioning-s=
tate... Please consider that the
 question is in the scope of a 'Stateless-Path-Computation' service: no sta=
te or data is saved by PCE after RPC output is returned to the client. =
;


 


One of the =
main use case for the Path Computation RPC design is to support multi domai=
n path computation. In this case the MDSC (the RPC
 client) addresses to a PNC (the RPC server) a request to compute a path wi=
thin the PNC native/controlled topology during the quest for a multi-domain=
 path at a given time T1; at a later time T2 (once, for example, the e2e pa=
th is identified) MDSC requests
 southbound to PNC per domain Tunnel setup (the segments of the multi-domai=
n tunnel) with either the same or different metrics and constraints (MDSC i=
mplementation decision), to guarantee that the PNC would setup a path equiv=
alent or better than the one computed
 at time T1.


 


Example: th=
e MDSC computes a multi-domain end-to-end path between points A and Z and s=
elects a path having te-metric 100. The path A-Z
 passes through the  domain controlled by PNC  X, entering in B a=
nd exiting in C, for which path computation RPC has returned a B-C path wit=
h te-metric 20. When asking  PNC X to setup the path B-C, a constraint=
 on te-metric must be provided in order to avoid
 PNC X finding a suitable path satisfying all the other constraints of the =
end-to-end path but with te-metric higher than 20. If a different path is f=
ound with a metric < 20, that's fine. So, it's not essential that the sa=
me identical path is produced at the
 second path computation. The only requirement is on its metrics.


 


 Depen=
ding on the abstraction level applied by the domain controller the client m=
ay never know the actual computed path: the only important
 requirement is that the path metrics and constraints are met.


Therefore i=
t is not necessary to guaranteed that the path setup at time T2 is exactly =
the same as the path computed at time T1 but only
 that it has the same or better metrics.

 


Regarding t=
he policies, it has been said in the ietf meeting (see the relevant transcr=
ipt) that they allow a "private" behavior of the
 server triggered by a condition depending possibly on any attribute of the=
 tunnel request. This actually prevents a client application to perform aut=
onomously the end-to-end path computation (e.g. using detailed connectivity=
 matrix), as it doesn't know how
 each domain will behave when recomputing the tunnel for deployment (and so=
 applying policies the client doesn't know and which could be even differen=
t for different domains). 


In order to=
 prevent this, policies should be explicitly shared with the clients, and b=
e included in the detailed connectivity matrix information
 exposed by each domain to take into account not only the possible alternat=
ive path computation parameters, but also all the possible combinations of =
applicable policies. The client shall then select the suitable detailed con=
nectivity matrix taking into account
 both the path computation parameters AND the applicable policies. 


When such policy attributes are defined,=
 they will be included in the path computation RPC.


 


Italo and Sergio (on behalf of co-authors/contributo=
rs)


 


Sergio Belotti<=
span lang=3D"IT">


Senior System Engineer=
 and Standardization Architect


IP/Optical Networks, O=
ptics BU


Nokia 


M: +39=
-335761776


Via Energy=
 Park, 20871 Vimercate (MB) , Italy


sergio.belotti@nokia.com


 
















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From: "Dongjie (Jimmy)" 
To: Robert Raszuk , Greg Mirsky 
CC: "rtgwg@ietf.org" , "TEAS WG (teas@ietf.org)" 
Thread-Topic: VPN security vs SD-WAN security
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Subject: Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path computation stateless RPC attributes
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    Hi Igor,

    

    FWIW, the PCE WG would welcome your contribution to allocate a
    codepoint for a PCEP Object Functions saying "The order of the
    attached METRIC and IRO objects express relative preference". If
    your implementation doesn't want to go through the standard process,
    there are 32768 values "reserved for private use".

    

    Whatever the feature to address, I really wish that multiplying the
    number of technical means to express it would increase the number of
    implementations supporting it, unfortunately that is not how it
    works. Operator's hat on, if your implementation allows to express
    your example using a proprietary interface, I'd be happy to write to
    piece of code to integrate it into my favorite communication mean.

    

    My 2 cents,

    

    Julien

    

    

    
Jul. 27, 2018 -
      Igor.Bryskin@huawei.com:

    

    

      
      
      
      

        
Hi Adrian,

        

        
To say that we
            cannot do a stateless path computation better than what
            could be done using PCEP today is a bit too bold IMUO. Why
            then we keep working on PCEP enhancements? ;-)

        

        
One example:
            today, using the TE tunnel model, a client can request (and
            I know servers that implement) a customized (client
            controlled) weighted multi-criteria optimization for path
            selection, specifying any subset of model defined metrics.
            For example, the client can ask for a best possible
            compromise between, say, TE e2e cost, delay and following as
            much as possible a specific explicit path, assigning a
            relative weight/importance to each of the three criteria.
            AFAIK this is not possible to do with PCEP today.

        

        
Cheers,

        
Igor 

        

        

        

          

            
From:
                Adrian Farrel [mailto:adrian@olddog.co.uk]
                

                Sent: Friday, July 27, 2018 2:30 PM

                

          

        

        

        
I've
            had several off-line conversations with a number of you
            where I have learned a lot about the use cases and desires
            that are driving this work.

        

        
However,
            (there he goes spoiling the effect!) I see nothing in the
            use cases that could not be addressed using PCEP (if PCEP
            were implemented in those scenarios) so it makes me think
            that we should generalise (as we should do in many cases,
            anyway). That is, we should make our YANG model carry
            exactly the same information as a PCEP computation
            request/response, and for the same reasons.

        

        
Some
            of that information should be part of the base model and
            some should be in augmentations, but I don't suppose we
            should leave stuff out.
            

        

        
The
            debate about how fields like "tunnel name" are used does not
            serve us well, I believe. That in some environments there is
            information encoded in these fields so that the PCC can
            communicate to the PCE the purpose of the path computation
            is (of course) a implementation/deployment thing. That it
            can be useful to a PCE, looking at the LSPs installed in the
            network, to match them against the computations it performed
            may be incidental to this discussion. My point is that the
            parameters are there in PCEP, they may have found various
            uses, and the YANG model is supposed to model the PCEP
            requests.

        

        
I
            have yet to be convinced of the desirability of leaving
            things out. And I don't see the harm of including stuff.

        

        
Adrian

        

        

          

            

              
From:
                  Teas [mailto:teas-bounces@ietf.org]
                  On Behalf Of Dieter Beller

                  Sent: 27 July 2018 16:22

                  

            

          

          

          
Hi all,

              

              I concur with the comments from Francesco and Daniele
              below as well as with those from Michael.

              

              We discussed this issue at length in Montreal after the
              CCAMP session and I would like to emphasize again that I
              am having reservations about policies being

              applied by a path computation engine based on attributes
              that are provided as input to path computation, which have
              absolutely nothing to do with policy

              rules as they were defined for totally other purposes! We
              called that hidden policies in our discussion.

              

              

              Thanks,

              Dieter

              

            

          

            
On 27.07.2018 10:16,
                Francesco Lazzeri wrote:

          

          

            
I believe that the
                main point for deciding whether all the parameters
                (including name, description and so on) are needed or
                not for stateless path computation is the adoption of
                policies.
                

            
When I think about
                policies, I go to the definitions present in RFC3060,
                where policy information model is described.
                

            
According to 3060,
                basically policies are a (set of) rules where each rule
                is defined by enabling conditions (boolean expressions
                that enable the policy actions as soon as they become
                true) and policy actions (the behavior of the policy). 

            
If we introduce this
                concept in path computation we could think for example
                to create two policies for a given domain D:

            

            
    
              
  • The first one is enabled when the tunnel
                  description contains the string igor, and the
                  relevant action is avoiding the node X inside the
                  relevant domain.
    • 
              
  • The second one is enabled when the tunnel
                  description con contains the string francesco, and
                  the levant action is avoiding the node Y inside the
                  relevant domain.
    • 
            

            

            
Let suppose we dont
                want to use stateless path computation (e.g. the domain
                is white, so we have full topology information about
                it, or, if domain is black or gray, we just use its
                abstract connectivity).

            
We are asking for a
                new tunnel with description igor.

            
Assuming the client
                (MDSC) knows nothing about those policies, it does path
                computation end-to-end using the topology information it
                collected, and find that the best end-to-end path
                passing through D.
                

            
This path could well
                use node X: MDSC doesnt care, as it doesnt know that
                there is a policy installed in D the will ask to avoid
                that node.
                

            
When the end-to-end
                path needs to be deployed the tunnel requested on D will
                be created using a path avoding X, because the path
                creation is done by the controller of the domain D which
                is aware of and enforces that policy. 

            
But, being this path
                different from the one computed during the end-to-end
                path computation, it could have different te-cost,
                igp-cost, latency and so on, leading to end-to-end
                figures possibly not in compliance with the end-to-end
                constraints. 

            
In my view, this is
                not acceptable.

            

            
There are two ways
                to overcome this issue:

            

            
    
              
  • Requesting path computation to the domain
                  D also during end-to-end path computation. This is
                  stateless path computation actually, and means that
                  abstract topology is useless (as we actully are
                  renouncing to use it).
    • 
              
  • Exposing information about policies to
                  the MDSC (or the client requesting end-to-end path
                  computation). But this is still not enough: abstract
                  topology should be also enhanced in order to take into
                  account the possible policies enforced. 
    
                  In this example we should have one (or more) abstract
                  connectivity information for ingress-egress of D in
                  case neither igor or francesco policies are
                  enforced, igor is enforced, francesco is enforced,
                  igor and francesco are enforced at once (e.g.
                  asking a path having name igor and francesco like
                  ietf). 
    
                  In this case policy information known to MDSC could be
                  limited to the enabling conditions, which should also
                  be referred by the relevant abstract connectivity, of
                  course, so MDSC can select the right connectivity
                  information.
    • 
            

            

            
In the past we
                already had discussions about the scalability of the
                abstract connectivity model, and basically the stateful
                model was born because this very reason. The presence of
                policies makes the scalability issue even more evident,
                multiplying each abstract link times the number of the
                combinations of the installed policies in the domain.

            

            
So, now we can:

            

            
    
              
  • Renounce at all to use policies (or
                  provide for them a definition different from RFC3060,
                  please suggest). In this case not all the attributes
                  present in ietf-te are managed by
                  ietf-te-path-computation are needed.
    • 
              
  • Use the policies and use only
                  ietf-te-path-computation; this lead to a deep revision
                  of the entire ietf model of the traffic and topology,
                  because abstract connectivity information is no longer
                  needed. 
    • 
              
  • Go ahead with ietf-te plus these policies
                  and face either wrong results or the dragon of
                  scalability.
    • 
            

            

            
My 2 cents

            
Francesco

            

            

            

              

                
From: Daniele Ceccarelli
                    

                    Sent: 27 July, 2018 8:29 AM

                    

              

            

            

            
Hi Igor,

            

            
what you are
                describing is just one of the use cases.

            

            
    
              
  • Statefull path computation: I want the
                  request/response to be guaranteed along the same path
                  returned via path computation response.
    • 
              
  • Stateless path computation: I dont
                  really care about the path, I just want to know that a
                  path exists with given characteristics between A and
                  B.
    • 
            

            

            
Here were talking
                about stateless path computation. As I said before if a
                H-PCE needs to find the best path across multiple
                domains and there are different links/nodes that allow
                going from one domain to the other, the number of
                iterations between the H-PCE and the various PCE is
                huge, hence it should be very simple and in 99% of the
                cases who cares about an intra domain path? The only
                thing that cares is that between two border nodes there
                are X Gbps with given TE characteristics.

            

            
Cheers

            
Daniele 

            

            

              

                

                  
From: Igor Bryskin <Igor.Bryskin@huawei.com>
                      

                      Sent: gioved 26 luglio 2018 16:50

                      

                

              

              

              

                
Daniele,

                    What is the point of path computation request /
                    response if it can not be guaranteed, generally
                    speaking, that a TE tunnel configured on a given
                    network will take the same path as returned via path
                    computation response?

                    The policies installed in the network are not
                    expected to be known to all clients, but the
                    policies could significantly influence on tunnel
                    routing.

                    All we are saying is that when the same information
                    is passed for tunnel configuration and in path
                    computation request for the tunnel in questuon,
                    there will be no reason for a path computation
                    return one path, while the actual tunnel, when
                    requested, taking a different one.

                    Note also that all extra parameters we are talking
                    about are optional and could be omitted in path
                    computation RPC if it is known, for example, from
                    experience that they do not affect the actual tunnel
                    routing.

                    

                    Igor

              

              

                

                  
From:Daniele
                      Ceccarelli

                

                
                

                

                

                  
Date:2018-07-26
                      05:54:16

                

                

                  

                

              

              

                

                  
Hi,

                  

                  
>The question is: are there
                      benefits in including in input of Path Computation
                      Request RPC also te-tunnel attributes without any
                      foreseen recommended usage by path computation
                      engine?

                  

                  
Absolutely no.

                  

                  
Main reasons:

                  
    
                    
  1. Policies might not be
                        shared with the MDSC
    2. 
                    
  2. Policies may be different
                        from PNC to PNC
    3. 
                    
  3. A high number of path
                        computation results will be discarded (stateless
                        path computation is needed also by the MDSC to
                        understand what are the different options to get
                        from a node in a domain to another node in a
                        different domain and possibly through a number
                        of other domainshence a high number of
                        comination)
    4. 
                    
  4. Last but not least
                        simplification.
    5. 
                  

                  

                  
BR

                      Daniele 

                  

                  

                    

                      

                        
From: Belotti, Sergio (Nokia -
                            IT/Vimercate) <sergio.belotti@nokia..com>
                            

                            Sent: gioved 26 luglio 2018 11:00

                            

                      

                    

                    

                    
Hi all,

                    

                    
After the discussion held during
                        the last TEAS WG session in IETF102 and some
                        offline talks, we are trying to summarize the
                        questions that we need to answer to resolve the
                        open issue 31 (reference for background 
https://github.com/rvilalta/ietf-te-path-computation/issues/31) . 

                    

                    
The question is: are there benefits
                        in including in input of Path Computation
                        Request RPC also te-tunnel attributes without
                        any foreseen recommended usage by path
                        computation engine? For example this is the case
                        of administration attributes such as 'tunnel
                        description' or of those attributes that are
                        relevant only for the provisioning phase e.g
                        provisioning-state... Please consider that the
                        question is in the scope of a
                        'Stateless-Path-Computation' service: no state
                        or data is saved by PCE after RPC output is
                        returned to the client.

                    

                    
One of the main use case for the
                        Path Computation RPC design is to support multi
                        domain path computation. In this case the MDSC
                        (the RPC client) addresses to a PNC (the RPC
                        server) a request to compute a path within the
                        PNC native/controlled topology during the quest
                        for a multi-domain path at a given time T1; at a
                        later time T2 (once, for example, the e2e path
                        is identified) MDSC requests southbound to PNC
                        per domain Tunnel setup (the segments of the
                        multi-domain tunnel) with either the same or
                        different metrics and constraints (MDSC
                        implementation decision), to guarantee that the
                        PNC would setup a path equivalent or better than
                        the one computed at time T1.

                    

                    
Example: the MDSC computes a
                        multi-domain end-to-end path between points A
                        and Z and selects a path having te-metric 100.
                        The path A-Z passes through the domain
                        controlled by PNC X, entering in B and exiting
                        in C, for which path computation RPC has
                        returned a B-C path with te-metric 20. When
                        asking PNC X to setup the path B-C, a
                        constraint on te-metric must be provided in
                        order to avoid PNC X finding a suitable path
                        satisfying all the other constraints of the
                        end-to-end path but with te-metric higher than
                        20. If a different path is found with a metric
                        < 20, that's fine. So, it's not essential
                        that the same identical path is produced at the
                        second path computation. The only requirement is
                        on its metrics.

                    

                    
Depending on the abstraction level
                        applied by the domain controller the client may
                        never know the actual computed path: the only
                        important requirement is that the path metrics
                        and constraints are met.

                    
Therefore it is not necessary to
                        guaranteed that the path setup at time T2 is
                        exactly the same as the path computed at time T1
                        but only that it has the same or better metrics.

                    

                    
Regarding the policies, it has been
                        said in the ietf meeting (see the relevant
                        transcript) that they allow a "private" behavior
                        of the server triggered by a condition depending
                        possibly on any attribute of the tunnel request.
                        This actually prevents a client application to
                        perform autonomously the end-to-end path
                        computation (e.g. using detailed connectivity
                        matrix), as it doesn't know how each domain will
                        behave when recomputing the tunnel for
                        deployment (and so applying policies the client
                        doesn't know and which could be even different
                        for different domains).

                    
In order to prevent this, policies
                        should be explicitly shared with the clients,
                        and be included in the detailed connectivity
                        matrix information exposed by each domain to
                        take into account not only the possible
                        alternative path computation parameters, but
                        also all the possible combinations of applicable
                        policies. The client shall then select the
                        suitable detailed connectivity matrix taking
                        into account both the path computation
                        parameters AND the applicable policies.

                    
When such policy attributes are
                        defined, they will be included in the path
                        computation RPC.

                    

                    
Italo and
                        Sergio (on behalf of co-authors/contributors)

                    

                    
Sergio Belotti

                    
Senior System Engineer and
                        Standardization Architect

                    
IP/Optical Networks, Optics BU

                    
Nokia 

                    
M: +39-335761776

                    
Via Energy Park, 20871 Vimercate (MB)
                        , Italy

                    
sergio.belotti@nokia.com

                    

                  

                

              

            

          

          

        

      

      

      

      

      
_______________________________________________
Teas mailing list
Teas@ietf.org
https://www.ietf.org/mailman/listinfo/teas


    

    

  



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From: Lou Berger 
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Subject: Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path computation stateless RPC attributes
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On 7/27/2018 2:30 PM, Adrian Farrel wrote:
>
> I have yet to be convinced of the desirability of leaving things out. 
> And I don't see the harm of including stuff.
>

I completely agree.
Lou

As contributor.


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From: "Scharf, Michael (Nokia - DE/Stuttgart)" 
To: Igor Bryskin , "daniele.ceccarelli@ericsson.com" , "Belotti, Sergio (Nokia - IT/Vimercate)" , "teas@ietf.org" , "teas-chairs@ietf.org" 
CC: Italo Busi , "francesco.lazzeri@ericsson.com" , "vlopez@tid.es" , "oscar.gonzalezdedios@telefonica.com" , "Beller, Dieter (Nokia - DE/Stuttgart)" , "carlo.perocchio@ericsson.com" , Leeyoung , "ansha@google.com" , "ricard.vilalta@cttc.es" , "shiyan49@chinaunicom.cn" , "Karthik.Sethuraman@necam.com" 
Thread-Topic: RE: [Teas] draft-ietf-teas-yang-path-computation-02 : path computation stateless RPC attributes
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Subject: Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path computation stateless RPC attributes
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I don't understand how you want to predict all cases in which a stateless p=
ath computation would differ from an actual TE tunnel setup. As far as I un=
derstand, that would require knowing all future network topology changes, i=
.e., perfectly predicting all upcoming network failures.  Wouldn't this be =
a topic for the IRTF?
In any case, my comments on the RPC attributes were not at all about resear=
ch.

Michael



From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
Sent: Saturday, July 28, 2018 5:35 PM
To: Scharf, Michael (Nokia - DE/Stuttgart) ; Igor=
 Bryskin ; daniele.ceccarelli@ericsson.com; Belott=
i, Sergio (Nokia - IT/Vimercate) ; teas@ietf.org;=
 teas-chairs@ietf.org
Cc: Italo Busi ; francesco.lazzeri@ericsson.com; vlo=
pez@tid.es; oscar.gonzalezdedios@telefonica.com; Beller, Dieter (Nokia - DE=
/Stuttgart) ; carlo.perocchio@ericsson.com; Leeyou=
ng ; ansha@google.com; ricard.vilalta@cttc.es; shiyan4=
9@chinaunicom.cn; Karthik.Sethuraman@necam.com
Subject: Re: RE: [Teas] draft-ietf-teas-yang-path-computation-02 : path com=
putation stateless RPC attributes

Hi Michael,

I think you are talking about bigger, more general problem of the state of =
the art stateless path computation.  Thank you for bringing this up.
I think you are saying that a TE apllication based on stateless path comput=
ations is finicky. It must deal with uncertainties of different kinds of di=
fferent (hopefully calculable) probabilities. If this is the case, I agree =
with you. It is time for us to welcome ourselves into the game of hypothesi=
s, evidencies and probabilities and acknowledge that stateless PCE is not j=
ust about computing paths on TE graphs, which is albeit non-trivial, but we=
ll-understood/documented/taken care of problem. The difficult part is using=
 probablistic cause-evidence-effect graphs to compute the probability of a =
path returned at time T0 to point/be close to a satisfectory solution when =
applied at time T1. The latter aspect is not covered by PCEP architecture s=
tateless path computation, and I think it could be a useful addition to PCE=
 YANG work.

Speaking of which, yesterday Adrian suggested the scope for this effort to =
be roughly what PCEP can do today.With a high probability (;=3D))  I predic=
t what he will say 1 year down the road. It will sound sometime like this:
"You really did all this? Great! But wait! Why do we need two solutions doi=
ng the same thing? Why clients and servers cannot use just PCEP, considerin=
g that whule you were busy catching up, Druv has produced some 17 new RFCs?=
 What exactly we are getting out of PCE YANG anyway? PCE requests and respo=
nses on the wire are human readable? That's it ?"

This is, at least, I would say. IMHO PCE YANG should be more ambitious and =
iclude aspects that are not covered yet, such as probablistic path computat=
ions mentioned above.

BTW TE tunnel model based path computation today enables (inherently and to=
tally for free) the statefull  path computation according to its original (=
pre-Crabb) definition: the server mintains states of returned paths rather =
than of LSPs taking the paths. How about we stop talking about stateless an=
d statefull paths, and start using probabilities computed for path states?


Just my 2c,

Igor
From:Scharf, Michael (Nokia - DE/Stuttgart)
To:Igor Bryskin,daniele.ceccarelli@ericsson.com,Belotti, Sergio (Nokia - IT=
/Vimercate),teas@ietf.org,teas-chairs@ietf.org,
Cc:Italo Busi,francesco.lazzeri@ericsson.com,vlopez@tid.es,oscar.gonzalezde=
dios@telefonica.com,Beller, Dieter (Nokia - DE/Stuttgart),carlo.perocchio@e=
ricsson.com,Leeyoung,ansha@google.com,ricard.vilalta@cttc.es,shiyan49@china=
unicom.cn,Karthik.Sethuraman@necam.com,
Date:2018-07-26 12:46:18
Subject:RE: [Teas] draft-ietf-teas-yang-path-computation-02 : path computat=
ion stateless RPC attributes

If the path computation is stateless and there can be more than one path co=
mputation request in parallel, or dynamic changes in the network, there are=
 *many* reasons why the result of a path computation RPC could be different=
 to the route of the actual tunnel. Otherwise one would have to be able to =
look into the future to predict network failures and topology changes that =
affect the path computation.

And a potential difference between RPC and provisioning is a feature, not a=
 bug. If the RPC caller cannot accept that the actual path could be differe=
nt from the path computation RPC in some cases, outside his control, the RP=
C caller has to refrain from using a stateless RPC right from the beginning=
.

My 2 cents

Michael

From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Igor Bryskin
Sent: Thursday, July 26, 2018 4:50 PM
To: daniele.ceccarelli@ericsson.com=
; Belotti, Sergio (Nokia - IT/Vimercate) >; teas@ietf.org; teas-chairs=
@ietf.org
Cc: Italo Busi >; franc=
esco.lazzeri@ericsson.com; Scharf, M=
ichael (Nokia - DE/Stuttgart) >; vlopez@tid.es; oscar.gonzalezdedios@t=
elefonica.com; Beller, Dieter (=
Nokia - DE/Stuttgart) >; carlo.perocchio@ericsson.com; Le=
eyoung >; ansha@google.com<=
mailto:ansha@google.com>; ricard.vilalta@cttc.es; shiyan49@chinaunicom.cn; Karthik.Seth=
uraman@necam.com
Subject: Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path computa=
tion stateless RPC attributes

Daniele,
What is the point of path computation request / response if it can not be g=
uaranteed, generally speaking, that a TE tunnel configured on a given netwo=
rk will take the same path as returned via path computation response?
The policies installed in the network are not expected to be known to all c=
lients, but the policies could significantly  influence  on tunnel routing.
All we are saying is that when the same information is passed for tunnel co=
nfiguration and in path computation request for the tunnel  in questuon, th=
ere will be no reason for a path computation return one path, while the act=
ual tunnel, when requested,  taking  a different one.
Note also that all extra parameters we are talking about are optional and c=
ould be omitted in path computation RPC if it is known, for example, from e=
xperience that they do not affect the actual tunnel routing.

Igor
From:Daniele Ceccarelli
To:Belotti, Sergio (Nokia - IT/Vimercate),TEAS WG,teas-chairs@ietf.org,
Cc:Francesco Lazzeri,Sethuraman, Karthik,Scharf, Michael (Nokia - DE/Stuttg=
art),Victor Lopez,OSCAR GONZALEZ DE DIOS (oscar.gonzalezdedios@telefonica.c=
om),Beller, Dieter (Nok=
ia - DE/Stuttgart),Carlo Perocchio,Leeyoung,Anurag Sharma (ansha@google.com=
),Ricard Vilalta,shiyan49@chinaunicom.cn,I=
talo Busi,
Date:2018-07-26 05:54:16
Subject:Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path computat=
ion stateless RPC attributes

Hi,

>The question is: are there benefits in including in input of Path Computat=
ion Request RPC also te-tunnel attributes without any foreseen recommended =
usage by path computation engine?

Absolutely no.

Main reasons:

  1.  Policies might not be shared with the MDSC
  2.  Policies may be different from PNC to PNC
  3.  A high number of path computation results will be discarded (stateles=
s path computation is needed also by the MDSC to understand what are the di=
fferent options to get from a node in a domain to another node in a differe=
nt domain and possibly through a number of other domains...hence a high num=
ber of comination)
  4.  Last but not least simplification.

BR
Daniele

From: Belotti, Sergio (Nokia - IT/Vimercate) >
Sent: gioved=EC 26 luglio 2018 11:00
To: TEAS WG >; teas-chairs@ietf.org
Cc: Italo Busi >; Belot=
ti, Sergio (Nokia - IT/Vimercate) >; Francesco Lazzeri >; Carlo Perocchio >; Scharf, Michael (Nokia - DE/S=
tuttgart) >; Anur=
ag Sharma (ansha@google.com) >; ylee@huawei.com; shiyan49@c=
hinaunicom.cn; Ricard Vilalta >; OSCAR GONZALEZ DE DIOS (oscar.g=
onzalezdedios@telefonica.com) <=
oscar.gonzalezdedios@telefonica.com>; Victor Lopez >; Daniele Ceccarel=
li =
>; Beller, Dieter (Nokia - DE/Stuttgart) >; Sethuraman, Karthik >
Subject: draft-ietf-teas-yang-path-computation-02 : path computation statel=
ess RPC attributes

Hi all,

After the discussion held during the last TEAS WG session in IETF102 and so=
me offline talks, we are trying to summarize the questions that we need to =
answer to resolve the open issue 31 (reference for background https://githu=
b.com/rvilalta/ietf-te-path-computation/issues/31) .

The question is: are there benefits in including in input of Path Computati=
on Request RPC also te-tunnel attributes without any foreseen recommended u=
sage by path computation engine? For example this is the case of administra=
tion attributes such as 'tunnel description' or of those attributes that ar=
e relevant only for the provisioning phase e.g provisioning-state... Please=
 consider that the question is in the scope of a 'Stateless-Path-Computatio=
n' service: no state or data is saved by PCE after RPC output is returned t=
o the client.

One of the main use case for the Path Computation RPC design is to support =
multi domain path computation. In this case the MDSC (the RPC client) addre=
sses to a PNC (the RPC server) a request to compute a path within the PNC n=
ative/controlled topology during the quest for a multi-domain path at a giv=
en time T1; at a later time T2 (once, for example, the e2e path is identifi=
ed) MDSC requests southbound to PNC per domain Tunnel setup (the segments o=
f the multi-domain tunnel) with either the same or different metrics and co=
nstraints (MDSC implementation decision), to guarantee that the PNC would s=
etup a path equivalent or better than the one computed at time T1.

Example: the MDSC computes a multi-domain end-to-end path between points A =
and Z and selects a path having te-metric 100. The path A-Z passes through =
the  domain controlled by PNC  X, entering in B and exiting in C, for which=
 path computation RPC has returned a B-C path with te-metric 20. When askin=
g  PNC X to setup the path B-C, a constraint on te-metric must be provided =
in order to avoid PNC X finding a suitable path satisfying all the other co=
nstraints of the end-to-end path but with te-metric higher than 20. If a di=
fferent path is found with a metric < 20, that's fine. So, it's not essenti=
al that the same identical path is produced at the second path computation.=
 The only requirement is on its metrics.

 Depending on the abstraction level applied by the domain controller the cl=
ient may never know the actual computed path: the only important requiremen=
t is that the path metrics and constraints are met.
Therefore it is not necessary to guaranteed that the path setup at time T2 =
is exactly the same as the path computed at time T1 but only that it has th=
e same or better metrics.

Regarding the policies, it has been said in the ietf meeting (see the relev=
ant transcript) that they allow a "private" behavior of the server triggere=
d by a condition depending possibly on any attribute of the tunnel request.=
 This actually prevents a client application to perform autonomously the en=
d-to-end path computation (e.g. using detailed connectivity matrix), as it =
doesn't know how each domain will behave when recomputing the tunnel for de=
ployment (and so applying policies the client doesn't know and which could =
be even different for different domains).
In order to prevent this, policies should be explicitly shared with the cli=
ents, and be included in the detailed connectivity matrix information expos=
ed by each domain to take into account not only the possible alternative pa=
th computation parameters, but also all the possible combinations of applic=
able policies. The client shall then select the suitable detailed connectiv=
ity matrix taking into account both the path computation parameters AND the=
 applicable policies.
When such policy attributes are defined, they will be included in the path =
computation RPC.

Italo and Sergio (on behalf of co-authors/contributors)

Sergio Belotti
Senior System Engineer and Standardization Architect
IP/Optical Networks, Optics BU
Nokia
M: +39-335761776
Via Energy Park, 20871 Vimercate (MB) , Italy
sergio.belotti@nokia.com


--_000_VI1PR07MB0880B503377390EC43C13104932F0VI1PR07MB0880eurp_
Content-Type: text/html; charset="iso-8859-1"
Content-Transfer-Encoding: quoted-printable











I don’t understand how you want to predict all cases=
 in which a stateless path computation would differ from an actual TE tunne=
l setup. As far as I understand, that would require
 knowing all future network topology changes, i.e., perfectly predicting al=
l upcoming network failures.  Wouldn’t this be a topic for the IRTF?




In any case, my comments on the RPC attributes were =
not at all about research.


 


Michael


 


 


 








From: Igor Bryskin [mailto:Igor.Bryskin@huawe=
i.com] 

Sent: Saturday, July 28, 2018 5:35 PM

To: Scharf, Michael (Nokia - DE/Stuttgart) <michael.scharf@nokia.=
com>; Igor Bryskin <Igor.Bryskin@huawei.com>; daniele.ceccarelli@e=
ricsson.com; Belotti, Sergio (Nokia - IT/Vimercate) <sergio.belotti@noki=
a.com>; teas@ietf.org; teas-chairs@ietf.org

Cc: Italo Busi <Italo.Busi@huawei.com>; francesco.lazzeri@eric=
sson.com; vlopez@tid.es; oscar.gonzalezdedios@telefonica.com; Beller, Diete=
r (Nokia - DE/Stuttgart) <dieter.beller@nokia.com>; carlo.perocchio@e=
ricsson.com; Leeyoung <leeyoung@huawei.com>;
 ansha@google.com; ricard.vilalta@cttc.es; shiyan49@chinaunicom.cn; Karthik=
.Sethuraman@necam.com

Subject: Re: RE: [Teas] draft-ietf-teas-yang-path-computation-02 : p=
ath computation stateless RPC attributes






 




Hi Michael,



I think you are talking about bigger, more general problem of the state of =
the art stateless path computation.  Thank you for bringing this up.
I think you are saying that a TE apllication based on stateless path comput=
ations is finicky. It must deal with uncertainties of different kinds of di=
fferent (hopefully calculable) probabilities. If this is the case, I agree =
with you. It is time for us to welcome
 ourselves into the game of hypothesis, evidencies and probabilities and ac=
knowledge that stateless PCE is not just about computing paths on TE graphs=
, which is albeit non-trivial, but well-understood/documented/taken care of=
 problem. The difficult part is
 using probablistic cause-evidence-effect graphs to compute the probability=
 of a path returned at time T0 to point/be close to a satisfectory solution=
 when applied at time T1. The latter aspect is not covered by PCEP architec=
ture stateless path computation,
 and I think it could be a useful addition to PCE YANG work.



Speaking of which, yesterday Adrian suggested the scope for this effort to =
be roughly what PCEP can do today.With a high probability (;=3D))  I p=
redict what he will say 1 year down the road. It will sound sometime like t=
his:

"You really did all this? Great! But wait! Why do we need two solution=
s doing the same thing? Why clients and servers cannot use just PCEP, consi=
dering that whule you were busy catching up, Druv has produced some 17 new =
RFCs? What exactly we are getting out
 of PCE YANG anyway? PCE requests and responses on the wire are human reada=
ble? That's it ?"



This is, at least, I would say. IMHO PCE YANG should be more ambitious and =
iclude aspects that are not covered yet, such as probablistic path computat=
ions mentioned above.



BTW TE tunnel model based path computation today enables (inherently and to=
tally for free) the statefull  path computation according to its origi=
nal (pre-Crabb) definition: the server mintains states of returned paths ra=
ther than of LSPs taking the paths. How
 about we stop talking about stateless and statefull paths, and start using=
 probabilities computed for path states?





Just my 2c,



Igor








From:Scharf, Michael (Nokia - DE/Stuttgart)






To:Igor Bryskin,daniele.ceccarelli@ericsson.com,Belotti, Sergio (Nokia -=
 IT/Vimercate),teas@ietf.org,teas-chairs@ietf.org,






Cc:Italo Busi,francesco.lazzeri@ericsson.com,vlopez@tid.es,oscar.gonzale=
zdedios@telefonica.com,Beller, Dieter (Nokia
 - DE/Stuttgart),carlo.perocchio@ericsson.com,Leeyoung,ansha@google.com,ric=
ard.vilalta@cttc.es,shiyan49@chinaunicom.cn,Karthik.Sethuraman@necam.com,






Date:2018-07-26 12:46:18






Subject:RE: [Teas] draft-ietf-teas-yang-path-computation-02 : path compu=
tation stateless RPC attributes






 










If the path computation is stateless and there can b=
e more than one path computation request in parallel, or dynamic changes in=
 the network, there are *many* reasons why the result of a path comp=
utation RPC could be different to
 the route of the actual tunnel. Otherwise one would have to be able to loo=
k into the future to predict network failures and topology changes that aff=
ect the path computation.


 


And a potential difference between RPC and provision=
ing is a feature, not a bug. If the RPC caller cannot accept that the actua=
l path could be different from the path computation RPC in some cases, outs=
ide his control, the RPC caller has
 to refrain from using a stateless RPC right from the beginning. 


 


My 2 cents


 


Michael


 








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

Sent: Thursday, July 26, 2018 4:50 PM

To: daniele.cecca=
relli@ericsson.com; Belotti, Sergio (Nokia - IT/Vimercate) <sergio.belotti@nokia.com>;
teas@ietf.org; 
teas-chairs@ietf.org

Cc: Italo Busi <Italo.Bu=
si@huawei.com>;
francesco.lazzeri@ericsso=
n.com; Scharf, Michael (Nokia - DE/Stuttgart) <michael.scharf@nokia.com>;
vlopez@tid.es; 
oscar.gonzalezdedios@telefonica.com; Beller, Dieter (Nokia - DE/Stuttga=
rt) <dieter.beller@nokia.com<=
/a>>;
carlo.perocchio@ericsson.co=
m; Leeyoung <leeyoung@huawei.=
com>;
ansha@google.com; 
ricard.vilalta@cttc.es; shiy=
an49@chinaunicom.cn;
Karthik.Sethuraman@necam.co=
m

Subject: Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path =
computation stateless RPC attributes






 




Daniele,

What is the point of path computation request / response if it can not be g=
uaranteed, generally speaking, that a TE tunnel configured on a given netwo=
rk will take the same path as returned via path computation response?

The policies installed in the network are not expected to be known to all c=
lients, but the policies could significantly  influence  on tunne=
l routing.

All we are saying is that when the same information is passed for tunnel co=
nfiguration and in path computation request for the tunnel  in questuo=
n, there will be no reason for a path computation return one path, while th=
e actual tunnel, when requested,  taking 
 a different one.

Note also that all extra parameters we are talking about are optional and c=
ould be omitted in path computation RPC if it is known, for example, from e=
xperience that they do not affect the actual tunnel routing.



Igor








From:Daniele Ceccarelli






To:Belotti, Sergio (Nokia - IT/Vimercate),TEAS W=
G,teas-chairs@ietf.org,






Cc:Francesco Lazzeri,Sethuraman, Karthik,Scharf,=
 Michael (Nokia - DE/Stuttgart),Victor Lopez,OSCAR
 GONZALEZ DE DIOS (oscar.gonzalezde=
dios@telefonica.com),Beller, Dieter (Nokia - DE/Stuttgart),Carlo
 Perocchio,Leeyoung,Anurag Sharma (ansha@google.com),R=
icard Vilalta,shiya=
n49@chinaunicom.cn,Italo Busi,






Date:2018-07-26 05:54:16






Subject:Re: [Teas] draft-ietf-teas-yang-path-com=
putation-02 : path computation stateless RPC
 attributes






 










Hi,


 


>The question is: are there benefits in=
 including in input of Path Computation Request RPC also te-tunnel attribut=
es without any foreseen recommended usage by path
 computation engine?


 


Absolutely no.


 


Main reasons:


    

  1. Policies might no=
t be shared with the MDSC
  2. Policies may be different from PNC to PNC
  3. A high numb=
er of path computation results will be discarded (stateless path computatio=
n is needed also by the MDSC to understand what are the different options t=
o get from a node in a domain to another node
 in a different domain and possibly through a number of other domains…=
;hence a high number of comination)
  4. Last but not least simplification.


 


BR

Daniele  


 








From: Belotti, Sergio (Nokia - IT/Vimercate) <sergio.belotti@nokia...com>


Sent: gioved=EC 26 luglio 2018 11:00

To: TEAS WG <teas@ietf.org>;
teas-chair=
s@ietf.org

Cc: Italo Busi <<=
span lang=3D"IT">Italo.Busi@huawei.com>; Be=
lotti, Sergio (Nokia - IT/Vimercate) <sergio.belotti@nokia.com>;
 Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Carlo Perocchio <carlo.perocchio@ericsson.com>;
 Scharf, Michael (Nokia - DE/Stuttgart) <michael.scharf@nokia.com>; Anurag Sharma (ansha@google.com)
 <ansha@goo=
gle.com>;
ylee@huawei.com=
;
shiyan4=
9@chinaunicom.cn; Ricard Vilalta <ricard.vilalta@ct=
tc.es>; OSCAR GONZALEZ
 DE DIOS (oscar.gonzalezdedios@telefonica.com) <oscar.gonzalezdedios@telefonica.com>;
 Victor Lopez <vlopez@tid.es>; Daniele Ceccarelli <da=
niele.ceccarelli@ericsson.com>;
 Beller, Dieter (Nokia - DE/Stuttgart) <dieter.beller@nokia.com>; Sethuraman, Karthik <Karthik.Sethuraman@necam.com>

Subject: draft-ietf-teas-yang-path-computation-02 : path computation=
 stateless RPC attributes






 


Hi all,


 =



After the dis=
cussion held during the last TEAS WG session in IETF102 and some offline ta=
lks, we are trying to summarize the questions that
 we need to answer to resolve the open issue 31 (reference for background <=
/span>
=
ht=
tps://github.com/rvilalta/ietf-te-path-computation/issues/31)
 . 


 =



The question =
is: are there benefits in including in input of Path Computation Request RP=
C also te-tunnel attributes without any foreseen
 recommended usage by path computation engine? For example this is the case=
 of administration attributes such as 'tunnel description' or of those attr=
ibutes that are relevant only for the provisioning phase e.g provisioning-s=
tate... Please consider that the
 question is in the scope of a 'Stateless-Path-Computation' service: no sta=
te or data is saved by PCE after RPC output is returned to the client. =
;


 =



One of the ma=
in use case for the Path Computation RPC design is to support multi domain =
path computation. In this case the MDSC (the RPC
 client) addresses to a PNC (the RPC server) a request to compute a path wi=
thin the PNC native/controlled topology during the quest for a multi-domain=
 path at a given time T1; at a later time T2 (once, for example, the e2e pa=
th is identified) MDSC requests
 southbound to PNC per domain Tunnel setup (the segments of the multi-domai=
n tunnel) with either the same or different metrics and constraints (MDSC i=
mplementation decision), to guarantee that the PNC would setup a path equiv=
alent or better than the one computed
 at time T1.


 =



Example: the =
MDSC computes a multi-domain end-to-end path between points A and Z and sel=
ects a path having te-metric 100. The path A-Z passes
 through the  domain controlled by PNC  X, entering in B and exit=
ing in C, for which path computation RPC has returned a B-C path with te-me=
tric 20. When asking  PNC X to setup the path B-C, a constraint on te-=
metric must be provided in order to avoid PNC X
 finding a suitable path satisfying all the other constraints of the end-to=
-end path but with te-metric higher than 20. If a different path is found w=
ith a metric < 20, that's fine. So, it's not essential that the same ide=
ntical path is produced at the second
 path computation. The only requirement is on its metrics.


 =



 Dependi=
ng on the abstraction level applied by the domain controller the client may=
 never know the actual computed path: the only important
 requirement is that the path metrics and constraints are met.<=
/o:p>


Therefore it =
is not necessary to guaranteed that the path setup at time T2 is exactly th=
e same as the path computed at time T1 but only
 that it has the same or better metrics.


 =



Regarding the=
 policies, it has been said in the ietf meeting (see the relevant transcrip=
t) that they allow a "private" behavior of the server
 triggered by a condition depending possibly on any attribute of the tunnel=
 request. This actually prevents a client application to perform autonomous=
ly the end-to-end path computation (e.g. using detailed connectivity matrix=
), as it doesn't know how each domain
 will behave when recomputing the tunnel for deployment (and so applying po=
licies the client doesn't know and which could be even different for differ=
ent domains). 


In order to p=
revent this, policies should be explicitly shared with the clients, and be =
included in the detailed connectivity matrix information
 exposed by each domain to take into account not only the possible alternat=
ive path computation parameters, but also all the possible combinations of =
applicable policies. The client shall then select the suitable detailed con=
nectivity matrix taking into account
 both the path computation parameters AND the applicable policies. 


When such policy attributes are defined, t=
hey will be included in the path computation RPC.


 


Italo and Sergio (on behalf of co-authors/contributo=
rs)


 


Sergio Belotti<=
o:p>


Senior System Engineer=
 and Standardization Architect


IP/Optical Networks, O=
ptics BU


Nokia 


M: +39=
-335761776


Via Energy=
 Park, 20871 Vimercate (MB) , Italy


sergio.belotti@nokia.com


 




















--_000_VI1PR07MB0880B503377390EC43C13104932F0VI1PR07MB0880eurp_--


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From: "Joel M. Halpern" 
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Subject: Re: [Teas] VPN security vs SD-WAN security
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Actually, assuming I understand the statement properly, "deep 
integration with the underlay resource would be necessary" does not 
appear to be an accurate statement derivable from the requirements that 
I have seen.

Yours,
Joel

On 7/30/18 8:23 AM, Dongjie (Jimmy) wrote:
> (Adding TEAS as it is where the VPN+ framework draft is discussed)
> 
> Hi Robert and Greg,
> 
> As discussed during the VPN+ presentation in TEAS at IETF 102, the scope 
> is not the internet, as we know it would quite difficult or even 
> impossible to achieve the required guarantee at the scope of internet.
> 
> And clearly the VPN overlays cannot provide the required guarantee, deep 
> integration with the underlay resource would be necessary.
> 
> Another aspect we may take into consideration is the factor of 
> overprovisioning. The current network only has one overprovisioning 
> factor, which may not meet the requirement of different 
> services/customers. With network slicing, it is possible to have 
> different overprovisioning policy and factor in different slices.
> 
> Best regards,
> 
> Jie
> 
> *From:*rraszuk@gmail.com [mailto:rraszuk@gmail.com] *On Behalf Of 
> *Robert Raszuk
> *Sent:* Sunday, July 29, 2018 6:11 AM
> *To:* Greg Mirsky 
> *Cc:* Dongjie (Jimmy) ; rtgwg@ietf.org
> *Subject:* Re: VPN security vs SD-WAN security
> 
> Hey Greg,
> 
>> 
> 
> would not require global transit and likely be contained within 
> access or, at most, metro domains.
> 
> That's news to me, but perhaps on the positive side :) I always think 
> WAN .. really wide one !
> 
> The separation on "soft" vs "hard" guarantees is eventually all about 
> amount of network robustness and level of over provisioning.  I 
> sincerely hope it will not be yet another EVPN overlay over IP network 
> just painted with different marketing colors.
> 
> Besides if any customer is serious and actually counts on those 
> guarantees he better purchase two of such services coming from 
> independent operators. That means that to be attractive financially cost 
> of such premium service must not be higher then half of the p2p local 
> fiber or cost of local access to closest IX ports + port subscription in 
> a given MAN where non blocking IX fabric spans given geography.
> 
> It seems to me that at the end of the day the space for those operators 
> wishing to offer hard network slicing is actually pretty narrow, but 
> time will tell ...
> 
> Rgs,
> 
> r.
> 
> On Sat, Jul 28, 2018 at 9:34 PM, Greg Mirsky  > wrote:
> 
>     Hi Robert,
> 
>     very much agree with all you're saying and find us in violent
>     agreement on "C". Proactive performance monitoring, in my view as
>     well, is the reasonable path to provide "soft" SLA and, to a degree,
>     prevent oversubscription of the network. And that, as you've said,
>     is one way to "assured/guaranteed global IP transit".
> 
>     But I think that there will be demand for "hard" guarantees for
>     URLLC applications. But these, in my view,
> 
>     would not require global transit and likely be contained within
>     access or, at most, metro domains. Because of the limited size of
>     the domain, IntServ may work, though that may be not the most
>     efficient technique. We shall find out.
> 
>     Hence my view on slicing:
> 
>       * different applications will have different requirements and use
>         different degrees of isolation and guarantees;
>       * "soft" slices may not need much of additional standardization
>         and use available VPN technologies in combination with PM OAM
>         for SLA monitoring and assurance;
>       * "hard" slices would span within a single access and/or metro
>         domain. Networking solutions likely will be coupled with
>         architecture and interfaces developed in Multi-access Edge
>         Computing (MEC).
> 
>     Regards,
> 
>     Greg
> 
>     On Sat, Jul 28, 2018 at 6:02 AM, Robert Raszuk      > wrote:
> 
>         Hi Jie,
> 
>         > (network slicing) is to provide the demanding services with guaranteed performance in a converged network,
> 
>         Foundation of converged IP network is based on statistical
>         multiplexing of traffic demands. As such it is in its principle
>         quite contradictory to "guaranteed" characteristics
>         (performance, delays, jitter, drops -- you name it).
> 
>         Application layers usually deal very well with all of the above
>         I would state - normal characteristics of IP networks..
> 
>         No doubt there will be those trying to offer some network
>         slicing with guarantees and even those who will buy it. Just
>         like today there are those who offer you L2 circuit between
>         endpoints except such L2 circuit is an emulated one with zero
>         OEM visibility to the IP infrastructure underneath.
> 
>         Now the network slicing is clearly aiming for even more
>         complexity under the hood. And that is not the only problem. The
>         issue is cost. When SP is building the IP network the goal is to
>         mux as many services on it as it simply results in given's SP
>         revenue. Network slicing is promising as potentially just by
>         configuration of few knobs they will be claiming guarantees as
>         RFC says - except RFC will not likely tell you to stop
>         over-provisioning.
> 
>         Unless the idea is to use strict policing with dedicated queuing
>         on active and back paths or do something like RSVP IntServ also
>         on active and backup paths per customer - I really don't think
>         you can really guarantee much. And if you do that the cost would
>         likely grow really steep.
> 
>         So what is IMO the solution for assured/guaranteed global IP
>         transit:
> 
>         *A*  get diversely routed  dark fiber paths between your POPs
>         (can be unprotected) which btw today do not cost that much anymore
> 
>         *B* get diversely routed  optical channels alsol between your
>         POPs (can be unprotected)
> 
>         *C*  use N disjoined by design (single AS Internet providers
>         between your end-points) + proper SD-WAN with active SLA monitoring
> 
>         Clearly I am big supporter of *C* model for reasons discussed on
>         this and few other recent threads.
> 
>         I assume network slicing will try to get into be something
>         between A/B & C but it is bounded up front with the cost of the
>         two.
> 
>         Many thx,
> 
>         Robert.
> 
>         On Sat, Jul 28, 2018 at 9:51 AM, Dongjie (Jimmy)
>         > wrote:
> 
>             Hi Robert,
> 
>             IMO the two approaches are targeting at different use cases
>             and customers.
> 
>             The former (network slicing) is to provide the demanding
>             services with guaranteed performance in a converged network,
>             while the latter (switching between multiple paralleled
>             networks) provides the customer with the best performance
>             that is available among those candidates. To me the latter
>             is still some kind of best effort, and as Toerless said, it
>             depends on the diversity you can have in the multiple networks.
> 
>             And I agree with Stewart on “you always pay a price for
>             better than best effort.”
> 
>             Best regards,
> 
>             Jie
> 
>             *From:*rtgwg [mailto:rtgwg-bounces@ietf.org
>             ] *On Behalf Of *Robert Raszuk
>             *Sent:* Wednesday, July 25, 2018 8:24 PM
>             *To:* Acee Lindem (acee)              >
>             *Cc:* rtgwg@ietf.org 
> 
> 
>             *Subject:* Re: VPN security vs SD-WAN security
> 
>             True network slicing for IP networks means either waist of
>             resources or very strict multi-level queuing at each hop and
>             100% ingress traffic policing. Yet while this has a chance
>             to work during normal operation at the time of even regular
>             failures this all pretty much melts like cheese on a good
>             sandwich.
> 
>             It is going to be very interesting to compare how single
>             complex sliced network compares for any end to end robust
>             transport from N normal simple IP backbones and end to end
>             SLA based millisecond switch over between one and another on
>             a per flow basis. Also let's note then while the former is
>             still to the best of my knowledge a draft the latter is
>             already deployed globally in 100s of networks.
> 
>             Best,
>             R.
> 
>             On Wed, Jul 25, 2018 at 1:21 PM, Acee Lindem (acee)
>             > wrote:
> 
>                 *From: *rtgwg                  > on behalf of Stewart
>                 Bryant                  >
>                 *Date: *Wednesday, July 25, 2018 at 5:55 AM
>                 *To: *Robert Raszuk                  >
>                 *Cc: *Routing WG >
>                 *Subject: *Re: VPN security vs SD-WAN security
> 
>                 On 25/07/2018 10:40, Robert Raszuk wrote:
> 
>                     /* Adjusting the subject ... */
> 
>                     Hello
> 
>                     Stewart,
> 
>                     You have made the below comment in the other thread
>                     we are having:
> 
>                         Indeed, I would have expected this to be on a
>                         secure network of some sort either purely
>                         private or some form of VPN. However, I am sure
>                         I read in your text that you were
>                         considering using the Public Internet much in
>                         the way of SD-WAN.
> 
>                     Would you mind as extensively as you can expand on
>                     the above statement ?
> 
>                     Specifically on what basis do you treat say L2VPN or
>                     L3VPN of naked unencrypted packets often traveling
>                     on the very same links as this "bad" Internet
>                     traffic to be even slightly more secure then IPSEC
>                     or DTLS encrypted SD-WAN carried data with endpoints
>                     being terminated in private systems ?
> 
>                     Thx,
> 
>                     Robert
> 
> 
>                 Robert, I think that you have to take it as read that an
>                 air traffic control SoF system is encrypting its
>                 packets. If it is not, then it is clearly not fit for
>                 purpose.
> 
>                 What concerns me is that an air traffic system is one of
>                 the most, if not the most, high profile targets in civil
>                 society. You get reminded of this each time you travel
>                 to IETF.
> 
>                 The thing about safety of flight traffic is that a
>                 sustained and effective DDoS attack has global impact in
>                 a way that few other such attacks have.
> 
>                 A VPN system ought to sustain resistance to such an
>                 attack better than the proposed system which treats the
>                 SoF traffic the same as regular traffic.
> 
>                 I guess you are making a case for your network slicing
>                 work 😉
> 
>                 Acee
> 
> 
> 
>                 - Stewart
> 
>         _______________________________________________
>         rtgwg mailing list
>         rtgwg@ietf.org 
>         https://www.ietf.org/mailman/listinfo/rtgwg
> 
> 
> 
> _______________________________________________
> rtgwg mailing list
> rtgwg@ietf.org
> https://www.ietf.org/mailman/listinfo/rtgwg
> 


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From: Igor Bryskin 
To: "michael.scharf@nokia.com" , Igor Bryskin , "daniele.ceccarelli@ericsson.com" , "sergio.belotti@nokia.com" , "teas@ietf.org" , "teas-chairs@ietf.org" 
CC: Italo Busi , "francesco.lazzeri@ericsson.com" , "vlopez@tid.es" , "oscar.gonzalezdedios@telefonica.com" , "dieter.beller@nokia.com" , "carlo.perocchio@ericsson.com" , Leeyoung , "ansha@google.com" , "ricard.vilalta@cttc.es" , "shiyan49@chinaunicom.cn" , "Karthik.Sethuraman@necam.com" 
Thread-Topic: RE: RE: [Teas] draft-ietf-teas-yang-path-computation-02 : path computation stateless RPC attributes
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Date: Mon, 30 Jul 2018 20:14:25 +0000
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Subject: Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path computation stateless RPC attributes
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Hi Michael,

Many network applications today are comfortable when dealing with uncertain=
ties.  The usual way to go about them, of course,  is collecting data, buil=
ding statistical distributions and use probablistic models and probability =
mathematics to assign/calculate probabilities for various events in the fut=
ure. This is how they can accuratly predict things that were thought imposs=
ible 10 years ago. Why TE applications cannot do the same? I know that IETF=
 is not the place to discuss how to do this. But neither we discuss how pat=
hs are computed over deterministic TE graphs. We just assume that servers c=
an do that, and we focus on framework/models for client-server information =
exchange.

Now, provided that an intelligent server can perform probablistic evaluatio=
ns accurately enough,  would it be useful for a TE application to receive f=
rom the server along with resulting path  a P(t) metric - path availability=
 probability as a function of time within a specific time interval? I belie=
ve so, because then the client, based on this metric, could constrain or op=
timize the path selection, as well as use the metric in  evaluation of its =
own hypotheses. If the client does not trust the server's probablistic comp=
utations, it could choose to retrieve the necessary  telemetry and do the c=
alculations by irself.

I would go even further and say that not only stateless path computations  =
could benefit from probablistic metrics, abstract TE topologies should be c=
apable to expose them as well.

Igor
From:Scharf, Michael (Nokia - DE/Stuttgart)
To:Igor Bryskin,daniele.ceccarelli@ericsson.com,Belotti, Sergio (Nokia - IT=
/Vimercate),teas@ietf.org,teas-chairs@ietf.org,
Cc:Italo Busi,francesco.lazzeri@ericsson.com,vlopez@tid.es,oscar.gonzalezde=
dios@telefonica.com,Beller, Dieter (Nokia - DE/Stuttgart),carlo.perocchio@e=
ricsson.com,Leeyoung,ansha@google.com,ricard.vilalta@cttc.es,shiyan49@china=
unicom.cn,Karthik.Sethuraman@necam.com,
Date:2018-07-30 11:02:27
Subject:RE: RE: [Teas] draft-ietf-teas-yang-path-computation-02 : path comp=
utation stateless RPC attributes

I don=92t understand how you want to predict all cases in which a stateless=
 path computation would differ from an actual TE tunnel setup. As far as I =
understand, that would require knowing all future network topology changes,=
 i.e., perfectly predicting all upcoming network failures.  Wouldn=92t this=
 be a topic for the IRTF?
In any case, my comments on the RPC attributes were not at all about resear=
ch.

Michael



From: Igor Bryskin [mailto:Igor.Bryskin@huawei.com]
Sent: Saturday, July 28, 2018 5:35 PM
To: Scharf, Michael (Nokia - DE/Stuttgart) ; Igor=
 Bryskin ; daniele.ceccarelli@ericsson.com; Belott=
i, Sergio (Nokia - IT/Vimercate) ; teas@ietf.org;=
 teas-chairs@ietf.org
Cc: Italo Busi ; francesco.lazzeri@ericsson.com; vlo=
pez@tid.es; oscar.gonzalezdedios@telefonica.com; Beller, Dieter (Nokia - DE=
/Stuttgart) ; carlo.perocchio@ericsson.com; Leeyou=
ng ; ansha@google.com; ricard.vilalta@cttc.es; shiyan4=
9@chinaunicom.cn; Karthik.Sethuraman@necam.com
Subject: Re: RE: [Teas] draft-ietf-teas-yang-path-computation-02 : path com=
putation stateless RPC attributes

Hi Michael,

I think you are talking about bigger, more general problem of the state of =
the art stateless path computation.  Thank you for bringing this up.
I think you are saying that a TE apllication based on stateless path comput=
ations is finicky. It must deal with uncertainties of different kinds of di=
fferent (hopefully calculable) probabilities. If this is the case, I agree =
with you. It is time for us to welcome ourselves into the game of hypothesi=
s, evidencies and probabilities and acknowledge that stateless PCE is not j=
ust about computing paths on TE graphs, which is albeit non-trivial, but we=
ll-understood/documented/taken care of problem. The difficult part is using=
 probablistic cause-evidence-effect graphs to compute the probability of a =
path returned at time T0 to point/be close to a satisfectory solution when =
applied at time T1. The latter aspect is not covered by PCEP architecture s=
tateless path computation, and I think it could be a useful addition to PCE=
 YANG work.

Speaking of which, yesterday Adrian suggested the scope for this effort to =
be roughly what PCEP can do today.With a high probability (;=3D))  I predic=
t what he will say 1 year down the road. It will sound sometime like this:
"You really did all this? Great! But wait! Why do we need two solutions doi=
ng the same thing? Why clients and servers cannot use just PCEP, considerin=
g that whule you were busy catching up, Druv has produced some 17 new RFCs?=
 What exactly we are getting out of PCE YANG anyway? PCE requests and respo=
nses on the wire are human readable? That's it ?"

This is, at least, I would say. IMHO PCE YANG should be more ambitious and =
iclude aspects that are not covered yet, such as probablistic path computat=
ions mentioned above.

BTW TE tunnel model based path computation today enables (inherently and to=
tally for free) the statefull  path computation according to its original (=
pre-Crabb) definition: the server mintains states of returned paths rather =
than of LSPs taking the paths. How about we stop talking about stateless an=
d statefull paths, and start using probabilities computed for path states?


Just my 2c,

Igor
From:Scharf, Michael (Nokia - DE/Stuttgart)
To:Igor Bryskin,daniele.ceccarelli@ericsson.com,Belotti, Sergio (Nokia - IT=
/Vimercate),teas@ietf.org,teas-chairs@ietf.org,
Cc:Italo Busi,francesco.lazzeri@ericsson.com,vlopez@tid.es,oscar.gonzalezde=
dios@telefonica.com,Beller, Dieter (Nokia - DE/Stuttgart),carlo.perocchio@e=
ricsson.com,Leeyoung,ansha@google.com,ricard.vilalta@cttc.es,shiyan49@china=
unicom.cn,Karthik.Sethuraman@necam.com,
Date:2018-07-26 12:46:18
Subject:RE: [Teas] draft-ietf-teas-yang-path-computation-02 : path computat=
ion stateless RPC attributes

If the path computation is stateless and there can be more than one path co=
mputation request in parallel, or dynamic changes in the network, there are=
 *many* reasons why the result of a path computation RPC could be different=
 to the route of the actual tunnel. Otherwise one would have to be able to =
look into the future to predict network failures and topology changes that =
affect the path computation.

And a potential difference between RPC and provisioning is a feature, not a=
 bug. If the RPC caller cannot accept that the actual path could be differe=
nt from the path computation RPC in some cases, outside his control, the RP=
C caller has to refrain from using a stateless RPC right from the beginning=
.

My 2 cents

Michael

From: Teas [mailto:teas-bounces@ietf.org] On Behalf Of Igor Bryskin
Sent: Thursday, July 26, 2018 4:50 PM
To: daniele.ceccarelli@ericsson.com=
; Belotti, Sergio (Nokia - IT/Vimercate) >; teas@ietf.org; teas-chairs=
@ietf.org
Cc: Italo Busi >; franc=
esco.lazzeri@ericsson.com; Scharf, M=
ichael (Nokia - DE/Stuttgart) >; vlopez@tid.es; oscar.gonzalezdedios@t=
elefonica.com; Beller, Dieter (=
Nokia - DE/Stuttgart) >; carlo.perocchio@ericsson.com; Le=
eyoung >; ansha@google.com<=
mailto:ansha@google.com>; ricard.vilalta@cttc.es; shiyan49@chinaunicom.cn; Karthik.Seth=
uraman@necam.com
Subject: Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path computa=
tion stateless RPC attributes

Daniele,
What is the point of path computation request / response if it can not be g=
uaranteed, generally speaking, that a TE tunnel configured on a given netwo=
rk will take the same path as returned via path computation response?
The policies installed in the network are not expected to be known to all c=
lients, but the policies could significantly  influence  on tunnel routing.
All we are saying is that when the same information is passed for tunnel co=
nfiguration and in path computation request for the tunnel  in questuon, th=
ere will be no reason for a path computation return one path, while the act=
ual tunnel, when requested,  taking  a different one.
Note also that all extra parameters we are talking about are optional and c=
ould be omitted in path computation RPC if it is known, for example, from e=
xperience that they do not affect the actual tunnel routing.

Igor
From:Daniele Ceccarelli
To:Belotti, Sergio (Nokia - IT/Vimercate),TEAS WG,teas-chairs@ietf.org,
Cc:Francesco Lazzeri,Sethuraman, Karthik,Scharf, Michael (Nokia - DE/Stuttg=
art),Victor Lopez,OSCAR GONZALEZ DE DIOS (oscar.gonzalezdedios@telefonica.c=
om),Beller, Dieter (Nok=
ia - DE/Stuttgart),Carlo Perocchio,Leeyoung,Anurag Sharma (ansha@google.com=
),Ricard Vilalta,shiyan49@chinaunicom.cn,I=
talo Busi,
Date:2018-07-26 05:54:16
Subject:Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path computat=
ion stateless RPC attributes

Hi,

>The question is: are there benefits in including in input of Path Computat=
ion Request RPC also te-tunnel attributes without any foreseen recommended =
usage by path computation engine?

Absolutely no.

Main reasons:

  1.  Policies might not be shared with the MDSC
  2.  Policies may be different from PNC to PNC
  3.  A high number of path computation results will be discarded (stateles=
s path computation is needed also by the MDSC to understand what are the di=
fferent options to get from a node in a domain to another node in a differe=
nt domain and possibly through a number of other domains=85hence a high num=
ber of comination)
  4.  Last but not least simplification.

BR
Daniele

From: Belotti, Sergio (Nokia - IT/Vimercate) >
Sent: gioved=EC 26 luglio 2018 11:00
To: TEAS WG >; teas-chairs@ietf.org
Cc: Italo Busi >; Belot=
ti, Sergio (Nokia - IT/Vimercate) >; Francesco Lazzeri >; Carlo Perocchio >; Scharf, Michael (Nokia - DE/S=
tuttgart) >; Anur=
ag Sharma (ansha@google.com) >; ylee@huawei.com; shiyan49@c=
hinaunicom.cn; Ricard Vilalta >; OSCAR GONZALEZ DE DIOS (oscar.g=
onzalezdedios@telefonica.com) <=
oscar.gonzalezdedios@telefonica.com>; Victor Lopez >; Daniele Ceccarel=
li =
>; Beller, Dieter (Nokia - DE/Stuttgart) >; Sethuraman, Karthik >
Subject: draft-ietf-teas-yang-path-computation-02 : path computation statel=
ess RPC attributes

Hi all,

After the discussion held during the last TEAS WG session in IETF102 and so=
me offline talks, we are trying to summarize the questions that we need to =
answer to resolve the open issue 31 (reference for background https://githu=
b.com/rvilalta/ietf-te-path-computation/issues/31) .

The question is: are there benefits in including in input of Path Computati=
on Request RPC also te-tunnel attributes without any foreseen recommended u=
sage by path computation engine? For example this is the case of administra=
tion attributes such as 'tunnel description' or of those attributes that ar=
e relevant only for the provisioning phase e.g provisioning-state... Please=
 consider that the question is in the scope of a 'Stateless-Path-Computatio=
n' service: no state or data is saved by PCE after RPC output is returned t=
o the client.

One of the main use case for the Path Computation RPC design is to support =
multi domain path computation. In this case the MDSC (the RPC client) addre=
sses to a PNC (the RPC server) a request to compute a path within the PNC n=
ative/controlled topology during the quest for a multi-domain path at a giv=
en time T1; at a later time T2 (once, for example, the e2e path is identifi=
ed) MDSC requests southbound to PNC per domain Tunnel setup (the segments o=
f the multi-domain tunnel) with either the same or different metrics and co=
nstraints (MDSC implementation decision), to guarantee that the PNC would s=
etup a path equivalent or better than the one computed at time T1.

Example: the MDSC computes a multi-domain end-to-end path between points A =
and Z and selects a path having te-metric 100. The path A-Z passes through =
the  domain controlled by PNC  X, entering in B and exiting in C, for which=
 path computation RPC has returned a B-C path with te-metric 20. When askin=
g  PNC X to setup the path B-C, a constraint on te-metric must be provided =
in order to avoid PNC X finding a suitable path satisfying all the other co=
nstraints of the end-to-end path but with te-metric higher than 20. If a di=
fferent path is found with a metric < 20, that's fine. So, it's not essenti=
al that the same identical path is produced at the second path computation.=
 The only requirement is on its metrics.

 Depending on the abstraction level applied by the domain controller the cl=
ient may never know the actual computed path: the only important requiremen=
t is that the path metrics and constraints are met.
Therefore it is not necessary to guaranteed that the path setup at time T2 =
is exactly the same as the path computed at time T1 but only that it has th=
e same or better metrics.

Regarding the policies, it has been said in the ietf meeting (see the relev=
ant transcript) that they allow a "private" behavior of the server triggere=
d by a condition depending possibly on any attribute of the tunnel request.=
 This actually prevents a client application to perform autonomously the en=
d-to-end path computation (e.g. using detailed connectivity matrix), as it =
doesn't know how each domain will behave when recomputing the tunnel for de=
ployment (and so applying policies the client doesn't know and which could =
be even different for different domains).
In order to prevent this, policies should be explicitly shared with the cli=
ents, and be included in the detailed connectivity matrix information expos=
ed by each domain to take into account not only the possible alternative pa=
th computation parameters, but also all the possible combinations of applic=
able policies. The client shall then select the suitable detailed connectiv=
ity matrix taking into account both the path computation parameters AND the=
 applicable policies.
When such policy attributes are defined, they will be included in the path =
computation RPC.

Italo and Sergio (on behalf of co-authors/contributors)

Sergio Belotti
Senior System Engineer and Standardization Architect
IP/Optical Networks, Optics BU
Nokia
M: +39-335761776
Via Energy Park, 20871 Vimercate (MB) , Italy
sergio.belotti@nokia.com


--_000_etPan5b5f719d621acd84b73localhost_
Content-Type: text/html; charset="Windows-1252"
Content-Transfer-Encoding: quoted-printable








Hi Michael,



Many network applications today are comfortable when dealing with uncertain=
ties.  The usual way to go about them, of course,  is collecting =
data, building statistical distributions and use probablistic models and pr=
obability mathematics to assign/calculate
 probabilities for various events in the future. This is how they can accur=
atly predict things that were thought impossible 10 years ago. Why TE appli=
cations cannot do the same? I know that IETF is not the place to discuss ho=
w to do this. But neither we discuss
 how paths are computed over deterministic TE graphs. We just assume that s=
ervers can do that, and we focus on framework/models for client-server info=
rmation exchange.



Now, provided that an intelligent server can perform probablistic evaluatio=
ns accurately enough,  would it be useful for a TE application to rece=
ive from the server along with resulting path  a P(t) metric - path av=
ailability probability as a function of time
 within a specific time interval? I believe so, because then the client, ba=
sed on this metric, could constrain or optimize the path selection, as well=
 as use the metric in  evaluation of its own hypotheses. If the client=
 does not trust the server's probablistic
 computations, it could choose to retrieve the necessary  telemetry an=
d do the calculations by irself.



I would go even further and say that not only stateless path computations&n=
bsp; could benefit from probablistic metrics, abstract TE topologies should=
 be capable to expose them as well.



Igor






From:Scharf, Michael (Nokia - DE=
/Stuttgart)


To:Igor Bryskin,daniele.ceccarel=
li@ericsson.com,Belotti, Sergio (Nokia - IT/Vimercate),teas@ietf.org,teas-c=
hairs@ietf.org,


Cc:Italo Busi,francesco.lazzeri@=
ericsson.com,vlopez@tid.es,oscar.gonzalezdedios@telefonica.com,Beller, Diet=
er (Nokia - DE/Stuttgart),carlo.perocchio@ericsson.com,Leeyoung,ansha@googl=
e.com,ricard.vilalta@cttc.es,shiyan49@chinaunicom.cn,Karthik.Sethuraman@nec=
am.com,


Date:2018-07-30 11:02:27


Subject:RE: RE: [Teas] draft-iet=
f-teas-yang-path-computation-02 : path computation stateless RPC attributes=














I don=92t understand how you want to predict all cases in =
which a stateless path computation would differ from an actual TE tunnel se=
tup. As far as I understand, that would require
 knowing all future network topology changes, i.e., perfectly predicting al=
l upcoming network failures.  Wouldn=92t this be a topic for the IRTF?




In any case, my comments on the RPC attributes were =
not at all about research.


 


Michael


 


 


 








From: Igor Bryskin [mailto:Igor.Bryskin@huawe=
i.com] 

Sent: Saturday, July 28, 2018 5:35 PM

To: Scharf, Michael (Nokia - DE/Stuttgart) <michael.scharf@nokia.=
com>; Igor Bryskin <Igor.Bryskin@huawei.com>; daniele.ceccarelli@e=
ricsson.com; Belotti, Sergio (Nokia - IT/Vimercate) <sergio.belotti@noki=
a.com>; teas@ietf.org; teas-chairs@ietf.org

Cc: Italo Busi <Italo.Busi@huawei.com>; francesco.lazzeri@eric=
sson.com; vlopez@tid.es; oscar.gonzalezdedios@telefonica.com; Beller, Diete=
r (Nokia - DE/Stuttgart) <dieter.beller@nokia.com>; carlo.perocchio@e=
ricsson.com; Leeyoung <leeyoung@huawei.com>;
 ansha@google.com; ricard.vilalta@cttc.es; shiyan49@chinaunicom.cn; Karthik=
.Sethuraman@necam.com

Subject: Re: RE: [Teas] draft-ietf-teas-yang-path-computation-02 : p=
ath computation stateless RPC attributes






 




Hi Michael,



I think you are talking about bigger, more general problem of the state of =
the art stateless path computation.  Thank you for bringing this up.
I think you are saying that a TE apllication based on stateless path comput=
ations is finicky. It must deal with uncertainties of different kinds of di=
fferent (hopefully calculable) probabilities. If this is the case, I agree =
with you. It is time for us to welcome
 ourselves into the game of hypothesis, evidencies and probabilities and ac=
knowledge that stateless PCE is not just about computing paths on TE graphs=
, which is albeit non-trivial, but well-understood/documented/taken care of=
 problem. The difficult part is
 using probablistic cause-evidence-effect graphs to compute the probability=
 of a path returned at time T0 to point/be close to a satisfectory solution=
 when applied at time T1. The latter aspect is not covered by PCEP architec=
ture stateless path computation,
 and I think it could be a useful addition to PCE YANG work.



Speaking of which, yesterday Adrian suggested the scope for this effort to =
be roughly what PCEP can do today.With a high probability (;=3D))  I p=
redict what he will say 1 year down the road. It will sound sometime like t=
his:

"You really did all this? Great! But wait! Why do we need two solution=
s doing the same thing? Why clients and servers cannot use just PCEP, consi=
dering that whule you were busy catching up, Druv has produced some 17 new =
RFCs? What exactly we are getting out
 of PCE YANG anyway? PCE requests and responses on the wire are human reada=
ble? That's it ?"



This is, at least, I would say. IMHO PCE YANG should be more ambitious and =
iclude aspects that are not covered yet, such as probablistic path computat=
ions mentioned above.



BTW TE tunnel model based path computation today enables (inherently and to=
tally for free) the statefull  path computation according to its origi=
nal (pre-Crabb) definition: the server mintains states of returned paths ra=
ther than of LSPs taking the paths. How
 about we stop talking about stateless and statefull paths, and start using=
 probabilities computed for path states?





Just my 2c,



Igor








<=
b>From:Scharf, Michael (Nokia - DE/Stuttgart)






<=
b>To:Igor Bryskin,daniele.ceccarelli@ericsson.com,Belotti, Sergio (Nokia =
- IT/Vimercate),teas@ietf.org,teas-chairs@ietf.org,






<=
b>Cc:Italo Busi,francesco.lazzeri@ericsson.com,vlopez@tid.es,oscar.gonzal=
ezdedios@telefonica.com,Beller, Dieter (Nokia
 - DE/Stuttgart),carlo.perocchio@ericsson.com,Leeyoung,ansha@google.com,ric=
ard.vilalta@cttc.es,shiyan49@chinaunicom.cn,Karthik.Sethuraman@necam.com,






<=
b>Date:2018-07-26 12:46:18






<=
b>Subject:RE: [Teas] draft-ietf-teas-yang-path-computation-02 : path comp=
utation stateless RPC attributes






 










If the path computation is stateless and there can b=
e more than one path computation request in parallel, or dynamic changes in=
 the network, there are *many* reasons why the result of a path comp=
utation RPC could be different to
 the route of the actual tunnel. Otherwise one would have to be able to loo=
k into the future to predict network failures and topology changes that aff=
ect the path computation.


 


And a potential difference between RPC and provision=
ing is a feature, not a bug. If the RPC caller cannot accept that the actua=
l path could be different from the path computation RPC in some cases, outs=
ide his control, the RPC caller has
 to refrain from using a stateless RPC right from the beginning. 


 


My 2 cents


 


Michael


 








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

Sent: Thursday, July 26, 2018 4:50 PM

To: daniele.cecca=
relli@ericsson.com; Belotti, Sergio (Nokia - IT/Vimercate) <sergio.belotti@nokia.com>;
teas@ietf.org; 
teas-chairs@ietf.org

Cc: Italo Busi <Italo.Bu=
si@huawei.com>;
francesco.lazzeri@ericsso=
n.com; Scharf, Michael (Nokia - DE/Stuttgart) <michael.scharf@nokia.com>;
vlopez@tid.es; 
oscar.gonzalezdedios@telefonica.com; Beller, Dieter (Nokia - DE/Stuttga=
rt) <dieter.beller@nokia.com<=
/a>>;
carlo.perocchio@ericsson.co=
m; Leeyoung <leeyoung@huawei.=
com>;
ansha@google.com; 
ricard.vilalta@cttc.es; shiy=
an49@chinaunicom.cn;
Karthik.Sethuraman@necam.co=
m

Subject: Re: [Teas] draft-ietf-teas-yang-path-computation-02 : path =
computation stateless RPC attributes






 




Daniele,

What is the point of path computation request / response if it can not be g=
uaranteed, generally speaking, that a TE tunnel configured on a given netwo=
rk will take the same path as returned via path computation response?

The policies installed in the network are not expected to be known to all c=
lients, but the policies could significantly  influence  on tunne=
l routing.

All we are saying is that when the same information is passed for tunnel co=
nfiguration and in path computation request for the tunnel  in questuo=
n, there will be no reason for a path computation return one path, while th=
e actual tunnel, when requested,  taking 
 a different one.

Note also that all extra parameters we are talking about are optional and c=
ould be omitted in path computation RPC if it is known, for example, from e=
xperience that they do not affect the actual tunnel routing.



Igor








<=
b>From:Daniele Ceccarelli






<=
b>To:Belotti, Sergio (Nokia - IT/Vimercate),TEAS =
WG,teas-chairs@ietf.org,






<=
b>Cc:Francesco Lazzeri,Sethuraman, Karthik,Scharf=
, Michael (Nokia - DE/Stuttgart),Victor Lopez,OSCAR
 GONZALEZ DE DIOS (oscar.gonzalezde=
dios@telefonica.com),Beller, Dieter (Nokia - DE/Stuttgart),Carlo
 Perocchio,Leeyoung,Anurag Sharma (ansha@google.com),R=
icard Vilalta,shiya=
n49@chinaunicom.cn,Italo Busi,






<=
b>Date:2018-07-26 05:54:16






<=
b>Subject:Re: [Teas] draft-ietf-teas-yang-path-co=
mputation-02 : path computation stateless RPC
 attributes






 










Hi,


 


>The question is: are there benefits =
in including in input of Path Computation Request RPC also te-tunnel attrib=
utes without any foreseen recommended usage by path
 computation engine?


 


Absolutely no.


 


Main reasons:


    

  1. Policies might not be shared with the MD=
SC
  2. Policies may be different from PN=
C to PNC
  3. A high number of path compu=
tation results will be discarded (stateless path computation is needed also=
 by the MDSC to understand what are the different options to get from a nod=
e in a domain to another node in a different domain
 and possibly through a number of other domains=85hence a high number of co=
mination)
  4. Last but not least simplif=
ication.


 


BR

Daniele  


 








From: Belotti, Sergio (Nokia - IT/Vimercate) <sergio.belotti@nokia...com>


Sent: gioved=EC 26 luglio 2018 11:00

To: TEAS WG <teas@ietf.org>;
teas-chair=
s@ietf.org

Cc: Italo Busi <<=
span lang=3D"IT">Italo.Busi@huawei.com>; Be=
lotti, Sergio (Nokia - IT/Vimercate) <sergio.belotti@nokia.com>;
 Francesco Lazzeri <francesco.lazzeri@ericsson.com>; Carlo Perocchio <carlo.perocchio@ericsson.com>;
 Scharf, Michael (Nokia - DE/Stuttgart) <michael.scharf@nokia.com>; Anurag Sharma (ansha@google.com)
 <ansha@goo=
gle.com>;
ylee@huawei.com=
;
shiyan4=
9@chinaunicom.cn; Ricard Vilalta <ricard.vilalta@ct=
tc.es>; OSCAR GONZALEZ
 DE DIOS (oscar.gonzalezdedios@telefonica.com) <oscar.gonzalezdedios@telefonica.com>;
 Victor Lopez <vlopez@tid.es>; Daniele Ceccarelli <da=
niele.ceccarelli@ericsson.com>;
 Beller, Dieter (Nokia - DE/Stuttgart) <dieter.beller@nokia.com>; Sethuraman, Karthik <Karthik.Sethuraman@necam.com>

Subject: draft-ietf-teas-yang-path-computation-02 : path computation=
 stateless RPC attributes






 


Hi all,


 


After the d=
iscussion held during the last TEAS WG session in IETF102 and some offline =
talks, we are trying to summarize the questions
 that we need to answer to resolve the open issue 31 (reference for backgro=
und 
=
h=
ttps://github.com/rvilalta/ietf-te-path-computation/issues/31)
 . 


 


The questio=
n is: are there benefits in including in input of Path Computation Request =
RPC also te-tunnel attributes without any foreseen
 recommended usage by path computation engine? For example this is the case=
 of administration attributes such as 'tunnel description' or of those attr=
ibutes that are relevant only for the provisioning phase e.g provisioning-s=
tate... Please consider that the
 question is in the scope of a 'Stateless-Path-Computation' service: no sta=
te or data is saved by PCE after RPC output is returned to the client. =
;


 


One of the =
main use case for the Path Computation RPC design is to support multi domai=
n path computation. In this case the MDSC (the RPC
 client) addresses to a PNC (the RPC server) a request to compute a path wi=
thin the PNC native/controlled topology during the quest for a multi-domain=
 path at a given time T1; at a later time T2 (once, for example, the e2e pa=
th is identified) MDSC requests
 southbound to PNC per domain Tunnel setup (the segments of the multi-domai=
n tunnel) with either the same or different metrics and constraints (MDSC i=
mplementation decision), to guarantee that the PNC would setup a path equiv=
alent or better than the one computed
 at time T1.


 


Example: th=
e MDSC computes a multi-domain end-to-end path between points A and Z and s=
elects a path having te-metric 100. The path A-Z
 passes through the  domain controlled by PNC  X, entering in B a=
nd exiting in C, for which path computation RPC has returned a B-C path wit=
h te-metric 20. When asking  PNC X to setup the path B-C, a constraint=
 on te-metric must be provided in order to avoid
 PNC X finding a suitable path satisfying all the other constraints of the =
end-to-end path but with te-metric higher than 20. If a different path is f=
ound with a metric < 20, that's fine. So, it's not essential that the sa=
me identical path is produced at the
 second path computation. The only requirement is on its metrics.

 


 Depen=
ding on the abstraction level applied by the domain controller the client m=
ay never know the actual computed path: the only important
 requirement is that the path metrics and constraints are met.


Therefore i=
t is not necessary to guaranteed that the path setup at time T2 is exactly =
the same as the path computed at time T1 but only
 that it has the same or better metrics.


 


Regarding t=
he policies, it has been said in the ietf meeting (see the relevant transcr=
ipt) that they allow a "private" behavior of the
 server triggered by a condition depending possibly on any attribute of the=
 tunnel request. This actually prevents a client application to perform aut=
onomously the end-to-end path computation (e.g. using detailed connectivity=
 matrix), as it doesn't know how
 each domain will behave when recomputing the tunnel for deployment (and so=
 applying policies the client doesn't know and which could be even differen=
t for different domains). 


In order to=
 prevent this, policies should be explicitly shared with the clients, and b=
e included in the detailed connectivity matrix information
 exposed by each domain to take into account not only the possible alternat=
ive path computation parameters, but also all the possible combinations of =
applicable policies. The client shall then select the suitable detailed con=
nectivity matrix taking into account
 both the path computation parameters AND the applicable policies. 


When such policy attributes are defined,=
 they will be included in the path computation RPC.


 


Italo and Sergio (on behalf of co-authors/contributo=
rs)


 


Sergio Belotti<=
/p>

Senior System Engineer=
 and Standardization Architect


IP/Optical Networks, O=
ptics BU


Nokia 


M: +39=
-335761776


Via Energy=
 Park, 20871 Vimercate (MB) , Italy


sergio.belotti@nokia.com


 






















--_000_etPan5b5f719d621acd84b73localhost_--


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Subject: [Teas] =?utf-8?q?RFC_8426_on_Recommendations_for_RSVP-TE_and_Seg?= =?utf-8?q?ment_Routing_=28SR=29_Label_Switched_Path_=28LSP=29_Coexistence?=
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A new Request for Comments is now available in online RFC libraries.

        
        RFC 8426

        Title:      Recommendations for RSVP-TE and Segment 
                    Routing (SR) Label Switched Path (LSP) 
                    Coexistence 
        Author:     H. Sitaraman, Ed.,
                    V. Beeram,
                    I. Minei,
                    S. Sivabalan
        Status:     Informational
        Stream:     IETF
        Date:       July 2018
        Mailbox:    hsitaraman@juniper.net, 
                    vbeeram@juniper.net, 
                    inaminei@google.com,
                    msiva@cisco.com
        Pages:      12
        Characters: 26052
        Updates/Obsoletes/SeeAlso:   None

        I-D Tag:    draft-ietf-teas-sr-rsvp-coexistence-rec-04.txt

        URL:        https://www.rfc-editor.org/info/rfc8426

        DOI:        10.17487/RFC8426

Operators are looking to introduce services over Segment Routing (SR)
Label Switched Paths (LSPs) in networks running Resource Reservation
Protocol - Traffic Engineering (RSVP-TE) LSPs.  In some instances,
operators are also migrating existing services from RSVP-TE to SR
LSPs.  For example, there might be certain services that are well
suited for SR and need to coexist with RSVP-TE in the same network.
Such introduction or migration of traffic to SR might require
coexistence with RSVP-TE in the same network for an extended period
of time, depending on the operator's intent.  The following document
provides solution options for keeping the traffic engineering
database consistent across the network, accounting for the different
bandwidth utilization between SR and RSVP-TE.

This document is a product of the Traffic Engineering Architecture and Signaling Working Group of the IETF.


INFORMATIONAL: This memo provides information for the Internet community.
It does not specify an Internet standard of any kind. Distribution of
this memo is unlimited.

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To: pce@ietf.org, teas@ietf.org, sfc@ietf.org
From: Satoru Okamoto 
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Date: Tue, 31 Jul 2018 14:34:16 +0900
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Subject: [Teas] Call for Presentation - Net-Centric 2018
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[Apologies, if you receive multiple copies of this CFP]
---------------------------------------
Call for Presentation Abstract Proposal is Now up at
http://www.isocore.com/2018/cfp.php

Submission due date is August 14, 2018!
Please submit your abstracts to cfp2018[at]isocore.com

Isocore's 2018 International Conference, the 21st Annual event on
new networking technologies will be held October 7-9, 2018, in
Washington DC area.
Please see at http://www.isocore.com/2018/

This year, the overarching themes of the conference will be on
Edge Clouds and Data Center Technologies, Machine Leaning for
Network Management & Optimization of Emerging Networks, Open Source
Platforms and Technologies, Virtualization and Network Automation
Technologies, SDN & NFV for Enterprise Networks, and Advanced
Programmable Hardware and Applications.

The conference Program Committee is soliciting presentation proposals
seeking original and unpublished work to continue the tradition
initiated by this conference in 1998 of covering cutting-edge topics.
Presentations addressing new technologies and operational experience
are solicited from network equipment vendors, service providers,
the research community, government agencies, and enterprise users.

Please submit your abstracts to cfp2018@isocore.com
----------------------------------------
Satoru Okamoto, Keio University
Tom Tofigh, AT&T
Net-Centric 2018 TPC Co-chairs